bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of Claim 8 wherein the topical element is an element of the plurality of elements having or having had an anomalous condition as indicated by the data for the one or more physical instances of the complex system.

Related passage: According to one aspect of example implementations the system includes a model viewer configured to receive userselection of a particular point on a visual presentation of a digital threedimensional 3D model of a complex system and translate the particular point to a particular location within a coordinate system of the complex system.The system includes a search engine coupled to the model viewer and configured to identify a document component of a panoptic visualization document collection.The collection has a plurality of document components at least some of which depict elementsof the complex system and have associated metadata that for each of at least some of the depicted elements includes information reflecting a 3D geometry of the respective element within a coordinate system of the complex system.In this regard the identified document component depicts an element of the complex system at the particular location or within a volume about or at least in part defined by the particular location.
Patent claim: The method of claim 9 wherein in the step of determining the external interference an estimated covariance matrix Rei of the external interference is determined and wherein in the step of sending the external interference report the estimated covariance matrix Rei of the external interference is sent.

Related passage: The Ndimensional signal channel vector of the kth subcarrier k0 1...K1 of a transmitted OFDM signal given byaknak0n...akin...akN1nTCN for i01...N1 wherein n denotes the discrete time variable contains the complexvalued channel impulse response of all N antenna elements.The Ndimensional complexvalued interference channel vector of the kth subcarrier is given bybkj nbk0jn...bkijn...bkN1jnTCN for i01...N1 and j0 1...M1 wherein j denotes the index of the interferer.Thereby the signal channel vector akn can be estimated from pilot symbolsduring the receive mode of Time Division Duplex TDD.The interference channel vector bjkn should also be estimated as a required signal.In this case the signal channel estimation for both required and interference signal should be done separately.
Patent claim: The straddletype vehicle according to claim 1 or 2 wherein each of the first auxiliary lamp and the second auxiliary lamp includes a light emitting diode light source.

Related passage: The cutoff line L0L of the left low beam light source 11LL is more to the left of the cutoff line L0C of the center low beam light source 11LC along the width direction of the vehicle Y direction and extends forward in front of the motorcycle 10 from the left side of the motorcycle 10.
Patent claim: The method of claims 8 or 9 further comprising using the controller to lowpass filter the measurement covariance prior to using it to determine the updated error covariance.

Related passage: Rk denotes the error variance controlled as a function of the presentstate and Rk1 denotes the error variance in the earlier state.Gi denotes a constant value obtained through experiment and Gi is equal to 2 in an exemplary embodiment of the present invention.
Patent claim: A communication device 1 2 comprising the radio receiver circuit 10 according to claim 17.

Related passage: One way to reduce part II can be to adjust the duty cycle of the square wave.The duty cycle of the square wave signal is defined as the fraction of the period time where the signal is active i.e.different from zero.As shown below this can cancel or reduce some of the harmonics.Figure 2 illustrates a square wave having a period time T and a duty cycle.By changing the duty cycle of the square wave it is possible to cancel e.g.either the third or fifth order harmonic distortion according to the general Fourier expansion according to ft12a0n1ancosnt2T a02h an2hsinnnn1 where n is the order of the harmonic and an is the corresponding amplitude.
Patent claim: The control method of the photographing apparatus according to any one of claims 1 to 3 wherein theextraction step includes extracting the plurality of characteristic images at three or more places in the first fundus image.

Related passage: When the OCT image taking is started the CPU 313 advances to Step 704 for the pattern matching.The CPU 313 uses the extracted templates 402 403 404 and 405 to perform the pattern matching on the continuouslyacquired SLO images in order.The pattern matching represents a processing for finding out places most similar to the templates 402 403 404 and 405 from within the image.The CPU 313 performs the pattern matching to thereby detect changes in positions of the templates 402 403 404 and 405.After detecting the change in the position of each of the templates by the pattern matching the CPU 313 advances to Step 705 for calculation of a correction amount.The CPU 313 detects a movement of the fundus of the eye to beinspected by performing calculation based on the changes in the positions of the templates 402 403 404 and 405 detected by the pattern matching.After the calculation of a correction amount is finished the CPU 313 advances to Step 706.The CPU 313 sends a driving instruction to a driving member 314 according to the detected movement and moves the OCT X correction scanner 138 and the OCT Y correction scanner 137.The correction processing allows the OCT beam to be accurately applied to the position specified by the operator 311 so as to compensate the movement of the fundus of the eye to be inspected.At this time the correction may be made by the OCT X scanner 104 and the OCT Y scanner 105.Alternatively the correction may be shared by four scanners of the OCT X correction scanner 138 309 the OCT Y correction scanner 137 310 the OCT X scanner 104 306 and the OCT Y scanner 105 307.Those scanners function as a correcting unit for making a correction of an application position of the measuring beam onto the eye to be inspected together with the CPU 313.Further at that time those scanners function as a scanning unit for scanning the measuring beam over the eye to be inspected and are adjusted by the CPU 313 to thereby carry out adjustment of the measuring beam.
Patent claim: Method according to the preceding claim 10 wherein the other flow rate is higher than the flow rate if the other estimated volume specific heat input is lower than the estimated volume specific heat input.

