mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving, by a computing device, audio data (170, 175) corresponding to an utterance; determining that the audio data (170, 175) includes an utterance of a predefined hotword spoken by a first speaker, a command that follows the hotword, and further audio data (180, 182, 185) that does not include the utterance of the predefined hotword and any command that follows the hotword; analyzing the further audio data (180, 182, 185), wherein the analyzing comprises: identifying a first portion of the further audio data, 182, 185) that includes speech from the first speaker; and identifying a second portion of the further audio data (180, 182, 185) that includes speech from a second, different speaker; and based on determining that the audio data (170, 175) includes an utterance of the predefined hotword spoken by the first speaker, transmitting the first portion of the further audio data (180, 182, 185) that includes speech from the first speaker and suppressing transmission of the second portion of the further audio data (180, 182, 185) that includes speech from the second, different speaker. receiving, by a computing device, audio data (170, 175) corresponding to an utterance; determining that the audio data (170, 175) includes an utterance of a predefined hotword spoken by a first speaker, a command that follows the hotword, and further audio data (180, 182, 185) that does not include the utterance of the predefined hotword and any command that follows the hotword; analyzing the further audio data (180, 182, 185), wherein the analyzing comprises: identifying a first portion of the further audio data, 182, 185) that includes speech from the first speaker; and identifying a second portion of the further audio data (180, 182, 185) that includes speech from a second, different speaker; and identifying a first portion of the further audio data, 182, 185) that includes speech from the first speaker; and identifying a second portion of the further audio data (180, 182, 185) that includes speech from a second, different speaker; and based on determining that the audio data (170, 175) includes an utterance of the predefined hotword spoken by the first speaker, transmitting the first portion of the further audio data (180, 182, 185) that includes speech from the first speaker and suppressing transmission of the second portion of the further audio data (180, 182, 185) that includes speech from the second, different speaker.
A baler comprising: a pick-up assembly configured to pick up crop material; a compression assembly positioned downstream of the pick-up assembly, the compression assembly comprising at least one compression roller configured to generate a pressure on the crop material passing between the at least one compression roller and at least one baler compression component, the at least one compression roller and the at least one baler compression component define an adjustable gap therebetween, such that the crop material is being pre-compressed by the compression assembly when passing therethrough; and a bale chamber positioned downstream of the compression assembly for forming a bale; characterized in that the baler further comprises a rotary feeder positioned downstream of the pick-up assembly and upstream from the compression assembly for receiving the crop material from the pick-up assembly, the compression assembly is configured to feed the crop material from the rotary feeder; and a pressure sensor; wherein the pressure sensor detects the pressure generated by the at least one compression roller and the at least one baler compression component on the crop material passing therethrough; and the gap between the at least one compression roller and the at least one baler compression component is adjustable to maintain the pressure generated by the at least one compression roller and the at least one compression component on the crop material passing therethrough. a pick-up assembly configured to pick up crop material; a compression assembly positioned downstream of the pick-up assembly, the compression assembly comprising at least one compression roller configured to generate a pressure on the crop material passing between the at least one compression roller and at least one baler compression component, the at least one compression roller and the at least one baler compression component define an adjustable gap therebetween, such that the crop material is being pre-compressed by the compression assembly when passing therethrough; and a bale chamber positioned downstream of the compression assembly for forming a bale;
A User Interface, UI, apparatus for a Head Mounted Display, HMD, comprising: a sensor unit detecting whether a physical object exists in the proximity of the HMD and if the physical object is detected, sensing a distance between the physical object and the HMD; and a processor controlling a UI of the HMD based on a result of the sensor unit such that a physical UI mode is applied if the detected physical object is within a predetermined distance (Th) from the HMD and a non-physical UI mode is applied if the physical object is not detected or is not within the predetermined distance (Th) from the HMD, and wherein the processor receives a user command in the physical UI mode by the user physically contacting the physical object and in the non-physical UI mode by the user providing input without physically contacting the physical object. a sensor unit detecting whether a physical object exists in the proximity of the HMD and if the physical object is detected, sensing a distance between the physical object and the HMD; and a processor controlling a UI of the HMD based on a result of the sensor unit such that a physical UI mode is applied if the detected physical object is within a predetermined distance (Th) from the HMD and a non-physical UI mode is applied if the physical object is not detected or is not within the predetermined distance (Th) from the HMD, and wherein the processor receives a user command in the physical UI mode by the user physically contacting the physical object and in the non-physical UI mode by the user providing input without physically contacting the physical object.
