Datasets:

bhlim

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patentmatch_for_finetuning

like 1

Respiratory mask according to any one of Claims 13 or 14 characterized in that it further comprises a forehead support 5 a headgear 9 andor connecting means 29 for fixing the headgear 9 to the mask body 1.

In an alternative embodiment a cushion may be constructed of a foam material to vary the spring characteristic.For example Figs.11 and 12 illustrate a foam cushion 10 constructed of a foam material F.As illustrated the foam cushion 10 provides a foam interface that defines a cushion cavity 11 and includes a foam contact surface 12 adapted to interface or contact with surfaces of the patients face in use.The foam contact surface 12 may have a similar contour or geometry to that of the cushion illustrated in PCT Publication No.WO 2006074513

A straddletype vehicle which turns in a state in which a vehicle body is banked from an upright state to a first side in a vehicle width direction around a predetermined angular displacement center the straddletype vehicle comprising a head lamp which irradiates a head lamp irradiation region set to be forward in a travelling direction of the vehicle relative to the vehicle body a first auxiliary lamp which irradiates a first auxiliary lamp irradiation region set to be forward in the travelling direction of the vehicle relative to the head lamp irradiation region in a region which is inward with respect to a turning direction in which the vehicle body turns and a second auxiliary lamp which irradiates a second auxiliary lamp irradiation region set to be forward in the travelling direction of the vehicle relative to the first auxiliary lamp irradiation region in the region which is inward with respect to the turning direction of the vehicle body wherein the second auxiliary lamp is placed in such a manner that a distance between the second auxiliary lamp and the predetermined angular displacement center is smaller than a distance between the first auxiliary lamp and the predetermined angular displacement center.

Note that the target view 96 of the operator is relative to the location of the motorcycle 10 shown in FIG.6.The target view 96 moves relative to the travel of the motorcycle 10.Specifically the motorcycle 10 shown in FIG.6 travels along the path 80 and arrives where the target view 96 was a predetermined time period r earlier.The target view 96 stays on the path 80 ahead.

The method of claim 1 further comprising displaying the second information until the second information is scrolled off the display after which the first information is displayed until subsequent detection of the gesture.

Instead of adjusting the size of the executed screen image 510 according to an environment setting option a portion of the region where the executed screen image 510 like the menu screen image 320 is displayed may be allowed to appear or be hidden asshown in FIG 9E.Namely as the exposure region of the menu screen image 320 increases the exposure region of the executed screen image 510 may be reduced inverseproportionally.Also as the exposure region of the menu screen image 320 is reduced the exposure region of the executed screen image 510 may be increased inverseproportionally.

The method of claim 1 or 3 wherein the controlling is performed during startup of the gas turbine engine 10.

During potential compressor surge conditions a compressor discharge bleed air circuit is utilized.This circuit causes some of the compressor discharge bleed air to bypass the combustor and directs the bleed air directly to the gas turbine exhaust stack 30 via stream 32 and throttle valve 34 the valve 34 also controlling the amount of bleed air introduced into the combustor 20.

A method 100 for detecting a leakage in a fuel tank system the method 100 comprisinggenerating 130 an initial pressure in the fuel tank systemdetermining 140 a pressure difference between the pressure in the fuel tank system and the first reference pressuredetermining 150 a linearity metric by comparing the determined pressure difference to at least one out of a linear and a nonlinear data model the linearity metric quantifying the nonlinearity of said pressure difference as a function of time anddetecting 170 a leakage in the fuel tank system based on the linearity metric wherein a nonlinear pressure difference function of time is indicative of a leakage in the fuel tank system.

The method may further comprise the step of analyzing the shape of the pressure curve using the Least Squares method.The Least Squares method may be seen as a method of fitting data.The best fit between modeled and observed data in the leastsquares sense is that instance of the model for which the sum of squared residuals has its least value where a residual is the difference between an observed value and the value given by the model.Although the Least Squares method as described above is the herein preferred method several other methods of fitting data could as will be obvious to the person skilled in the art be used for fitting a curve to a second order polynomial.The Least Squares method is the herein preferred method as it is relatively quick and requires a relatively moderate amount of calculations.

A method of nonflammable polymer paint production characterised in that it comprises the steps ofgrinding a huntite and hydromagnesite mixture to nanometric sizesgrinding boric acid andor antimony oxide mixture to nanometric sizesobtaining a nonflammable material by mixing the ground huntite ve hydromagnesite mixture with the ground boric acid andor antimony oxide mixtureaddition of the nonflammable material to the polymer paint by continuous mechanical stirring.

Conventional EXAMPLE 3ContentProperty C9 C10 C11 C12Evaflex 360 90 90 90 90LLDPE 118 10 10 10 10Ultracarb LH 15X 120 120 120 120Secondary flame retardants Zinc borate Boric acid Barium strearate Red phosphorus Ammonium polyphosphate type 15 25 35 45Irganox1010 1 1 1 1Perkadox BCFF 3 3 3 3Tensile strengthMPa 9 9 8.5 8Elongation at break 450 420 400 365LOI34 36 40 42UL 94 test HB V1 V0 V0

The surgical stapling apparatus of Claim 1 or 2 wherein said well comprises a longitudinal well extending between said proximal end and said distal end and wherein more than one said staple cavity is defined in said well.

Turning to the Drawings wherein like numerals denote like components throughout the several views in FIGS.12 a surgical stapling and severing instrument 10 includes a handle portion 12 that manipulates to position an implement portion 14 formed from a fastening end effector specifically a staple applying assembly 16 distally attached to an elongate shaft 18.The implement portion 14 is sized for insertion through a cannula of a trocar not shown for an endoscopic or laparoscopic surgical procedure.Advantageously an electrically actuated buttress deployment mechanism 20 reliability retains upper and lower buttress pads 22 24 respectively on an upper jaw anvil 26 and a lower jaw 28until tissue clamped within the staple applying assembly 16 is stapled and severed.Thereafter the electrically actuated buttress deployment mechanism 20 deploys the buttress pads 22 24 without undue force or ancillary surgical procedures e.g.use of a grasper.

The audio processing apparatus of claim 1 wherein said control device 12 is configured to retrieve a source identifier from said received status data to identify based on said source identifier an audio channel to which an audio signal 7 8 from said at least one source 2 3 is provided and to determine said at least one group 2128 of graphics display areas 5157 61 based on said identified audio channel.

In the EF library there are registered equipment data of each music equipment hardware effector bookmarked or registered as a users favorite and equipment data of each music equipment hardware effector automatically registered as the equipment was connected to the music processing apparatus 1 via the music LAN.The user can select the equipment data of any desired hardware effector from the EF library and register the selected equipment datainto the EF table.The hardware effector thus registered in the EF table is displayed on the EF selection menu and can be inserted in a desired audio channel strip.Further when any one of the music equipments hardware effectors has been disconnected from the music processing apparatus 1 in response to users disconnecting operation or by erroneous operation or accident the equipment data of the disconnected music equipment hardware effector is deleted from the EF library.If any hardware effector inserted in an audio channel strip has been disconnected from the music processing apparatus 1 the disconnected music equipment hardware effector is placed in the dummy state but setting data such as parameters of the music equipment hardware effector are kept retained in the parameter memory i.e.the working memory area of the RAM 4 or the predetermined working area on the hard disk 3A or flash memory 3B in Fig.28 in the music processing apparatus 1.Then once the disconnected hardware effector is again connected to the music processing apparatus 1 not only the retained setting data are transferred to and automatically set in the hardware effector but also the hardware effector is released from the dummy state and placed in the normal operating state.

The light emitting device package according to claim 1 wherein the AR coating layer comprises at least one selected from among MgF2 SiO2 and TiO2.

A reflective layer may be coated plated or deposited on at least a portion of the sidewall 512a and the bottom portion 512b of the cavity 512.

The method of claim 1 or 2 wherein the specific page corresponds to communication messages corresponding to a specific group and the event comprises a new message or a status change corresponding to the specific group.

The makeup of the rings 70 is completely customizable by the user.That is a user can select which icons 48 will be grouped together in a ring 70 can determine the number of rings 70 and can determine the stacked arrangement of the rings 70.Also the user can select the specific positional arrangement of the icons 48 within any given ring 70.

The apparatus 1 according to claim 1 wherein the apparatus body is provided with a plurality of the thermal conducting fins 7 and the plurality of the thermal conducting fins 7 are provided radially in the direction of the inner circumference of the housing 6.

