bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A system for counting the steps taken by a user comprising the stepcounter device 20 according to any of the preceding claims and a processing device 12 configured to receive said countincrement signal and determine an increment of said step counting as a function of completion of said transmission having a preset duration.

Related passage: The energy scavenging interface comprises according to one embodiment of the present invention a first switch and a second switch each having a control terminal connected between the input and output terminals of the energy scavenging interface.In particular the first switch is connected between the first input terminal of the energy scavenging interface and an output terminal at reference voltage whilst the second switch is connected between the second input terminal of the energy scavenging interface and the output terminal at reference voltage.
Patent claim: An optical network element in accordance with claim 1 wherein the optical loop back path 140 70 is connected to the add module downstream of the wavelength multiplexing arrangement 32 132.

Related passage: FIGURE 2 illustrates details of an example ADN 100.In certain embodiments ADNs 100 are operable to process traffic in different channels based on the type of optical traffic communicated on that channel.This ability allows the use of transmitterreceiver pairs used in an ADN 100 at any moment in time to be optimized for the type of traffic.Thus if transmitterreceiver pairs within a given ADN 100 are not required to be used to transmit or receive certain traffic based on its data rate those transmitterreceiver pairs may be used for other purposed within network 10 thereby optimizing the use of the transmitterreceiver pairs in each ADN 100.Optical network management software can set data rate thresholds discussed below which are used to determine how the traffic in each channel is handled at any one moment in time.In certain embodiments the data rate of the optical traffic received at an ADN 100 may be monitored every ten to twenty seconds to facilitate dynamic changes in the configuration of ADN 100 to handle changes in the data rate of traffic in a channel.
Patent claim: The gas turbine engine compressor of claim 13 wherein the third aft engagement 116d feature is complementary to the second fore engagement feature 114c of the second rotor segment 104c and the third fore engagement feature 114d is complementary to the first aft engagement feature 116d of the first rotor segment 104b.

Related passage: The HPC spacers 62C and HPC rotors 60C of the IBR may also be axially asymmetric to facilitate a relatively smooth axial rotor stack load path Figure 10.The asymmetry may be located within particular rotor rims 70A andor seal rings 84A Figure 9.For example the seal ring 84A includes a thinner forward circumferential flange 92 compared to a thicker aft circumferential flange 94 with a ramped interface 84Ai.The ramped interface 84Ai provides a smooth rotor stack load path.Without tangentially slot assembled airfoils in an IBR the load path along the spool may be designed in a more efficient manner as compared to the heretofore rather torturous conventional rotor stack load path Figure 11 RELATED ART.
Patent claim: The probe of claim 4 wherein the lower pins are sandwiched between the backing bottom and the ceramic after being stack pressed.

Related passage: The backing layer 110 is disposed behind the piezoelectric member 120.The backing layer 110 reduces a pulse width of an ultrasound wave by suppressing free vibration of the piezoelectric member 120 and prevents image distortion by blocking unnecessary propagation of the ultrasound wave in the rearward direction of the piezoelectric member 120.The backing layer 110 may be formed of a material containing a rubber to which epoxy tungsten powder and the like are added.
Patent claim: A socket assembly 10 20 comprising a frame 200 1200 and a first clamp 400 1400 wherein the first clamp 400 1400 comprises an upper plate 410 and a lower plate 420 that are arranged in parallel to each other wherein the frame 200 1200 comprises a central opening 210 for receiving a circuit board 110 wherein the upper plate 410 is connected to a pressing section 440 of the first clamp 400 1400 that is provided for being pressed on a circuit board 110 arranged in the central opening 210.

