bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The apparatus as claimed in one of claim 1 to claim 6 wherein the processor generates and causes a user interface screen to be displayed for controlling and managing the at least one external device with which the object is matched.

Related passage: The speaker not illustrated may output sound for example button manipulating sound corresponding to a telephone call or message corresponding to the function that the user terminal apparatus 200 perform.The speaker may be formed in singular or plural at appropriate location or locations of the housing.For example the speaker has an internal speaker module located at an appropriate place to approach the users ears and an output higher than what is appropriate to be used when replaying or viewingbroadcasting of an audiovideo file and may be configured to include external speaker modules placed at appropriate locations of the housing of the user terminal apparatus 200.
Patent claim: The energy storage apparatus of claim 7 wherein the chamber is provided with a door formed on the second sidewall or the fourth sidewall and positioned adjacently to the first sidewall or the third sidewall and the inner duct is positioned to be higher than an upper surface of the door.

Related passage: The moving velocity of the cooling medium increases as the cooling medium moves upwards such that the cooling medium moves to the outside of the partitioning member 21.The cooling medium discharged from the cooling space 27 formed in the partitioning member 21 is cooled by exchanging heat with the housing and air cooled in the upper part moves downwards through the moving space 28.Further convection in which the air moves from the moving space 28 to the cooling space 27 having lower pressure occurs.The rechargeable batteries 10 are cooled through convection by the cooling medium.
Patent claim: The surgical instrument of Claim 4 wherein the program instructions when executed further cause the processor to employ the at least one user feedback element to provide instructions to the user for replacing the motor cartridge.

Related passage: The end effector 102 further includes an anvil assembly 190 that is supported for selective movement relative to the staple cartridge 130.In at least one form the anvil assembly 190 further comprises a first anvil portion 192 that is coupled to a rear anvil portion 194 and a top anvil portion 196.The rear anvil portion 194 has a pair of laterally protruding trunnions 198 that are configured to be received in corresponding trunnions holes or cavities 114 in the elongate channel 110 to facilitate movable or pivotal travel of the anvil assembly 190 relative to the elongate channel 110 and the staple cartridge 130 supported therein.
Patent claim: The method according to claim 1 or 2 wherein the printer 10 10 is an ink jet printer.

Related passage: Figs.2 and 3 are simplified diagrams illustrating the process of forming one of the alignment tabs 24.As is shown in Fig.2 the print head 18 has a nozzle face 26 that faces the print surface 14.The print head has been adjusted in height such that the nozzle face 26 forms a narrow gap with the print surface 14.By controlling the movements of the carriage 16 and the print head 18 in the xyplane the printer has been steered to a position where the alignment mark 24 is to be formed.In Fig.2 ink droplets 30 with a relatively small volume are ejected from the nozzles of the print headin order to form a first layer 32 of ink dots on the print surface 14.Due to the small volume of the ink droplets 30 a good adhesion of the ink on the material of the print surface 14 e.g.metal or glass can be obtained.It will be understood that the print head 18 scans the print surface in the directions x and y so as to form an ink layer with the desired shape of the alignment tab e.g.a rectangular shape.Then several layers of ink formed of the small ink droplets 30 are successively formed on top of the first layer.
Patent claim: The induction heating device according to any one of claims 1 to 5 wherein the control unit 93 is configured to perform control such that the first lighting unit 40 is varied in illuminance depending on the temperature of the cooking utensil.

Related passage: In detail the cooking apparatus 1 obtains the cooking temperature included in the cooking method and calculates the intensity of the magnetic field B corresponding to the cooking temperature.Subsequently the cooking apparatus 1 may control the flame image generating unit 200 so as to generate the flame images FI corresponding to the calculated intensity of the magnetic field B.
Patent claim: A method for detecting a dragging brake the method comprising receiving by a controller data from a first wheel sensor and a second wheel sensor calculating by the controller a wheel speed characteristic for each of a first wheel and a second wheel based on the data identifying by the controller 110 a lowest value for the wheel speed characteristic determining 346 by the controller a moving average for the wheel speed characteristic comparing 348 by the controller the lowest value to the moving average and determining 354 by the controller whether the lowest value for the wheel speed characteristic indicates the dragging brake.