The light source part 2001 has an LED module 2013 servingas a light source module constructed from the plurality of white LEDs 2011 2011 2011...and a diskshaped LED board 2012 having one surface where the plurality of white LEDs 2011 2011 2011...are soldered.The LED board 2012 is mounted on a diskshaped base plate 2014 having a larger diameter than the LED board 2012 by screwing or the like with an electrical insulation material not illustrated therebetween.As a result the other surface of the LED board 2012 goes into thermally close contact with one surface on the cover part 2004 side of the base plate 2014.On the other surface of the base plate 2014 a cylindrical holding column 2017 protrudes for holding the LED module 2013.The end part 2017b on the base part 2005 side of the holding column 2017 is screwed into and held by the circuit accommodating part 2006 in a removable manner.On the edge of the base plate 2014 a male screw part 2015 for screwing the cover part 2004 in a removable manner is provided.Further in the surface on the base part 2005 side of the holding column 2017 a cylindrical first pin plug 2016 connected to the LED board 2012 protrudes so as to permit electric attaching and detaching between the drive circuit section 2003 and the light source part 2001.In the outer peripheral surface of the middle part 2017a of the holding column 2017 a male screw 2017c is provided.Then the male screw 2017c constitutes a second screwing mechanism with the inner holding cylinder 2022 of a laterdescribed heat radiating part 2002 so that the heat radiating part 2002 is screwed around the holding column 2017 in a removable manner.On the other hand the endpart 2017b on the base part 2005 side of the holding column 2017 has a reduced diameter in comparison with the middle part 2017a.A male screw 2017d is provided in the outer peripheral surface of the end part 2017b on the base part 2005 side.The male screw 2017d constitutes a third screwing mechanism with the screw hole 2062 of a laterdescribed circuit accommodating part 2006 so that the holding column 2017 is screwed into the circuit accommodating part 2006 in a removable manner.Further in association with attaching and detaching between the circuit accommodating part 2006 and the holding column 2017 attaching and detaching between the circuit part 2007 and the holding column 2017 are performed.The base plate 2014 and the holding column 2017 are made of aluminum and formed as a unit.Further the LED module 2013 the base plate 2014 and the holding column 2017 are provided concentrically.

Method 10 for establishing forwarding patterns in an Ethernet switch 9 the Ethernet switch 9 comprising at least two interconnected Ethernet switch modules 1 and the method 10 comprising receiving 11 an Ethernet packet from an end system 5 6 7 at an ingress port 2 of one of the Ethernet switch modules 1 generating 12 an ingress port identifier depending on the ingress port 2 at which the Ethernet packet has been received modifying 13 a packet header of the received Ethernet packet by encoding the ingress port identifier of the ingress port 2 at which the Ethernet packet has been received in identification bits of the packet header forwarding 14 the received Ethernet packet through the Ethernet switch 9 and resetting 15 the modified packet header to the original content of the received Ethernet packet upon outputting the received Ethernet packet at an egress port 2 of one of the Ethernet switch modules 1.

One embodiment is a methodology that inserts into each packet or frame at the ingress port of a packet switch an internal tag so that at an aggregation point e.g.an egress port the tag can be used to identify the ingress port from which the frame arrived.In addition to facilitating identification of the ingress port of a packet the tag can facilitate implementation of schemes for fair bandwidth allocation traffic shaping using the tag as a discriminator at the egress ports and accumulation of statistics of the distribution of traffic according to ingressegress port pairs.

The method of claim 1 further comprising if the determination indicates that the served wireless network and each of the one or more neighboring wireless networks has at least one of resources corresponding with the requested resources or a fair portion of available resources to operate transmitting the resource allocation to the served wireless network and to each of the one or more neighboring wireless networks

The method further includes reallocating the spectrum to the MS when the cAP changes because the MS moves.

The branching unit 210 of claim 1 or claim 2 whereinthe first and second incoming fiber and the first outgoing fiber 320 321 322 are configured to transmit wavelength division multiplex or WDM signals comprising a plurality of wavelengthsthe branching unit 210 further comprises a first WDM drop unit 350 configured to extract a first set of wavelengths from the first incoming fiber 320 a second WDM drop unit 351 configured to extract the first set of wavelengths from the second incoming fiber 321 and a first WDM add unit 352 configured to add the first set of wavelengths to the first outgoing fiber 322 andthe bypass switch 345 is configured to pass the first set of wavelengths from the second incoming fiber 321 to the first set of wavelengths from the first outgoing fiber 322 when in the first mode and to pass the first set of wavelengths from the first incoming fiber 320 to the first set of wavelengths from the first outgoing fiber 322 when in the second mode.

The multiplexer 31b for multiplexing an optical signal D1 with pump light R is connected to the line immediately short of the receiving end of the branch station 30 and the pump light source 31a is connected to the multiplexer such that the pump light R is propagated in a direction opposite to the direction of the receiving optical signal D1 to carry out backward pumping.The pump light R travels through the branch line L5a so that the optical signal D1 undergoes Raman amplification due to the pump light R within the optical fiber constituting the transmission path of the branch line L5a.The optical signal D1 is received by the optical receiving section 32 through the multiplexer 31b.

The pressuresensitive adhesive tape for an electrochemical device according to any one of Claims 1 to 3 wherein the pressuresensitive adhesive tape exhibits a higher anchoring strength than an adhesive strength and the difference between the anchoring strength and the adhesive strength is 5.0 N10 mm or more.

The amount of the crosslinking agent is for example about 0.01 to 20 parts by weight preferably about 0.1 to 15 parts by weight and particularly preferably about 1 to 10 parts by weight based on 100 parts by weight of the acrylic polymer.The crosslinking agent having an amount lower than the range reduces the gel content and leads to insufficient aggregation to be likely to interfere with the adhesiveness and the crosslinking agent having an amount more than the range hardens the pressuresensitive adhesive to be likely to reduce the adhesiveness.

The method according to claim 1 wherein associating the first touch with the first information comprises providing a first input corresponding to a first gesture to a first application.

The microphone 17 inputs audio such as a user voice for verbal communication in a case where the portable information apparatus 100 is connected to other apparatuses on a network by the communication portion 14.

The air cleaner device for a vehicle according to any one of claims 1 to 4 wherein the air cleaner case 70 is divided into an upper side case half body 70A and a lower side case half body 70B the filter element 71 is disposed between the upper side case half body 70A and the lower side case half body 70B the dirty side chamber 75 is defined within the upper side case half body 70A and the clean side chamber 76 is defined within the lower side case half body 70B the upper side case half body 70A of the air cleaner case 70 is formed so as to be larger in a lateral direction of the vehicle than a longitudinal direction of the vehicle and the filter element 71 has a plate shape and is disposed such its longer axis is parallel to the lateral direction of the vehicle.

FIG.8 is a sectional view schematically showing an air cleaner 10 according to a third embodiment.As shown in FIG.8 in the third embodiment the main element 6a which is formed in a flat plate in the first embodiment is formed in a curved plate.Other constitution than the above is similar to the first embodiment and the description thereof will be omitted.

The mobile terminal100 of claim 12 wherein the controller180 is further configured to control applying of the selected type of graphic effect for a preset time.

Referring to Fig 2 the controller 110 controls a general operation of the mobile communication terminal.The display unit 130 displays a variety of image information and an image received from a base station BS or stored in the memory 120 on a screen under the control of the controller 110.Under the control of the controller 110 the display unit 130 sets vertical display screen or horizontal display screen.According to the present invention the vertical display screen refers to a display screen whose horizontal side is shorter than a vertical side in length.The horizontal display screen refers to a display screen whose vertical side corresponds to the horizontal side of the vertical display screen and whosehorizontal side corresponds to the vertical side of the vertical display screen such that the horizontal side is longer than the vertical side in length.The controller 110 controls the display unit 130 to select and set the horizontal display screen or the vertical display screen depending on a structural operation state or an operation mode of the mobile communication terminal.For example in the mobile communication terminal such as a swing type mobile communication terminal whose LCD mounted unit one of constituent units is rotated with respect to a predetermined axis the controller 110 selects and sets the display screen depending on whether a rotation angle of the LCD mounted unit belongs to a preset vertical display screen setting range or a preset horizontal display screen setting range.For example the vertical display screen setting range can be determined based on a rotation angle of 0 to 70 or 110 to 180 the horizontal display screen setting range can be determined based on a rotation angle of 70 to 110.In the mobile communication terminal currently set to a specific operation mode such as a digital multimedia broadcasting mode the controller 110 selects and sets the display screen depending on the specific operation mode.

A controlling method of a mobile terminal according to any of claims 1 to 11 comprising sensing a position of the mobile terminal determining a display mode of a display apparatus having a personalization function based on the sensed position of the mobile terminal and transmitting display mode instruction information comprising the determined display mode to the display apparatus.

In the example illustrated in FIG.8D the control command C4 for muting the sound of the content is assigned to the first operation M.When the command receiving unit 16 receives the control command C the control unit 18 determines whether or not the contents the received contents or the recorded contents are being reproduced.In a case where the condition for an affirmative result is satisfied the control unit 18 instructs the content reproducing unit 13 to mute the sound.The content reproducing unit 13 stops outputting of the audio data to the speaker 15 or outputs silent audio data corresponding to the sound mute in accordance with the instruction P4.Therefore a user can mute the sound of the contents reproduced in the television 10 by performing the first operation M.

An automation system 500 the automation system 500 comprising a plurality of humanmachine interface devices 100 each humanmachine interface device 100 comprisingone or more hardware resources 102a system bus 104 the system bus 104 providing a communication channel between the one or more hardware resources 102 within said humanmachine interface device 100 andan interconnect circuit 106 the interconnect circuit 106 comprisingat least one interconnect port 108 the at least one interconnect port 108 suitable for interconnecting said humanmachine interface device 100 to at least one other humanmachine interface device 100 such as to form a device cluster 400means 110 for providing a communication channel between the at least one interconnect port 108 and the system bus 104.

