bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The washing machine of claim 5 wherein the controller continues to perform a cycle in progress when the indication of the water pressure andor level sensor is equal to or greater than the set value and the indication of the bubble detecting sensor30 indicates an absence of bubbles suds or foam.

Related passage: Referring to FIGS.11 to 13 water supply is first executed in the wash step step S31.The watersupply valve 54 is opened in the wash step S311.Tap water is supplied through the conduit 65 and the water feed case 61 into the water tub 8 together with the detergent.The control circuit 92 then inputs an output frequency of the pressure sensor 47 to determine whether theoutput frequency is equal to or lower than a threshold X kHz step S312.The threshold X was experimentally obtained on the basis of foam in the rotating tub 10 and output of the pressure sensor 47.An amount of foam is abnormally large when the output frequency of the pressure sensor 47 is equal to or lower than the threshold X.This abnormal condition occurs when an ordinary synthetic detergent is erroneously used even though the washerdrier is set at a LOWFOAMING DETERGENT mode or an amount of detergent is erroneous.
Patent claim: The radiographic imaging device according to claim 3 wherein a thermal insulation member is applied to a surface of the radiographic imaging device main body that is at the opposite side thereof from the surface to which the protective cover is applied and thethickness including the radiographic imaging device main body in the state in which the protective cover and the thermal insulation member are applied is at most 16 mm.

Related passage: As shown in Fig.9 with the portable radiographic imaging device 10 in order to capture for example an Xray image Xrays are irradiated onto the radiographic image capture device 12 through an imaging subject.
Patent claim: The light emitting device or the backlight module of claim 8 or claim 9 wherein the first region is an aspheric surface.

Related passage: On the other hand assume that the lightincoming surface has a shape in which R1 decreases as 1 increases that is the increment R1 by which R1 increases with respect to the increment 1 of 1 is expressed by R1lt0 in the crosssectional view in Fig.3.In this case atangent line at the point P3 on the lightincoming surface 2a becomes more parallel to the light axis Z than an arc of the circle that centers on the reference point O and has the radius of R1.As such the light emitted from the reference point O and entering the arbitrary point P3 is refracted into a direction away from the light axis and transmitted in the light flux controlling member 2.If it is set to be R1R11A1 in the above then A1 is expressed by A1 lt 0.
Patent claim: A method according to any preceding claim wherein after removing the protective layer and an unexposed area of the photosensitive layer using the processing solution the lithographic printing plate precursor is dried by heating at a plate surface temperature in the range of 25 to 80C.

Related passage: Preferred quaternary ammonium hydroxides NR4OH include for example tetramethyl ammonium hydroxide trimethylethanol ammonium hydroxide methyltriethanol ammonium hydroxide and mixtures thereof an especially preferred ammonium hydroxide is tetramethyl ammonium hydroxide.
Patent claim: A capsule 11 according to claim 1 wherein the capsule body walls further comprise a circumferential step 19 directed inwardly which is located between the side and bottom walls.

Related passage: As a result of the use of a gas barrier label the volume 16 created between the two membranes 18 23 and the label can be made gastight whereas the lower portion of the capsule can be made of injected plastic without gas barrier.An important advantage is that inmould labeling as applied in the present invention offers the possibility to provide more complex shapes than by thermoforming and at the same time gas barrier properties in strategic areas of the container.
Patent claim: The fuel cell system according to any one of claims 1 through 3 wherein the second determination range is a range Inhibited from exceeding the normal operating range of the detection sensor 24d 26b1 26b2 32b 32c 32d 41b 42c 44b 42b 41c 44c.

Related passage: Figure 2 shows a pressure sensor P2 abnormality determination routine.This determination routine is repeatedly executed at certain intervals for example of 2 milliseconds by the control device 50.When this determination routine is called up the control device 50 performs AD conversion of an analog output value from the pressure sensor P2 into digital data S11.The control device 50 then determines whether this sensor value digital value is equal to or larger than an upperlimit threshold value or smaller than a lowerlimit threshold value S12.If the sensor value is smaller than the upperlimit threshold value and equal to or larger than the lowerlimit threshold value S12 NO the pressure sensor P2 is operatingnormally and therefore the control device 50 exits this routine.If the sensor value is equal or larger than the upperlimit threshold value or smaller than the lowerlimit threshold value S12 YES there is a possibility of the occurrence of abnormality in the pressure sensor P2 due to disconnection or the like and therefore the control device 50 determines whether or not the sensor value digital value is kept equal to or larger than the upperlimit threshold value or smaller than the lowerlimit threshold value over a certain time period S13.If the sensor value is not kept in the abnormal value range over the certain time period S13 NO the sensor value in the abnormal range is considered due to a temporary detection error or the like in the pressure sensor P2 and the control device 50 determines that the pressure sensor P2 is operating normally and exits this determination routine.If the sensor value is kept in the abnormal value range over the certain time period S13 YES it can be determined that an abnormality has occurred in the pressure sensor P2 and therefore the control device 50 sets a pressure sensor abnormality flag to 1 S14 and exits this determination routine.
Patent claim: The system of Claim 1 wherein the headbuoy further comprises an actuator device 112A configured to actuate the cable 112 to adjust the given depth of the streamer.

