bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to claim 6 characterized in that the slices are perpendicular to the temporary longitudinal axis 314 and each slice is representative of a cross section of the theoretically machined crankshaft and the step of analyzing comprises finding a center of gravity of each slice of the theoretically machined crankshaft relative to the temporary longitudinal axis 314.

Related passage: The shape measuring machine 11 includes a single or plurality of noncontact displacement meters e.g.a laser displacement meter an infrared ray displacement meter and a LED displacement sensor or a single or plurality of contact displacement meters e.g.a differential transducer for instance.The shape measuring machine 11 measures a shape of the material crankshaft 1 based on a single or plurality of measurement values from the single or plurality of the displacement meters.In the present embodiment for instance only an outer shape of the counterweight 1 of the material crankshaft is measured.The shape measuring machine 11 may be herein a threedimensional digitizer image scanner for generating the entire shape of a measurement target i.e.the material crankshaft as the threedimensional shape data by measuring it from a plurality of different positions.
Patent claim: The information processing system according to any one of claims 1 to 8 further comprising one of a monitor configured to display at least one processing situation among generation of the control data generation of the code data and verification by the control unit and means for reporting the processing situation by sound or both of the monitor and the means.

Related passage: The controller 107 acquires via the distributing wire 122 data from the field units such as signals railroad switches and control circuits connected to the controller 107 by the distributing wire 122 step 401 adds a redundancy code to the acquired data step 402 and creates three copies of the data step 403.Then the controller encodes the three sets of data using encoding keys each corresponding to one of the processing units 101103 step 404 adds configuration information to assemble the data into the format shown in FIG.8c step 405 and transfers the data to the main processing unit 101 of the multiple system processor 100.The controller107 creates the number of copies equal to the number of processing units of the multiple system processor to prevent the main processing unit 101 of the multiple system processor 100 from altering the data sent to the main processing unit 101.
Patent claim: A method for producing cellulose ether comprising at least a step of reacting alkali cellulose produced by the method according to any one of Claims 1 to 3 with an etherifying agent.

Related passage: In one aspect of the present invention there is thus provided a method for preparing alkali cellulose comprising steps of bringing pulp into continuous contact with an alkali metal hydroxide solution in a rotary feeder type contactor to generate a contact mixture and draining the contact mixture.
Patent claim: A lubricating oil composition comprising a viscosity index improver and a metallic detergent in at least one base oil selected from mineral oils and synthetic oils therein wherein the viscosity index improver contains a polymethacrylate viscosity index improver and an olefin copolymer viscosity index improver the polymethacrylate viscosity index improver is contained in an amount of from 3.0 by mass to 9.5 by mass based on the total amount of the lubricating oil composition the metallic detergent contains at least one selected from calcium sulfonate calcium phenate and calcium salicylate the calcium amount derived from the metallic detergent is from 500 ppm to 1500 ppm based on the total amount of the lubricating oil composition the hightemperature highshear viscosity at 150C of the lubricating oil composition is 2.6 mPas or more the hightemperature highshear viscosity at 80C of the lubricating oil composition is 7.8 mPas or less and the ratio of the hightemperature highshear viscosity at 100C of the lubricating oil composition to the hightemperature highshear viscosity at 150C thereof is 2.05 or less.

Related passage: The ethyleneolefin copolymers or hydrogenated products thereof that can be used as the first and second viscosity index improvers is a copolymer of ethylene and olefin or a compound obtained by hydrogenation of the copolymer.As olefin specifically propylene isobutylene 1butene 1pentene 1hexene 1octene 1decene 1dodecene and the like are used.As the ethyleneolefin copolymer the socalled nondispersion type ethyleneolefin copolymer comprising only hydrocarbons and the socalled dispersion type ethyleneolefin copolymer obtained by reacting a polar compound such as a nitrogen containing compound with a copolymer can be used.
Patent claim: The information processing system 1 according to any one of claims 1 to 5 characterized in that the information processing unit 14 22 operates the virtual camera in response to a shifting of the controller 5.

