Datasets:

bhlim

/

patentmatch_for_finetuning

like 1

The video processing method according to claim 1 further comprising determining whether the noise level is changed and adjusting the bit rate or the resolution if the noise level is changed.

The present invention also provides a motion image encoding apparatus and method that use such a noise removing method and apparatus.

The liquid ejection device according to claim 7 wherein the controller is configured to determine whether or not the recovery unit recovers the liquid ejection based on the first detection result.

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

The method according to one of the preceding claims wherein the clock source is a one of a plurality of selectable internal clock oscillators 116 optionally using an external crystal 118 for frequency determination or an external clock oscillator 108.

A delay locked loop in accordance with the invention includes a delay line connecting an input and an output the delay line including a plurality of delay elements the delay elements for causing a delay to be introduced to a signal passing through the delay elements.A phase comparator is connected to the input and coupled to the output for providing a control signal to the delay line such that the delay line provides a delay which synchronizes an output signal to an input signal.A voltage device is connected to the plurality of delay elements for regulating power to the plurality of delay elements the voltage device being adjustable toprovide a predetermined voltage to the delay elements such that the delay in the delay elements is modified according to the predetermined voltage.

Wind turbine foundation 200 of any of the preceding claims wherein at least some of the pins 210 has a guiding end 255 arranged opposite to a connecting end said connecting end being associated with the wind turbine tower 120 and a stopping element 256 extending inside the grouting chamber 260 said stopping element 256 being adapted to receive the guiding end 255 of the pins 210 when the pin 250 is inserted into the pile 210.

The selection of the type of fibre for the inner and outer shells 16 and 18 and preferably for the corrugated sheet 22 may be any combination of fibrereinforced polymer composites using any of glass carbon aramid fibres or combinations with other fibres.The shells 16 18 can be manufactured from moulds using wetlay or preimpregnated FRP materials filament or wrap winding vacuum infusion etc.The stratification and angle orientation with regard to the longitudinal axis of the shells of the FRP layers that make up the shells 16 18 will depend on the desired mechanical properties these shall preferably provide both axial and circumferential stiffness so as to meet the serviceability conditions such as natural frequency and limit load capacity that the tower or pier must withstand.

The rechargeable battery according to one of claims 113 further comprising another terminal 150 and another current collector 140 the other current collector 140 including another first fuse HFA2.

The lower insulation members 129 and 139 prevent or substantially prevent a short circuit between the cap plate 171 and the first and second electrode terminals 120 and 130.In this embodiment the lower insulation members 129 and 139 may be formed of polyphenylene sulfide PPS.However the materials of the lower insulation members 129 and 139 are not limited thereto.

The process according to claims 8 and 9 is characterized by further drying of the compost produced in claim 7 and its grinding to the desirable size.

The process for the treatment of effluents and residues from olive oil production units through the utilisation and reprocessing of cork industry residues the subject of this invention can be applied to the treatment of effluents and residues from olive oil production units in the following situationsThrough the separate treatment of the residue and the effluent husks and olive mill wastewater Through the joint treatment of the residue and the effluent humid husks.

A radio network node of a wireless network configured to adaptively cancel an external interference the radio network node comprising an interference analyzer configured to receive an external interference report from a wireless terminal of an external interference experienced by the wireless terminal the wireless terminal being paired with the radio network node and determine an interference subspace of the wireless terminal based on the external interference report the interference subspace being a signal subspace that contains the external interference of the wireless terminal a projector configured to project a transmit signal of an original transmission subspace entirely onto a desired signal subspace of the wireless terminal based on the interference subspace the desired signal subspace being orthogonal to the interference subspace and a transceiver configured to transmit the transmit signal to the wireless terminal projected onto the desired signal subspace wherein the original transmission subspace corresponds to an original transmit stream set comprising a plurality of original transmit streams wherein the desired signal subspace corresponds to a projected stream set comprising one or more projected transmit streams andwherein a number of the projected streams in the projected stream set is less than a number of the original transmit streams in the original transmit stream set.

In order to keep the power wkHBkwk of the interference at a minimum the antenna vector wk is chosen from the orthogonal complement k of the spacekspanbkj0jM1CN which is spanned by the interference vectors bjk wherein k is defined as followskwk wkCNwkbkjbkjkwherein wkbjk wkHbjk0.

The communication device 100 according to any one of claims 1 to 3 further comprising a microphone 20 and a port 135 to connect the transmitting unit 130 and the receiving device 150 wherein when the transmitting unit 130 receives sound data from any one of the different hub an external device P M and the microphone 20 the transmitting unit 130 iscapable of transmitting the sound data to the receiving device 150 via the port 135 and when the transmitting unit 130 receives sound data from at least two of the different hub the external device P M and the microphone 20 the transmitting unit 130 is capable of mixing at least two sets of sound data and transmitting the sound data to the receiving device 150 via the port 135.

FIG.3 illustrates a structure of Vender Specific Block and shows each of the stored data of bytes 0N from the upper row.A source physical address is stored at bytes 4 and 5.This source physical address is data used for the address mapping process for performing communications by means of the HDMI cable.The source physical address includes address information of four bits each being A B C and D.

The communication device 11 as claimed in any one of claims 8 to 11 wherein the second communication device is configured in at least one of the following ways the second communication device authenticates the communication device based on an identifier of the communication device 11 the second communication device answers the communication in response the controller being further configured for establishing the conference call sessionand the second communication device includes a conference call server.

A related problem is associated with preestablished calendar appointments made via a calendar application of the mobile station.Such calendar appointments are stored in memory of the mobile station and are typically associated with calendar information which includes a date time andor time period of the appointment.The calendar information of the calendar application may be automatically synchronized with a corresponding calendar application on a computer e.g.a PC of a local area network LAN via the wireless communication network.Thus such calendar information may be received from the user interface of the mobile station or via the wireless communication network.The calendar appointment may or may not be for an anticipated scheduled voice call e.g.a conference call utilizing the mobile station.If the calendar appointment is for such a scheduled call wireless coverage is required for the mobile station.That is at the date and time of the appointment the mobile station must be located within RF coverage range of the wireless communication network to make or receive the call for the appointment.If not the user may miss or be late for the scheduled call.Note that the user may not be aware of any RF coverage problem until the calendar application reminds the user of the appointment at or near the date and time of the appointment.This problem is more generally associated with any stored appointment oritem in the mobile station having a preestablished scheduled date andor time such as a task appointment of a task application.

A method comprising forming at least a first slot within a coaxial cable the first slot extending to a conductive core of the coaxial cable andapplying a conductive film to the coaxial cable so as to at least substantially cover the first slot.

Fig.1 shows a longitudinal cut of the directional coupler 100 allowing a detailed description of the inner elements that structure it.The first conductor 101 is surrounded by an insulator 102.The insulator 102 is surrounded by a second conductor 103 these two conductors allow a power radio frequency transmission.On the top of second conductor 103 printed circuit board PCB 109 is located.In the second conductor 103 there is a cavity 104 that it extends from printed circuit board 109 to the interface with the insulator 102.Inside this cavity 104 there is located a third conductor 105 made of a nonconductive material this third conductor 105 is formed by a portion that is substantially parallel to the first conductor and with both ends substantially perpendicular to the first conductor 101.In the cavity 104 a filling element 106 fills at least a portion of the cavity 104.

The mobile terminal as claimed in any one of claims 1 to 9 wherein the controller is configured to hold display of the one or more application icons in response to the second drag input being held at a specific point on the drag path for a predetermined time.

The element may be selected by ending or releasing the gesture.Optionally the preview information associated with the element is displayed when the gesture ends.Alternatively an element may be selected by changing thedirection of the gesture to a direction other than the direction opposite the original direction or reverse direction.When the gesture direction is reversed and the gesture ends at the origin point a selection is not made.

A pressuresensitive adhesive label issuing device includingthe pressuresensitive adhesive strength exhibiting unit according to any one of the preceding claims and a cutter unit 5 for cutting the pressuresensitive adhesive label to a desired length.

FIG.2 illustrates a block diagram of this label manufacturing apparatus 1.A CPU control means 13 in the label manufacturing apparatus 1 refers to various data stored in a read only memory ROM 14 that is storage means while reading and writing data stored in a random access memory RAM 15 that is another storage means so as to control the overall operation of the label manufacturing apparatus 1.The label manufacturing apparatus 1 further includes input means 16 and displaymeans 17.It is possible to use a touch panel or the like made of a liquid crystal display panel or the like in which the input means 16 and the display means 17 are integrally provided.The CPU 13 the ROM 14 the RAM 15 the input means 16 and the display means 17 are connected to a motor driving circuit 19 a head driving circuit 20 and a sensor circuit 21 via an interface IF 18.Further a transport motor 22 that is a stepping motor is connected to the motor driving circuit 19 the thermal head 4 is connected to the head driving circuit 20 and the three sensors 7 8 and 9 are connected to the sensor circuit 21.As the transporting means the insertion rollers 3 the platen roller 5 and the discharge roller 6 are connected to the transport motor 22 of this embodiment via drive transmission means 23 24 and 25 respectively.In this embodiment all the structural elements are disposed in the label manufacturing apparatus 1 as illustrated in FIG.2 and the single label manufacturing apparatus 1 constitutes the label manufacturing system.However it is possible to adopt another structure in which the label manufacturing apparatus 1 is connected to a host computer not shown so as to constitute the label manufacturing system.In this case it is possible to dispose the input means 16 and the display means 17 in the structure illustrated in FIG.2 not in the label manufacturing apparatus 1 but in the host computer.

