mhurhangee/ep-ind-claims huggingface dataset:
A method of interpreting multi-language user commands comprising: receiving, from an input device, audio data corresponding to a multi-language user command; determining, by one or more processors, a plurality of acoustic models, wherein at least a first acoustic model of the plurality of acoustic models corresponds to a first language, and a second acoustic model of the plurality of acoustic models corresponds to a second language; generating, based on the audio data, a first transcript of the multi-language user command using the first acoustic model, and a second transcript of the multi-language user command using the second acoustic model; determining, from the first transcript and based on natural language processing, a first plurality of words corresponding to the first language; determining, from the second transcript and based on natural language processing, a second plurality of words corresponding to the second language; determining a match phrase corresponding to an operational command, wherein the determining comprises: comparing each word of the first plurality of words and the second plurality of words to a plurality of command patterns from a pattern database; wherein the operational command includes: one or more words of the first plurality of words corresponding to the first language; and one or more words of the second plurality of words corresponding to the second language; and sending, to a computing device the operational command corresponding to the determined match phrase. receiving, from an input device, audio data corresponding to a multi-language user command; determining, by one or more processors, a plurality of acoustic models, wherein at least a first acoustic model of the plurality of acoustic models corresponds to a first language, and a second acoustic model of the plurality of acoustic models corresponds to a second language; generating, based on the audio data, a first transcript of the multi-language user command using the first acoustic model, and a second transcript of the multi-language user command using the second acoustic model; determining, from the first transcript and based on natural language processing, a first plurality of words corresponding to the first language; determining, from the second transcript and based on natural language processing, a second plurality of words corresponding to the second language; determining a match phrase corresponding to an operational command, wherein the determining comprises: comparing each word of the first plurality of words and the second plurality of words to a plurality of command patterns from a pattern database; wherein the operational command includes: one or more words of the first plurality of words corresponding to the first language; and one or more words of the second plurality of words corresponding to the second language; and one or more words of the first plurality of words corresponding to the first language; and one or more words of the second plurality of words corresponding to the second language; and sending, to a computing device the operational command corresponding to the determined match phrase.
An apparatus (150a, 150b) for controlling operation of a weapon-mounted accessory device, comprising: a pressure pad interface rail comprising a rail attachment portion configured to couple with a first transverse edge of a weapon accessory rail, the pressure pad interface rail further comprising an elongate channel; a pressure pad housing (152a, 152b) having an elongate mounting member disposed on a first surface thereof and one or more user-depressible control elements (160a, 160b, 162a, 162b, 164a, 164b) disposed on a second surface thereof, the elongate mounting member configured to slidably engage the elongate channel; a first drawbar having a proximal end configured to detachably engage the rail attachment portion of the pressure pad interface rail and a distal end forming a hook, the hook configured to engage a second transverse edge of the weapon accessory rail opposite the first transverse edge; and a first electrical connector in electrical communication with the one or more user-depressible control elements (160a, 160b, 162a, 162b, 164a, 164b) and configured to operably couple the user-depressible control elements (160a, 160b, 162a, 162b, 164a, 164b) to the weapon-mounted accessory device; wherein the weapon accessory rail includes four elongate mounting rails angularly spaced about a barrel of an associated weapon, characterized in that the pressure pad housing (152a, 152b) is configured to be positioned intermediate adjacent ones of the four elongate mounting rails when the apparatus is coupled to the weapon accessory rail. a pressure pad interface rail comprising a rail attachment portion configured to couple with a first transverse edge of a weapon accessory rail, the pressure pad interface rail further comprising an elongate channel; a pressure pad housing (152a, 152b) having an elongate mounting member disposed on a first surface thereof and one or more user-depressible control elements (160a, 160b, 162a, 162b, 164a, 164b) disposed on a second surface thereof, the elongate mounting member configured to slidably engage the elongate channel; a first drawbar having a proximal end configured to detachably engage the rail attachment portion of the pressure pad interface rail and a distal end forming a hook, the hook configured to engage a second transverse edge of the weapon accessory rail opposite the first transverse edge; and a first electrical connector in electrical communication with the one or more user-depressible control elements (160a, 160b, 162a, 162b, 164a, 164b) and configured to operably couple the user-depressible control elements (160a, 160b, 162a, 162b, 164a, 164b) to the weapon-mounted accessory device; wherein the weapon accessory rail includes four elongate mounting rails angularly spaced about a barrel of an associated weapon, characterized in that the pressure pad housing (152a, 152b) is configured to be positioned intermediate adjacent ones of the four elongate mounting rails when the apparatus is coupled to the weapon accessory rail.
