mhurhangee/ep-ind-claims huggingface dataset:
Product dispensing machine, comprising: a frame, a control panel, an orifice for delivering products bought, a payment terminal, background lighting means, a storage element intended to receive products of different types, a display window presenting a transparent glazed rack, with at least one press sensor glued or affixed against the glazed rack, capable of detecting a load exerted on the glazed rack, corresponding to an order for a product, a processing unit linked to the output of the sensor to deduce therefrom the order for a product of a determined type, a selective lighting device, distinguished from the background lighting and comprising a plurality of lamps, each lamp being able to be controlled individually by the selector to generate a light beam directed towards a selected product or a selected category of products, a selector capable of controlling the selective lighting according to the detection made by the press sensor, and a means for validating the order by pressing on a key or on the glazed rack. a frame, a control panel, an orifice for delivering products bought, a payment terminal, background lighting means, a storage element intended to receive products of different types, a display window presenting a transparent glazed rack, with at least one press sensor glued or affixed against the glazed rack, capable of detecting a load exerted on the glazed rack, corresponding to an order for a product, a processing unit linked to the output of the sensor to deduce therefrom the order for a product of a determined type, a selective lighting device, distinguished from the background lighting and comprising a plurality of lamps, each lamp being able to be controlled individually by the selector to generate a light beam directed towards a selected product or a selected category of products, a selector capable of controlling the selective lighting according to the detection made by the press sensor, and a means for validating the order by pressing on a key or on the glazed rack.
A method, comprising: receiving, by a communication node in a wireless local area network, a radio frame; determining, by the communication node based on spatial reuse delay information included in indication information, whether the radio frame corresponds to a trigger frame, wherein a physical signaling field of the radio frame indicates the indication information; and acquiring, by the communication node, first spatial reuse information from the trigger frame. receiving, by a communication node in a wireless local area network, a radio frame; determining, by the communication node based on spatial reuse delay information included in indication information, whether the radio frame corresponds to a trigger frame, wherein a physical signaling field of the radio frame indicates the indication information; and acquiring, by the communication node, first spatial reuse information from the trigger frame.
An electrical storage element comprising: a power generation element that includes an electrode (174, 175); a can in which the power generation element is stored; a lid that seals an opening of the can; an external terminal (104, 105) that is disposed on the lid; and a current collector (180, 190) that connects the electrode (174, 175) of the power generation element, and the external terminal (104, 105), a current collector connection portion (141, 151) for caulking the current collector (180, 190) to the lid includes an insertion portion (141b, 151b) which is inserted into a through-hole of the lid and has a tip end which is fixed to the current collector (180, 190) by caulking, and a bus bar connecting portion (142, 152) to which a bus bar is connectable, the bus bar connecting portion (142, 152) and the current collector connection portion (141, 151) are integrally provided in parallel on the lid, characterized in that the external terminal (104, 105) includes the bus bar connecting portion (142, 152) having a bus bar welding surface (142s, 152s) to which a bus bar is weldable, and the current collector connection portion (141, 151) having a caulking-jig abutting surface (141s, 151s), the bus bar connecting portion (142, 152) and the current collector connection portion (141, 151) are provided as an integral one-piece made of the same material, the jig abutting surface (141s, 151s) is extended from the bus bar welding surface (142s, 152s) in the same plane as the bus bar welding surface (142s, 152s). a power generation element that includes an electrode (174, 175); a can in which the power generation element is stored; a lid that seals an opening of the can; an external terminal (104, 105) that is disposed on the lid; and a current collector (180, 190) that connects the electrode (174, 175) of the power generation element, and the external terminal (104, 105), a current collector connection portion (141, 151) for caulking the current collector (180, 190) to the lid includes an insertion portion (141b, 151b) which is inserted into a through-hole of the lid and has a tip end which is fixed to the current collector (180, 190) by caulking, and a bus bar connecting portion (142, 152) to which a bus bar is connectable, the bus bar connecting portion (142, 152) and the current collector connection portion (141, 151) are integrally provided in parallel on the lid, characterized in that the external terminal (104, 105) includes the bus bar connecting portion (142, 152) having a bus bar welding surface (142s, 152s) to which a bus bar is weldable, and the current collector connection portion (141, 151) having a caulking-jig abutting surface (141s, 151s), the bus bar connecting portion (142, 152) and the current collector connection portion (141, 151) are provided as an integral one-piece made of the same material, the jig abutting surface (141s, 151s) is extended from the bus bar welding surface (142s, 152s) in the same plane as the bus bar welding surface (142s, 152s).
