bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to claim 1 characterized in that metals of the metal chalcogenide nanoparticles 210 310 410 the metal ions 240 340 450and the metal complex ions 240 330 440 further include germanium.

Related passage: Preferably the seleniumGroup 1b ink used in preparing the Group 1a1b3a material is tailored to deposit a MaSeh material on the substrate wherein the mole ratio of M to Se in the seleniumGroup 1b ink is 61 to 16 preferably 31 to 13 more preferably 21 to 12 and wherein M is at least one Group 1b material selected from copper and silver preferably copper.Variation of the molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component of the seleniumGroup 1b ink provides selectabilityof the MaSeh material deposited using the seleniumGroup 1b ink of the present invention.For example a 11 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe material.A 21 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a MSe2 material.A 12 molar ratio of the selenium in the selenium component to the Group 1b material in the Group 1b component in the seleniumGroup 1b ink facilitates the deposition of predominantly a M2Se material.
Patent claim: The network device of claim 8 where the processor is further to select a set of existing LI sessions from the stored LI session records associated with the lowest priority determine whether there exists at least one LI session with an invalid target in the selected set of existing LI sessions and select the at least one LI session with the invalid target as the particular LI session to terminate.

Related passage: For example it is determined whether congestion occurs on a reporting interface between the interception NE and the interception center or on a reporting interface between the interception NE and the interception gateway or on a reporting interface between the interception gateway and the interception center.
Patent claim: The method of any one of claims 1 to 5 wherein configuring the mobile device comprises presenting a lock screen on the mobile device when connected to the IVIS.

Related passage: When a result of determination at step S32 is the connection to the mobile device the portable information processor brain unit 40 controls the operation of this mobile device car navigation 41.In the following explanation an explanation will be made by using a connect configuration of Fig.6.First the CPU 61 acquires position detection information from the mobiledevice 41 step S33.This position detection information is information output from the GPS unit and various sensors 73 and is information that calculates the present position of the vehicle by the CPU 61.Being not limited to this this position detection information may be information calculated based on the information output from the GPS unit 72 and various sensors 73 by the calculating units of the sub CPU 70 and the like provided in the mobile device 41.In addition it may be information calculating the present vehicle position by a calculating unit provided in the GPS unit 72.
Patent claim: A printing apparatus comprising the ink jet head according to any one of claims 1 to 4 anda conveying unit configured to feed a printing medium to a position where the ink jet head discharges the ink.

Related passage: In this embodiment both the issue described above and a problem to minimize the increase of hardware resource such as memory capacity and an arithmetic circuit are solved at the same time.For that purpose here timing of transferring the driving waveform to the DA convertor 30 connected to the recording head controller 25 is corrected using delay data in accordance with the number of nozzles 10 driven simultaneously delay correction.Accordingly DA converting cycle of each driving pulse in the DA convertor 30 is corrected and that can minimize the fluctuation in the driving waveform that consists of the group of driving pulses.The delay data can be both plus extension and minus reduction.
Patent claim: The mobile terminal any one of claims 2 to 6 wherein the image comprises a line corresponding to the trajectory of the second touch and wherein the controller 180 is further configured to apply a thickness of the line in proportion to an area of the first touch.

Related passage: The mobile communication module 112 transmitsreceives wireless signals tofrom one or more network entities e.g.base station external terminal server etc..Such wireless signals may represent audio video and data according to textmultimedia message transceivings among others.
Patent claim: The radiographic imaging device according to any one of claims 1 to 3 wherein the protective cover is applied to a protective cover recess portion provided in a surface at a side at which radiation is incident when the radiographic imaging device main body is installed at an imaging stand.

Related passage: As shown in Fig.11A and Fig.11B first faces 112 attached with thermal insulation material 110 of the third exemplary embodiment are not faces of the casing 18 in the thickness direction but are the pair of side faces that make contact with the pair of press members 98 provided to the mounting section.
Patent claim: An optical network element in accordance with claim 8 further comprising an optical coupler 42 142 connected to an input of the wavelength demultiplexing arrangement 22 and arranged to merge the optical signals from the optical loop back path 40 140 with the optical signals from the optical drop path 23.