An electrode wire for electrodischarge machining the electrode wire comprising a core wire including a first metal and having one of phasesanda first alloy layer formed at a boundary region between the core wire and a second metal plated on an outer surface of the core wire due to mutual diffusion between the core wire and the second metal and having a phaseand a second alloy layer formed at an outer portion of the first alloy layer due to diffusion of the first metal to the second metal and having a phaseandor a phasewherein a core wire material is erupted onto a surface of the electrode wire for electrodischarge machining which includes at least the core wire the first alloy layer and the second alloy layer along cracks appearing on the second alloy layer so that a plurality of grains are formed on the surface of the electrode wire and wherein the grain including at least the core wire material and a second alloy material is distributed onto the surface of the electrode wire for electrodischarge machining.

A core wire including the first metal having a diameter of about 0.9mm which is a brass wire i.e.core wire including the first metal having a compositional ratio of about 65 weight of copper and about 35 weight of zinc is prepared as an intermediate wire rod.

The surgical instrument of claim 9 wherein the articulation system further comprises an articulation drive shaft operably interfacing with the articulation actuation mechanism and the gear arrangement.

In the illustrated embodiments and with specific reference to FIGS.7 and 8 articulation of end effector 160 is affected by an articulation gear 240 an articulation screw 242 an articulation linkage 244 and at least one articulation rod 260.More specifically articulation gear 240 is rigidly mounted to articulation screw 242 such thatas articulation gear 240 is rotated by rotation of drive gear 200 while in its second position articulation screw 242 also rotates.A plurality of bearings 262 is illustrated at various locations on articulation screw 242 to facilitate the retaining and aligning of articulation screw drive 242 as well as reducing the friction between articulation screw 242 and housing 110 for example.

The computerimplemented method of predicting with high accuracy a descent trajectory of claim 3 wherein the stored and computed decent trajectory is described by an AI whose exposed parameters are the Top of Descent TOD 143 the transition CAS 144 and a deceleration starting altitude Hpdec145 and completely determined by the definition of the initial aircraft mass m0 142.

At 570 the candidate aircraft intents are evolved by the computer system.The calculation uses evolutionary algorithms to evolve the candidate aircraft intents to reflect the actual aircraft intent better.The evolutionary algorithms use the multiobjective cost function to drive the evolution.That is the evolutionary algorithm evolves new candidate aircraft intents calculates the correspondingtrajectories and calculates a new value for the cost function with the aim of minimising the cost function value.The evolutionary algorithm seeks on the one hand to minimise the root mean square deviation between the trajectories and to ensure the root mean square difference is within the threshold value while on the other hand the evolutionary algorithm seeks to maximise the number of time intervals over which the root mean square deviation falls within the threshold.These two competing demands lead to candidate aircraft intents that form a set of Pareto solutions occupying a Pareto front.These candidate aircraft intents are equally valid solutions and may arise either because they represent equally good estimates or because they both represent valid aircraft intents remembering that multiple aircraft intents may give rise to any particular trajectory.Further explanation of this step follows below.

The method of claim 12 wherein when the AC input power is in the normal operation state the first switch remains turned off and the second switch remains turned on.

The charging apparatus is an apparatus for charging a high voltage battery by converting an inputted AC power source to a DC power source.The apparatus thus may include a rectifier 210 receiving an AC power source and converting the AC power source to a DC power source a boost PFC Power Factor Control circuit 220 correcting a power factor by receiving the rectified DC power source a DClink capacitor 230 charging a voltage by being connected to an output of the boost PFC circuit 220 a DCDC converter 240 charging the high voltage battery by converting a voltage charged in the DClink capacitor 230.

Method for operating a driving unit 101 in a household appliance 100 according to any of claims 1 to 10 or to the method according to claim 14 wherein at least one speed band of the driving speed in particular of compressor speed is excluded.

With reference to Figures 2 and 3 at least one of said vibration dampers 17 comprises an elasticallydeformable hollow body 18 which has a lower base 18b in abutment against the supporting wall 2b of the casing 2 a central retaining rod 20 which extends through the elasticallydeformable hollow body 18 the central retaining rod 20 is axially displaceable between a locking position in which a head portion 20b of the rod 20 compresses said elasticallydeformable hollow body 18 so as to rigidly connect the compressor 15 to the supporting wall 2b of the casing 2 and a unlocking position in which said elasticallydeformable hollow body 18 floatingly supports the compressor 15 an end portion 20a of the central retaining rod 20 being accessible from outside of the outer casing 2 so as to allow a user to displace the central retaining rod 20.

A server 105 505 comprising a processor 521 a memory 522 operably coupled to the processor 521 the memory 522 including data storage to store parameters to operate the server 105 505 an encoder 525 a communications interface 526 wherein the processor 521 the memory 522 the encoder 525 and the communications interface 526 are arranged to operate the server 105 505 according to any of claims 6 to 11.

The trusted server must provide a builtin secure communication channel to all mobile devices.In this context secure means encrypted and authenticated.The existence and security of this communication channel is taken for granted.On the other hand this channel does not need to be permanently active it will only be used in the secret distribution phase see below.

The method of any of the preceding claims further comprising calculating a ratio between the allocated resources and a coexistence value for each of the wireless network served by the apparatus and the neighboring wireless networks.calculating a product of an average of the coexistence value divided by an average of previously allocated resources normalizing the ratios by the calculated product for each of the wireless network served by the apparatus and the neighboring wireless networks calculating a variance of the normalized ratios for each of the wireless network served by the apparatus and the neighboring wireless networks as a spread factor calculating a difference between a maximum value and a minimum value of the normalized ratios as a width factor and determining if a sum of the spread factor and a square of the width factor is less than a predefined threshold indicating that the allocation of resources is fair.

An embodiment of this disclosure provides a method of dynamic spectrum allocation in coexisting heterogeneous wireless networks which makes it possible to achieve dynamic spectrum allocation in space and time for multiple coexisting heterogeneous wireless networks.

The bladed rotor assembly 100200300400 as claimed in any one of Claims 1 to 8 wherein the radially inwardly facing surface 142242342442 is formed from an abradable material.

Viewing a crosssection of the fan shroud 44 as shown in FIG.8 and FIG.9 the inner annular surface 48 is shown as being triangulated or somewhat triangular in contour.This triangular configuration indicates that the inner annular surface 48 is tapered and has an inner diameter A that varies along the axial length B of the fan shroud 44.Triangular can also be substantially trapezoidal in shape wherein the inner diameter A at a particular axial position is substantially constant for a certain axial length B that is less than the overall width of the fan shroud 44 and the surface 48 has a contour having a different slope for a given axial length B on either side of this particular axial position Preferably the contour of the surface 48 has at least two different linear slopes in opposite directions betweenthe positions adjacent to the leading edge 38 and the trailing edge 39 along the axial length B of the fan shroud 44.In particular referring back to FIG.6 the inner diameter is represented by A and the axial length is represented by B.

The ophtalmic composition according to anyone of claims 1 to 2 wherein the prostaglandin analogue compound is selected from the group consisting of 17phenyl1314 dihydro trinor prostaglandin F2 isopropyl ester latanoprost 20ethyl prostaglandin F2 fluprostenol isopropyl ester travoprost 17phenyl trinor prostaglandin F2 amide 17phenyl1314 dihydro trinor prostaglandin F2 ethyl amide bimatoprost tafluprost prostaglandin F2 ethanolamide bimatoprost free acidd 4 bimatoprostd4 latanoprost ethyl amide 1314 dihydro15keto20ethyl prostaglandin F2 unoprostone 1314 dihydro15keto20ethyl prostaglandin F2 isopropyl ester unoprostone isopropyl ester 8isoprostaglandinE2 or a mixture of two or more thereof.

In a preferred embodiment of the invention the aqueous ophthalmic solution is characterized by including latanoprost at a concentration of 0.005 a pH damper system that may be selected from 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 sulfate chondrointin formal glycerol methyldinoglycerol and cyclodextrins in a concentration 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 0.01 to 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 an antimicrobian effect.It may also contain one or more antioxidant agents such as disodic edetate sodium metabisulfite sodium bisulfite acetylcysteine sodiumthiosulfate and thiourea in adequate concentration in order to give the required effect.

The method in accordance with claim 1 or the apparatus in accordance with claim 2 wherein the pointer displaying signal is generated when the detected sensing value is at least a predetermined threshold value.

A dual function operating touch screen module which applies to a portable device is provided.FIG.2 shows a block diagram of the dual function operating touch screen module which applies to a portable device including a touch screen 200 which provides an input interface for inputting a touch signal and displays an image a sensor 210 which receives the touch signal from the touch screen 200 to calculate a touch location signal an instruction executing unit 220 which performs a corresponding operating instruction based on the touch location signal and a cursor transforming unit 230 which is used to trigger and transform the touch location signal to a cursor track signal which corresponds to the operating instruction and displays the cursor track signal on an output image signal after the output image signal is selectively activated actively or passively by the cursor transforming unit 230.The output image signal is outputted to an external display device 240.

The image synthesizer 100 according to claim 1 the first scene being adjacent to a first side of a vehicle and the second scene being adjacent to a second side of the vehicle the first side and the second side being perpendicular to each other or being the same side of the vehicle wherein the combining module 120 is configured to combine the first image 211 and the second image 212 to a birds eye view of the first scene and the second scene.

The electric structure of the vehicle drive assistant system according to the third embodiment is equal to that of the first embodiment.In the meantime the travel condition of the vehicle is judged based on for example vehicle gear sensor operating direction of the steering wheel vehicle velocity pulse and the like.

The method according to claim 5 further comprising detecting a moving velocity of an image capturing part for capturing the continuous input images of the target scene correcting based on the moving velocity a distance between any two adjacent ones among the continuous input images so as to acquire a corrected image feature sequence and extracting the periodic feature from the corrected image feature sequence.

Furthermore in the periodic stationary object detection system 1 and the periodic stationary object detection method according to the present embodimentwhether or not there is a periodicity is judged from the positions where the local maximum values M and M1 to M3 of the count values thus counted appear.When it is judged that there is a periodicity the predetermined threshold value Th1 is lowered.Accordingly once the periodicity is judged the judgment of periodic stationary objects can be facilitated.Meanwhile until a periodicity is judged the predetermined threshold value Th1 is not lowered.This can prevent erroneous detection of threedimensional objects due to alignment error or the like.