Related passage: Step 510 comprises comparing the deviation from the slip ratio average to a predetermined threshold value.In this regard if the deviation from the slip ratio average exceeds the threshold value it may be determined that a dragging brake is present.In response to the determination a dragging brake signal may be send to another aircraft component.A pilot or other crew member may then use the dragging brake signal to delay landing gear retraction to allow the dragging brake additional time to cool.In various embodiments a value is set to true or false in response to the determination of a dragging brake.
Patent claim: A computerimplemented method for capturing multimedia of an area of interest in a plurality of areas using a plurality of multimedia capturing devices comprising receiving feeds from each of plurality of multimedia capturing devices wherein the feeds comprise speech data and at least one of gaze data dynamics data and gesture data of a corresponding plurality of areas analysing the feeds to obtain one or more multimedia parameters associated with the plurality of areas determining an interest index for each of the plurality of areas based on weightage parameters a time parameter and the one or more multimedia parameters and identifying an area of interest from the plurality of areas based on the interest index for capturing multimedia of the area of interest.

Related passage: The interest area detector 11 detects the interest areas included in the invivo image group.Specifically the interest area detector 11 acquires an invivo image group PG including total N images from the image input device 1 and assigns frame numbers j1jN to invivo images Pj in the acquired invivo image group PG in time series.The interest area detector 11 detects interest areas Aj t such as lesion areas from the invivo images Pj based on feature amounts of the invivo images Pj such as color information.The interest area detector 11 transmits results of detection of the interest areas Aj t and the invivo image group PG to the feature amount calculation unit 12.In this arrangement t denotes an index identifier for identifying one or more interest areas Aj t included in one frame of an invivo image Pj.
Patent claim: An apparatus for estimating an operating state of a positive displacement compressor pressurizing a pressure system wherein the apparatus comprises means for carrying out a method according any one of claims 1 to 8.

Related passage: An advantage of the present solution is that no additional instrumentation is needed since modelbased solutions can be used for the estimation of the flow rate and pressure of the pump.A sensorless implementation can be based on modelbased pump operating point estimation methods known per se.These estimation methods may comprise using pump characteristic curves such as the examples illustrated in Figures 4a and 4b affinity laws known per se as a model of the pump and frequency converter estimates of the motor rotational speed and shaft power as inputs.The characteristics and general performance of a centrifugal pump for example can be visualized by characteristic curves for the pressure or head H shaft power consumption P and efficiencyas a function of the flow rate Q at a constant rotational speed.The best efficiency point BEP of a centrifugal pump in which the pump should be typically driven is typically also provided by the pump manufacturer.
Patent claim: The system of claim 8 wherein the operations comprise before receiving the first locationupdaterequest entering the mobile device into a sleep mode wherein the first locationupdaterequest is received while in the sleep mode waking up the mobile device from the sleep mode in response to receiving the first locationupdaterequest and returning the mobile device to the sleep mode after sending the location update.

Related passage: This embodiment obviates the need for the mobile UD to select the AN to use for communications.As such the SG provides enhanced quality of user experience since selection of an AN by the mobile UD currently results in selection of the available AN designed to provide the higher data rate rather than selection of the available AN capable of providing the higher data rate at the time of communication between the mobile UD and the AN.In other words selection of the AN by the mobile UD is performed irrespective ofnetwork conditions such as strength of signal traffic volume network congestion and like factors.Furthermore this embodiment enables removal of AN selection intelligence from the mobile UDs thereby reducing the cost of designing and producing the mobile UDs.
Patent claim: A hearing assistance device according to claim 1 or 2 wherein the audio input transducer is located in the conchae such as in cymba located in the narrowest end of the conchae or at the entrance to the ear canal or in the ear canal.

Related passage: When processing the signals microphone matching between the two BTE microphones should be performed but the matching may be relatively simply because there are only two microphones to take into account.
Patent claim: A method for displaying an answer extension function applied in a first terminal and comprising displaying a call interface with a second terminal 110 determining a corresponding answer extension function when detecting an answer extension operation from a user on the call interface 120 displaying an application interface corresponding to the answer extension function on the call interface 130.

Related passage: In some embodiments the touch screen 110 may include the touch panel 111 and the display panel 112.The touch screen 110 may create a touch event in response to a users input e.g.a user gesture etc.and transmit the touch event to the control unit 170.The control unit 170 may then detect the user gesture from the touch event and execute a selected function of the mobile device 100 in response to the detected user gesture.
Patent claim: The method of claim 10 wherein the metal layer is 10 nm to 100 m thick.

