bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A cockpit video system as recited in Claim 1 wherein the alignment module corrects for 4 degrees of misalignment of the signal in two axes to yield a final image alignment within 0.25 degrees.

Related passage: FIGURE 18 is another example of a ground maneuvering image 608.The ground maneuvering image 608 shown in FIGURE 18 includes a superimposed arrow symbol guide 610 generated by the target generator 530.The arrow symbol guide 610 indicates the location and direction of travel of a virtual nose of anairplane with a smaller wheelbase.When the pilot steers the airplane so that the arrow symbol guide 610 tracks the centerline 584 the airplane is properly oversteered.An algorithm based on nosewheel steering angle computes the direction of the arrow.The algorithm may also vary the length of the arrow to indicate speed.
Patent claim: A UV curable printing system including a UV curable inkjet composition according to claim 8 and an inkjet printing device

Related passage: The materials used in the present invention are as follows.IRGALITE BLUE GLVO phthalocyanine pigment Ciba Specialty Chemicals CINQUASIA MAGENTA RT355D C.I.Pigment Violet 19C.I.Pigment Red 202 mixed crystal pigment Ciba Specialty Chemicals NOVOPERM YELLOW 4G01 C.I.Pigment Yellow 155 pigment Clariant SPECIAL BLACK 250 carbon black pigment Ciba Specialty Chemicals SOLSPERSE 32000 Noveon dispersant VCAP Nvinylcaprolactam ISP SR285 tetrahydrofurfuryl acrylate THFA Sartomer SR9003 propylene glycolmodified neopentyl glycol diacrylate PGmodified NPGDA Sartomer SR506 isobornyl acrylate Sartomer SR531 trimethylolpropane formal acrylate CTFA Sartomer SR395 isodecyl acrylate Sartomer SR339 2phenoxyethyl acrylate Sartomer CN964 A85 difunctional aliphatic urethane acrylate containing 15 wttripropylene glycol diacrylate Sartomer FIRSTCURE ST1 polymerization inhibitor mixture of trisNnitrosoNphenylhydroxyamine aluminum salt 10 wt and phenoxyethyl acrylate 90 wt Chem First LUCIRIN TPO photopolymerization initiator 246trimethylbenzoyldiphenylphosphine oxide BASF IRGACURE 184 photopolymerization initiator 1hydroxycyclohexyl phenyl ketone CibaGeigy Ltd.TEGORAD 2100 siliconebased surfactant Degussa Preparation of cyan mill base C1 phthalocyanine Pigment
Patent claim: The amplifier as claimed in any preceding claim wherein said plurality of amplifier stages comprises a pair of amplifier stages and said switching mechanism is operable to selectively couple one of said pair of amplifier stages in parallel with another of said pair of amplifier stages coupled with said amplifier input.

Related passage: The highfrequency switch circuit shown in Fig.10b comprises the first input terminal A the first transistor Q2 in which one of the drain and the source is connected in series to the first input terminal A the first output terminal B being connected to the other one of the drain and the source of the first transistor Q2 one of the drain and the source of the second transistor Q1 in which the other one of the drain and the source is grounded in a highfrequency manner being connected to the first output terminal B the third transistor Q3 in which one of the drain and the source is connected in series to the first input terminal A the second output terminal F being connected the other one of the drain and the source of the third transistor Q3 one of the drain and the source of the fourth transistor Q4 in which the other one of the drain and the source is grounded in a highfrequency manner being connected to the second output terminal F the fifth transistor Q5 in which one of the drain and the source is connected in series to the second output terminal F the second input terminal C being connected to the other one of the drain and the source of the fifth transistor Q5 one ofthe drain and the source of the sixth transistor Q6 in which the other one of the drain and the source is grounded in a highfrequency manner being connected to the second input terminal C and the seventh transistor Q7 in which one of the drain and the source is connected in series to the second input terminal C the third output terminal D being connected to the other one of the drain and the source of the seventh transistor Q7 one of the drain and the source of the eighth transistor Q8 in which the other one of the drain and the source is grounded in a highfrequency manner being connected to the third output terminal D one of the drain and the source of the ninth transistor Q9 being connected in series to the other one of the drain and the source of the fifth transistor Q5 one of the drain and the source of the tenth transistor Q10 in which the other one of the drain and the source is grounded in a highfrequency manner being connected to the other one of the drain and the source of the ninth transistor Q9 the fourth output terminal E being connected to the other one of the drain and the source of the ninth transistor Q9.
Patent claim: A subsea electrical unit comprisinga first electric power connection 11 for receiving electric power for operating the subsea electrical unit 100a second electric power connection 12 towards a further subsea electrical unita line insulation monitor 22 coupled to the second electric power connection 12a control unit 30 adapted to determine whether electric power is present on the second electric power connection 12 wherein the control unit 30 is adapted to disconnect the line insulation monitor 22 from the second electric power connection 12 if it determines that electric power is present on the second electric power connection 12.