Related passage: When the CPU 311 has determined the virtual camera distance Kk step 155 or when CPU 311 has calculated the virtual camera distance Kk step 195 or when the CPU 311 has reset the switching time t to zero step 205 the left virtual camera Hk is disposed in the virtual space step 215.Specifically the CPU 311 updates the imaging direction data 504 by adding the angular velocities of the rotations about the respective axes which are represented bythe angular velocity data 503 having been referred to in step 125 to the rotation angles relative to the respective axes which are represented by the imaging direction data 504.When the imaging direction data 504 has been updated the CPU 311 moves the left virtual camera Hk in the xaxis negative direction so as to be distanced from the originating point O of the virtual space by the virtual camera distance Kk.The CPU 311 disposes the left virtual camera Hk at the rotation angle relative to each axis which is represented by the imaging direction data 504 having been updated by rotating about the originating point O of the virtual space the left virtual camera Hk having been moved.Thus the CPU 311 is allowed to dispose the left virtual camera Hk in cooperation with the movement of the game apparatus 10 as described above.
Patent claim: Method for switching of satellite signals comprising the steps of receiving four sets of legacy Low Noise Block converter LNB signals VL VH HH HL selecting one of the four sets of legacy LNB signals VLVH HH HL according to an analog control signal Sa outputting a first legacy LNB output signal L1Ln at a first switching circuit 30 receiving two sets of wideband LNB signals WBH WBV and the first legacy LNB output signal L1Ln at a second switching circuit 32 coupled to the first switching circuit 30 and generating the digital switching control signal Sd according to an LNB control signal C1Cnreceiving the digital switching control signal sd at a second switching circuit 32 to select one of the first legacy LNB output signal L1Ln and the two sets of wideband LNB signals WBV WBH outputting a first switching output signal S1Sn at an output terminal P1 Pn of the second switching circuit 32.

Related passage: However the currently used settop box is not able to receive the fourpath signals directly.Namely when a conventional LNB is change to a new type of LNB a user must replace hisher settop box with a new version one since the settop box is out of date which dramatically hinders the development of LNB.Therefore ensuring a conventional and a new type of settop box able to share one LNB has benefits for industrial application.
Patent claim: The apparatus of claim 4 wherein in response to the handwritten signature being input the controller is configured to verify the input handwritten signature based on a handwritten signature registered in advance.

Related passage: Referring to FIGS.9a and 9b if a gesture input 455 with a question markshaped trajectory is received a help popup window 460 including a plurality of items each showing a previouslyregistered gesture input and the function of the previouslyregistered gesture input may be displayed.
Patent claim: The method for managing a MAC address table according to claim 2 wherein the matching the MAC address information with the MAC address table and the prolonging the aging time of the MAC address information in the MAC address table if the matching succeeds comprise judging whether the SMAC address information matches the MAC address information recorded in the MAC address table if the matching succeeds updating the aging time of the MAC address information in the MAC address table according to a preset delay rule and if the matching fails writing the SMAC address information into the MAC address table and setting the aging time of the MAC address information to a shortest aging time.

Related passage: Fig.2 gives an overview of a routing process for routing packets between the ports 10a to 10c of the switch 10.In the routing process a forward flow 1 is received in the first port 10a of the switch 10 the forward flow 1 having a source MAC address e.g.000000000001 and a destination MAC address e.g.000000000002.The destination MAC address of the forward flow 1 is searched in a MAC address table 5 by comparing the destination MAC address with the entries of a MAC address field 15 of the MAC address table 5.In case that the destination MAC address is found the packet of the forward flow 1 is transmitted via only one of the further ports 10a 10b of the switch 10 which isdefined in the corresponding entry of a port field 16 of the MAC address table 5.For each entry in the MAC address field 15 an ageing counter 17 is provided the ageing counter 17 being increased each time an address lookup of the corresponding MAC address entry by the forward flow 1 is performed.
Patent claim: An atomizer according to any of the preceding claims characterized in that said head 20 is delimited by a truncatedcone surface 42 axially facing said sealing seat 21 and forming an angle at the vertex of between 100 and 150.

Related passage: If required a net closing or opening force can be generated proportional to the system pressure by varying the ratio of the diameter D1 of the pintle guide bore 12 to the valve seat diameter D2.By selecting D1 to be greater than D2 a net closing force can be achieved.Conversely by selecting D2 to be greater than D1 a net opening force can be achieved.Depending on the design goals these effects can be used for example to assist closing response at higherlower system pressure or to avoid valve opening due to pressure pulsations.It is also envisaged that pressure differentials between the combustion chamber and the drainreturn line may be compensated for by an appropriate choice of D1 and D2.
Patent claim: The collisions avoiding method as claimed in claim 1 also including the steps of storing locations and sizes of fixed installations and structures in said predetermined area 14.

