Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

The method according to claim 1 wherein the impedance adjusting portion 120a is continuous with the second portion 113a and the dimension in the thickness direction Z of the second portion is increased by folding back the impedance adjusting portion in such a manner as to extend along the second portion.

Referring again to Figure 2 as discussed above the length of each of the side walls 74a and 74b is approximately half of the width of the base wall 52.However each side wall 74a and 74b of the electrical contact 34 may have any length relative to the width of the base wall 52.For example Figure 7 is a perspective view of an exemplary alternative embodiment of an electrical contact 234 of the receptacle connector 12.The electrical contact 234 is similar to the electrical contact 34 Figures 13 and 10 except that the electrical contact 234 includes side walls 274 having lengths that are approximately equal to a width of a base wall 252.The electrical contact 234 includes a mating segment 238 an intermediate segment 240 and a tail segment 242.The intermediate segment 240 extends between and interconnects the mating and tail segments 238 and 242 respectively.The intermediate segment 240 includes the base wall 252 and two side walls 274a and 274b.The side walls 274a and 274b extend outwardly from respective edges 260 and 262 of the base wall 252.A channel 278 is defined between the side wall 274a the side wall 274b and the base wall 252.

The turbomachine secondary seal assembly 46 of claim 8 wherein the base 66 is radially spaced from the first support 50 when the seal 48 is in the sealing position.

Figure 3 is an enlarged view of Section 3 of Figure 2.A carbon seal 40 is located axially between the bearing 30 and the air compartment 34 to retain any leakage oil 39 from the bearing compartment 32.The carbon seal 40 has an annular shape and is mounted about the engine shaft 28.The carbon seal 40 seals with the rotating spacer 401 and contacts a static liner housing 44 of the turbine engine 10.Seal 40 is static and seal points x and y are formed.The arrows show the direction of buffer air flow.

The washing machine according to claim 1 wherein the laundry weight sensing apparatus includes a deformation measurement unit to measure a deformation degree of the support member.

FIG.6 shows the load cell.As shown in FIG.6 the load cell 162 may have an arcuate shape.More precisely a surface of a central portion 162b the surface facing the case 161 downwardly may be concave.The load cell 162 may have a mounting portion 162a thereon for mounting of the pressure distributing member 163.The mounting portion 162a may be formed on an arcuate peak of the load cell 162.

The method of claim 11 wherein the information is adjusted to include a range of latency time for transferring the information from the first radio to the second radio.

FIG 2 shows a block diagram illustrating a dual radio communication device 200 according to the present invention.Data LRTxData to be transmitted by means of the longrangeradio system is provided to a transmit input of a longrange signal processing unit LRSPU 201.A transmit output of the LRSPU is connected to a longrange transmitter LRTx 202.The output of the LRTx 202 is connected to a first antenna 203 constituting a first airinterface.The first antenna 203 is also connected to a longrange receiver LRRx 204.The output of the LRRx 204 is connected to a receiver input of the LRSPU 201.The LRSPU 201 has a receiver output for providing longrange received data LRRxData.The LRSPU 201 and the LRTx 202 are controlled by a longrange transmit controller LRTx Controller 205 illustrated in FIG 2 by the bidirectional connections between the LRTx Controller 205 and the LRSPU 201 and the LRTx respectively.

The rechargeable battery according to one of claims 18 wherein the second fuse LFA includes fuse cutouts 123a 123a 123b 123b the fuse cutouts 123a 123a 123b 123b reducing a cross sectional area of the connecting part of the current collector 123 123 relative to other regions of the connecting part 123 123.

The secondary battery 300 shown in FIGS.8A through 8D has the same structure and function as the secondary battery 100 described above except that the secondary battery 300 further includes a second electrode terminal 130 and includes a cap assembly 370 and a second collecting part 340 which differ from the cap assembly 170 and the second collecting part 140 of the secondary battery 100.Therefore description of the same elements willnot be repeated.Instead the second electrode terminal 130 the cap assembly 170 and the second collecting part 340 will be mainly described.

Process according to one of the preceding claims characterized in that phase I comprises at most 30 by weight of water preferably at most 20 by weight more preferably at most 10 by weight in particular at most 5 by weight such as at most 3 by weight at most 2 by weight or at most 1 by weight in each case based on the total mass of phase I where a phase I which is essentially waterfree is particularly preferred.

Personal care and sanitizing compositions are often formulated as hydroalcoholic gels.Frequently these products are provided in dispensers.Dispenser outlets such as nozzles can become clogged or partially blocked over time due to the coagulation of gel creating a deposit on the nozzles.The clogged nozzle then causes misdirection of the product when the dispenser is next used.Instead of dispensing product directly into the users hand product shoots from the clogged nozzle in a sideways fashion.Misdirected product may hit walls clothing the floor and can cause damage to these articles or areas.Therefore there remains a need for hydroalcoholic gel compositions that exhibit a reduced occurrence of clogging of dispenser nozzles.

The system of claim 8 wherein the at least one memory and the computer program code are configured with the at least one processor to cause the location management computer to in response to reception of the identifier from the personal electronic device and determining the location of the personal electronic device at the time of acquiring the identifier in the personal electronic device check the location database for a current location of the consumer products of the same type as said consumer product if the current location of the consumer products of the same type as said consumer product matches with the determined location of the personal electronic device at the time of acquiring the identifier in the personal electronic device maintain the current location of the consumer products and if the current location of the consumer products of the same type as said consumer product does not match with the determined location of the personal electronic device at the time of acquiring the identifier in the personal electronic device update the determined location of the personal electronic device as the current location of the consumer products of the same type as said consumer product.

A portable shopper device comprises computerbased processing means adisplay a scanner a memory and a location sensing means.In a preferred embodiment the location sensing means may include a location tracking system such as that involving a GPS type of sensing system a location sensing mechanism capable of identifying the location of the shopper device and transmitting the location information to networked server in the retail environment a location sensing device capable of receiving electronic location information transmitted from an electronic label such as an RFID shelf label i.e.an RFID reader or a location sensing device that is able to interpret known reference location points within the physical retail environment and determine the coordinate point of reference for where the shopper device is located within the retail environment.In certain of these contexts it is envisioned that the location means is also able to engage in wireless communication with a server of the retail environment to transmit location information of the shopper device at a predetermined rate such that the retailer is in essence able to track the consumer and trigger product alerts to the consumer based upon the consumers location in proximity to certain products being highlighted by the retailer.Additionally based upon the product promotion listing held by the retailer resident within the shopper device or within the retail system triggering information may be communicated to shelf labels or advertisement labels associated with certain products located at specific points within the retail environment such that a consumer is informed of a promotion at the consumer approaches certain predetermined products.

An ink according to any one of claims 1 to 4 wherein the alkanediol comprises 15pentanediol.

Table 5Table 5Compound obtained in the above Example using one subjected to desalting treatment 5.0 partsGlycerine 5.0 partsUrea 5.0 partsNmethyl2pyrrolidone 4.0 partsIsopropyl alcohol 3.0 partsButylcarbitol 2.0 partsSurfactant Surfynol 105 manufactured by Nissin Chemical Industry Co.Ltd.0.1 partWaterammonium hydroxide 75.9 partsTotal 100.0 parts

Seamless quenched and tempered steel pipe according to claim 1 wherein at mid thickness and possibly also at the inner surface of the pipe the microstructure comprises ferrite VF lower than or equal to 60 for a pipe of grade X60 ferrite VF lower than or equal to 40 for a pipe of grade X65 ferrite VF lower than or equal to 20 for a pipe of grade X70.

Once the tube exits the austenitic furnace it is immediately subjected to exteriorinterior tempering in a tub where the tempering agent is water.The tempering should take place in a tub which allows for the rotation of the tube while it is immersed in water in order to obtain a homogeneous structure throughout the body of the tube preferentially.At the same time an automatic alignment of the tube with respect to the injection nozzle of water also allows for better compliance with the planned objectives.

A hearing instrument according to claim 1 wherein the hearing instrument is further configured for mixing the broadcasted message with at least one other signal received by the hearing instrument upon successful authentication of the transmitter of the broadcasted message and for converting the mixed output into the acoustic signal for transmission towards the eardrum of the user of the hearing instrument.

In an embodiment the method comprises providing that one or more corresponding channel and time slots of the DECT link intended for comprising the transmitted audio signal is allocated to the receiving listening device prior to the start of the transmission of the audio signal.In an embodiment such list of predefined channels is transferred to the DECTreceiver of the listening device during a pairing procedure where the DECT receiver of the listening device is paired with authorized to receive a signal from the DECT transmitter of the transmitting device.In an embodiment such list of predefined channels is transferred to the DECT receiver of the listening device by another unit than the transmitter.The pairing process comprises at least the transfer of an authentication information to the receiver allowing the receiver to decode understand extract information the transmitted signal.The pairing process can be initialized from the transmitter or from an external unit e.g.a slot control unit.

The information processing system 100 according to claim 1 wherein the first information consists of a character string that is shorter than a character string that constitutes the IP information.

As shown in FIG.8 the embodiment defines the keyword information to be keyword needed for the projector 301.The user selects the keyword setting button 53 on the option setting screen 50 to displaya keyword setting screen 70 inFIG.12 and enter a specified keyword step S225.In this case the projector 301 projects the keyword as will be described later.Accordingly the user visually checks the projected keyword and enters it on the keyword setting screen 70.After pressing an OK button 71 to complete the keyword setting the user can press the connection button 42 on the projector list screen 40 to output a connection command containing the specified keyword to the projectors 301 through 30n.When the IPdesignatedconnection is specified the connection command also contains the IP address specified on the IP address setting screen 60.

The liquid ejection device according to claim 2 wherein the controller is configured to determine on the basis of the second detection result whether or not the recovery unit starts recovering the liquid ejection and the controller is configured to determine on the basis of the second detection result whether or not the second sensor starts detecting the liquid ejection for a second time.

The first density nonuniformity compensation information calculation unit 124 calculates on the basis of the first test pattern read by the inline sensor 90 first density nonuniformity compensation information relating to highfrequency density nonuniformity caused by landing position error in the ejection unit.Furthermore the first density nonuniformity compensation information calculation unit 124 sends the calculated first density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.Moreover the first density nonuniformity compensation information calculation unit 124 also sends the first density nonuniformity compensation information to the density compensation processing unit 122 in accordance with requirements.

The display system 100 of claim 1 wherein the display device 108 is a Primary Flight Display PFD.