A safety seat comprising: a seat (110, 310, 420) including a bottom (117, 317); a base (120, 320, 400); an energy absorbing member (500, 510) disposed between the bottom (117, 317) of the seat (110, 310, 420) and the base (120, 320, 400); and a motion guide configured to direct the bottom (117, 317) of the seat (110, 310, 420) into the energy absorbing member (500, 510) for deforming the energy absorbing member (500, 510) during a frontal impact when the safety seat is installed in a vehicle in a forward-facing position and wherein the motion guide is configured to preclude the bottom (117, 317) of the seat (110, 310, 420) from deforming the energy absorbing member (500, 510) during the frontal impact when the safety seat is installed in the vehicle in a rearward-facing position. a seat (110, 310, 420) including a bottom (117, 317); a base (120, 320, 400); an energy absorbing member (500, 510) disposed between the bottom (117, 317) of the seat (110, 310, 420) and the base (120, 320, 400); and a motion guide configured to direct the bottom (117, 317) of the seat (110, 310, 420) into the energy absorbing member (500, 510) for deforming the energy absorbing member (500, 510) during a frontal impact when the safety seat is installed in a vehicle in a forward-facing position and wherein the motion guide is configured to preclude the bottom (117, 317) of the seat (110, 310, 420) from deforming the energy absorbing member (500, 510) during the frontal impact when the safety seat is installed in the vehicle in a rearward-facing position.
A method for electroplating a fastener chain having rows of metal elements, the method comprising: causing the fastener chain to pass through one or more first insulating container(s) (110a, 310a) while bringing each metal element into contact with a plating solution in a plating bath, the first insulating container(s) (110a, 310a) flowably accommodating a plurality of conductive media (111, 311) in electrical contact with a negative electrode (118, 317), wherein, during the fastener chain passing through the first insulating container(s) (110a, 310a), power is supplied by mainly bringing a surface of each metal element exposed on a first main surface side of the fastener chain into contact with the conductive media (111, 311) in the first insulating container(s) (110a, 310a); and a first positive electrode (119, 316) is disposed at a positional relationship so as to face a surface of each metal element exposed on a second main surface side of the fastener chain. causing the fastener chain to pass through one or more first insulating container(s) (110a, 310a) while bringing each metal element into contact with a plating solution in a plating bath, the first insulating container(s) (110a, 310a) flowably accommodating a plurality of conductive media (111, 311) in electrical contact with a negative electrode (118, 317), wherein, during the fastener chain passing through the first insulating container(s) (110a, 310a), power is supplied by mainly bringing a surface of each metal element exposed on a first main surface side of the fastener chain into contact with the conductive media (111, 311) in the first insulating container(s) (110a, 310a); and a first positive electrode (119, 316) is disposed at a positional relationship so as to face a surface of each metal element exposed on a second main surface side of the fastener chain.
Connecting piece for connecting a domestic appliance, in particular a flow-through water heater, to a wall fitting conducting a fluid, wherein the connecting piece has an inlet and outlet nozzle (12, 14), which are connected by a central segment to a shut-off device, in particular a spherical valve, wherein the connecting piece can be screwed onto the wall fitting by means of the inlet nozzle, wherein a filter is received in a seat of the outlet nozzle, wherein the filter is locked to the seat of the connecting piece by means of at least two detents (42, 44, 80, 82), characterised in that a flange of a supply pipe of the domestic appliance can be connected hereto by means of a union nut which can be screwed onto the outlet nozzle and a sealing ring is arranged between the flange and an end face of the outlet nozzle and that a flow rate limiter is received in the seat of the outlet nozzle.
A composition for use in formulaes for infants or young children comprising partially hydrolysed protein, ionic calcium and an oil mix comprising palmitic acid esterified to triacylglycerols, wherein the palmitic acid comprises palmitic acid esterified in the sn-2 position of triacylglycerols in an amount of at least 20% by weight of total palmitic acid; and wherein the composition comprises ionic calcium in an amount of at least 1.7 mmol/L.
