bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The gas turbine engine 20100 of any preceding claim wherein the electromagnet 202 is coupled to an onboard power storage device 172 such that the electromagnet 202 is powered by the onboard power storage device 172 andor a power distribution system wherein the power distribution system is configured to receive power from a ground power source 174.

Related passage: In this case the gas turbine engine 10 includes a lowpressure LP spool 20 having a shaft 22 to which are mounted the fan 12 and a lowpressure turbine or turbines.The illustrated gas turbine engine 10 also includes a highpressure HP spool 24 having a shaft 26 to which are mounted a highpressure compressor or compressors and a highpressure turbine or turbines.In this example a machine 30 operable as a generator referred to herein as the low spool generator or LSG is coaxially mounted on the LP spool 20 and a machine 32 operable as a startergenerator referred to herein an integrated startergenerator or ISG is coaxially mounted on the HP spool 24.LSG and ISG machines 30 32 are preferably electric machines.
Patent claim: A computerreadable medium having instructions stored thereon that when executed by a processor cause the processor to implement a method according to one of claims 1 to 10.

Related passage: Continuing to step 304 when processor 110 receives a signal associated with a parasitic vibration.The signal may be received from memory 112 which may comprise a database associated with parasitic vibrations.For example memory 112 may comprise a database of one or more templates of parasitic vibrations.These templates may comprise data associated with parasitic vibrations in common environments.For example the templates may comprise data associated with vibrations on or in an airplane e.g.in various levels of turbulence a bus on various types of roads a car on various types of roads or another environment associated with background vibrations.
Patent claim: The power monitoring system according to claim 1 wherein when the ESS 140 is in an alternating current AC charge mode the server acquires the amount of powerconsumption of the load 130 and the amount of AC charge of the ESS 140 using at least one of the first power data and the third power data and the second power data and acquires the amount of direct current DC charge of the ESS 140 using the fourth power data.

Related passage: In addition an information processing device according to an exemplary aspect of the present invention is an information processing device that calibrates a measurement value transmitted from an electric device having an electric power measurement unit that includes electric power detection means that measures the amount of consumed electric power and information communication means that transmits the measurement value of the electric power detection means comprisinginformation communication means that receives the measurement value measured by the electric power detection means and transmitted from the electric power measurement unit and the measurement value of total amount of electric power consumed indoors measured in a predetermined accuracy by an electric power meter and transmitted therefrom a processing unit that obtains the measurement value measured by the electric power detection means and the measurement value measured by the electric power meter in every predetermined sampling period if a differenceof two measurement values of the electric power detection means is a finite value calculates both a differenceof two measurement values of the electric power meter corresponding to the two measurement values andand calibrates the amount of electric power that is consumed by the electric device and that is measured by the electric power detection means using a median of a plurality of values ofobtained in a predetermined measurement period or a median of a predetermined number of values ofand a storage unit that stores both the measurement value measured by the electric power detection means and obtained in every the sampling period and the measurement value of the electric power meter and also stores the value of.
Patent claim: The baggage drop counter for receiving baggage from a passenger according to claim 9 wherein the baggage identification tag generator includes a baggage label printer operable by a passenger.

Related passage: The checkin process in the selfservices mode 5 can operate by the steps of operated by passengers themselves by operating the MPCU terminal 2 i.e.respective active operating elementsfunctions 8 9passengers authentication and seat selection printing out of the boarding pass and luggage tag sticker weight checking of luggage and overweight detection identification of luggage application of the tag sticker transporting luggage by the conveyorbaggage handling system with a an automatic detection of misplacedinexistent tags and also an automatic rewind of the conveyor for correct label application and b successful reading of the tag and consequent complete transport by the conveyorbaggage handling system.
Patent claim: The method according to claim 2 further comprising setting at least one answer extension function setting the answer extension operation corresponding to the answer extension function binding the answer extension function with the corresponding answer extension operation so as to obtain the preset binding relationship between answer extension functions and corresponding answer extension operations.

Related passage: If a request event for an additional function is detected at step 223 at block 224 the control unit 170 creates data association caused by the execution of an additional function.For example in a messengerbased video call environment the control unit 170 may enter into an image capturing mode a handwriting mode etc.according to a users selection and then create a photo a memo etc.The flow continues to block 225.
Patent claim: The method of any one of claims 1114 further comprising generating a capacitive element via one or more capacitors of the parasitic scattering element to alter the first radiation pattern from a dipole mode with a chassis to a monopole mode based on one or more changes in the mutual coupling.

