bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The laundry dryer according to claim 1 includingA filter 14 to filter process air arranged at the inlet 17 of said drum exhaust process air conduit 18a in such a way that an air flow streaming through said drum 3 enters said drum exhaust process air conduit 18a passing through said filter 14 said filter 14 having an inner abutment surface 114a and an outer abutment surface 114b said inner abutment surface 114a being the surface more distant from said front wall 20 than the outer abutment surface 114b said inner and outer abutment surfaces being in abutment with a first and a second edge portions 17a 17b respectively of said inlet edge 17sWherein said second heat exchanger 32 is located downstream said filter 14 in the direction of flow of said process air in said process air conduit 18 andwherein said first portion 32b of said second heat exchanger 32 is located below said inner abutment surface 114a.

Related passage: General operation of wedgelike filtering cartridge 1 and of laundry drier 2 are clearly inferable from the above description with no further explanation required.
Patent claim: The mobile terminal according to any one of claims 2 to 5 wherein the display mode of the display apparatus comprises a general mode in which the display apparatus is arranged to display a content that is shareable with the third party and a security mode in which the display apparatus is arranged to display a content that is nonshareable with the third party.

Related passage: As described above according to the embodiments of the present disclosure the execution of the first operation M is determined by switching the commander 20 to a state in which the operation surface 20a is put face down and is placed still and the amount of the light with which the operationsurface 20a is irradiated is smaller than the first threshold value.When the operation surface 20a is not put face down it is not determined that the first operation M can be performed.Therefore it is possible to appropriately determine whether to execute an operation in which the commander 20 enters a state where the operation surface 20a is put face down and is placed still with respect to the stationary surface S.
Patent claim: The radiation imaging apparatus according to claim 1 wherein in an orthogonal projection on a surface parallel to the imaging area the detection signal line and the first conversion element do not overlap and the detection signal line and the second conversion element do not overlap.

Related passage: The first photoelectric conversion elements 101 correspond to gray element portions in Fig.1 which are arranged at equal pitches p in a 44 2D matrix and are connected to the first bias means 104.
Patent claim: The method of claim 9 wherein said providing for resubscription of the push service comprises resubscribing to the push service.

Related passage: The SIM card interface 170 provides a communication passage or interaction between a SIM card 200 and the mobile device 100.The SIM card interface 170 detects a signal corresponding to the insertion or removal of a SIM card 200 and outputs it to the controller 160.The SIM card interface 170 periodically outputs a signal under the control of the controller 160 to detect a connection state of the SIM card 200.Alternatively the SIM card interface 170 can detect whether the SIM card 200 is inserted or removed into or from the SIM card interface 170 by detecting a change in voltage with respect to a reference voltage.Although exemplary embodiments of the present invention are implemented in such a way that the SIM card interface 170 is constructed to receive SIM 1 card 201 or SIM 2 card 203 as shown in FIG.2 it should be understood that the present invention is not limited thereto.For example the SIM card interface 170 can be implemented to receive two or more SIM cards alternatively or simultaneously.
Patent claim: The wireless device of claim 1 wherein the privacy condition module further comprises a privacy condition module for detecting a signal that can indicate that another person can overhear a portion of the wireless call.

Related passage: In another embodiment of the present invention the onoff state of the speakerphone call mode may be reported to the calling partner through a short message instead of the voice message.In a further another embodiment of the present invention a code for controlling the calling partners terminal may be contained in the short message and thus transmitted to the calling partners terminal and the calling partners terminal may perform a predetermined operation for example generation of a beep sound corresponding to the code.
Patent claim: An atomizer according to claim 8 characterized in that said second slider portion 51 is defined by at least one projection having a substantially helical profile.

Related passage: In use fuel is supplied to the annular chamber 13 through the supply passage 14 and through the flow passage defined between the valve needle and the sleeve member 94 towards the outlet openings 74.As the volume 50 communicates via the tubular member 63 with the low pressure drain only a relatively low force is applied to the region 92b of the piston member 92.The control chamber 18 is filled with fuel under high pressure through leakage.As the diameter of the region 92b of the piston member 92 is substantially the same or slightly larger than the diameter of the region 94a of the sleeve member 94 in such circumstances the valve needle is substantially pressure balanced the force due to the spring 84 serving to urge the valve needle against its seating 72 such that fuel injection does not take place.
Patent claim: The air vehicle navigation method according to claim 1 wherein activation of a trigger establishes the end of validity of the instruction to which the trigger is associated and the start of validity of an instruction in a thread immediately following the trigger wherein activation of the trigger is subjected to a fulfillment of a condition specified by the trigger andor to the activation of another trigger associated to another instruction in any thread.

