bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A power supplying system 203 comprising a power providing device 203 comprising at least one battery one or more system modules SM1 SM2 SMn and a power managing module 205 to perform the method according to claim 12.

Related passage: A second embodiment of the present invention is a power management algorithm for a system comprising a plurality of functional blocks to complete a task.The system of the second embodiment is as noted in the first embodiment.FIG.2 shows a flow chart of this algorithm.In step 201 sensing a power supplement status of the system is executed.In step 203 retrieving a power consumption status of the task is executed.Step 205 is thenexecuted to determine whether the task can be completed according to the power supplement status and the power consumption status.If yes step 207 is executed to complete the task.If not step 209 is then executed wherein brightness of a visual presenting block is adjusted.Then step 211 is executed to determine whether the task can be completed.If so the algorithm goes to step 207.If not step 213 is then executed wherein volume of an audio presenting block is adjusted.Then step 215 is executed to determine whether the task can be completed.If so the algorithm proceeds to step 207.If not step 217 is then executed wherein a playback speed of a playback characteristic related block is adjusted.Then step 219 is executed to determine whether the task can be completed.If so the algorithm goes to step 207.If not step 221 is then executed to generate an indicator that the system is unable to complete the given task.
Patent claim: A machine for cutting a plate G of laminated glass comprisinga conveying surface A for conveying the plate of laminated glass G and the portions cut therefrom provided with means B for feeding the plate G or portions of plate thereon in a longitudinal direction L of the machinea cutting bridge P1 set in a fixed position over the conveying surface A and set transverse with respect to said longitudinal direction L for carrying out operations of cutting of the plate G along a cutting line p1 of the machine transverse with respect to said longitudinal direction Lat least one device R1 for imparting a rotation through 90 in the horizontal plane on a portion of plate in the form of a cross portion T after this has been obtained by means of an operation of cutting in the cutting bridge so that said cross portion T can in turn be divided into subportions andelectronic means E for governing said means B for feeding the plate along the conveying surface A said cutting bridge P1 and said at least one device for rotation of the plate Rsaid machine being characterized in that it further comprises a waiting section W located after said cutting bridge P1 wherein said waiting section W includes a rack 10 defining a number of superimposed compartments vertically spaced from each other said rack 10 being vertically displaceable so as to bring any of said compartments at the level of said conveying surface for accumulating a plurality of portions of plate on said compartments.

Related passage: In practice with this type of machine it is possible to place a plurality of plate pieces side by side at the second bridge so as to perform with a single pass the cutting of several plates according to a type of embodiment which for the sake of convenience is termed simultaneous cutting although all the various plate pieces arranged side by side are cut in succession but during the same pass of the cutting head.
Patent claim: The method of making the composite material according to claim 12 further comprising coupling one end of a lead to each of the exposed parts of the metal sheets from end parts of the composite material prepregs after molding the laminated composite material prepregs.

Related passage: As described above the CFRP composite material plate C2 constituting the specimen M is manufactured by heating underpressure the laminated prepregs P1 to P8 with the spacing elements such as the release films each interposed between the prepreg layers at one end thereof to cure the resin.Subsequently the specimen M is completed by connecting a conductive wire through which a measurement current flows to a release side end of each of the CFRP layers forming a throughhole at the couplingside end by drilling or the like and coupling the composite material plates C1 and C2 using the fastener F.In the second implementation after the specimen is complete the release films are released for tests.However the release films may remain interposed between the layers.When used as the spacing elements metallic sheets are preferably removed after the specimen is complete.
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 DMAC address information matches the MAC address information recorded in the MAC address table and if the matching succeeds updating an aging time of the DMAC address information in the MAC address table according to a preset delay rule.

Related passage: In Fig.1 a switch 10 for routing data packets between three ports 10a to 10c is shown the switch 10 being part of an Ethernet network 11 the further components of which are not represented in Fig.1 for the sake of simplicity.The switch 10 comprises a learning request ranking unit 12 a scheduling unit 13 and a processing unit 14 the operation of which will be described in the following with reference to Fig.2.
Patent claim: The surgical stapling apparatus of claim 14 wherein a proximal recessed groove is positioned along a proximal portion of each of the staple cartridge and anvil plate and a distal recessed groove is positioned along a distal portion of each of the staple cartridge and the anvil plate.

