bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The lubricating oil composition as claimed in any one of claims 1 to 5 wherein the aliphatic polyamine b1 comprises a compound of formula IIwherein each R2 independently represents at each occurrence hydrogen C1 to C12 alkyl group C2 to C6 alkenyl group or C1 to C12 alkyl amine R3 and R4each independently represent hydrogen C1 to C12 alkyl group C2 to C6 alkenyl group or C1 to C12 alkyl amine a is an integer from 0 to 10 each n independently represents at each occurrence an integer from 2 to 6 and with the proviso that when a is 0 then at least one of R3 or R4 represents hydrogen.

Related passage: 1 Base oil A mineral oil 35N2 Base oil B mineral oil 40N 3 Base oil C mineral oil 60N 4 Base oil D pentaerythritol dioleyl ester intramolecular COO content13 mass 5 ZnDTPA OLOA 5660 product of Chevron Japan Ltd.alkyl2ethylhexyl S12.6 mass P6.15 mass Zn7.62 mass 6 ZnDTPB OLOA 267 product of Chevron Japan Ltd.alkylC3 to C6 alkyl mixture S15.03 mass P7.50 mass Zn8.50 mass 7 Antioxidant A Sumilizer BHT Sumitomo Chemical Co.ltd.26ditertbutylpcresol 8 Antioxidant B ANTIOXIDANT 702ND product of Albemarle Asano 44methylenebis26ditertbutylphenol 9 Fatty acid amide A OLOA 340D product of Chevron Japan Ltd.reaction product between isostearic acid and tetraethylenepentamine N6.20 mass total base value81.0 mgKOHg 10 Fatty acid amide B reaction product between isostearic acid and triethylenetetramine 11 Polybutenylsuccinimide A OLOA 1200N product of Chevron Japan Ltd.mono form N1.85 mass total base value33.0 mgKOHg 12 Polybutenylsuccinimide B Hitec 646 product of Ethyl Japan mono form N1.75 mass total base value40.0 mgKOHg 13 Ca sulfonate Bryton C500 product of CromptonCorporation RC6H4SO32Ca 14 Phosphoruscontaining extreme pressure agent A VANLUBE 672 product of Vanderbilt acidic phosphate ester amine salt predominantly monoethylamine salt and monomethylamine salt P9.5 mass N4.95 mass 15 Phosphoruscontaining extreme pressure agent B JP218OR product of Johoku Chemical Co.Ltd.dioleyl hydrogenphosphite P5.34 mass 16 Viscosity indeximprover A Aqualube 806T product of Sanyo Chemical Industries Ltd.polymethyl methacrylate having a wt.av.molecular weight of 61000 17 Viscosity indeximprover B Aqualube 504 product of Sanyo Chemical Industries Ltd.polymethyl methacrylate having a wt.av.molecular weight of 140000 18 Metal deactivator HiTEC4313 product of Ethyl Japan 25bis1133tetramethylbutyldithio134thiadiazole 19 Deformer FL100 product of ShinEtsu Chemical Co.Ltd.fluorinecontaining organopolysiloxaneThe base oil employed in Comparative Example 1 had an ester content as reduced to COO of 0.79 mass.
Patent claim: The method of any preceding claim further comprising storing the identifying data and subscriber associated with the packet and retrieving historical records indicating a relation between the subscriber and a nonunique IP address.

