bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of claim 5 further comprising detecting when the client application is online.

Related passage: If SIM 2 card 203 different from SIM 1 card 201 that was inserted irrespective of before or after the timer 163 has expired is inserted into the SIM card interface 170 the information updating unit 165 can perform the processes of selecting PLMN information and a cell based on the inserted SIM 2 card 203 can receive the base stationrelated information i.e.PLMN selecting information andor the cell selecting information and can maintain the mobile device 100 in a camping on state.The information updating unit 165 updates base stationrelated information newly received by removing information stored in the storage unit 150 and mobile communication servicerelated information containing at least one of the phone book information stored in the SIM 2 card 203 call log information and text transmissionreception information.If two timers are operated and a SIM card different from the previously inserted SIM card is inserted into the SIM card interface 170 the information updating unit 165 can update the base stationrelatedinformation and the mobile communication servicerelated information irrespective of the operation of the timer.
Patent claim: An electrode line monitoring assembly for monitoring an electrode line comprising a communications path wherein the communications path includes a plurality of electrode line monitoring units to communicate at least one signal along the communications path and each of the plurality of electrode line monitoring units is an electrode line monitoring unit according to any preceding claim.

Related passage: Other equipments may be connected to the undersea network 1 in the same manner e.g.scientific instruments thermal sensors conductivitytemperaturedepth sensors current meters hydrophones sonars echosounders acoustic Doppler current profilers bottom pressure sensors chemical and gas sensors for measuring carbon dioxide oxygen methane nitrates etc.seismometers gravimeters and accelerometers highresolution stillframe and video cameras microbe and plankton samplers and microbial incubators turbidity sensors transmissometers sediment traps benthic flow simulation chamber and others e.g.a charger site for electric submarine vehicles operating on batteries.
Patent claim: Method according to any of the preceding claims wherein positioning the plant for cutting comprises rotating the plant substantially around its stem.

Related passage: One image representing just one view of the plant often will not satisfy for determining a proper cutting position.The structure of most plants is too complex to allow finding the proper cutting position from one view only.Therefore it may be preferred to obtain images of the plant from different view points by moving the plant and the image taking device with respect to each other.Usually the plant has tobe cut at the stem.Rotating the plant in front of a camera around its stem or more general along an axis that is parallel to its stem may provide additional information to obtain a more complete picture of the plant.More in particular a kind of three dimension view of the plant may be constructed to determine the proper cutting position or positions.
Patent claim: A compressor aerofoil for a turbine engine as claimed in claim 1 wherein the distances L1 and L2 are between and include 5 and 15 of the camber line length.

Related passage: Many alternatives and variations can be envisaged for the examples described above.Many different shapes of gutter could be envisaged according to the manner in which the effects of the described examples are to be achieved.Multiple gutters could be used.
Patent claim: The stereoscopic display apparatus according to any of the preceding claims wherein the shutter apparatus comprises a synchronous control unit a left shutter unit and a right shutter unit and the synchronous control unit is electrically connected to the left shutter unit and the right shutter unit.

Related passage: Referring initially to Fig.1 a system 100 for viewing a three dimensional 3D movie on a movie screen 102 includes a pair of 3D glasses 104 having a left shutter 106 and a right shutter 108.In an exemplary embodiment the 3D glasses 104 include a frame and the shutters 106 and 108 are provided as left and right viewing lenses mounted and supported within the frame.
Patent claim: A system for scrambling polarization of a polarization multiplexed optical signal comprisinga polarization scrambler configured to scramble a polarization orientation of a polarization multiplexed optical signal associated with an optical network according to a scrambling frequency to reduce polarization dependent effects associated with the optical signal an optical transmitter associated with the polarization scrambler and configured to transmit a polarization signal through the optical network the polarization signal indicating the polarization scrambling of the optical signal and a descrambling unit associated with the optical network and configured to receive the polarization signal over the optical network and descramble the optical signal according to the polarization scrambling as indicated by the polarization signal.

Related passage: The control signal generated from the polarization scrambler driver 130 is a control signal having a predetermined frequency and the frequency corresponds to a polarization scrambling frequency of the polarization scrambler 140.At this occasion although the polarization frequency may be of any value it is pertinent to set the polarization scrambling frequency to a frequency higher than a frequency inherent to an FEC circuit achieving an effect of reducing PDL and the optical nonlinearity effect by the polarization scramble.The polarization scrambler information acquiring part 120 acquires information of setting the polarization scrambler 140 of carrying out the polarization scramble for example a polarization scrambling frequency a direction of a variation over time of polarization scramble and a pattern of the variation or the like and transfers the set information through the control network 30.
Patent claim: The method of any of the claims 110 further comprising the portable electronic device 306 generating a graphical display wherein the graphical display comprises a graphical representation of the point of impact 150.

