bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The apparatus as claimed in any one of the preceding claims further comprising a third storage which is a nonvolatile storage and to store the first program and the second program wherein the controller when an operation mode of the image forming apparatus is converted to a power saving mode stops communication with the external interface stores the second program prestored in the third storage in the second storage and resumes communication with the external interface using the second program stored in the second storage.

Related passage: The second memory unit 140 may store a program capable of supporting the low power mode applications and may be implemented as static random access memory SRAM.
Patent claim: The driver assistance system of claim 3 wherein the threshold speed the threshold time and the threshold separation are further based on one or more of the entry condition a vehicle condition a driver preference the exit condition and a road condition.

Related passage: Thus before the vehicle enters Follow mode and starts to decelerate to maintain a set distance from the preceding vehiclethe driver has sufficient time to accelerate to overtake if the road conditions allow.However if road conditions do not allow and the driver does not interveneFollow mode is quickly entered to allow smooth deceleration.
Patent claim: Arrangement 100 for holding blades in particular curved blades for a wind turbine the arrangement 100 comprising a first holding device 150 comprising a first end frame 151 for holding a first root end 111 of a first blade 110 and a first centre frame 152 for holding a first centre section 112 of the first blade 110 in such a way that wherein the first centre section 112 is spaced from a first tip end 113 of the first blade 110 wherein the first holding device 150 is formed for being coupled to a supporting base a second holding device 160 comprising a second end frame 161 for holding a second root end 121 of a second blade 120 and a second centre frame 162 for holding a second centre section 122 of the second blade 120 in such a way that the second centre section 122 is spaced from a second tip end 123 of the second blade 120 and wherein the second holding device 160 is formed for being coupled to the supporting base and a third holding device 170 comprising a third end frame 171 for holding a third root end 131 of a third blade 130 and a third centre frame 172 for holding a third centre section 132 of the third blade 130 in such a way that the third centre section 132 is spaced from a third tip end 133 of the third blade 130 wherein the third end frame 171 is formed for being coupled to the supporting base wherein the first holding device 150 and the second holding device 160 are formed for holding the first blade 110 and the second blade 120 within a first holding plane 101 wherein the third holding device 170 is formed for holding the third blade 130 within a second holding plane 102 wherein the second holding plane 102 is spaced from the first holding plane 101wherein the third centre frame 172 is coupleable to the supporting base by the first centre frame 152 and the second centre frame 162.

Related passage: The transport system 1 comprises a root frame structure 5 supporting the root end 3 of the spar 2.The transport system further comprises a fixation device 6 which is adapted to fixate and support the spar 2 between the root end 3 and tip end 4.As shown in Figs.13 the fixation device 6 has two rolling means such as wheels 7 arranged on a shaft extending underneath the fixation device thewheels being arranged in each end of the shaft so that wheels are situated at each side of the fixation device.
Patent claim: A method of cleaning at least one surface of an extractor electrode of an electron gun arrangement the method comprising providing a potential to a suppressor electrode being a negative potential relative to the extractor electrode particularly a negative voltage with an absolute value of 0.5 kV or greater thermally emitting electrons from an auxiliary emitter electrode and pretreating the at least one surface of the extractor electrode surface using the thermally emitted electrons wherein the potential of the suppressor electrode controls an area of pretreatment with thermally emitted electrons.

Related passage: FIG.1 is a schematic diagram 100 of a cold field emitter CFE electron source in a test setup for measuring the onaxis emission current stability.A number of physical effects occur at and in the proximity of the CFE emitter tip 103 which may have a deleterious influence on the stability and noise levels of the source in a focused electron beam system such as a scanning electron microscope SEM transmission electron microscope TEM or scanning transmission electron microscope STEM.In a typical CFE source electrons are emitted from the sharp end 103 of an oriented wire 102 which is welded to a support filament 104.A bias voltage is applied between the emitter tip 103 and an extractor electrode 108 which creates a very high electric field at the surface of the tip 103 thereby inducing tunneling of electrons out of the tip 103 into the vacuum in front of the tip.These emitted electrons form a beam 106 which is directed toward the right of FIG.1.The great majority of the electrons in beam 106 strike the extractor 108 at area 110 while a small portion of the center of the emission distribution passes through hole 113 in extractor 108 to form beam 112.The test setup for measuring the emission stability comprises a shield plate 114 and a Faraday cup 120 electrically connected to an electrometer 122.The majority of beam 112 strikes the shield plate 114 at area 116 while a small portion 118 from the center of the emission distribution passes through the hole 130 in shield plate 114 and is collected by the Faraday cup 120.This collected current is measured by electrometer 122 and then passes to the system ground 124.Since in a typical focused electron beam system only a very small portion of the center of the emission distribution from the tip 103 contributes to the final beam current at the sample the test system illustrated here is configured to measure that center portion while excluding other portions of the emission distribution which would be apertured away i.e.blocked from passing to the sample in an actual application.
Patent claim: A method for replacing a headfloat 120 while being deployed on the water for a marine seismic survey the method comprising towing a streamer 104connecting a head buoy 110 to a head portion 1 04A of the streamer 104 or to a leadin 106 towing with the head buoy 110 the headfloat 120 wherein the headfloat 120 is configured to float in water and detaching the headfloat 120 from the head buoy 110 for maintenance.