The generation of blended multiresolution images provides for threedimensional simulation with realistic textures obtained from photographs roadmaps and satellite images and does not rely of the artificial polygonal approximations exhibited in conventional visual navigation systems.In addition the multipass rendering minimizes disturbing visual effects caused by sudden appearance of higher degress of detail when going from coarse level to fine level.Furthermore this method can be performed efficiently in connection with the hierarchical format for storing texture images discussed above.In particular it is possible to provide dynamic synthesis of the images details without overwhelming computational resources by breaking the original satelliteroadmap images into tiles and then loading them on demand according to whether the texture tiles would be visible to the user in the viewing frustum.

The method of claim 1 further comprising analyzing the audio supplied to the one or more audio input devices to determine when it includes human speech and supplying the filtered audio to a speech recognizer when it is determined that the audio supplied to the audio input device includes human speech wherein the speech recognizer supplies one or more recognized words.

Referring again to FIG.2 and with continued reference to FIG.1 a voice command recognition process 200 may be performed to enable a user such as a pilot copilot or crew member to quickly and easily interact with components devices andor systems onboard an aircraft in a hands free andor headup manner.In an exemplary embodiment the voice command recognition process 200 begins in response to an activation event task 202.In this regard an activation event corresponds to an input received by the processing system 108 indicative of a desire andor need to enable or otherwise activate the voice command recognition process 200.In an exemplary embodiment the processing system 108 monitors or polls the audio input device 104 for audio input that corresponds to an activation event.In this regard the processing system 108 may be configured to initialize the voice command recognition process 200 in response to receiving an audio input that matches an activation voice command maintained by the data storage element 120.In accordance with one or more embodiments the processing system 108 may be configured to initialize the voice command recognition process 200 automatically in response to receiving an audio input that corresponds to an emergency sound.This relieves a user e.g.a pilot or copilot of having to manually activate the voice command recognition process 200 during an emergency.In this regard the processingsystem 108 may monitor one or more audio characteristics of the audio signal received from the audio input device 104 and initialize the voice command recognition process 200 in response to detecting an emergency sound based on audio characteristics of a received audio signal.For example the processing system 108 may initialize the voice command recognition process 200 in response to detecting an audio signal from the audio input device 104 having timefrequency characteristics andor amplitudefrequency characteristics that correspond to an emergency sound.In other embodiments the processing system 108 also initializes the voice command recognition process 200 in response to an input signal received from an activation element e.g.a button switch or knob associated with the audio input device 104 or another physical feature within the cockpit of the aircraft 122.In yet other embodiments the processing system 108 may be configured to continuously monitors or polls the audio input device 104 for audio input indicative of a desired voice command e.g.task 208 in which case the voice command recognition process 200 need not wait for an activation event.

A catheter comprising an elongated catheter body and a distal assembly distal of the catheter body and comprising at least two spines each spine having a proximal end attached at the distal end of the catheter body and a free distal end wherein each spine comprises a support arm having shape memory a nonconductive covering in surrounding relation to the support arm and at least one electrode wherein each of the at least two spines each has a different length.

The invention is directed to a catheter 10 as shown in FIG.1 having a distal assembly 18 comprising a plurality of spines 14.Each spine carries at least one electrode preferably a tip electrode 20 and at least one ring electrode 28 such that when the spines are positioned in contact with tissue of a tubular structure at or near the heart each spine is capable of obtaining electrical data and ablating tissue.As shown in FIG.1 the catheter 10 comprises an elongated catheter body 12 having proximal and distal ends a control handle 16 at the proximal end of thecatheter body 12 and a distal assembly 18 comprising a plurality of spines 14 mounted at the distal end of the catheter body 12.

The method of any one of claims 1 through 6 further comprising if the user voice comprises a control command for controlling the external input apparatus transmitting a control signal corresponding to the control command to the external input apparatus.

While device setting is performed with words already stored in the worddevice setting information storage part 7 in the above description this embodiment is formed to also perform word and set state registration registering a new word i.e.a new voice used by the operator for device setting in association with new multiple device setting information so that the operator can set device states similarly to the above by raising the newly registered voice.

The electronic device as claimed in claim 2 wherein the controller in response to a touch interaction being input to one of UI elements included sub user interface of the second application being input while main user interface of a first application is provided to the main display area sub user interface of a first application is provided to the first curved sub display area and sub user interface of a second application is provided to the second curved sub display area configured to execute a function of the second application corresponding to an UI element to which the touch interaction is input.

Meanwhile at least a portion of the second regions 262 and 263 may bedisposed on the front surface.For example the second regions 262 and 263 may be formed on both the lateral surfaces and the front surfaces of the terminal.Here whether the second regions 262 and 263 are visible from the front is determined depending on a structure in which the first and second regions 261 262 and 263 are formed on the display unit 251.

Method for preparing blocks of hard or semihard cheese having at least one convex side said method comprising i providing curd and placing the curd in a rectangularly shaped mold ii pressing the curd contained in the mold in a pressing station such that a rectangular shaped curd block is obtained comprising a flat bottom side a flat top side and perpendicular to these sides four upright sides and wherein the curd block comprises the following dimensionslength 20140 cmwidth 20120 cmheight 520 cm iii bringing the pressed curd block in a brining bath iv removing the curd block from the brining bath and v ripening the curd block over a desired period of time such that a block of hard or semihard cheese is formed and wherein at least one of the sides of the block is rendered convex by cutting back at least one of the edges of that side said cutting back occurring before or during ripening.

In contrast to cheese trimmed with a plane the peeled cheese slices according to the invention can also be identified as a repeating milled edge pattern.When the junket or curd is pressed a wavy pattern is produced that persists even after further treatments e.g.when the plastic coating is applied.Although foilripened cheese also exhibits this milled pattern peeled cheese differs in that the peeling removes part of the cheese on one side at each milling line so that the milling ceases to be symmetrical.

The interchangeable lens according to claim 1 characterized in that the controller determines whether the camera body has a specification that can send the first signal based upon the identification information received from the camera body and determines whether the predetermined period has elapsed after the controller determines that the camera bodyhas a specification that cannot send the first signal.

According to a television camera system of the present invention when the power source is turned on under a state that the lens device is attached to the camera main body failure due to the deficiency of the electric power can be prevented.

The input device according to claim 6 wherein the processor is configured to determine the manipulation orientation from the detection result in a first detection layer and the processor is configured to determine the input manipulation detail based on the manipulation orientation obtained in the preliminary determination processing and the detection result in a second detection layer provided closer to the image surface than the first detection layer.

The information processing apparatus further include a display control unit that controls display of the display panel and the operation identification unit may identify a direction of an operation of rotating display of the display panel based on the detected indication direction of the operating tool and the display control unit may rotate the display of the display panel according to the identified direction of the operation.Thereby based on the display of the display panel which is rotated based on the direction of the operation identified from the indication direction of the operating tool an operation independent of an orientation of the display panel withregard to an operator becomes possible.

A wireless communications device 102 for setting up a local service session in a shortrange wireless communication network comprising means for sending 222 a request for preconfiguration information over a longrange network 104 to a remote destination 112 the preconfiguration information enabling establishment of the local service session with a proximate wireless communications device 110means for receiving 222 from the remote destination 112 the requested preconfiguration information wherein the requested preconfiguration information includes one or more security keys for performing an authentication process with the proximate wireless communications device 110 over shortrange wireless communication means for performing 220 an authentication process for establishing the local service session with the proximate wireless communications device 110 over the shortrange wireless communication using the received one or more security keys and means for establishing 220 the local service session with the proximate wireless communications device 112 over the shortrange wireless communications after the authentication process.

In the example of fig.1 a user 107 who arrives in the underground area 109 and who has not yet subscribed to the electronic ticket service may subscribe to the service by connecting his Bluetooth device 107a to a Bluetooth access point 104 of the service provider via a Bluetooth service device 104a.At the access point 104 the customer 104 may perform a payment transaction select a desired subscription and receive a link key.With the link key the users Bluetooth device 107a may subsequently establish secure Bluetooth connections with the Bluetooth transceivers 101 and 102af.

The cartridge assembly of any preceding claim wherein the first side of the longitudinal channel includes three rows of slots andor wherein the second side of the longitudinal channel includes three rows of slots preferably wherein each row of slots of the three rows of slots on the second side of the longitudinal channel includes at least one slot having a staple disposed therein.

With reference to Figure 9 a process flow diagram illustrates a method of applying the instrument 10 with the medical agent dispensing system in a surgical procedure performed on tissue in accordance with various embodiments of the invention.At step 202 the instrument 10 may be fired as described above to sever tissue and to apply staples to areas on both sides of an incision made in the tissue.At step 204 in connection with retraction of the knife shaft 56 from the severedstapled tissue the electric motor 98 may be activated to initiate rotation of the screw pump auger 76 within the pump auger casing 72 at step 206.At step 208 which may occur substantially in parallel with step 206 the pump auger casing 72 receives a quantity of a medical agent or components combined to create a quantity of the medical agent from the Ymanifold 96.At step 210 the medical agent is delivered by rotational action of the screw pump auger 76 to the lateral manifold 74.At step 212 the medical agent may be driven through the agent tubes 78 80 to be dispensed at step 214 through the plurality of agent ports 82 84 86 in the staple cartridge 62.Once dispensed through the plurality of agent ports 82 84 86 the medical agent may then cover or deluge at least a portion of tissue areas severed and stapled by action of the instrument 10 at step 202.

The method of claim 4 wherein the predetermined response criteria is the message having a measured signal strength at or above a predetermined signal strength level.

Now referring to the block diagram at FIG.3 the APC function will compare 302 the Device Profiles 301 to the authorized Bluetooth profiles 303307 contained in the APC function software in order to determine 106 if the device is an authorized device.The authorized Bluetooth profiles may include without being limited to A2DP 303 AVRCP 304 HFP 305 HSP 306 andor PBAP 307.If the Device Profiles 301 are not authorized then the APC function will scan for the next device 102.If the Device Profiles 301exclusively match one or more of the authorized profiles 303307 then the DI 105 is temporarily saved 307.

Method of pipetting a test liquid 10 the method comprisingcontrolling a pipetting system 100 200 300 400 comprising an aspirationdispensing nozzle 30 a pump 40 and a fluid supplier 50 at least part of which are fluidically connectable to each other via a nozzle line 31 a pump line 41 and a fluid supplier line 51 respectively and via at least one valve 60 70 71 72 wherein controlling the pipetting system 100 200 300 400 comprisesmoving the aspirationdispensing nozzle 30 to an aspiration position 1 and aspirating a volume of test liquid 10 while the nozzle line 31 is fluidically connected to the pump line 41 and fluidically disconnected from the fluid supplier line 51moving the aspirationdispensing nozzle 30 to a dispensing position 2 while the nozzle line 31 is fluidically disconnected from the pump line 41fluidically connecting the nozzle line 31 and the pump line 41 in the sample dispensing position 2 and dispensing at least a part of the aspirated test liquid 10.