Related passage: Referring firstly to Figure 1 there is illustrated part of a typical subsea installation which comprises a subsea distribution unit 3 operable to distribute power and control signals from a remote location for example via an umbilical 1 and umbilical termination assembly 2 to a series of subsea equipment devices 4.Electrical input connectors 6a and output connectors 6b are provided to allow the distribution unit 3 umbilical termination assembly 2 and devices 4 to be connected to one another using a series of subsea cables or jumpers 5.The cables 5 are used to transfer electrical power and they also conduct control signals.
Patent claim: The adhesive tape according to any one of claims 1 to 3 wherein the value of A represented by the following formula I is 0.25 to 14250.Ahydroxyl value mg KOHg of hydroxyl groupcontaining polyolefin bnumber of parts by weight of hydroxyl groupcontaining polyolefin b in the adhesive relative to 100 parts by weight of polyolefin a I

Related passage: The same 10 mthick polyisobutylenebased pressuresensitive adhesive layer as in Example 1 was formed.This pressuresensitive adhesive layer was not subjected to the surface modification treatment with an acrylic polymer.Thus a surfaceunmodified polyisobutylenebased pressuresensitive adhesive tape was obtained.
Patent claim: The method of claim 4 wherein if the first state is a locking state and a second state is an unlocking state the state switching information comprises an unlocking password and first identification information the first identification information being for notifying the terminal to switch the realtime state from the first state to the second state or if the first state is an unlocking state and a second state is a locking state the state switching information comprises second identification information the second identification information being for notifying the terminal to switch the realtime state from the first state to the second state.

Related passage: The service terminal 20 is a terminal for purveying a variety of information such as music picture map or the like information or selling commercial goods installed on a street or in a store an ATM terminal provided in a bank a wicket gate in a station as means of traffic seats in public means of conveyance such as aircraft or electrical car or a device embedded in a wall of a building for furnishing a wide variety of services.The communication may be had between the portable equipment 10 and the service terminal 20 by the user 30 contacting a contact point 29 of the service terminal 20such as by touching with a finger or the palm of his or her hand.
Patent claim: Method according to claim 4 wherein to detect the current value relating to the time parameter the method further comprises the following stepsthe device sends to the token local information the local information including a data field relating to a time zonethe token recognizes the data field relating to the time zone and identifies the current value relating to the time zone.

Related passage: Object of the present invention is solving the above priorart problems by providing a multicard device in particular a cellular telephone apparatus for telecommunications that contains therein a plurality of telephone cards with which it is able to selectively operate upon the operators choice or in a completely automatizedway according to the time of the day in which the phone call occurs without having every time to place the involved card inside the cellular phone.
Patent claim: The atomizer according to claim 2 further comprising a liquid blocking sleeve wrapping around the holder wherein the liquid blocking sleeve defines an assembling hole allowing the piercing part to pass through and a liquid passage communicating the liquid inlet and the buffer chamber.