A robotic vehicle for a movable operation in a work area, the movable operation comprising a soil cultivation, the vehicle comprising a controller, the controller comprising a memory and a processor, the memory comprising instructions, wherein execution of the instructions by the processor causes the vehicle to • measure a traction value, wherein the traction value represents a local traction of one or more drive wheels of the vehicle within at least a subarea (1206; 1208) of the work area, • compare the measured traction value with a first predefined traction threshold defining a minimum traction value for the subarea (1206; 1208) of the work area and, • in case the measured traction value exceeds the minimum traction value, perform the movable operation with the soil cultivation in the subarea (1206; 1208) of the work area following a scheduled movement trajectory (1200; 1202) covering the subarea (1206; 1208), wherein the measuring of the traction value is performed upon detecting a predefined indicator indicating a possible undercutting of the minimum traction value, characterised in that the indicator for a possible undercutting of the minimum traction value is provided by a current or recent rain shower determined using data provided by a rain sensor, a local electronic weather data station or a meteorological service. • measure a traction value, wherein the traction value represents a local traction of one or more drive wheels of the vehicle within at least a subarea (1206; 1208) of the work area, • compare the measured traction value with a first predefined traction threshold defining a minimum traction value for the subarea (1206; 1208) of the work area and, • in case the measured traction value exceeds the minimum traction value, perform the movable operation with the soil cultivation in the subarea (1206; 1208) of the work area following a scheduled movement trajectory (1200; 1202) covering the subarea (1206; 1208), wherein the measuring of the traction value is performed upon detecting a predefined indicator indicating a possible undercutting of the minimum traction value, characterised in that the indicator for a possible undercutting of the minimum traction value is provided by a current or recent rain shower determined using data provided by a rain sensor, a local electronic weather data station or a meteorological service.
Bearing for rolling mill rolls each having two roll pins, of which at least one carries in axial direction and at least regionally a pin bush arranged to be secure by a key against relative rotation, wherein the pin bush is surrounded by a bearing bush held in a chock and a load-bearing lubricating film is provided between the pin bush and the bearing bush, wherein the key is provided in a region of the roll pin lying outside the region of the roll pressing force acting on the pin bush and transmitted to the chock, and the length of the key in radial direction is greater than the length thereof in axial direction, characterised in that the roll pin goes over by an encircling step into a reduced region, that a Rötscher line extends as force transmission line from the step to the outer edge of the bearing bush and the key or the receiving groove thereof is arranged as close as possible to the Rötscher line bounding the outer region of the pressure force transmission.
A barrel assembly for a hair styling appliance, the barrel assembly comprising: a barrel having an external surface, an inner surface, and a heater-mounting surface inside the barrel, wherein the heater-mounting surface is integrally formed with the external surface; a heater element mounted on the heater-mounting surface; and a spring clip inserted within the barrel, between the inner surface of the barrel and the heater element, such that the spring clip provides a force against the heater element for securing the heater element against the heater-mounting surface. a barrel having an external surface, an inner surface, and a heater-mounting surface inside the barrel, wherein the heater-mounting surface is integrally formed with the external surface; a heater element mounted on the heater-mounting surface; and a spring clip inserted within the barrel, between the inner surface of the barrel and the heater element, such that the spring clip provides a force against the heater element for securing the heater element against the heater-mounting surface.
A cooling system (200, 300) comprising: an enclosure (202, 302), wherein the enclosure comprises at least one movable wall, and wherein the at least one moveable wall comprises at least one aperture (204, 310); at least one amplification element (206, 306), the at least one amplification element defining side walls of the enclosure; and an actuation unit (208, 308) mechanically coupled with the amplification element, wherein the actuation unit comprises at least one actuation signal triggered actuator to cause a displacement of the amplification element, and wherein the amplification element is configured to amplify the actuator displacement through to the at least one movable wall of the enclosure to cause entry and exit of fluid from the at least one aperture in the enclosure. an enclosure (202, 302), wherein the enclosure comprises at least one movable wall, and wherein the at least one moveable wall comprises at least one aperture (204, 310); at least one amplification element (206, 306), the at least one amplification element defining side walls of the enclosure; and an actuation unit (208, 308) mechanically coupled with the amplification element, wherein the actuation unit comprises at least one actuation signal triggered actuator to cause a displacement of the amplification element, and wherein the amplification element is configured to amplify the actuator displacement through to the at least one movable wall of the enclosure to cause entry and exit of fluid from the at least one aperture in the enclosure.
A compound of formula (Ia-1): wherein R is a C5-C22 linear or branched alkyl group, X is -CO-O- or -O-CO-, Y is -CH 2 -. R is a C5-C22 linear or branched alkyl group, X is -CO-O- or -O-CO-, Y is -CH 2 -.