Related passage: In particular as seen in FIG.10 when buttress 500 is used in connection with cartridge assembly 200 a suture S1 may extend transversely across a distal end portion of cartridge assembly 200 and be captured by or otherwise be secured to distal pair of recesses or attachment points 238 of cartridge assembly 200 wherein suture S1 is in registration with distal recesses 524 of secure body portion 520 of buttress 500.Additionally when buttress 500 is used in connection with cartridge assembly 200 a suture S2 may extend transversely across a proximal end portion of cartridge assembly 200 and be captured by or otherwise secured to each of a proximal pair of recesses or attachment points 236 of cartridge assembly 200 wherein suture S2 is in registration with the proximalmost pair 526a of the proximal pair of recesses of body portion 520 of buttress 500.
Patent claim: A program in accordance with which a computer is caused to function as a stream receiving section successively receiving transport stream packets to each of which additional information containing therein a stream identifier used to identify at least corresponding transport stream is added from an external apparatus and a reconstructing section reconstructing plural transport streams based on the additional information from the transport stream packetswherein the additional information is added forward backward or midway with respect to each of the transport stream packets.

Related passage: The zapping burst data could also be regularly received and stored in the buffer during normal viewing in the intermittent reception mode that is when not in the zapping mode.The wait until images can be displayed when changing the service in the zapping mode can thus be eliminated.How frequently burst data for zapping is received during normal viewing could also be set by the user.This reduces unnecessary reception of burst data for zapping and thus reduces power consumption.
Patent claim: A shift control system 10 configured to work with a powerassisted bicycle 90 that has an assistingpower supplying system 91 and a derailleur 93 the shift control system 10 comprising a microcomputer 11 storing therein a plurality of shifting condition tables 19a19b a shifting driver 13 being electrically connected to the microcomputer 11 and controlled by the microcomputer 11 to conduct automatic shifting at least one first sensor 15 being deposited at a predetermined location on the powerassisted bicycle 90 and electrically connected to the microcomputer 11 for sensing at least one of a wheel speed a crank speed a pedaling force and a road gradient so as togenerate at least one sensing signal that is transmitted to the microcomputer 11 so that the microcomputer 11 produces at least one sensing result according to the at least one sensing signal a second sensor 95 being incorporated in the assistingpower supplying system 91 for sensing an assistingpower output ratio of the assistingpower supplying system 91 and sending an outputratio signal accordingly to the microcomputer 11 the microcomputer 11 identifying a current assisting mode of the assistingpower supplying system 91 according to the outputratio signal and selecting one of the shifting condition tables 19a19b accordingly for comparing the at least one sensing result thereby determining whether upshifting or downshifting is to be conducted and then controls the shifting driver 13 to send a shift control signal to the derailleur 93 for making the derailleur 93 conduct upshifting or downshifting.

Related passage: Shift controller 9 also comprises an auxiliary control unit 40 for controlling the supply of auxiliary power to assist pedaling of the bicycle.Auxiliary control unit 40 comprises a microcomputer having a CPU RAM ROM and IO interfaces similar to shift control unit 25 and portions of operation sensing unit 25a and stress reducing unit 25b may be distributed within auxiliary control unit 40.Auxiliary control unit 40 is bidirectionally coupled to shift control unit 25.Auxiliary control unit 40 also is coupled to a torque sensor 41 for sensing pedaling torque to a memory 42 to a motor driver 43 and to an auxiliary motor 44 that assists rotation of crank 18 in a known manner.Motor driver 43 and auxiliary motor 44 receive operating power from power supply 27.
Patent claim: The method of claim 6 wherein the transmitting of the private data comprises transmitting a predetermined field of the private information to a predetermined recipientand wherein the transmitting of the private information comprises transmitting the private information as encrypted data and wherein the predetermined field and the predetermined recipient are provided by the user corresponding to the private information.