After the device bridge 60 finishes one communication cycle by itself the device bridge 60 records the status of the device end into the dual port RAM 604 or another ordinary memory in the device bridge 60.The device bridge 60 informs the status of the device end to the main system through some mechanism such as interrupt.At any time point the MCU 100 in the main system 10 can write the status of device end into the dual port RAM 604 and the status of device end is sent to the device end through the communication processing of the device bridge 60.Therefore the communication task for the device end can be processed by the device bridge 60 instead of MCU 100 of the main system.

The vein authentication module according to claim 1 wherein the image sensor the light source and the reflecting mirror are located on the same plane.

Alternatively as illustrated in FIGs.20A to 20C the light sources 10 may be arranged at both ends of the light guide section 32A.Thereby the light amount is easily adjusted and light is allowed to be applied more uniformly.

The surgical access port expandable adapter collar assembly as recited in claim 6 wherein the inflatable collar is doughnut shaped or wherein the inflatable collar is bell shaped.

According to the valved trocar jacket tube 100D in the fourth preferred embodiment the abdominal incision Pa can be securely held by injecting the air into the air container 112 so that the contact between the valved trocar Jacket tube 100D and the skin P1 can be improved.As a result comparing to those in the first to third preferred embodiments the valved trocar jacket tube 100D fits more securely with the abdominal incision Pa so that the effect for preventing the leakage of the inert gas can be further improved.Further since the volume of the air injected into the air container 112 can be changed in accordance with the contour of the abdominal incision Pa and the total thickness of the skin P1 the abdominal wall P2 and the peritoneum P3 it is possible to apply the valved trocar jacket tube to more various patients and cases.Still further since a space is provided around the air container 112 in the abdominal cavity the surgeon can use this space to keep hishand beside when the surgery is operated with inserting his hand into the abdominal cavity so that it con facilitate the operation.In the fourth preferred embodiment the air container 112 is secured to the skirt 110 however it may be constructed to be detachable from the skirt 110.

System according to one of the preceding claims further comprising a visualization module 70 for visualizing the variety of geometrically different aircraft component designs 31.

The method further may comprise fabricating the component in accordance with the final specification and implementing the fabricated component on at least one of an aircraft and an assembly for the aircraft.

The backlight assembly of claim 1 further comprising a first printed sheet disposed between the light source part and the cover part and includingfirst patterns on the first printed sheet and a second printed sheet disposed on the cover part and including second patterns on the second printed sheet.

Fig.10 is an enlarged cross sectional view showing a part of a liquid crystal display device 21 shown in Fig.9.Asshown in Fig.10 the lightamount adjusting section 31 is provided on a rear surface a surface closer to the optical guide 27 of the diffusing plate 28.Specifically the lightamount adjusting section 31 is provided such that its orthogonal projection with respect to a lightemitting region lightemitting surface defined by lightemitting surfaces 27a of the respective optical guides which lightemitting surfaces 27a are flush with one another covers a boundary between adjacent ones of the optical guides.

A mobile device MD as claimed in claim 1the mobile device MD further comprising a memory unit MU wherein the configuration unit CNF is arranged to configure the mobile device MD by launching an application stored in the memory unit MU.

The determination unit 34 of the mobile terminal 3a searches the policy IDs in the policy information stored by the storage unit 33 to see whether there is one that matches the policy ID in the policy code received by the receive unit 31 7.The policy ID 01h in the received policy code matches the policy ID 01h in the policy information of the storage unit 33.Accordingly the determination unit 34 of the mobile terminal 3a extracts from the policy information of the storage unit 33 the control policy turn power off indicated by the policy ID 01h and send to the control unit 36.

Wind turbine blade BL with a blade attachment BAwherein a tip end TE of the wind turbine blade BL is connected with the blade attachment BA by a glueinterface GIwherein the glueinterface is arranged between the tip end TE of the blade BL and the blade attachment BA and wherein the glueinterface GI is arranged in a circumferential manner in view to the tip end TE of the blade BL and in view to the blade attachment BAwherein the blade attachment BA comprises a core CO and a surface SF while the core CO is surrounded by the surface SF characterized inthat the blade attachment which comprises the core CO and the surface SF is completely made of one foam F while the foam shows at least two different densities D1 D2that the surface SF of the core CO which is arranged adjacent to the glueinterface GI is made of foam F which shows a first density D1while the chosen first density D1 prevents the penetration of water WA from the glueinterface GI into the core CO.

The PB 250 is a two part epoxy formulation which produce closed cell low density foams.The densities obtained are respectively about 250 kgm3 open mould expansion.A hardener might modify curing time and reachable thickness.

A Spraydried laundry base detergent particle according to claim 1 wherein the particle comprises a from 8wt to 20wt alkyl benzene sulphonate b from 81.5wt to 91.49wt sodium sulphate c from 0.3wt to 2wt carboxylate copolymer wherein the copolymer comprises i from 50 to less than 98 wt structural units derived from one or more monomers comprising carboxyl groups ii from 1 to less than 49 wt structural units derived from one or more monomers comprising sulfonate moieties and iii from 1 to 49 wt structural units derived from one or more types of monomers selected from ether bondcontaining monomers represented by formulas I and IIwherein in formula I R0 represents a hydrogen atom or CH3 group R represents a CH2 group CH2CH2 group or single bond X represents a number 05 provided X represents a number 15 when R is a single bond and R1 is a hydrogen atom or C1 to C20 organic groupwherein in formula II R0 represents a hydrogen atom or CH3 group R represents a CH2 group CH2CH2 group or single bond X represents a number 05 and R1 is a hydrogen atom or C1 to C20 organic group and wherein the copolymer has a weight average molecular weight of at least 50kDa d from 0.01wt to 0.5wt water e essentially free of silicate salt f essentially free of zeolite and g essentially free of phosphate salt and h essentially free of sodium carbonate.

The present invention is to a particle comprising at least 45wt sulphate from 0wt to 10wt silicate from 0wt to 10wt polymer and from 0wt to 15wt anionic detersive surfactant sodium hydroxide and having a bulk density of from 350gl to 700gl wherein the particle is a spraydried or flashdried particle.Preferably the particle is made according to the process of the present invention.

The display apparatus according to claim 1 wherein the at least one multiview device comprises a left eye shutter lens and a right eye shutter lens and the controller transmits a sync signal to the at least one multiview device through the communication unit to synchronize a screen displayed which corresponds to the selected channel and the selected display mode selected through the UI and opening and closing operations of the left and right eye shutter lenses of the multiview device and the multiview device opens and closes the left and right eye shutter lenses based on the sync signal.

For example an external image signal received from the photographing unit 190 or a broadcast image signal of a broadcast signal received through the tuner unit 110 may include a 2D image signal alone a mixture of a 2D image signal and a 3D image signal or a 3D image signal alone.Accordingly thereafter the controller 170 specifically the image processing unit 320 in the controller 170 may perform signal processing upon the external image signal or the broadcast image signal to output a 2D image signal alone a mixture of a 2D image signal and a 3D image signal or a 3D image signal alone.

A liner according to the liner of any of claims 1 to 13.

The splice of FIG.4 like that of FIG.3 is oriented over at least some of its length L substantially perpendicular to the shock orientation direction D.However because the shock orientation direction D changes along the shock so does the local orientation of the splice.For example near the aft end of the acoustic liner the shock locally forms an angle A with a circumferentially extending reference line 50.However at a more forward location the shock forms a more acute angle B.As a result the splice edges 46a 46b are oriented more axially in the vicinity of angle B than they are in the vicinity of angle A.In the limit as seen in FIG.4 the splice is curved so that its edges 46a 46b are curved to be locally substantially perpendicular to the local shock orientation direction along the length of the splice.The meanline 44 is likewise curved.Although the illustration shows a splice whose edges are approximately equidistant from the meanline a variable width splice with nonequidistant edges may also be used.The meanline would be curved even if the edges were nonequidistant.

The liquid cartridge according to any one of claims 1 to 2 wherein the sensor 70 is configured to output the signal in relation to the first and second position of the movablemember 60 during or shortly after installing the liquid cartridge 40 into an installing portion 35 of the line head printer and the data terminal 172c 173c is configured to transmit data repeatedly during the time of usage of the liquid cartridge 40 in the line head printer 1.

On the board 200h depicted in FIG.15C the terminals 210 290 have elongated shape extending over a distance equivalent to two rows of the board 200 pertaining to the embodiment in a manner similar to the first sensor drive terminal 250 and the first short detection terminal 210 of the board 200e described previously.The terminals of this shape as the contact locations are indicated by the symbol cp in FIG.15C can contact the corresponding contact forming portions 403 arranged in a staggered pattern.

The catheter 1 according to any one of claims 1 to 4 further comprising an inner layer 92 formed inside of the coil body 100 and an outer layer 94 formed outside of the inner layer 92 so as to cover the coil body 100.

In the abovementioned first embodiment the second layer 34 was formed of a twisted wire formed by a plurality of second wires 34a twisted together on a substantially same circumference.Contrary to this the second layer 34 which forms the coil body 60 according to the third embodiment is formed by second wire member 62 consisting of a second core wire 62a and 8 strands of second side wires 62b wound such that the outer periphery of second core wire 62a is covered twisted together on a substantially same circumference.