Related passage: The seismic acquisition system may include a plurality of seismic sensor streamers 14 towed by the seismic vessel 10 as shown in FIG.1 or by a different vessel not shown.The streamers 14 are generally cables that extend behind the towing vessel for a certain distance and each such streamer 14 includes seismic sensors 22 disposed thereon at spaced apart locations.The seismic sensors 22 are typically pressure or pressure time gradient responsive sensors such as hydrophones but may also be particle motion responsive sensors such as acceleromcters or geophones or combinations of hydrophones and geophones.The type of sensor is not a limitation on the scope of the present invention.Geometry of the streamers in the water is maintained by various towing devices including lateral force generating devices called paravanes 18 disposed at the end of paravane lead in ropes 16.The streamers 14 are coupled at their forward ends to a respective termination 21 which couples the streamer 14 to a corresponding lead in cable 20.The paravane lead in ropes 16 and lead in cables 20 may be deployed from the vessel 10 and retrieved thereon by winches not shown or similar spooling devices known in the art.The lateral separation of the paravanes 18 may be limited by a spreader cable 19 ultimately to maintain the geometry of the entire array of streamers 14.In some examples the centermost section of the spreader cable 19 may be omitted.
Patent claim: Product compositions characterized in that they contain a gas tight barrier layer of EVOH of a thickness from 8 to 150 gsm.

Related passage: The thermoplastic resin which is extruded from the Tdie according to the present invention is not particularly limited provided that the thermoplastic resin is extrudable and has the film formability.For example any one of polyolefin formed of random of some olefin or block copolymer such as lowdensity polyethylene highdensity polyethylene polypropylene polylbutene poly4methy1pentene or ethylene propylene 1butene 4methyl1pentyneethylene vinyl compound copolymer such as ethylene vinyl acetate copolymer ethylene vinyl alcohol copolymer ethylene vinyl chloride copolymer styrenebased resin such as polystyrene acrylic nitrile styrene copolymer ABSmethylstyrene styrene copolymer polyvinyl chemical compound such as polyvinyl chloride polyvinylidene chloride vinyl chloride vinylidene copolymer polymethyl acrylate polymethyl methacrylate polyamide such as nylon 6 nylon 66 nylon 610 nylon 11 nylon 12 thermoplastic polyester such as polyethylene terephthalate polybutylene terephthalate polycarbonate polyphenylene oxide or a mixture of these compounds can be used as the thermoplastic resin.
Patent claim: The atomizer according to claim 1 further comprising a fixing cover configured for fixing the piercing element to the holder wherein the air outlet is defined in the fixing cover.

Related passage: Referring to FIGS.1 and 2 one end of the liquid storage case 20 is connected with an atomizing device 30 so the medicinal liquid in the liquid storage case 20 will be output into the atomizing device 30 under negative pressure.The atomizing device comprises an atomizing assembly a liquid guiding assembly and a connector assembly.
Patent claim: The method according to claim 14 wherein the digital processor programs programmable configuration bits of said frequency range register 104a when a change in clock frequency is detected.

Related passage: Referring to FIG.9 another embodiment of the delay line in accordance with the present invention is shown.A delay line circuit 400 is shown.Delay line 400 includes delay control lines 402 which input a digital word generated by a phase comparator 404.The digital word enables appropriate multiplexers 406 for example 21 multiplexers.Multiplexers 406 are arranged hierarchically according to the place value of the digital word.A delay line input IN receives a periodic signal such as a clock signal and applies the signal to a plurality of delay units 408.Delay units 408 each preferably include a pair of invertors 410 for providing an appropriate delay to the input periodic signal.The number of delay units 408 employed in delay line 400 is set by multiplexers 406 which are activated by the digital word on control lines 402.The multiplexers 406 complete a circuit from input IN to anoutput OUT through a predetermined number of inverter pairs to provide an appropriate delay such that the input and the output signals are substantially in sync.In accordance with the invention a supply voltage Vdd may be adjusted by a voltage generator 412 according to the delay control signal or in another embodiment Vdd may be set to a particular value to adjust delay line 400 for use with predetermined frequencies.For example a first voltage is employed for Vdd for a first frequency and a second voltage is employed for Vdd for a second frequency where the first frequency is the operating frequency and the second frequency is a slower frequency for example aboutthe operating frequency.In one embodiment the slower frequency may be used for testing or the integrated circuit may be sold as a slower device rated at the slower frequency i.e.a chip that can operate at 100 MHz may be sold as a chip that runs at 60 MHz by employing the invention.By implementing the present invention fmax and fmin as described above with reference to FIG.3 are afforded more margin since Dmin and Dmax may be reduced to improve operational frequency.
Patent claim: The system of any of claims 1014 wherein the one or more processors are further configured to operate as a bundle adjustment.