Related passage: Two or more handling cables 116 may be routed through the beam 112 and corresponding guide blocks 121.The handling cables 116 extend from floatation units 107 to anchor point 122 on the umbilical cable 113.The anchor point 122 may be located a selected distance forward of the floatation units 107.The handling cables 116 may be used for deployment and recovery of the source array 24.
Patent claim: A method for controlling a display apparatus disposed within a space defined by a door lock apparatus the method comprising receiving status information on each of a plurality of external apparatuses in response to authentication for opening a door being performed in the door lock apparatus and displaying the received status information.

Related passage: Meanwhile the sequential lock mode is a mode wherein the locked or unlocked state of the entrance door is placed into the reverse state based on communication with the IC card 40F through at least the outer side electronic key readerwriter sections 21ex of the entrance door 1.Also in the sequential lock mode both of the electronic key readerwriter sections 21ex and 21in can be used.However where different manual locking means is used to lock the entrance door on the inner side the locking or unlocking operation of the entrance door may be performed based only on communication with the IC card 40F through the outer side electronic key readerwriter section 21ex.This sequential lock mode isa mode conforming to a conventional method of locking and unlocking by means of a general key.
Patent claim: The device of claim 3 wherein the gated pulse width modulation circuit is configured to transmit the analog pulse width modulated representation of the signal received from the sensor during a first frame of the plurality of frames and transmit at least a portion of a node identifier of the device during a second frame of the plurality of frames.

Related passage: Inputoutput IO bus transceivers are generally equipped with the vehicle electronics and interface with the communications bus to transmit and receive data.In automotive applications variable pulse width modulation VPWM encoded signals are widely used.With VPWM encoded signals a symbol includes a voltage logic level that extends for a period of time and then a voltage transition or edge.Generally speaking the amount of time and the voltagelevel between trip points of the previous edge and the current edge defines the meaning of the symbol.
Patent claim: A cooler bypass valve assembly 40 for an agricultural implement 10 comprisinga cooler bypass valve 40 configured to receive hydraulic fluid from a hydraulic supply 48 wherein a cooler bypass valve 54 position is adjustable between a first position configured to facilitate flow of the hydraulic fluid to a cooler bypass and to restrict flow of the hydraulic fluid to a hydraulic fluid cooler 42 and a second position configured to block flow of the hydraulic fluid to the cooler bypass and to facilitate flow of the hydraulic fluid to the hydraulic fluid cooler 42 and wherein the hydraulic fluid cooler 42 is configured to reduce a temperature of the hydraulic fluid and to direct the hydraulic fluid to a hydraulic system 44 and the cooler bypass is configured to direct the hydraulic fluid around the hydraulic fluid cooler 42 to the hydraulic system 44 anda control assembly configured to control the cooler bypass valve 54 position based on the temperature of the hydraulic fluid.

Related passage: Referring also to FIGS.2 and 3 and 4 an electrically controlled pilot operated pressure regulator valve apparatus 26 constructed and operable according to the teachings of the present invention adapted for use with for supplying pressurized fluid to the fluid operated systems of work machine 10 is shown.Apparatus 26 is configured so as to be automatically operable for regulating the pressure of the pressurized fluid delivered to each of the fluid operated systems such that the fluid pressure is substantially uniform even when subject to a variety of changing conditionswhich can include but are not limited to variations in pressurized fluid supply pressure pressurized fluid demand and temperature.Additionally in the event of lack of electrical power an interruption in the delivery of electrical power to apparatus 26 andor failure or malfunction of one or more of the electrical components of apparatus 26 if pressurized fluid at about the supply pressure is present apparatus 26 is configured to automatically operate to provide at least some pressurized fluid at a reduced or minimum regulated pressure to the using fluid systems such that they will be at least nominally functional.
Patent claim: The method according to claim 7 wherein a cooling rate is less than 10Cmin before temperature of atmosphere reaches 1300C in a case in which a fired product is cooled after the firing.

Related passage: The raw material can be mixed using a mortar for example in a glove box.The mixed powder is put in a crucible and heated under a predetermined condition to obtain the luminescent material according to this embodiment.The material of the crucible is not particularly limited and the material can be selected from boron nitride silicon nitride silicon carbide carbon aluminium nitride sialon aluminium oxide molybdenum and tungsten.
Patent claim: A method in a wireless device for disclosing a privacy condition said method comprising detecting a privacy condition in the wireless device and during an active call between the wireless device and a second communication device sending a privacy condition message to the second communication device to disclose the privacy condition.

