mhurhangee/ep-ind-claims huggingface dataset:
A weighing platform adapted to be used in a weighing system for dynamically weighing a flow of items, the weighing platform comprising: • at least one load sensor, • at least two flat weighing sections (401, 402) adapted to be placed on said at least one load sensor, • first supporting means for connecting or supporting said at least two flat weighing sections (401, 402) such that adjacent ends of said at least two flat weighing sections are aligned within the same plane such that said two flat weighing sections form a 2-dimensional planar surface, • second supporting means (405, 404) for maintaining distal ends of said at least two flat weighing sections, when connected or supported via said first supporting means, at fixed height so as to create a zero weighing sensitivity at said distal ends, • wherein said 2-dimensional planar surface formed by the at least two flat weighing sections (401, 402) is an upper surface of the weighing platform, and • wherein said at least two flat weighing sections each comprises a multiple of elongated beams arranged parallel to the conveying direction of said items. • at least one load sensor, • at least two flat weighing sections (401, 402) adapted to be placed on said at least one load sensor, • first supporting means for connecting or supporting said at least two flat weighing sections (401, 402) such that adjacent ends of said at least two flat weighing sections are aligned within the same plane such that said two flat weighing sections form a 2-dimensional planar surface, • second supporting means (405, 404) for maintaining distal ends of said at least two flat weighing sections, when connected or supported via said first supporting means, at fixed height so as to create a zero weighing sensitivity at said distal ends, • wherein said 2-dimensional planar surface formed by the at least two flat weighing sections (401, 402) is an upper surface of the weighing platform, and • wherein said at least two flat weighing sections each comprises a multiple of elongated beams arranged parallel to the conveying direction of said items.
A connecting element (1, 101, 201, 301, 401) for creating a fluid connection between two elements to be connected, with a housing (2, 102, 202) having a first receiving space (14, 114, 214) with a first connector element (7, 107, 207) and a first displaceable valve element (15, 115, 215) located therein, and having a second receiving space (26, 126, 226) with a second connector element (27, 127, 227) having a second displaceable valve element (23, 123, 223) located therein, the first and second receiving spaces (14, 114, 214, 26, 126, 226) are fluidically connected to one another, wherein the first valve element (15, 115, 215) is displaceable in opposition to the force of a first force accumulator when one of the elements to be connected is inserted into the first connector element, and the second valve element (23, 123, 223) is displaceable in opposition to a second force accumulator when the second one of the elements to be connected is inserted into the second connector element, wherein the first valve element (15, 115, 215) is displaceable between two positions, wherein a fluid connection between the first receiving space (14, 114, 214) and the first connector element (7, 107, 207) is interrupted by the first valve element (15, 115, 215) in the first position, and a fluid connection between the first receiving space (14, 114, 214) and the first connector element (7, 107, 207) is opened by the first valve element (15, 115, 215) in the second position, and wherein the second valve element (23, 123, 223) is displaceable between two positions, wherein a fluid connection between the second receiving space (26, 126, 226) and the second connector element (27, 127, 227) is interrupted by the second valve element (23, 123, 223) in the first position, and a fluid connection between the second receiving space (26, 126, 226) and the second connector element (27, 127, 227) is opened by the second valve element (23, 123, 223) in the second position, wherein the first connector element (7, 107, 207) has a hollow, cylindrical element and the first valve element (15, 115, 215) has at least one cylindrical region (16, 116, 216) for sealing the first connector element that is displaceably accommodated in the hollow, cylindrical element and wherein the first valve element (15, 115, 215) has resilient arms (17, 117, 217) projecting from the cylindrical region (16, 116, 216) so that the cylindrical region (16, 116, 216) is pushed into the first position again from the second position if the first element to be connected is removed from the first connector element and the elastically deformable valve element relaxes.
A method of transmitting basic service set, BSS, load information in a wireless local area network, the method comprising: receiving (410; 510; 610; 710), from a scanning station by an access point, AP, a probe request frame including a to-be-accessed service set identifier, SSID, indicating a BSS, transmitting (310, 420; 520; 620; 720; 1210; 1220), by the AP to the scanning station in response to the probe request frame, a probe response frame when the to-be-accessed SSID in the probe request frame coincides with a SSID of the AP, the probe response frame including load information including a station count field and an antenna utilization field, wherein the station count field indicates a number of very high throughput stations, VHT STAs, that are associated with the AP and support multiple antennas within the BSS, and the antenna utilization field indicates which spatial stream is already being used when the AP performs multiple spatial stream transmission. receiving (410; 510; 610; 710), from a scanning station by an access point, AP, a probe request frame including a to-be-accessed service set identifier, SSID, indicating a BSS, transmitting (310, 420; 520; 620; 720; 1210; 1220), by the AP to the scanning station in response to the probe request frame, a probe response frame when the to-be-accessed SSID in the probe request frame coincides with a SSID of the AP, the probe response frame including load information including a station count field and an antenna utilization field, wherein the station count field indicates a number of very high throughput stations, VHT STAs, that are associated with the AP and support multiple antennas within the BSS, and the antenna utilization field indicates which spatial stream is already being used when the AP performs multiple spatial stream transmission.