Seamless quenched and tempered steel pipe according to any one of the preceding claims wherein the VNb content is lower than 0.055 wt.

Different experiments were carried out in order to discover the best chemical composition of steel that would fulfill the above mentioned requirements.One of these consisted of the manufacturing of high gauge pieces with different alloying additives and then measuring the relation between the Yielding StrengthUltimate Tensile Strength of each one.

System according to one of the preceding claims wherein the input module 20 is adapted to receive userspecific information about interdependencies 90 between aircraft components.wherein the processing unit 30 is adapted to select a plurality of aircraft component designs out of the variety of geometrically different aircraft component designs 31 and wherein the processing unit 30 is adapted to determine the most suitable positions 61a 61b of the selected plurality of aircraft component designswithin an aircraft 60 to be assembled based on the userspecific information about interdependencies 90 between aircraft components.

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.

A gas turbine engine comprising a ventilation inlet as claimed in any one of the preceding claims wherein the first flow zone is provided in a bypass flow duct andorthe second flow zone is provided in a fire zone or nacelle cavity.

In operation of the engine shown in Figure 1 parts of the core engine air flow A may be diverted through the bleed assembly 30 in order to optimise the performance of the respective compressors 14 15.This is achieved by opening the bleed valve 34 of the respective bleed assembly 30.The open bleed valve 34 permits air at high pressure to pass through the casing structure 29 into the housing 36.Although the introduced air can pass through the silencer element 46 a pressure drop is nevertheless established across the silencer element 46 which displaces it away from the bleed valve 34 against the resilience of the spring in the springdamper unit 52.The entire discharge outlet member 38 is thus displaced from the retracted condition shown in Figure 2 to theextended position shown in Figure 3 in which the end wall 32 is situated away from the inner wall 27.Consequently air from the compressor 14 15 flowing through the bypass valve 34 passes across the silencer element 46 into the discharge outlet member 38 and thence through the slots 48 into the bypass flow B in the bypass duct 22.The lower ends of the slots 48 are spaced above the inner wall 27 and so the relatively hot discharging flow from the discharge outlet member 38 enters the bypass flow B away from the inner and outer walls 26 27 and consequently is able to mix with the cooler bypass flow B before contact with the inner and outer walls 26 27 so avoiding direct impingement of the hot bleed air flow with the surfaces of the walls 26 27.

A cockpit video system as recited in Claim 1 wherein at least one of a the video processing module and the camera assembly are an integral unitb the video monitor and the video processing module are an integral unit.

Also shown in FIGURE 17 are minimum criterion areas 588 590 and 592 one included in each of three images 574 576 and 582.The minimum criterion areas 588 590 and 592 are generated by the target generator 530 based on image analysis of the landing gear displayed in the three images 574 576 and 582.The minimum criterion areas 588 590 and 592 are dashed rectangular boxes that are displayed relative to the landing gear.The minimum criterion area 588 included in the nose landing gear image preferably extends 5 feet back 30 feet forward and 15 feet each to the right and left of the nose landing gear 28.The minimum criterion areas 590 and 592 included in the left and right main landing gear images 574 and 576 preferably extend inboard 0 feet outboard 15 feet and back 5 feet of the main landing gear and forward up to the wing trailing edge and the engine cowling.More generally the dimensions of the minimum criterion areas are set at values that provide visual cues to the pilots e.g.pavement edge margins at the start and end of a Uturn maneuver.The visual cues are designed to produce safe ground maneuvering and avoid offpavement excursions.In order to minimize visual pilot confusion FIGURE 17 includes a border 594 between the three camera generated images 574 576 and 582.The thickness of the border 594 may be increased in order to provide greater visual separation.

The gas turbine engine compressor of claim 1 further comprising a rear hub 106 which includes a hub engagement feature disposed on a fore end of the rear hub 106 the hub engagement feature complementary to a second aft engagement feature 116c disposed on an aft end of the second rotor segment 104c.

The spoke 80 provides a reduced area subject to the thermomechanical fatigue TMF across the relatively high temperature gradient between the blades 64 which are within the relatively hot core gas path and the rotor disk 66 which is separated therefrom and is typically cooled with a secondary cooling airflow.

The system of claim 1 or claim 2 comprising a plurality of said radiation emitting devices.

When the Xray irradiation detection unit 140 is not an Xray detector an image read out after Xray irradiation is compared with an image read out without Xray irradiation thereby confirming whether the subject is irradiated with Xrays.

Method according to claim 9 wherein the local network comprises a database of terminal identifiers where a network user can set which of a number of terminal identifiers to be reached on and the step of determining a terminal identifier to be used for call set up comprises selecting a terminal identifier set by the network user.

Third bridging is enabled for communication devices whether circuitswitched or packetswitched in addition to cellular phones.This capability provides enhanced subscriber satisfaction and productivity.

The ultrasound image display method of claim 1 wherein the receiving of the selection of the at least one range comprises displaying an image pixel information map in which the image pixel information is gradually represented on a screen and receiving a user input for selecting the at least one range through the image pixel information map.

Referring to FIG.8 the apparatus 800 according to an exemplary embodiment may include a line setting unit 810 a brightness information obtaining unit 820 an information converting unit 830 and a display unit 840.

A transponder TP as claimed in claim 6 wherein the configuration data CD comprises trigger data for triggering the launching of an application stored in a memory unit MU of the mobile device MD.

The determination unit 134 of the mobile terminal 103b determines whether the policy ID in the policy code received by the receive unit 131 matches any one of the policy IDs in the policy information stored by the storage unit 133 113.The policy ID 05h in the received policy code matches the policy ID 05h in the policy information of the storage unit 133.Accordingly the determination unit 134 of the mobil e terminal 103b extracts from the policy information of the storage unit 133 the policy ID 05h and the applicable control policy turn camera function off and sends such to the compare unit 13 5.

The capacitive position sensor system according to claim 1 wherein the number of integration cycles corresponds to the number of the first capacitors.

In summary the present invention provides an improved capacitance detection circuit responsive to changes in the fringing capacitance of a capacitive proximity sensor.The detection circuit includes a switched capacitance circuit that samples the sensor capacitance and can be utilized with capacitive sensors having a single sensor element or multiple sensor elements.If the proximity sensor has a single sensor element the operating frequency of the detection circuit is controlled to maintain measurement accuracy in the presence of sensor moisture while minimizing the circuits power consumption and electromagnetic radiation.If the proximity sensor has multiple sensor elements the sampled capacitance values are differenced absolutevalued and summed to form an output that is insensitive to commonmode environmental and aging factors that influence the capacitance of the sensor elements.

A method according to claim 1 wherein said topsheet assembly is a threeply laminate comprising an acquisition layer a nonwoven layer and a cuff assembly.

Leg cutouts 18 can be provided in the base nonwoven layer 10 as shown.Side seams 20 are indicated to represent discrete diaper products between successive side seams 20 in the machine direction right to left or left to right as shown.The character strips 14 can be exposed by severing the stretched film 12 into a removable chip 22 by use of a heated knife applied at areas of roughly equal to or less than width D1 See Fig.2 and removing the severed film 22 and exposing the strip 14 which applies a silmucuLmelt of the stretch film 12 only.This technique is described with reference to Fig.4 discussed later.It is preferred that the severing of stretch film 12 be just wider than character strip 14 and that Little or no bonding will have previously taken place between character strip 14 and the stretched film 12 which will facilitate easy separation of the two elements 12 and 14.

The bladed rotor assembly 100200300400 as claimed in Claim 1 wherein the transition from the first clearance 134234334434 to the second clearance 136236336436 is a nonlinear decrease.

Viewing a crosssection of the fan shroud 44 as shown in FIG.8 and FIG.9 the inner annular surface 48 is shown as being triangulated or somewhat triangular in contour.This triangular configuration indicates that the inner annular surface 48 is tapered and has an inner diameter A that varies along the axial length B of the fan shroud 44.Triangular can also be substantially trapezoidal in shape wherein the inner diameter A at a particular axial position is substantially constant for a certain axial length B that is less than the overall width of the fan shroud 44 and the surface 48 has a contour having a different slope for a given axial length B on either side of this particular axial position Preferably the contour of the surface 48 has at least two different linear slopes in opposite directions betweenthe positions adjacent to the leading edge 38 and the trailing edge 39 along the axial length B of the fan shroud 44.In particular referring back to FIG.6 the inner diameter is represented by A and the axial length is represented by B.

The assembling method of a holding mechanism for a display device according to Claim 5 wherein the thin platelike member 21 is made at least partly larger than the elastic member 15 in shape.

Fig.4 illustrates the display module of Fig.3 as seen in crosssection through side portion 9.This drawing clearly shows how front portion 8 extends from side portion 9 over the front side of the display a short distance over polariser 5.A housing or housing portion 11 of an electronic device in which display module included is disposed outside metal frame 7.The housing also includes a protective front window 12 over the display 2.The front window 12 and metal frame 7 oppose each other with wide and substantially flat surfaces between which gasket 40 is positioned.This way the metal frame provides an even and relatively large area for gasket 40 much wider than the upper edge of plastic carrier 3.This allows for larger tolerances for assembly of the gasket 6 and a more dustproof design.In the illustrated embodiment window 12 extends over gasket 40 but a smaller window 12 may of course be selected with gasket 40 hidden under an opaque part of housing 11.

The method of claim 6 wherein said detecting when the client application is online comprises detecting reception of a session initiation request generated by the client application.

In accordance with an aspect of the present invention an operation method of a mobile device is provided.The method includes removing a SIM card previously inserted into the mobile device from the mobile device determining whether a SIM card identical to or different from the removed SIM card is inserted into the mobile device and managing base stationrelated information.Managing base stationrelated information includes updating the base stationrelated information with base stationrelated information newly acquired by performing a base stationrelated protocol procedure based on a newly inserted SIM card according to at least one of the type and the insertion time point of the newly inserted SIM card or maintaining base stationrelated information stored based on the removed SIM card.

