bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A sensor assembly according to claim 10 or 11 further comprising a display arranged to be located on the gas cylinder and valve assembly.

Related passage: In this arrangement the quartz crystal oscillator 202 functions as a highly selective filter element.Resistor R1 acts as a load resistor for the transistor T.Resistor R2 acts as a feedback resistor biasing the inverter T in its linear region of operation.This effectively enables the inverter T to operate as a high gain inverting amplifier.Another resistor RS is used between the output of the inverter T and the quartz crystal oscillator 202 to limit the gain and to dampen undesired oscillations in the circuit.
Patent claim: The portable electronic device 200 of claim 8 wherein the feedback module 200 includes a diaphragm plate 242 coupled to the display core 230.

Related passage: The input apparatus shown in Fig.1 is composed of a liquid crystal display portion 1 and a touch sensor portion 2.Fixed on the display side of the liquid crystal display portion 1 is a flexible board 4 on which a piezoelectric actuator 3 is mounted.
Patent claim: The light control device according to claim 1 wherein said light controlling particle 16 is rodlike said light controlling particle 16 has an aspect ratio of from 5 to 30 and said light controlling particle 16 comprises any one kind of polyperiodide a polymer a carbonbased material a metallic material or inorganic compound.

Related passage: Similarly to the seventh embodiment in the A plate 2 the X electrode 6 of the transparent electrode formed of indium tin oxide ITO is formed on one surface of the A substrate 4 that is the transparent support base composed of glass.Further the X electrode 6 is orthogonal to the YZ electrode pair 12 rather than one surface of the A substrate 4 and may be mounted in the stripe shape so as to be disposed in the light control cell having a box shape of the CL shown in FIG.26.
Patent claim: The method according to claim 1 or 2 comprising when a further touch is detected at a location associated with the one of the secondary characters entering the one of the secondary characters and moving the first key back to a keyboard position.

Related passage: As shown in FIG.8 when the character input processing is started in the mobile terminal 10 according to the presentembodiment the screen display control unit 17 displays the text sheet 21 on the entire screen of the display unit 14 of the touch panel 11.The KANJI sheet 22a is overlaid on the text sheet 21 and displayed on the entire screen by the screen display control unit 17 S101 character string display control step whereby the standard screen shown in FIG.3 is configured.
Patent claim: The optical transmitter according to claim 1wherein the MachZehnder interferometers are semiconductor optical modulators of a MachZehnder type and wherein the low frequency signal is superimposed on a substrate bias voltage applied to the semiconductor optical modulators thereby changing the ratio of the driving amplitude with respect to the halfwave voltage symmetrically with respect to a center of the driving amplitude.

Related passage: FIG.12 illustrates the relationship between intensity of the monitor signal f0 signal extracted from the AC component and bias deviation.FIG.12 part A represents a characteristic of the Iarm bias or the Qarm bias and FIG.12 part B represents a characteristic of 2 phase shifter bias.The graph of FIG.12 part A indicates a change from the maximum point of the AC component illustrated in FIG.7 part A and FIG.8 part A as a change of the lowfrequency signal f0.The graph of FIG.12 part B indicates a change from the minimum point of the AC component illustrated in FIG.7 part B and FIG.8 part B as a change of the lowfrequency signal f0.The direction of the change of the Iarm bias and Qarm bias is opposite to the direction of the change of the 2 phase shifter bias.
Patent claim: A pouch according to any of the preceding claims wherein the weight ratio of the complexing agent to the eRH reducing agent is in the range of from about 21 to about 101.

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: The downconversion circuit 30 according to any preceding claim wherein the downconversion circuit 30 is arranged to perform frequencytranslated filtering.

Related passage: An actual implementation would rather use a switching mixer which means that the LO signal is a square wave instead of a pure sine.The Fourier series of a square wave with 50 duty cycle is sq1xLOt2n135sinnLOtn2sinLOt1Isin3LOt3sin5LOt5II
Patent claim: A method comprising the steps of digitizing an analog input signal to produce digital data processing the digital data to create a timedomain bitmap generating a trigger signal when a density value of a region of the timedomain bitmap violates a density threshold and storing digital data in a memory in response to the trigger signal.

Related passage: Although the embodiments described above are described in the context of a realtime spectrum analyzer it will be appreciated that the principles described herein are equally applicable to any test and measurement instrument that is capable of accumulating multiple acquisitions of an input signal such as a swept spectrum analyzer a vector signal analyzer a logic analyzer and an oscilloscope.For example in some embodiments of the present invention an oscilloscope converts digital data that represents an input signal into a plurality of eye diagrams and then subtracts one of the eye diagrams from another one of the eye diagrams to produce a difference eye diagram that reveals very small intermittent signals that are present in the input signal.In that case the bitmap is not a frequencydomain bitmap as described above but rather represents an accumulation of sampled voltage values in the timedomain.
Patent claim: The image displaying apparatus as claimed in any one of claims 1 to 3 wherein the communication unit is connected to the external apparatus via a Network File System for sharing a file.

