mhurhangee/patent-ind-claim-en huggingface dataset:
A non-transitory computer readable medium comprising instructions executable by a processor to: determine a channel distribution vector based on a channel priority for a plurality of available wireless channels within a wireless network; receive a set of constraints on a channel plan; determine a channel plan meeting the set of user defined constraints based on the channel distribution vector; compute a plurality of cost metrics for the initial channel plan; and transmit the channel plan to a plurality of radios on the wireless network, wherein the channel plan comprises a channel assigned to each radio of the plurality of radios, wherein the instructions to compute a plurality of cost metrics for the channel plan include instructions to compute the plurality of cost metrics in two phases. determine a channel distribution vector based on a channel priority for a plurality of available wireless channels within a wireless network; receive a set of constraints on a channel plan; determine a channel plan meeting the set of user defined constraints based on the channel distribution vector; compute a plurality of cost metrics for the initial channel plan; and transmit the channel plan to a plurality of radios on the wireless network, wherein the channel plan comprises a channel assigned to each radio of the plurality of radios, wherein the instructions to compute a plurality of cost metrics for the channel plan include instructions to compute the plurality of cost metrics in two phases.
Mobile working machine , in particular wheel loader , telescopic loader, digger, dumper, tractor or the like, having a vehicle frame and having a drive unit for driving at least one driving running wheel , which is rotatable about a drive axle , wherein the drive unit comprises at least one electric motor and at least one electrical energy store for storing driving energy for the electric motor , wherein at least one transmission unit with a drive having a driving rotational speed and with an output having an output rotational speed is provided, wherein at least one brake unit which is separate from the electric motor , has at least one braking element and is intended for braking the at least one driving running wheel is provided, wherein at least one tool-holding device for holding a working tool is provided, and/or the drive unit comprises at least one hydrostatic drive motor, which is driven by the electric motor , for driving the driving running wheel and/or the tool-holding device , wherein in particular the tool-holding device comprises at least one supporting device which is pivotable about a pivot axis, e.g. lifting arm and/or telescopic boom and/or three-point lifting device, wherein in particular a control unit for electrically and/or electronically controlling the electric motor and/or the energy store is provided, characterized in that an operatively connected braking series, consisting of the braking element of the brake unit and the transmission unit and the at least one driving running wheel , is provided, wherein the transmission unit is arranged at least between the at least one driving running wheel and the braking element such that a braking force of the brake unit and/or of the braking element can be transmitted via the transmission unit to the at least one driving running wheel .
Circuit breaker for high and low voltages comprising: - a switching device having two contacts movable relative to each other and arranged within an insulation housing; - a fixed electrode rod mounted on one side of the switching device; - a movable electrode rod mounted on the other side of the switching device; - a first terminal arranged on the housing and electrically connected to the fixed electrode rod; - a second terminal electrically connected with the movable electrode rod; and - a mechanical connector arranged between the fixed electrode rod and the first terminal; characterized in that the said mechanical connector comprises: - a first connector part with a first end having a cavity ; - a second connector part with a first end having a cross section adapted to the cavity of the first connector part, wherein the inner dimensions of the cavity correspond with the outer dimensions of the cross section to provide a slide fit and an electrical connection between the outer circumference of the cross section and the inner circumference of the cavity, wherein a thermal conductive, electrically insulating layer is arranged between and in contact with the second connector part and the first connector part. - a switching device having two contacts movable relative to each other and arranged within an insulation housing; - a fixed electrode rod mounted on one side of the switching device; - a movable electrode rod mounted on the other side of the switching device; - a first terminal arranged on the housing and electrically connected to the fixed electrode rod; - a second terminal electrically connected with the movable electrode rod; and - a mechanical connector arranged between the fixed electrode rod and the first terminal; characterized in that the said mechanical connector comprises: - a first connector part with a first end having a cavity ; - a second connector part with a first end having a cross section adapted to the cavity of the first connector part, wherein the inner dimensions of the cavity correspond with the outer dimensions of the cross section to provide a slide fit and an electrical connection between the outer circumference of the cross section and the inner circumference of the cavity, wherein a thermal conductive, electrically insulating layer is arranged between and in contact with the second connector part and the first connector part.