When the liquid discharge to all the dispensing positions of the dispensing target container 42 has been completed or when a different type of discharge liquid 30 is to be discharged the discharge liquid 30 remaining in the nozzle 12 is drained and at the same time the inside and the outside of the nozzle 12 are cleaned.First the discharge valve 11 is brought into the closed state and the head unit 34 described later is moved by the XYZ moving mechanism such that the tip portion of the nozzle 12 is positioned above the draining portion 20 of the cleaning unit 16 in the cleaning and drying unit 14.Then the discharge valve 11 is brought into the open state to drain the discharge liquid 30 remaining in the nozzle 12.At that time the discharge liquid 30 in the nozzle 12 is drained together with thepressure transmission medium 2 by pressing the discharge liquid 30 with the pressure transmission medium 2.This enables the inner surface of the tip portion of the nozzle 12 to be cleaned with the pressure transmission medium 2 that serves also as the cleaning liquid 2.Furthermore a draining step is preferably performed after moving the nozzle 12 by the XYZ moving mechanism to be positioned below an upper end of the wall of the draining portion 20 of the cleaning unit 14 so that the wastes are not scattered to the surroundings.After the draining the discharge valve 11 is brought into the closed state.Next the tip portion of the nozzle 12 is moved by the XYZ moving mechanism to a position above the cleaning portion 18 of the cleaning unit 16 in the cleaning and drying unit 14 and the outer surface of the nozzle 12 is cleaned with the cleaning liquid 2 that is springing out from the cleaning portion 18.When cleaning the nozzle 12 the nozzle 12 is just required to be dipped in the cleaning liquid 2 springing out upward of the springout port 18 instead of inserting the nozzle 12 into the springout port 18.When a cleaning region of the nozzle 12 is to be changed it is just necessary to change the springingout force of the cleaning liquid 2.The cleaning liquid 2 used here is preferably the same as the pressure transmission medium 2.The reason is that if the cleaning liquid 2 and the pressure transmission medium 2 are different from each other mixing of the cleaning liquid 2 and the pressure transmission medium 2 occurs in a region of the tip portion of the nozzle 12 where the tip portion is dipped in the cleaning liquid 2.Subsequently the tip portion of the nozzle 12 is moved by the XYZ moving mechanism to a position above the drying unit 17 in the cleaning and drying unit 14 and the tip portion of the nozzle 12 isinserted into the insertion hole 26.The tip portion of the nozzle 12 is then dried by sucking air around the nozzle 12 and attracting an extra liquid mainly the cleaning liquid 2 that is attached to the outer surface of the nozzle 12.By thus drying the tip portion of the nozzle 12 without leaving the cleaning liquid 2 etc.in a state attached to the outer surface of the tip portion of the nozzle 12 the mixing of the cleaning liquid 2 and the discharge liquid 30 can be reliably avoided when the discharge liquid 30 is sucked in a next cycle.

The lock device 30 as set forth in any one of claims 9 to 11 wherein the lock device 30 is made of a single plate having elasticity.

Referring to Fig.9 the holding member 18 formed in the conductive shell 14 comprises an arm portion 24 which extends from the front end of the upper portion of the conductive shell 14 to the inside of the conductive shell 14 an engaging projection 25 which is provided at an end of the arm portion 24 to be positioned in the inside of the conductive shell 14 for engaging with an engaging edged portion provided on the FPC inserted in the housing 11 as described later a pressure receiving portion 26 which extends from the engaging projection 25 to be positioned in the inside of the conductive shell 14 for receiving pressure from the pressing portion 23 or the pressing portion 21 of the movable lever 19 and an indicating portion 27 which extends from the pressure receiving portion 26 toward the outside of the upper portion of the conductive shell 14 for indicating astate of the holding member 18.The indicating portion 27 has a top end thereof and is postured to take up selectively first and second positions.When the indicating portion 27 is postured to take up the first position the top end of the indicating portion 27 is positioned to face the outside of the conductive shell 14 through an opening 29 formed in the upper portion of the conductive shell 14.When the indicating portion 27 is postured to take up the second position the top end of the indicating portion 27 is positioned to project from the inside to the outside of the conductive shell 14 through the opening 29 formed in the upper portion of the conductive shell 14.

Control system according to claim 1 further comprising process control means 100 for controlling a process performed by said machine 1 wherein said process control means 100 is arranged to control said process while said coil control means 80 is controlling a motion of said movable coil 50 51 52 53 51 52.

The automatedtransportvehicle guideway comprises a supplyside line 4 provided for loading of workpieces onto the workpiece carrier 2 in a supply area 1 and traveling of the workpieceloaded workpiece carrier 2 a consumptionside line 6 forintroduction of the workpieceloaded workpiece carrier 2 and traveling and sendingout of the workpiece carrier 2 that has been emptied by unloading the workpieces in a consumption area 5 and a buffer line 7 which continuously connects the supplyside line 4 and the consumptionside line 6.

A method according to any preceding claim comprising a further step of determining for a user equipment with a given user equipment identity said control channel resources that are available for said user equipment and locating a control message for a user equipment in one of said available control channel resources where said quality of said signal was assessed to be above said predetermined quality level.

To minimize potential interference the HBTS picks up PDCCH candidates at selected aggregation level l with lowest Cml.

The method of claim 1 wherein presenting via the threedimensional display the plurality of icons comprises presenting a third icon at a third depth of presentation and wherein ones of the plurality of icons at other than the first depth of presentation are unavailable for interaction by the input component of the user interface.

FIGS.2A and 2B show one example of the exterior configuration of the mobile phone of the present embodiment.As shown in the drawings the mobile phone of the present embodiment is of a socalled foldable type in which an upper housing portion 21 and a lower housing portion 22 are connected foldable via a hinge portion 23.FIG 2A is a view of the mobile phone in an open state as viewed from an inner surface side side of surfaces mated with one another in the close state and FIG 2B is a view of the mobile phone in the open state as viewed from the outer surface side.

A vehicle outside mirror device in which a mirror assembly is rotatably mounted to a vehicle body via an electrically driven storage unit and a base wherein the electrically driven storage unit comprising a shaft that is fixed to the base a casing which is rotatably mounted to the shaft and to which the mirror assembly is mounted a motor and a rotation force transmission mechanism that are housed in the casing and electrically drive the mirror assembly to rotate at least between a use location and a storage location with respect to the shaft an electrically driven rotation range restricting mechanism adapted to restrain a range of electrically driven rotation of the mirror assembly between the use location and the storage location a clutch mechanism that is provided in the rotation force transmission mechanism the clutch mechanism being disallowed to be disengaged with an electrically driven rotation force of the motor and the rotation force transmission mechanism the clutch mechanism being allowed to be disengaged by means of a force that is greater than the electrically driven rotation force so as to enable the mirror assembly to rotate with respect to the shaft and a holding mechanism that is provided between the shaft and the casing the holding mechanism being established in a noncontact state with respect to the shaft and the casing in a range in which the mirror assembly rotates between the use location and the storage location the holding mechanism being established in a contact state with respect to the shaft and the casing so as to hold the mirror assembly in the use location when the mirror assembly is positioned in the use location.

The interposing member 6 is provided between the shaft holder 9 and the gear case 11.The interposing member 6 is comprised of an inexpensive member with its low friction and frictional wear proof property for example a POM polyacetal or an acetal resin or a PPS polyphenylene sulfide.The interposing member 6 is formed in a hollowshaped cylindrical shape having a through hole 20 through which the shaft 10 is to be inserted and having a jaw portion 23 at one end part a lower end part.The interposing member 6 is mounted on the shaft 10 so as to be rotatable around the rotational center OO of the shaft 10.As shown in FIG 6 and FIG.8 on one face a bottom face of the jaw portion 23 of the interposing member 6 two arcshaped protrusive portions 28 around the rotational center OO of the shaft 10 are integrally provided at equal intervals.Abutment faces 33 34 of the electrically driven rotation range restricting mechanism are provided on both end faces of the arcshaped protrusive portion 28 respectively.In addition on the other face a top face of the jaw portion 23 of the interposing member 6 a plurality of trapezoidal engagement protrusive portions 38 which serve as engagement portions of the buffering mechanism two pieces in this example are integrally provided at equal intervals on a circumference around the rotational center OO of the shaft 10.

A lamp device 11 comprising a cylindrical housing 20 including an opening part 29 at one end side a closing part 30 at the other end side and an insertion part 32 formed at a center of the closing part 30 a lightemitting module 23 arranged in the housing 20 to emit light from the opening part 29 a lighting device 25 which is arranged to be closer to the closing part 30 side than the lightemitting module 23 in the housing 20 and includes a circuit board 70 arranged around the insertion part 32 and a thermal radiator 21 including a support part 37 which is inserted through the insertion part 32 a lightemitting module connection part 38 which is provided at one end side of the support part 37 and to which the lightemitting module 23 is connected to enable heat conduction and an external thermal radiation part 39 provided at the other end side of the support part 37 wherein an area of the lightemitting module connection part 38 is smaller than a crosssectional area of the support part 37 and the support part 37 the lightemitting module connection part 38 and the external thermal radiation part 39 are integral with each other.

The power unit module 200 may convert an electrical signal applied from the outside particularly AC power into DC power to thereby allow the light emitting device 100 to operate.The circuit configuration of the power unit module 200 for driving the light emitting device 100 will be described below with reference to FIGS.11 and 12.

A medical apparatus using the fluid ejection device according to any one of claims 1 to 4.

A fluid ejection method according to Application Example 1 includes supplying fluid at a predetermined fluid supply flow rate to a pressure chamber generating a pulsed flow by varying the volume of the pressure chamber at a predetermined frequency and ejecting the pulsed flow wherein the fluid supply flow rate is proportional to the frequency.

The mobile terminal of claim 1 wherein when a specific content within the second screen for the second function is selected and the prescribed motion for switching the second screen to the first screen is detected via the motion sensor the controller switches the second screen to the first screen and attaches the selected specific content to an object in the first screen for the first function.

The animation may be defined in an Extensible Markup Language XML as a resource.The defined animation may be applied to an activity.

The capacitive environmental sensor of claim 3 wherein the periodic sequence is of the form XZZXZZX where X denotes a space that includes a recess and where Z denotes a space that does not include a recess.