Related passage: FIG.1 illustrates an example fuel compensation system 100 according to an example embodiment.The system 100 may include a turbine assembly 102 that may include a compressor 104 a combustor 106 a turbine 108 a load 110 various valves 112 associated with the fuel delivery to the combustor 106 and various sensors 114.According to an example embodiment the sensors 114 may be utilized for measuring andor monitoring parameters for estimatingdetermining the fuel composition.According to an example embodiment sensors 114 may be utilized for monitoring fuel parameters 118 such as fuel valve stroke and fuel pressure combustion dynamics 120 such as acoustical amplitude acoustical frequency optical intensity optical frequency or flame instabilities and performance characteristics 122 such as compressor pressure discharge CPD compressor temperature discharge CTD turbine firing temperature turbine exhaust temperature turbine load fuel flow rate pressure temperature compressor inlet air pressure drop compressor inlet flow compressor inlet guide vanes IGV opening turbine exhaust fluids flow and ambient air conditions comprising one or more of air temperature air pressure air humidity or heat balance.According to an example embodiment an optional Wobbe meter or gas chromatograph 116 may be utilized in addition with one or more of the other measured parameters.According to certain example embodiments any known industrial or laboratory device e.g.gas chromatograph calorimeter Wobbe meter which defines fuel composition may be utilized.According to example embodiments a universal transfer function may work with such devices in order to correct the device output andor reduce numberredundancy of such devices andor to eliminate such device altogether.
Patent claim: A surgical stapling apparatus comprising a housing an end effector being secured to the housing having a staple cartridge assembly having a tissue contacting surface and an anvil assembly having a tissue contacting surface each of the tissue contacting surfaces of the staple cartridge assembly and the anvil assembly having at least one transversely extending recessed groovea surgical buttress configured and dimensioned to substantially overlie at least a portion of the tissue contacting surface of at least one of the staple cartridge assembly and anvil assembly and a suture disposed within the at least one recessed groove of each of the tissue contacting surfaces of the staple cartridge assembly and the anvil plate and configured to retain the respective surgical buttress atop the respective tissue contacting surface.

Related passage: In operation with DLU 100 coupled to a distal end of elongated body 14 of surgical stapling apparatus 10 and with anvil and cartridge buttresses 500 preloaded onto anvil assembly 300 and cartridge assembly 200 respectively surgical stapling apparatus 10 is used in accordance with methods known by those skilled in the art.Once anvil assembly 300 and cartridge assembly 200 are clamped onto tissue surgical stapling apparatus 10 is fired.In firing surgical stapling apparatus 10 drive bar 150 is advanced from a proximalmost position to adistalmost position of DLU 100.In so doing knife blade 156 of drive bar 150 enters notch 528 of buttress 500 thereby facilitating the dividing of buttress 500 and reducing any incidents of pushing or bunchingup of buttress 500 by blade 156.As drive bar 150 begins to travel distally knife blade 156 substantially simultaneously cuts through a central section of the proximal anchors S2 S4 of anvil assembly 300 and cartridge assembly 200 thereby respectively freeing the proximal ends of anvil and cartridge buttresses 500 therefrom.As knife blade 156 is moved distally knife blade 156 slices or cuts longitudinally through both anvil buttress 500 and cartridge buttress 500 thereby dividing the buttresses 500 substantially in half.
Patent claim: A computer readable storage medium having stored therein a data output program for executing a data output process the data output program causing a computer 500 600 700 as a terminal device 30 to execute a process comprising receiving second data from a receiving device 20 that receives from a sending device 10 100 first data and the second data which is related to specific data contained in the first data and outputting to an output unit of the computer on the basis of the second data information related to the specific data received from the sending device or the receiving device S111 S114 S207 S305.

Related passage: A source of content 141 to be broadcasted to broadcast radio receiver 113 also can be connected with data network 117.Content source 141 comprises a source of audio or video content 121 such as music news and talk shows.Content source 141 also comprises metadata 123 relating to the content.Such metadata comprises one or more of track album and artist metadata 125 lyrics metadata 127 and album art 131.Other data can comprise video 129 such as video relevant to music that can be broadcast.In the event the content is an advertisement the metadata may include a sponsor name phone numbera signal indicative of a URL andor any other advertiser or advertisement specific data.
Patent claim: A predictive motor vehicle driver assistance system according to any one of the preceding claims wherein the Route Optimization function is further designed to identify characteristic route points by searching for minimum Waypoints namely those Waypoints that satisfy a certain condition in term of Waypoint crossing speed.

