mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling provision of active noise reduction by an ANR circuit of a personal ANR device comprising: monitoring amplitude levels of sounds of more than one frequency that are within a piece of audio employed by the ANR circuit in providing the ANR; starting compression of an ANR reference noise sound from which an ANR anti-noise sound is derived in response to a first sound within the piece of audio having a first frequency and having an amplitude that reaches a first predetermined level; and starting compression of the ANR reference noise sound in response to a second sound within the piece of audio having a second frequency different from the first frequency and having an amplitude that reaches a second predetermined level greater than the first predetermined level. monitoring amplitude levels of sounds of more than one frequency that are within a piece of audio employed by the ANR circuit in providing the ANR; starting compression of an ANR reference noise sound from which an ANR anti-noise sound is derived in response to a first sound within the piece of audio having a first frequency and having an amplitude that reaches a first predetermined level; and starting compression of the ANR reference noise sound in response to a second sound within the piece of audio having a second frequency different from the first frequency and having an amplitude that reaches a second predetermined level greater than the first predetermined level.
A signal sending method, performed by a terminal device, comprising: determining M sidelink signals in S sidelink signals based on a maximum transmit power of the terminal device and priorities of the S sidelink signals, wherein a total transmit power of the M sidelink signals is equal to the maximum transmit power, and M is a positive integer, wherein the S sidelink signals overlap in time domain, S is an integer greater than or equal to 2, wherein the S sidelink signals are signals carried on a physical sidelink feedback channel, PSFCH; and sending the M sidelink signals, wherein a transmit power of each of the M sidelink signals is P/M, and P is the maximum transmit power, the M signals have the same priority. determining M sidelink signals in S sidelink signals based on a maximum transmit power of the terminal device and priorities of the S sidelink signals, wherein a total transmit power of the M sidelink signals is equal to the maximum transmit power, and M is a positive integer, wherein the S sidelink signals overlap in time domain, S is an integer greater than or equal to 2, wherein the S sidelink signals are signals carried on a physical sidelink feedback channel, PSFCH; and sending the M sidelink signals, wherein a transmit power of each of the M sidelink signals is P/M, and P is the maximum transmit power, the M signals have the same priority.
A portable device for a contactless measurement of a current I passing through an electrical conductor, the device including a measuring module and a processing module, the measuring module, configured to be held by an operator in contact with the conductor in a plane P substantially orthogonal to this conductor and facing and without clamping this conductor, including a first plurality of magnetic field sensors, and the processing module being configured to perform a determined linear combination of the plurality of signals delivered by the first plurality of magnetic field sensors, so as to perform an angular spatial filtering isolating the current I to be measured from other disturbing currents passing through other conductors.
A carbon-fiber-reinforced thermoplastic-resin composite material comprising: a layer containing a carbon fiber aligned in one direction and a thermoplastic resin (C-1); and a layer containing a carbon fiber aligned in one direction and a thermoplastic resin (C-2), wherein the carbon fiber has a higher elastic modulus than the carbon fiber, characterized in that the layer accounts for 1/3 or less of a thickness of the carbon-fiber-reinforced thermoplastic-resin composite material, and the layer accounts for 1/3 or more of each of thicknesses of regions which account for 10% of a thickness of the carbon-fiber-reinforced thermoplastic-resin composite material from surfaces of both sides of the carbon-fiber-reinforced thermoplastic-resin composite material. a layer containing a carbon fiber aligned in one direction and a thermoplastic resin (C-1); and a layer containing a carbon fiber aligned in one direction and a thermoplastic resin (C-2), wherein the carbon fiber has a higher elastic modulus than the carbon fiber, characterized in that the layer accounts for 1/3 or less of a thickness of the carbon-fiber-reinforced thermoplastic-resin composite material, and the layer accounts for 1/3 or more of each of thicknesses of regions which account for 10% of a thickness of the carbon-fiber-reinforced thermoplastic-resin composite material from surfaces of both sides of the carbon-fiber-reinforced thermoplastic-resin composite material.
A method performed in a first radio base station, RBS, in communications with a radio network controller, RNC, the RNC being configured for multi-flow HSDPA, High-Speed Downlink Packet Access, operation wherein packet data units, PDUs, are communicated toward a user equipment, UE, node via the first RES and at least one second RES, the method comprising: detecting PDU drop events and/or loss events; and communicating information from the RBS to the RNC, notifying of each detected PDU drop event or loss event, characterized in that the information comprises the first two octets of a PDU associated with the respective drop event or loss event. detecting PDU drop events and/or loss events; and communicating information from the RBS to the RNC, notifying of each detected PDU drop event or loss event, characterized in that the information comprises the first two octets of a PDU associated with the respective drop event or loss event.