The temperature sensor according to any of the claims 12 wherein in axial direction of the bottom end part 102A a bottom gap 112A is provided between the bottom of the bottomed metal tube 102 and the support structure 106.

Next the metal terminals 28 are welded to the respective rear end portions 26 of the core wires 25 drawn from the rear end 45 of the insulation sheath 41 see the figure at the left of FIG.4.As shown in the figure at the right of FIG.4 the lead wires 51are drawn from the rear end 72 of the seal member 71 so as to bring the front end portions 53 of the lead wires 51 the metal terminals 28 and the rear end portions 26 of the core wires 25 into the through holes 77.In this manner an insert assembly 90 is assembled see the figure at the right of FIG 4.At this time as shown in the enlarged figure in FIG.4 the rear end 45 of the insulation sheath 41 is brought into the recess 74 formed in the front end surface of the seal member 71 and brought into contact with the frontwardoriented surface 75 which is the bottom of the recess 74.

The coating 18 of claim 3 wherein the cermet material is WC12Co.

Reference herein to the sacrificial coating 62 being disposed on either the airfoil surface 32 or erosionresistant coating 64 means that it is attached and tightly adherent to these surfaces preferably by virtue of chemical or metallurgical bonding such that it is able to undergo normal operating and thermal stresses without exhibiting spalling or other coating degradation processes.Airfoil surfaces 32 are commonly treated to produce a residual compressive surface stress in order to reduce the tendency of any cracks or pits or other features that might tend to cause a stress riser at the surface from propagating from the surface into the interior of the airfoil.Residual compressive stresses may be imparted to airfoil surfaces 32 by shot peening laser peening or other treatments that also produce residual compressive stresses or other methods.Airfoil coating 61 may also be disposed so as to include residual compressive stresses particularly compressive stresses that are greater than those of the airfoil surface 32 particularly where airfoil surface 32 includes residual compressive stresses 32.As an example a sacrificial coating 62 comprising TiN may have a residual compressive stress of about 3792MPa.The turbine compressor airfoils 1 has an airfoil surface 32 with a first residual compressive stress 1 the respective one of the sacrificial coating or the erosionresistant coating has a second residual compressive stress 2 and the other of the sacrificial coating or the erosionresistant coating has a third residual compressive stress 3 wherein 3gt2gt1.

The method according to any one of claims 1 to 5 wherein at least one of the magnetic signatures is stored on the electronic device and is associated with an accessory for the electronic device.

Fig.10 shows an alternative embodiment to Fig.9 in which the magnet 914 works in combination with the Yaxis 916 Xaxis 918 or Zaxis 920 sensors.All three axes serve as independent axes of the electronic compass and any one sensor can relay a signal that the device has been closed or convey various other types of information.Alternatively two or more such signals may be used to relay a signal.

A method for preparing a chocolate beverage comprising the steps of providing a kit according to any of claims 1 to 11 transferring at least a portion of the contents of the first container into a beverage receptacle anddispensing a beverage medium from a beverage preparation machine into the beverage receptacle whereby the beverage medium is formed by passing an aqueous medium through the second container.

A first capsule thus comprises a dairy or nondairy creamer preferably a dairy creamer.Typical dairy creamers comprise skimmed milk maltodextrins vegetal oil and buffer salts.Such creamers are commercially available.The creamer enables to obtain a creamy taste.

An electronic device adapted for automated information based selective data provision for wireless data communication between an electronic device 100 and an external entity 710 comprising a data storage 300 configured to store a plurality of data records each of the plurality of data records representing digital information about ticket data andor payment data means for obtaining contextual information regarding environment andor operation of the electronic device 100 scanning means 400 adapted to scan S30 informational data associated with said plurality of data records in order to obtain filter information relating to said plurality of data records selector means 410 adapted to select S31 at least one data record out of said plurality of data records wherein said selecting of said at least one data record is performed in accordance with said filter information and the contextual information for identifying relevant data records from said plurality of data records for current context of the electronic device 100 and retrieving and configurator means 420 adapted to configure S32 said at least one selected data record at said identification device 200 which provides S33 said at least one configured data record as an identification information for being retrievable wirelessly by an external entity 710 and means for providing S33 said at least one configured data record to said radio frequency identification device 200 for being retrievable wirelessly by the external entity 710 through radio frequency identification based communication.

In a ticketing system the acquirer can request the ticket from the terminal releasing the ticket.If the terminal can hold several tickets of different kind the acquirer can send a request for the specific type of ticket.Prior development models of electronic ticketing assumes that the user either 1 keeps tickets in a secure storage inside a terminal and approves their release with some form of authentication e.g.by providing a PIN personal identification number or 2 keeps all tickets in an unprotected storage sothat an acquirer can receive tickets without the users consent or interaction.

The catheter of claim 5 wherein when the distal assembly is in its expanded arrangement each spine extends radially outwardly from the catheter body and forms a substantially straight line.

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

Foamed insulating panel according to claim 1 characterized in that an additional extruded foam board 5 6 is attached to the narrow surfaces N1 N2 in particular long narrow surfaces N1 of each of the joined plurality of extruded foam boards wherein the additional extruded foamed board 5 6 has preferably a smaller thickness than the length L1aL1c of each of the joined plurality of extruded foam boards.

Moreover a further advantage is offered by the possibility of obtaining a further lowering of the thermal conductivity by taking advantage of the elongation of the cells due the possibility to rotate the direction of elongation orthogonally to the thickness of the panel.

An ultrasonic diagnostic apparatus comprising an ultrasonic probe for transmitting or receiving ultrasound signals a blood flow detector for collecting blood flow information by detecting blood flows in a subject a controller for setting at least one focal point in the blood flow of the subject based on the blood flow information and a beamformer for focusing the ultrasound signals on the at least one focal point.

The beam forming unit 12 may be coupled to the probe 11 to thereby receive the first and second receive signals which may be amplified by the amplifier.The beam forming unit 12 may be operable to apply delays to the receive signals in consideration of distances between the transducer elements and focal points to thereby output receivefocused beams.

The method as claimed in any one of claims 1 to 3 further comprising afterreceiving the input displaying a key sequence interface for prompting receiving a specified key sequence.

Thus user interface methods and apparatus for processing voice call requests based on communication conditions of a mobile communication device have been described.The mobile communication device of the present disclosure includes one or more processors a wireless transceiver coupled to the one or more processors and a user interface which includes a visual display.In one illustrative embodiment a voice call request for a voice call is received through the user interface.If the voice call request is received during an outofcoverage condition of the mobile communication device the processor causes a call denial indication to be displayed in the visual display which indicates that the voice call request could not be completed.The processor also causes a call reminder setup prompt to be displayed which may be accepted or declined through the user interface.If an acceptance of the call reminder setup prompt is received theprocessor causes a call reminder prompt for reattempting the voice call request to be displayed when an incoverage condition of the mobile communication device is subsequently identified.The call reminder prompt which may be accepted or declined through the user interface reveals various call information regarding the previous voice call request such as the telephone number name and time of the previous request.If the call reminder prompt is accepted the processor causes a voice call associated with the voice call request to be initiated.Additional call reminder techniques are disclosed to provide an even more flexible and easytouse interface.

The information processing program according to any one of claims 1 to 10 wherein the display target image is an image obtained by capturing real space and is also a panorama image having a wider viewing angle than a viewing angle of the first display range.

The information processing program may further cause the computer to act as first virtual camera control means.The first virtual camera control means arranges a first virtual camera for generating an image of the virtual world such that the object in the virtual world which is viewed from behind is included in the first image.In this case the display control means may display on the portable display device as the first image an image showing the virtual world viewed from the first virtual camera.

The settlement terminal device of claim 5 wherein when the second display content includes the signature input screen or the handwritten PIN input screen and an aspect ratio in the second display unit is equal to or higher than a predetermined ratio the second information processing unit fixes the direction of the second display content independently from the orientation detection result of the orientation detection unit.

It is accordingly an object of the invention to eliminate or alleviate at least some of the above problems referred to above.

A method of configuring an amplifier operable to receive an input signal at an amplifier input and to provide an amplified output signal at an amplifier output said method comprising the steps of providing a plurality of amplifier stages each amplifier stage having an amplifier stage input operable to receive a signal to be amplified and provide an amplified signal at an amplifier stage output coupled with said amplifier outputselectively coupling each of said amplifier stage inputs with said amplifier input to receive said input signal selectively adjusting biasing parameters of each of said amplifier stages and in response to a request to provide said amplified output signal with a requested power output coupling at least one of said plurality of amplifier stages biased with adjusted biasing parameters to provide said amplified output signal with said requested power output.

A first embodiment of the invention will be described with reference to Figs.1 and 2.Fig.1 is a block diagram of a power amplifier of the first embodiment.The reference numeral 100 denotes a bias control circuit 101 denotes an input terminal 102 denotes a first highfrequency switch circuit which switches one input to two outputs 103 denotes a preamplifier 104 denotes a second highfrequency switch circuit which independently switches two inputs to two outputs 105 denotes a postamplifier 106 denotes a quarter wavelength line impedance conversion circuit and 107 denotes an output terminal.The amplification circuit 1010 according to the invention is a combination of the highfrequency switch circuits and the amplifiers.

A cooking oven 1 comprising a housing 2 a cooking cavity 3 formed in the housing 2 and closable by a door 5 heating means 6 6 placed in thermal exchange relationship with the cooking cavity 3 ventilating means placed in the housing 2 and having one or more electrical fans 7 8 7 8 adapted to ventilate on one or more thermally sensitive areas of the oven 1 a control system 10 connected to the heating means 6 6 and to the ventilating means and having a temperature detector 12 associated with the cooking cavity 3 wherein the control system is configured to activate and deactivate the heating means 6 6 depending on a temperature detected by the temperature detector 12 characterized in that the control system 10 activates and deactivates at least one of said one or more fans 7 8 7 8 automatically together with the respective activation and deactivation of the heating means 6 6.