Related passage: In the specific embodiment of FIGURE 2 transport element 110 includes a passive optical splitter set having a drop coupler 112a and an add coupler 112b.Drop coupler 112a passively splits the ingress signal on ring 16 into two generally identical signals.A passthrough signal is forwarded to rejection filter 114 while a drop signalis forwarded to distributing element 120 via segment 118.The signals may be substantially identical in content andor energy.Add coupler 112b passively combines the passthrough signal from drop coupler 112a and an add signal comprising local add traffic from combining element 130 via segment 119.
Patent claim: Method according to the preceding claim wherein the criteria further comprises the measured Caloric Value LCVmea is stable within 5 in particular2 compared to the measured Caloric Value of the previous update interval.

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: Agricultural vehicle 1 according to claim 4 wherein the damping element 26 is bypassed wherein the bypass comprises a onewayvalve 27 so that the damping is only obtained when fluid flows towards the accumulator 25 and wherein damping element is bypassed when fluid flows out of the accumulator.

Related passage: It should be noted that the direction of the force M depends on the side towards which the vehicle 1 tends to overturn.If this side is with respect to the longitudinal symmetry plane L on the same side on which the actuator 7 is installed the force M has to be directed towards the front axle 5 otherwise the force M has to be directed towards the body 2 of the vehicle.
Patent claim: A component according to any one of the previous claims which is an aerofoil component the airwashed surfaces being the aerofoil suction and pressure surfaces.

Related passage: The shield assembly 12 includes a shield 40.In the embodiment shown a locking member 42 is adapted to extend between the stator vane and the shield.The locking member might be separate from the shield or integrally attached to the shield.The shield is adapted to be disposed about the edge of the airfoil.The shield is formed of a suitable metal which can withstand the impact of the abrasive particles or coating particles and the temperature of any coating spray process.One suitable material is AMC 6513 Aerospace Material Specification 6513 stainless steel having a thickness of about nine thousandths of an inch to fifty thousandths of inch.009.050 inches.231.27 mm with nine thousandths of an inch.23 mm preferable for some applications.
Patent claim: A method as claimed in claim 10 or 11 which further comprises the step of cutting the composite structure.

Related passage: To constitute a cell using the above electrode laminate unit a cell can be constituted by inserting lithium metal 4 at e.g.the center portion of the laminate wound in an elliptic form so that the lithium metal faces the innermost negative electrode 2 and thenpressing the electrode laminate unit.In such a case with respect to the lithium metal 4 it is preferred that a lithium electrode current collector 4a has the lithium metal 4 on both sides as shown in Fig.7 whereby the facing negative electrodes can be doped with lithium ions on both sides of the lithium electrode current collector 4a.Further it is also possible to dispose lithium metal 4 to face the outermost negative electrode of the flat electrode laminate unit to constitute a cell.
Patent claim: A system according to claim 1 wherein the means for CO2 capturing 16 is located downstream the means for separation of CO2 15 in rich stream side.

Related passage: In another embodiment of the invention 400 a gas turbine system 403 is included as shown in FIG.5.Air 401 is compressed in the compression section 402 and then mixed with a fuel 404 and combusted in combustor 406.The resulting high temperature gases 408 are expanded in turbine section 410 to generate electricity via generator 412 and an exhaust gas 414.The exhaust gas 414 is directed to an HRSG 416 where the heat from the exhaust gas 414 is used to generate additional electricity in a steam cycle or other bottoming cycle not shown and a reduced temperature exhaust gas 418 for example having a temperature in the range between about 50 C to about 100 C.A first portion 420 of the reduced temperature exhaust gas 418 can optionally be recycled back to mix with the air 401 that is introduced into compressor section 402 to increase the overall CO2 content in the reduced temperature exhaust gas 418 and to improve the extraction efficiency of the system 400.Ideally the CO2 content of reduced temperature exhaust gas 418 should be in the range between about 8 by volume to about 15 by volume for improved extraction efficiency through a carbon dioxide extraction system.In order to achieve these levels of CO2 such technologies as exhaust gas recirculation can be employed.
Patent claim: A hearing instrument according to any of the preceding claims wherein the hearing instrument is further configured for ignoring the broadcasted message upon failed authentication of the transmitter of the broadcasted message.