Related passage: In Step 213 the controller 100 reads a voice message for reporting the off state of the speakerphone call mode for example A SPEAKERPHONE MODE IS TURNED OFF from the memory 102.In Step 215 the controller 100 transmits the read voice message to the calling partners terminal over the currentlyestablished traffic channel.As described above the voice message may be audio file data such as AAC data PCM data and AMR data and the portable wireless terminal of the calling partner receives and decodes the voice message through a CODEC and reproduces the resulting signal through a speaker.
Patent claim: A rapid tearing device of a strip in a rewinder for the winding of paper around a core 15 to produce a log 12 wherein said rewinder essentially comprises a formation area of the log 12 upstream of which there is a conveyor 13 with pushers 14 for moving cores 15 forward into a channel 16 defined by a series of cradles 17 integral with the structure of the rewinder and by an upper winding roller 18 which is situated above the channel 16 wherein the upper winding roller 18 collaborates with a lower winding roller 19 positioned almost at the final end of the cradles 17 whereas a third oscillating roller 20 is situated above the lower winding roller 19 and acts as a press with the variation in the dimension of the log 12 being formed between the three mentioned rollers 18 19 and 20 said device essentially consisting of a blade 24 having the dimension of the width of the rollers 18 19 20 which can be moved by actuators 31 35 30 22 25 between a rest position and an engagement position on a core 15 when the core 15 is unloaded from said conveyor 13 by means of an introducer 34 and introduced into the channel 16 thus blocking between core 15 and blade 24 the paper 11 which is being unwound in order to tear it in the transversal perforation point aftersaid contact in 37.

Related passage: As can be seen in figure 3 the handling means 31comprise at least one control member 32 in particular a pair of electric motors 32a and at least one transmission mechanism 33 operatively interposed between the control member 32 and the common support bar 31 in particular a mechanism 33 provided with an endless worm screw 33a with volute 33b operatively interposed between each electric motor 32a and a respective end 30a figure 3 of the common support bar 30.
Patent claim: Apparatus according to claim 6 wherein each of the one or more sensors is an air pressure sensor each sensor comprises an opening 16 18 in the outer surface of the blister 14 and each opening 16 18 is substantially flush with the outer surface of the blister 14.

Related passage: Referring to Figure 1 a semiflush air data sensor indicated generally at 10 is mounted ontothe skin 12 of an aircraft utilizing a mounting plate 14 that is held in place with suitable countersunk fasteners 15 so that as shown in Figure 3 the plate is flush with the aircraft skin.A mounting with the plate inside the fuselage can be used or the probe housing can be integrally formed or molded into a composite or metallic skin.
Patent claim: The ultrasound apparatus of claim 1 wherein the touch input for changing the position of the adjusting portion comprises a user input of touching and dragging the adjusting portion.

Related passage: The controller 130 may obtain information about a position of the touch screen at which the touch input is detected and may extract a partial image from the ultrasound image wherein the partial image has a preset size with respect to the position at which the touch input is detected.The controller 130 may select the second area that is different from the first area on which the ultrasound image is displayed and that is different from the third area on which the control panel is displayed as a GUI.
Patent claim: A combustor cap assembly for a turbine engine comprising a generally cylindrical combustor cap 110 configured to receive at least one fuel nozzle a generally cylindrical combustor cap barrel flange 150 that surrounds an outer circumference of the combustor cap and a plurality of support struts 160 that mount the combustor cap to the combustor cap barrel flange and which extend between the outer circumference of the combustor cap and an inner circumference of the combustor cap barrel flange wherein an interior passageway extends through an interior of each support strut.

Related passage: Moreover in the exemplary embodiment fuel is channeled from fuel plenum 234 through fuel injection pegs 236 and plate 214 and into burner tubes 216.As such in the exemplary embodiment fuel injection pegs 236 enable additional fuel to be added into the airfuel mixture channeled through burner tubes 216.In one embodiment fuel injection pegs 236 includes a first channel not shown that directs fuel into cavity 206 and a second channel not shown that directs fuel into plate 214 andor burner tubes 216.In such an embodiment fuel plenum may be partitioned into a first portion that directs fuel into the first channel and a second portion that directs fuel into the second channel.
Patent claim: The method of claim 1 wherein the message from the network is sent by the network responsive to the first SCRI message sent by the UE.