Along its path the air mass F2 increases its temperature thereby dissipating outside a part of the heat subtracted from the chamber.

A method of preparing a pneumatic tire the method comprising providing opposing ends of an uncured tread rubber strip of the tire applying a cement in accordance with at least one of the claims 1 to 9 to at least one surface of the opposing ends of the uncured tread rubber strip joining together the opposing end of the uncured tread rubber strip comprising the cement to form a splice.

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.

An infant or adult diaper 10 according to any one of the preceding claims wherein the bridge element 72 is directly attached to the first longitudinally extending elastic cuff 30a and the second longitudinally extending elastic cuff 30b and the bridge element 72 comprises a material which has a strength at 50 elongation of at least 02 N per 10 mm and of no more than 10 N per 10 mm in a temperature range of 20 C to 37C.

The inventors of the present invention have conducted intensive studies for attaining the abovedescribed object and have completed an absorbent article having a novel structure.

The display system 100 of claim 1 wherein the common threedimensional view has a field of view FOV and wherein the processing device is configured to review the high resolution terrain data for high resolution terrain data associated with the FOV.

The metadata stored in the RIF file may assist the scenegraph manager in determining which resources are visible at a particular viewpoint and their level of detail.The metadata may be small in size in comparison to the actual data.Therefore by separating the metadata from the actual data memory usage processing requirements and initial application startup time may be significantly reduced because the actual data may not need to be loaded until it is required.For example during the initialization phase of the navigation system the RIF file may be read to determine which resources are required to be loaded into the system memory without loading the actual data.During runtime the scenegraph manager may access the actual data via the LOD file based oninformation stored in the RIF file i.e.the metadata stored in the RIF file may serve as a directory to determine which portion of the actual data is to be loaded into system memory.

The method according to claim 9 further comprising a step of forming a metal contact 1250 on the top electrode layer 1240.

Preferably the seleniumGroup 1b ink used in preparing the Group 1a1b3a material is tailored to deposit a MaSeh material on the substrate wherein the mole ratio of M to Se in the seleniumGroup 1b ink is 61 to 16 preferably 31 to 13 more preferably 21 to 12 and wherein M is at least one Group 1b material selected from copper and silver preferably copper.Variation of the molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component of the seleniumGroup 1b ink provides selectabilityof the MaSeh material deposited using the seleniumGroup 1b ink of the present invention.For example a 11 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe material.A 21 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe2 material.A 12 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a M2Se material.

An infant or adult diaper 10 according to any one of the preceding claims wherein at least two barrier elements are provided and all barrier elements are provided in the crotch region B.

The inventors of the present invention have conducted intensive studies for attaining the abovedescribed object and have completed an absorbent article having a novel structure.

Method according to claim 3 wherein neighboring tiles in the tessellation have contrasting colors.

First a structure of a printing device 10 will be described.As shown in FIG.1 the printing device 10 is a socalled flatbedtype inkjet printer.The printing device 10 includes a base member 12 a table 14 including a top surface 14a a movable member 18 including a rodlike member 16 a printing head 20 a standing member 22 standing on a rear portion of the base member 12 and a camera 26.

The downhole logging tool 26 of claim 1 wherein the first time and the second time are configured to take place sufficiently near to one another such that the first receiver coil 42 is subject to approximately the same environmental conditions at the first time as the second time.

The use of high excitation frequencies leads to a strong attenuation of the receiver signal as a function of the spacing L.Therefore a highfrequency nearfield eddycurrent HFNFEC regime occurs when L2alt1

The refrigeration cycle apparatus according to Claim 1 wherein the controller 10 increases the ratio of refrigerant flowing into the heat exchanger group 401 402 403 higher in wind speed with reduction in the load factor.

The outdoor unit 1 accommodates two sets of capacity variablecompressors 5a and 5b an oil separator 7 a fourway valve 8 a first outdoor heat exchanger 9a a second outdoor heat exchanger 9b a first outdoor expansion valve 10a a second outdoor expansion valve 10b a refrigerant amount adjustment tank 12 a gasliquid separator 14 an outdoor blower 15 and an outdoor electric parts box 21 and the like.

The electronic device of claim 1 wherein the instructions configure the processor toacquire data from at least one of the at least one first sensor and the at least one second sensor and change at least one of a period of time and a sampling rate for activating the at least one second sensor based on at least a part of the data.

According to one aspect of the present invention an electronic device includes a motion sensor that senses a motion of the electronic device a biometric sensor that senses a biometric signal and a processor that calculates a change in motion intensity of the electronic device by comparing output values of the motion sensor over two or more time periods activates the biometric sensor to determine whether the electronic device is currently being worn when the change in motion intensity over two or more time periods corresponds to a predetermined pattern and controls the electronic device to perform sleep monitoring when it is determined that the electronic device is currently being worn.

A washing machine 100 comprisinga drawer 1 comprising at least one compartment 10a 10b 10c for receiving an agent for treating laundrya supporting structure 2 on which said drawer 1 can slide comprising a releasable retaining device 3 delimiting a movement of said drawer 1 with respect to said supporting structure 2 wherein said releasable retaining device 3 comprises a catch portion 31 adapted to engage with a stopping element 11 of said drawer 1 and an operative portion 30 operable in order to disengage said catch portion 31 said operative portion 30 projecting from said supporting structure 2 characterized in that said releasable retaining device 3 is formed as a single body with said supporting structure 2.

Number 1 in Figure 1 indicates as a whole a laundry washing machine comprising a parallelepipedshaped outer body 2 a laundry loading opening 3 formed in a front wall 4 of body 2 and a control panel 5 located on front wall 4 above opening 3.

The wireless communication system of claim 2 wherein the slave device controller performs control to continuously transmit a capture signal to the master device that waits for reception at a reception timing of the second predetermined interval via the slave device wireless communicator for time longer than the second predetermined interval when the detected interrupt is an interrupt that requests signal transmission to the master device.

RAM 30 and EEPROM 51 are working memories of control section 28.

A lubricating oil composition comprising A an oil of lubricating viscosity in a major amount B an oilsoluble or oildispersible additive component in a minor amount obtainable by reacting b1 an aliphatic polyamine having at least two carbon atoms and at least two nitrogen atoms with at least one of the nitrogen atoms present in the form of a primary amine group and at least one of the remaining nitrogen atoms present in the form of a primary or secondary amine group and b2 an aliphatic hydrocarbyl mono acid or derivative thereof of formula Iwherein R1 represents a C9 to C29 aliphatic hydrocarbyl group and X represents OH or a suitable leaving group in a compound of formula I said reaction being conducted in a manner and under conditions sufficient to react at least one amine group of the aliphatic polyamine b1 with the aliphatic hydrocarbyl mono acid or derivative thereof b2 of formula I to form at least one amide andor imidazoline group and C an oilsoluble or oil dispersible additive component in a minor amount of a primary amide of formula R6CONH2 wherein R6 represents a C9 to C29 aliphatic hydrocarbyl group.

The present invention will next be described in more detail by way of examples which should not be construed as limiting the invention thereto.Measurement of friction coefficient an immersion test iron and copper and an oxidation stability test wereperformed through the following procedures.1 Measurement of friction coefficients of rubber samples Tester Boundentype reciprocal kinetic friction tester Test conditionsload 9.8 N stroke 10 mm speed 3.3 mms temperature 60C friction operation 30 times upper friction member rubber A727 lower friction member chromiumplated sheet 5010005 mm.The rubber member was made of a circular rubber piece diameter 15 mm.In the friction test a few drops of a sample oil were fed onto the surface of the lower friction member and the rubber piece was pressed against the lower friction member by means of a ball diameter 12.7 mm under a friction load.2 Immersion test iron and copper pieces in watercontaining oil In a glass bottle capacity 500 mL a sample oil 100 mL and distilled water 2 mL were placed.The mixture was stirred by means of a homogenizer for one minute at 2000 rpm.Subsequently a copper piece pure copper for copper plate corrosion test and an iron piece bearing race WS1730 were put into the oil sample.The bottle was capped with aluminum foil and left to stand in a thermostatic bath at 100C for 48hours.At the end of the test the copper piece and the iron piece were visually observed.The loss in mass of the copper piece was measured.Discoloration of the copper piece was measured in accordance with JIS 2513 with ratings of 1a no discoloration gt1bgt4c considerable discoloration.Thereafter the oil sample was left to stand at room temperature for 20 hours and presence of sludge was checked before and after washing with hexane.In the washing with hexane hexane 50 mL was fed to the 500mL glass bottle and the oil sample was washed with hexane under slight stirring.Then hexane was removed.3 Oxidation stability test The oxidation stability test was performed in accordance with the method stipulated in CEC L48A00B.Specifically air was caused to blow through a test oil sample 100 mL at 160C and 5.0 Lh for 96 hours and the inner wall of the glass bottle was checked for presence of deposits.The npentaneinsoluble matter was determined through the method A.

A method according to claim 1 wherein the content of CO2 after step c is of more than 90.

This invention relates generally to carbon capture and more specifically to methods and systems for capturing carbon dioxide.

A rechargeable battery comprising an electrode assembly 10 comprising a negative electrode 12 and a positive electrode 11 a case 31 receiving the electrode assembly 10 a terminal 21 22 electrically connected to the electrode assembly 10 and protruding outside the case 31 a current collecting member 51 52 electrically connecting the terminal 21 22 and the electrode assembly 10 to each other and an insulating member 61 partially enclosing the current collecting member 51 52 wherein the current collecting member 51 52 includes a plurality of fuse parts including a first fuse part 515 enclosed by the insulating member 61 and a second fuse part 514 that is not enclosed by the insulating member 61 and is exposed.