Method according to claim 5 or 6 wherein said rotation at low speed G is carried out for a predetermined number of rotations preferably between 3 and 8 more preferably between 4 and 7.

The tenth stage is similar to the fourth stage the drum rotation speed is increasedat a controlled increase rateto reach the second RPM value for example of about 150 RPM for example the rotation speed increase rate is of about 5 RPM per second so that a time of about 30 seconds is needed to reach the third RPM value.The drum rotation speed is then kept at the second RPM value for a predetermined time for example about 20 seconds.The recirculation pump 175 is advantageously kept on so as to cause recirculation of the rinsing water with spray thereof inside the drum against the laundry to be rinsed.

The method of claim 4 wherein the position markers represent a periphery of the bounded portion of the content.

It is a preferred feature that candidate target objects are selected in order and this feature may be independently provided.Having explained one possible definition of priority and nonpriority zones a preferred selection method will now be described it should be appreciated that similar principles may be applied if the priority and nonpriority zones are defined differently and also that other orders may be used.

A method for accessing a network which is implemented by a communication device characterized in that the method comprises a step of broadcasting 401 501 a request message requesting for accessing the network to a network access device the network access device being configured to detect a current state of the network access device and if the network access device is currently in a device access forbidding state send a state switching request to a terminal bound with the network accessdevice.

Referring back to FIG.5 at block 502 the controlling device 1024 decides to force one or more devices 102 to leave or migrate from the network.The controlling device 1024 may make this decision based on one or more reasons such as loadbalancing of the network request of an isolated device to join an already overloaded network etc.

The imaging system of any preceding claim wherein each mirror of a set of mirrors supported on the rotor 125 is supported normal to an axis of rotation of the rotor 125.

Reference will now be made to Fig.1 which illustrates a scanner 100 according to one embodiment of the present invention.The scanner 100 includes a housing 102 horizontal and vertical scan windows 104 and 106 and an imaging device 108.The imaging device 108 uses an imaging element 109 to capture digital images of objects placed within either of the scan volumes 110 and 112.These images may be processed by data processing elements in the imaging device 108 such as a processor 114 memory 115 and storage 116.Scanner 100 includes a processor 117 memory 118 and long term storage such as flash memory 119 communicating with one another and with the imagingdevice 108 over a bus 120.Images may be captured and processed to extract bar code information according to techniques known in the art.

The device 1 according to claim 6 wherein the resin layer 25 further covers the second major surface side of the semiconductor layer 15 and each of the pside interconnect portion 41 and the nside interconnect portion 43 has an end face exposed in a surface of the resin layer opposite to the semiconductor layer.

Also in the structure of FIG.19 as shown in FIG.28 an adhesion layer 81 may be provided between the first surface 15a of the semiconductor layer 15 and the phosphor layer 40.

A method of handling measurement capability for a mobile device capable of communicating with a network through a plurality of component carriers in a wireless communication system the method comprising receiving a measurement command from the network 510 characterized by performing an interfrequency measurement or the interRAT measurement according to the measurement command when the mobile device does not receive data with the maximum of the component carriers 520.

According to a first aspect of the invention this object is achieved by a method providing synchronization of the time used for cell measurements of a first communication network executed by a first radio access means and the time used for cell measurements of a second network executed by a second radio access means.The first access means utilizes a first RAT such as WCDMA whereas the second access means utilizes a second RAT such as GSM.The first and the second access means may have one radio resource in common which requires that the first and the second access means are not active simultaneously.Alternatively the first and second access means have no radio resource in common but are not allowed to transmitreceive simultaneously.According to the invention the first access means is normally active and facilitates both communication and measurements whereas the second access means acts as a slave access means which only provides cell measurements until handover is made.According to the invention a time reference common to the first and the second access means is generated.A time schedule common to the first and second access means is obtained which indicates at least one time gap wherein the first access means is not receivingtransmitting and wherein the second access means is allowed to be activereceivetransmit.The schedule is determined based on the common time reference.

The nonaqueous ink jet ink composition according to any one of the preceding claims wherein cyclic ester is further included as the solvent.

According to the present invention a method to control a content of a metal salt which is the highest in content among the salts of metals selected from the group of sodium potassium magnesium and calcium being 50 ppm or less in terms of a concentration of a metal ion is not limited.Specific example include a method before an ink preparation a metal salt as an impurity is removed by washing a pigment by pure water a metal salt in an ink is dare to growth up to 1 m or more and removed by filtration of 1 m filter as well as selecting a raw material pigment having a least content of metal salt above as an impurity.

A system for managing workflow of a medical procedure the system comprising a control including a control processor the control able to manipulate at least one medical device in the system via at least one control command the control processor tracking the workflow of the medical procedure whereby the workflow of the medical procedure occurs in particular stages at least one detector the at least one detector able to detect a user input during the medical procedure the at least one detector being in communication with the control processor wherein during a particular stage of the medical procedure the at least one detector receives a user input and transmits a data signal to the control processor the control processor interprets the data signal from the user input according to the particular stage of the medical procedure to determine at least one control command to send to the at least one medical device based at least in part upon the particular stage of the medical procedure the control processor sends the at least one control command to the at least one medical device to manipulate the at least one medical device.

In certain embodiments the system further includes software executing on the processor that provides reminders to suggest that certain steps during the medical procedure should be taken by a user.

The data processing system of Claim 8 9 or 10 wherein to include the second plurality of tiles 505 for the related objects 510 in the display the processor is further configured to execute the instructions of the navigation application to group the related objects in to groups 515 based on object type and include the second plurality of tiles 505 for the related objects groups in the display according to group wherein the processor 202 is further configured to execute the instructions of the navigation application 126 228 to include in response to receiving a predefined user input a tile 405 for each group 420 of object type in a display and include in response to receiving a selection of a tile 405 for a group 420 tiles 505 for the related objects that are in the group 420 in a display.

WO0102953

A computer program which when executing on a processor of a terminal performs a method according to any one of claims 1 to 3.

The service terminal 20 is a terminal for purveying a variety of information such as music picture map or the like information or selling commercial goods installed on a street or in a store an ATM terminal provided in a bank a wicket gate in a station as means of traffic seats in public means of conveyance such as aircraft or electrical car or a device embedded in a wall of a building for furnishing a wide variety of services.The communication may be had between the portable equipment 10 and the service terminal 20 by the user 30 contacting a contact point 29 of the service terminal 20such as by touching with a finger or the palm of his or her hand.

The repeater system 1 according to one of the preceding claims characterized in that the front end section 10 is operable to communicate with the at least one communication source 3 4 via an air interface.

In step 204 the first wireless communication technique is applied to connect with a core network via the micro base station and the second wireless communication technique is applied to connect with a mobile communication device via the micro base station.Proceed to step 206.

The mobile terminal of claim 10 wherein the controller180 is further configured to cause the touch screen151 to no longer display the widget page on the lock screen in response to a preset touch input applied to the widget page.

In particular FIG.6 is a flowchart illustrating the method of updating the screen information and FIGS.7Aa and 7Ab to FIGS.7Ca and 7Cb are diagrams each illustrating the method of FIG.6 according to various embodiments.As shown in FIG.6 the controller 180 outputs any one of the multiple home screen pages based on the user touch input S201.An event that the items of screen information in the multiple home screen pages are updated is detected S206 and the screen information is changed based on the event S207.

An organic light emitting diode OLED display device comprising a substrate comprising a circular arc portion and a driving circuit connecting portion connected to the circular arc portion wherein the circular arc portion is substantially circular around a center point a display area within the circular arc portion the display area comprising a circular shape centered around the center point the display area comprising a plurality of OLED pixels each OLED pixel connected to one of a plurality of power lines a driving power supply line formed in the circular arc portion and configured to provide a driving voltage for the OLED pixels the driving power supply line comprising a circular shape centered around the center point and formed around the display area the driving power supply line having a section formed on the circular arc portion opposite the driving circuit connecting portion and a plurality of power sharing lines extending from the section of the driving power supply line each of the power sharing lines connected to a different subset of the plurality of power lines.

As a preliminary the drawings of the present invention show a display device in a state the protecting plate has been removed and depict the components in a schematic manner.Accordingly sealant to be applied on outer sides of the pixel circuit 42 the data driver 43 the first scan driver 44a and the second scan driver 44b as well as a protective plate to be affixed on the substrate 41 by sealant are not illustrated.

The surgical apparatus of Claim 18 wherein the performance parameter comprises the energy consumed by the electric motor over the life of the handle module.

In various forms a soft stop includes a biasing member configured to bias the contact member away from the hard stop.It will be appreciated that in some aspects the biasing member is the same or share similar components with the resistance members 175.Thus in some forms a biasing member is structured to compress between the bumper 174 and the hard stop 178 by the longitudinal actuation force of the drive member 158 and thereafter return to a precompressed state upon removal of the force.In certain aspects the biasing member is actuatable movable andor compressible to counter the actuation motion of the drive member 158.Notably compressing or otherwise countering a bias associated with the resistance members 175 results in an energy transfer that may at least temporarily be stored or retained by the soft stop in a potential energy position.In one aspect the resistance members 175 is maintained in a potential energy position by a latch hook or obstruction for example which prevents one or more resistance members 175 from returning to a precompressed state.Beneficially the stored energy is released for example by the user andor the control system 1400 whereby at least a portion of the stored energy is applied to return the drive member 158 to the home position.