A communication device for providing measurement reports to a communication network configured in accordance with the 3 rd Generation Partnership Project, 3GPP, standards, the communication network comprising a plurality of cells, the communication device comprising: means for connecting to a cell (31, 33), of said plurality of cells, for sending and receiving user data; means for receiving configuration data (31, 33) for configuring measurements to be performed in at least one of said plurality of cells wherein said configuration data defines a trigger event for triggering measurement reporting for at least one relay cell operated by a relay device for a base station, wherein the trigger event is one of a plurality of possible events configurable in the communication network, the plurality of possible trigger events including type A trigger events and type B trigger events, and wherein the trigger event is different to said type A trigger events and type B trigger events; means for performing measurements, based on said received configuration data, in said at least one relay cell; means for determining whether or not said trigger event has occurred based on results of said measurements; and means for sending a measurement report, to the communication network, when said trigger event has been determined to have occurred. means for connecting to a cell (31, 33), of said plurality of cells, for sending and receiving user data; means for receiving configuration data (31, 33) for configuring measurements to be performed in at least one of said plurality of cells wherein said configuration data defines a trigger event for triggering measurement reporting for at least one relay cell operated by a relay device for a base station, wherein the trigger event is one of a plurality of possible events configurable in the communication network, the plurality of possible trigger events including type A trigger events and type B trigger events, and wherein the trigger event is different to said type A trigger events and type B trigger events; means for performing measurements, based on said received configuration data, in said at least one relay cell; means for determining whether or not said trigger event has occurred based on results of said measurements; and means for sending a measurement report, to the communication network, when said trigger event has been determined to have occurred.
A device for the culture of cellular aggregates, the device comprising a three-dimensional network of interconnected vessels of a biocompatible liquid- and gas-permeable photo polymerised material, wherein the three-dimensional network is connected to a plurality of inlets and a plurality of outlets for the delivery of liquids, characterized in that the lumen of defined vessels within the three-dimensional network is filled with polymerised material to limit the delivery of liquid by an inlet and an outlet to a subregion of said network, thereby defining at least one spatially segregated subregion within and structurally in contact with the three-dimensional network, wherein the at least one spatially segregated subregion of network is connected to a separate inlet and a separate outlet, allowing the supply of a liquid to a subregion within the three-dimensional network.
A method of recovering a polar hydrocarbon selective solvent substantially free of hydrocarbons and other impurities from a solvent-rich stream containing selective solvent, measurable amounts of heavy hydrocarbons, and polymeric materials generated from reactions among thermally decomposed or oxidized solvent, heavy hydrocarbons, and additives, which method comprises the steps of: (a) providing a feed stream containing polar and less polar hydrocarbons wherein the feed stream contains significant amounts of benzene; (b) introducing the feed stream into an extraction zone, which includes an extractive distillation column or a liquid-liquid extraction column, to yield (i) a less polar hydrocarbon stream and a first water stream and (ii) a polar hydrocarbon stream, a lean solvent stream and a second water stream; and (c) introducing a portion of the lean solvent stream into a solvent cleanup zone at a first location and introducing a slip stream from the feed stream into the solvent cleanup zone at a second location whereby aromatic hydrocarbons in the slip stream displace heavy hydrocarbons from the lean solvent stream thereby yielding a solvent phase that is introduced into the extraction zone and a hydrocarbon phase that contains the displaced heavy hydrocarbons. (a) providing a feed stream containing polar and less polar hydrocarbons wherein the feed stream contains significant amounts of benzene; (b) introducing the feed stream into an extraction zone, which includes an extractive distillation column or a liquid-liquid extraction column, to yield (i) a less polar hydrocarbon stream and a first water stream and (ii) a polar hydrocarbon stream, a lean solvent stream and a second water stream; and (c) introducing a portion of the lean solvent stream into a solvent cleanup zone at a first location and introducing a slip stream from the feed stream into the solvent cleanup zone at a second location whereby aromatic hydrocarbons in the slip stream displace heavy hydrocarbons from the lean solvent stream thereby yielding a solvent phase that is introduced into the extraction zone and a hydrocarbon phase that contains the displaced heavy hydrocarbons.