An organic-inorganic composite, including: metal oxide particles and an organic polymer compound containing organic ligands which are bonded to a polymer chain through covalent bonds, wherein the organic polymer compound is bonded to the metal oxide particles by the organic ligands forming a complex with metal atoms on the surface of the metal oxide particles, the organic ligand includes a cyclic structure having a conjugated system or a plurality of unsaturated bonds, and also includes an element having a lone pair of electrons and a hydroxyl group in the same ligand, and, the lone pair of electrons and an oxygen atom of the hydroxyl group are coordinated to the same metal atom and form a cyclic complex which is a light emission site generating the light emission, when being irradiated with excitation light, wherein the organic polymer compound forms an inorganic dispersed phase which is obtained by bonding a plurality of the organic ligands of a plurality of the organic polymer compounds with a plurality of metal atoms on the surface of the metal oxide particles, and crosslinked by the metal oxide particles. metal oxide particles and an organic polymer compound containing organic ligands which are bonded to a polymer chain through covalent bonds, wherein the organic polymer compound is bonded to the metal oxide particles by the organic ligands forming a complex with metal atoms on the surface of the metal oxide particles, the organic ligand includes a cyclic structure having a conjugated system or a plurality of unsaturated bonds, and also includes an element having a lone pair of electrons and a hydroxyl group in the same ligand, and, the lone pair of electrons and an oxygen atom of the hydroxyl group are coordinated to the same metal atom and form a cyclic complex which is a light emission site generating the light emission, when being irradiated with excitation light, wherein the organic polymer compound forms an inorganic dispersed phase which is obtained by bonding a plurality of the organic ligands of a plurality of the organic polymer compounds with a plurality of metal atoms on the surface of the metal oxide particles, and crosslinked by the metal oxide particles.
A method of manufacturing a plant finished product, comprising the step of processing a lignin-containing plant or a processed material thereof with high-temperature and high-pressure gas having a temperature of 160 to 250°C and a pressure of 0.25 to 4.5 MPa under conditions where an oxygen concentration is 0 to 1 μg/mL, wherein the gas to be used for high-temperature and high-pressure processing is selected from water vapor, alcoholic vapor, vapor of beer, vapor of whiskey, and vapor of tea, and wherein these vapors can be used singly or in combination of two or more of them.
Steering arrangement to reduce the risk for injury to a driver of a three-wheel vehicle in a frontal collision, where the vehicle has a support structure with a driver area at the front section of the vehicle, in the centre of the vehicle, seen perpendicular to the normal direction of travel of the vehicle, where the steering arrangement has a mainly vertical direction, where the steering arrangement consists of the vehicle's front wheel, a wheel attachment, an intermediate part, a top section, with which the driver manoeuvres the steering arrangement and a fixing arrangement, where the fixing arrangement is between the wheel attachment of the steering arrangement and the top section of the steering arrangement, where the front wheel of the steering arrangement, the wheel attachment, the intermediate part and the top section are turnably supported in the fixing arrangement and that the fixing arrangement is fixed to the support structure of the vehicle characterized by that the front wheel of the vehicle, the wheel attachment, the intermediate part and the top section form a rigid unit, that the fixing arrangement has a fixing element (21, 27) arranged at that part of the fixing arrangement which is towards the front wheel of the vehicle, mainly perpendicular to the mainly vertical direction of the steering arrangement, that the fixing element (21, 27) is supported against the support structure of the vehicle on that side of the support structure of the vehicle which is towards the front wheel of the vehicle, that the fixing arrangement has at least one deformable arrangement (23, 28) which deforms when the front wheel of the vehicle is pushed towards the rear, seen in the normal direction of travel of the vehicle, with a force over a predetermined value, so that the top section of the steering arrangement moves forward, seen in the normal direction of travel of the vehicle.
A method for preparing a hardened calcium sulfate dihydrate block comprising mixing calcium sulfate hemihydrate powder, preferably alpha-type calcium sulfate hemihydrate powder, with an aqueous solution containing phosphate ions so as to form a paste, wherein the aqueous solution has a pH value lower than 10, and forming a block of hardened calcium sulfate dihydrate from said paste, wherein said aqueous solution is an aqueous solution of (NH 4) 3 PO 4, (NH 4) 2 HPO 4, NH 4 H 2 PO 4, K 3 PO 4, K 2 HPO 4, Na 3 PO 4, NaH 2 PO 4, H 3 PO 4, or a mixture thereof.
A method for flame-cutting a workpiece, in particular a planar workpiece, having a thickness of at least 10 mm using a laser beam having a power of more than 10 kW and using oxygen as a cutting gas, wherein the laser beam exits, together with the cutting gas, a nozzle opening of a cutting-gas nozzle, characterized in that a distance of a workpiece-side nozzle end face from the workpiece surface is at least 2 mm, preferably at least 3 mm, more preferably at least 5 mm, and in that a focus position in the beam direction of the laser beam is located in the workpiece at a depth that is greater than half (D/2) of the thickness of the workpiece. wherein the laser beam exits, together with the cutting gas, a nozzle opening of a cutting-gas nozzle, characterized in that a distance of a workpiece-side nozzle end face from the workpiece surface is at least 2 mm, preferably at least 3 mm, more preferably at least 5 mm, and in that a focus position in the beam direction of the laser beam is located in the workpiece at a depth that is greater than half (D/2) of the thickness of the workpiece.