Related passage: Athletic activity monitoring systems 10 according to embodiments of the present invention may be suitable for use by individuals 100 for team or individual athletic activities and for competitive and informal training sessions.For example athletic activity monitoring systems 10 according to embodiments of the present invention may be suitable for use by individuals 100 engaged in athletic activities such as baseball basketball bowling boxing cricket cycling football i.e.American football golf hockey lacrosse rowing rugby running skateboarding skiing soccer i.e.football surfing swimming table tennis tennis or volleyball or during training sessions related thereto.
Patent claim: A belttype electronicallycontrolled continuously variable transmission 5 comprising a housing 65 a primary pulley 51 having a movable sheave 53 a secondary pulley 57 having a driven sheave 59 a belt 54 that is wound between the primary pulley 51 and the secondary pulley 57 a slider 70 that is provided coaxially with the movable sheave 53 and that is connected so as to be axiallymovable and rotationally nonmovable with respect to the housing 65 and to be axially nonmovable and rotationally movable with respect to the movable sheave 53 a worm wheel 71 that is provided coaxially with the movable sheave 53 and screwed to the slider 70 using a thread a worm gear 72 of which an axis direction is a tangential direction of the worm wheel 71 and which is screwed to the worm wheel 71 and an electric motor 77 having the worm gear 72 mounted to an output shaft 77a thereof.

Related passage: The second pressing device 8 of the primary pulley operating device 8 is composed of the second compressing device 14 having the pressure application device 12 and the sliding device 15.The sliding device 15 has two sliding members 16 and 17 and a pushing device 15a of a ballscrew mechanism.The pressure application device 12 has a worm 18 and a worm wheel 19.The second pressing device 8 has the sliding device 15 consisting of rigid members to eliminate unstable positioning factors such as elastic force to reproduce a reference position accurately for variablediameter control.As shown in Fig.1 the sliding device 15 consists of the tubular worm wheel 19 and the tubular pushing device 15a.The pressing device 8 is provided with through holes 16a and 19a.The sliding shaftof the primary pulley 2 is inserted in the through holes 16a and 19a.The sliding device 15 is disposed at a position substantially corresponding to that of the pressing device 5 of the secondary pulley operating device 6 in parallel to the latter.The opposite ends of a main shaft 20 having an oil chamber 20a are supported in bearings 21 and 22.Pressure is applied to the second pressing device 8 through bearings 13a and 13b and 23 disposed between a reference surface of a body 10c and the primary pulley 2.When the sliding member 16 is turned by the worm wheel 19 the sliding member 17 is guided by a guide bar 24a for axial sliding.A second compressing device 14 has a screw member provided with a righthand thread.A thrust casing 24 serves as a pressure transmitting device.The pressing device 8 shown in Fig.1 does not have any elastic members and is capable of direct pressure application to vary the working radius r1 of the primary pulley 2.
Patent claim: The secondary battery of any of the preceding claims wherein the first and second accommodation portions G1 G2 directly contact the third surface 1123 of the current limiting plate 112.

Related passage: As shown in FIG.7A the variable plates 12 may have a conductive member 50 provided between a plurality of the variable plates 12 e.g.one or moreof the variable plates 13 14 and 15 may have the conductive member 50 provided thereon.The conductive member 50 may be formed of for example at least one material selected from the group consisting of aluminum Al indium In silver Ag and copper Cu.
Patent claim: The ultrasound image display method of claim 1 wherein the ultrasound image data comprises at least one of brightness B mode image data spectral Doppler image data color Doppler image data elasticity image data and motion M mode image data.

Related passage: The operation of converting the obtained brightness information into the height information h operation S300 of FIG.2 may include mapping brightness values including predetermined gray scale values to height values within a predetermined range operation S310.
Patent claim: A method for increasing coverage in a wireless communication system the method comprising at a network element transmitting a signal to a wireless communication unit wherein the signal comprises an indication of a number of resource blocks that are being transmitted by the network element within a communication cell of the wireless communication system wherein the indication is of a reduced first number of resource blocks when operating in a first extended coverage mode of operation compared to a second number of resource blocks when operating in a second nonextended coverage mode of operation.