A trailer coupling for motor vehicles, comprising a carrier unit arranged on a tail region of the motor vehicle, a ball neck, which carries at a first end a coupling ball, and which at a second end is held on the carrier unit, a groove which surrounds a central axis of the coupling ball and in which an entrainment ring is rotatably guided about the central axis, and a sensor unit which is arranged in the coupling ball and which detects rotary positions of the entrainment ring, wherein the entrainment ring is provided with a sensing structure, which can be sensed by a sensor unit arranged in the ball body, wherein the sensing structure is arranged on the carrier body, characterized in that the sensing structure comprises successive regions (272, 274), which influence a magnetic field with differing strengths, in that the successive regions (272, 274) are magnetizable with different strengths, in that the sensing structure is constructed as an alternating structure, for example periodic in the peripheral direction, the structure comprising material webs and material web gaps succeeding each other about the central axis in the peripheral direction, and in that the sensor unit comprises a magnetically biased sensor arrangement for sensing the rotary positions of the entrainment ring. a ball neck, which carries at a first end a coupling ball, and which at a second end is held on the carrier unit, a groove which surrounds a central axis of the coupling ball and in which an entrainment ring is rotatably guided about the central axis, and a sensor unit which is arranged in the coupling ball and which detects rotary positions of the entrainment ring, wherein the entrainment ring is provided with a sensing structure, which can be sensed by a sensor unit arranged in the ball body, wherein the sensing structure is arranged on the carrier body, characterized in that the sensing structure comprises successive regions (272, 274), which influence a magnetic field with differing strengths, in that the successive regions (272, 274) are magnetizable with different strengths, in that the sensing structure is constructed as an alternating structure, for example periodic in the peripheral direction, the structure comprising material webs and material web gaps succeeding each other about the central axis in the peripheral direction, and in that the sensor unit comprises a magnetically biased sensor arrangement for sensing the rotary positions of the entrainment ring.
A computer-implemented method for using property tables to perform non-iterative malware scans, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: obtaining at least one malware signature that identifies at least one property value for an item of malware; accessing a property table for the computing device that identifies: property values shared by one or more application packages installed on the computing device; for each property value, each application package that shares the property value in question; determining, by comparing each property value identified in the malware signature with the property table, whether any of the application packages match the malware signature without iterating through the individual property values of each application package. obtaining at least one malware signature that identifies at least one property value for an item of malware; accessing a property table for the computing device that identifies: property values shared by one or more application packages installed on the computing device; for each property value, each application package that shares the property value in question; property values shared by one or more application packages installed on the computing device; for each property value, each application package that shares the property value in question; determining, by comparing each property value identified in the malware signature with the property table, whether any of the application packages match the malware signature without iterating through the individual property values of each application package.
A method for fabrication of fibers using links of nanotubes, comprising: slicing a first nanotube rope from a nanotube forest; wrapping the first nanotube rope in a first plurality of circuitous turns to create a first link; slicing a second nanotube rope from the nanotube forest; and wrapping the second nanotube rope in a second plurality of circuitous turns to create a second link, wherein the second link is interconnected to the first link in a chain. slicing a first nanotube rope from a nanotube forest; wrapping the first nanotube rope in a first plurality of circuitous turns to create a first link; slicing a second nanotube rope from the nanotube forest; and wrapping the second nanotube rope in a second plurality of circuitous turns to create a second link, wherein the second link is interconnected to the first link in a chain.
An orally disintegrating tablet comprising edoxaban tosylate hydrate, 0.1 to 15% by weight of fumaric acid relative to the total weight of the tablet, 0.1 to 2.0% by weight of hydroxypropyl cellulose relative to the total weight of the tablet, and one or more disintegrant selected from the group consisting of carmellose, crospovidone, carmellose calcium, croscarmellose sodium, corn starch, sodium starch glycolate, and pregelatinized starch.
A mowing and conveying device for harvesting crops with stalks, comprising a plurality of rotating cutting devices and at least two conveying devices having conveying elements, wherein the stalks of the crops, separated by free cutting by blades of the cutting devices, can be conveyed by the conveying devices to an inlet opening of a device for further processing, in particular a forage harvester, characterised in that the stalks of the crops to be cut off come into contact during harvesting with the rotating blades of the cutting devices before they are captured by the conveying elements of a conveying device, wherein the cutting devices are designed as cutting discs having at least two crescent-shaped blades which are evenly distributed on the outer circumference, and having an inwardly convex shape toward the centre of the disc, and running to a point facing in the direction of rotation of the disc, wherein the outer contour of the crescent-shaped blades is moulded in an arc shape and does not follow the disc outer diameter.