Related passage: Other transition indications are possible.For example instead of relying on a composite status of all active applications on the UE the UE software can in an alternative embodiment send a transition indication every time a UE application has completed an exchange or data andor the application is not expected to exchange further data.In this case the network element e.g.the UTRAN based on a radio resource profile for the UE as described with reference to Figure 18 below can utilize the indication to make a transitioning decision.
Patent claim: The method of claim 1 or 3 wherein the control step is performed while shutting down the gas turbine engine 10.

Related passage: During potential compressor surge conditions a compressor discharge bleed air circuit is utilized.This circuit causes some of the compressor discharge bleed air to bypass the combustor and directs the bleed air directly to the gas turbine exhaust stack 30 via stream 32 and throttle valve 34 the valve 34 also controlling the amount of bleed air introduced into the combustor 20.
Patent claim: The rechargeable battery of one of the preceding claims wherein the connection member 70 further comprises an insulating layer 75 coupled to the fuse part 74.

Related passage: A stopper 124b is disposed on a first side of the lower surface of the insulating plate 124.The stopper indentation 17 is disposed on a first side of the thermal fuse 10 disposed on the lower surface of the insulating plate 124.The stopper indentation 17 is fitted into the stopper 124b so that the first side of the thermal fuse 10 is fixed to the insulating plate 124.This can prevent the thermal fuse 10 from rotating relative to the insulating plate 124.The negative terminal 123 passes through terminal holes respectively of the cap plate 121 the insulating plate 124 and the thermal fuse 10 and may be fixed through a spinning process.When the spinning process is performed the insulating plate 124 may not rotate relative to the cap plate 121.Furthermore the thermal fuse 10 may not rotate relative to the insulating plate 124.
Patent claim: The image recording device according to any one of claims 12 to 14 wherein the communication section receives the signal from the sensor 70 during or shortly after installing the liquid cartridge 40 into the installing portion 35 of the main body and transmits data through the data terminal 172c 173c repeatedly during the time of usage of the liquid cartridge 40 in the image recording device 1.

Related passage: As simply shown in Figs.6 and 7 an end part of the bending piece 25 of the leaf spring 22 is a movable contact 26 and a fixed contact 27 is provided at a position opposed to the movable contact 26.The fixed contact 27 is attached to the partition plate 13c.Both the contacts 26 and 27 are respectively connected to external contacts 28 and 29 disposed on the outer side surface of the hard case 13 through a conductor 36 connected to the base part 23 and a conductor 37 connected to the fixed contact 27.On an inner surface of the cartridge holder 8 static contacts 38 and 39 are provided that come into contact with the external contacts 28 and 29 to supply a signal showing the state of a remaining quantity of the ink in the main pack 11 to a control part 42.Here the leaf spring 22 is employed as the movable contact.However two fixed contacts may be provided that are electrically conducted by allowing the leaf spring to come into contact therewith or a method using a microswitch may be employed.
Patent claim: The method of any one of claims 2 to 4 wherein each of the iterations further comprises using the controller to lowpass filter the measured SEV prior to using it to determine the weighted correction factor.

Related passage: denotes the Kalman gain.The Kalman gain is decided to have a value for minimizing covariance.Hk1 denotes Equation 4 showing a differential matrix to linearize a function of predicted state variable x and output variable y.Hk1T denotes an inverse matrix of Hk1 and Rk denotes the variance of the error generated from the measurement model.As described above Rk can be set as a function of the SOC an intensity of the electric current the temperature and the dynamic of the electric current.Measurement unit 22 can detect and use Rk corresponding to at least two elements among the SOC theintensity of the electric current the temperature and the dynamic of the electric current.Measurement unit 22 corrects the predicted state variable x using the generated Kalman gain as in Equation 6.xkxkKkzkzk
Patent claim: The industrial vehicle 10 according to any one of claims 1 to 4 characterized in that the torque restriction releasing unit 32 gradually reduces the torque restriction.

Related passage: An example of the torque reduction amount table is shown in FIG.8.In FIGS.8a to 8c V0 to Vmax N11 to N16 N21 N31 a111 to a122 b111 to b152 and c111 to c151 indicate numerical values.V0 to Vmax are vehicle speeds where V0 lt V1 lt V2 lt V3 lt V4 lt Vmax.In particular Vmax is the maximum speed of the vehicle.Also N11 to N16 N21 and N31 are engine rotation speeds where 0 lt N11 lt N12 lt N13 lt N14 lt N15 lt N16 0 lt N21 lt N12 and 0 lt N31 lt N12.Also a111 to a122 b111 to b152 and c111 to c151 are torque reduction amounts and are values greater than zero.In this manner the relationships between the vehicle speed the engine rotation speed and the torque reduction amount of each table are different from each other.Therefore the torque reduction amount varies in accordance with the lowload conditions even when the engine rotation speed and the vehicle speed are the same.