The negative electrode terminal 22 has a cylindrical shape and the nut 29 is installed on the negative electrode terminal 22 in order to support the negative electrode terminal 22 at an upper side and thread is formed on an outer circumference of the negative electrode terminal 22 to allow the nut 29 to be fastened thereto.

The resin composition for laser engraving according to Claim 1 wherein Component A has a polymer chain selected from a group consisting of a polyurethane chain a conjugated dienebased polymer chain and a polysiloxane chain.

Polymer A3 was a syrup at 20C flowed when an external force was applied and did not recover its original shape even when the external force was removed.That is polymer A3 was a plastomer at 20C.

The image displaying apparatus according to claim 2 wherein the antireflection coating has a transmittance of 98 or greater at an incident angle of 45 degrees and a transmittance of 80 or greater at an incident angle of 70 degrees.

In the diagram illustrating the sixth embodiment P6 denotes an image display element.The image display element P6 forms the primary image surface.The image display element P6 can represent a reflective dotmatrix liquid crystal panel a digital micro mirror device DMD and the like.In the diagram PP6 denotes a polarizing beam splitter PBS a dichroic prism a TIR Total Internal Reflector prism and the like.STOP denotes a diaphragm.While the projector needs an illumination optical system to illuminate the image display element P6 the illumination optical system is omitted from FIGS.41 and 42.

The method of claim 1 wherein the threedimensional display comprises a stereoscopic display.

The operation portion 6 includes a cross key 24 and an enter key 25.The cross key 24 is depressible in the upperlower and leftright directions and the cross key 25 is provided in a central portion of the cross key 24.The operation portion 6 further includes first to fourth keys 26 to 29.In a normal case these keys are used as follows.The first soft key 26 is depressed when specifying activation of the email management program.The second soft key 27 is depressed when specifying connection to a network such as the Internet.The third soft key 28 is depressed when specifying displaying of a main menu.The fourth soft key 29 is depressed when allocating and using a desired command.

The laundry treating machine according to any one of the preceding claims characterized in that the electrical component is an antiinterference filter 34.

More specifically electronic circuit 15 may comprise for example a sensor 40 for determining acceleration of drive 7 and defined for example by anaccelerometer connected stably to one of electronic boards 30a 30b 30c andor a sensor 41 for determining the speed of electric motor 11 and fitted for example to one of electronic boards 30a 30b 30c facing a portion of rotor shaft 8 of electric motor 11 to determine the speed of the shaft.In which case rotor shaft 8 may be sized to project from cover 13a of housing 13 through a hole formed through cover 13a and through a central hole so as to project partly inside case 14 in a position facing speed sensor 41 Figure 5.

The method according to one of the preceding claims wherein the different oscillator clock frequency ranges comprise clock frequencies less than 100 kHz andor clock frequencies between about 100 kHz to about 8 MHz andor clock frequencies greater than about 8 MHz.

A delay line in accordance with the invention includes a plurality of delay elements connecting an input and an output the delay elements for causing a delay to be introduced to a signal passing through the delay elements.A voltage device is included for regulating power to the plurality of delay elements the voltage device being adjustable to provide a predetermined voltage to the delay elements such that the delay in the delay elements is modified according to the predetermined voltage.

A flexographic printing plate produced by the process for making a flexographic printing plate according to any one of Claims 13 to 15.

A separable flask equipped with a thermometer a stirrer and a reflux condenser was charged with 447.24 parts of PCDL registered trademark L4672 polycarbonate diol Asahi Kasei Chemicals Corporation numberaveragemolecular weight 1990 OH value 56.4 mgKOHg and 30.83 parts of tolylene diisocyanate a reaction was carried out by heating at 80C for about 3 hours following this 13.49 parts of 2acryloyloxyethyl isocyanate Karenz AOI Showa Denko K.K.was added and a reaction was carried out for a further approximately 3 hours thus preparing a polymer having an acryloyloxy group at a main chain terminal polymerizable unsaturated groups in the molecule being on average about 2.0 per molecule and a numberaverage molecular weight of about 10000.Following this 17.24 parts of 3mercaptopropylmethyldimethoxysilane KBM802 ShinEtsu Chemical Co.Ltd.was added and a reaction was carried out by heating at 40C for 2 hours thus giving polymer A6 having a dialkoxysilyl group at a terminal and a numberaverage molecular weight of 10000.Polymer A6 was a syrup at 20C flowed when an external force was applied and did not recover its original shape even when the external force was removed.That is polymer A6 was a plastomer at 20C.

The method according to claim 9 further comprising searching for and displaying multiview devices which pair with the display apparatus wherein the displaying the UI comprises displaying the UI for selecting the channel and the display mode of the at least one multiview device selected by a user from the searched multiview devices.

The network interface unit 255 provides an interface for connection to a wiredwireless network including the Internet.The network interface unit 255 may also transmit or receive data to or from another user or another electronic device through a connected network or another network linked to the connected network.

A vehicle interior material including the lightweight multilayered composite substrate according to claim 16.

The polypropylene foam sheet 120 may be constituted by mixing for example 20 to 50 parts by weight of a linear lowdensity polyethylene or elastomer with 50 to 80 parts by weight of polypropylene.

The method of claim 9 further comprising providing the blade to produce a respective minimum in the respective load valleys proximate the stable pitch angle with zero root twisting moment with respect to the changing wind directions.

When the blades 1820 are horizontally aligned the wind turbine 10 is operable to detect the current wind direction at the turbine and to yaw the rotor assembly of the wind turbine comprising the wind turbine blades 1820 and the rotor hub 16 provided on the nacelle 14 such that the tip end 18b of one of the wind turbine blades 18 is pointed in the direction that the current wind is coming from e.g.if the wind is detected to be South Westerly the wind turbine blades 1820 are actively yawed using the turbine yaw mechanism not shown until the blades 18 are aligned with the wind direction such that one of the tip ends 18b will point in a South Westerly direction and the opposed tip end 20b points in a North Easterly direction.

A method according to any of claims 7 to 12 wherein the compressor includes an electric motor M to drive the compressor only first and second motor sizes being defined for each compressor size ABCDE the first motor size corresponding to 50Hz electricity and the second motor size corresponding to 60 Hzelectricity and the motor being chosen from the group comprising the first and second sizes only.

Diffusers impellers and volutes may be configured to refine the output flow rate output pressure and performance of the compressor.

The apparatus of claim 12 wherein the cartridge includes a guard protruding from the cartridge wherein the guard is positoned proximally on the cartridge wherein the secondary cutting element is operable to selectively move into and out of the guard.

Further to the above a sled or firing member passing through a staple cartridge can release a tissue thickness compensator from a cartridge body at the end or near the end of the distal movement of the sled andor the end of the firing stroke of the firing member.Stated another way the tissue thickness compensator can be released from the cartridge body at the same time or nearly the same time that all of the staples have been fired from the staple cartridge.In various other embodiments the tissue thickness compensator can be released from the cartridge body at the same time or before the first or proximalmost staples have been fired from the staple cartridge.One such exemplary embodiment is depicted in FIGS.9092 which illustrate a staple cartridge 22000.Similar to the above the staple cartridge 22000 can comprise a cartridge body 22010 and a tissue thickness compensator 22020 releasably secured thereto.Although the staple cartridge 22000 can further include a staplefiring sled as described above the sled may not release the tissue thickness compensator 22020 rather the staple cartridge 22000 may further comprise an actuator 22011 which can be advanced distally by the firing member at the beginning of the firing stroke thereof.Various other embodiments are disclosed herein which disclose means for advancing an actuator distally and are not repeated with regard to this embodiment for sake of brevity to the reader.In any event the actuator 22011 can include a cam support 22012 extending therefrom which can be configured to support a cam 22070 when the actuator 22011 is in its unactuated position as illustrated in FIG.90.Moreover the staple cartridge 22000 can further comprise a biasing member or spring 22074 which can be configured to hold or bias the cam 22070 against the cam support 22012 while again the actuator 22011 is in its unactuated position illustrated in FIG.90.In such a position of the cam 22070 a retention pin 22072 extending from the cam 22070 can be engaged with and extend through an aperture 22023 defined in a distal end 22022 of the tissue thickness compensator 22020 such that similar to the above the retentionpin 22072 andor the retention pin 22072 in concert with a clamp 22013 extending from the cartridge body 22010 can hold the tissue thickness compensator 22020 in position.

The compound cycle engine as defined in any one of the preceding claims wherein the common shaft is an output shaft connected to the engine rotor of each of the at last one rotary unit the first stage turbine being drivingly engaged to the output shaft through a transmission.

The outer body 12 may be integral containing all the rotor cavities 20 or alternately be defined by a plurality of body portions separate from one another or interconnected for example each defining a respective one of the cavities 20 and receiving a respective one of the rotors 24.

An electronic device comprising a display a memory for storing data and a processor functionally connected to the display and the memory wherein the processor is configured to detect a first input is configured to determine whether a cover for the electronic device is covered on the display when the first input is detected wherein the cover includes a first visual region and a second visual region and is configured to display first data corresponding to the first input through at least one of a first region and a second region of the display when the cover covers the display wherein the first region is arranged in a location corresponding to the first visual region and the second region is arranged in a location corresponding to the second visual region.

Meanwhile various exemplary embodiments of the present invention relate to a method or an apparatus for displaying information in a partial area of the display screen 195 which is exposed through each of the opening areas as described above with reference to FIGs.3A to 4D which is seen through each of the opening areas or which is transparently or translucently seen through transparent or translucent material in each of the opening areas.For example in the exemplary embodiment of the present invention when the cover of the flip cover 300 including the opening area is closed as shown in FIG.3A it is necessary to identify which position is matched to an area such as a display area exposed through the opening area in the entire area of the display screen 195 what information is displayed in the display area and the like.The identification of such positions and such information may be performed with reference to setting information of the display area which is used and stored by the electronic device 100.Accordingly setting information of each display area may include position data of each display area type data related to each display area order data related to the display areas etc.