Related passage: The operation of the monitor node 130 in accordance with the present invention will be described in conjunction with the flowcharts of Figs.79.The steps shown in the flowcharts are performed by a processor of the monitoring node 130 in accordance with stored computer program code.Fig.7 shows the steps performed by the monitoring node 130 upon receipt of a data packet.In step 702 a data packet is received by the monitoring node 130.It is assumed that this packet is a data packet which is addressed to a network node other than monitoring node 130 and as such the monitoring node 130 will attempt to associate a particular user and service with the data packet.In step 704 the monitor node 130 determines whether the received data packet is a data packet transporting data in accordance with some known protocol for which special processing is required.The special processing of data packets will be described below.If the data packet is not transporting data in a protocol which requires special processing then control is passed tostep 706 in which an attempt is made to identify the user who is the source of the data packet.This step 706 of identifying a user includes further steps which are described further below in conjunction with the flowchart of Fig.8.In step 708 it is determined whether a user was identified in step 706.If a user was not identified then in step 710 an attempt is made to identify the user to whom the data packet is addressed.This step 710 is the same as step 706 and will be described further below in conjunction with the flowchart of Fig.8.In step 712 it is determined whether a user was identified in step 710.If a user was identified in either step 708 or 712 then in step 714 an attempt is made to identify the service associated with the data packet.If no user was identified in step 712 then the method ends in step 718.Step 714 of identifying a service includes further steps which are described further below in conjunction with the flowchart of Fig.9.In step 716 the usage data 216 Fig.2 is updated in accordance with the user identified in step 706 or 710 and the service if identified in step 714.
Patent claim: Method MET1 according to any of the preceding claims wherein said radio resource parameter TTISN 0..9 FB1 FB2 RB 0..99 CC1..CC4 is a time parameter a frequency parameter or a coding parameter.

Related passage: The base station BS and the mobile station MS may use on a downlink from the base station BS to the mobile station MS an ARQ scheme or a HARQ scheme andor may use on an uplink from the mobile station MS to the base station BS a further ARQ scheme or a further HARQ scheme.TheHARQ scheme andor the further HARQ may be combined with soft combining.The HARQ scheme andor the further HARQ may be synchronous or asynchronous.Likewise the ARQ scheme andor the further ARQ scheme may be synchronous or asynchronous.
Patent claim: The device of claim 13 or claim 14 wherein the one or more reference devices include at least one of a cellular base station a wirelessnetwork access point one of a synchronised set of wireless reference beacons one of a synchronised set of wireless reference receivers a terrestrial digital television or digital audio broadcast transmitter and a geostationary communications satellite.

Related passage: These two equations 12 together with timing measurements 11 are then sufficient to solve for the two unknownsand u the transmitter drift.As noted previously aboveis related toby equation 590.Hereis the angle between the direction of propagation and the baseline X1X3.This is a convenient way to characterise the direction of propagationespecially if the positions Xi are only known relative to one another.If the positions Xi are known in absolute geographic coordinates the anglecan be readily converted into a compass bearing.
Patent claim: The method of claim 6 wherein using unique encryption further includes enforcing a unique security policy for each secure session step 222.

Related passage: When the pairing steps 617 and 619 have established a shortrange protocol communication channel the gateway 105 transmits network parameters 621 to the IPEnabler 201.These network parameters 621 may include WEPWPA key for the wider network 103 cryptography keys and any other security settings required by the gateway 105 to allow and enable a device 101 to operate on the network 103.In an alternative embodiment the network parameters are digitally signed using a certificate of a thirdparty trusted by the IPenabler 201.Alternatively or additionally the network parameters may be encrypted prior to being transmitted to the IPEnabler 201.
Patent claim: An adhesive tape 350 comprising a base part 301 having a film form and an adhesive layer 300 on the base part 301 wherein the adhesive layer 300 comprises an adhesive according to any of the preceeding claims.