Related passage: In the embodiment illustrated in FIG.2 the biometric sensor 110 is integrated within the SIM card 105.When the user launches an application 206 on the mobile device 130 that seeks to access the data stored in the SIM 105 the user must first authenticate himselfherself via the biometric sensor 110 and access controller application 304.Because the biometric template is stored in atemplate memory 305 and not in the mobile device 130 memory not shown the access controller application 304 continues to protect the data stored within the SIM 105 even when the SIM 105 is removed from the mobile device 130.The access controller application 304 may operate independent of the mobile device 130.The user may be required to authenticate himselfherself before access to the SIM 105 is granted even if the SIM 105 has been removed from the original mobile device 130.
Patent claim: The method of claim 1 or 2 wherein the AV media comprises a file name and the identifying is based on the file name.

Related passage: Matching algorithm 330 can use any comparison metric to determine which haptic primitive is or which haptic primitives are the most similar to audio source data 310.More specifically matching algorithm 330 can use any comparison metric in order to determine which haptic parameters for a specific haptic primitive are most similar to the significant characteristics of audio source data 310.As an example matching algorithm 330 can for each haptic primitive of haptic primitive set 320 determine a number of haptic parameters whose values are identical to values of their corresponding significant characteristics of audio source data 310 and can select a haptic primitive that includes a highest number of haptic parameters whose values are identical to values of their corresponding significant characteristics of audio source data 310.As another example matching algorithm 330 can for each haptic primitive of haptic primitive set 320 calculate a deviation between a value of each haptic parameter and a value of its corresponding characteristic of audio source data 310 calculate a mean or total deviation for the haptic primitive and can further select a haptic primitive with the lowest mean or total deviation.These are only example comparison metrics and in alternate embodiments matching algorithm 330 can use alternate comparison metrics to determine which haptic primitive is
Patent claim: A computer system comprising one or more processors the computer system being configured to carry out the method of any one of Claims 1 to 10.

Related passage: In the description of step 10 it is checked whether the surrogate server has the content requested by the user and whether it is available for serving this content one may also carry out the checking of availability of the server separately or simply not check the availability of the server.The advantage in checking separately the availability of the surrogate server is that this availability may change often while the content of the surrogate server is likely to be more stable.It is also possible that the server be available but that restrictions exist regarding maximum bandwidth usage this could also be construed as checking the availability of the surrogate server.
Patent claim: The information processing system 100 according to any one of claims 1 to 6 wherein the first information is identification information indicating a character string that is shorter than a character string that constitutes the IP information or name information indicating a name of the second information processing device 1240the second information is information in which the identification information the name information and the IP information are associated with each other the second information processing device 1240 includes a fourth selecting unit 1241 that selects any one of the identification information the name information and the IP information according to input from the user as a target for comparison with the input character string and the determining unit 1424 compares any one of the identification information the name information and the IP information included in second information and selected by the fourth selecting unit 1241 with the input character string for each of at least one piece of the second information stored in the second storage unit 141 and determines a first information processing device 10 identified by IP information included in any one of pieces of second information that include information corresponding to the input character string as the first information processing device 10 to execute the process requested from the user.

Related passage: FIG.19 is a flowchart showing the contents of the retrieval response process at step S600.In FIG.19 when the initialization process at step S500 terminates the projectors 301 through 30n wait for input of the retrieval command output from the server 20 i.e.enter a wait state by determining whether or not the retrieval command is input step S605.When it is determined that the retrieval command is input the process determines whether or not the authentication using a keyword is needed for the server 20 to establish a connection to the projector 301 step S610.The setting in the projectors 301 through 30n determines whether or not theauthenticationusingakeyword is needed.When it is determined that the authentication using a keyword is needed a keyword display process is executed to project the keyword so that the user of the server 20 can visually check it step S615.A flowchart in FIG.20 shows the contents of the keyword display process.
Patent claim: The core network controller of claim 4 wherein each femtocell access point difference is a difference in a SFN for each femtocell access point and the SFN for the macro base station.