A method of producing a heat conductive sheet, the method comprising the following Steps (A) to (D): Step (A) a step of dispersing a fibrous filler and a spherical filler in a binder resin to prepare a heat conductive sheet-forming composition; Step (B) a step of forming a molded block using the prepared heat conductive sheet-forming composition; Step (C) a step of slicing the formed molded block to a desired thickness to form a sheet; and Step (D) a step of pressing a sliced surface of the formed sheet, the sliced surface being pressed such that a thermal resistance value of the sheet after pressing becomes lower than the thermal resistance value of the sheet before pressing, wherein the fibrous filler in the Step (A) is a carbon fiber having an average diameter of 8 to 12 μm and an aspect ratio of 2 to 50, amounts of the fibrous filler and the spherical filler added to the heat conductive sheet-forming composition are 16 to 40% by volume and 30 to 60% by volume, respectively, and a thermal resistance value (K·cm 2 /W) of the sheet before pressing that is formed in the Step (C) is controlled to 0.31 to 1.00. Step (A) a step of dispersing a fibrous filler and a spherical filler in a binder resin to prepare a heat conductive sheet-forming composition; Step (B) a step of forming a molded block using the prepared heat conductive sheet-forming composition; Step (C) a step of slicing the formed molded block to a desired thickness to form a sheet; and Step (D) a step of pressing a sliced surface of the formed sheet, the sliced surface being pressed such that a thermal resistance value of the sheet after pressing becomes lower than the thermal resistance value of the sheet before pressing, wherein the fibrous filler in the Step (A) is a carbon fiber having an average diameter of 8 to 12 μm and an aspect ratio of 2 to 50, amounts of the fibrous filler and the spherical filler added to the heat conductive sheet-forming composition are 16 to 40% by volume and 30 to 60% by volume, respectively, and a thermal resistance value (K·cm 2 /W) of the sheet before pressing that is formed in the Step (C) is controlled to 0.31 to 1.00.
A combustion control system for controlling combustion of fuel in a boiler , the combustion control system comprising: an excess air ratio setting unit configured to set an excess air ratio which is a ratio of an amount of air to be input to the boiler relative to an amount of theoretical combustion air, based on a main steam flow rate from the boiler ; an excess air ratio correction amount calculation unit configured to calculate a correction amount of the excess air ratio to make a heat loss caused by excess air and a heat loss caused by incomplete combustion be substantially equal to each other, based on oxygen concentration and carbon monoxide concentration in an exhaust gas from the boiler ; and an oxygen control unit configured to generate an air setting correction signal for correcting a setting value of the air amount, based on an excess air ratio corrected using the correction amount and the oxygen concentration in the exhaust gas; characterized in that the combustion control system further comprises an air-rich control unit configured to: perform control to increase a setting value of fuel to be supplied to the boiler after increasing a setting value of an amount of air to be supplied to the boiler first at time of increasing a load of the boiler ; and perform control to decrease the setting value of the amount of air supplied to the boiler after decreasing the setting value of the fuel to be supplied to the boiler first at time of decreasing the load of the boiler . an excess air ratio setting unit configured to set an excess air ratio which is a ratio of an amount of air to be input to the boiler relative to an amount of theoretical combustion air, based on a main steam flow rate from the boiler ; an excess air ratio correction amount calculation unit configured to calculate a correction amount of the excess air ratio to make a heat loss caused by excess air and a heat loss caused by incomplete combustion be substantially equal to each other, based on oxygen concentration and carbon monoxide concentration in an exhaust gas from the boiler ; and an oxygen control unit configured to generate an air setting correction signal for correcting a setting value of the air amount, based on an excess air ratio corrected using the correction amount and the oxygen concentration in the exhaust gas; perform control to increase a setting value of fuel to be supplied to the boiler after increasing a setting value of an amount of air to be supplied to the boiler first at time of increasing a load of the boiler ; and perform control to decrease the setting value of the amount of air supplied to the boiler after decreasing the setting value of the fuel to be supplied to the boiler first at time of decreasing the load of the boiler .
A rail holding structure of rail terminal, comprising a case body and a grounding member , the case body being formed with an internal recess for receiving the grounding member , wherein the case body is formed with two lower sections corresponding to two outer lateral sides of the grounding member , a hook-like foot section outward extending from at least one of the two lower sections , at least one first connection side and at least one second connection side being respectively disposed on two lateral sides of the foot section , the first and second connection sides being connected with an outer sidewall of the lower section , whereby the foot section , the outer sidewall and the first and second connection sides together define therebetween a socket with an open top side, wherein a projection area of the first connection side and a projection area of the second connection side are staggered with each other in a transverse direction of the socket .