Related passage: Each microcapsule 1 has an outer diameter set to a value of not less than 2 m and less than 3000 m more preferably not less than 5 m and less than 1000 m.Here the outer diameter of each microcapsule 1 is set to fall within such a range because if the outer diameter is less than 2 m the outer wall 2 fails to be crushed even when subjected to an external force of not less than 150 Ncm2 with the result that the moisturecuring adhesive 3 fails to be released without serving its purpose while on the other hand if the outer diameter is more than 3000 m an inconvenience may arise that the outer wall 2 is crushed to release the moisturecuring adhesive 3 undesirably during application of microcapsules 1 at an external force of not more than 10 Ncm2.
Patent claim: A modulation generator and stripper for a resonator fiber optic gyroscope RFOG comprising a signal processing device comprisinga sine wave generator configured to output a digital sine wave that includes digital inphase I and quadrature Q signal components at a modulation frequency a first demodulator configured to receive the digital I signal component from the sine wave generator a second demodulator configured to receive the digital Q signal component from the sine wave generator a first accumulator configured to receive a demodulated signal from the first demodulator a second accumulator configured to receive a demodulated signal from the second demodulator a first multiplier configured to receive a control signal from the first accumulator and the digital I signal component a second multiplier configured to receive a control signal from the second accumulator and the digital Q signal component and a summer configured to combine multiplied signals from the first and second multipliers and output a digital stripper signal an analog to digital converter configured to receive a net error signal from a laser stabilization servo of the RFOG and output a digital error signal to the first and second demodulators a first digital to analog converter configured to receive the digital I signal component from the sine wave generator and output an analog I signal to an optical resonator ring cavity of the RFOG and a second digital to analog converter configured to receive the digital stripper signal from the summer and output an analog stripper signal to the laser stabilization servo.

Related passage: In one embodiment the resonance tracking electronics 114 is further configured to produce a commoncavity modulation signal 264 fm.Commoncavity modulation signal 264 is a sinusoidal voltage signal that drives a piezoelectric transducer tube PZT.At least some of the optical fiber of the resonator is wrapped around the PZT.The PZT is configured so that the sinusoidal voltage signal drives the PZT to create a common modulation signal on both light beams.As explained above the commoncavity modulation is used to control the laser beams onresonance.However since a common modulation scheme is used for all light beams it allows for common mode rejection of additional rotationsensing errors thereby reducing the complexity of the RFOG 102.
Patent claim: The work vehicle according to claim 1 further comprising a rotational speed detection unit 13 that detects an actual rotational speed of the engine 190 wherein when the actual rotational speed of the engine 190 detected by the rotational speed detection unit is not more than a first threshold value the control unit does not decrease the output torque of the engine 190 regardless of the remaining amount of the reducing agent solution detected by the remaining amount detection device 10a.

Related passage: By constructing as described above the reducing agent solution is sufficiently fed to the exhaust gas control means until the remaining amount of the reducing agent solution in the reducing agent solution reservoir decreases to the predetermined amount.As a consequence nitrogen oxides inexhaust gas emitted from the engine can be purified to emit clean exhaust gas.When the remaining amount of the reducing agent solution in the reducing agent solution reservoir has decreased to the predetermined amount this decrease is detected by the remaining amount detection means and a warning is given by the alarm means.Further the engine revolution speed limiting means is actuated responsive to the detection by the remaining amount detection means to perform a control that gradually reduces the maximum revolution speed of the engine compared with that at the time of normal working that is a control that reduces the maximum revolution speed of the engine to a predetermined value in a range that an operation of the hydraulic actuator becomes feasible.
Patent claim: The system of claim 1 wherein the converted message validator is configured to analyze each of the plurality of voicetotext converted messages to determine a measure of validation by identifying a keyword in a voicetotext converted message and checking for a presence of at least one corresponding subordinate word to the identified keyword in the voicetotext converted message.