Related passage: The assistive listening system is adapted to provide that the DECT link from the transmitting device to the receiving listening device is unidirectional.The term unidirectional link is intended to mean providing oneway transmission here from the DECT transmitter to the receiving listening device.This has the advantage that no transmission from the receiving listening device is needed which on the other hand allows a reduction of receiver complexity and power consumption.Further it facilitates broadcasting from a transmitter to a multitude of receiving listening devices in the same time slot of the DECT map.
Patent claim: A video service platform for generating video clips from a sequence of video data elements for delivery and playback on demand comprising a user input unit for receiving individual time stamp data inputs generated by each of a plurality of users identifying parts of the video data to be used to generate clips an aggregation system for calculating aggregated time stamp values each associated with a plurality of the individual time stamp data inputs an event marker unit for associating an event marker flag with an element of the video data sequence in accordance with the aggregated time stamp data and an output unit for generating a video clip from a plurality of video data elements defined by relation to the event marker flag.

Related passage: In Figure 1 a football match is represented by a football pitch FP.Camera recorders 1 2 3 are shown disposed with respect to the football pitch FP and are used by operators or are arranged automatically to record continuously the football match which typically would be the entire football match although it would be appreciated that small interruptions may occur.Contemporaneously with the recording of the football match an operator 4 observes the football match and using an event logging processor system 6 selects one or more of a plurality of predetermined event codes forming a set to represent events that may occur within a football match.These are shown in an expanded view within a table 8 and include such things as goal penalty yellow card foul etc.Thus throughout the duration of the match when a corresponding event occurs in the match such as a goal the operator 4 selects the goal event and a corresponding event code representing that event is recorded in an event log with respect to time generated by a clock 10.The event log is then recorded on an appropriate medium for example a flash memory 12.Also recorded in the event log is a time reference which identifies when the event represented by the event code was logged.This time reference could be realtime a time code or a time from the start of the match match clock.As such in one example the reference time in the event log may be generated automatically with the match clock being reset at the start of the match.
Patent claim: The refrigeration cycle apparatus of any one of claims 6 to 8 further comprising a liquid temperature detecting sensor 205 for detecting when the useside heat exchanger 7 functions as a condenser a liquid temperature at an outlet of the condenser wherein in the refrigerant amount determining mode the controller 100 controls a rotation speed of the compressor 1 so that a condensing temperature is a target value based on the liquid temperature.

Related passage: Airconditioning apparatuses include a general airconditioner that performs a cooling operation a heater that performs a heating operation a general heat pump type airconditioner that performs both cooling and heating operations and a multiairconditioner that coolsheats a plurality of indoor spaces.Hereinbelow as an embodiment of the airconditioning apparatus the multiairconditioner will be described in detail.
Patent claim: The separator according to to any of the claims 1 to 11 wherein the electrodes comprises a positive electrode and a negative electrode the positive electrode being selected from the group consisting of lithium cobalt oxide lithium nickel cobalt manganese oxide lithium manganese oxide lithium iron phosphate and lithium nickel oxide electrodes and the negative electrode being a crystalline or amorphous carbon electrode.

Related passage: To confirm the properties of these separator membranes they were heat laminated onto the following cathode and anode to give secondary lithium batteries.
Patent claim: The vehicle driving mode display device described in claim 1 wherein the first condition is a case that a difference between an acceleration at a first time and a standard acceleration obtained from the running speed pattern is smaller than a difference between the acceleration at a second time when a predetermine time period has passed since the first time and the standard acceleration obtained from the running speed pattern.