An electrical base strip, in particular to be fitted to a plug, having a plug face which has at least two adjacent chambers, each with a plurality of electrical contacts, for connection to a corresponding plug connector, wherein the electrical contacts are embodied as contact pins or contact sockets, and the base strip has at least one first receptacle for a first coding component in at least one region between two adjacent chambers, characterised in that a second receptacle for a second coding component is arranged within at least one chamber.
A base station, comprising: a controller configured to perform a process of transmitting a Radio Resource Control, RRC, message including configuration information for a user terminal having a Single cell point to multipoint, SC-PTM, function specified in 3rd Generation Partnership Project, 3GPP, characterised in that the configuration information includes specific subframe information indicating a specific subframe capable of constituting a physical downlink shared channel, PDSCH, on which multicast data of the SC-PTM is transmitted, and after transmitting the RRC message, the controller is configured to transmit, at the specific subframe, Physical Downlink Control Channel, PDCCH, including resource allocation information of the PDSCH. a controller configured to perform a process of transmitting a Radio Resource Control, RRC, message including configuration information for a user terminal having a Single cell point to multipoint, SC-PTM, function specified in 3rd Generation Partnership Project, 3GPP, characterised in that the configuration information includes specific subframe information indicating a specific subframe capable of constituting a physical downlink shared channel, PDSCH, on which multicast data of the SC-PTM is transmitted, and after transmitting the RRC message, the controller is configured to transmit, at the specific subframe, Physical Downlink Control Channel, PDCCH, including resource allocation information of the PDSCH.
Process for dressing rapidly a dummy for photos belonging to a system for capturing images of a garment fitted on a dummy, the system comprising: - at least one dummy for photos, comprising at least one tridimensional representation of the lower portion of a human figure, said lower portion comprising at least hips, legs (2b; 22b; 32b; 42b), ankles and feet (2c; 22c; 32c; 42c), - a supporting structure adapted to sustain said at least one dummy at least on the upper portion thereof; - means for acquiring images; wherein at least one of said feet (2c; 22c; 32c; 42c) of said at least one dummy and said at least one leg (2b; 22b; 32b; 42b) are reciprocally movable at least between: - a first fitting position, wherein the garment can slide on said dummy along a fitting direction substantially aligned with the main extension direction of said at least one leg (2b; 22b; 32b; 42b), in the way running from the lower end of said at least one leg (2b; 22b; 32b; 42b) to the respective hip; - a second pose position, wherein said at least one foot (2c; 22c; 32c; 42c) is arranged along a main extension direction not aligned with said fitting direction; the process comprising in succession the steps of: a) arranging said feet (2c; 22c; 32c; 42c) in said first fitting position; b) fitting said garment on said dummy by sliding said garment on said dummy along a fitting direction substantially aligned with the main extension direction of said at least one leg, in the way running from the lower end of said at least one leg (2b; 22b; 32b; 42b) to the respective hip; c) arranging said feet (2c; 22c; 32c; 42c) in said second pose position; characterized in that the supporting structure sustains the dummy, to keep it in a position lifted with respect to the ground while one or more garments are fitted onto the dummy. - at least one dummy for photos, comprising at least one tridimensional representation of the lower portion of a human figure, said lower portion comprising at least hips, legs (2b; 22b; 32b; 42b), ankles and feet (2c; 22c; 32c; 42c), - a supporting structure adapted to sustain said at least one dummy at least on the upper portion thereof; - means for acquiring images; - a first fitting position, wherein the garment can slide on said dummy along a fitting direction substantially aligned with the main extension direction of said at least one leg (2b; 22b; 32b; 42b), in the way running from the lower end of said at least one leg (2b; 22b; 32b; 42b) to the respective hip; - a second pose position, wherein said at least one foot (2c; 22c; 32c; 42c) is arranged along a main extension direction not aligned with said fitting direction; a) arranging said feet (2c; 22c; 32c; 42c) in said first fitting position; b) fitting said garment on said dummy by sliding said garment on said dummy along a fitting direction substantially aligned with the main extension direction of said at least one leg, in the way running from the lower end of said at least one leg (2b; 22b; 32b; 42b) to the respective hip; c) arranging said feet (2c; 22c; 32c; 42c) in said second pose position;