Related passage: Or the storage unit 403 may be configured to storage a mapping relation of the Femtocell EI the neighbor macro cell ID the FemtocellcellID and the Femtocell SFNoffset wherethe Femtocell SFNoffset is an SFN offset between a Femtocell equipment and a neighbor macro cell of the Femtocell equipment.In this case the Relocation Request message received by the receiving unit 401 includes an offset between the SFN of a Femtocell that acts as a handover target and the SFN of a source macro cell where the UE is located a cell ID of the source macro cell where the UE is located and a cell ID of the Femtocell that acts as a handover target.The processing unit 402 is configured to search the SFN offsets which are between a plurality of Femtocell equipments and neighbor macro cells of the plurality of Femtocell equipments and are stored in the storage unit 403 for an SFN offset that matches the offset carried in the Relocation Request message and determine Femtocell equipments which corresponds to the source macro cell ID the matched SFNOffsets of the Femtocell and the cell ID of the Femtocell that acts as a handover target as candidate target Femtocells according to the mapping relation of the Femtocell EI the neighbor cell ID the FemtocellcellID and the Femtocell SFNoffset where the SFN offset is between the SFN of the Femtocell equipment and the SFNs of the neighbor macro cells of the Femtocell equipment.
Patent claim: Seamless quenched and tempered steel pipe according to any one of claims 1 to 8 wherein the chemical composition consists of 0.0600.090 wt C 1.001.30 wt Mn 0.100.35 wt Si 0.200.40 wt Cr 0.200.40 wt Ni 0.100.25 wt Mo 0.0000.070 wt V 0.0200.040 wt Al 0.00080.0030 wt Ca 0.0000.005 wt Nb 0.0050.015 wt Ti 0.00300.0070 wt N 0.000.15 wt Cu 0.0000.003 wt S 0.0000.012 wt P 0.00000.0001 wt B 0.0000.010 wt Zr 0.0000.010 wt Ta the remaining being iron and satisfies the following additional conditionsCEIIWCMn6CrMoV5 CuNi15 in the range 0.37 to 0.43 CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5xB in the range of 0.16 to 0.22 P160 x CCr5 x e35 x MoWT50 x VNb in the range of 12.5 to 14.5 P29 x C1.2 x MnCr0.7 x Mo2 x V2.30.

Related passage: In order to guarantee a proper hardenability of the material and good weldability the elements described below should keep the relationship shown here 0.5ltMoCrNilt1 MoCrV5NiCu150.14
Patent claim: Method according to the claim 4 wherein the at least one curve fit comprises a first curve fit 307 obtained based on measuring data where no air was bled upstream of the combustor a second curve fit 311 obtained based on measuring data where a portion in particular between 5 and 20 of air was bled upstream of the combustor wherein based on the first curve fit 307 a first heat input HIisonobleed is derived and wherein based on the second curve fit 3011 a second heat input HIiso10blee is derived wherein based on the first heat input and the second heat input the estimated heat input HIengmodel HIexpected is derived.

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: An isolator 11001300 comprising a work chamber 1010 for performing a work in which a biomaterial is handled a gas supply unit 1040 configured to supply a gas into the work chamber 1010 a gas discharge unit 1050 configured to discharge the gas from the work chamber 1010 a connection channel that has a particulate trap filter and connects the gas supply unit 1040 with the work chamber 1010 a sterilizing substance supply unit 1030 configured to supply a sterilizing substance into the work chamber 1010 a discharge means configured to control the discharge amount of the gas that is discharged from the gas discharge unit 1050 a reduction process unit configured to reduce theconcentration of the sterilizing substance that is contained in the gas discharged from the gas discharge unit 1050 and a controller 1090 configured to start discharge by using the discharge means after sterilizing the inside of the work chamber 1010 by supplying the sterilizing substance into the work chamber 1010 to maintain the concentration of the sterilizing substance in the work chamber 1010 and configured to make the discharge amount at the end of the discharge larger than that occurring when the concentration of the sterilizing substance reaches the maximum.

Related passage: And the abovementioned drying means 3 is connected to the working chamber 1 through a fifth electromagnetic valve 26 and the abovementioned HEPA filter 23 and dried air from the drying means 3 is supplied into the working chamber 1 after asepticized with the HEPA filter 23.