Related passage: The pressure member 33 is constituted by a plate spring which is formed for example by folding a stainless steel plate having a thickness of 0.3 mm into steps.More specifically as illustrated in FIGS.5 to 7 the pressure member 33 comprises a fixing part 35 a rising part 36 and a pressure part 37.The fixing part 35 has a flat rectangular shape and has an insertion hole 38 at the center thereof.The rising part 36 substantially vertically rises from the edge of the fixing part 35.The rising part 36 has a greater height than the substrate 25.The pressure part 37 isa flat rectangular platelike shape and extends from a protruding end of the rising part 36 toward an opposite side to the fixing part 35.Further the pressure part 37 is inclined downwards from the rising part 36 and is elastically deformable about the protruding end of the rising part 36 as a fulcrum.
Patent claim: A secondary battery 100 comprising an electrode assembly comprising first and second electrodes a battery case 7 accommodating the electrode assembly therein the battery case having an opened surface and a cap assembly 8 sealing the battery case 7 the cap assembly 8 comprising first and second terminal portions 26 coupled to the respective first and second electrodes wherein at least one of the first and second terminal portions 26 is coupled to a variable member 10 comprising a plurality of variable plates 12.

Related passage: In another possible embodiment the fastening plate may comprise two form fit elements that are arranged in opposite corners of the fastening plate.
Patent claim: A medicated module attachable to a drug delivery device the drug delivery device having a drug reservoir holding a first medicament the medicated module comprising a slidable bung 202 302 402 502 wherein the slidable bung 202 302 402 502 comprises a bypass flow path 204 304 404 504 and a medicament cavity 206 306 406 506 wherein the medicament cavity 206 306 406 506 stores a second medicament 224 324 424 524 and a bung housing 208 308 408 508 for housing the slidable bung 202 302 402 502 wherein the bung housing comprises an inlet channel 210 310 410 510 and an outlet channel 212 312 412 512 wherein the slidable bung 202 302 402 502 is configured to slide through the housing from a priming state to a dispensing state wherein in the priming state the bypass flow path 204 304 404 504 is in fluid communication with the inlet channel 210 310 410 510 and outlet channel 212 312 412 512 and wherein in the dispensing state the medicament cavity 206 306 406 506 is in fluid communication with the inlet channel 210 310 410 510 and the outlet channel 212 312 412 512.

Related passage: After completing the above priming operation the winged catheter is inserted in a vein of a patient.The plunger 5 of the injector I is then pressed to move the second gasket 3 fluid chamber 4 third gasket 9 and first gasket 2 toward the distal end of the injector I until the first gasket 2 is stopped at the second position where thefluid chamber 4 is communicated with the fluid outlet 14 through the gap between the protrusion 92 and the inner surface of the cylindrical body 1 but prevented from the fluidcommunication with the fluid inlet 13 as illustrated in Fig.12.By further pressing the plunger 5 under such a condition the contrast media in the fluid chamber 4 is injected through the winged catheter into the vein.As soon as the fluid chamber 4 is emptied the second gasket 3 is brought into contact with the third gasket 9 and then moved together with the first and third gaskets 2 and 9 toward the distal end 11 of the cylindrical body 1 until the first gasket 2 reaches to the distal end 11 of the cylindrical body 1.At that time the fluid inlet 13 is communicated with the fluid outlet 14 through the gaps between the cylindrical protrusion 92 33 and the inner wall of the cylindrical body 1 as illustrated in Fig.13.By pressing the plunger 7 of the syringe S the saline is injected into the vein through the fluid inlet 13 gaps between the protrusion 92 33 and inner wall of the cylindrical body 1 fluid outlet 14 and winged catheter.Thus the contrast media present in the flow path between the fluid outlet 14 and winged catheter is injected into the vein together with the saline.
Patent claim: The branching unit 210 of any previous claim whereinthe first incoming fiber 320 is part of a first optical cable comprising an electrical conductorthe branching unit 210 comprises a first optical bypass switch 342 configured to be powered via the first optical cable andthe first optical bypass switch 342 is configured to pass some or all of wavelengths carried on the second incoming fiber 321 to some or all of corresponding wavelengths carried on the first outgoing fiber 322 when in the second mode and pass some or all of wavelengths carried on the first incoming fiber 320 to the some or all of the corresponding wavelengths carried on the first outgoing fiber 322 when in the first mode.