Related passage: The fully closed aircraft intent description 114 output by the intent generation infrastructure 103 may then be used as an input to a trajectory computation infrastructure 110.The trajectory computation infrastructure 110 calculates an unambiguous trajectory 122 using the fully closed aircraft intent 114 and other inputs that are required to solve the equations of motion of the aircraft.
Patent claim: An apparatus comprising a a body b a shaft assembly extending distally from the body wherein the shaft assembly defines a longitudinal axis wherein the shaft assembly has a distal end c an end effector positioned at the distal end of the shaft assembly wherein the end effector comprises a lower jaw a pivotable anvil and a translating cutter wherein the translating cutter is operable to translate relative to the lower jaw and the anvil d a cartridge wherein the cartridge is insertable into the lower jaw wherein the cartridge includes a plurality of staples and e a staple driver actuator disposed within the cartridge wherein the staple driver actuator comprises a secondary cutting element wherein the translating cutter of the end effector is operable to cut tissue and drive the staple driver actuator distally to drive staples into the tissue.

Related passage: In various embodiments the distal cutting blade 2324 is not deployed to sever the distal portion 2316 of the layer 2306 until the firing stroke of the tissue cutting blade 2312 andor the staple driver 2340 have been completed or are almost completed.In such embodiments the distal portion 2316 of the layer 2306 can remain attached to the staplecartridge 2330 thereby stabilizing the layer 2306 relative to the staple cartridge 2330 until most or all of the staples have been fired by the staple driver 2340 andor until patient tissue and the layer 2306 have been severed by the tissue cutting blade 2312.In various other embodiments the distal cutting blade 2324 can be deployed to sever the distal portion 2316 of the layer 2306 before the tissue cutting blade 2312 andor the staple driver 2340 have begun their firing stroke.For example the firing member 2326 can be moved from the unactuated position illustrated in FIG.82 to the actuated position illustrated in FIG.83 by a first actuation of a firing trigger of a surgical stapler.A subsequent actuation of the firing trigger can move the tissue cutting blade 2312 andor the staple driver 2340.As a result the distal portion 2316 of the layer 2306 can be detached from the staple cartridge 2330 before the tissue cutting blade 2312 severs patient tissue andor before the staples capture the layer 2306 and patient tissue.As another example the firing member 2326 can be actuated by a first trigger of the surgical instrument and the tissuecutting blade 2312 andor the staple driver 2340 can be actuated by a second trigger.
Patent claim: The flexible display device of claim 2 wherein the driving unit 40 includes a first driving means 50 configured to drive the display unit 10 and a second driving means 60 configured to drive the support unit 20 and wherein the first driving means 50 and the second driving means 60 rotate along rotation directions opposite to each other during the first operation or second operation.

Related passage: The display system 48 schematically shown in fig.12 is a roll embodiment of the kind as disclosed in WO 2006038171 A1
Patent claim: The cutting insert according to any of claims 1114 wherein each locking groove extends through both of the side surfaces at the primary clearance surfaces neighbouring the primary clearance surface inside which the locking groove extends so that neighbouring locking grooves intersect each other.

Related passage: The seat 7 of the cutting insert see Fig.6 is delimited by three support surfaces viz.a tangential support surface 19 an axial support surface 20 and a radial support surface 21.As is seen by these denominations the surface 19 has the purpose of carrying the tangential cutting forces that act on the cutting insert during machining the surface 20 the axial cutting forces and the surface 21 the radial ones.The tangential support surface 19 is plane and forms a bottom in the seat while the surfaces 20 21 are included in the sides of the seat.In the example each axial and radial support surface includes two part surfaces which are separated by a countersink 22 23.In the tangential support surface 19 a hole 24 mouths having a female thread 25.
Patent claim: Method for securing electronic data exchange according to any of claims 1 or 2 wherein reading a first user identifier comprises physically connecting a user identification card to the industrial programmable device 2 andor wherein reading a second user identifier comprises physically connecting the user identification card to the portable programmable device 4.