Related passage: One or more conventional surfactants may be used.Typically surfactants include but are not limited to nonionic surfactants such as alkyl phenoxy polyethoxyethanols.Other suitable surfactants containing multiple oxyethylene groups also may be used.Such surfactants include compounds of polyoxyethylene polymers having from as many as 20 to 150 repeating units.Such compounds also may perform as suppressors.Also included in the class of polymers are both block and random copolymers of polyoxyethylene EO and polyoxypropylene PO.Surfactants may be added in conventional amounts such as from 0.05 gL to 20 gL or such as from 0.5 gL to 5 gL.
Patent claim: The liquid laundry detergent composition according to any preceding claims wherein the nonionic surfactant is selected from a fatty alcohol alkoxylate an oxosynthesised fatty alcohol alkoxylate Guerbet alcohol alkoxylates alkyl phenol alcohol alkoxylates or a mixture thereof.

Related passage: The unit dose article comprises a watersoluble or dispersible film which fully encloses at least one inner volume comprising the nonaqueous composition.The unit dose article may optionally comprise additional compartments comprising nonaqueous liquid andor solid components.Alternatively any additional solid component may be suspended in a liquidfilled compartment.A multicompartment unit dose form may be desirable for such reasons as separating chemically incompatible ingredients or where it is desirable for a portion of the ingredients to be released into the wash earlier or later.
Patent claim: Method for printing a print job by a printing system the method comprising the steps ofreceiving the print job at the printing systemrasterizing the print job according to predetermined raster image processor settings for switching on or off of a specific functionality of a raster image processor unit andprinting the rasterized print job by the raster image processor unit wherein the method further comprises the steps of analyzing properties of print data of the print job comparing the properties of the analysed print data with the predetermined raster image processor settings detecting a discrepancy between the properties and the predetermined raster image processor settings by the comparing unit and notifying a user of the printing system of said discrepancy for taking an action for whether or not solving the detected discrepancy.

Related passage: The CPU 101 reads out the portion of the colorrelated data in the document as color information of the document.As color information of the document which is read out here there are a name of a source color profile the presence or absence of the embedment of the data of the sourcecolor profile and the like.
Patent claim: The system of Claim 12 wherein the convergence of the future state is superimposed on a flight plan indicator that graphically illustrates the selected flight plan.

Related passage: The deviation symbology 630 in FIG.6A is identical to the deviation symbology 630 in FIGS.6B and 6C albeit in different deviation scenarios.In FIG.6B the firstindicator 612 is positioned relative to the horizontal axis 610 at the reference point 640 e.g.on the vertical axis 620 thus indicating that the aircraft is on the lateral path of the flight plan e.g.that the aircraft has no lateral deviation.The first indicator 612 is above the reference point 640 along the vertical axis 620 thus indicating that the aircraft is offpath below the vertical path and that the aircraft should be directed upward to increase elevation.In FIG.6B the second indicator 632 is smaller than the reference circle 630 thus indicating that the aircraft is ahead of schedule according to the time profile of the flight plan.In FIG.6C the first indicator 632 is on the reference point 640 and the second indicator 632 is coincident to the reference circle 630 thus indicating that there is no deviation of the current state of the aircraft relative to the lateral altitude and time requirements of the flight plan.
Patent claim: The hydraulic system of claim 2 wherein the controller is configured to set the dig trigger signal status to off when the controllerdetermines the gear setting of the transmission is a reverse gear setting or when the speed of the mobile machine is greater than or equal to a default activation speed setpoint.

Related passage: The shift operation detector 112A is provided on a shift lever mechanism which operates a transmission of the wheel loader 100 and detects a current operating position indicating forward Fneutral Nreverse R and any of speed stages from first to fourth speeds in the shift lever mechanism to output a shift operation signal indicating the current operating position to the controller 111.The damper function switch 112B is the switch which switches between activationdeactivation of the damper function operated by an operator and outputs a damper function SW signal indicating whether the damper functionis activated ON or deactivated OFF by the operator to the controller 111.The boom operating lever operation amount sensor 112C detects an operational angle of the boom operating lever operated by the operator boom lever stroke and outputs a boom lever stroke signal indicating a boom lever stroke amount to the controller 111.The bucket operating lever operation amount sensor 112D detects the operational angle of the bucket operating lever operated by the operator bucket lever stroke and outputs a bucket lever stroke signal indicating a bucket lever stroke amount to the controller 111.The vehicle speed sensor 113 always detects a current vehicle speed of the wheel loader 100 and outputs a vehicle speed signal indicating the detected vehicle speed to the controller 111.The bottom pressure detector 119 detects the hydraulic pressure on the bottom side of the lift cylinder 118 hereinafter referred to as boom bottom pressure and outputs a boom bottom pressure signal indicating the detected boom bottom pressure to the controller 111.
Patent claim: The display apparatus of any one of the preceding claims wherein the driving device is arranged to change the curvature of the display module so that a curvature of an information area is smaller than the curvature of the viewing area when the information area is formed in the background area of the display module.