Related passage: In Fig.4a the horizontal axis represents the frequency GHz and the vertical axis represents thecorrelation coefficient from 0 to 1.The waveform a represents the case of no nonfeed element stub.The waveforms b and c respectively represent cases where the ground point of the nonfeed element is taken to be at two different points herein 27 mm and 37 mm from the midpoint.As the drawing demonstrates for the cases of using a nonfeed element the correlation drops i.e.improves in the 700 MHz band at both ground points compared to the case without a nonfeed element.
Patent claim: A strain detector comprising a straincausing portion 10B configured to cause a strain in response to an external stress an insulation film 12 formed on at least a part of the straincausing portion 10B a strain gauge 13 formed on the insulation film 12 the strain gauge 13 being configured to detect the strain caused by the straincausing portion 10B as an electric signal an electrode 14 connected to the strain gauge 13 a bonding pad 15 extended from the electrode 14 and configured to export the electric signal to an outside a bonding wire 16 connected to the bonding pad 15 and an insulative resin layer 17 27 at least covering the strain gauge 13 without covering the bonding pad 15 and the bonding wire 16.

Related passage: The protective film 7 is made of a silicon oxide film or a silicon nitride film and formed to keep away from the electrode pad 10.
Patent claim: A load carrier foot according to any one of the preceding claims wherein said pivotable tensioning lever arm comprises a first end portion configured as a handle and a second end portion configured as a cam portion.

Related passage: The load carrier foot 1 shown in figures 3a3b further comprises a second bracket 6.The second bracket 6 is pivotally connected to the support body 3 in the shown embodiment at the same pivot axis as the first bracket 6.The first bracket 6 the second bracket 6 and the tensioning arrangement 10 form a jaw like arrangement when seen as shown in figure 3b.The tensioning arrangement 10 together with the support surface 4 provides for a tree point clamping function.The tree point clamping function clamps about the vehicle in the shown embodiment about a rail of the vehicle at three points and with three force components having different directions.Each point thus has a force component acting in a direction separate from the other two points during use.
Patent claim: The apparatus according to one of claims 1 to 7 further comprising a communicator configured to be connected to a server wherein the at least one candidate profile is received from the connected server.

Related passage: The audio data decoded by the AV decoder 103 isoutput to a speaker 107 while the video data is output to a display 106.This video data may be combined with video data supplied by an onscreen display OSD controller 105 at a combining module 104.
Patent claim: The program switching method according to any one of claims 11 to 14 wherein in the setting of the extension degree content of a program is identified on the basis of program identification information included in a currently received broadcast signal.

Related passage: The program information is the RDS information and the service related information that is various types of information concerning the program being broadcast.For example the program information can include the information indicating the program ID of the program the information indicating the broadcasting station and service that is providing the program the information indicating the encode type compressing system used in the broadcasting of the program the information indicating theprogram type that indicates what sort of sound the program is and so on.
Patent claim: The RFID tag according to claim 6 wherein the protector further includes a coupling portion that couples the first portion and the second portion together the first portion covers the chip and a length of the coupling portion along the second direction is less than the length of the first portion along the second direction.

Related passage: When the IC chip 30 receives a read signalincluded within a Radio Frequency RF band from a readerwriter of the RFID tag 100 via the antenna 20 the IC chip 30 receives power from the read signal.Then the IC chip operates and sends identifier information via the antenna 20 by using the power.Thus the readerwriter can read the identifier information of the RFID tag 100.
Patent claim: A process of washing fabrics comprising the steps of contacting the liquid laundry detergent composition or unit dose article according to any preceding claims with water such that the liquid laundry detergent composition is diluted in water by at least 400 fold to form a wash liquor and contacting fabrics with said wash liquor.

Related passage: The nonaqueous liquid compositions of examples 1 to 7 can also be encapsulated in a watersoluble film such as M8630 supplied by Monosol to form stable liquidcomprising unit dose articles of the present invention.
Patent claim: A wind turbine blade comprising a blade body and the vortex generator according to any one of claims 1 to 7 mounted to a surface of the blade body.

Related passage: The first base 32 may then be secured to the rotor blade 22 using an adhesive such as adhesive tape or similar.Aligning the first base 32 in the manner disclosed herein sets the positioning for the second bases 34.As such the second bases 34 may be properly aligned simply by being coupled to the first base 32.Accordingly the corresponding airflow modifying elements 40 configured on the bases 32 34 are properly aligned.As such the assembly 30 and method disclosed herein may provide a significant decrease in installation time and cost.
Patent claim: A system configured to monitor temperature in a plurality of zones of an aircraft the system comprising a first fiber optic cable routed through each of the plurality of zones of the aircraft system an optical transmitter configured to provide an optical signal to the first fiber optic cable an optical receiver configured to receive an optical response from the first fiber optic cable and a controller operatively connected to the optical receiver and configured to determine at least one temperature for each of the plurality of zones based on the optical response and output an indication for detected zones of the plurality of zones in which the at least one temperature is greater than a threshold value.