Method for determining a deviation value of a health parameter of at least one component 101 102 103 104 105 of a gas turbine 100 the method comprising measuring a pressure value and a temperature value at a measuring point of the component 101 102 103 104 105 determining a corrected pressure value on the basis of a predetermined pressure correction factor of the component 101 102 103 104 105 determining a corrected temperature value on the basis of a predetermined temperature correction factor of the component 101 102 103 104 105 determining an estimated actual value of the health parameter of the component 101 102 103 104 105 at least on the basis of the corrected pressure value and the corrected temperature value providing a nominal value of the health parameter of the component 101 102 103 104 105 which is predicted on the basis of at least one predetermined input parameter determining a deviation value by comparing the estimated actual value of the health parameter and the nominal value of the health parameter.

Each of theseZvectors is an array of m1 measurement deltas.For example the total measurement vector might include

The electrode assembly 10 400 as claimed in any of claims 1 to 4 wherein at least one of the positive electrode 11 410 and the negative electrode 12 420 has an outer uncoated region 12d 410d without an active material layer thereon the outer uncoated region 12d 410d being on one side of the current collector 112 412 122 422 and the outer uncoated region 12d 410d being at the outermost side of the electrode assembly 10 400.

In one embodiment a first electrode 110a shown in FIGS.3A and 3B is equivalent to the first electrode 110 of the abovementioned embodiment except that the first active material coated portions 113 and 114 are not located on upper and lower portions 118a and 118b that are two edge portions of the first electrode 110a.Upper and lower portions 118a and 118b do not include the rollstarting androllfinishing ends 115 and 116 among four edge portions of the first electrode 110a and define upper and lower noncoated portions 119a and 119b.

The surgical apparatus of Claim 18 wherein the performance parameter comprises the power consumed by the electric motor for each firing of the handle module.

As described in greater detail above the sled 170 and tissue cutting member 160 are movable through a drive stoke along shaft axis AA extending between the proximal end 103 of the end effector 102 and the distal end 104 of the end effector 102 to simultaneously cut and fasten tissue.While the illustrated end effector 102 is configured to operate as an endocutter for clamping severing and stapling tissue in other aspects different types of end effectors is used such as end effectors for other types of surgical devices such as graspers cutters staplers clip appliers access devices druggene therapy devices ultrasound RF or laser devices etc.

A method for authenticating and localizing a mobile user including an authentication server receiving from a mobile user an authentication request and an identifier associated with a trusted entity the location of the trusted entity being ascertainable by the server the server producing a code associated with the mobile user in response to the authentication request the server sending the code to the trusted entity for the trusted entity to provide the code to the mobile user the server receiving an audio signal from the mobile user and the server comparing the audio signal received from the mobile user with the code and authenticating the mobile user when the audio signal comprises the code and localizing the mobile user based on the location of the trusted entity.

After query code is generated by the certification server the query code should preferably be deleted after a prespecified period of time has passed so that the collation can not be performed any more.

The electromechanical front gear changer of claim 5 wherein the receiver is positioned in or proximate the front housing portion andor wherein the power supply is removably coupled to the rear housing portion.

Referring now to Figures 811 the motor linkage 34 is operatively coupled between the output shaft 70 and the inner link 41.The motor linkage 34 basically includes a drive arm 81 with an eccentric pin 82 a drive or motor link 83 a saver link 84 and a saver link biasing element 85.The drive arm 81 is mounted to the output shaft 70 such that a center axis of the eccentric pin 82 that is offset from a center rotational axis of the output shaft 70.Thus when the output shaft 70 is rotated the eccentric pin 82 moves along a circular path around the rotational axis of the output shaft 70.The saver link biasing element 85 is operatively coupled between the saver link 84 and the inner link 41.

The control method according to claim 8 or 9 wherein the compensating for the gray scale of the input image comprises referring to a compensation coefficient for compensating for the gray scale of the input image that is stored in advance in a lookup table stored in a storage unit.

And the Look Up Table according to an embodiment of the present invention is derived with reference to the luminescence amount for the case where the luminance is at its maximum for a predetermined duty for example and in this case an image in white is displayed on the panel 158.

A machine implemented method comprising receiving requests from multiple channel units for access to antenna resources each of the multiple channel units implementing an associated transmitreceive assignment having a corresponding priority allocating antenna resources to one or more of the multiple channel units in response to the requests based at least in part on priority and repeating receiving requests and allocating antenna resources in a continual manner to achieve efficient utilization of antenna resources.

On the other hand when the target mobile station 30 is not in communication the base station acquires the reception quality information of the pilot signal at the mobile station 30 e.g.received CIR of a pilot channel S54 and estimates a gain with a directional beam being directed to the mobile station based on the location information of the mobile station 30 S55.Then the reception quality information is corrected for the gain S56 and the reception quality information after the correction is stored in the reception quality informationstorage memory 23 S57.

The electrosurgical device of claim 11 wherein the at least one metric includes a load impedance.

The phase information describes a phase difference between current and voltage waveforms output by the electrosurgical generator 10.In one embodiment of the disclosure the phase information is provided by circuitry such as zero cross phase detector circuitry not explicitly shown.In another embodiment of the disclosure the phase information is determined by the control system 12 or an external processing system by execution of a suitable software algorithm such as a singleband Fourier transform algorithm a multiband Fourier transform algorithm an FFT algorithm a Goertzel algorithm an equivalent to a Fourier transform algorithm or a combination thereof.U.S.Patent Application No.10719305

The apparatus of any preceding claim further comprising a buttress wherein at least a portion of the buttress is oriented adjacent to the cartridge wherein the secondary cutting element is configured to cut through at least a portion of the buttress.

To deploy the distal cutting blade the cam 2322 can be pushed by a firing member 2326.The firing member 2326 can be arranged in a slot in the staple cartridge 2330 such as the knife slot 2304 for example.The firing member 2326 can include cam surfaces 2328 and 2329 that can engage the cam 2322 to displace the cam 2322 and the distal cutting blade 2324 towards the layer 2306.The firing member 2326 can move distally relative to the cam 2322 and the distal cutting blade 2324 from an unactuated position to an actuated position to deploy the cutting blade 2324 and sever the distal portion 2316 of the layer 2306.FIG.82 illustrates the firing member 2326 in an unactuated position in which the cam surfaces 2328 and 2329 have not engaged the cam 2322.In various embodiments one or both of the surfaces 2328 and 2329 of the firing member 2326 can be in contact the cam in an unactuated position so long as the distal cutting blade 2324 is not pushed out of the distal cavity 2332.As the firing member 2326 moves distally to an actuated position illustrated in FIG.83 the cam surfaces 2328 of the firing member 2326 engage the cam 2322 to progressively push the cam 2322 and the distal cutting blade 2324 to a deployed position such that the distal cutting blade severs the distal portion 2316 of the layer 2306.

Method of any of the claims 1 to 12 wherein the security message further comprises usage rules defining the usage of the descrambled and watermarked content said usage rules being authenticated with said security message signature.

In case that the access conditions are met the CO is then processed in view of furnishing to the descrambler of the receiver the Primary Marked Correction Data PMCD 231 to descramble the modified stream.

The hypervisor replacing method according to claim 3 wherein a version of the second hypervisor is newer than a version of the first hypervisor the firmware of the second hypervisor includes an instruction for a conversion from the first format to the second format and the information processing device executes the format conversion process by calling the instruction in the second memory area from the first hypervisor.

The method determines if the updated software subsystem is downloaded successfully into the idle flash bank B404 by checking header values and checksum values associated with the updated software subsystem step 504.If the download is not successful processing continues on the primary software subsystem which in this example is stored in flash bank A 402 the active bank.Alternatively after a successful download the method updates a version counter associated with flash bank B 404 indicating that a new version of the software subsystem has been loaded step 506.The version counter is used later by loadpicking logic 411 when a reboot or reset occurs to determine which flash bank contains the latest software subsystem.

A power tool as claimed in claim 1 wherein the passageway comprises four internal walls which each substantially extend the length of the passage way wherein at least two of the walls face each other and both comprise curved convex support surfaces.

The present invention relates to a hammer drill and in particular a vibration dampening mechanism for a handle of a hammer drill.

The inkjet recording method according to any one of Claims 1 to 6 wherein the ink further comprises Component D a radical polymerization initiator.

The inkjet recording method of the present invention comprises 3 a step second exposure step of irradiating the discharged ink with actinic radiation by exposure means having an illumination intensity of at least 500 mWcm2 after at least 1.0 second has passed after ink discharge so that the integrated exposure for a wavelength region of 240 to 400 nm is 20 to 250 mJcm2.By allowing at least 1.0 second after ink discharge spreading while wet of a fired droplet progresses sufficiently and a printed material having excellent surface gloss is obtained.

A window comprising the window element 1 according to any one of claims 112.