Related passage: The obstacle possible track calculating section 11 which stores a plurality of behaviors expected depending on the obstacles during a fixed period of time acquires a plurality of predicted tracks of the obstacles according to the obstacle information issued from the obstacle extracting section 3 and the stored behaviors.The obstacle possible track calculating section 11 outputs obstacle track information concerning the calculated tracks of the obstacles to the collision probability calculating section 13.
Patent claim: The conductive film 1 according to claim 1 wherein the silicon material weights 5 to 25 of the hard coated layer 12.

Related passage: As a Comparative Example to the above Example Samples C and D were prepared in such a manner that the overcoat layer 14 was not provided in the structures of Samples A and B shown in Figs.6a and 6b.The transmission spectra of Samples C and D were measured in the same manner as in the Example described above.As shown in Fig.8 there was a large difference in the shapes of the transmission spectra especially at low wavelengths.
Patent claim: A system to process transmitreceive assignments using an array antenna comprising a number of channel units that are each configured to perform a corresponding transmitreceive assignment that requires intermittent access to antenna resources each transmitreceive assignment having an associated priority and generating a request when antenna access is needed and contention logic to allocate antenna resources to requesting channel units based at least in part on assignment priority.

Related passage: Through the processing of Fig.5 the mobile station 30 in communication decreases the received CIR because a directional beam is directed to itself while the mobile station 30 with no directional beam being directed thereto not in communication increases the received CIR therefore the processing is expected to present the effect of keeping down deviation of radio channel allocating opportunities among the mobile stations 30.In this case however the reception quality is not always good in practical communication even if the received CIR of the pilot signal is good.Therefore the base station can be configured to estimate the interference with the directional beam of its own cell at each mobile station 30 from the shape of the current beam the location information of each mobile station 30 etc.if possible and subtract it to suppose and compare reception qualities in practical communication environments.
Patent claim: The device according to claim 5 wherein said transmission stage 9 is configured to start transmission of said countincrement signal after a time interval T1 associated to said initialization operation.

Related passage: The energy scavenging interface in particular having the configuration of a rectifier circuit according to the present invention can be connected between an input signal source in particular an AC voltage signal and an electrical load with the possible interposition of a DCDC converter adapted to supply to the electrical load a voltage signal having a voltage level allowed by the electrical load.
Patent claim: A computer readable medium comprising one or more programs the one or more programs comprising instructions which when executed by an electronic device with a display a touchsensitive surface and one or more sensors to detect intensities of contacts with the touchsensitive surface cause the device to perform any of the methods of claims 1.

Related passage: In the input control process example 1 in Fig.4 the determination operation of input by depression is controlled using the absolute value of the depressing force.In place of this method there may be a method of controlling the input determination operation according to a depressing force variation as in the following input control process example 2 in Fig.7.A description will be given below about an example where the input determination operation is controlled according to a depressing force variation with reference to Fig.7.
Patent claim: The system of any preceding claim wherein the controller is configured to send the at least one control command to at least two medical devices the at least one control command being able to control the at least two medical devices.

Related passage: In certain embodiments the user override reprograms or reconfigures the medical procedure and in other embodiments the user override simply alters the information the user wishes to have displayed on the display monitor.For example as shown in Fig.7 the display 700 displays information that is relevant to the current phase of the medical procedure.The next phase 710 for this type of procedure would require taking an XRay of the patient.However if the current procedure is performed on a female patient and if there is a chance that the patient could be pregnant than the surgeon may decide to override the default next phase 700 and chose an alternate diagnostic step or phase 720 or 730.The overriding can be performed by selecting the alternate phase on a touch screen or by issuing a voice command andor gesture or using some other input method.
Patent claim: A method according to claim 1 wherein the gas sensor comprises a piezoelectric oscillator immersed in the gas within the gas cylinder and the sensor assembly comprises a drive circuit for driving the piezoelectric oscillator and step a comprises d driving by means of the drive circuit the piezoelectric oscillator such that the piezoelectric oscillator resonates at a resonant frequency and e measuring the resonant frequency of the piezoelectric oscillator at time t and f determining from the resonant frequency the mass of the gas within the gas cylinder at time t.

Related passage: The drive circuit 204 is powered by a 6 V power source 206.The power source 206 in this embodiment comprises a lithium ion battery.However alternative powersources will be readily apparent to the person skilled in the art for example other battery types both rechargeable and nonrechargeable and a solar cell arrangement.
Patent claim: The separator of claim 1 wherein the inorganic material comprises inorganic particles comprising SiO2 Al2O3 AlOH3 AIOOH TiO2 BaTiO2 ZnO2 MgOH2 MgO TiOH4 aluminum nitride AlN silicon carbide SiC boron nitride BoN or a combination thereof.