Related passage: FIG.1 is a schematic block diagram of optical fiber sensing system 10 comprising interrogator 12 optical switch 14 and sensing elements 16a 16b and 16N.Interrogator 12 further comprises broadband light source 18 high speed spectrometer 20 and data processor 22.Optical fiber sensing system 10 may be used to sense fires or overheat conditions in a wide range of applications including on aircraft and other vehicles.Although optical fiber sensing system 10 is described herein as a temperature sensing system optical fiber sensing system 10 may be used to monitor other parameters such as strain or pressure in other embodiments of the present invention.
Patent claim: 3DIntegrated optical sensor comprisinga semiconductor substrate 100 having a main surface 110an integrated circuit 200 comprising at least one light sensitive area 210 the integrated circuit 200 being arranged in the substrate 100 at or near the main surface 110a wiring 300 for providing electrical connection to the integrated circuit 200 the wiring 300 being arranged on or in the semiconductor substrate 100 and being connected to the integrated circuit 200a filter layer 400 having a direction dependent transmission characteristic arranged on the integrated circuit 200 wherein the filter layer 400 at least covers the light sensitive area 210a transparent spacer layer 500 arranged on the main surface 110 and at least partly enclosing the filter layer 400 wherein a spacer thickness is arranged to limit a spectral shift of the filter layer 400 andan onchip diffuser 600 arranged on the transparent spacer layer 500.

Related passage: Figure 3 shows another embodiment of an integrated optical sensor comprising an optical light barrier.This integrated optical sensor is based on the design presented with respect to Figure 1.However the optical light barrier can also be arranged in the design presented in Figure 2.For easierrepresentation not all the components shown in Figure 1 are also shown in Figure 2 but maybe present nonetheless.
Patent claim: The liquid laundry detergent composition according to any preceding claims comprising glycerol preferably wherein the glycerol is present between 2 and 10 preferably between 3 and 5 by weight of the liquid laundry detergent composition.

Related passage: The nonaqueous liquid compositions of examples 1 to 5 can also be encapsulated in a watersoluble film such as M8630 supplied by Monosol to form stable liquidcomprising unit dose articles of the present invention.
Patent claim: The vehicle interior panel according to claim 13 or 14 wherein said vehicle is selected from the group consisting of aircraft train automobile and ship.

Related passage: In general phenolic resins and glass fibre prepregs comprise the outer skins of such panels.Alternatively skins may be made from a composite of glass fibre with epoxy or carbon fibre with epoxy.All these skin materials have known environmental limitations.Phenolic resins are regarded as highly noxious and can cause skin problems such as dermatitis.Glass fibres cause irritation of the skin eyes and upper respiratory system producing skin eruption similar in appearance to poison ivy pneumoconiosis and silicosis.If ingested glass fibres can also cause gastrointestinal conditions.
Patent claim: Machine 1050100 for batch freezing and displaying fresh icecreams sorbets slushes and similar products comprising a bench 11 with a shelf 12 in which at least one batch freezing receptacle 13 is fitted that is closed by a lid 15 and wherein a stirrer is operating characterised in that it comprises air flow generating means 2222A22B22C25 and conveying means 2323A23B23C connected to said generating means to convey the air flow to the lids 15 with antifogging function.

Related passage: In view of the general object the idea which has occurred according to the invention is to provide a machine for producing and dispensing products such as ice cream frozen beverages or granita comprising a productcontaining tank which is provided with a tap for dispensing the product and inside which there projects from a rear wall a cylinderwith a substantially horizontal axis which forms the evaporator of a refrigerating circuit of the machine for cooling the product in the tank a mixer element for stirring the product being present around the cylinder so as to rotate coaxially with the axis of the cylinder by means of a motor unit which is arranged outside the tank and which rotates the mixer element by means of a drive shaft with an axis which passes along the axis of the cylinder and which is connected to the mixer element at one end of the cylinder which is opposite to the said rear wall characterized in that the motor unit comprises a final reduction unit arranged coaxial with said drive shaft and an electric motor which projects laterally with its axis substantially transverse to the axis of the drive shaft the final reduction unit and motor being interconnected by means of an angular transmission stage.
Patent claim: Polypropylene composition C according to any one of the preceding claims wherein the heterophasic propylene copolymer RAHECO has a a melt flow rate MFR2 230 C measured according to ISO 1133 in the range of 2.0 to 25.0 g10 min andor b a xylene soluble content XCS in the range of 10.0 to 40.0 wt.preferably having a comonomer content below 50 mol andor c a comonomer content in the range of 1.5 to 20.0 mol.