Related passage: Also in the aforementioned conventional techniques Unexamined Japanese Patent Publications No.H09179152 and No.2001117126 the redirected pump light residual pump light is introduced into the EDF.According to the conventional techniques however the pump light pump light for the EDF originated from the pump light source is introduced into the EDF and the pump light output from oneend of the EDF is reflected by a mirror to be again introduced into the EDF.Thus the techniques do no use Raman pump light which has been propagated through a line but the pump light for the EDF is merely reflected inside the device and reused just to amplify the optical signal flowing through a single line.
Patent claim: A pouch according to any of the preceding claims wherein the enveloping materialcomprises polyvinyl alcohol and a plasticiser and the liquid composition preferably comprises a plasticiser.

Related passage: Preferably the hygroscopic material is an organic material.Preferably the hygroscopic material is a dispersant more preferably a salt of a carboxylic acid.Preferred carboxylic acid salts for use herein include organic polymers containing carboxylate monomers carboxylates such as citrate aminocarboxylates such as salts of MGDA GLDA etc.The hygroscopic material not only contributes to the stability of the pack but it is also an active ingredient in thecleaning process.Preferably the first composition comprises from 10 to 60 more preferably from 20 to 60 and especially from 30 to 60 by weight of hygroscopic material.
Patent claim: A method of operating the agricultural vehicle of any of the preceding claims comprising the steps ofdriving an electric generator 21 by means of said internal combustion engine 1storing electrical energy from said generator 21 in a battery 25 anddriving said at least one device 14 17 23 using the electric machine 21 while the internal combustion engine 1 is off.

Related passage: Referring to FIG.1 an engine 1 is mounted on a vehicle including an automatic transmission 2 hereinafter referred to as an AT and a motor generator 3 hereinafter referred to as an MG serves as a motor and a power generator.The MG 3 is connected to a crank shaft of the engine 1 through a pulley 23 a belt 8 and a pulley 22.An electromagnetic clutch 26 for enabling or disabling electric power supply is disposed between the pulley 23 and the crank shaft of the engine 1.The MG 3 is connected to an oil pump 19 for the AT 2 through an electromagnetic clutch 27.An oil inlet pipe 24 is connected to the oil pump 19.An oil outlet pipe 25 is provided for the oil pump 19.Auxiliary machines 11 and 16 such as a pump for a power steering unit and a compressor for an air conditioner are also provided.The auxiliary machines 11 and 16 are connected to the crank shaft of the engine 1 and the MG 3 through pulleys 9 and 14 and the belt 8 respectively.Other auxiliary machines such as an oil pump and a water pump for the engine 1 not shown are connected to the crank shaft and the MG 3.An inverter 4 is electrically connected to the MG 3.The inverter 4 performs a switching operation to vary the amount of electric energy which is supplied from a battery 5 serving as a power source to the MG 3 so as to control the number of revolutions of the MG 3.Moreover the inverter 4 performs a switching operation to charge electric energy supplied from the MG 3 to the battery 5.A controller 7 controlsengagementdisengagement of the electromagnetic clutches 26 27 and the switching operation of the inverter 4.The controller 7 receives input signals such as a signal indicating the number of revolutions of the MG 3 a switching signal for selecting the economy running mode and a switching signal for operating the air conditioner.Note that lines shown in FIG.1 and each having an arrow indicate signal lines.
Patent claim: Ethernet switch 9 according to one of the claims 2 to 4 wherein the packet header of the Ethernet packets comprises a virtual link identifier of an AFDX virtual link which the respective Ethernet packet belongs to.