Related passage: Referring to FIG.2 the liquid guiding assembly includes a suction nozzle a liquid guiding rope 320 and a liquid guiding sleeve 321.The suction nozzle has a liquid guiding pipe 322 and a base body 323 one end of the liquid guiding pipe 322 is connected with the base body 323 and the other end of the liquid guiding pipe 322 is a free end with an inclined or triangular end face.In this preferred embodiment the free end is provided with an inclined face.Based on the inclined or triangular end face of the free end this could help puncture easily the liquid isolating membrane 23 on the casing cover 22.A liquid seal is formed at the contact part of the suction nozzle and liquid storage case namely after puncturing the liquid isolating membrane 23 on the casing cover 22 the free end of the liquid guiding pipe 322 is inserted into the storage cavity of the casing body 21 as the liquid isolating membrane 23 is made of rubber a liquid seal is thus formed at the contact part of the liquid guiding pipe and liquid isolating membrane 23.The other end of the suction nozzle intercommunicates with the atomizing cavity of the suction nozzle holder.Since the base body 323 is located over the atomizing cavity 313 or kept in contact with the atomizing cavity 313 the atomizing cavity isnt blocked since the surface area of the base body is smaller than the area of the atomizing cavity 313 the base body could intercommunicate with the suction nozzle holder.
Patent claim: Method for managing a private femtocell equipment 7 connected to a mobile network wherein at least one mobile device 1 also connected to the mobile network is a registered mobile device 1 of the femtocell and wherein the method comprises the following stepsdetermining a coverage area 8 of the femtocelldefining an activation area 11 according to the coverage area 8detecting the location of at least one registered mobile device 1 if at least one registered mobile device 1 is detected by the mobile network within the activation area 11activating the femtocell equipment 7 otherwisedeactivating the femtocell equipment 7.

Related passage: The femtocell device is represented in figure 4.It comprises a first communicating module 23 for emitting and receiving in the UMTS network.A femtocell management module 24 is adapted to perform the management and control functions of a femtocell in a pico cell.It comprises a second communicating module 25 for emitting and receiving in the broadband network.In the embodiment the broadband network is of digital subscriber line technology.Of course it could also be any other type of broadband connection such as a cable modem fiber optics or satellite modem.It also comprises storing module 22 such as a memory for storing among others the femtocell cellld.The storing module is a non volatile memory.Of course the storing module might be a flash memory wherein the cellid might be managed and updated by the cell operator.According to the embodiment the femtocell is a standalone device.Of course the femtocell could be comprised in another device such as a residential gateway device.The femtocell device also comprises a processor 21 that is adapted to execute the algorithm of the embodiment.
Patent claim: The secondary battery of any of the preceding claims wherein the first accommodation portion G1 surrounds a periphery along which the first and third surfaces 1121 1123 of the current limiting plate 112 meet and wherein the second accommodation portion G2 surrounds a periphery along which the second and third surfaces 1122 1123 of the current limiting plate 112 meet.

Related passage: The connecting member includes a first connection part connected to the first terminal a second connection part connected to the cap plate and anelastic part curved to connect the first and second connection parts to each other.
Patent claim: The electronic device of claim 1 further comprising a PMIC wherein the instructions direct the processor to discharge the battery through at least one port of the PMIC.

Related passage: What constitutes an elevated operating temperature or state of charge may be defined differently for different circumstances.Stated another way what constitutes an elevated operating temperature or state of charge for one battery pack 30 might not constitute an elevated operating temperature or state of charge for another battery pack 30.An elevated operatingtemperature range may be defined as 40 C and higher 104 F and higher and anelevated state of charge may be defined as below but approaching eighty percent.A range of elevated temperatures and states of charge may also be defined that are extraelevated.For example an extraelevated temperature range may be defined as 60 C and higher 140 F and higher and an extraelevated state of charge may be defined as ninety to onehundred percent.Control of active discharging may be changed if sensed temperatures and states of charge reach the extraelevated temperature range and state of charge.Charging may be terminated entirely when sensed temperatures reach the extraelevated temperature range.
Patent claim: The CRUM unit of claim 9 wherein the controller is arranged to determine that the data signals are changed into the data section when an edge of the second clock signals changes and determines that the data signals are changed into the idle section when a respective clock signal of the second clock signals maintains either the high value or the low value for more than a predetermined time.

