bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A gas turbine combustor 3 comprising a combustion chamber 12 that mixes and burns fuel and air and a burner 300 disposed upstream of the combustion chamber 12 the burner 300 jetting fuel and air into the combustion chamber 12 and holding flames in the chamber 12 wherein the burner 300 includes a first swirler 401 having a plurality of fuel holes 202 and a plurality of air holes 201 formed circumferentially of the first swirler 401 in an alternate manner and a second swirler 402 formed with a plurality of holes 203 through which to jet fuel or air wherein the second swirler 402 is arranged over the outer circumference of the first swirler 401 and wherein each of the holes 203 of the second swirler 402 is greater in width than each of the air holes 201 of the first swirler 401.

Related passage: After the gas turbine has reached the full speed no load condition the electric power generator 6 isconnected with a total grid and the inlet gas temperature of the turbine 4 is raised due to an increase in the volumetric flow of the LNG 80 increasing the load.When the temperature of the combustion gas 140 is raised at the exit of the combustor 3 due to the increase in the load combustion stability is increased so a fuel switchover from the LNG 80 to the blast furnace gas 60 becomes possible.
Patent claim: The combustor arrangement 10 according to any one of claims 1 to 14 wherein the cross section of the flow path 27 increases in counter flow direction such that the lance body 50 and fuel injectors extending from the trunk of the lance body 50 can be retracted in axial direction out of the flow path 27.

Related passage: While a combustor assembly 24 having a venturi 50 and venturi throat 52 is shown in FIGS.2 through 5 it should be understood that exemplary embodiment may include a combustor assembly 24 formed without a venturi such as shown in FIG.6 wherein like numbers represent corresponding parts in the respective views.FIG.6 illustrates an exemplary base load operation that results in outer premixed injection nozzles 80 establishing a first flame front in the first combustion zone 94 which is radially outward of center injection nozzle 62.First combustion zone 94 is located upstream of second combustion zone 97 that is created at center nozzle outlet 66.A third combustion zone 125 is located downstream of center injection nozzle 62 for example in the transition piece and in base load operation is fueled by late lean injectors 113 114 or alternatively late lean injectors 115116 andor 117118.In combustor assembly 24 three axially distinct combustion zones 94 97 and 125 are produced.
Patent claim: A femtocell access point comprising a sniffer configured to measure a base station cell parameter difference between the femtocell access point and each neighboring base station and to provide wireless service to a cellular device that has entered a femtocell supported by the femtocell access point based on a handover procedure from a neighboring base station to the femtocell access point for the cellular device that is executed by a core network controller wherein the handover procedure is based on the base station cell parameter differencebeing substantially equivalent to a cellular device cell parameter difference between the neighboring base station and the femtocell access point and a cellular transceiver configured to transmit and receive a cellular signal for the cellular device that has entered the femtocell supported by the femtocell access point.

Related passage: FIG.3 is a flowchart of the handover processing method according to still another embodiment of the present invention.
Patent claim: The arrangement according to any of claims 1 to 2 wherein the extractor electrode has a cupshaped structure the cupshaped structure being arranged approximately concentrically with respect to the suppressor electrode.

Related passage: FIG.12 shows a flow chart 1200 of a typical operation of an embodiment of the invention.In step 1202 the emitter tip is first flashed and then a voltage is applied across the cleaning filament to induce a heating current through the cleaning filament toohmically heat the cleaning filament to an elevated temperatureheating currents may typically range from 1.5 to 5.0 A.In optional step 1204 a bias voltage is applied between the cleaning filament and both the emitter enclosure electrode and the extractor electrodetypical bias voltages may range from a few V to a few kV with the voltage on the filament being negative relative to the emitter enclosure electrode and the extractor.If step 1204 is omitted cleaning of the electrodes in step 1206 will be solely thermal mode 2 in FIG.5.If step 1204 is not omitted the combination of heating and bias voltage on the filament induces thermionic emission of electrons from the cleaning filament in step 1206 to bombard the surfaces of the emitter enclosure electrode and extractor electrode facing the emitter wire the electron bombardment stimulating electron impact desorption of molecules from the emitter enclosure electrode and extractor electrodethis corresponds to cleaning mode 1 or 3 in FIG.5.Note that in the case of electron impact desorption EID of gas off the surfaces of the emitter enclosure electrode and the extractor a certain minimum electron bombardment energy may be necessary typically in the range from a few eV up to a few keV.Thus even with a certain power into the electrodes to be cleaned calculated as the product of the filament bias voltage times the electron current there may be inadequate desorption of gas if the bombarding electrons have insufficient energy to desorb individual gas molecules.Conversely for thermal gas desorption the total power imparted to the electrodes is the prime consideration for cleaning rates.Cleaning step 1206 typically lasts from a few minutes to 12 hours.After cleaning step 1206 the heating current and bias voltage are turned off in step 1208.In step 1210 the emitter tip is flashed and then an extraction voltage is applied between the extractor and emitter positive voltage on emitter to induce cold field emission of electrons from the emitter tip towards the extraction electrode.The extraction voltage is typically between 100 V and 4000 V more typically between 1000 V and 3000 V.
Patent claim: A surgical assembly comprising a fixation device comprising a body a flat side surface and at least one eyelet extending through opposing surfaces of the body a flexible strand attached to the at least one eyelet and a device for engaging and securing the flat side surface of the fixation device and for subsequently advancing the fixation device through anatomical tissue wherein a most distal end of the outer shaft of the device terminates in an angled surface that matingly engages a corresponding angled surface on the flat side surface of the fixation device.