A granule valve arrangement for a granule dishwashing apparatus, comprising a removable granule basket (117;117a) removably arranged on a granule valve (118;118a), said granule valve (118;118a) is arranged to be altered between a closed position and an opened position, characterized in that in the closed position a valve head (136; 136a) covers an aperture (138; 138a) in the bottom (139;139a) of the granule basket for collecting granules in the granule basket (117;1 17a), and in that in the opened position the valve head (136;136a) is moved upwards so that granules can pass from the granule basket through the aperture in the bottom (139;139a) of the granule basket into the granule valve (118;118a).
A rope maintenance method for an elevator comprising a plurality of wire ropes looped around a drive sheave ; wherein a non-contact rope diameter measuring device is provided at a predetermined position in an elevator shaft along a path of the wire ropes ; at a first inspection time, each rope diameter is measured (S3) at multiple measuring points set along each wire rope as a car is raised and lowered; a diameter reduction for rope diameter against a reference diameter (S4) constituted by the diameter of the wire rope at a location that does not contact the drive sheave or by the nominal diameter of the wire rope at each measuring point is stored as a first diameter reduction (S6); characterised in that at a second inspection time at a certain period after the first inspection time, rope diameter is again measured (S8) at each of the measuring points of each of the wire ropes as the car is raised and lowered; a diameter reduction for rope diameter against a reference diameter (S10) constituted by the diameter of the wire rope at a location that does not contact the drive sheave or by the nominal diameter of the wire rope at each measuring point is stored as a second diameter reduction (S11); the time at which the diameter reduction at each of the measuring points of each of the wire ropes will reach a predetermined threshold value is determined on the basis of the first diameter reduction, the second diameter reduction, and the period (S12); and the earliest time out of the times for each of the measuring points of each of the wire ropes is displayed (S14) as rope replacement time. a non-contact rope diameter measuring device is provided at a predetermined position in an elevator shaft along a path of the wire ropes ; at a first inspection time, each rope diameter is measured (S3) at multiple measuring points set along each wire rope as a car is raised and lowered; a diameter reduction for rope diameter against a reference diameter (S4) constituted by the diameter of the wire rope at a location that does not contact the drive sheave or by the nominal diameter of the wire rope at each measuring point is stored as a first diameter reduction (S6); characterised in that at a second inspection time at a certain period after the first inspection time, rope diameter is again measured (S8) at each of the measuring points of each of the wire ropes as the car is raised and lowered; a diameter reduction for rope diameter against a reference diameter (S10) constituted by the diameter of the wire rope at a location that does not contact the drive sheave or by the nominal diameter of the wire rope at each measuring point is stored as a second diameter reduction (S11); the time at which the diameter reduction at each of the measuring points of each of the wire ropes will reach a predetermined threshold value is determined on the basis of the first diameter reduction, the second diameter reduction, and the period (S12); and the earliest time out of the times for each of the measuring points of each of the wire ropes is displayed (S14) as rope replacement time.
Sensor assembly for the combined detection of wear of components of a brake system, in particular of a motor vehicle, wherein the brake system has at least one brake disc and one brake pad , wherein the sensor assembly detects a pattern of the brake disc (202, characterized in that the sensor assembly is designed in such a manner that the sensor assembly - detects the pattern of the brake disc when at least one part of the sensor assembly bears on at least one part of the brake disc , wherein - the bearing action of at least one part of the sensor assembly on at least one part of the brake disc is detected. - the bearing action of at least one part of the sensor assembly on at least one part of the brake disc is detected.