Related passage: Therefore the CRUM unit may recognize the point of time when a high value of the clock signal is the first timet1 as the time of changing the third section D which changes to the second pause section.
Patent claim: The image display apparatus according to claim 1 wherein the controller is configured to receive content recommendation information that is generated by taking into account at least one of currently viewable or available contents available contents in time sequence cost picture quality sound quality whether or not there is subtitle service and user preference.

Related passage: Further preferably the judging unit additionally takes into account information regarding the recommended contents the predetermined program itself.For instance if the program to be recommended is in no sequential temporal relation to the currently viewed broadcast content it may be generally judged to present the recommendation only after the current program has finished in order not to interrupt the user.
Patent claim: The duplexerless transceiver arrangement according to claim 1 wherein a further receiver of the radio circuit is a second receiver 720 920 arranged for frequencydivision duplex communication with the wireless communication network wherein the first and second receivers are arranged to jointly operate receive multipleinput and multipleoutput MIMO communication or receiver diversity.

Related passage: Device 102 communicates via WiMAX transceiver 108 with WiMAX base station 104.Device 102 establishes a WiMAXbased uplink communication channel 112 and a WiMAXbased downlink communication channel 114 with WiMAX base station 104.Communications between device 102 and WiMAX base station 104 are in accordance with the IEEE 802.16 standard.Uplink communication channel 112 and downlink communication channel 114 may use the same or different channel frequencies i.e.communications between device 102 and WiMAX base station 104 may be Time Division Duplexing TDDbased or Frequency Division Duplexing FDDbased.WiMAX base station 104 is connected to a WiMAX network not shown in FIG.1 and thus provides WiMAXbased Internet connectivity to device 102.
Patent claim: A saddleride or straddletype vehicle 100 such as a saddlestraddling type motor vehicle 100 comprising a head pipe 103 a body frame 1X that extends rearward from the head pipe 103 a front fork unit FU rotatably provided at the head pipe 103 a handle 30 provided at the front fork unit FU an engine 3 supported by the body frame 1X and an air guide unit 8 that forms an intake passage 8P that leads air to the engine 3 wherein the front fork unit FU comprises a first coupling member 10 provided at an upper end of the head pipe 103 to be rotatable about the head pipe 103 a second coupling member 20 provided at a lower end of the head pipe 103 to be rotatable about the head pipe 103 left and right fork tubes 104 supported by the respective first and second coupling members 10 20 at positions further outward in a vehicle width direction and further forward in a vehicle frontandrear direction than the head pipe 103 and a steering damper 300 provided at the second coupling member 20 and wherein the air guide unit 8 is formed to pass forward between the left and right fork tubes 104 and forward between the first and second coupling members 10 20 extend to a position above the steering damper 300 and further extend forward from the position above the steering damper 300 to a position further forward and downward than the steering damper 300.

Related passage: Due to such a constitution it is possible to suppress the projection height of the steering damper 100 from the upper surface of the body frame 5 and hence respective parts in the periphery of the head pipe 6 canbe arranged efficiently and in a compact manner.Further since the steering damper 100 can be dropped in the inside of the vehicle body frame 5 the steering damper 100 can be made inconspicuous thus enhancing an appearance of the motorcycle.Further since the position of the steering damper 100 is lowered a driver can easily bend hisher upper body portion whereby the miniaturization of the cowl and the traveling performance can be enhanced.Further the intake duct 80 which penetrates the vicinity of the head pipe 6 of the vehicle body frame 5 becomes a straight line compared to a case in which the intake duct 80 is arranged around the steering damper 100 and hence the intake resistance can be suppressed whereby it is possible to introduce the outer air traveling air easily.
Patent claim: A wafer processing laminate comprising a support a temporary adhesive layer on the support and a wafer laid contiguous to the temporary adhesive layer the wafer having a circuitforming front surface and a back surface to be processed said temporary adhesive layer including a first temporary bond layer A of thermoplastic organosiloxane polymer which is releasably bonded to the front surface of the wafer and a second temporary bond layer B of thermosetting modified siloxane polymer which is laid contiguous to the first temporary bond layer and releasably bonded to the support.