Related passage: As shown in Figures 3a and 3b suture threads 340a 340b extend along suture grooves 130 of anchor 100 through cylindrical receiving end 315 and out through suture guide slot 330 of insertion tool 305.From suture guide slot 330 suturethreads 340a 340b extend along the outer surface of cylindrical receiving end 315 to handle 320.In this manner cylindrical receiving end 315 protects suture threads 340a 340b from the frictional forces generated while anchor 100 is being inserted into bone tissue.
Patent claim: The wireless communication method according to claim 10 applied to an LTEcompliant network and wherein the random access request is a PRACH signature the PRACH signature selected by the terminal as one characteristic of the signal used to transmit said request.

Related passage: FIG.5 is a signaling flowchart of a fifth embodiment of a method for selecting serving nodes for access according to the present invention.In this embodiment the UE selects an uplink serving node as shown in FIG.5 the method includesStep 501 The UE obtains RSRPRSRQ of at least two nodes.Step 502 The UE selects a downlink serving node from the at least two nodes according to the RSRPRSR of each node.
Patent claim: The heart rate measuring system according to any one of claims 1 to 8 wherein the heartrate measuring unit and the clocking unit are incorporated in a common case and the case is mounted on an arm of a user.

Related passage: In an embodiment the processor 108 is configured to store a plurality of predetermined sympathetic activity states 204.Each predetermined sympatheticactivity state is associated with a predetermined range of the recovery heart rate change speed.The processor 108 is configured to determine the sympathetic activity state by checking which predetermined range of the stored sympathetic activity state corresponds to the determined recovery heart rate change speed.One implementation of this is such that the processor 102 is configured to store for a high sympathetic activity state a predetermined range having a slow recovery heart rate change speed and for a low sympathetic activity state a predetermined range having a fast recovery heart rate change speed.If we take the values shown in Figures 7 and 9 as an example we may determine two sympathetic activity states for the high sympathetic activity state the range may be from 0 to 8 beats during the 20second period and for the low sympathetic activity state from the 9 beats upwards during the 20second period.Naturally further sympathetic activity states with their respective ranges may be determined following the principle that the height of the sympathetic activity state is inversely proportional to the recovery heart rate change speed.
Patent claim: A luminaire 1 comprising a main body part 2 a holding part 5 at least a part of the holding part 5 provided inside the main body part 2 a light source part 3 provided on one end side of the main body part 2 and including a lightemitting element 3b a control part 7 provided inside the holding part 5 and controlling the lightemitting element 3b and a second heat transfer part 14 including a heat receiving part 14a and a heat conducting part 14b at least a part of the heat receiving part 14a contacting the holding part 5 and the heat conducting part 14b provided between the heat receiving part 14a and the main body part 2 the heat receiving part 14a provided to face a high temperature area of the control part 7.

Related passage: Referring to Figs.4 to 6 the first receiving groove 151 in which the driving unit 160 is disposed is formed on a first side of the heat radiating body 150.The second receiving groove 152 in which the light emitting module substrate 130 is disposed is formed on a second side opposite to the first side.Widths and depths of the first and the second receiving grooves 151 and 152 are changeable depending on the widths and thicknesses of the driving unit 160 and light emitting module substrate 130.
Patent claim: System for automatic reconfiguration of physical layer retransmission parameters associated with a line for enhanced impulse noise protection comprising a monitoring and obtaining module configured for monitoring line performance of the line and for obtaining at least one metric representative for impulse noise based on the monitored line performance an optimizing module configured for optimizing at least one physical layer retransmission parameter based on the at least one metric a reconfiguring module configured for reconfiguring the at least one physical layer retransmission parameter of the line.