A method for automatic source image selection for generation of a composite orthomosaic image of a geographic area of interest from a plurality of geospatial source images , comprising: - accessing a base layer image which extends to the entire geographic area of interest and which is a manually colour-balanced image or is otherwise radiometrically normalised; - accessing a plurality of geospatial source images corresponding to the geographic area of interest , each geospatial source image having a spatial resolution equal to or greater than that of the base layer image , wherein the plurality of geospatial source images includes geospatial source images that are at least partially geographically concurrent; - automatically comparing geographically concurrent portions of the geospatial source images to a geographically concurrent portion of the base layer image , and the comparison being performed using an algorithmic approach that includes generation of a merit score based at least partly on similarity metrics between the respective source image and the base image ; and - automatically selecting at least one of the plurality of geospatial source images for use in the orthomosaic image based on the result of the comparison. - accessing a base layer image which extends to the entire geographic area of interest and which is a manually colour-balanced image or is otherwise radiometrically normalised; - accessing a plurality of geospatial source images corresponding to the geographic area of interest , each geospatial source image having a spatial resolution equal to or greater than that of the base layer image , wherein the plurality of geospatial source images includes geospatial source images that are at least partially geographically concurrent; - automatically comparing geographically concurrent portions of the geospatial source images to a geographically concurrent portion of the base layer image , and the comparison being performed using an algorithmic approach that includes generation of a merit score based at least partly on similarity metrics between the respective source image and the base image ; and - automatically selecting at least one of the plurality of geospatial source images for use in the orthomosaic image based on the result of the comparison.
A surgical instrument for delivering thermal energy to a surface of a patient's gastrointestinal tract, the instrument comprising: a flexible energy feed cable for conveying thermal energy from a thermal energy source locating externally to the patient to a treatment site; and an applicator located at a distal end of the flexible energy feed cable, and characterised in that : the flexible energy feed cable comprises a bundle of graphene cables , and the applicator comprises an array of graphene cable terminations for delivering thermal energy into biological tissue at the treatment site. a flexible energy feed cable for conveying thermal energy from a thermal energy source locating externally to the patient to a treatment site; and an applicator located at a distal end of the flexible energy feed cable, and characterised in that : the flexible energy feed cable comprises a bundle of graphene cables , and the applicator comprises an array of graphene cable terminations for delivering thermal energy into biological tissue at the treatment site. the flexible energy feed cable comprises a bundle of graphene cables , and the applicator comprises an array of graphene cable terminations for delivering thermal energy into biological tissue at the treatment site.
A method for processing an audio signal, the method comprising: receiving multi-audio signals including multi-channel or multi-object signals, each multi-audio signal including a plurality of subband signals; the method being characterized in that it further comprises the steps of: receiving truncated subband filter coefficients for filtering the multi-audio signals, the truncated subband filter coefficients being at least a portion of subband filter coefficients obtained from binaural room impulse response (BRIR) filter coefficients for binaural filtering of the multi-audio signals, lengths of the truncated subband filter coefficients being determined based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, and the filter order being determined to be variable in a frequency domain; and filtering each subband signal of the multi-audio signals by using truncated subband filter coefficients corresponding to each subband signal. receiving multi-audio signals including multi-channel or multi-object signals, each multi-audio signal including a plurality of subband signals; the method being characterized in that it further comprises the steps of: receiving truncated subband filter coefficients for filtering the multi-audio signals, the truncated subband filter coefficients being at least a portion of subband filter coefficients obtained from binaural room impulse response (BRIR) filter coefficients for binaural filtering of the multi-audio signals, lengths of the truncated subband filter coefficients being determined based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, and the filter order being determined to be variable in a frequency domain; and filtering each subband signal of the multi-audio signals by using truncated subband filter coefficients corresponding to each subband signal. receiving truncated subband filter coefficients for filtering the multi-audio signals, the truncated subband filter coefficients being at least a portion of subband filter coefficients obtained from binaural room impulse response (BRIR) filter coefficients for binaural filtering of the multi-audio signals, lengths of the truncated subband filter coefficients being determined based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, and the filter order being determined to be variable in a frequency domain; and filtering each subband signal of the multi-audio signals by using truncated subband filter coefficients corresponding to each subband signal.
Valve system consisting of at least one operable valve device for controlling fluid ports , differing from each other, of a valve housing which has a receiving chamber , forming a base , into which the fluid ports discharge and into which the valve device is inserted, wherein, at least in a partial region , the valve device is in front-end contact with the base of the receiving chamber , wherein, at least in operation, this partial region is sealed with respect to the receiving chamber by means of at least one sealing device , wherein the partial region is formed from an end face of a first guide sleeve which, directed towards the base of the receiving chamber , guides a valve piston of the valve device and wherein a first sealing device is arranged between the valve piston and the first guide sleeve , characterised in that the first guide sleeve is mounted in a hollow-cylindrical guide part in a floating manner, in that at least one second sealing device is arranged between the first guide sleeve and the guide part , and in that a third sealing device is arranged between the front face of the guide part and the base of the receiving chamber .