Figs.3a and 3b illustrate a sensor design with stacked electrodes wherein a first group or layer of electrodes 3 is arranged at a first upper plane in a sensitive layer 2 and a second group or layer of electrodes 5 is arranged at a second lower plane an intermetal oxide 4.The cross section of one repeating unit of an electrode structure is displayed with two configurations a normal configuration in Fig.3a and alternative one in Fig.3b with the corresponding field lines shown.In the normal configuration of Fig.3a the central electrode of the lower group has a negative potential whereas the electrodes of the upper group and those of the lower group underneath the upper group electrodes have a positive potential.The resulting field lines are illustrated in Fig.3a.Inthe alternative configuration shown in Fig.3b the leftmost electrodes of both groups are kept at the same potential whereas the rightmost electrodes are switched the negative potential.The center electrode of the lower group is floating and thus has a negligible effect on the electric field shown in Fig.3b.Obviously this electrode layout pattern may be repeated resulting in a interdigitated stacked electrode arrangement of any length.

The set according to claim 13 wherein the first and second curable fluids are both UV curable fluids.

Suitable examples of vinylnaphthalene compounds are 1vinylnaphthalene methyl1vinylnaphthalene methyl1vinylnaphthalene 4methyl1vinylnaphthalene and 4methoxy1vinylnaphthalene.

The method of claim 9 wherein the composition does not contain a salt of a sulfonic acid or an alkylphenol detergent not containing a salt of an alkylsubstituted hydroxybenzoic acid.

This invention relates to lubricating oil compositions and methods for lubricating a trunk piston engine and more specifically relates to compositions and methods for lubricating trunk piston engines operating on low sulfur marine residual fuel.

Computerprogram product embodied on a nontransitory computer readable medium and configured to execute a method according to any of claims 4 7 when executed on a processor.

Even if different sheets 38 are manufactured by different manufacturers and have different product names essentially the same color reproduction characteristics may be achieved on prints 30 provided that the different sheets 38 are of the same type.In this case it is necessary forthe operator to set the same color conversion conditions for the different sheets 38.The printing condition setting method according to the present embodiment allows color conversion conditions to be set or canceled efficiently altogether for each of the group attributes.

The display device according to any one of claims 1 to 8 wherein the reflecting member is configured such that a distance between the reflecting member and a rear face of the housing increases as moving towards a lower end of the display device to define a housing space between the reflecting member and the housing and the power supply circuit board is disposed within the housing space inside the housing.

Consequently an effect can be obtained such that the temperature specifications required for electronic component group 13 are satisfied by heat transfer inside device 1 using radiant heat transfer promotion which uses a black coating on the aluminum metal plate forming electronic component housing case 3 and by natural convection flowing in the air around device 1.

The communication device according to claim 18 wherein the communication device is a wireline communication device.

As can be seen using a dutycycle of 13 gives no harmonic downconversion due to 3rd order harmonic from the square wave LO.It is alsoclear that the dutycycle can be adjusted to remove any harmonic in the Fourier series.

Process according to claim 1 wherein the first random propylene copolymer fraction RPP1 has a a comonomer content 0.5 to 5.0 wt.andor b a xylene cold soluble XCS fraction in the range of 3.0 to 12.0 wt.andor c a melt flow rate MFR2 230 C in the range of 0.3 to 1.9 g10min.

It is therefore the object of the present invention to provide a novel propylene polymer composition having an improved balance of mechanical and optical properties especially very good softness transparency and impact strength.

The propylene ethylene random copolymer RPP according to anyone of the preceding claims wherein the propylene ethylene random copolymer RPP is nonvisbroken.

In the present invention in a case where an inorganic foaming agent such as air nitrogen carbon dioxide gas water or the like is used as a foaming agent the polypropylene resin may be prepared using a socalled twostage process in order to obtain expanded particles with a high foaming ratio.This is because the polypropylene resin which is subjected to only firststage foaming would have a relatively low foaming ratio.The twostage process is a process in which after the polypropylene resin expanded particles are obtained using the aforementioned method the expanded particles are impregnated with inert gas such as air etc.and then are heated to be further foamed.

The electronic device of claim 1 wherein when data is not received from the activated second sensor within a selected time the instructions configure the processor to activate the second sensor again after the selected time passes.

FIG 3 is a block diagram of a sensor module according to an embodiment of the present invention.Referring to FIG.3 the sensor module 170 includes a motion sensor 210 and a biometric sensor 220.

The main nozzle of the air jet loom according to claim 1 or 2 characterized in that the second holder 35 60 has a first connecting hole 38 62 to connect the passage forming pipe 13 and a second connecting hole 40 64 to connect the first holder 36 67 wherein a first internal thread 39 63 formed on an inner peripheral surface of the first connecting hole 38 62 and an external thread 43 formed on an outer peripheral surface of the passage forming pipe 13 areengaged with each other and wherein a second internal thread 41 65 formed on an inner peripheral surface of the second connecting hole 40 64 and an external thread 51 68 formed on an outer peripheral surface of the first holder 36 67 are engaged with each other.

Bristles 32 can be engaged with annulartubular support 31 by means known per se for example small metal anchors or by injection molding techniques as used in the toothbrush field.Preferably bristles 32 are not perfectly parallel to the longitudinal axis of lance 4 but are slightly convergent towards one another for example between 8 and 12 preferably about 10so as to partly narrow the gap between the same.

The branching unit 210 of any previous claim wherein the bypass switch 345 comprises an optical electromechanical switch.

The optical branching device 54 has switches SW1 to SW4 for switching power feeding paths.The switches SW1 to SW4 have terminals connected in such a manner that the terminals a and e the terminals b and c and the terminals d and f are respectively connected to each other by a fixedline.The terminal h of the switch SW4 is grounded.

The video device of claim 6 or method of claim 7 wherein the interruption ends upon the occurrence of at least one of detection of acceleration that does not exceed the threshold expiration of a predetermined period of time andmanual selection of an input mechanism.

When the filter for case when 0G is suspected is applied and theacceleration Gavg has fallen below the 0G determination threshold value even once for the past A cycles next by applying a raise filter the controller 101 checks whether or not the acceleration Gavg for the past B cycles with respect to the current time has exceeded the raising threshold value even once step S13.At this point when the acceleration Gavg detected for the past B cycles has exceeded the raising threshold value even once the controller 101 responds with a determination result of a nonfall step S17 and this processing routine is completed.

The method according to claim 6 or 7 wherein the hybrid vehicle further comprises an input device 28 configured to select a driving priority mode that realizes running with higher priority given to acceleration performance or responsiveness of the vehicle than to reduction in fuel consumption and the method comprises a further step of changing the driving force characteristics of the hybrid vehicle such that the driving torque of the hybrid vehicle for the same vehicle speed and the same accelerator opening degree when i the charge depleting mode is selected and ii the driving priority mode is selected is larger than the driving torque of the hybrid vehicle for the same vehicle speed and the same accelerator opening degree when i the charge depleting mode is selected and ii the driving priority mode is not selected.

Further when the large proportion mode and the normal mode are selected the power equal to the hybrid system power at the large proportion mode being selected according to the aforementioned embodiments is output from the hybrid system when the large proportion mode and the power mode are selected the power larger than the hybrid system power at the large proportion mode being selected according to the aforementioned embodiments is output from the hybrid system and when the large proportion mode and the ecology mode are selected the power smaller than the hybrid system power at the large proportion mode being selected according to the aforementioned embodiments is output from the hybrid system.

The storage system according to at least one of claims 1 to 3 wherein each of the storage subsystems 100a 100b stores the mapping between the plurality of virtual volumes 211 the plurality of logical volumes and the plurality of storage controllers.

The first storage control apparatus 10 organizes one or more logic volumes 11 hereinafter referred to as logic volumeon a storage area provided by one or more disk drives.Each logic volume 11 is respectively given a specific identifier hereinafter referred to as LUN logical unit number.A LUN for designating a data storage area is described in a data inputoutput request transmitted by the host computer 30 to the first storage control apparatus 10.The first storage control apparatus 10 has a function for providing a storage area to the host computer 30 by a LUN designation.

A gas turbine engine according to any preceding claim where the second portion has a consistent width throughout its extent.

As seen in FIG 5 the above described curved splice may be approximated by a piecewise linear splice.As with the previously described variants the edges 46a 46b are locally approximately perpendicular to the local shock orientation direction.

The set according to claims 13 or 14 wherein the first and second curable fluids both have a viscosity below 60 mPa.s at 25C and at a shear rate of 90 s1.

Suitable cationic curable compounds having at least one epoxy group are listed in the Handbook of Epoxy Resins by Lee and Neville McGraw Hill Book Company New York 1967 and in Epoxy Resin Technology by P.F.Bruins John Wiley and Sons New York 1968.

Control system according to any previous claim characterized in that the control element 210a210h is a sensor such as a temperature sensor a humidity sensor an optical sensor a CO2 sensor a motion sensor another type of presence sensor or a camera.

A sender device which is sending communications to another device using a naming convention according to the invention specifies the following information to identify the target device1.a name determining a corresponding network address of a communications apparatus enterprise server with which the device name is registered 2.a device name class and 3.a device identifier which is unique for the class and which corresponds to the device identifier format of the class.

Arrangement 100 according to one of the claims 1 to 5 wherein the third end frame 171 is coupleable to the supporting base and the third centre frame 172 is coupled to the first centre frame 152 and the second centre frame 162 such that a third direction of a third chord line of a third profile of the third centre section 132 of the third blade 130 is alignable parallel or perpendicular with respect to an upper surface of the supporting base.

Just like the fixation device 6 the root frame structure 5 is provided with root frame connection means in the form of studs 21 and indentations 22.In this way a second root frame structure can be positioned on top of the first root frame structure 5 during storage or transportation of the spars.

A method according to claim 6 to 14 wherein the impellers 19 andor the diffusers 21 andor the inlet guide nozzles are customized for a specific output pressure and output flowrate.

Pinions 13 14 15 and 16 are positioned equidistant to each other around the circumference of bull gear 12.Analogizing this arrangement to the face of a clock pinion 13 is positioned at three oclock pinion14 is positioned at nine oclock pinion 15 is positioned at six oclock and pinion 16 is positioned at twelve oclock.Pinions 13 14 15 and 16 interface with and are driven by bull gear 12 at each of these positions and are connected to shafts 18 that drive impellers 19.

A data security apparatus as defined in any one of claims1 to 3 further comprising a data uploader for uploading said available data upon a request from said mobile terminal apparatus in case said available data is changed in said mobile terminal apparatus.

Note that in the first embodiment described is an example where control is performed such that access requested data is left in the information processing device 100 when it is determined that the access thereto is not permitted.However control may be performed such that access requested data is deleted from the information processing device 100 when the access thereto is not permitted.Further for example control may be performed such that the access information in which files and folders each have a level of importance C03 is registered in advance as shown in FIG.8 so as to delete data having the highest level of importance C03 e.g.the level of importance A from the information processing device 100 and so as to deny by leaving data having the secondhighest level of importance e.g.the level of importance B in the information processing device 100 only access thereto.