Related passage: It is an object of the present invention to develop and propose a system that will help the drivers of vehicles to drive their vehicle more economically efficient.In this context the expression economically efficient is used in the broadest possible sense since it does not only cover such aspects as fuel consumption and pollution but also the wear of tires the noise level the comfort of passengers etc.The system to be developed should be easy to use and the cost of installment should be reasonable.
Patent claim: A method of manufacturing a rechargeable battery the method comprising providing a protection circuit assembly 20 with a hole 70 270 470 570 extending through said assembly 20 connecting said protection circuit assembly 20 to an electrode assembly 10 inserting said electrode assembly 10 into a case 30 sealing the electrode assembly 10 in the case 30 with said seal being at least partially provided by said protection circuit assembly 20 injecting liquid electrolyte into the case 30 through said hole 70 270 470 570 and sealing said hole 70 270 470 570.

Related passage: As illustrated in FIG.11C in electrically connecting first and second electrode tabs S3 the first electrode tab 124 is electrically connected to the first electrode terminal 142 of the cap assembly 140 and the second electrode tab 125 is electrically connected to the second electrode terminal 143 of the cap assembly 140.That is to say the first electrode tab 124 is electrically connected to a lower terminal 142b of the first electrode terminal 142 and the second electrode tab 125 is electrically connected to the bottom of the cap plate 141.Here a resin molding 144 completely electrically insulates the first electrode terminal 142 from the cap plate 141.However the second electrode terminal 143 is electrically connected to the cap plate 141.
Patent claim: The apparatus of claim 1 wherein the tagdetermining unit periodically renews the interest tags.

Related passage: As used herein the term tags refers to words or identifiers related to program information.Generally tags can include any information included in the EPG content within the broadcast stream.For example tags may include information such as title brief description date time channel number detailed description rating indicators repeat broadcast information etc.Alternatively tags may be derived from the EPG content.Additionally tags may pertain to a single channel a plurality of channels or a combination of both.
Patent claim: A controller according to any of claims 1 to 3.wherein the second feedback circuit has an input the input being in communication in use with a node between the current source and the plurality of LEDs.

Related passage: Moreover although voltage is here applied also to the first bleeder current circuit 11 the timer circuit TM has a high impedance voltage applied to the Zener diode ZD1 is here low and thus the Zener diode ZD1 is kept in an offstate.Consequently the first bleeder current circuit 11 does not operate and the first bleeder current does not flow.
Patent claim: An immunogenic composition comprising an immunogen of any one of claims 1 to 9 or a composition of immunogens according to any one of claims 10 to 16 further comprising at least one adjuvant selected from the group consisting of alum CpGcontaining oligonucleotides and saponinbased adjuvants.

Related passage: In a further preferred embodiment a pharmaceutical composition of the invention comprises one or more pharmaceutical carriers and an immunogenically effective amount of one or more antigenic peptides comprising the amino acid sequence of SEQ ID NO 8 SEQ ID NO 9 SEQ ID NO 10 SEQ ID NO 11 SEQ ID NO 12 SEQ ID NO 13 or SEQ ID NO 14.In another preferred embodiment a pharmaceutical composition of the present invention comprises one or more pharmaceutical carriers and an antigenic fusion protein comprising the amino acid sequence of SEQ ID NO 8 SEQ ID NO 9 SEQ ID NO 10 SEQ ID NO 11 SEQ ID NO 12 SEQ ID NO 13 or SEQ ID NO 14 coupled to a heterologous carrier protein.
Patent claim: Method MET1 according to any of the preceding claims wherein a number of retransmission processes between said transmitting apparatus TA and said receiving apparatus RA is given as a binary number and wherein said one of said at least two states is interpreted as at least one least significant bit or as at least one most significant bit for determining said retransmission process indicator RPI.

Related passage: There are several different flavors how to exactly transmit the information pieces mentioned above.Moreover the L1L2 control information may also contain additional information or may omit some of the information.E.g.HARQ process number may not be needed in case of a synchronous HARQ protocolA redundancy andor constellation version may not be needed if Chase Combining is used always the same redundancy andor constellation version or if the sequence of redundancy andor constellation versions is pre defined.Power control information may be additionally included in the control signalingMIMO related control information such as e.g.precoding may be additionally included in the control signaling.In case of multicodeword MIMO transmission transport format andor HARQ information for multiple code words may be included
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 Step 213 the controller 100 reads a voice message for reporting the off state of the speakerphone call mode for example A SPEAKERPHONE MODE IS TURNED OFF from the memory 102.In Step 215 the controller 100 transmits the read voice message to the calling partners terminal over the currentlyestablished traffic channel.As described above the voice message may be audio file data such as AAC data PCM data and AMR data and the portable wireless terminal of the calling partner receives and decodes the voice message through a CODEC and reproduces the resulting signal through a speaker.
Patent claim: The structure of any one of claims 1 to 3 wherein said antireflective film 3 has a thickness lower than 45 nm preferably lower than 30 nm more preferably lower than 25 nm.