Related passage: The curvature of the display panel in the second state may be less at an edge portion than that at acenter portion in a second direction crossing the first direction.
Patent claim: An image processing terminal comprisinga receiving unit configured to receive a control signal including information about a normal input or a force input applied to a remote controller and a processor configured to operate the image processing terminal in a specific mode according to the received control signal wherein the image processing terminal implements two or more of a standby mode an active standby mode or a deep standby mode the implemented modes are changed according to a force input corresponding to a first sensing level applied to a specific key of the remote controller a function not related to the modes is executed according to a normal input or a force input corresponding to a second sensing level applied to the specific key the force input means an input applied to corresponding key of the remote controller with a higher pressure or a wider area than a pressure or an area in the normal input and the modes executed according to the force input are changed when software of the image processing terminal is upgraded.

Related passage: The controller 180 may perform a channel conversion operation registered in a channel list if the pressure is smaller than a preset pressure threshold.However the controller 180 may change the currently set channel list LIST 1 230 to a different channel list LIST 2 231 and simultaneously perform channel conversion on the changed channel list if the touch pressure of the soft key 211 or 212 is greater than the preset pressure threshold.
Patent claim: The electronic device according to any one of claims 1 to 7 wherein the determination means is configured to compare a broadcast signal of the currently received program and a broadcast signal of the same program and to calculate a time difference of both the programs and the switching control means isconfigured to cause a program to be received from other broadcast station after a reproduction time acquired from the time difference and the extension degree or the time difference and the reproduction speed passes.

Related passage: The comparator 108 compares the corrected FM audio signal supplied from the audio buffer 103 with the corrected digital audio signal supplied from the audio buffer 107 according to the comparison condition supplied from the controller 110.Further the comparator 108 obtains an amplification ratio and delay time based on the comparison condition and supplies it to the audio buffer 103 and the audio buffer 107 as the correction data.The comparator 108 then supplies the comparison result to the controller 110.It is noted that the comparison result concerns whether or not the FM audio signal and the digital audio signal indicate the same sound content what degree the volume ratio is when they are of the same sound content what degree the time difference is when they are of the same sound content and so on.
Patent claim: The method of claim 7 wherein selectively deactivating the ride control mode of operation includes selectively deactivating the ride control mode of operation when the speed of the machine is less than a deactivation speed setpoint the speed of the machine is greater than or equal to the deactivation speed setpoint the gear setting of the transmission is less than the minimum gear setpoint and the dig trigger signal status is on or the speed of the machine is greater than or equal to the second speed setpoint the gear setting of the transmission is less than the minimum gear setpoint the dig trigger signal status is off and the angle of the life arm is less than a lift arm angle setpoint.

Related passage: Next a specific example of the controller 111 according to this embodiment is described in detail with reference to the drawings.FIG.5 is a schematic diagram illustrating the specific example of the controller 111 according to this embodiment.
Patent claim: A method according to claim 4 wherein the determining of the second intermediate function comprises determining a mass flow rate on the basis of a known the rotational speed and known device characteristics calculating a volume of the pressure system on the basis of the determined mass flow rate a specific gas constant pressures and the temperatures at the start and at the end of the identification run and the duration of the identification run and formulating the second intermediate function on the basis of the determined mass flow rate the calculated volume the specific gas constant the temperatures at the start and at the end of the identification run the pressure at the start of the identification run and the duration of the identification run.

Related passage: An advantage of the present solution is that no additional instrumentation is needed since modelbased solutions can be used for the estimation of the flow rate and pressure of the pump.A sensorless implementation can be based on modelbased pump operating point estimation methods known per se.These estimation methods may comprise using pump characteristic curves such as the examples illustrated in Figures 4a and 4b affinity laws known per se as a model of the pump and frequency converter estimates of the motor rotational speed and shaft power as inputs.The characteristics and general performance of a centrifugal pump for example can be visualized by characteristic curves for the pressure or head H shaft power consumption P and efficiencyas a function of the flow rate Q at a constant rotational speed.The best efficiency point BEP of a centrifugal pump in which the pump should be typically driven is typically also provided by the pump manufacturer.