The method of claim 3 wherein when the pressure of the clutch has not been released a return is performed to the release the pressure of the clutch to interrupt transference of power from the engine to the driving motor.

In one embodiment of the control device for a hybrid vehicle according to the present invention at a time of disconnecting said coupling the engine torque is decreased and motor torque is increased.

A control program for a storage management device 1 that manages a storage apparatus 2 in which storage units 232 are included and data is sent and received via transmission resources the control program causing a computer to execute a process comprising setting a target value of the performance to some orall of the storage units 232 monitoring the load factor of the transmission resources specifying a target transmission resource on the basis of the load factor of the transmission resources deciding on the basis of the target value bandwidth allocation of some of the storage units 232 that use the specified transmission resource and adjusting the bandwidth of the storage units 232 in accordance with the bandwidth allocation decided at the deciding.

The scheduling unit 506 schedules an execution order of commands based on the number of commands received from the host and the number of limit IOs and the number of limit blocks calculated by the calculating unit 505.For example the scheduling unit 506 schedules the execution order of the commands every time the period of predetermined time passes.

Computer program product 86 for controlling the setting up of telephone calls for a user associated with a call set up device 10 where the call set up device is connected to a local network having access to a number of different communication networks the computer program product comprising computer program code to make the call set up device execute when said program code is loaded in the call set up device receive callee identifying information as well as user identifying information via at least one first data message received from the user analyse the callee identifying information and user identifying information determine a preferred call setup scheme for setting up a call between the callee and the user based on said analysis order the setting up of a first telephone call from the local network to a terminal of the user according to the preferred call set up scheme order the setting up of a second telephone call from the local network to a terminal of the callee according to the preferred call set up scheme and order interconnection of the first and the second call.

By way of example the methodology can provide an infrastructure that is open standardsbased and interoperable leverages telephony features normally available only in enterprise systems such as a PBX and supports first party call control third party call control call routing control and control of enterprise network communication devices and trunks.This is so because the contact routing decisions are made not by the enterprise system but by an outboard feature server orproxy server that makes the contact routing decisions e.g.find me customized routing according to subscribergenerated rules and routing decisions based on network policy rules.When the proxy server decides to alert the enterprise system the proxy server will route the contact back to the system.The system will recognize that the contact is really associated with the contact which bridged out.

The combustor of any of claims 6 to 9 wherein the distal end of the igniter is recessed by at least one of a parallel and angled offset from the boundary andor the distal end of the igniter is angularly offset from the boundary within the range of 045 degrees.

FIG.2 is an enlarged isometric crosssectional view represented by the dashed box 60 of FIG.1 of the igniter tube 64 coupled to the outer liner 28.As noted above the igniter tube 64 mounts the igniter 62 in the combustor 14 and particularly mounts the igniter 62 such that a tip portion 118 of the igniter 62 is exposed to the fuel and air mixture in the combustion chamber 32.The tip portion 118 may be slightly recessed slightly protuding or nominally flush with the inner surface of the outer liner 28.The igniter tube 64 includes an igniter boss 74 a grommet 76 and a supporting ring 78 extending therebetween.The igniter tube 64 will be typically manufactured from materials that are similar to those of the inner and outer liners 28 and 30 which are capable of withstanding the temperatures within the combustion chamber 32.

The method of claim 13 wherein the interest tag is determined using at least one of viewingrelated information search information and SNS exposure information at each broadcast receiving device and the displaying comprises displaying the interest tags on a corresponding plane in a flowing scheme

FIG.1A illustrates an example of program information which may be included in a broadcast stream.In this example the program information included in the broadcast stream is related to different types of sports programs e.g.baseball football soccer etc.In addition to different types of sports programs more detailed information may also be included in the program information.

The cement of claim 1 wherein the cement comprises less than 5 phr of silica alternatively less than 2 phr of silica or is exclusive of silica.

In one embodiment the sulfur containing organosilicon compounds are the 33bistrimethoxy or triethoxy silylpropyl polysulfides.In one embodiment the sulfur containing organosilicon compounds are 33bistriethoxysilylpropyl disulfide andor 33bistriethoxysilylpropyl tetrasulfide.Therefore as to formula I Z may bewhere R2 is an alkoxy of 2 to 4 carbon atoms alternatively 2 carbon atoms alk is a divalent hydrocarbon of 2 to 4 carbon atoms alternatively with 3 carbon atoms and n is an integer of from 2 to 5 alternatively 2 or 4.

The robot system according to claim 2 wherein the image capturing devices 3a 3b 3c 3d capture the respective areas on the conveying path that are adjacent to each other along a conveyance direction of the conveying device 1.

A tracking and handling device 10 as shown in Fig.7 is a modification of the tracking and handling device 10 as described above.The device 10 includes a wide conveyor 14 connected to a workpiece supplying means 12 and a plurality of robots located on both sides of the conveyor.In such a case in which the robots are positioned on both sides of the conveyor 14 a plurality of workpieces are classified into two groups A and B based on a Ycoordinate of each workpiece detected by the vision sensor.After the detected data of the workpiecesis sent to each robot controller each robot on the side of the group A in this case a first and third robots 16 and 20 handles the workpiece included in the group A for example workpieces W2 W4 W6...On the other hand each robot on the side of the group B in this case a second robot 18 handles the workpiece included in the group B for example workpieces W1 W3 W5...In addition a plurality of cameras may be arranged on the conveyor 14.In this case it may be advantageous that one camera is used for a relatively large workpiece and another camera is used for a relatively small workpiece.

The medical imaging apparatus of claim 11 the processor sets a predetermined reference value according to portions of an object that is marked by the predetermined point.

Moreover the transmittingreceiving unit 11 performs gain correction processing analogtodigital AD conversion processing and phase addition processing on a signal of a reflected wave received by the ultrasound probe 1 and creates reflected wave data.Specifically the transmittingreceiving unit 11 creates threedimensional reflected wave data obtained by threedimensionally scanning a subject.

A method of alerting a crew member of a vehicle of the approach to one of a plurality of waypoints comprising displaying on a display a navigational map of the waypoints and a list of the plurality of waypoints designating one of the waypoints and providing an indication when arriving at the waypoint.

One difference between the first embodiment 30 and the second embodiment 130 is that the inclusion of a current flight mode window 182 as well as a next flight mode window 184 and the interactive navigation display 190 which may display a trajectory which is the result of crew inputs through the user interface 130.By way of nonlimiting example the navigation display 190 is illustrated as including an aircraft symbol 192 a predicted flight path 194 having various waypoints 196 and trajectory information 198.The navigation display 190 may allow detailed trajectory information such as latitude longitude altitude speed ETA fuel remaining etc.and advisory information to be displayed in conjunction with selections made by the crew on the user interface 130.By way of nonlimiting examples additional flight plan editing waypoint creationdeletion flight plan leg linking selection of alternate airports entry of speedalt constraints navigation sensor comparisons etc.may be performed through object manipulation and menu selections on the navigation display 190.It is also contemplated that advisory and alert messages may popup in a dialog box that contains the appropriate actions or selections to resolve the issue.

An electrochemical cell as claimed in claim 7 which is a lithiumsulphur cell comprising the metal foil electrode as the anode a sulphurcontaining cathode and an electrolyte.

A lithium electrode is formed by contact bonding lithium metal on a lithium electrode current collector comprising an electrically conductive porous body.The thickness of the lithium electrode current collector is from about 10 to about 200 m and the thickness of the lithium metal depends on the amount of the negative electrode active material used but is usually from about 50 to about 300 m.

The OLED display device of any preceding claim wherein each end of the driving power supply line is connected to an associated driving power pad formed in the driving circuit connecting portion.

A VDD 46 is formed between the data driver 43 and the pixel circuit 42 and a GND 47 is formed along outer rim of the substrate 41 as shown in Fig.5.By not installing the VDD 46 and the GND 47 at both sides of the pixel circuit 42 the size of Bezel areas are reduced substantially.

A bearing assembly according to Claim 6 wherein said radial groove opens on the outer cylindrical surface 12b of the rotor shaft 12.

Further according to the present invention the deep groove is formed all over an outer circumference of the rotary disc while an inner diameter of the deep groove is designed to be smaller than an inner diameter of each of inside magnetic pole teeth of the electromagnetic stators.

The method according to claim 12 wherein the user input unit comprises at least one button to select one of the multiview devices the method further comprising displaying information regarding the selection of the at least one multiview device.

Entry into the multiuser mode may be performed by operating the remote control device 200 or a local key not shown.

The surgical access port expandable adapter collar assembly as recited in claim 6 wherein the access port has an hourglass shape defining a waist and the expandable collar assembly is positionable around the waist.

Fig.8A shows a valved trocar jacket tube in the fourth preferred embodiment according to the invention wherein the valved trocar jacket tube 100D comprises a cylindrical member 111 composing a skirt 110 a circular ringshaped elastic member 116 having an outer diameter of 100mm which is attached to a lower end of the cylindrical member 111 a ringshaped air container 112 bonded or fused to an upper end of the cylindrical member 111.

The method of claim 5 wherein in step a the hardware is at least one of a WiFi communication chip a mobile network communication chip and a display control chip.

Each device in the system body is controlled by the processing according to set values in relation to each profile mentioned above.Further to obtain a power saving effect the throughput of any device is changed the use of any device is stopped or the supply of power to any device is stopped.In the case of switching such a power saving set state back to a normal set state where power saving is not performed the throughput of the device is returned to an original throughput the stoppage of the use of the device is canceled or the stoppage of the supply of power to the device is canceled.

The method of claims 1013 wherein the component is maintained at a temperature below 93.3 C 200F while depositing the cermet material.

As noted airfoil coating 61 may include a ceramic material as erosionresistant coating 64.Suitable ceramic compositions include metal oxides such as Al2O3 Cr2O3 Y2O3 ZrO2 CeO2 TiO2 Ta2O5 TaO2 and the like metal carbides such as Cr3C2 WC TiC ZrC B4C and the like diamond diamondlike carbon metal nitrides such as BN TiN ZrN HfN CrN Si3N4 AIN TiAIN TiAlCrN TiCrN TiZrN and the like metal borides such as TiB2 ZrB2 Cr3B2 W2B2 and the like and combinations comprising at least one of the foregoing compositions e.g.TiCN CrBN TiBN and the like.Alternately the erosionresistant coating 64 can comprise a ceramicmetal composite cermet including those that may be characterized as a metal matrix composite.Suitable cermets include WCCo WCCoCr WCNi TiCNi

The device 100 of any one of the preceding claims wherein the at least one further symbol 201 20112013 202120214 comprises a plurality of data symbols 202120214 preferably 1300 data symbols 202120214 more preferably 100256 data symbols 202120214 arranged adjacent to the given synchronization symbol 201 20112013 in the sequence 200 of symbols 201 20112013 202120214.