Related passage: The device 1000 may display the partial region of the content based on a user input.In this case the device 1000 may display an entire region of the received content on the screen and may select a partial region of the content in response to a user input with respect to the entire region of the content displayed on the screen.The device 1000 may also display the selected partial region on an entire portion of the screen of the device 1000.
Patent claim: A laundry treatment device 100 comprisinga casing 2 housing a laundry treatment chamber 12 and including a front wall 4 defining a continuous front surface 4a said front wall having a laundry opening 3a to load andor unload said laundry treatment chamber a panel aperture 15 and a drawer aperture 60 said panel aperture and said drawer aperture being separated by a crosspiece 66a control panel assembly 1 for controlling operation of the laundry treatment device 100 said control panel assembly including an outer dashboard 11 which is structured to be coupled to said front wall 4 at said panel aperture 15 and to be operated by a usera drawer 63 and a drawer seat 61 to house said drawer the drawer seat being fixed or fixable to said front wall at said drawer aperture 60 so that said drawer is coupled in a retractable manner to said front wall 4 characterized in that said crosspiece 66 further comprises at least part of a first mechanical coupling system 67 to fasten or fastening said drawer seat to said crosspiece and at least part of a second mechanical coupling system 67 to fasten or fastening said outer dashboard 11 to said crosspiece.

Related passage: The upper flange part 227 and the lower flange part 228 may extend from the upper surface 127 and the lower surface not shown respectively not continuously formed with the side flange part 226.As shown in FIG.4 while the upper surface 127 side surface 126 and lower surface not shown may be continuously formed from each other the upper flange part 227 continuously formed from the upper surface 127 the side flange part 226 continuously formed from the side surface 126 and the lower flange part 228 continuously formed from the lower surface may not be continuously formed from each other but separately formed.The upper surface 127 the side surface 126 and the lower surface may be continuously formed from each other because they are exposed outside as a part of the exterior of the washer.However the flange parts do not have to be continuously formed from each other because they are positioned in the cabinet 110 and are not exposed outside.
Patent claim: A bandpass filter in particular according to claim 1 comprising a dielectric substrate and a conductive layer disposed over the dielectric substrate wherein the conductive layer comprises a loop portion 21 41 61 81 a pair of signal terminals 23 43 63 83 extending from two opposite sides of the loop portion and a pair of branches 25 45 65 85 extending from two opposite sides of the loop portion wherein the signal terminals and the branches extend from differentsides of the loop portion.

Related passage: The frequency characteristics of the tunable filter 400 employing the constitution is shown in Fig.28 and Fig.29.The tunable filter shown in Fig.28 is the filter that the variable reactance blocks 102 of the tunable filter 400 shown in Fig.27 in the case of using the variable resonator 100a are variable capacitors.Fig.29 shows the frequency characteristics of the tunable filter shown in Fig.28.The lengthof the loop line 902 was set to one wavelength at 5 GHz and the impedance of the inputoutput line 7 the loop line 902 and the inputoutput port was set to 50.Fig.29 makes it clear that the center frequency of the tunable filter is moved to the lower frequency side by changing the capacitances of the variable capacitors from 0 pF to 0.5 pF.Further the graph also shows that bandwidth can be changed without changing the center frequency even if the position of the switch 903 to be turned to the conduction state Fig.29 shows the example of 10 20 and 30 degrees is changed at each capacitance.In short it is understood that the center frequency is not influenced by the change of the position of the switch 903 in the conduction state.Although the characteristic impedance of the loop line of the variable resonator used in this description is 50which is the same as that of the inputoutput line and the inputoutput port it is not limited particularly to this value but is a design parameter to be determined corresponding to performancecharacteristics required.Even in the tunable filter shown in Fig.30 the center frequency is not influenced by the change of the position of the switch 903 in the conduction state.
Patent claim: The weld filler metal of claim 3 or 4 wherein the second material includes a material chosen from a group comprising a list of materials in Table 2.

Related passage: A suitable lowmelt material has a composition by weight of between about 22.5 and about 24.25 Cr up to about 0.3 Ti for example between about 0.15 and about 0.3 between about 6.5 and about 7.5 W between about 9 and about 11 Ni between about 3 and about 4 Ta up to about 0.65 C for example between about 0.55 and about 0.65 between about 2 and about 3 B about 1.3 Fe up to about 0.4 Si up to about 0.1 Mn up to about 0.02 S and a balance of cobalt.
Patent claim: The package integrity closure of claim 1 wherein in package integrity closure a the structure is integrally formed from a material which comprises a surface surrounding the closure.