An absorbent article comprising a liquid-permeable layer, a liquid-impermeable layer, and an absorbent body provided between the liquid-permeable layer and the liquid-impermeable layer, wherein: the absorbent body is obtained by injecting high-pressure steam onto a mixed material comprising cellulose-based water-absorbent fibers and thermoplastic resin fibers that comprise an unsaturated carboxylic acid, an unsaturated carboxylic acid anhydride or a mixture thereof as a monomer component, to increase a density of the mixed material; a mass ratio of the water-absorbent fibers to the thermoplastic resin fibers in the absorbent body is 80:20 to 50:50; a density of the absorbent body is 0.06 to 0.14 g/cm 3; a basis weight of the absorbent body is 100 to 400 g/m 2; and the liquid-permeable layer comprises a blood modifying agent with an IOB of 0.00-0.60, a melting point of 45°C or less, and a water solubility of 0.00-0.05 g in 100 g of water at 25°C. the absorbent body is obtained by injecting high-pressure steam onto a mixed material comprising cellulose-based water-absorbent fibers and thermoplastic resin fibers that comprise an unsaturated carboxylic acid, an unsaturated carboxylic acid anhydride or a mixture thereof as a monomer component, to increase a density of the mixed material; a mass ratio of the water-absorbent fibers to the thermoplastic resin fibers in the absorbent body is 80:20 to 50:50; a density of the absorbent body is 0.06 to 0.14 g/cm 3; a basis weight of the absorbent body is 100 to 400 g/m 2; and the liquid-permeable layer comprises a blood modifying agent with an IOB of 0.00-0.60, a melting point of 45°C or less, and a water solubility of 0.00-0.05 g in 100 g of water at 25°C.
A temperature sensor fitting for use with a temperature sensor that detects the temperature of ingredients that are inside a heating vessel of a kitchen device, the temperature sensor fitting comprising: a collar comprising an inner threaded portion; a PTFE insulator comprising an outer threaded portion that corresponds with the inner threaded portion of the collar, and further comprises an inner threaded portion; a metal cap comprising an outer threaded portion that corresponds with the inner threaded portion of the PTFE insulator; wherein the PTFE insulator provides thermal isolation between a temperature sensor and a heating plate of the kitchen device; and wherein the collar comprises an outer surface that corresponds with an edge of a floor of a heating vessel of a kitchen device and the outer surface is suitable for welding to the edge of the floor to form a weld seal. a collar comprising an inner threaded portion; a PTFE insulator comprising an outer threaded portion that corresponds with the inner threaded portion of the collar, and further comprises an inner threaded portion; a metal cap comprising an outer threaded portion that corresponds with the inner threaded portion of the PTFE insulator; wherein the PTFE insulator provides thermal isolation between a temperature sensor and a heating plate of the kitchen device; and wherein the collar comprises an outer surface that corresponds with an edge of a floor of a heating vessel of a kitchen device and the outer surface is suitable for welding to the edge of the floor to form a weld seal.
Interface casing between a combustion engine (2; 16) and a gearbox, comprising a perimeter surface for mounting on the combustion engine, with - fixing means to the engine; - a first and a second bore (40; 44) of the pin for centering the casing with respect to the motor; characterized in that the mounting surface comprises a third bore of centering pin, suitable for being used in place of the second depending on the type of engine. - fixing means to the engine; - a first and a second bore (40; 44) of the pin for centering the casing with respect to the motor;
An airfoil for a turbine engine comprising pressure and suction sides (72, 74) extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip, wherein the airfoil has a relationship between a leading edge dihedral and a span position, the leading edge dihedral negative from the 0% span position to the 100% span position and the airfoil has a relationship between a trailing edge dihedral and a span position, wherein: a positive dihedral corresponds to suction side-leaning, and a negative dihedral corresponds to pressure side-leaning, characterised in that: the trailing edge dihedral is positive from the 0% span position to the 100% span position; the leading edge dihedral at the 0% span position is about -4°, wherein the leading edge dihedral extends from the 0% span position to a 20% span position having a leading edge dihedral in a range of -2° to -6°, wherein the leading edge dihedral includes a first point (100; 110) in a range of -8° to -10° dihedral at a 75% span position and extends generally linearly from the first point (100; 112) to a second point (102; 114) in a range of -3° to -6° dihedral at the 85% span position, wherein a least positive trailing edge dihedral (132, 142) is in a 40%-55% span position. the trailing edge dihedral is positive from the 0% span position to the 100% span position; the leading edge dihedral at the 0% span position is about -4°, wherein the leading edge dihedral extends from the 0% span position to a 20% span position having a leading edge dihedral in a range of -2° to -6°, wherein the leading edge dihedral includes a first point (100; 110) in a range of -8° to -10° dihedral at a 75% span position and extends generally linearly from the first point (100; 112) to a second point (102; 114) in a range of -3° to -6° dihedral at the 85% span position, wherein a least positive trailing edge dihedral (132, 142) is in a 40%-55% span position.