The input method using input devices according to an embodiment of the present disclosure may be implemented in any electronic device provided with a display means e.g.a touch screen and any electronic device which is capable of displaying an image through the display means and being installed with a predetermined application that may control the displaying method of the image may be included in the electronic devices according to an embodiment of the present disclosure.

A method according to claim 1 characterized in that the directional phasor quantity is one of the following impedance admittance power or current.

With reference to Figure 2 when a singlephase earth fault occurs outside the electric line 30 the measured neutral admittance equals to the total line admittance sum of all phase admittances with a negative sign Y0YFdtotDFDtotjBFdtotwhereYFdtotthe total line admittance GFdtotthe total line conductance BFdtotthe total line susceptance YFdtotYL1FdYL2FdYL3Fd YL1FdGL1FdjBL1Fd YL2FdGL2FdjBL2Fd YL3FdGL3FdjBL3Fd GL1FdPhasetoearth conductance of phase L1 of the electric line GL2FdPhasetoearth conductance of phase L2 of the electric line GL3FdPhasetoearth conductance of phase L3 of the electric line BL1FdPhasetoearth susceptance of phase L1 of the electric line BL2FdPhasetoearth susceptance of phase L2 of the electric line BL3FdPhasetoearth susceptance of phase L3 of the electric line

The tire in accordance with claim 8 wherein the respective projecting amplitudes of at least two of the plurality of ridges are mutually differentiated.

As best seen from FIGS.8D 9 10A and 10B the tire 12 may further form one or more compression ribs 66 extending the circumference of and projecting into the groove 56.The ribs 66 may form a pattern of ribs of prescribed pitch frequency and location as described below.For the purpose of explanation seven compression ribs may be referred to generally by numeral 66 in the first rib profile pattern shown and specifically by the rib designations D0 through D6.The ribs D0 through D6 may be formed in a sequence and pitch pattern in order to optimize the pumping of air through the tube passageway 43.The ribs 66 may each have a unique and predetermined height and placement within the pattern and as shown in FIG.8D project outward into the groove 56 at a radius R3 FIG.8A within a range of 0.95 mm to 1.60 mm.

A blood analysis method comprising generating measurement data by emitting a laser beam emitted from a semiconductor laser source to a first measurement sample containing a blood sample a cationic surfactant including an alkyl trimethyl ammonium salt and a diluting solution and a second measurement sample containing a blood sample a cationic surfactant including an alkyl trimethyl ammonium salt a diluting solution and a staining agent classifying white blood cells into at least four groups employing measurement data which is generated by said laser beamand classifying malariainfected red blood cells employing measurement data which is generated by said laser beamwherein the concentration of said cationic surfactant in said first measurement sample is smaller than the concentration of said cationic surfactant in said second measurement sample.

As described above in the blood analyzer 100 analysis is effected by irradiating the particle in a measurement sample with a light and applying data indicating the intensityof a first scattered light scattered from the particles towards the direction of a predetermined range data indicating the intensity of a second scattered light scattered towards the direction of another range different from that of the first scattered light and data indicating the intensity of fluorescence emitted from the particles whereby counting of white blood cells differentiating thereof into subsets and detection of malarial parasite can be made simply at high precision.Particularly even if the case where malarial parasites exist differentiating of white blood cells can be made at high precision.

The ophtalmic composition according to anyone of claims 1 to 6 wherein the content of the hyaluronic acid is between 0.1 and 0.20 wv based on the total ophtalmic composition.

In a preferred embodiment of the invention the ophthalmic aqueous solution obtained by means of the previously described method is characterized in that it includes latanoprost at a concentration of 0.005 a pH damper system that may be boric acid citric acid sorbic acid acetic acid sodium borate monobasic sodium phosphate dibasic sodium phosphate sodium citrate and sodium acetate in a range of concentration from 0.001 to 5.0 one or more agents that increase the viscosity such as hydroxypropylcellulose carbooxylmethylcellulose methylcellulose polyvinylic alcohol sodium hyaluronate sulfate chondrointin glycerin formal glycerol methyldinoglycerol and cyclodextrins in concentrations ranging from 0.05 to 20.00 one or more tensoactive agents moisturizers such as polyoxyl 40 stearate polysorbate 80 poloxamer and tyloxapol in concentrations ranging from 0.01to 20.0 one or more osmolarity regulating agents such as sodium chloride sorbitol manitol and dextrose at a concentration ranging from 0.6 to 1.8 expressed as chemical equivalents of sodium chloride one or more preservatives such as benzalkonium chloride benzetonium chloride thiomersal phenylmercury acetate or nitrate parabens chlorohexidine gluconate ethylic alcohol cetrimide sodium perborate and chlorobutanol in adequate concentration in order to provide a antimicrobian effect.It may also contain one or more antioxidant agents such as disodic edetate sodium metabisulfitesodium bisulfite acetylcysteine sodium thiosulfate and thiourea in adequate concentration in order to give the required effect.

Electromagnetic actuator for operating at least one movable contact of a switch into a switchedon position or a switchedoff position wherein the electromagnetic actuator comprisesa static pole bodya movable pole body movable relative to the static pole bodya first magnetic circuit comprising a first coil for making the movable pole body and the fixed pole body move towards each other to a switchedon position and a second coil for making the movable pole body and the fixed pole body move away from each other to a switchedoff position anda second magnetic circuit comprising a permanent magnet to keep the static pole body and the movable pole body in the switchedon positionfirst spring means for urging the static pole body and the movable body away from each other wherein the first and second magnetic circuit are arranged concentrically.

A lightening portion 21c is formed inside the plunger member 21 and an opening 22a is formed on the collar member 22 to continue from the lightening portion 21c.The lightening portion 21c and opening 22a are formed so as to render the needle 2 lightweight and allow many magnetic fluxes to pass through to the center of the needle 2 in a short time.In reality operating time for the needle 2 to be in the latch state from the latch release state is approximately 0.2 seconds.In the case where the lightening portion 21c is not formed operation is completed before the magnetic fluxes permeate around the center of the needle 2.

The control method as claimed in any one of claims 9 to 14 further comprising displaying a list UI based on the received list information in response to receiving the list information from a second terminal device S1010 already registered with the AP 400 and transmitting the terminal information of the new terminal device to the second terminal device S1040 in response to a selection instruction S1030 for the new terminal device 300 being input based on the displayed list and wherein the list information is information on a data communications enabled new terminal device retrieved by the second terminal device.

Hereinafter a method of wirelessly connecting the second electronic apparatus 200 to the AP 10 in the system 1 will be described with reference to FIG.2.

The electronic device of claim 4 wherein the first threshold value is variable based at least partially on information of the user.

In a second aspect the system includes at least one sensor and a processing system coupled to the at least one sensor wherein the processing system includes an analytics engine that is configured to receive a determined context and one or more outputs from at least one sensor to provide analytics results.

The method of claim 13 wherein the method further comprises heating the cement coating on at least one end of the uncured tread rubber strip prior to joining the strip ends to form the splice to soften the rubber composition at the end of the uncured tread rubber strip to enhance providing an associated building tack.

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.

Gizzard peeler 13 having an infeed 12 for an opened gizzard and an exit 14 for a peeled gizzard and transporting means for moving the gizzard from the infeed 12 to the exit 14 characterized in that it comprises a turntable 20 provided with rollers 21 22 for peeling the gizzards.

With reference first to Fig.1 a top view is shown of a processing line for harvesting an organ or organs from an organ package taken out from slaughtered poultry wherein subsequently different processing devices are employed which can also be employed independently and separate from the other processing devices that are placed in the processing line.

The CRUM unit of any one of claims 1 to 6 wherein the decoder extracts power from the first clock signals and provides the extracted power to at least one of the memory and the controller.

The interface controller 217 is activated by the power which is extracted by the power extracting circuit 214.The interface controller 217 may transmit and receive data through at least one of the first to third terminals 221 222 223 according to a clock signal.

A method according to any of claims 1 to 5 comprising said UE requesting connectivity information to a candidate WLANAN including requesting whether said WLANAN has connectivity to at least one PDNGW in a specific PLMN via IEEE 802.11u ANQP protocol.

In another aspect of the present disclosure SSID lists are maintained at the wireless device that identify the SSID values associated with the networks that are preferred to be used by the wireless device such as when the wireless device roams beyond the HPLMN.In one implementation multiple SSID lists are maintained with entries of SSID values on the different ones of the lists associated with different levels of preference of usage.And in one implementation a prohibitedSSID list is further maintained listing SSID values associated with networks with which the wireless device is prohibited from communicating.And in one implementation the SSID listscorrespond to the lists set forth in the aforementioned technical specification of TS 24.234.

Method according to at least one of the previous claims wherein the adaptation of cellchange criteria comprises filtering out of at least one base station 4 determined to be insecure.

The objects of the invention are achieved by a method and a mobile apparatus which can detect anomalies either in transmissions which originate from the rogue base station andor the location of the rogue base station.

The method of claim 1 wherein the remote destination 112 is a preconfiguration server configured to provide preconfiguration information for one or more subsequent shortrange communication sessions with the proximate wireless communications device 110.

Alternatively or additionally as described in connection with fig.2a the service communications device 411 may be connected to a server computer a customer service terminal andor other service communications devices.