An end cap adapted for assembly with, and disassembly from, an open end of a hydraulic fitting, the hydraulic fitting having a tubular body from which a peripheral annular flange projects laterally and extends around the open end, the outer surfaces of each of said tubular body and peripheral annular flange being smooth and unthreaded, wherein the end cap is adapted to retain any fluid present within the hydraulic fitting, the end cap comprises: (a) a ring (18, 218, 318) threaded about an axis; (b) a threaded insert threadably engageable with the threaded ring (18, 218, 318) to move axially with respect to the threaded ring (18, 218, 318) in response to rotation of the threaded insert (22, 122) with respect to the threaded ring (18, 218, 318), the threaded insert comprising a forward end face and being configured for the forward end face to be engageable with the open end of the hydraulic fitting; and (c) a locking member integral with the threaded ring (18, 218, 318) and defining with the threaded ring (18, 218, 318) a lateral opening configured to receive the hydraulic fitting annular flange in a direction transverse to the axis, the locking member being configured to embrace the peripheral annular flange and having a locking surface engageable with a peripheral flange surface remote from the threaded ring (18, 218, 318); wherein the threaded insert can be inserted into the threaded ring (18, 218, 318) and rotated to bring the forward end face into closing engagement with the hydraulic fitting, so that the hydraulic fitting is occluded and sealed by the threaded insert and so that any fluid present in the hydraulic fitting is retained therein. (a) a ring (18, 218, 318) threaded about an axis; (b) a threaded insert threadably engageable with the threaded ring (18, 218, 318) to move axially with respect to the threaded ring (18, 218, 318) in response to rotation of the threaded insert (22, 122) with respect to the threaded ring (18, 218, 318), the threaded insert comprising a forward end face and being configured for the forward end face to be engageable with the open end of the hydraulic fitting; and (c) a locking member integral with the threaded ring (18, 218, 318) and defining with the threaded ring (18, 218, 318) a lateral opening configured to receive the hydraulic fitting annular flange in a direction transverse to the axis, the locking member being configured to embrace the peripheral annular flange and having a locking surface engageable with a peripheral flange surface remote from the threaded ring (18, 218, 318);
A gas turbine engine comprising: a combustor section arranged between a compressor section and a turbine section, wherein the compressor section includes at least a low pressure compressor and a high pressure compressor, the high pressure compressor is arranged immediately upstream of the combustor section; a fan section having an array of twenty-six or fewer fan blades, wherein the fan section has a low fan pressure ratio of less than 1.55, wherein the low pressure compressor is immediately downstream from the fan section and the low pressure compressor has blades which are counter-rotating relative to the fan blades; a geared architecture coupling the fan section to the turbine section or the compressor section; and an airfoil arranged in the low pressure compressor and comprising pressure and suction sides (72,74) extending in a radial direction from a 0% span position to a 100% span position, the 0% span position corresponding to a radially innermost span position, characterized in that the airfoil has a stagger angle (α) formed between a chord and a tangential plane normal to the longitudinal axis of the engine and a relationship between the stagger angle (α) and span position that defines a curve with a stagger angle (α) that is greater than 35° from 0% span to at least 50% span. a combustor section arranged between a compressor section and a turbine section, wherein the compressor section includes at least a low pressure compressor and a high pressure compressor, the high pressure compressor is arranged immediately upstream of the combustor section; a fan section having an array of twenty-six or fewer fan blades, wherein the fan section has a low fan pressure ratio of less than 1.55, wherein the low pressure compressor is immediately downstream from the fan section and the low pressure compressor has blades which are counter-rotating relative to the fan blades; a geared architecture coupling the fan section to the turbine section or the compressor section; and an airfoil arranged in the low pressure compressor and comprising pressure and suction sides (72,74) extending in a radial direction from a 0% span position to a 100% span position, the 0% span position corresponding to a radially innermost span position, characterized in that the airfoil has a stagger angle (α) formed between a chord and a tangential plane normal to the longitudinal axis of the engine and a relationship between the stagger angle (α) and span position that defines a curve with a stagger angle (α) that is greater than 35° from 0% span to at least 50% span.