Related passage: The polymeric binder may preferably include a third solventsoluble polymeric binder and a fourth polymeric binder preferably an emulsion polymeric binder wherein the third polymeric binder is soluble in a solvent which the fourth polymeric binder is insoluble.
Patent claim: The antenna structure of claim 1 wherein the tail grounding terminal is for connecting the ground plane via a tail impedance zb1.

Related passage: In a second slot antenna mode of operation components 421 and 423 may be closed low impedance state.Component 422 may be open or operating in a highimpedance state due to the operating frequency of the antenna.Path 92 may also be omitted from antenna 40 if desired.In this second slot mode of operation antenna40 functions as a slot antenna with inner perimeter HB2.The size of perimeter HB2 is smaller than the size of perimeter HB1 so antenna 40 will resonate in a higher frequency band in the second slot mode of operation than in the first slot mode of operation.
Patent claim: A method according to any claims 14 characterized in that the switching frequency scanning is performed by changing the switching frequency stepwise over the permissible switching frequency range.

Related passage: Due to highspeed change phenomena electronic devices cause electromagnetic disturbances in their vicinity.The problem is particularly obvious as regards highpower devices such as power electronic devices dealing with high currents and voltages.A highpower device of this kind is for instance a frequency converter commonly used for motor controlling.Frequency converters convert a known constant supply frequency to a desired output frequency.The output frequency is generated by connecting to the output DC pulses whose width is modulated in accordance with the necessary output voltage.Output voltage generation of this kind is known as pulse width modulation PWM.The switching frequency at which DC pulses are connected to the output of the device is typically within the range of 1 kHz to 16 kHz.Some frequency converters change the switching frequency on the basis of the desired output frequency or some similar criteria.
Patent claim: A switching device 1 for an electric circuit comprising at least one contact 3 movable between a closed position in which it is coupled to a corresponding fixed contact 5 and an open position in which it is spaced away from said corresponding fixed contact 5 said switching device 1 comprising at least one locking device 100 configured for being actuated between a rest configuration in which said at least one movable contact 3 is free to move and an operative configuration in which it locks said at least one movable contact 3 in the open position characterized in that the locking device 100 is configured for outputting one or more electrical signals S1 S2 which are indicative of at least one of the rest configuration the operative configuration and an under actuation condition wherein the locking device 100 itself is moving between said rest and operative configurations.

Related passage: The safety device 100 is initially closed and the cover 225 is in the first position 1P and the bar 204 is raised unlike what is shown in Fig.7.In this case the check block 51 of the control device 500 detects that the voltage is present on the load LD and arranges itself in a rest condition.
Patent claim: A ring lock 1 comprisinga lock housing with a lock assembly included thereina bolta front lock cap 2 with two front lock cap legs 4a which are connected with a front lock cap body 5aa rear lock cap 3 with two rear lock cap legs 4b which are connected with a rear lock cap body 5b wherein in a mounted condition the lock housing and the bolt are at least partly included between the front lock cap 2 and the rear lock cap 3 and wherein the front lock cap and the rear lock cap are connected with each other by a weld connection characterized in that the weld connection is a capacitor discharge weld connection the front lock cap 2 andor the rear lock cap 3 being provided with at least one contact surface by which the front lock cap 2 and the rear lock cap 3 prior to a capacitor discharge weld process abut against each other and at which following a capacitor discharge weld process the capacitor discharge weld connection is formed by which the front lock cap 2 and the rear lock cap 3 are connected with each other.

Related passage: On the other hand said front and back halfhousings are made of metal of a considerable thickness and are welded this in itself offers greater security than joining by rivets as used in previous constructions and moreover the halfhousings are now more resistant 2mm thick the locking arc will now also be thicker and harder.In this respect the invention also provides for a realisation in which said front and back halfhousings form peripheral edges towards the outside that are capable of resting on one another and of being joined by welding.
Patent claim: An operation method of a control system for a vehicle comprising a portable device sends out a first identification code a key receives and identifies the first identification code the key sends a second identification code a function controller receives and identifies the second identification codethe portable device broadcasts an instruction to the key the key receives the broadcast instruction and passes the instruction on to the function controller and the function controller controls the vehicle or parts of it according to the instruction.

Related passage: Next the procedure of a pairing method using a memory card will be described.Here a description will be given of a procedure for associating a wearable key unit key terminal KT with an automobile service terminal ST that is a device subject to control centered on a mobile phone personal terminal PT as shown in FIG.6.