Related passage: For partial loading of any type the transmit power for each subband used for data transmission may be increased without increasing the total transmit power.The total transmit power may be distributed over the K subbands used for local transmission in each symbol period which may be called the active subbands.If K subbands are used for local transmission and D subbands are used for widearea transmission where K lt D with partial loading then the transmit power per active subband is higher for the local transmission than for the widearea transmission.The received signal quality per active subband is thus higher with partial loading which improves the signaltonoise ratio for the subband at a receiver.
Patent claim: The toner according to any one of claims 1 to 4 wherein the number of carbon atoms C1 of the nucleating agent segment of the crystalline polyester resin A and the number of carbon atoms C2 of the functional group of the amorphous polyester resin B satisfy Expression 2 0.5C1C23.0

Related passage: Among the carboxylic acid components x examples of carboxylic acid components other than dicarboxylic acid x1 include dicarboxylic acids other than the x1 trivalent or more polycarboxylic acids x2 aromatic monocarboxylic acids x3 and the like.Among the carboxylic acid components x examples of dicarboxylic acids other than the x1 include alkane dicarboxylic acids having 4 to 36 carbon atoms e.g.succinic acid adipic acid and sebacic acid alicyclic dicarboxylic acids having 6 to 40 carbon atoms e.g.dimer acids dimerized linoleic acid alkene dicarboxylic acids having 4 to 36 carbonatoms e.g.alkenyl succinic acids such as dodecenyl succinic acid maleic acid fumaric acid citraconic acid and mesaconic acid and esterforming derivatives and the like.Among them alkane dicarboxylic acids having 4 to 20 carbon atoms alkene dicarboxylic acids having 4 to 36 carbon atoms and esterforming derivatives thereof are preferable and succinic acid adipic acid maleic acid fumaric acid andor esterforming derivatives thereof are more preferable.
Patent claim: The control method as claimed in any one of claims 9 to 12 further comprising determining whether or not one or more new terminal devices 300 are located within a preset threshold distance S910 from the electronic apparatus 100 transmitting a signal to the new terminal device 300 requesting the terminal information S920 of the new terminal device 300 in response to determining that the new terminal device 300 is located within in the preset threshold distance and displaying a list user interface UI S940 for one or more terminal devices already registered with the AP in response to receiving S930 the terminal information of the new terminal device.

Related passage: An electronic apparatus refers to any general device capable of performing various user desired functions.For example various types and characteristics of electronic apparatuses such as home appliances including a washing machine a refrigerator and a dish washer audiovideo AV devices including a settop box an optical media reproduction system and a television TV and mobile devices including a personal computer PC a mobile phone and a portable media player are used at home to meet the demands of a user.
Patent claim: A secure access device 1 for an app program said secure access device 1 to be coupled between a main memory 31 which is loaded with an operating system 311 and a tobeaccessed device said secure access device 1 being configured to determine whether a tobeauthenticated app program executed in the operating system 311 is allowed to access thetobeaccessed device and characterized by an authentication data generation unit 11 configured to generate first authentication data a control regulation generation unit 12 configured to generate a first control regulation and an authentication unit 14 configured to make a determination as to whether the tobeauthenticated app program executed in the operating system 311 is provided with the first authentication data and the first control regulation and when a result of the determination is negative to identify the tobeauthenticated app program as an unauthenticated illegitimate app program and to disallow the illegitimate app program to access the tobeaccessed device.

Related passage: The operations of server 40 and information processing terminal 30 in Embodiment 5 will be explained with reference to FIG.7 and FIG.8 and in correspondence with step numbers in FIG.7 and FIG.8.
Patent claim: A rechargeable battery 100 200 300 400 500 comprising an electrode assembly 10 having a first electrode 11 a second electrode 12 and a separator 13 between the first electrode 11 and the second electrode 12 a case 15 housing the electrode assembly 10 a cap plate 20 coupled to an opening of the case 15 and electrically connected to the first electrode 11 or the second electrode 12 a first electrode terminal 21 and second electrode terminal 22 in a terminal hole H1 H2 of the cap plate 20 the first electrode terminal 21 and second electrode terminal 22 adapted to connect to the first electrode 11 and the second electrode 12 respectively and a safety device 71 72 73 74 75 76 electrically connected to another one of the first electrode 11 or second electrode 12 the safety device being between the electrode assembly 10 and the case 15 and comprising a plate portion 711 721 731 741 751 761 and a protruded portion 712 722 732 733 742 752 762 protruding from at least one surface of the plate portion.

Related passage: Referring to FIG.10 the rechargeable battery 105 according to the exemplary embodiment includes a case 34 a plurality of electrode assemblies 10 10 10 and 10 installed in the case 34 and a safety member 70 which is in contact with the electrode assemblies 10 10.10 and 10.In this case the case 34 is electrically connected with the positive terminal 21.
Patent claim: A method for coating an airfoil blade component comprisingthermal spray depositing a cermet material to the component such that the applied material has a compressive residual stress of greater than about 60 ksi.