An electronic control apparatus for a liquid heating vessel, the apparatus comprising: a. a user interface for receiving a user input; b. switching means for switching a heating state of the vessel; and c. control means responsive to said user input to control the switching means; d. a remote control device separate or separable from the vessel, said user interface being provided by said remote control device; and e. at least one intermediate device arranged to provide communication between the vessel and the remote control device; the apparatus being characterised in that the at least one intermediate device is arranged to communicate wirelessly with the control means. a. a user interface for receiving a user input; b. switching means for switching a heating state of the vessel; and c. control means responsive to said user input to control the switching means; d. a remote control device separate or separable from the vessel, said user interface being provided by said remote control device; and e. at least one intermediate device arranged to provide communication between the vessel and the remote control device;
A flush activation assembly for use in a flush toilet comprising a flush activation bar comprising a first portion and a second portion, the first portion configured to be connected to a first valve assembly and the second portion configured to be connected to a second valve assembly; a pivot rod; and a connector positioned so as to operably connect the pivot rod and the flush activation bar, characterized in that the connector is an adjustable flush connector, the adjustable flush connector comprising a first section, a second section, and an adjustable connector, wherein the flush activation bar is longitudinally movable along the second section of the adjustable flush connector, wherein the adjustable connector comprises a second rotatable connector and the adjustable connector is longitudinally movable along the second section of the adjustable flush connector and rotationally positionable; and wherein the adjustable flush connector is connected to the pivot rod using a first rotatable connector located on the first section of the adjustable flush connector, and the adjustable flush connector is connected to the flush activation bar using the second rotatable connector of the adjustable connector. a flush activation bar comprising a first portion and a second portion, the first portion configured to be connected to a first valve assembly and the second portion configured to be connected to a second valve assembly; a pivot rod; and a connector positioned so as to operably connect the pivot rod and the flush activation bar, characterized in that the connector is an adjustable flush connector, the adjustable flush connector comprising a first section, a second section, and an adjustable connector, wherein the flush activation bar is longitudinally movable along the second section of the adjustable flush connector, wherein the adjustable connector comprises a second rotatable connector and the adjustable connector is longitudinally movable along the second section of the adjustable flush connector and rotationally positionable; and wherein the adjustable flush connector is connected to the pivot rod using a first rotatable connector located on the first section of the adjustable flush connector, and the adjustable flush connector is connected to the flush activation bar using the second rotatable connector of the adjustable connector.
A process for making yeast-derived soluble mannan-oligosaccharide comprising: washing yeast cell wall with water and separating the soluble and insoluble material; extracting mannan-oligosaccharide from the insoluble material with base; separating the soluble mannan-oligosaccharide solution from insoluble material; quenching the soluble mannan-oligosaccharide solution with acid; concentrating the soluble mannan-oligosaccharide solution; adding yeast cell wall solution to the soluble mannan-oligosaccharide solution; and spray-drying the yeast cell wall and soluble mannan-oligosaccharide solution. washing yeast cell wall with water and separating the soluble and insoluble material; extracting mannan-oligosaccharide from the insoluble material with base; separating the soluble mannan-oligosaccharide solution from insoluble material; quenching the soluble mannan-oligosaccharide solution with acid; concentrating the soluble mannan-oligosaccharide solution; adding yeast cell wall solution to the soluble mannan-oligosaccharide solution; and spray-drying the yeast cell wall and soluble mannan-oligosaccharide solution.
A surface cleaning apparatus (10, 210), comprising: a housing (12, 212); a fluid delivery system (14, 214) comprising a supply tank (18, 218) removably mounted on the housing (12, 212) and a fluid distributor; a fluid recovery system (16, 216) having a recovery tank (30, 230) removably mounted on the housing (12, 212), an extraction nozzle (28, 228), and a suction source (34, 234); a supply tank receiver (72, 272) provided on the housing (12, 212) for receiving the supply tank (18, 218) and comprising a void (74, 274) at least partially defining a seat (75, 275) for the supply tank (18, 218); and a supply tank latch (96, 296) provided on the supply tank receiver (72, 272) and configured for securing the supply tank (18, 218) to the supply tank receiver (72, 272) wherein the supply tank latch (96, 296) includes a latch member (132, 332) selectively moveable between a retracted position and an extended position where the latch member (132, 332) extends into the void (74, 274) and a biasing member (134, 334) configured to bias the latch member (132, 332) into the extended position, a recovery tank receiver provided on the housing for receiving the recovery tank and comprising a void at least partially defining a seat for the recovery tank and a recovery tank latch provided on the recovery tank receiver and configured for securing the recovery tank to the recovery tank receiver, characterised in that the seat for the recovery tank comprises a platform and a second overhanging portion spaced above the platform and the recovery tank latch is provided on an underside of the second overhanging portion. a housing (12, 212); a fluid delivery system (14, 214) comprising a supply tank (18, 218) removably mounted on the housing (12, 212) and a fluid distributor; a fluid recovery system (16, 216) having a recovery tank (30, 230) removably mounted on the housing (12, 212), an extraction nozzle (28, 228), and a suction source (34, 234); a supply tank receiver (72, 272) provided on the housing (12, 212) for receiving the supply tank (18, 218) and comprising a void (74, 274) at least partially defining a seat (75, 275) for the supply tank (18, 218); and a supply tank latch (96, 296) provided on the supply tank receiver (72, 272) and configured for securing the supply tank (18, 218) to the supply tank receiver (72, 272) wherein the supply tank latch (96, 296) includes a latch member (132, 332) selectively moveable between a retracted position and an extended position where the latch member (132, 332) extends into the void (74, 274) and a biasing member (134, 334) configured to bias the latch member (132, 332) into the extended position, a recovery tank receiver provided on the housing for receiving the recovery tank and comprising a void at least partially defining a seat for the recovery tank and a recovery tank latch provided on the recovery tank receiver and configured for securing the recovery tank to the recovery tank receiver, characterised in that the seat for the recovery tank comprises a platform and a second overhanging portion spaced above the platform and the recovery tank latch is provided on an underside of the second overhanging portion.