Related passage: FIG.4 is a highlevel flowchart showing a method for determining data rate change rules during data receptions.Inputs include RSSI 110 SNR 112 SNR VAR 114 and Packet Error Rate PE 116.A waveform setting WF 118 is also saved.The rate adaptation algorithm requires a suitable number of data packets 122.If the average SNR RSSI SNR Var meet specific thresholds 124 the rate is increased if the packet error is zero 126.If a change in average SNR or RSSI since the entered waveform exceeds a threshold 128 a rate increase is allowed if the packet error is zero 130.A SNR and SNR VAR based look up table rate selection is performed if the threshold is met for the current waveform 132 to force the best match rate change 134.If the packet error rate exceeds a threshold 10 the rate and bandwidth is decreased as necessary 136.
Patent claim: The cutting insert according to claim 13 wherein each locking groove 211 extends through the side surface at least at the primary clearance surface 205 located rotationally behind the primary clearance surface 205 inside which the locking groove 211 extends.

Related passage: However if the tool needs to be retracted from the hole in the direction of the arrow F2 the cutting insert may if the same happens to get caught against thehole wall e.g.by friction or seizure be subjected to forces that aim to on one hand bring the same axially out of the seat but also radially out of the same against the action of the screw 26.In this state only the screw secures the cutting insert in the seat but because this has a moderate bending stiffness in particular if the cutting insert and the screw have small dimensions the cutting insert may be moved from the seat.Just a radial motion involves that the cutting edge may scratch or in another way damage the generated surface.
Patent claim: The gas turbine engine of claim 13 wherein the third fore engagement feature 102d is complementary to the first aft engagement feature 116b of the first rotor segment 104b and the third aft engagement feature 116d is complementary to the second fore engagement feature 114c of the second rotor segment 104c.

Related passage: The HPC rotor 60C may be a hybrid dual alloy integrally bladed rotor IBR in which the blades 64 are manufactured of one type of material and the rotor disk 66 is manufactured of different material.Bimetal construction provides material capability to separately address different temperature requirements.For example the blades 64 are manufactured of a single crystal nickel alloy that are transient liquid phase bonded with the rotor disk 66 which is manufactured of a different material such as an extruded billet nickel alloy.Alternatively or in addition to the different materials the blades 64 may be subject to a first type of heat treat and the rotor disk 66 to a different heat treat.That is the Bimetal construction as defined herein includes different chemical compositions as well as different treatments of the same chemical compositions such as that provided by differential heat treatment.
Patent claim: An audio system comprising a plurality of sources 2 3 for audio signals 7 8 and the audio processing apparatus 10 of any one of the preceding claims said plurality of sources 2 3 being coupled to said plurality of inputs 14 15 of said audio processing apparatus 10 to provide said audio signals 7 8 thereto said plurality of sources 2 3 being coupled to said digital interface 16 to provide said status data thereto.

Related passage: Referring back to Fig.1 the DAW 2 in the music processing apparatus 1 includes a GUI control section 11.GUI Graphical User Interface in the GUI control section 11 is a user interface that allows the user to perform most of necessary operation via a pointing device such as a mouse using graphics for to visually display information to the user.The GUI control section 11 allows the user to perform various setting in a various musical instrument plugin section 12 MIDI trackMIDI mixer control section 13 remote control section 14 audio trackaudio mixer control section 15 and various effect plugins 16 through simple operation by operating the mouse etc.on a setting screen displayed by the GUI control section 11.In this way the aforementioned selection setting parameter editing etc.can be carried out by the user operating the mouse etc.on the setting screen.
Patent claim: A magnetic carrier comprising magnetic carrier particles each comprising a magnetic carrier core including a magnetic material and a resin and a resin coating layer formed on a surface of the magnetic carrier core wherein the resin included in the magnetic carrier core has a hydroxy group a surface portion of the magnetic carrier core comprises a compound represented by the following formula 1in the formula 1 R represents a hydrocarbon group having 8 or more carbon atoms and R represents OH Cl orOR10 and R10 represents an organic group having 1 or more carbon atoms and the magnetic carrier has an adsorbed moisture amount of 0.40 mass or less when the magnetic carrier is left to stand in an environment of a temperature of 30C and a humidity of 80RH for 72 hours.

Related passage: 90 wt.parts of 2perfluorooctylether methacrylate and 10 wt.parts of methyl methacrylate were placed in a fournecked flask similar to the one used in Production Example 1 and further 100 wt.parts of methyl ethyl ketone and 2.0 wt.parts of azobisisovaleronitrile were added under stirring followed by 10 hours of reaction at 70 C under nitrogen stream to obtain Graft copolymer D which provided a GPC chromatogram exhibiting Mw70000 Mp40000 and no peak or shoulder in a molecular weight range of 20000100000.
Patent claim: A secondary battery comprising an electrode assembly according to any one of claims 1 to 9 and a case accommodating the electrode assembly.