Related passage: FIG.1 is a block diagram of an Ethernetswitched network 100.The network 100 includes a MAN 102 comprising a plurality of nodes represented in FIG.1 by nodes 10411045 10611066.Each of the nodes 10411045 10611066 comprises a router or switch.The nodes 10411045 comprise provider edge PE nodes located on the edge of the MAN 102 for permitting traffic ingress into and egress from the MAN from and to other networks.For example as shown in FIG.1 a first local area network LAN 108 is connected to the MAN 102 via a link between a client edge CE node 110 of the LAN and the PE node 1041.Similarly a second LAN 112 is connected to theMAN 102 via a link between a CE node 114 of the LAN and the PE node 1042.Each LAN 108 112 comprises a plurality of user devices represented in FIG.1 by devices 116A116D 118A118D which can transmit data to and receive data from other devices connected to the MAN 102 via the corresponding CE node 110 114.
Patent claim: The electronic system of any one of claims 8 to 12 wherein the stored fingerprint data is stored on a memory on the electronic device.

Related passage: If no fingerprint is detected step D73 No the control unit 11 inactivates the fingerprint sensor 13 step D74 and undisplays the fingerprint icon FP in the pictograph area of FIG.11A step D75.After this the control unit 11 proceeds to the operation determination procedure step D5 and waits until a finger of the user touches the fingerprint sensor 13.
Patent claim: A semiconductor die 30 according to claim 10 wherein the third electrical contact elements 31c Pad X Pad Y to which the first and second deviation paths connect are different contact elements.

Related passage: IEEE std 1500 standardizes a test wrapper for embedded cores in an SOC.FIG.5 shows a conceptual view of an IEEEcompliant wrapper.It has two test access ports.A singlebit serial port WSIWSO is mandatory and used for both loading wrapper instructions as well as for lowbandwidth test data.An optional scalable parallel port WPIWPO can carry higher bandwidth test data.The combination of a pseudostatic wrapper instruction shifted into the Wrapper Instruction Register WIR and the values of the Wrapper Serial Control WSC signals determines the operation of the wrapper.The wrapper has an inwardfacing test mode for testing the embedded core itself Intest as well as an outwardfacing test mode for testing the circuitry external to the embedded core Extest.In both modes the Wrapper Boundary Register WBR is activated to apply stimuli andcapture responses.The wrapper can also activate its Bypass mode for example to test another core in the SOC.
Patent claim: The induction heater of Claim 1 wherein the tank circuit includes one or more power MOSFETs and optionally wherein the one or more power MOSFETs operates within a resistance range of about 0.0010.003 ohms.

Related passage: Still referring to FIGURE 5 power rectifier BR1 may provide DC power for the unit.Inductor L1 may be used to feed rectified power to the center tap of the isolation transfomer effectively making the power appear as a current source.D11AC may provide transient over voltage protection to inverter power transistors Q1 and Q2.Transistors Q5 Q8 Q9 and Q11 may function as the inverter turnonoff circuit.This type of inverter should be turned on only when the power supply voltage is at a low point to prevent failure due to overvoltage transients and more specifically at or near the zero crossings of the power line when the lightly filtered rectified power is also at a low point.The inverter may be turned on by a contact closure between S11 and S12.Resistors R17 R18 and R24 may be used to feed current to zener diodes D9 and D10 to provide a 14volt power source Vcc filtered by capacitor C10.When the rectified power supply voltage is wellabove 14 volts the current through R18 and R24 turns on Q11 which inhibits a closure of S11 and S12 from turning on the inveter.When the voltage is low enough Q11 turns off and a closure will turn on siliconcontrolled rectifier Q9 and transistors Q5 and Q8 providing the inverter turnon voltage of about 14 volts to terminal THSW.When the power supply voltage rises again above 14 volts SCR Q9 will turn off and turn off the inverter.Overall this provides for the turning on and off of the inverter near the zero crossings of the power supply.
Patent claim: The secure access method according to Claim 2 the legit app program file 5 including a sub app program preset authentication data and a preset control regulation characterized in that step C further includes transmitting the first authentication data and the first control regulation to the legit app program which is executed in the operating system 311 so as to substitute the first authentication data and the first control regulation for the preset authentication data and the preset control regulation respectively.