Related passage: Referring again to FIG.1 the speech transcription module 14 is known and generally comprises a speech input module 19 configured to produce a digital signal derivedfrom the voice communications and a speech processing module 20 operatively coupled to the speech input module.In some embodiments such as depicted in FIG.1 the speech transcription module includes a dedicated processor a microprocessor circuitry or some other processing component e.g.speech processing module 20.In other embodiments the speech processing module may be a separate component or subcomponent of another system.The speech transcription module is configured to transcribe the inbound and outbound voice communications into text a written or printed form i.e.speechtotext conversion.For speech to text conversion the speech transcription module is first trained to recognize spoken words and phrases that may be used by the transmitting and receiving stations.Such words and phrases may be a part of an aviation vocabulary and include words and phrases corresponding to the call sign e.g.Piper Three Five Xray the information received e.g.parameter parameter value or both e.g.turn right heading 040 descend and maintain 3000 right heading 030 descending to 4000 three five xray and the procedure word e.g.Wilco Roger or Affirmative.The speech transcription module may be trained with standard words and phrases that are supplied by the supplier of the speech transcription module as well as the words and phrases particular to an aviation context.As hereinafter described according to exemplary embodiments the speech transcription module is also trained with words or phrases obtained from the flight management system andor databases of the data storage device.The words or phrases obtained from the flight management system andor databases of the data storage device are referred to herein as contextual data.The speech transcription module may be trained to recognize the material words and phrases and to remove the idiosyncratic elements of speech e.g.stutters pauses filler words etc.from the transcriptions i.e.the speech transcription system 14 of system 10 may be configured to filter out the idiosyncratic speech elements or otherwise parse the voice communications to identify the material information or material words and phrases in the request for pilot action the readback and the reply.The speech transcription module continuously learns the spoken words and phrases.
Patent claim: The head of a beauty device according to claim 2 wherein the support portion supports the stirring mechanism in such a way that the stirring mechanism is capable of rotating relative to the head case and wherein the stirring mechanism includes a base provided with a discharge port through which a mixture of a foaming agent and water passes and a blade formed on a surface of the base which is an openingside surface.

Related passage: The agitating and mixing mechanism 130 is configured to generate the bubbles by mixing the liquid foaming agent with the air while agitating the liquid foaming agent.As an example the agitating and mixing mechanism 130 includes a first rotor 131 a second rotor 132 and a drive unit 140.
Patent claim: A radio terminal supporting Carrier Aggregation using a primary cell and at least one secondary cell operated in an unlicensed spectrum the radio terminal comprising a receiving unit configured to receive in the primary cell a Radio Resource Control RRC Connection Reconfiguration including a measurement configuration to measure at least one of Reference Signal Received Power RSRP and Reference Signal Received Quality RSRQ of reference signals transmitted in the secondary cell operated in the unlicensed spectrum and a transmitting unit configured to transmit in the primary cell a measurement report of at least one of the RSRP and the RSRQ wherein the measurement configuration includes information indicating reference signal duration in which the reference signals are scheduled to be transmitted in the secondary cell operated in the unlicensed spectrum.

Related passage: In another method second method of the measurement result if a plurality of measurement reference cells are specified to the measurement identifier the measurement result is reported as follows.
Patent claim: A method according to any of claims 1 to 12 comprisingsaid UE using an indication on whether a PDNGW in HPLMN is required as a condition for restricting a list of candidate WLANANs to those candidate WLANANs having connectivity with at least one PDNGW in said HPLMN.

Related passage: In another aspect of the present disclosure the comparison of the available networks with the SSIDs stored at a list also identifies if any of the identified networks is a non802.1xcapable network.For each such non802.1xcapable network selectably attempt is made to set up a tunnel to the network node e.g.packet data gateway etc of the HPLMN associated with the wireless device.If the tunneling is successful and the wireless device is able to perform connection with the home network by way of the SSIDidentified network the wireless device makes note of the success of the connection attempt and the tunnel is torn down.If more than one non802.1xcapable network is identified the mechanism is repeated foreach of the additional identified networks.If a connection is successfully formed the wireless device makes note of the successful connection and tears down the tunnel.
Patent claim: The repeater system 1 according to one of the preceding claims characterized in that a modulation scheme of the signals received from the at least one communication source 3 4 7 8 9 is different than a modulation scheme of the RF communication signal transmitted into the coverage area 20.