Related passage: The second user may receive from the trusted third party at least one public cryptographic value and at least one private cryptographic value.Furthermore the second user may derive the shared key from the at least one private cryptographic value of the second user and at least one of the plurality of values stored on the identification device identified by the identifier.
Patent claim: The display apparatus 100 of claim 1 further comprising an image capturing unit 120 configured to capture an image wherein the captured image is provided to the processing unit 130 as the input image and wherein the image capturing unit captures an image of a surrounding environment of the display apparatus.

Related passage: According to the embodiment the user identification module 234 is described as extracting face data from an image of a user who is viewing a program captured by the camera 60 external environmental information and identifies the user by face recognition based on the face data however this is by way of example and not of limitation.The user identification module 234 may obtain voice data of a user who is viewing a program from external environmental information and identify the user by voice recognition based on the voice data.
Patent claim: The method of any of the preceding claims wherein connecting the one or more hearing assistance electronic modules includes connecting a microphone module.

Related passage: In a first embodiment the invention is applied to a hearing aid 1.Referring to Fig.1 the hearing aid 1 includes a microphone module 2 a signal processing module 3 a speaker module 4 a power source 5 and a stereoscopic circuit board 10.Specifically Fig.1 shows a state in which the functional modules are not assembled to the stereoscopic circuit board 10.Fig.2 shows the hearing aid 1 in which the functional modules are assembled to the stereoscopic circuit board 10.
Patent claim: The drug dispensing box of claim 8 wherein the rail accommodation unit is disposed to reach a rear surface of the dispensing box housing thereby being exposed from the rear surface of the dispensing box housing.

Related passage: As illustrated the medicine feeding apparatus of the present invention includes a main body B a plurality of cartridge mounts 20 installed in the main body B to support medicine cartridges 10 in which medicine products M are accommodated and a transfer device T on which the medicine products M discharged from an outer discharge hole perforated in the bottom of each cartridge mount 20 are seated prior to being discharged from the main body B and dispensed to patients.
Patent claim: The method claimed in any previous claim wherein the determining expanding and creating operations are performed at least twice for distinct threshold error value to produce corresponding binary arrays and wherein receiving a query comprises receiving the query and a requested threshold error and further comprising selecting one of the at least two binary arrays based upon the requested threshold error.

Related passage: Generally an image which results in a recognition error obtains a small number of votes in the first place.Alternatively even in the case where such an image obtains a relatively large number of votes the number of votes is very close to that of a second candidate.In this regard as a process performed by the reliability determination section a simple determination method using the number of votes as described below may be considered.Under a condition where a largest number of votes is V1 and a second largest number of votes is V2 and when V1gtt and rV1gtV2 are satisfied simultaneously the process is terminated and an image having the largest number of votes is replied as the answer.Here t represents a threshold of the number of votes and r represents a threshold of a ratio between the largest number of votes and the second largest number of votes.In the last stage two cases may be considered that is a case where an image receiving the largest number of votes is regarded as the retrieval result regardless of the abovedescribed formulas and a case where recognition is rejected when the formulas are not satisfied.
Patent claim: Seamless quenched and tempered steel pipe according to any one of the preceding claims wherein CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5 x B is in the range of 0.17 to 0.22.

Related passage: Mo is an element that improves the strength of steel by transformation strengthening and solidsolution strengthening.The effect becomes remarkable when 0.02 or more of Mo is included.However since an excessive addition thereof causes deterioration of the toughness the upper limit is set to 1.2.
Patent claim: The optical receiver setup 250 350 550 650 of any previous claim wherein the parameter determination unit 610 is configured to determine the estimate of the first residual parameter set based on one or more parameter sets used by the plurality of equalizers for the compensation of corresponding one or more WDM channel signals of the first set 224 329.

Related passage: The transponder 23 selects one of the active line 41 and the standby line 43 by the optical switch 51 compensates for the dispersion of the optical signal by the variable dispersion compensator 53 performs an optoelectronic conversion in the transponder 23 performs signal processing including error correction etc.performs an electrooptic conversion and outputs the result to a router 33.Similarly the transponder 24 selects one of the active line 42 and the standby line 44 by the optical switch 52 performs signalprocessing the optical signal dispersioncompensated by the variable dispersion compensator 54 and outputs the result to a router 34.
Patent claim: The method as claimed in any of the preceding claims characterised in that the subset comprises the closest neighbours of the wind turbine 18 to be checked for yaw misalignment.