Related passage: Furthermore the secure device of the present invention employs a configuration in which the storage section further stores calculation complication information which the calculation complication section uses to create the calculation problem the calculation complication information holding at least a set of acalculation problem and a calculation result.According to this configuration no calculation problem needs to be generated in the secure device so that neither the processing loadnor the code size increases and moreover the authentication information calculation by the terminal application that must solve the calculation problem involves complicated calculation content.
Patent claim: Control system according to claim 4 characterized in that the transceivers of the node and the hub have interfaces for a wired network such as an RS485 network.

Related passage: In a second aspect the invention provides methods apparatus and computer programs for registering the generated device names with an addressable communications apparatus within a communications network to enable delivery of communications to registered devices via the addressable communications apparatus.The addressable communications apparatus may bean enterprise server providing a postbox service which mobile devices can connect to when ready to retrieve mail.Alternatively the communications apparatus may be a router which dials mobile devices upon receipt of communications targeted at the respective device.
Patent claim: Heating appliance according to any of claims 19 characterized in that said solid fuel 11 is loaded into said tank 10 through a load opening 28 which is closable by a door 29 made of transparent or partially transparent material to allow the user to control the filling level of the tank 10 with said solid fuel 11.

Related passage: According to the invention then the opening of the port 17 of the combustion chamber 13 which is caused only by the passage of the small log 11 since such a port 17 remains closed during the ascent of the solid fuel into the load compartment 20 determines a shift of the various fingering means 18 at the point that each fingering element 18 integral with the port 17 raises during the phases of partial opening of the port 17 figure 5A and total opening of the port 17 with introduction of the small log 11 into the combustion chamber 13 figure 5B remains in a horizontal position when the small log 11 has been put down at the brazier 12 of the combustion chamber 13 figure 5C and finally assumes the initial sloped position when the small log 11 has been loaded in the brazier 12 and as a consequence the port 17 is mechanically closed figure 5D.
Patent claim: A lid 9 configured to rest on a cargo casing 12 and having at least one edge fitting 1 according to any of the claims 111 preferably one such edge fitting 1 for each corner of said cargo casing 12.

Related passage: As illustrated in FIG.4 the annular recess 204 is disposed on the peripheral edge portion of the top surface 201 of the resinmade pallet 200.The annular recess 204 fits the lower portion of the metal frame 202.The annular recess 204 is formed to ensure the horizontality of the top surface 203 of the metal frame 202 when the lower portion of the metal frame 202 fits the annular recess 204.As described later because the metal frame 202 has a rectangular crosssection and has the shape of rectangular frame the annular recess 204 has a rectangular crosssection complementary to the crosssection of the metal frame 202 and has a rectangularshaped annular shape.Theresinmade corner module 100 includes a sandwiching support portion which sandwiches and supports the solar panel P a load transmitting portion which is coupled with the sandwiching support portion and transmits the weight of the solar panel P in the vertical direction and a positioning portion which positions the solar panel P in the horizontal direction.
Patent claim: An electrode assembly for a secondary battery comprising a first electrode 110 having a first active material coated part 112 212 and a first uncoated part 111 211 that is not coated with active material a second electrode 120 having a second active material coated part 122 222 and a second uncoated part 121 221 that is not coated with active material a separator 130 230 between the first and second electrodes and a ceramic layer 50 51 on the first uncoated part in a region that corresponds to the second active material coated part 122.

Related passage: The ceramic layer may be preferably positioned at side portions of the electrode assembly and a width of the ceramic layer is smaller than a width of the positive electrode plate respectively the negative electrode plate but sufficient broad that the ceramic layer extends over at least a side portion of the positive electrode plate which is not covered by the positive electrode coating portion.That means the ceramic layer does not extend over the total width of the electrode plates but only cover a side portion of the electrode assembly wherein the positive electrode collector is not coated wit the positive electrode coating portion.The ceramic layer is disposed such that the uncoated part of the positive electrode collector is prevented to get into contact with the negative electrode coated portion.