The mobile terminal of any one of claims 1 to 8 wherein the processor is further configured to detect a predetermined signal through the second transparent display unit and display the information being consistently maintained regardless of a distance between the first transparent display unit and the second transparent display unit in a state of having the predetermined signal detected.

In some implementations a display of the display unit 151 isconfigured to be transparent or lighttransmissive to allow viewing of the exterior.A transparent display may be for example a TOLED Transparent Organic Light Emitting Diode display.Through such configuration the user can view an object positioned at the rear side of the terminal body through the region occupied by the display unit 151 of the terminal body.

The inkjet recording method according to any one of Claims 1 to 8 wherein steps 1 and 2 above are repeated twice to sixteen times for the same area.

Among the lamps disposed at both ends the lamp positioned to the rear with respect to the scanning direction trailing lamp was the lamp that first applied light to a landed inkjet droplet with regard to this lamp the lamp position the main scan speed and the discharge frequency were adjusted so that irradiation started within 0.7 seconds after ink landing on the recording medium and with regard to the illumination intensity this lamp was focused so that the irradiation intensity was 50 to 500 mWcm2 and the total integrated exposure was no greater than 40 mJcm2.The time taken from landing to the first lamp irradiation could be adjusted by the shuttle scanning speed.The next exposure was carried out by the lamp leading lamp to the front with respect to the scanning direction direction opposite to the above and the lamp was focused so that the illumination intensity was 500 to 1500 mWcm2 as an exposure surface illumination intensity.During this process the integrated exposure was in the range of 25 to 70 mJcm2.Setting was carried out so that a solid image could be drawn by a total of 4 head passes bidirectional printing in the case of 300 dpi and a total of 8 head passes bidirectional printing in the case of 600 dpi.Since the head was provided with two lamps the total number of lamp passes was 4 for the leading lamp and 4 for the trailing lamp 4 in the case of 300 dpi and 8 for the leading lampand 8 for the trailing lamp in the case of 600 dpi.The value obtained by summing all integrated exposures during irradiation for each pass was calculated as the total integrated exposure.Furthermore depending on the case an additional exposure scan scanning of lamp alone without discharging ink was carried out as a postcure after printing was completed.

The method of claim 9 wherein the input received from the touch panel corresponds to the movement of the magnetic user input device.

The magnetic field acts on a magnetic element in the tip of the stylus to produce a force on the tip.This force may have a component in the plane of the drawings surface that can be controlled to simulate friction between the stylus and the drawing surface for example.The force may have a component perpendicular to the plane of the drawing surface that may be employed to simulate undulations or unevenness of the drawing surface or to provide feedback to a user.

A method for processing a touch screen terminal object comprising receiving an object placing instruction given by a user wherein the object placing instruction is used to place in a container interface a source object selected by the user in a source interface the object placing instruction carries attribute information of the source object and the source interface is an interface where the source object is located determining according to the attribute information of the source object a display icon that corresponds to the source object and displaying in the container interface the display icon that corresponds to the source object receiving an icon placing instruction given by the user wherein the icon placing instruction is used to place the display icon that corresponds to the source object and is in the container interface on a target object in a target interface the icon placing instruction carries the attribute information of the source object and attribute information of the target object and the target interface is an interface where the target object is located determining a target operation option according to the attribute information of the source object and the attribute information of the target object wherein the target operation option is an operation option of an executable operation that is generated when the source object is associated with the target object and starting a target operation procedure according to the target operation option and the target object.

When a user selects a plurality of function icons or contents icons by a touch input e.g.a real touch or a proximity touch the controller 180 may run and display each of the corresponding icons on the corresponding surface to which the icon belongs to.

An infant or adult diaper 10 according to any one of the preceding claims wherein the barrier element 70 forms a Tshape in a sectional view along a longitudinal plane.

The inventors of the present invention have conducted intensive studies for attaining the abovedescribed object and have completed an absorbent article having a novel structure.

A base station that performs radio communication with a mobile terminal and transmits EMBMS Evolved Multimedia Broadcast Multicast Service data to the mobile terminal wherein said base station transmits a reference signal for transmitting the EMBMS data to said mobile terminal by using a radio resource domain at which the EMBMS data is transmitted.

A first method partially adds information on the MBMS FA while using an SIB currently used in the 3GPP Third Generation Partnership Project standard.

A portable electronic device capable of providing secure texttospeech conversion according to the method of any one of claims 18.

As storage of a speakers speech synthesis template could potentially enable fraudulent messages to be presented using someone elses voice it may be preferred to include some sort of digital signature in the speech synthesis templates perhaps as an embedded signature so that only the user who is the source of the speech synthesis template can use it legitimately.In one embodiment this is based on a twokey encryption system in which the speech synthesis template generates one key and new text messages are provided with a second key.An encryption algorithm is used by the recipient device to check that the keys match with the content of the text message and thus to authenticate the source of the text message.These security aspects are not such a problem in methods such as the fourth method in which the speech synthesis templates are not transferred to communications devices.

The method as recited in claim 10 wherein one of the actuator control modules is a power conditioning module having a power conditioner electrically coupled to at least one electrical power source the power conditioning module delivering electrical power to each of the plurality of actuators in response to the commands from the actuator control unit.

The EEC module 28 is linked to other line replaceable units such as the modules 26 30a 30b 32 via the high speed serial buses 40 42.Processors like the Motorola 8540 can run at gigahertz speeds and process large amounts of data enabling realtime processing of sensor data.Communications between modules 26 28 30a 30b 32 and with other components is supported by the latest commercially available standard serial bus node with cellularWIFI capability.For example firewire IEEE1394 or a similar high speed serial bus ensures adequate bandwidth availability to preclude data latency issues associated with many distributed concepts.Data is sent and received i.e.broadcast over the communication buses 40 42 between the modules 26 28 30a 30b 32.In one example the communication buses are serial messagebased in which data arrives and departs at known times without any latency or jitter.Examples of serial messagebased communications bus standards are ASDX Ethernettype Flexray and TTPC time trigger protocols.

The tire in accordance with at least one of the previous claims wherein the groove width along the second axis and between respective groove sidewalls is in a range of from 1.7 mm to 2.3 mm.

FIG.11 shows a second alternative rib profile area located on both sides of the outlet to the outlet device 70.FIG.12A shows an enlarged detail of the groove 56 with the alternative second rib profile and FIG.12B shows an enlarged detail of the tube 42 pressed into the second rib profile.With reference to FIGS.11 12A 12B the ridges or ribs D0 through D6 in this alternative may have a frequency pattern similar to that described above in reference to FIGS.10A 10B but with each rib having a unique respective amplitude as well.Each of the ribs D0 through D6 may generally have a semicircular crosssection with a respective radius of curvature R1 through R7 respectively.The radii of curvatures of the ridges D0 through D6 may be within the exemplary range0.020 mm to 0.036 mm.

The method of claim 1 wherein the communicating with the AAA server 102 to authenticate the selection of the plurality of low powered devices 120A120N includes receiving from the AAA server 102 a reply with an identifier of the PDN gateway 308.

For example a wireless access gateway WAG of an alternate access network operates as a SaMOG to enable GTPbased connectivity with a mobile network gateway of a mobile network.Using nonmobile authentication methods a wireless device sends subscriber credentials that do not include an ISMI to the SaMOGbased WAG.The WAG forwards the subscriber credentials to an Authentication Authorization and Accounting AAA server which uses the subscriber credentials to query a subscriber database that is not a Home Location Register HLR for the mobile network.The subscriber database uses the subscriber credentials to look up and return an IMSI and MSISDN for the subscriber to the AAA server which forwards the IMSI and MSISDN to the WAG to emulate an HLRbased lookup of subscriber account information.The IMSI and MSISDN may or may not be affiliated with the subscriber in the mobile network HLR.

The subsea unit 1 as claimed in any of the preceding claims wherein the electronic device 9 is a power electronic device.

Enclosure 11 is a pressure compensated enclosure i.e.an enclosure that equalizes its inner pressure with the pressure of the medium surrounding the enclosure e.g.with the surrounding water pressure.This can be achieved by completely filling the free volume inside the enclosure with a dielectric liquid 13 and providing one or more pressure compensators not shown which transmit the outside pressure to the inside of the enclosure.For pressure transmission the compensator can comprise a flexible element such as a bellow a membrane a bladder or the like.Outside and inside pressure are thus approximately equal.Arrangements for slightly increasing the inside pressure can be provided.Such arrangements may comprise a spring or a weight which apply a force to the flexible member for creating an overpressure inside the enclosure.This prevents the entering of water.As the pressure differences are relatively small the enclosure 11 can be provided with relatively thin walls compared to a pressure resistant enclosure.

The system of claim 1 wherein a console identifier is provided to said game controller 154 during said binding process.

Referring to Fig.2 there is illustrated an exemplary wireless controller 154 having a four quadrant LED indicator 156 and enlarged view and console 100 having a four quadrant indicator 158.The controller 154 also includes vibration feedback mini joysticks pressuresensitive buttons etc.A game is shown on the screen 160.The console indicator 158 is shown surrounding a power button however other configurations may be implemented.Each quadrant of the ring may be illuminated by an LED which may be either a single color or bicolored to illuminate in plural colors.As will be described below the quadrants may be illuminated in patterns indicating the notifications system status binding and discovery.

The surgical device of claim 2 wherein the housing and the ring are monolithically formed.