A mobile gas detection and communications device for use in a hazardous environment for use wearing heavy duty protective gloves, the device comprising: a gas sensor; a pressure sensor; a light sensor; a microphone and a microphone controller; and a microphone cover; wherein the device is configured to turn the microphone or microphone controller on or off upon an activation of the pressure sensor and a decrease in the intensity of light sensed by the light sensor; and wherein the microphone cover is configured to retract and expose the microphone upon the activation of the pressure sensor and the decrease in the intensity of light sensed by the light sensor. a gas sensor; a pressure sensor; a light sensor; a microphone and a microphone controller; and a microphone cover; wherein the device is configured to turn the microphone or microphone controller on or off upon an activation of the pressure sensor and a decrease in the intensity of light sensed by the light sensor; and wherein the microphone cover is configured to retract and expose the microphone upon the activation of the pressure sensor and the decrease in the intensity of light sensed by the light sensor.
A clothing treatment apparatus comprising a clothing treatment drum and an air washing device, wherein the air washing device comprises a water supply valve, a connection mechanism and an atomization generator; the water supply valve is connected with the atomization generator through the connection mechanism, the atomization generator being an ultrasonic atomization generator or a compressed atomization generator, characterized in that the connection mechanism is provided with a one-way check structure, the one-way check structure is arranged to be isolated from the atmosphere when the water supply valve is opened and to communicate with the atmosphere when the water supply valve is closed, and an outlet of the atomization generator is arranged facing an inner cavity of the clothing treatment drum, wherein when the water supply valve is opened, water is accumulated in the connection mechanism, and when the water supply valve is closed, the accumulated water can be sprayed into the clothing treatment drum in the form of atomized water droplets from the atomization generator. characterized in that the connection mechanism is provided with a one-way check structure, the one-way check structure is arranged to be isolated from the atmosphere when the water supply valve is opened and to communicate with the atmosphere when the water supply valve is closed, and an outlet of the atomization generator is arranged facing an inner cavity of the clothing treatment drum, wherein when the water supply valve is opened, water is accumulated in the connection mechanism, and when the water supply valve is closed, the accumulated water can be sprayed into the clothing treatment drum in the form of atomized water droplets from the atomization generator.
Method for igniting and operating burners in the gasification of a carbon-containing fuel using at least two gasification burners, where one of the gasification burners is configured as start-up burner, characterized in that - at least one pilot burner serves for the ignition thereof, - the pilot burner is ignited by means of an electric ignition device, - where a combustible gas mixture of a fuel gas and an oxygen-containing gas is ignited in the start-up burner by means of the pilot burner, - where at least one further gasification burner is ignited by the start-up burner after ignition thereof and - the start-up burner is operated further as one of the gasification burners for the carbon-containing fuel after a change in medium. - at least one pilot burner serves for the ignition thereof, - the pilot burner is ignited by means of an electric ignition device, - where a combustible gas mixture of a fuel gas and an oxygen-containing gas is ignited in the start-up burner by means of the pilot burner, - where at least one further gasification burner is ignited by the start-up burner after ignition thereof and - the start-up burner is operated further as one of the gasification burners for the carbon-containing fuel after a change in medium.
Apparatus for use in securing three beams of rectangular cross section by clamping, whereby two of them (A1, A2) are parallel and the third is perpendicular to the other two and passes therebetween, characterized in that it comprises two plates which enclose the third beam by means of their internal portions and two clamps which each are formed by an L-shaped portion and a movable clip that function as a vice as regards the two other beams (A1, A2) perpendicular to the third beam, the set of clamps and plates adopting the form of an H and being held together by a system of screws so as to exert a clamping torque on the beams, generating friction and grip.
A rotisserie and grill comprising: a first support structure with a rotisserie motor affixed thereto, the rotisserie motor having a receptacle for receiving a spit rod; and a second support structure defining a slot for receiving the spit rod; wherein the first and second support structures are mounted to side shelves (106; 202) of the grill on opposite sides of a cooking grate of the grill positioned above a firebox of the grill; wherein the side shelves each define at least one mounting aperture (108; 204), the at least one mounting aperture retaining the support structures in upright positions; wherein the first support structure comprises a pair of upright supports (112; 114) joined by an arch, and wherein the arch provides a flat segment (123; 223) for bearing the weight of a grill lid of the grill. a first support structure with a rotisserie motor affixed thereto, the rotisserie motor having a receptacle for receiving a spit rod; and a second support structure defining a slot for receiving the spit rod; wherein the first and second support structures are mounted to side shelves (106; 202) of the grill on opposite sides of a cooking grate of the grill positioned above a firebox of the grill; wherein the side shelves each define at least one mounting aperture (108; 204), the at least one mounting aperture retaining the support structures in upright positions; wherein the first support structure comprises a pair of upright supports (112; 114) joined by an arch, and wherein the arch provides a flat segment (123; 223) for bearing the weight of a grill lid of the grill.