A insecticide composition comprising at least one insecticidally active ingredient selected from the group consisting of chlorfenapyr, pyrethrins and the synthetic pyrethroids, piperonyl butoxide and any mixture of two or more thereof, and one or more alkoxylated fatty amines of the formulae: wherein R is an aliphatic hydrocarbon group having 8-22 carbon atoms, R' is hydrogen or an alkyl group having 2-4 carbon atoms, x is an integer from 1 to 6, one of A and B is hydrogen and the other is selected from the group consisting of methyl and ethyl, and wherein the ethylene oxide and propylene oxide groups are random or in blocks, and p and q are integers having a sum of 2-50.
An aircraft comprising an outer aerodynamic surface, an exhaust duct having an opening disposed where the duct intersects with the outer aerodynamic surface and having a duct wall curved at the opening so as to blend with the aerodynamic surface downstream of the duct, and at least two fixed flow diverters (15, 19, 20, 27, 32) both for diverting high temperature exhaust gas exiting the duct away from the aerodynamic surface immediately downstream of the duct opening, wherein the flow diverters include an upstream flow diverter positioned within the duct and adapted to divert the exhaust gas prior to exiting the duct, and a downstream flow diverter (19, 20, 27, 32) adapted to divert the exhaust gas immediately after exiting the duct.
A method, performed in a network node, for enabling selection of modulation mode for a user equipment, UE, (10, 10a-b) the method comprising: determining whether to provide higher order modulation, HOM, mode support for the UE, the HOM being higher than 64 Quadrature Amplitude Modulation, 64-QAM; when HOM mode support is to be provided, selecting at least one HOM table for the UE; and when HOM mode support is not to be provided, selecting at least one non-HOM table for the UE; signalling the determination to the UE; the method being characterized by: that the step of determining whether to provide HOM mode support comprises maximizing power efficiency, wherein power efficiency is defined as spectral efficiency per power consumption at the UE, wherein it is determined to provide HOM support when HOM is expected to provide a relative spectral efficiency increase greater than a relative UE power consumption increase when using a modulation order higher than 64-QAM. determining whether to provide higher order modulation, HOM, mode support for the UE, the HOM being higher than 64 Quadrature Amplitude Modulation, 64-QAM; when HOM mode support is to be provided, selecting at least one HOM table for the UE; and when HOM mode support is not to be provided, selecting at least one non-HOM table for the UE; signalling the determination to the UE;
A passive dampening ankle joint comprising: an attachment configured to be coupled to a socket or pylon attached to a remnant limb of an amputee; an ankle platform configured to be coupled to a prosthetic foot; a body affixed to the attachment and pivotably coupled to the ankle platform at a pivot axis; a hydraulic cylinder disposed within the body, wherein the hydraulic cylinder comprises a piston reciprocally disposed in the cylinder that divides the cylinder into upper and lower chambers; characterized by: a link pivotally coupled between the piston and the ankle platform, wherein the link is disposed at a front of the ankle platform forward of the pivot axis; and a spring disposed in one chamber of the hydraulic cylinder and bearing against the piston to bias the piston. an attachment configured to be coupled to a socket or pylon attached to a remnant limb of an amputee; an ankle platform configured to be coupled to a prosthetic foot; a body affixed to the attachment and pivotably coupled to the ankle platform at a pivot axis; a hydraulic cylinder disposed within the body, wherein the hydraulic cylinder comprises a piston reciprocally disposed in the cylinder that divides the cylinder into upper and lower chambers; characterized by: a link pivotally coupled between the piston and the ankle platform, wherein the link is disposed at a front of the ankle platform forward of the pivot axis; and a spring disposed in one chamber of the hydraulic cylinder and bearing against the piston to bias the piston. a link pivotally coupled between the piston and the ankle platform, wherein the link is disposed at a front of the ankle platform forward of the pivot axis; and a spring disposed in one chamber of the hydraulic cylinder and bearing against the piston to bias the piston.