The actuation member 260 can be coupled to the retractor 218 in a variety of ways.Similar to the rings 32 132 332 discussed above the actuation member 260 can be coupled to an inside surface 228I of the inner elongate portion 228 an outside surface 2280 of the inner elongate portion 228 andor be disposed within a sidewall of the inner elongate portion 228.In an exemplary embodiment as shown in FIG.11 the actuation member 260 can be coupled to the outside surface 2280 of the inner elongate portion 228 by extending through an inner lumen 262 extending around the outside surface 2280.The inner lumen 262 can be integrally formed with the retractor 218 e.g.formed within the sidewall of the inner elongate portion 228 or as shown in this embodiment the inner lumen 262 can be formed in a lumen sheath 264 attached to the outside surface 2280 of the inner elongate portion 228.The lumen sheath 264 extending around the perimeter of the inner elongate portion 228 can thereby form at least one ridge on the outside surface 2280 thereof that can be configured similar to the ridges 36 136 336 discussed above.The longitudinal length of the actuation member 260 can extend through the inner lumen 262 and first and second terminal ends 260a 260b of the actuation member 260 can be respectively coupled to an actuator 266 in a proximal portion of the retractor 218 and to a coupling mechanism 268 in a distal portion of the retractor 218.Although the actuator 266 is attached to the retractor 218 in this embodiment the actuator 266 can be attached to any portion of a housing configured to be coupled to the retractor 218.Further in some embodiments the actuator 266 can be positioned at a distal portion of the retractor 218 with the actuation members second terminal end 260b attached to the actuator 266 and the actuation members first terminal end 260a attached to a proximal portion of the retractor 218 or in any portion of a housing configured to be attached to the retractor 218.

The surgical stapler of any preceding claim wherein said motor comprises a stepper motor.

The motor 65 may be a DC brushed driving motor having a maximum rotation of approximately 25000 RPM.In other embodiments the motor 65 may include a brushless motor a cordless motor a synchronous motor a stepper motor or any other suitable electric motor.The motor 64 may drive a 90 bevel gear assembly 66 comprising a first bevel gear 68 and a second bevel gear 70.The bevel gear assembly 66 may drive a planetary gear assembly 72.The planetary gear assembly 72 may include a pinion gear 74 connected to a drive shaft 76.The pinion gear 74 may drive a mating ring gear 78 that drives a helical gear drum 80 via a drive shaft 82.A ring 84 may be threaded on the helical gear drum 80.Thus when the motor 65 rotates the ring 84 is caused to travel along the helical gear drum 80 by means of the interposed bevel gear assembly 66 planetary gear assembly 72 and ring gear 78.

An ejection condition determination method in an image forming apparatus configured to relatively move a recording medium once with respect to a recording head including a plurality of recording elements configured to eject droplets in a transport direction crossing an arrangement direction of the plurality of recording elements so as to form an image formed by a plurality of dots on the recording medium the method comprising selecting two or more kinds of ejection conditions regarding other recording elements than a specified recording element among the plurality of recording elements acquiring drawing data representing two or more drawing patterns having different density distributions the drawing data being acquired by respectively forming same drawing patterns using the selected two or more kinds of ejection conditions in a specified nonejection state in which there is no ejection of the droplets from the specified recording element performing a filter processing corresponding to human visual characteristics on the acquired drawing data so as to obtain visual correction drawing data and determining the ejection conditions for compensating for a density variation of the image due to the specified nonejection state based upon evaluation results which are obtained by respectively evaluating two or more drawing patterns represented by the visual correction drawing data and having been subjected to the filter processing according to a predetermined evaluation condition.

In Fig.27 the vertical line represents an optical reflection density and the horizontal line an offset amount of the printing position.A solid line A indicates variations of the value of the reflection optical density in the case where the printing is performed under a condition where the reflection optical density is sensitively lowered according to the variation of the offset amount of the printing position as set forth and a broken line B indicates variations of the value of the reflection optical density in the case where the dot interval is smaller than the former case.As can be clear from Fig.27 when the dot interval is too small the reflection optical density cannot be varied too much for the abovedescribed reason even if the printing registration condition is deviated from the ideal condition.Therefore in the present embodiment the decision at step S123 of Fig.24 is made to enlarge the distance between the dots based on the result of the decision thereby establishing the printing condition suitable for performing judgment of the printing registration condition.

Laundry treatment apparatus in particular dryer 2 2a or washing machine having drying function comprising a cabinet 40 having a front wall 44 a rear wall 43 side walls 42 and a top cover 49 a laundry storing chamber 18 arranged inside the cabinet 40 for treating laundry 19 using process air A a process air loop A for circulating the process air A through the laundry storing chamber 18 and a heat pump system 4 for dehumidifying and heating the process air the heat pump system having a refrigerant loop 6 comprising a first heat exchanger 10 for heating a refrigerant and cooling the process air A a second heat exchanger 12 for cooling the refrigerant and heating the process air A a refrigerant expansion device 16 a compressor 14 and an auxiliary heat exchanger 13 characterized in that the auxiliary heat exchanger 13 is arranged at the external side of the rear wall 43.

A mechanical chamber 9 is constituted on a side ofthe drum main body D in the main body 1 and an air circulation path 20 is constituted in this mechanical chamber 9.One end of this air circulation path 20 is provided with an inlet 20A and an evaporator 15 of a refrigerant circuit 10 described later is disposed in the air circulation path 20 in the vicinity of the inlet 20A.Moreover the inlet 20A of this air circulation path 20 communicates with one side of the inner drum 5.The other end of the air circulation path 20 is provided with an outlet 20B and a radiator 12 of the refrigerant circuit 10 is disposed in the air circulation path 20 in the vicinity of the outlet 20B.

A mobile terminal comprising a wireless communication unit 110 configured to provide wireless communication a touch screen 151 and a controller 180 configured to deactivate the touch screen 151 receive a first touch on the deactivated touch screen 151 receive a second touch on the deactivated touch screen 151 while the first touch is maintained on the deactivated touch screen 151 execute a memo function on the mobile terminal in which the second touch corresponds to input memo information and maintain the execution of the memo function while the first touch is maintained on the deactivated touch screen 151.

Preferably the controller 180 controls a memo window to receive the input of the memo to be displayed on the touch screen 151 by executing the memo application and wherein the second user action includes a touch action on the memo window.

A supporting device in particular a garden tool supporting device for at least one electrical unit 12 of electrically driveable tools in particular electrically driveable garden tools comprising at least one base plate 16 to which said electrical unit 12 is attachable at least one receptacle unit 18 in which said electrical unit 12 is arrangeable and at least one sealing unit 20 to waterproofseal said receptacle unit 18 wherein said sealing unit 20 comprises at least one sealing element 22 which is arrangeable at said receptacle unit 18.

The base 18 also includes a rail 88 which acts as a catch for the battery latch 78.The rail 88 is formed from the metal housing and defines a side of the opening 80 which the barrier plate actively blocks.

Hydraulic solar collector tracking system according to claims 9 or 10 wherein the control unit is also configured to generate a trigger command to cause the hydraulic cylinder 3 5 to tilt the solar collector surface 2 to cause the solar collector tracking system 100 to go into the wind stow position when said control unit determines that a measuredpressure reaches or exceeds its corresponding pressure limit.

Figure 10 shows a diagram corresponding to the device for prevention of damage occasioned by the wind which device includes a pressure switch 19 connected to one of the lines 20 corresponding to the hydraulic system intended for supplying the actuators 4 or 4 applied in the solar tracker of the invention specifically for carrying out the change of position of the solar panels located on the platform in the horizontal location in the presence of strong winds in other words winds that are above a preestablished value.

A radar device as set forth in claim 1 wherein when said decomposing unit 53 decomposes receive signals into vectors it additionally decomposes them into vectors which are orthogonal to all of the mode vectors for said detected angles and said power value calculation unit 54 calculates the powers for the bearings of the receive signals decomposed into vectors.

The DOA estimating unit 41 upon receiving the signals received by the respective sensor elements with these signals being subjected to signal processing by the following respective functional units estimates a direction of arrival an angle of arrival of the arriving wave.The DOA estimating unit 41 is constructed by including a signal correlation calculating unit 42 an arriving signal count predictingsetting unit 43 corresponding to a signal countestimating unit according to the present invention a pseudo spatial average covariance matrix calculating unit 44 corresponding to a matrix forming unit according to the present invention and a DOA calculating unit 45 corresponding to an estimation unit according to the present invention.The respective functional units building up the DOA estimating unit 41 will hereinafter be described.

The method or use of any of claims 1 to 7 wherein said virus filter achieves at least a 1 Log10 reduction value LRV for a viral contaminant preferably at least a 4 Log10 reduction value LRV for a viral contaminant and most preferably at least 6Log10 reduction value LRV for a viral contaminant.

A preferred method of carrying out the present invention will be described hereinafter.The material resulting from this clarification diluted to a concentration lower than or equal to 1.5 mgml in thepresence of at least one amino acid preferably arginine at a concentration between 0.1 and 8 weightvolume and a temperature between 18 and 37C preferably in both cases and previously clarified through filters having a greater pore size is filtered through a nanofilter having a pore size smaller than 35 nm preferably about 20 nm with protein recovery greater than 80.The filter area required to carry out this nanofiltration is between 10 and 1000 cm2 per litre of solution to be filtered depending on the protein concentration of the solution and the pore size of the nanofilter used.The processing time is usually shorter than 12 hours.

The electrode assembly of any one of the preceding claims wherein the first electrode comprises a substrate 113 wherein the first active material layer comprises active material layers 112 on both surfaces of the substrate and the ceramic layer comprises ceramic material layers 50 on both surfaces of the substrate.

The ceramic filler forming the ceramic layer is made of at least one of alumina Al2O3 silica SiO2 zirconium oxide ZrO2 and titanium oxide BaTiO3 TiO2.The ceramic filler can have a spherical shape a dumbbell shape an oval shape or an amorphous shape.The particle size of the ceramic filler can be 0.1 m to 0.7 m.Furthermore the thickness of the ceramic layer ranges from 1 m to 40 m preferably 1 m to 30 m and pore size ranges from 40 nm to 200 nm.