Related passage: According to the present invention antireflective coating 104 is preferably a film represented by the formula SivOwCxNuHyFz wherein vwxuyz100 v is from 10 to 35 atomic w is from 5 to 65 atomic x is from 5 to 80 atomic u is from 0 to 50 atomicy is from 10 to 50 atomic and z is from 0 to 15 atomic.Preferably antireflective coating 104 is formed by the chemical vapor deposition of a composition comprising 1 at least one precursor selected from an organosilane an organosiloxane and an aminosilane and 2 a hydrocarbon.The hydrocarbon functions to provide a species that absorbs light.Whether a species absorbs light at wavelengths less than 400 nm is measured by the ability of the resultant film to minimize light from being reflected such as for example back toward a top coat or photoresist yet be essentially transparent at higher wavelengths such as at 632 nm where alignment processes are performed.Light absorption can be measured by numerous tools such as spectrophotometers reflectometers and ellipsometers and in some cases may be interpreted as the imaginary portion of the refractive index as this is normally related to the absorptive properties of the film.
Patent claim: A pneumatic tire having a designated installing direction to a vehicle comprising a tread portion having an inboard tread edge and an outboard tread edge the tread portion being provided with a pair of circumferentially extending inboard and outboard center main grooves disposed both sides of a tire equator to define a center portion therebetween a pair of circumferentially extending inboard and outboard shoulder main grooves disposed axially outside of the inboard and outboard center main grooves a pair of middle portions which include an inboard middle portion defined between the inboard center main groove and the inboard shoulder main groove and an outboard middle portion defined between the outboard center main groove and the outboard shoulder main groove and a pair of shoulder portions which include an inboard shoulder portion defined the axially outside of the inboard shoulder main groove and an outboard shoulder portion defined the axially outside of the outboard shoulder main groove wherein each of the inboard center main groove the outboard center main groove and the inboard shoulder main groove has a groove width in a range of from 10 to 20 mmthe outboard shoulder main groove has a groove width in a range of from 2 to 5 mm the outboard shoulder portion is provided with a plurality of outboard shoulder lateral grooves each of which extends at least from the outboard tread edge to the axially inside of the tire and terminates without reaching the outboard shoulder main groove the outboard middle portion is provided with a plurality of outboard middle lateral grooves each of which extends from the outboard shoulder main groove beyond a center in width direction of the outboard middle portion without reaching the outboard center main groove the inboard middle portion is provided with a plurality of inboard middle sipes each of which extends from the inboard shoulder main groove beyond a center in width direction of the inboard middle portion without reaching the inboard center main groove and the inboard shoulder portion is provided with a plurality of inboard shoulder lateral grooves each of which connects between the inboard tread edge and the inboard shoulder main groove.

Related passage: In these test tires the following conditions were commonly employed the difference in the proportion of a groove area between the outer and inner regions of the tread surface was 8 the groove wall angle of each first lateral groove was 5 and the width of the circumferentialdirection narrow groove was 3 mm.
Patent claim: The conductive film 1 according to claim 2 wherein a thickness of the first refraction layer 16 ranges from 100 to 300 and a refractive index of the first refraction layer 16 is between 1.6 to 2.0.

Related passage: Subsequently an Experimental Example similar to theabove was conducted with setting the thickness of the overcoat layer 14 of Samples A and B to 80 nm.As shown in Fig.7b the transmission spectra were slightly different at high wavelengths but substantially the same at low wavelengths.The difference in transmittance was small around the wavelength of 550 nm which greatly affects the visibility.Also in this case the results of visible observation of the touch switch were excellent.Comparative Example
Patent claim: A method of fabricating a phase plate as set forth in claim 5 wherein during said step of forming the phase control layer the phase control layer is formed using vacuum evaporation sputtering ion plating or CVD.

Related passage: The first layer 22 is formed on the support body 10 and disposed over and in registry with the opening 4.For example the first layer 22 is made of silicon nitride.No restriction is placed on the material of the first layer 22.The first layer 22 may be an insulator layer as made of silicon oxide or a metal layer made of any one of various metals.Examples of these metals include Ti IGZO AuSi PdSi Cu40Zr60 Fe20B20 Co90Zr10 and Ni78Si10B12.Especially a layer of Ti exhibits good electrical conductivity.Since a layer of Ti is deposited amorphously this Ti layer is desirably used as the phase control layer 20.The thickness of the first layer 22 is approximately between 4 nm and 15 nm inclusive.