Related passage: In step 204 the first wireless communication technique is applied to connect with a core network via the micro base station and the second wireless communication technique is applied to connect with a mobile communication device via the micro base station.Proceed to step 206.
Patent claim: The tower section 100 of any of the preceding claims wherein the first set of coupling elements 20 is complementary of the second set of coupling elements 30.

Related passage: The construction and design of tower segment 10 as shown in Fig.1 and provided according to the invention is advantageous in so far as mounting a preassembled operating component unit e.g.an electrical power module is possible after erection of tower segment 10 which reduces the risk of damages to the operating component unit when mounting the same in the tower.
Patent claim: Compressor according to claim 1 corresponding to a one of only two predetermined fixed sizes each corresponding to a different electricity frequency thethe bull gear 12 corresponds to one of only two predetermined bull gear sizes each corresponding to a different electricity frequency which are fixed for each compressor sizethe first pinion 1314 corresponds to one of only two predetermined first pinion sizes each corresponding to a different electricity frequency which are fixed for each compressor size and the second pinion 1415 corresponds to a one of only two predetermined second pinion sizes each corresponding to a different electricity frequency which are fixed for each compressor size the gear case corresponds to one of only two predetermined gear case sizes fixed for each compressor size and at least one Nth volute 20 corresponds to a single predetermined size of Nth volute or one of only two predetermined Nth volute sizes fixed for each a compressor size.

Related passage: The preselected standardized components therefore include bull gears and pinions within a family of machine frame sizes.
Patent claim: A composition comprising at least two immunogens the first immunogen consisting of an immunogen according to any one of claims 1 to 9 and wherein the second immunogen consists of an immunogen comprising at least one antigenic IgE peptide linked to an immunogenic carrier wherein said antigenic IgE peptide consists of an amino acid sequence selected from the group consisting of SEQ ID Nos311 to 430.

Related passage: Preferably compositions of the present invention comprise an immunogenic amount of one or more antigenic peptides comprising the amino acid sequence of SEQ ID NO 1 SEQ ID NO 2 SEQ ID NO 3 SEQ ID NO 4 SEQ ID NO 5 SEQ ID NO 6 SEQ ID NO 7.Figures 39 depict such dog CH3CH4 peptide sequences.Further preferred compositions of the present invention comprise an immunogenic 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.Figures 1016 depict such human CH3CH4 peptide sequences.
Patent claim: The rechargeable battery of claim 13 further comprising a second insulator 62 electrically insulating the second electrode terminal 42 and the cap plate 30.

Related passage: For example the electrode assembly 10 is formed by disposing a first electrode 11 hereinafter a negative electrode and a second electrode 12 hereinafter a positive electrode at both sides of a separator 13 which is an insulator and winding the negative electrode 11 the separator 12 and the positive electrode 13 in a jelly roll state.Further the electrode assembly is assembled by stacking negative electrode and positive electrode formed of a single plate with a separator interleaved therebetween or assembled by folding and stacking the negative electrode the separator and the positive electrode in a zigzag manner not shown.
Patent claim: The apparatus of claim 9 wherein a priority assigned to a service is based on the distance of the service.

Related passage: In the approach of the current invention one or more scalar relevance fieldsis or are defined over the network.Each relevance field describes the location and strength of the providers of a given service type.Relevance fields attributed to different service types are independent of each other.In the following we therefore look at a single relevance fieldfor one given service type only.
Patent claim: The mobile terminal of claim 1 wherein the controller is further configured to variably change the execution of the specific function corresponding to a touch point of the touch input changing while the mobile terminal is rotated.

Related passage: In some exemplary implementations the motion detector is a twoaxis acceleration sensor which is less expensive than the threeaxis acceleration sensor or a gyro sensor of other methods.The motion detector may further include a oneaxis twoaxis or threeaxis rotation detection sensor for sensing therotating motion.The motion detector may calculate threeaxis acceleration values for knowing a gravity direction or may further include a gravity detection sensor.