Related passage: In the present invention the polyimidesilicone resin A is composed of a repeating unit represented by the following formula 2wherein X is a tetravalent organic group Y is a divalent organic group and q is an integer of from 1 to 300.
Patent claim: A method according to any of the claims from 1 to 10 and comprising the further step of determining the duration of the peak phase T during which the peak control current I is to be supplied to the electromagnetic actuator 22 to control the movement of the component 21 25 moving towards the position defined by the limit stop 26 according to the following equation TiTiNA1TP1Ti duration of the peak phase during which the peak control current is to be supplied for the ith actuation of the electromagnetic actuator 22TiNA1 duration of the peak phase during which the peak control current I is to be supplied for the iNA1th actuation of the electromagnetic actuator 22TP1 first change of duration NA1 first predetermined number of actuations of the electromagnetic actuator 22 and i actuations of the electromagnetic actuator 22.

Related passage: Fig.3 shows an example of a highpressure fuel supply pump 100 comprising a separatetype normallyopen solenoid actuated intake valve 120 which can be controlled according to the firsttype operation.Different to the highpressure fuel supply pump 100 shown in Fig.2 the valve rod 122and the valve member 121 are separate bodies.The valve member 121 is biased by a spring 123b to a closing direction of the intake valve 120 and the valve rod 122 is biased by a spring 123a to an opening direction of the intake valve 120 the biasing force of the spring 123a being stronger than the biasing force of the spring 123b so that the valve member 121 is biased by the valve rod 122 to the opening direction of the intake valve when no control current is applied to the solenoid coil 125.By applying control current to the solenoid coil 125 a magnetic force acting on the anchor 124 is generated attracting the anchor 124 together with the valve rod 122 so that the valve member 121 can come in contact with the valve seat 127 in the fully closed position of the intake valve 120.The operation of the separatetype normallyopen solenoidactuated intake valve 120 shown in Fig.3 is basically similar to the operation of the solenoidactuated intake valve 120 shown in Fig.2 in that the intake period is followed by the spill period which is then followed by the delivery period firsttype operation.
Patent claim: The information processing system 1 according to claim 7 characterized in that the rotation of the virtual camera is a rotation in the pitch direction.

Related passage: On the other hand when the CPU 311 determines that the switching time t has reached the predetermined upper limit time Yes in step 190 the CPU 311 sets the time counting flag to off step 200.Specifically the CPU 311 updates the time counting flag data 508 stored in the main memory 32 so as to represent off.Thus the CPU 311 records in the main memory 32 that counting of the switching time t has been completed after start of switching from the planar view image to the stereoscopically visible image.
Patent claim: A display apparatus comprising a controller configured to control reproduction of content a communication circuitry configured to request a server for broadcast channel information of a broadcast channel related to the content being reproduced and a display configured to display broadcast content related to the content being reproduced based on the broadcast channel information received from the server.

Related passage: Meanwhile while a specific button in the remote controller 200 is pressed recognition of up amp down motion or right amp left motion may be excluded.In particular if the remote controller 200 moves to get away from or get closer to the display unit 180 both of the up amp down motion and the right amp left motion may not be recognized but the back amp forth motion may be recognized only.While a specific button in the remote controller 200 is not pressed the pointer 205 is shifted only in accordance with the up amp down motion or right amp left motion of the remote controller 200.And a moving speeddirection of the pointer 205 may correspond to a moving speeddirection of the remote controller 200.