Related passage: The first to third embodiments are examples applied to a configuration of a variablespeed rotation control type wind turbine generator that independently carries out pitch angle control and generated output power control.However any type may be used so long as the wind turbine generator has a configuration capable of accumulating data such as the generated output power P corresponding to the wind direction w and the wind speed Vw and the momentum Mz around the tower shaft or the electric power consumption of the yaw motor in the yawangle control mechanism during operation including test operation.
Patent claim: The method of any one of claims 1 through 3 wherein the setting of the call word comprisesdisplaying a user interface UI which is used to set the call word of an external input apparatus connected through the external input terminal.

Related passage: Then the device control part 4 separates the input multiple device setting information into internal device setting information for the device setting apparatus 100 anddevice setting information for the external device 300.The device control part 4 sets the internal device state in response to the internal device setting information.When setting the display mode of the display part 6 for example the device control part 4 operates the display control part 5 for setting the display part 6 to a display mode corresponding to the device setting information.Further the device control part 4 outputs the device setting information for the external device 300 to the external device control part 9.The external device control part 9 transmits the device setting information for the external device 300 to the external device 300 through the communication control part 10.The external device 300 sets the internal device state in response to the received device setting information.Thus the internal device and the external device 300 are set in response to the device setting information at a step S4.
Patent claim: An electrical machine according to claim 12 which electrical machine comprises a wind turbine generator.

Related passage: Figure 2b shows in a cross sectional view two magnet assemblies which are engaged in a dove tail arrangement opposite as shown in Figure 2a with the support structure of the rotor assembly shown in Figure 1.Figure 2b shows two magnet assemblies 280 which are engaged in a dove tail arrangement with the support structure 281 of the rotor assembly shown in Figure 1.The magnet assemblies comprise a base element 272 and a permanent magnet 271 being positioned on the base element.The base element 272 comprises protrusion 273 as contour.The support structure 281 of the rotor comprises a recess or groove 282 as complementary contour.The length of one recess of the support structure is shown as length L.
Patent claim: Induction hob according to anyone of the preceding claims wherein the delay unit 11.1 is configured to start a delay timer based on the rising or falling edge of the trigger signal TS.

Related passage: In figure 13a the PWM drive frequency is 23.5KHz and two cases are shown one with deadtime of 2.2u seconds nominalstarting value and another with 1.7u seconds.In case of 2.2u seconds deadtime output voltage Vd reaches dc link voltage value and then when coil current passes zero crossing output voltage Vd starts decreasing its value and at the moment next power transistor turns on its voltage value is around 50 V below dc link voltage.Then the control reduces the deadtime with predefined steps so as to limit the Vce 50 V at turnon in the example given a deadtime of 1.7u seconds is enough for recovering completely the ZVS conditions.
Patent claim: The multimixer system 100 of claim 7 characterized in that theat least of the mixers within the first group 1221 is arranged to mix a first input signal with the corresponding oscillation signal and the two or more of the mixers within the second group 12221225 are arranged to mix the first input signal and a second input signal with the corresponding oscillation signals respectively and the first input signal and the second input signal belong to different standards.

Related passage: In some embodiments each of the hfinal filters 662 and 664 is split into two filter blocks.One filter block can be an allpass type of filter with constant phase delay over theband of frequencies covered by the high band.This filter block can have coefficients change from one acquisition to the next to compensate for the f2 oscillator offset with respect to a time reference point on the input waveform.The second filter block can be a low pass filter which corrects phase and magnitude errors over the entire bandwidth of the reconstructed signal.This filter block can have constant coefficients from one acquisition to the next.Moreover these can be calibrated at manufacture time using known techniques.The outputs of the hfinal filters 662 and 664 correspond to the substantially reconstructed original signals represented by waveforms 650 and 655 respectively.
Patent claim: The signal conditioning apparatus of claim 2 wherein the material comprises nickelgold.

Related passage: The filling element 106 can be made for example from a nonconductive material.This nonconductive material can be for example milled Teflon and Polyethylene.In one example the insulator 102 is air.In another example the output ports 107 and 108 and the third conductor 105 is integrated or connected to a printed circuit board 109.
Patent claim: The method according to claim 1 wherein the selecting the image unit from the input image comprises performing preprocessing on the input image so as to acquire a rough road dividing object region and choosing the image unit covering the rough road dividing object region.

Related passage: Further in the periodic stationary object detection system 2 and the periodic stationary object detection method according to the present embodiment when a periodic stationary object candidate is continuously detected for a predetermined time period it is determined that the periodic stationary object candidate is a periodic stationary object.Hence erroneous detection due to noise is prevented and periodic stationary objects can be more reliably detected.