A crosstalk precoder can be used in a modem e.g.at the CO to eliminate or reduce crosstalk in the subscriber lines.The crosstalk precoder uses precoding coefficients e.g.in a precoding matrix to modify the signals in the lines and transmits the predistorted signals downstream from the CO to a plurality of customer premise equipments CPEs.The introduced predistortions in the signals substantially cancel the crosstalk in the signals that are received by the CPEs.The crosstalk precoder is trained or initialized using feedback signals from the CPEs which indicate the errors in the received signals at the CPEs.To train the crosstalk precoder aVDSL transceiver office unit VTUO at the CO sends a sequence of pilot symbols downstream to a VDSL transceiver remote unit VTUR at a CPE which returns corresponding error feedback signals to a Vectoring Control Entity VCE coupled to the VTUO and the crosstalk precoder.The error feedback signals from the CPEs are then used to update the precoding matrix coefficients and thus adjust the predistorted signals until reaching convergence.

The cement of at least one of the previous claims containing zinc oxide and a fatty acid comprising at least one of stearic palmitic and oleic acid.

In one embodiment the cement composition may contain a conventional sulfur containing organosilicon compound.Examples of suitable sulfur containing organosilicon compounds are of the formulaZAlkSnAlkZ Iin which Z is selected from the group consisting ofwhere R1 is an alkyl group of 1 to 4 carbon atoms cyclohexyl or phenyl R2 is alkoxy of 1 to 8 carbon atoms or cycloalkoxy of 5 to 8 carbon atoms Alk is a divalent hydrocarbon of 1 to 18 carbon atoms and n is an integer of 2 to 8.

A radar device as set forth in claim 1 wherein when there are four receive antennas and no orthogonal components of the receive powers said angle detection unit 51 detects the angles of the direction of arrivals of the reflected waves by said angle estimation system as 1 2 and 3 said mode vector calculation unit 52 codes the mode vectors as follows a1a11a12a13a14 a2a21a22a23a24 a3a31a32a33a34 said decomposing unit 53 sets the following Aa11 a21 a31A a12 a22 a32a13 a23 a33a14 a24 a34defines the desired value as BN and defines the following evaluation function QBNYABNwhereis a vector norm develops said QBN further and performs the following calculations while defining tr as the trace of the matrix and H as an adjoint matrix QBNYABNtrYABNHYABNtrYHYtrYHABNtrBNHAHYtrBNHAHABN and said power calculation unit 54 makes the value obtained by differentiating this by BNH AHYAHABN 0 and uses the following formula BNAHA1AHY to calculate said BN and finds the power values of the bearings of the corresponding arrival waves and the power values of the orthogonal components.

Herein an explanation of how the DOA estimation is performed by the conventional DOA estimation device will be made with reference to FIG.7 by exemplifying a case of a radar system constructed of linear array antennas.FIG.7 illustrates a case in which NspiecesNA1 of independent signals get incident at angles m different from each other which are based on a vertical direction of an antennaaxis the Yaxis shown in FIG.7 upon the linear array antennas having an antennal element count NA and an equal element interval d.Xmt represents a baseband component of the arriving signal from e.g.an mth target m1...Ns and vnt represents an output signal obtained by demodulating an input signal in an nth antenna element n1...NA.

A computer program comprising program code means for performing all the steps of the method according to any of claims 14 when said program is run on a computer.

The menu screen image 320 may expose some of the menu items while hiding other items according to the distance along which the tag 330 is dragged.Namely some of the menu items may be displayed while others may not be displayed according to the drag distance.Also the controller 180 may determine the type of touch that was or is being performed when the user touches or releases the tag icon 330 based upon at least one of the number of touches a contact time contact speed contact direction contact pressure and contact surface area or any combination thereof.

A bearing assembly according to any of the preceding Claims wherein the stator magnetic circuit 18 comprises two bodies 22 of ferromagnetic material each facing one lateral surface 16d 16e of the radial portion 16b of said annular thrust collar 16.

In order to solve the abovementioned problems the present invention provides axial magnetic bearing apparatus in which a rotary disc made of a magnetic material is fixedlyattached to a rotating shaft while a pair of electromagnetic stators in each of which a ringlike electromagnetic coil for generating magnetomotive force is inserted into a coil slot are fixed to casings respectively so as to be located on opposite sides of the rotary disc with suitable very small distances and on the basis of an output signal of a displacement sensor for measuring axial displacement of the rotating shaft magnetic attraction force is made to act between the rotary disc and each of the electromagnetic stators so as to bear the rotating shaft in a target position distant from the electromagnetic stators and in noncontact therewith wherein a deep groove or through holes for forming an air layer having large magnetoresistance are provided in a vicinity of an axial center of the rotary disc so as to extend from an outer circumferential portion of the rotary disc toward the rotating shaft.

A power supplying system 203 comprising a power providing device 203 comprising at least one battery one or more system modules SM1 SM2 SMn and a power managing module 205 to perform the method according to claim 12.

A second embodiment of the present invention is a power management algorithm for a system comprising a plurality of functional blocks to complete a task.The system of the second embodiment is as noted in the first embodiment.FIG.2 shows a flow chart of this algorithm.In step 201 sensing a power supplement status of the system is executed.In step 203 retrieving a power consumption status of the task is executed.Step 205 is thenexecuted to determine whether the task can be completed according to the power supplement status and the power consumption status.If yes step 207 is executed to complete the task.If not step 209 is then executed wherein brightness of a visual presenting block is adjusted.Then step 211 is executed to determine whether the task can be completed.If so the algorithm goes to step 207.If not step 213 is then executed wherein volume of an audio presenting block is adjusted.Then step 215 is executed to determine whether the task can be completed.If so the algorithm proceeds to step 207.If not step 217 is then executed wherein a playback speed of a playback characteristic related block is adjusted.Then step 219 is executed to determine whether the task can be completed.If so the algorithm goes to step 207.If not step 221 is then executed to generate an indicator that the system is unable to complete the given task.

A machine for cutting a plate G of laminated glass comprisinga conveying surface A for conveying the plate of laminated glass G and the portions cut therefrom provided with means B for feeding the plate G or portions of plate thereon in a longitudinal direction L of the machinea cutting bridge P1 set in a fixed position over the conveying surface A and set transverse with respect to said longitudinal direction L for carrying out operations of cutting of the plate G along a cutting line p1 of the machine transverse with respect to said longitudinal direction Lat least one device R1 for imparting a rotation through 90 in the horizontal plane on a portion of plate in the form of a cross portion T after this has been obtained by means of an operation of cutting in the cutting bridge so that said cross portion T can in turn be divided into subportions andelectronic means E for governing said means B for feeding the plate along the conveying surface A said cutting bridge P1 and said at least one device for rotation of the plate Rsaid machine being characterized in that it further comprises a waiting section W located after said cutting bridge P1 wherein said waiting section W includes a rack 10 defining a number of superimposed compartments vertically spaced from each other said rack 10 being vertically displaceable so as to bring any of said compartments at the level of said conveying surface for accumulating a plurality of portions of plate on said compartments.

In practice with this type of machine it is possible to place a plurality of plate pieces side by side at the second bridge so as to perform with a single pass the cutting of several plates according to a type of embodiment which for the sake of convenience is termed simultaneous cutting although all the various plate pieces arranged side by side are cut in succession but during the same pass of the cutting head.

The method of making the composite material according to claim 12 further comprising coupling one end of a lead to each of the exposed parts of the metal sheets from end parts of the composite material prepregs after molding the laminated composite material prepregs.

As described above the CFRP composite material plate C2 constituting the specimen M is manufactured by heating underpressure the laminated prepregs P1 to P8 with the spacing elements such as the release films each interposed between the prepreg layers at one end thereof to cure the resin.Subsequently the specimen M is completed by connecting a conductive wire through which a measurement current flows to a release side end of each of the CFRP layers forming a throughhole at the couplingside end by drilling or the like and coupling the composite material plates C1 and C2 using the fastener F.In the second implementation after the specimen is complete the release films are released for tests.However the release films may remain interposed between the layers.When used as the spacing elements metallic sheets are preferably removed after the specimen is complete.

The method for managing a MAC address table according to claim 2 wherein the matching the MAC address information with the MAC address table and the prolonging the aging time of the MAC address information in the MAC address table if the matching succeeds comprise judging whether the DMAC address information matches the MAC address information recorded in the MAC address table and if the matching succeeds updating an aging time of the DMAC address information in the MAC address table according to a preset delay rule.

In Fig.1 a switch 10 for routing data packets between three ports 10a to 10c is shown the switch 10 being part of an Ethernet network 11 the further components of which are not represented in Fig.1 for the sake of simplicity.The switch 10 comprises a learning request ranking unit 12 a scheduling unit 13 and a processing unit 14 the operation of which will be described in the following with reference to Fig.2.

The surgical stapling apparatus of claim 14 wherein a proximal recessed groove is positioned along a proximal portion of each of the staple cartridge and anvil plate and a distal recessed groove is positioned along a distal portion of each of the staple cartridge and the anvil plate.

In particular as seen in FIG.10 when buttress 500 is used in connection with cartridge assembly 200 a suture S1 may extend transversely across a distal end portion of cartridge assembly 200 and be captured by or otherwise be secured to distal pair of recesses or attachment points 238 of cartridge assembly 200 wherein suture S1 is in registration with distal recesses 524 of secure body portion 520 of buttress 500.Additionally when buttress 500 is used in connection with cartridge assembly 200 a suture S2 may extend transversely across a proximal end portion of cartridge assembly 200 and be captured by or otherwise secured to each of a proximal pair of recesses or attachment points 236 of cartridge assembly 200 wherein suture S2 is in registration with the proximalmost pair 526a of the proximal pair of recesses of body portion 520 of buttress 500.

A program in accordance with which a computer is caused to function as a stream receiving section successively receiving transport stream packets to each of which additional information containing therein a stream identifier used to identify at least corresponding transport stream is added from an external apparatus and a reconstructing section reconstructing plural transport streams based on the additional information from the transport stream packetswherein the additional information is added forward backward or midway with respect to each of the transport stream packets.

The zapping burst data could also be regularly received and stored in the buffer during normal viewing in the intermittent reception mode that is when not in the zapping mode.The wait until images can be displayed when changing the service in the zapping mode can thus be eliminated.How frequently burst data for zapping is received during normal viewing could also be set by the user.This reduces unnecessary reception of burst data for zapping and thus reduces power consumption.