A method for controlling a boat, said boat being adapted to float in a body of water, said boat comprising a hull having a longitudinal extension along a hull longitudinal axis, a lateral extension along a hull lateral axis and a vertical extension along a hull vertical axis, said boat also comprising a set of drive units, said set of drive units (20, 22) comprising at least one drive unit (20, 22), each drive unit (20, 22)in said set being arranged such that it, during driving of said boat, is - adapted to be at least partially submerged into said body of water; - adapted to be pivotable, relative to said hull, around a drive unit longitudinal axis (20', 22') that is substantially parallel to said hull longitudinal axis such that a drive unit roll angle (α 1, α 2) can be varied, and - adapted to be pivotable, relative to said hull, around a steering axis (20", 22") that forms an angle with said drive unit longitudinal axis (20', 22') such that a drive unit steering angle (β 1, β 2) can be varied, characterized in that said method comprises: - establishing a boat roll threshold value; - determining a target boat roll angle, and - positioning each drive (20, 22) unit in said set of drive units such that it assumes a drive unit steering angle (β 1, β 2) and a drive unit roll angle (α 1, α 2) such that a resulting boat roll angle is obtained, the absolute value of the difference between said resulting boat roll angle and said target boat roll angle being smaller than said boat roll threshold value. - adapted to be at least partially submerged into said body of water; - adapted to be pivotable, relative to said hull, around a drive unit longitudinal axis (20', 22') that is substantially parallel to said hull longitudinal axis such that a drive unit roll angle (α 1, α 2) can be varied, and - adapted to be pivotable, relative to said hull, around a steering axis (20", 22") that forms an angle with said drive unit longitudinal axis (20', 22') such that a drive unit steering angle (β 1, β 2) can be varied, - establishing a boat roll threshold value; - determining a target boat roll angle, and - positioning each drive (20, 22) unit in said set of drive units such that it assumes a drive unit steering angle (β 1, β 2) and a drive unit roll angle (α 1, α 2) such that a resulting boat roll angle is obtained, the absolute value of the difference between said resulting boat roll angle and said target boat roll angle being smaller than said boat roll threshold value.
A laundry treating apparatus comprising: a laundry treating apparatus main body; a supporting device main body configured to support the laundry treating apparatus main body; a leg (4, 4a) coupled to a bottom of the laundry treating apparatus main body; and a supporter (100, 200, 300) installed in the supporting device main body, wherein the supporter (100, 200, 300) comprises: a guide member (110, 210. 310) configured to accommodate the leg (4, 4a) and comprising an insertion groove; and a fixing member (140, 240, 340) comprising a fixing protrusion (141, 241, 341) to be inserted into the insertion groove, the fixing member being coupled to the guide member (110, 210, 310) to fix the leg (4, 4a), and characterized in that the guide member (110,210,310) comprises a plurality of accommodating portions (112, 113) having different sizes for accommodating legs having different sizes and shapes. a laundry treating apparatus main body; a supporting device main body configured to support the laundry treating apparatus main body; a leg (4, 4a) coupled to a bottom of the laundry treating apparatus main body; and a supporter (100, 200, 300) installed in the supporting device main body, wherein the supporter (100, 200, 300) comprises: a guide member (110, 210. 310) configured to accommodate the leg (4, 4a) and comprising an insertion groove; and a fixing member (140, 240, 340) comprising a fixing protrusion (141, 241, 341) to be inserted into the insertion groove, the fixing member being coupled to the guide member (110, 210, 310) to fix the leg (4, 4a), and characterized in that the guide member (110,210,310) comprises a plurality of accommodating portions (112, 113) having different sizes for accommodating legs having different sizes and shapes. a guide member (110, 210. 310) configured to accommodate the leg (4, 4a) and comprising an insertion groove; and a fixing member (140, 240, 340) comprising a fixing protrusion (141, 241, 341) to be inserted into the insertion groove, the fixing member being coupled to the guide member (110, 210, 310) to fix the leg (4, 4a), and characterized in that the guide member (110,210,310) comprises a plurality of accommodating portions (112, 113) having different sizes for accommodating legs having different sizes and shapes.