Related passage: The third tear line 21 defines sealing panel 26 of the outer film layer 13 and the die cuts 25 define a plurality of tab portions 27 in the sealing panel 26.The sealing panel 26 extends beyond the periphery of the first tear line 20 and the second tear line 23 adjacent to the opening 24 so that the sealing panel 26 completely covers and extends beyond the perimeters of the first panel 22 strips 50 52 54 and the second panel 42.As a result sealing panel 26 completely covers the first panel 22 the strips 50 52 54 and the second panel 42.
Patent claim: The nontransitory computer readable medium of claim 9 further comprising program instructions that confirm whether the pressure of the clutch has been released after releasing the pressure the clutch program instructions that wherein the charging the battery with power output from the HSG while the HSG is rotating by driving power output from the engine is performed when the pressure of the clutch has been released.

Related passage: The hybrid vehicle on which the abovementioned power transmission system is mounted has the power generating motor 21 in addition to the engine 11 and the drive motor 12 whereby the driving of the vehicle is shifted to the driving by any one of the engine 11 the drive motor 12 and both in accordance with a running state.For example the vehicle can be driven by use of the drive motor 12 at a starting time when the drive torque is required and the vehicle can be driven by the engine 11 if the vehicle speed is increased and the vehicle can be driven by the drive motor 12 and the engine 11 at a highload running time such as a uphill running time.
Patent claim: A hydraulic circuit comprising at least one actuator 110200300 mechanically linked to a panel 50 the at least one actuator 110200300 capable of moving the panel 50 between a closed and one or more open positions and comprising at least one fluid opening 175202310 on one end of the actuator and wherein the at least one fluid opening 175202310 feeds andor returns pressurized fluid into the hydraulic circuit a source of pressurized fluid in fluid communication with the at least one fluid opening 175202310 for supplying fluid to the at least one actuator 110200300 in the hydraulic circuit at least one fluid stop valve A in fluid communication with the source of pressurized fluid and the at least one actuator 110200300 the stop valve A comprising at least one restrictive orifice at least one fluid controller that controls the flow of pressurized fluid through the fluid stop valve A from the source of pressurized fluid or from the at least one actuator a first hydraulic path operable when the at least one fluid stop valve A is in an open position in which pressurized fluid from the source of the pressurized fluid flows to the at least one fluid opening 175202310 of the at least one actuator 110200300 through the open fluid stop valve A and a second hydraulic path operable when the at least one fluid stop valve A is closed or at least partially closed as compared to its open configuration in the first hydraulic path whereby the restrictive orifice of the fluid stop valve A is narrowed thereby reducing the rate of flow of pressurized fluid from the at least one fluid stop valve A and entering the at least one fluid opening 175202310 of the at least one actuator 110200300 and substantially reducing the rate of andor stopping movement of the actuator 110200300.

Related passage: The present system does not require the use of sensors to determine the position of the tailgate 31.As shown in Figure 5 in one embodiment there are two controllers baler controller 46 and tractor controller 47.The tractor controller 47 contains information concerning the maximum fluid flow from the source of pressurized fluid to the flow valve 50 52 shown in Figures 6 and 7.The baler controller 46 uses the maximum fluid flow rate to calculate the desired flow and opening and closing times.The baler controller 46 communicates these calculations to the tractor controller 47.The baler controller 46 and the tractor controller 47 control the desired fluid flow to the tailgate actuator 36 by controlling the position of the flow valve 50 52.
Patent claim: The method according to claim 1 characterized in that the step of coating the precursor solution includes wetcoating printing spin coating dip coating doctor blading curtain coating slide coating spraying slit casting meniscus coating screen printing ink jet printing pad printing flexographic printing and gravure printing.