A shift control system 10 configured to work with a powerassisted bicycle 90 that has an assistingpower supplying system 91 and a derailleur 93 the shift control system 10 comprising a microcomputer 11 storing therein a plurality of shifting condition tables 19a19b a shifting driver 13 being electrically connected to the microcomputer 11 and controlled by the microcomputer 11 to conduct automatic shifting at least one first sensor 15 being deposited at a predetermined location on the powerassisted bicycle 90 and electrically connected to the microcomputer 11 for sensing at least one of a wheel speed a crank speed a pedaling force and a road gradient so as togenerate at least one sensing signal that is transmitted to the microcomputer 11 so that the microcomputer 11 produces at least one sensing result according to the at least one sensing signal a second sensor 95 being incorporated in the assistingpower supplying system 91 for sensing an assistingpower output ratio of the assistingpower supplying system 91 and sending an outputratio signal accordingly to the microcomputer 11 the microcomputer 11 identifying a current assisting mode of the assistingpower supplying system 91 according to the outputratio signal and selecting one of the shifting condition tables 19a19b accordingly for comparing the at least one sensing result thereby determining whether upshifting or downshifting is to be conducted and then controls the shifting driver 13 to send a shift control signal to the derailleur 93 for making the derailleur 93 conduct upshifting or downshifting.

Shift controller 9 also comprises an auxiliary control unit 40 for controlling the supply of auxiliary power to assist pedaling of the bicycle.Auxiliary control unit 40 comprises a microcomputer having a CPU RAM ROM and IO interfaces similar to shift control unit 25 and portions of operation sensing unit 25a and stress reducing unit 25b may be distributed within auxiliary control unit 40.Auxiliary control unit 40 is bidirectionally coupled to shift control unit 25.Auxiliary control unit 40 also is coupled to a torque sensor 41 for sensing pedaling torque to a memory 42 to a motor driver 43 and to an auxiliary motor 44 that assists rotation of crank 18 in a known manner.Motor driver 43 and auxiliary motor 44 receive operating power from power supply 27.

The method of claim 6 wherein the transmitting of the private data comprises transmitting a predetermined field of the private information to a predetermined recipientand wherein the transmitting of the private information comprises transmitting the private information as encrypted data and wherein the predetermined field and the predetermined recipient are provided by the user corresponding to the private information.

In the embodiment illustrated in FIG.2 the biometric sensor 110 is integrated within the SIM card 105.When the user launches an application 206 on the mobile device 130 that seeks to access the data stored in the SIM 105 the user must first authenticate himselfherself via the biometric sensor 110 and access controller application 304.Because the biometric template is stored in atemplate memory 305 and not in the mobile device 130 memory not shown the access controller application 304 continues to protect the data stored within the SIM 105 even when the SIM 105 is removed from the mobile device 130.The access controller application 304 may operate independent of the mobile device 130.The user may be required to authenticate himselfherself before access to the SIM 105 is granted even if the SIM 105 has been removed from the original mobile device 130.

The method of claim 1 or 2 wherein the AV media comprises a file name and the identifying is based on the file name.

Matching algorithm 330 can use any comparison metric to determine which haptic primitive is or which haptic primitives are the most similar to audio source data 310.More specifically matching algorithm 330 can use any comparison metric in order to determine which haptic parameters for a specific haptic primitive are most similar to the significant characteristics of audio source data 310.As an example matching algorithm 330 can for each haptic primitive of haptic primitive set 320 determine a number of haptic parameters whose values are identical to values of their corresponding significant characteristics of audio source data 310 and can select a haptic primitive that includes a highest number of haptic parameters whose values are identical to values of their corresponding significant characteristics of audio source data 310.As another example matching algorithm 330 can for each haptic primitive of haptic primitive set 320 calculate a deviation between a value of each haptic parameter and a value of its corresponding characteristic of audio source data 310 calculate a mean or total deviation for the haptic primitive and can further select a haptic primitive with the lowest mean or total deviation.These are only example comparison metrics and in alternate embodiments matching algorithm 330 can use alternate comparison metrics to determine which haptic primitive is

A computer system comprising one or more processors the computer system being configured to carry out the method of any one of Claims 1 to 10.

In the description of step 10 it is checked whether the surrogate server has the content requested by the user and whether it is available for serving this content one may also carry out the checking of availability of the server separately or simply not check the availability of the server.The advantage in checking separately the availability of the surrogate server is that this availability may change often while the content of the surrogate server is likely to be more stable.It is also possible that the server be available but that restrictions exist regarding maximum bandwidth usage this could also be construed as checking the availability of the surrogate server.

The information processing system 100 according to any one of claims 1 to 6 wherein the first information is identification information indicating a character string that is shorter than a character string that constitutes the IP information or name information indicating a name of the second information processing device 1240the second information is information in which the identification information the name information and the IP information are associated with each other the second information processing device 1240 includes a fourth selecting unit 1241 that selects any one of the identification information the name information and the IP information according to input from the user as a target for comparison with the input character string and the determining unit 1424 compares any one of the identification information the name information and the IP information included in second information and selected by the fourth selecting unit 1241 with the input character string for each of at least one piece of the second information stored in the second storage unit 141 and determines a first information processing device 10 identified by IP information included in any one of pieces of second information that include information corresponding to the input character string as the first information processing device 10 to execute the process requested from the user.

FIG.19 is a flowchart showing the contents of the retrieval response process at step S600.In FIG.19 when the initialization process at step S500 terminates the projectors 301 through 30n wait for input of the retrieval command output from the server 20 i.e.enter a wait state by determining whether or not the retrieval command is input step S605.When it is determined that the retrieval command is input the process determines whether or not the authentication using a keyword is needed for the server 20 to establish a connection to the projector 301 step S610.The setting in the projectors 301 through 30n determines whether or not theauthenticationusingakeyword is needed.When it is determined that the authentication using a keyword is needed a keyword display process is executed to project the keyword so that the user of the server 20 can visually check it step S615.A flowchart in FIG.20 shows the contents of the keyword display process.

The core network controller of claim 4 wherein each femtocell access point difference is a difference in a SFN for each femtocell access point and the SFN for the macro base station.

Or the storage unit 403 may be configured to storage a mapping relation of the Femtocell EI the neighbor macro cell ID the FemtocellcellID and the Femtocell SFNoffset wherethe Femtocell SFNoffset is an SFN offset between a Femtocell equipment and a neighbor macro cell of the Femtocell equipment.In this case the Relocation Request message received by the receiving unit 401 includes an offset between the SFN of a Femtocell that acts as a handover target and the SFN of a source macro cell where the UE is located a cell ID of the source macro cell where the UE is located and a cell ID of the Femtocell that acts as a handover target.The processing unit 402 is configured to search the SFN offsets which are between a plurality of Femtocell equipments and neighbor macro cells of the plurality of Femtocell equipments and are stored in the storage unit 403 for an SFN offset that matches the offset carried in the Relocation Request message and determine Femtocell equipments which corresponds to the source macro cell ID the matched SFNOffsets of the Femtocell and the cell ID of the Femtocell that acts as a handover target as candidate target Femtocells according to the mapping relation of the Femtocell EI the neighbor cell ID the FemtocellcellID and the Femtocell SFNoffset where the SFN offset is between the SFN of the Femtocell equipment and the SFNs of the neighbor macro cells of the Femtocell equipment.

Seamless quenched and tempered steel pipe according to any one of claims 1 to 8 wherein the chemical composition consists of 0.0600.090 wt C 1.001.30 wt Mn 0.100.35 wt Si 0.200.40 wt Cr 0.200.40 wt Ni 0.100.25 wt Mo 0.0000.070 wt V 0.0200.040 wt Al 0.00080.0030 wt Ca 0.0000.005 wt Nb 0.0050.015 wt Ti 0.00300.0070 wt N 0.000.15 wt Cu 0.0000.003 wt S 0.0000.012 wt P 0.00000.0001 wt B 0.0000.010 wt Zr 0.0000.010 wt Ta the remaining being iron and satisfies the following additional conditionsCEIIWCMn6CrMoV5 CuNi15 in the range 0.37 to 0.43 CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5xB in the range of 0.16 to 0.22 P160 x CCr5 x e35 x MoWT50 x VNb in the range of 12.5 to 14.5 P29 x C1.2 x MnCr0.7 x Mo2 x V2.30.

In order to guarantee a proper hardenability of the material and good weldability the elements described below should keep the relationship shown here 0.5ltMoCrNilt1 MoCrV5NiCu150.14

Method according to the claim 4 wherein the at least one curve fit comprises a first curve fit 307 obtained based on measuring data where no air was bled upstream of the combustor a second curve fit 311 obtained based on measuring data where a portion in particular between 5 and 20 of air was bled upstream of the combustor wherein based on the first curve fit 307 a first heat input HIisonobleed is derived and wherein based on the second curve fit 3011 a second heat input HIiso10blee is derived wherein based on the first heat input and the second heat input the estimated heat input HIengmodel HIexpected is derived.

FIG.1 illustrates an example fuel compensation system 100 according to an example embodiment.The system 100 may include a turbine assembly 102 that may include a compressor 104 a combustor 106 a turbine 108 a load 110 various valves 112 associated with the fuel delivery to the combustor 106 and various sensors 114.According to an example embodiment the sensors 114 may be utilized for measuring andor monitoring parameters for estimatingdetermining the fuel composition.According to an example embodiment sensors 114 may be utilized for monitoring fuel parameters 118 such as fuel valve stroke and fuel pressure combustion dynamics 120 such as acoustical amplitude acoustical frequency optical intensity optical frequency or flame instabilities and performance characteristics 122 such as compressor pressure discharge CPD compressor temperature discharge CTD turbine firing temperature turbine exhaust temperature turbine load fuel flow rate pressure temperature compressor inlet air pressure drop compressor inlet flow compressor inlet guide vanes IGV opening turbine exhaust fluids flow and ambient air conditions comprising one or more of air temperature air pressure air humidity or heat balance.According to an example embodiment an optional Wobbe meter or gas chromatograph 116 may be utilized in addition with one or more of the other measured parameters.According to certain example embodiments any known industrial or laboratory device e.g.gas chromatograph calorimeter Wobbe meter which defines fuel composition may be utilized.According to example embodiments a universal transfer function may work with such devices in order to correct the device output andor reduce numberredundancy of such devices andor to eliminate such device altogether.

An isolator 11001300 comprising a work chamber 1010 for performing a work in which a biomaterial is handled a gas supply unit 1040 configured to supply a gas into the work chamber 1010 a gas discharge unit 1050 configured to discharge the gas from the work chamber 1010 a connection channel that has a particulate trap filter and connects the gas supply unit 1040 with the work chamber 1010 a sterilizing substance supply unit 1030 configured to supply a sterilizing substance into the work chamber 1010 a discharge means configured to control the discharge amount of the gas that is discharged from the gas discharge unit 1050 a reduction process unit configured to reduce theconcentration of the sterilizing substance that is contained in the gas discharged from the gas discharge unit 1050 and a controller 1090 configured to start discharge by using the discharge means after sterilizing the inside of the work chamber 1010 by supplying the sterilizing substance into the work chamber 1010 to maintain the concentration of the sterilizing substance in the work chamber 1010 and configured to make the discharge amount at the end of the discharge larger than that occurring when the concentration of the sterilizing substance reaches the maximum.