Related passage: Preferably the density of the low density ethylene homo or copolymer component b is lower than 0.925gcm3 according to ISO 1183.More preferably the density of the low density ethylene homo or copolymer is lower than 0.920gcm3.Most preferably the density is 0.8900920 gcm3.
Patent claim: The transmitter of any one of claims 69 further comprising a sideband suppression filter 1101110221012102330 for blockwise filtering of the frequency block for sideband suppression outside the frequency.

Related passage: In an alternative of the embodiment a different constraint for the sequence part II SP2 for cancellation is applied.The sequence part II SP2 cancellation symbols have a constant amplitude and are just phase rotated such that the sidelobe levels of adjacent subcarriers are minimized.
Patent claim: A computer program product which includes a computer program the computer program being configured to cause a computer to execute assigning first continuous four pitches to a first column of four rows of buttons the four rows of buttons being provided on at least one of a right hand play side and a left hand play side of an electronic accordion assigning second continuous four pitches to a second column of the four rows of buttons the second continuous four pitches being adjacent to the first continuous four pitches and the second column being provided adjacent to the first column and assigning third continuous four pitches to a third column of the four rows of buttons third continuous four pitches being adjacent to the second continuous pitches and the third column being provided adjacent to the second column.

Related passage: Use of this keyboard ensures an extremely smooth execution of the same fingering as in the case of the ordinary keyboard.In cases where a scale in C major is played with the right hand using the ordinary keyboard the C D and E keys are in sequence struck with the thumb the forefinger and middle finger respectively after which the thumb is again used to strike the F key.When executing such a fingering with the ordinary keyboard the thumb needs to pass under the middle finger in order to strike the F key making a smooth fingering difficult.
Patent claim: A mobile device comprising a first antenna port coupled to a first antenna element and configured to receive or transmit at a first resonant frequency based on the coupling of the first antenna port to the first antenna element a second antenna port coupled to a second antenna element and configured to receive or transmit at a second resonant frequency based on the coupling of the second antenna port to the second antenna element wherein the first antenna element and the second antenna element share a mutual coupling during frequency division duplex communication processing a first parasitic scattering element coupled to the first antenna port configured to generate a plurality of coupling paths between a plurality of monopoles created by resonances of the first antenna element and the second antenna element in a dipole radiation mode of operation anda second parasitic scattering element coupled to the second antenna port and configured to isolate a resonance of the second antenna element from the first antenna element.

Related passage: The antenna apparatus 100 is provided with as a plurality of MIMO antennas a first antenna unit 10 having a first feed point 11 a second antenna unit 20 having a second feed point 21 and in addition a nonfeed element 40.The first feed point 11 is positioned near one of the long edges of the board 30 and the second feed point 21 is positioned near the other long edge of the board 30.Herein near a long edge means a position between the midpoint of the short edge direction and one of the short edges typically in the vicinity of a long edge.The nonfeed element 40 is grounded to a ground point 41 distanced from both the respective feed points 11 and 21 of the first and second antenna units 10 and 20.This antenna apparatus 100 positions the element of the nonfeed element 40 along a long edge of the board 30 with the interval between the antenna unit 10 and the antenna unit 20 being 88 cm.The element of the nonfeed element 40 is configured to be grounded at one end thereof extending along a long edge of the board 30 from this ground point and then folding back in parallel.The element of this nonfeed element 40 is also configured such that after folding back in parallel its other end is positioned near the ground point 41.Furthermore this ground point 41 is disposed at a position comparatively near the second feed point 21 in the vicinity of the other long edge of the board 30.The folded length of the element is taken to be 55 mm.Laterdescribed properties of the ground point 41 where confirmed at two different positions herein the positions at 27 mm and 37 mm from the midpoint position in the lengthwise direction Y0.
Patent claim: The heat pump mounting box according to claim 3 wherein the partition plate 130 is provided with a plurality of pipethrough holes 132 running through the partition plate along a thickness direction thereof.

Related passage: With now reference back to Fig.2 motor 50 includes at least a support element 53 more preferably a first and a second support elements 53 53 located at or in proximity of the two opposite axial ends of motor 50 to support shaft 51 in at least two locations.Preferably support elements 53 53 are formed in plastic material and even more preferably are formed integrally with the lower shell 24b of basement 24 in a single moulding process.Support elements 53 and 53 extend substantially vertically from the lower shell portion 24b of basement 24 for a given height and on each of them includesin the depicted embodimenta bearing 53be 53be for the rotational support of shaft 51 mounted thereon.Preferably in their vertical extension support elements 53 53 are substantially parallel or only slightly tilted with respect to a vertical plane more preferably they are substantially parallel to the front wall 21.