Related passage: In the present invention although the time of the posture sensor is not synchronized with the time of the camera the obtaining time of the postural data and the photographing time of the image are converted to the reference time output from the reference clock 6.The converted time compensates the transmission delay of the postural data of the posture sensor and the transmission delay of the image data.
Patent claim: The Xray interferometer according to any of the preceding claims wherein during imaging the distance between the object 130 and the phase grating 122 equals zero.

Related passage: In general the distances I and d are increasing with decreasingincreasing energy and they are decreasing with decreasing periodicities.Going towards higher energies thus demands for shorter periodicities for the gratings in order to keep the setup as compact as possible.On the other hand higher energy also demands for deeper gratings which also pushes the gratings to have aspect ratios as large as possible.However by designing phase grating 522 such that lt e.g.2 the aspect ratio of absorption grating 523 is only half than in the case with.
Patent claim: An audio processing apparatus comprising a first amplifier that amplifies a surround audio signal or a third room audio signal the surround audio signal being a surround left audio signal or a surround right audio signal and the third room audio signal being a third room left audio signal or a third room right audio signal a second amplifier that amplifies a first extended audio signal a second extended audio signal a third extended audio signal or a second room audio signal the first extended audiosignal being a first extended left audio signal or a first extended right audio signal the second extended audio signal being a second extended left audio signal or a second extended right audio signal the third extended audio signal being a third extended left audio signal or a third extended right audio signal and the second room audio signal being a second room left audio signal or a second room right audio signal a first speaker terminal that outputs the surround audio signal a second speaker terminal that outputs the first extended audio signal a third speaker terminal that outputs the second extended audio signal or the second room audio signal a fourth speaker terminal that outputs the third extended audio signal or the third room audio signal a first switch that switches whether the surround audio signal from the first amplifier is supplied to the first speaker terminal a second switch that switches whether the third room audio signal from the first amplifier is supplied to the fourth speaker terminal a third switch that switches whether the first extended audio signal from the second amplifier is supplied to the second speaker terminal a fourth switch that switches whether the second extended audio signal or the second room audio signal from the second amplifier is supplied to the third speaker terminal a fifth switch that switches whether the third extended audio signal from the second amplifier is supplied to the fourth speaker terminal and a switching controller that controls the first switch the second switch the third switch the fourth switch and the fifth switch.

Related passage: A preout unit 211 may not include the switches S211a to S211f but the DSP may change the channels of the audio signals to be supplied to the amplifiers 212a to 212c in accordance with the channels included in the multichannel audio data.
Patent claim: The method 1000 of any of the claims 1 to 3 wherein determining the group curtailment setpoint 2i comprises at least one of considering a power demand of at least one energy trader for at least one of the at least two groups of wind turbinesrelaxing at least one of the group curtailment setpoints 2i to allow an overproduction and limiting a group power reduction in accordance with a group slew rate limit.

Related passage: Further improvement of the control behavior can be accomplished by linking the control system of the different turbines of the windpark to each other.Thus according to an example embodiment of the invention the data collected by respective turbines is further transmitted to an operatively connected central processing and control unit 16 which receives estimated or measured signals from each turbine in the windpark or a subset of wind turbines in the control set.Although in the illustrated embodiment the respective controllers 14 for the individual turbines 12 are disposed at the respective tower the controllers for the individual turbine towers may be incorporated in the central control unit.The central processing and control unit based on the signals received and stored data makes calculations on the impact of power production and loads on each turbine and control signals are then sent to each respective turbine to actuate the control mechanism local to each turbine as discussed further below.
Patent claim: The method or use of any of claims 1 to 6 wherein filtration is performed at a temperature from about 2 C to about 60 C preferably about 10 C to about 40 C most preferably about 15 C to about 37C.