Related passage: The positive electrode part 12 and the negative electrode part 14 have forms of protruding from the separators 56 and 58 of width W1 which are insulation means.Each part of the positive electrode part 12 and the negative electrode part 14 is formed so as to have length L1 that is as long as the length of the arc of thereof.The fold 60 is formed on each part of the positive electrode part 12 and negative electrode part 14 along each position that is predetermined width W2 away from the element endface 10.The edges of the separators 56 and 58 which are exposed to an endface of the battery element 4 are formed into the element endface 10.The fold 60 is formed so that the side facing the element center 40 of the element endface 10 is inside when folded.The size of the predetermined width W2 which is distance away from the element endface 10 is preferably equal to or over 0.5 mm.The fold 60 which is formed along such a position as the predetermined width W2 away from the edge of the separators of the element endface 10 reduces mechanical stress applied to the separators 56 and 58 when the positive electrode part 12 and the negative electrode part 14 are folded and prevents a short circuit due to the contact with either the current collector 120 or 140.The size of the protruding length of the positive electrode part 12and negative electrode part 14 from the element endface 10 is preferably 3 mm to 10 mm.
Patent claim: A customer edge device comprising at least two UserNetwork interfaces UNI for connecting to two different provider edge nodes PE1 PE2 and a controller CTR said controller is programmed torequest via a first of said UserNetwork interfaces UNI a first traffic path LSP1 through said provider networkreceive at said first UserNetwork interface UNI a data element indicative of shared constraint information of said first traffic path LSP1 andrequest via a second of said UserNetwork interfaces UNI a second traffic path LSP2 through said provider network to be disjoint from said first traffic path LSP1 andforward at said second UserNetwork Interface UNI said data element received via said first UserNetwork Interface UNI to enable path calculation of said second traffic path LSP using said shared constraint information as exclusion list.

Related passage: According to figure 5A the first path PTH1 is determined as PTH1L21L23.The first data connection CON1 established via the first data path PTH1 is depicted as a dashed line in figure 5A.As depicted in figure 5B the first data connection CON1 is provided to the first client device C1 via the client network interface CNI.
Patent claim: The hypervisor replacing method according to claim 3 wherein a version of the first hypervisor is newer than a version of the second hypervisor the firmware of the first hypervisor includes an instruction for the format conversion process and the information processing device executes the format conversion process in accordance with the instruction.

Related passage: On switch 200 various software subsystems operate network systems such as NC unit 204 and AC unit 206A.Software subsystems on these network systems can be updated using methods and systems consistent with the present invention.Accordingly the methods and systems applied to NC unit 204 and AC unit 206A are provided only as an example.
Patent claim: Cushion according to any one of the preceding Claims characterized in that the cushion frame 10 has a triangular shape or a saddle shape andor the cushion frame 10 comprises fixing means 19 for fixing the cushion frame 10 to a respiratory mask body 1.

Related passage: Another aspect of the invention relates to a fullface cushion for a patient interface that delivers breathable gas to a patient.The fullface cushion includes a membrane including a uniform wall thickness in the range of 0.150.30 mm around the perimeter of the cushion and a foam insert provided to the membrane to support the membrane.The foam insert is structured to provide a variable spring component to the membrane.In alternative embodiments the thickness of the membrane could be variable from 0.150.7 mm e.g.depending on location around the perimeter of the cushion.
Patent claim: A method of manufacturing an end effector for a surgical instrument comprising the steps of providing a substrate defining at least one cutout on an outer periphery of the substrate to form at least one ridge on an outer periphery of the substrate and depositing an electricallyconductive material onto the at least one ridge such that a portion of the electricallyconductive material overflows the ridge on either side thereof the electricallyconductive material forming at least one electrode.

Related passage: Referring particularly to FIG.5C it is envisioned that insulator substrate 111 may meet outer periphery 145 in a generally tangential fashion about radius r.Again this profile also tends to reduce current concentration and thermal spread and may also contribute to a reduction in the incidence of flashover.More particularly FIG.5C illustrates the electrode 110 of the electrode 110 120 configuration of FIGS.4 and 5A respectively wherein the pair of electrodes 110 120 each includes an electrically conductive surface 116 126 an insulating substrate 111 121 having a top or first edge111a shown in FIG.5C for electrode 110 only and an insulating layer 140 positioned in a channel 111b formed by the electrically conductive surface 116 within the top or first edge 111 a between the conductive surface 116 shown in FIG.5C for electrode 110 only and the top or first edge 111a of the insulating substrate 111.The insulating layer 140 has a portion 140a proximal to the electrically conductive surface 116 and a portion 140b distal from the electrically conductive surface 116 and a gradient such that the proximal portion 140a has a lower dielectric strength than the distal portion 140b.