Related passage: Fig.7 shows one example of the vehicle testing apparatus.In Fig.7 the symbol 21 represents a rotation roller on which the driving wheel 22a of a vehicle 22 under test is mounted and the symbol 23 represents a chassis dynamometer operatively connected to the rotation roller 21 through the shaft24.This chassis dynamometer 23 corresponds to the dynamometer 3 of the engine testing apparatus 1.The symbol 25 represents a flywheel provided on a shaft24 and the symbol 26 represents a speed sensor provided on the shaft 24.The speed sensor 26 corresponds to a sensor not shown for outputting a rotation measurement value in Fig.4 showing the engine testing apparatus 1.This sensor is provided in an engine 2 shown in Fig.4 in the engine testing apparatus 1.The symbol 27 represents a torque sensor provided in the chassis dynamometer23 and this corresponds to the torque measuring device 8 of the engine testing apparatus 1.The symbol 28 represents a running resistance generator for generating a target running resistance signal T corresponding to an actual running speed signal v sent from the speed sensor 26.The symbol 29 represents a chassis dynamo controller for driving and controlling the chassis dynamometer 23 such that a running resistance target running resistance corresponding to the actual running speed is applied to the driving wheel 22a based on a difference signal between an actual running resistance signal t sent from the torque sensor 27 and a target running resistance signal T sent from the running resistance generator 28.The symbol X represents a drivers aid display uniton which a set target driving pattern Vo target vehicle speed pattern 12 in Fig.4 and a variation of data position V showing driving state of actual current time actual running speed signal v of current time sent from the speed sensor 26 are displayed such that the driver of the vehicle can visually check.
Patent claim: The edema evaluation apparatus according to Claim 5 wherein the index calculator determines whether edema occurs in both the right limb and the left limb of the human subject according to the edema index values calculated in the first process for the right and left limbs and when edema occurs in either the right limb or the left limb the index calculator executes the second process.

Related passage: These electrodes 6a 6b 6c 6d serve to measure internal body impedance with both feet as body end portions and can be used as a pair of current path forming electrodes used for making a portion of the internal body for which impedance is to be detected conduct current to form a current path and a pair of voltage measuring electrodes for measuring a potential difference between two points in the current path.The human subject mounts hisher feet on the electrode sustaining portion 8 and makes hisher left sole come into contact with the electrodes 6a 6b and make hisher right sole come into contact with the electrodes 6c 6d thereby measuring the impedance.
Patent claim: The blood analyzer according to any one of claims 1 to 5 further comprising an HGB measurement portion configured to measure the amount of hemoglobin by a methemoglobin method.

Related passage: FIG.17 is a twodimensional scatter diagram expressed by the particle data obtained by applying the blood collected from a malarial patient as a specimen and analyzingthe specimen by the use of the blood analyzer 100 along Ssc as abscissa and Fl as ordinate.In FIG.17 the cluster of dots of particle data corresponding to malarial parasites appears at the position overlapping the cluster of dots of the particle data corresponding to neutrophils as in the case of FIG.10.Furthermore a twodimensional scatter diagram is shown as FIG.18 with respect to the same particle data as described above wherein Fsc is plotted as ordinate while Ssc is plotted as abscissa.Another twodimensional scatter diagram is shown as FIG.19 with respect to the same particle data as described above wherein Fl is plotted as ordinate while Fsc is plotted as abscissa.In FIG.18 the cluster of dots of the particle data corresponding to malarial parasite appears in the region P as in the case of FIG.12.On the other hand in FIG.19 the cluster of dots of the particle data corresponding to malarial parasite appears in the region Q as in the case of FIG.14.The results obtained by analyzing the present specimen in the application of the blood analyzer 100 and the results obtained by visual observation under microscope visual counting method by using Tuerks solution with respect to the present specimen are shown in the following table 1.The results of the visual observation are those obtained in such a manner that 200 white blood cells in a specimen are observed to differentiate them and to count them and the counted results are converted into a count value per 1 L of the specimen.Moreover a ratio of the whole white blood cell count is calculated with respect to various types of the white blood cells differentiated in addition to the counted results.Table 1Blood analyzer 100 unit numberL Visual Observation unit numberLTotal White Blood Cells Number 5230 5500Monocyte 650 12.4 550 10Lymphocyte 1790 34.2 2090 38Neutrophil 2740 52.4 280551Eosinophil 250.5 27.5 0.5Basophil 250.5 27.50.5Malarial Parasite Positive Positive