The surgical stapling apparatus of any preceding Claim wherein said layer comprises a tissue thickness compensator.

Turning to the Drawings wherein like numerals denote like components throughout the several views in FIGS.12 a surgical stapling and severing instrument 10 includes a handle portion 12 that manipulates to position an implement portion 14 formed from a fastening end effector specifically a staple applying assembly 16 distally attached to an elongate shaft 18.The implement portion 14 is sized for insertion through a cannula of a trocar not shown for an endoscopic or laparoscopic surgical procedure.Advantageously an electrically actuated buttress deployment mechanism 20 reliability retains upper and lower buttress pads 22 24 respectively on an upper jaw anvil 26 and a lower jaw 28until tissue clamped within the staple applying assembly 16 is stapled and severed.Thereafter the electrically actuated buttress deployment mechanism 20 deploys the buttress pads 22 24 without undue force or ancillary surgical procedures e.g.use of a grasper.

The surgical stapling apparatus of Claim 10 wherein said ridges are wedged into said slits.

Referring now to FIG.117 a fastener cartridge assembly 6002 for use with an end effector assembly can include a cartridge body 6050 and a tissue thickness compensator 6058 releasably secured thereto.Similar to the cartridge body 5650 for example the cartridge body 6050 can include a slot 6056 configured to guide a firing assembly andor fastener cavities 6054 configured to removably retain fasteners in the cartridge body 6050.In various embodiments the cartridge body 6050 can include a projection 6048 such as a post mount tab andor ridge for example.The projection 6048 can extend from the cartridge deck of the cartridge body 6050 and into the tissue thickness compensator 6058 when the tissue thickness compensator 6058 is positioned relative to the cartridge deck.In various embodiments the cartridge body 6050 can include a plurality of projections 6048 extending from the cartridge deck.The projections 6048 can be positioned along the length of the cartridge body 6050 for example and can be positioned between adjacent fastener cavities 6054 for example.

An image processing device 100 comprising a storage unit 160 configured to hold model information 162 comprising information indicating a plurality of feature points of a detection object a correspondencerelationship determination unit 154 configured to extract a plurality of feature points comprised in an input image as a twodimensional image or a threedimensional image and configured to determine a correspondence relationship between an extracted plurality of feature points and a plurality of feature points of the model information 162 and a position estimating unit 156 configured to estimate based on the correspondence relationship one or a plurality of second positions of the input image corresponding to one or a plurality of first positions set relatively to the detection object the one or plurality of first positions being comprised in a point a line or a region.

The representative figures thus defined constitute an estimation of the position and orientation of corresponding articles illustrated in the first image of a plurality of articles.

Seeker comprising a steerable antenna 1 according to any of the previous claims.

As in the case of the AZEL mount system which has been explained with respect to the prior art mechanism system which requires the infinite rotation is not present in a space ranging from the transmission and reception antennas to the base 9 and signal cables can be wired along the antenna supporting portionsor the like.

The method of claim 9 wherein the lubricating oil composition comprises a secondary zinc dialkyldithiophosphates selected from the group consisting of zinc dialkyldithiophosphates and zinc diaryldithiophosphates.

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.

The light control device according to claim 1 or 2 wherein each electrode constituting said second electrode 14 has a same width of a minor axis direction.

The transparent support base may be a resin film of polyethylene terephthalate PET polycarbonate PC a cycloolefin polymer COP and the like.The X electrode 6 the Y electrode 7 and the Z electrode 8 may be composed of indium zinc oxide IZO tin oxide and zinc oxide or a transparent conductor such as carbon nano tube graphene and the like.The Z electrode 8 may be formed of a single layer or a stacked layer made of metals such as chrome copper aluminum silver and the like and an alloy thereof or may also be provided with an ultrafine wire of metals such as copper a copper alloy and the like.Further in the present embodiment the X electrode 6 is formed on one surface of the support base and the YZ electrode pair 12 configured of the Y electrode 7 and the Z electrode 8 is mounted in a stripe shape but the present embodiment is not limited thereto and the YZ electrode pair 12 may be mounted to meet shapes such as a circle and the like or shapes such as character shape and the like.

The hybrid prosthesis of any preceding claim wherein the main body of the distal graft portion and the body of the proximal graft portion are formed from a single piece of graft material.

As further improvement of the invention shown in Fig.5 the synthetic vascular graft 2 can have 13 branch vascular graft 203104 so that a branch graft 203104 can be planted correspondingly into each of the branch vessels.

The apparatus according to claim 1 wherein the processor is configured to measure the displacement by measuring a first position when the tip is initially coupled to the tissue measuring a second position when the tip exerts the force on the tissue and calculating the displacement as the difference between the second and the first positions.

Distal end 32 also comprises a force sensor 48 also referred to herein as sensor F which is able provide electrical force signals to processor 42 in order to measure the magnitude and direction of the force on the distal end.The direction of the force is typically measured relative to a symmetry axis 52 of the distal end.Various techniques may be used in measuring the force.Components and methods that may be used for this purpose are described for example in U.S.Patent Application Publications 20090093806

Fiber reinforced composition according to any one of the preceding claims wherein said propylene polymer PP has a xylene cold soluble XCS content of not more than 20 wt.based on the propylene polymer PP.

Accordingly the object of the present is to provide a fiber reinforced composition with excellent flowability without compromising the mechanical properties like flexural modulus impact strength and elongation at break.

The method of any preceding claim further comprising determining the operating location based on the signals transmitted by the one or more reference devices.

For the present invention the combination of the SoOp approach with GPS is seen as particularly advantageous because of the synergy between the two systems.When GPS reception is good the GPS receiver produces the known positions that are needed to estimate the local wavefront of the SoOp.When the GPS reception is incomplete the device can use the derived SoOp wavefront model to augment the GPS.If GPS reception is lost completely the device can rely solely on SoOps provided enough transmitters have been observed and their wavefronts modelled.

The moving object monitoring system according to claim 4 wherein the management unit 4 transmits to the moving object monitoring device 10 of a specific one of the moving objects 1 a lock command for prohibiting startup of the specific moving object or a lock deactivation command for deactivating the startup lock function of the specific moving object and the moving object monitoring device 11 of the specific one of the moving objects 1 activates the startup lock function of the specific one of the moving objects 1 in response to the lock command and deactivates the startup lock function of the specific one of the moving objects 1 in response to the lock deactivation command.

The activation of the communication terminal 56 of mobile work machine 31 is intermittently turned ON and OFF at a predetermined duty ratio DT x 100 as shown in the abovedescribed Fig.7.And then as shown in Fig.7 c a powersaving operation is turned OFF a power switch drive signal S2 is turned ON and at the timing during which the communication terminal 56 is active a signal indicating current location in addition mobile unit information such as service meter values remaining fuel battery voltage and vehicle error codes can also be included is sent to the communication satellite 9 from the communication terminal 56 in accordance with a request from a terminal 11.In accordance therewith the sequential travel locations of the mobile work machine 31 are displayed on the terminal 11 which is the displaydestination terminal.

The delivery system of claim 1 wherein the needle drive is reciprocal for moving the needle back and forth between the at rest and penetrating positions.

The capsule support 27 has an insert hole 29 in the center and a screw part in the periphery.The needle 17 can pass through the insert hole 29.The screw part can be inserted from the open end 20.Once the screw part of the capsule support 27 exceeds the female screw region of the open end 20 as shown in Fig.4 the male screw disengages with the female screw and can freely move upwardly while the female screw prevents the support 27 from dropping downwardly.

The method according to any of the claims 11 to 13 wherein a primer is applied on the other side of support.

In addition the coating liquid containing an acrylic polyol resin for the invention may contain a thermal stabilizer antioxidant toughening agent antidegradant weathering agent flame retardant mold releasing agent and lubricant as long as they do not impair its characteristics.

The nontransitory computerreadable storage medium 548 of claim 22 wherein the configuration information 404 further includes IP address configuration information and wherein upon receiving the IP address configuration information the low powered device gateway 118 is caused to configure the selection of the plurality of low powered devices 120A120N with IP addresses based on the IP address configuration information.

In another aspect a nontransitory computerreadable storage medium includes instructions for causing one or more programmable processors of an access gateway of a mobile service provider network to receive a network access request for a wireless devicewherein the network access request does not include an International Mobile Subscriber Identity IMSI extract a wireless device identifier from the network access request and send the wireless device identifier to an authorization server to request mobility information for the wireless device.The instructions further cause the programmable processors to receive in response to the request virtual mobility information for the wireless device wherein the virtual mobility information comprises a virtual International Mobile Subscriber Identity IMSI and signal using the virtual mobility information a mobile network gateway of the mobile service provider network to establish a service session for the wireless device over the alternate access network that is anchored by the mobile network gateway.

A subsea unit 1 comprising an external housing 3 a passive pressure compensator 5 arranged to reduce a pressure difference between ambient subsea pressure and pressure inside the external housing 3 a dielectric liquid 7 for counteracting deformation of the external housing 3 an electronic device 9 and an electrical insulator 11 which is thermally conductive and arranged between an internal surface 3a of the external housing 3 and the electronic device 9 wherein the electronic device 9 is in thermal and electrical connection with the electrical insulator 11 and wherein the electrical insulator 11 is arranged to transfer heat from the electronic device 9 to the external housing 3.