Related passage: A preferred method of carrying out the present invention will be described hereinafter.The material resulting from this clarification diluted to a concentration lower than or equal to 1.5 mgml in thepresence of at least one amino acid preferably arginine at a concentration between 0.1 and 8 weightvolume and a temperature between 18 and 37C preferably in both cases and previously clarified through filters having a greater pore size is filtered through a nanofilter having a pore size smaller than 35 nm preferably about 20 nm with protein recovery greater than 80.The filter area required to carry out this nanofiltration is between 10 and 1000 cm2 per litre of solution to be filtered depending on the protein concentration of the solution and the pore size of the nanofilter used.The processing time is usually shorter than 12 hours.
Patent claim: The method according to claim 1 wherein identifying the gaps comprises detecting the gaps that are larger than a first threshold but smaller than a second threshold.

Related passage: In the embodiments that are disclosed below an operator of a cardiac ablation system brings the distal end of a catheter into contact with the inner heart wall in a body of a patient.The ablation system displays a map of the heart and tracks and displays the location of the catheter in the heart relative to the map.The operator manipulates the catheter and controls the system to apply ablation therapy at multiple tissue sites in the heart with which the catheter is brought into contact.Based on the catheter location measurements the system assesses the stability of contact between the catheter and the tissue sites while applying the therapy.On the basis of the assessed stability the system then automatically marks the map to indicate the tissue sites at which the therapy was applied.
Patent claim: A method of manufacturing the decorative sheet according to claim 5 or 6 wherein the convex pattern which is formed of the ionizing radiation curing resin containing the delustering silica is formed on the decorative sheet and the ionizing radiation curing resin ink is formed into the convex pattern with no solvent by using a doctor blade and a gravure plate.

Related passage: The isocyanate may be an aliphatic or aromatic dior higher functional isocyanate with an aliphatic isocyanate being preferred from the viewpoint of thermal discoloration resistance and weather resistance.Specific isocyanates usable herein include tolylene diisocyanate xylylene diisocyanate 44diphenylmethane diisocyanate hexanemethylene diisocyanate and lysine diisocyanate.
Patent claim: The thermal insulation element 200 of claim 13 whereinthe thermally insulating core 210 comprises polyurethane PU such as rigid polyurethane PUR or polyisocyanurate PIR.

Related passage: With reference to the figure the reference numeral 1 indicates a panel structure that is impermeable to gases particularly for the insulation of buildings whose various components are shown separated from one another in the figure for a better graphical representation.
Patent claim: An electronic device including the target component calibration device according to claim 3.

Related passage: In the embodiment and the modification exampledescribed above the chlorophyll content of a subject which is a green vegetable is detected.However instead of the chlorophyll content of the green vegetable applications to various subjects and target components such as oleic acid in meat and collagen in the skin.In short if a sample having the same components as a subject is prepared to create a calibration curve it is possible to correspond to various subjects and target components.In the embodiment and each modification example described above a configuration is adopted in which measurement is performed with the absorbance spectrum as observation data.However even if sound data in which sound emitted from a plurality of sound sources is mixed is used as the observation data instead of the absorbance spectrum it is possible to measure the magnitude of the sound from the specific sound source with the same configuration.In short in the case of a signal having a sufficient amount of information to know the statistical properties of the signal source the invention can be applied to various kinds of observation data.
Patent claim: A gas turbine engine assembly comprising a fan section delivering air into a main compressor section said main compressor section compressing air and delivering air into a combustion section products of combustion passing from said combustion section over a turbine section to drive said fan section and main compressor sections wherein a gearbox is driven by said turbine section to drive said fan section a pylon supporting the gas turbine engine an environmental control system including a higher pressure tap at a higher pressure location in said main compressor section and a lower pressure tap at a lower pressure location said lower pressure location being at a lower pressure than said higher pressure location said lower pressure tap communicating to a first passage leading to a downstream outlet and a compressor section of a turbocompressor said higher pressure tap leading into a turbine section of said turbocompressor such that air in said higher pressure tap drives said turbine section to in turn drive said compressor section of said turbocompressor wherein the pylon includes a lowermost surface and the higher pressure tap does not extend above a plane including the lowermost surface and a combined outlet of said compressor section and said turbine section of said turbocompressor intermixing and passing downstream to be delivered to an aircraft use.

Related passage: However under certain conditions as an example a descent the valve 40 is opened the turbine section 52 is driven.The air from tap 32 passes to the compressor section 54.At such times expanding the compressed air from tap 34 lowers its temperature.Further mixing it with the lower pressure compressed air 32 even when compressed to a higher pressure by compressor section 54 may eliminate the need for a separate heat exchanger on the line 44.The intermixed air may be at a useful temperature when it reaches the combined outlet 37.The amount of air from the two taps can be varied to achieve this.