And the abovementioned drying means 3 is connected to the working chamber 1 through a fifth electromagnetic valve 26 and the abovementioned HEPA filter 23 and dried air from the drying means 3 is supplied into the working chamber 1 after asepticized with the HEPA filter 23.

A nonwoven web for a mechanical fastening system comprising i engaging component comprising a plurality of engaging elements and ii a receiving component having a longitudinal axis and a lateral axis wherein the plurality of engaging elements are capable of engaging the receiving component the receiving component further comprising a.a first bond line and a second bond line extending in a first direction wherein the second bond line is disposed adjacent to the first bond line such that a portion of the second bond line overlaps a portion of the first bond line wherein the overlap is generally parallel to a second direction and wherein the first direction is generally perpendicular to the second direction b.a bond zone circumscribing the first bond line and the second bond line and c.a plurality of consecutive sweep regions disposed within the bond zone each sweep region comprising a length and a width wherein lengths of the sweep regions are equal and are generally parallel to the longitudinal axis wherein the widths of the sweep regions are equal and are generally parallel to the lateral axis wherein at least one sweep region comprises a portion of both the first bond line and the second bond line wherein the remaining sweep regions of the plurality of sweep regions comprise at least a portion of the first bond line or at least a portion of the second bond line wherein each sweep region has a bonded area and wherein the receiving component has a bond ratio between two sweep regions which is greater than or equal to about 1 and less than or equal to about 20 and optionally the plurality of consecutive sweep regions has alength which is greater than or equal to about 0.1 mm and less than or equal to about 1.2 mm and iii optionally at least 1 layer of fibers.

By using the nonwoven fabric C as the nonwoven fabric composing the female material there can be provided a fastener in which an engaging force with respect to a male material is high when it is used as a female material of a mechanical fastener fluffing is generated only very slightly by subjecting it to embossing treatment and productivity is high and an absorbent article using the fastener which is nice fit.

The method of claim 1 further comprising monitoring activity of a client service application associated with the push service at the communication device.

Referring to FIGs.1 and 2 the mobile device 100 includes a Radio Frequency RF communication unit 110 an input unit 120 an audio processing unit 130 a display unit 140 a storage unit 150 a SIM card interface 170 and a controller 160.

The system of claim 8 wherein the second structure is a helipad.

Therefore a system and method are provided for enhancing the visibility and ensuring the correctness of terrain information on an electronics aircraft display in which high resolution terrain data for limited priority regions can be augmented andor corrected with high accuracy terrain data e.g.spatial position data precision spatial position data etc.for the same priority regions and the flight crew can be alerted to any discrepancy found between the high resolution terrain data and high accuracy spatial position data.For example if the elevation of terrain data stored in an onboard database for a particular airport is slightly higher than the elevation of the terrain data for that airport derived from a navigation system then that airport information can be obscured on a conventional display.However the described system can augment andor correct the terrain data from thedatabase 106 with the more accurate spatial position data from the navigation system which enhances the visibility and ensures the correctness of the terrain data for priority regions e.g.near airports runways etc.on the display.Nevertheless if the terrain data about a known accurate data point is incorrect then that incorrect data can be amplified by the augmentationcorrection process.Therefore if the value of the augmentation or correction of the terrain data is significantly greater than a predetermined or threshold value then a visual andor audio alert message regarding such a terrain data discrepancy can be issued for the flight crew.The flight crew can then decide whether or not to continue the approach based on direct visual navigation information derived from another source e.g.onboard sensor Flight Management System navigation system GPS receiver etc..

The method of any one of the preceding claims further comprisinginforming a law enforcement agency associated with the terminated particular LI session that the particular LI session has been terminated.

The interception NE may report the user plane data to the interception center in the following manners.

Electromagnetic actuator according to claim 1 or 2 wherein the first magnetic circuit is arranged inside of the second magnetic circuit.

Next a description will be given as to the operation of this embodiment configured as above.FIGS.3 to 5 are explanatory diagrams schematically showing the respective magnetic flux distribution states of the first magnet coil 31 second magnet coil 32 and permanent magnet 4 in the case of moving the needle 2.

The electronic shelf labeling system of claim 12 wherein the electronic shelf labeling system transmits the sleep message and the update data using different frequency channels and wherein the electronic shelf label server assigns a first frequency channel for transmitting the update data to a plurality of gateways in a timedivision scheme when the gateway is provided in plural.

In each of the electronic shelf labels 5 in which intermittent operations have been terminated when the informational data 200 is received and written into the memory 575 subsequent to the beacon data 210 the CPU 570 reads out the header data 202 from the memory 575.Then the CPU 570 acquires a device code from the header data 202 and compares the acquired device code with a code of its own device which has been previously stored in the memory 575 to check whether or not the two device codes match each other.

A powered surgical stapler according to claim 2 or claim 4 wherein when the current draw on the motor is not within an acceptable tolerance window of the successful test firing data the powered surgical stapler is powered down.

Referring now to Figure 14b a timer is set in step 1126.It is thereafter determined in step 1128 whether the time elapsed for the firing operation has exceeded a predetermined threshold.If it is determined in step 1128 that the firing time limit has been exceeded the firing motor is disabled in step 1130 and an ERROR condition is determined in step 1132.Control then proceeds to step 1136.If however it is determined in step 1128 that the firing time has not exceeded the predetermined firing time limit it is determined in step 1134 whether a hardware current limit has been exceeded.The hardware current limit relates to the resistance of the firing motor to continued operation.A condition that the hardware current limit has been exceeded is indicative that the stapling operation has been successfully completed.If it is determined in step 1134 that the hardware current limit has not been exceeded the operation of firing motor is continued until either the predetermined firing time limit has been exceeded or the hardware current limit has been exceeded.In either instance control proceeds thereafter to step 1136.

The secondary battery of any of the preceding claims wherein penetration openings are defined in the cap plate 100 in the current limiting plate 112 and in the first terminal plate 111 for receiving a current collecting terminal 115 that extends from the electrode assembly 150.

FIG.7C is a sectional view showing variable plates 13 14 and 15 according to still another embodiment of the present invention.

The light emitting device according to any one of claim 2 to 4 wherein the insulation layer is arranged in the through hole to extend around the through electrode.

The second contact electrodes 1701 to 1706 may be in contact with the conductive layer 130 through the second insulation layer 410 to be connected with the second expanded part 1541 and 1561.The width or diameter of the second contact electrode 1701 to 1706 may be the same as or larger than the width of the second expanded part 1541 and 1561.The second expanded part 1541 and 1561 may be connected with the second contact electrodes 1701 to 1706.The second insulation layer 410 may be disposed between the second contact electrodes 1701 to 1703 and the conductive layer 130 to electrically insulate them 1701 to 1703 and 130 from each other.

A surveying instrument capable of performing a nonprism measurement comprising a laser pointer 25 for projecting a laser pointer beam 26 a measuring unit 10 18 32 for emitting a distance measuring light via a telescope unit 12 for performing distance measurement on a measuring point by receiving a reflected light and for measuring an angle of said measuring point an image pickup unit 29 for acquiring an image including a target 2 via said telescope unit a tracking unit 20 for emitting a tracking light via said telescope unit and for tracking said target by receiving a reflection light from said target a driving unit 39 for rotating said telescope unit in horizontal direction and in vertical direction and a control device 35 for controlling said driving unit so that the reflection light of said tracking light from said target will be positioned at a predetermined position on an image pickup element 31 of said image pickup unit wherein an optical axis 33 of said distance measuring light and an optical axis 49 of said tracking light are in a known relationship and an optical axis 34 of said laser pointer beam is offset from an optical axis of said tracking light by a predetermined angle.

In a sixth aspect of the present invention the calculating section is provided at the surveying instrument.According to the sixth aspect the surveying instrument can calculate the direction of the measured object.

A moving object monitoring system which includes a management unit 4 that monitors a moving object 1 to be monitored and a moving object monitoring device 10 installed in each moving object 1 and transmitting moving object information 15 of the moving object 1 to the management unit 4 wherein the moving object monitoring device 10 includes a control unit 11 that transmits the moving object information 15 to the management unit 4 such that a transmission interval of the moving object information 15 which isapplied when a startup lock function is activated is shorter than a transmission interval applied when the startup lock function is deactivated and the management unit 4 performs an alert process to alert a manager that a problem may have happened to the moving object 1 when the startup lock function is on and no moving object information is received over a predetermined period wherein the control unit 11 transmits the moving object information 15 when a moving distance of the moving object 1 is longer than a predetermined distance and an engine 31 is off and the management unit 4 performs upon receiving the moving object information 15 the alert process to alert the manager that a problem may have happened to the moving object 1.

When an instruction signal has been inputted form the main controller 2 position information calculated based on processing at the control unit 3a is stored in the storage unit 3b.This instruction signal from the main controller 2 is designed such that it is inputted at preset time intervals for example every hour.It is however also possible to store such position information whenever calculated without relying upon instructions from the main controller 2.

A saddleride type vehicle 10 comprising a vehicle body frame 11 with a head pipe 33 a front wheel suspension 12 arranged below the head pipe 33 a handlebar 14 arranged above the head pipe 33 that steers the front wheel suspension 12 and a front cowl 22 supported on the vehicle body frame 11 that covers an upper part of the front wheel suspension 12 and the handlebar 14 from a front side of the vehicle wherein the front cowl 22 is provided with an introduction port 29L 29R that is arranged below the handlebar 14 that is opened to the outside laterally outside of the front wheel suspension 12 and that introduces traveling air and a guide wall 41 that is arranged behind the introduction port 29L 29R that is inclined upwardly rearwardly and inwardly that is arranged within a region that can be viewed from the introduction port 29L 29R in a front view and that guides the traveling air.

Also it is also possible to employ a structure in which an air duct 227 being provided in a screen 225 and including air introduction ports 237 distributed to the left and right with respect to the center of the width of the vehicle is branched to the left and right at its upstream side to communicate the respective air introduction ports 237 and the air outlet port 36 as a front cowl windscreen body 216 as shown in Fig.5.In this case a headlight 239 may be disposed between the branched paths of the air duct 227 on the upstreamside.In Figs.4 and 5 the parts corresponding to the abovedescribed embodiment are represented by the same reference numerals and description thereof will be omitted.