It should be clear that the subsea electronic system 10 may comprise further components that are not illustrated in figure 1 such as the components illustrated with respect to the subsequent figure 4.Other components may for example comprise a mount or a support structure by means of which the electronic component 12 is supported on a wall of the enclosure 11 or other elements commonly used in such systems.Enclosure 11 may for example be a subsea canister.It should further be clear that the electronic component 12 does not need to comprise a circuit board chips integrated circuits or any of above mentioned electronic elements but may comprise very simple electronics requiring cooling such the abovementioned power electronics.

A molded article of expanded polylactic acid resin beads which is produced by molding the expanded polylactic acid resin beads according to claim 1 or 2 in a mold cavity.

The expanded bead is basically used as a measurement sample as such without cutting.

The method of claim 1 wherein the one or more objects 226 228 include a first object 226 associated with the lowsecurity perimeter and a second object 228 associated with the highsecurity perimeter and wherein selectively allowing comprises allowing the first object 226 to be referenced on the unlock display screen 150 and preventing the second object 228 from being referenced on the unlock display screen 150.

FIGURE 5B is a second screen 520 of the example GUI.In these implementations the screen 520 shows a popup window 570 prompting to receive the password to log in to the enterprise account.The account settings may accordingly be added to the wireless communication device.As described with regard to FIG 4 log in to the enterprise account or adding the enterprise account to the wireless communication device may create a new record at the password manager on an enterprise server which may trigger an event for the enterprise server to push down settingspolicies to the wireless communication device.Upon detecting a patternparameter associated with the settingspolicies the wireless communication device may automatically generate the enterprise perimeter associated with the newly added enterprise account.

The use according to claim 10 wherein the pharmaceutical composition is additionally intended for administration per os and is in solid form divided into the unitary dosages containing a therapeutically effective amount of said active component of antimicrobial activity and increasing activity of lysozyme in an organism of vertebrate in amount of 0.001 to 0.2 gkg of body weight per day.

This technology is oriented towards clinical use specifically the treatment of patients with varying degrees of burns and different types of skin wounds.This invention involves a probiotic formulation based on hydrocolloid plasters and viable lactic acidproducing probiotic strains.

A method according to claim 17 wherein the femtocell base station has a closed list of mobile communication devices which are permitted to use telecommunication services provided by the femtocell base station and said storing comprises storing identification information corresponding to mobile communications devices not included in said closed list.

The wireless communication system 10 is managed by a radio network controller 170.The radio network controller 170 controls the operation of the wireless communications system 10 by communicating with the base stations 22 over a backhaul communications link 160.The network controller 170 also communicates with the user equipment 44 via their respective radio links in order to efficiently manage the wireless communication system 10.

The inkjet recording method according to Claim 14 wherein it is carried out by inkjet recording equipment comprising a mechanism equipped with exposure means on both sides of an inkjet head unit in a direction perpendicular to the direction of travel of a recording medium.

In singlepass inkjet drawing and ink curing of the inkjet recording method of the present invention it is preferable to carry out exposure by the exposure means rather than by providing a light source between the ink jet heads of each color and carrying out curing for the image of each color by carrying out exposure using the exposure means after the inks of all colors are discharged since overlapping between ink fired droplets is large and spreading while wet on a recording medium is promoted and as a result an image having high surface gloss is obtained.

The computer readable storage medium of claim 10 wherein the third computer readable program code sends user interface data using near field communication and wherein the user interface data comprises a Uniform Resource Locator.

The purpose of phase 3 is for the user to authenticate himself by means of entering the PIN code of the selected card in the keypad of the teller machine.This action presents accessibility barriers in some cases but the bank structure today does not allow another more optimal option.The fact that it must be entered on the keypad of the teller machine introduces a security level as the information transmitted wirelessly cannot be intercepted.

The gas turbine engine assembly as recited in claim 7 including a second control valve for controlling airflow to the compressor driven by the electric motor and optionally including a controller configured for controlling the first control valve and the second control valve responsive to an overspeed condition of the electric motor.

During the descent segment of flight the auxiliary compressor 42 augments the compressed LPC bleed air when the LPC bleed air cannot provide adequate compressed bleed air for pressurization by the ECS 38.In particular LPC bleed air from the low pressure compressor 22 is further compressed with the auxiliary compressor 42 in order to condition the LPC bleed air to minimum levels before communicating the compressed air to the ECS38.The auxiliary compressor 42 is mechanically connected to and is driven by motor 48 in order to compress the extracted air from the lowpressure compressor 22.In other embodiments the motor 48 is powered by electricity from the aircraft or may be coupled to a gear box FIG.2 that is connected to and driven by the high pressure spool 28 or by a bleed powered boost compressor.

The secondary battery of one of claims 4 to 7 wherein at least one of the plurality of variable plates 12 has at least one insulating opening 30 at the insulation coating portion 20 and extending through the variable plate 12.

The seal gasket 152 is formed between each of the first collector terminal 122 and thesecond collector terminal 132 and the cap plate 151 using an insulating material and seals portions between each of the first collector terminal 122 and the second collector terminal 132 and the cap plate 151.The seal gasket 152 prevents external moisture from penetrating into the secondary battery 100 or prevents an electrolyte accommodated in the secondary battery 100 from flowing outside.

Method according to one of claims 1 to 7 comprising controlling S3 said Digital Subscriber Line in function of the determined stability.

In an embodiment the calculation rule includes a linear combination of the multiple physical characteristics and said adapting the calculation rule includes computing weight coefficients of the linear combination.Preferably the method comprisescalculating the at least one weight coefficient depending on the physical line data with associated quality information.In this embodiment the weight coefficients are calculated by optimizing maximizing or minimizing the discriminant measure.In other words the weight coefficient may be determined by a discriminant analysis.

The medicated module of claims 1 or 2wherein the slidable bung 202 302 402 502 is configured to slide laterally through the bung housing 208 308 408 508.

The second gasket 3 which is located on the proximal side of the cylindrical body 1 has a configuration similar to that of the first gasket 2 and has a cylindrical protrusion 34 having an outer diameter smaller than an inner diameter of the cylindrical body 1.In this embodiment the cylindrical protrusions 24 33 are provided on both the first and second gaskets but may be provided on either first gasket 2 or second gasket 3.Thus one of the first and second gaskets is provided with a cylindrical protrusion 24 or 33 the other gasket may be a gasket with a conventional configuration.

The electronic device of claim 6 wherein the providing module is set to provide the PS through the first modem when a second cell ID corresponding to a second cell area of a fourth BS supporting the first RAT for the second time is different from the first cell ID.

If the dual mode mobile terminal 100 operates in the WCDMA mode the WCDMA module 120 measures the intensity of a received signal and provides the measurement result to the controller 140 by means of the switch 130.Than the controller 140 compares the measurement result with a predetermined value.If the measurement result is less than or equal to the predetermined value the controller 140 attempts roaming to another communication network.

The selflocking headreplaceable hard alloy drill bit according to claim 2 or 3 or 4 characterized in that the drill point angle of the drill tip at the upper part of the cutter head is 140.

In Fig.19 the different positions of the edge 40 in relation to the individual branch 15 are illustrated more clearly.In the position P1 according to Fig.13 the edge 40 lacks all contact with the inner support surface 17 of the branch.In the position P2 contact has been established with the inner support surface 17.From this position and on the edge 40 of the loose top starts to bend out the branch 15 while applying a successively increasing clamping force to the loose top.In the dead position P3 according to Fig.15 the clamping force in the branch has grown to a maximum because here the diametrical lines DL1 and DL2 coincide.In order to reach its end position P4 the loose top is turned further a short distance clockwise around the centre axis C1.During the comparatively short move between the positions P3 and P4 when the edge 40 has passed the dead position P3 the continued turning of the loose top will entirely or partly be overtaken by the branches 15 as a consequence of the fact that the clamping force in the branches now aims to bring the loose top to the end position in which it no longer can be turned further as aconsequence of the fact that the pairs of surfaces 23 17 and 19 44 are held pressed in close contact against each other.Practical tests carried out using the tool according to the invention have shown that the concluding turning between the positions P3 and P4 is followed by a pronounced tactile sensation in the fingers of the operator and at times an audible click sound which confirms to the operator that the loose top has reached its operative end position.

Method of measuring andor modifying surface features andor subsurface features on or below a surface of a sample wherein the method is performed using a device comprising a sample carrier for supporting the sample a support structure comprising a reference surface and one or more heads including at least one of surface measuring equipment or surface modification equipment the heads being separate from the sample carrier and the support structurethe method comprising placing using a pick and place manipulator the one or more heads at a plurality of working positions on the support structure and performing said measuring andor modifying of surface features by said surface measuring equipment or surface modification equipment on said heads wherein the step of placing the one or more heads comprises engaging with a respective one of the heads using a gripper moving the gripper and the reference surface relative to each other using an actuator of said manipulator in a direction transverse to the reference surface and releasing the respective heads from the gripper at the respective working positions.

Each individual probe comprises handling and possibly also attaching means not shown which allow for the module to be reversibly attached or for being reversibly attached to a platform carrying the array.