Related passage: Reference herein to the sacrificial coating 62 being disposed on either the airfoil surface 32 or erosionresistant coating 64 means that it is attached and tightly adherent to these surfaces preferably by virtue of chemical or metallurgical bonding such that it is able to undergo normal operating and thermal stresses without exhibiting spalling or other coating degradation processes.Airfoil surfaces 32 are commonly treated to produce a residual compressive surface stress in order to reduce the tendency of any cracks or pits or other features that might tend to cause a stress riser at the surface from propagating from the surface into the interior of the airfoil.Residual compressive stresses may be imparted to airfoil surfaces 32 by shot peening laser peening or other treatments that also produce residual compressive stresses or other methods.Airfoil coating 61 may also be disposed so as to include residual compressive stresses particularly compressive stresses that are greater than those of the airfoil surface 32 particularly where airfoil surface 32 includes residual compressive stresses 32.As an example a sacrificial coating 62 comprising TiN may have a residual compressive stress of about 3792MPa.The turbine compressor airfoils 1 has an airfoil surface 32 with a first residual compressive stress 1 the respective one of the sacrificial coating or the erosionresistant coating has a second residual compressive stress 2 and the other of the sacrificial coating or the erosionresistant coating has a third residual compressive stress 3 wherein 3gt2gt1.
Patent claim: The cutting insert according to any one of claims 1113 characterized in that the chamfer surface 23 is forming the angleof at least 30 and at most 40 with said reference plane RP.

Related passage: The present invention relates generally to a cutting tool for chip removing machining of the type that includes a basic body and two replaceable cutting inserts which individually include a chipremoving main edge situated between a chip surface and a clearance surface a first one of which precedes the second one during machining of a workpiece the cutting inserts overlapping each other in a zone defined by a borderline along which a surface generated by the main edge of the first cutting insert with a certain time delay is intersected by the main edge of the subsequent second cutting insert.The invention also relates to a cutting insert for the tool.
Patent claim: A wind farm 300 600 comprising at least two groups of wind turbines 370 371 670 each of which comprises at least one wind turbine comprising a rotor comprising a rotor axis and a generator connected to the rotor each of the wind turbines of the wind farm belonging to one of the at least two groups of wind turbines and a wind farm control system 305 505 605 comprising a group reference system 400 501 which is configured to receive a power setpoint 16 for the wind farm receive a group curtailment setpoint 2i for each of the at least two groups of wind turbines receive a power production value 3i of each of the at least two groups of wind turbinesdetermine for each of the at least two groups of wind turbines a power reference value 41 using the respective group curtailment setpoint 2i and the respective power production value 3i and determine for each of the at least two groups of wind turbines a group power setpoint 1i which is proportional to the respective power reference values 4i.

Related passage: The Pdist1 Pdist2 PdistN in Figure 3 can be either active power andor voltagereactive power.The same main control unit can handle active power and voltagereactive power or if desirable two main control units can be configured one for handling active power and one for handling voltagereactive power.
Patent claim: Network device according to any one of the previous claims wherein the adaptation function comprises adapted time Taa x Tsb wherein Ts is the sojourn time and wherein a and b are predetermined first and second parameters defined for each of the at least two inputoutputbuffers.

Related passage: A given time value on a timer 89 having a finite number of bits indicates the present time 80.This value is counted up at a predetermined speed and it gains in a clockwisedirection.The counting up speed depends on a bandwidth of a transmit destination line.An area in which the present time 80 has already elapsed corresponds to a past area 81 and an area to which the present time 80 has not yet been attained corresponds to a future area 82.An uncertain area 83 is provided at a contact portion of the past area 81 and the future area 82 which does not correspond to the present time 80.The uncertain area 83 is an area which is neither the past nor the future and always kept at a predetermined distance time difference as counted from the present time.
Patent claim: The method of claim 1 wherein the blowoff flow is controlled by a provided modulating control valve 52 between the extremes of full flow and no flow.

Related passage: Turning now to Figure 3 a combined cycle system 84 includes a gas turbine including a compressor 86 a turbine component 88 and a load e.g.a generator 90 arranged on a single shaft 92.Combustor 94 receives fuel via stream 96 and fuel control valve 98 along with compressor discharge air bled off from the compressor 86 via stream 100.The gas turbine exhaust is supplied via stream 102 to a heat recovery steam generator HRSG 104 for reheating steam from a steam turbine 106.Condensed steam from steam turbine 106 is supplied to the HRSG 104 via stream 108 and the reheated steam is returned to the steam turbine via stream 110.Steam turbine 106 drives a second generator 107 via shaft 112.
Patent claim: The near flow path seal 100 of claim 1 wherein the near flow path seal 100 comprise a cylindrical configuration 210.

Related passage: Further referring to FIGS.3 and 4 the arms are integrally formed as one piece with or rigidly connected to the disk rim 46 or web 41 of the first and second disks 72 74 and transmit bending moments between the adjacent disks.A bore 102 is disposedradially inwardly of the hubs 42 and the forward and aft spacer arms 39 37.The bore 102 is in flow communication with a source of cooling air 45 such as the compressor 16.