Related passage: The method of preparing a Group 1a1b3a6a material comprises providing a substrate optionally providing a Group 1a source comprising sodium providing aseleniumGroup 1b ink of the present invention providing a Group 3a source optionally providing a Group 6a source forming at least one Group 1a1b3a6a precursor material on the substrate by optionally using the Group 1a source to apply sodium to the substrate using the seleniumGroup 1b source to apply selenium and a Group 1b material to the substrate wherein the Group 1b material selected from copper and silver preferably copper using the Group 3a source to apply a Group 3a material to the substrate optionally using the Group 6a source to apply at least one of sulfur and selenium to the substrate treating the precursor material to form a Group 1a1b3a6a material having a formula NaLXmYnSpSeq wherein X is at least one Group 1b material selected from copper and silver preferably copper Y is at least one Group 3a material selected from aluminum gallium and indium preferably indium and gallium 0L0.75 0.25m1.5 n is 1 0p lt 2.5 and 0 lt q2.5.Preferably 0.5Lm1.5 and 1.8pq2.5.Preferably Y is In1bGab wherein 0b1.More preferably the Group 1a1b3a6a material is according to the formula NaLCumIn1dGadS2e1fSe2ef wherein 0L0.75 0.25m1.5 0d1 0.2e0.5 0 lt f1 wherein 0.5Lm1.5 and 1.82ef2e1f2.5.Optionally one or more of the Group 1a source the seleniumGroup 1b ink the Group 3a source and the Group 6a source of the present invention are combined before application to the substrate.The components of the precursor material can be treated by known methods to form the Group 1a1b3a6a material having formula NaLXmYnSpSeq.The components of the precursor material can be treated individually or in various combinations.Annealing temperatures for the deposited components can range from 200 to 650C with annealing times of 0.5 to 60 minutes.Optionally additional Group 6a material can be introduced during the annealing process in the form of at least one of a selenium ink selenium vapor selenium powder hydrogen selenide gas sulfur powder and hydrogen sulfide gas.The precursor materials can optionally be heated to the annealing temperature by use of a rapid thermal processing protocol such as with the use of a highpowered quartz lamp a laser or microwave heating methods.The precursor materials can optionally be heated to the annealing temperature using traditional heating methods for example in a furnace.
Patent claim: A levelling apparatus for a movable structure comprising at least one powered actuation means 1 characterized in that the powered actuation means 1 further comprises an override means for allowing manual actuation of the levelling apparatus.

Related passage: Fig.6a shows the original screws 28 in the condition where the original manually operated steady is secured to a caravan bottom where the caravan structure is only indicated by shaded areas.The number 31 denotes the original hexagon head of the steady.Fig.6b shows dismounting the steady by removing the screws 28 in direction of the arrows after which the steady is separated from the caravan.
Patent claim: The method of any one of claims 1 to 5 wherein configuring the mobile device comprises presenting a splash screen on the mobile device when paired to the IVIS.

Related passage: Next an embodiment of the portable information processor will be explained.In the following embodiment an explanation will be made assuming that the first device is a mobile device mounted on the vehicle and specifically it is a car navigation device and the second device is an indoor device installed inside the home and specifically it is a living unit.The portable information processor 10 will be explained as a brain unit 40.
Patent claim: A Near Field Communication method of detection of a tag 6 presence by a tag reader 5 comprisingstimulating S2 the transmitter 1 2 of the reader 5 so as to generate an impulse response of said transmitter 1 2evaluating S3 the generated impulse response of said transmitter 1 2assessing S4 from the evaluated impulse response of said transmitter 1 2 the presence S5 or the absence S6 of a tag 6.

Related passage: The reader employs the transponder detection circuit to detect this change in the impulse response.In particular the transponder detection circuit monitors the level of a designated transponder detection parameter of the impulse response.When the transponder detection parameter reaches a predetermined threshold level the presence of a transponder in the surrounding space is confirmed and the transponder detection circuit switches the signal generator circuit from the low power detection state to the high power data transaction state thereby terminating generation of the ring signals.As such the signal generator circuit transitions to an excitation signal generator circuit wherein the signal generator circuit draws increased electrical current from the reader power supply to generate and transmit an excitation signal which is sufficient to activate the transponder.The excitation signal is received by the transponder and powers the transponder circuitry which in turn generates a transponder data signal for transmission to the reader.After the reader reads the received transponder data signal the signal generator circuit switches back to the detection state and resumes generation of the ring signals while terminating generation of the excitation signals.
Patent claim: The optical amplification stage 1 according to claim 1 or 2 wherein the first and second reflector are structured so that the optical power ratio of the optical radiation reflected by each optical reflector to the radiation incident thereto at least at the first and second OTDR wavelength is less than or equal to 7 dB preferably less than or equal to 10 dB andor greater than or equal to 20 dB preferably greater than or equal to 16 dB

Related passage: When the optical amplifierrepeaters are to be monitored the optical switch 17 is turned to the b side step S11 the probe light source 11 of the optical transmission path monitoring apparatus 1 is turned off and the probe light source 12 is turned on step S12.The oscillating light from the probe light source 12 after being partly branched by the optical fiber coupler 13 is intensitymodulated by the optical modulator 14 into a short pulse to become the probe light 121 step S13.