Magnetic-inductive flowmeter for measuring the rate of flow of a flowing medium, comprising a measurement line, a magnetic field generating means for generating a magnetic field which at least partially penetrates the measurement line, and two measurement electrodes for detecting and tapping a measurement voltage which has been induced in the flowing medium, wherein an electrically insulating cover layer is provided at least partially over the inside of the measurement line, wherein the measuring voltage can be galvanically or capacitively tapped by the measurement electrodes and wherein the measurement electrodes are strip-shaped having a length in a peripheral direction of the measurement line of between about just under one fourth of the periphery of the measurement line up to just about over half of the periphery of the measurement line and are in direct i.e. electrically-conducting, galvanic contact with the flowing medium characterized in that the measurement electrodes are made of the same material or similar material as the cover layer and the material of the measurement electrodes has a much higher electrical conductivity than the material of the cover layer and that the electrical conductivity of the material of the measurement electrodes is increased by a special chemical and/or physical treatment, with the exception of adding at least one additive.
Rollo assembly, comprising a rollo screen for cooperation with an opening (2,3), said rollo screen having opposed forward and rearward edges extending in a transversal direction and two opposed side edges extending in a longitudinal direction, a winding shaft which is rotatable for winding on or winding off the rollo screen at the rearward edge thereof for determining the amount in which the rollo screen covers said opening (2,3), which winding shaft is biased for winding on the rollo screen, an operating beam connected to the forward edge of the rollo screen and defining two opposite operating beam ends, and two guide members extending in said longitudinal direction and each defining a guide channel for guiding a respective one of the operating beam ends, wherein near to each of the operating beam ends a first end of an elongate flexible drive member is connected, wherein each drive member, starting from the position near to the respective operating beam end, firstly extends in the longitudinal direction away from the winding shaft, next around a reversal member and finally in the longitudinal direction towards the winding shaft, wherein the reversal member is driven for a translation in said longitudinal direction, characterised in that each drive member has a second end (14") which has a stationary position.
A spinning method which uses a whirling air spinning machine for mixing a fiber-processing agent with compressed air in the whirling air spinning machine and spraying the fiber-processing agent on fibers, wherein: the fiber-processing agent has a kinematic viscosity at 30°C of 1 x 10 -6 to 100 x 10 -6 m 2 /s, wherein the fiber-processing agent comprises one, two or more of the following lubricant, the following lubricant and the following lubricant; wherein: Lubricant is an aliphatic ester compound of carbon number 5-70; Lubricant is a linear polyorganosiloxane having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s; and Lubricant is a mineral oil having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s. the fiber-processing agent has a kinematic viscosity at 30°C of 1 x 10 -6 to 100 x 10 -6 m 2 /s, wherein the fiber-processing agent comprises one, two or more of the following lubricant, the following lubricant and the following lubricant; wherein: Lubricant is an aliphatic ester compound of carbon number 5-70; Lubricant is a linear polyorganosiloxane having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s; and Lubricant is a mineral oil having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s. Lubricant is an aliphatic ester compound of carbon number 5-70; Lubricant is a linear polyorganosiloxane having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s; and Lubricant is a mineral oil having a kinematic viscosity at 30°C of 5 x 10 -6 to 100 x 10 -6 m 2 /s.
An AC inductor comprising: - a core, - at least one permanent magnet for magnetically biasing the core, - an inductor winding on the core, and - a circuitry which guides an alternating current flowing through the inductor winding such that it generates a magnetisation of the core which is opposite to the magnetisation by the permanent magnet, characterized in that the circuitry includes a commutator which guides the alternating current flowing between two contacts (2, 3) of the AC inductor through the same part of the inductor winding with a same flow direction during each half-wave of the alternating current, wherein the inductor winding comprises two contacts (9, 10), and the commutator alternatingly connects the two contacts (2, 3) of the AC inductor with the two contacts (9, 10) of the inductor winding in an electrically conductive way. - a core, - at least one permanent magnet for magnetically biasing the core, - an inductor winding on the core, and - a circuitry which guides an alternating current flowing through the inductor winding such that it generates a magnetisation of the core which is opposite to the magnetisation by the permanent magnet,
A medical device (100; 200) comprising: a catheter (110; 216) having a distal end (114; 214) and a proximal end (112; 212); a lumen (126; 226) extending through the catheter (110; 216) from the distal end (114; 214) to the proximal end (112; 212); a drive shaft extending through the lumen (110; 226) from the distal end (114; 214) to the proximal end (112; 212), wherein the drive shaft is a helically coiled wire having an outer surface; and a polymeric coating (132; 232) on at least a portion of the outer surface of the drive shaft, characterised in that the coating (132; 232) comprises a bulk material and a plurality of flexible microstructures disposed on the bulk material, wherein the microstructures extend outwardly from a surface of the polymeric coating (132; 232), the coating (132; 232) further comprising a spiral path around the drive shaft, the path formed by the removal of the microstructures and a portion of the underlying bulk material along the spiral path. a catheter (110; 216) having a distal end (114; 214) and a proximal end (112; 212); a lumen (126; 226) extending through the catheter (110; 216) from the distal end (114; 214) to the proximal end (112; 212); a drive shaft extending through the lumen (110; 226) from the distal end (114; 214) to the proximal end (112; 212), wherein the drive shaft is a helically coiled wire having an outer surface; and a polymeric coating (132; 232) on at least a portion of the outer surface of the drive shaft, characterised in that the coating (132; 232) comprises a bulk material and a plurality of flexible microstructures disposed on the bulk material, wherein the microstructures extend outwardly from a surface of the polymeric coating (132; 232), the coating (132; 232) further comprising a spiral path around the drive shaft, the path formed by the removal of the microstructures and a portion of the underlying bulk material along the spiral path.
A non-crosslinked rubber laminate which is a rubber laminate comprising a butyl rubber-containing layer stacked with an ethylene propylene diene rubber and/or ethylene propylene rubber-containing layer, said non-crosslinked rubber laminate characterized in that the ethylene propylene diene rubber and/or ethylene propylene rubber-containing layer is a rubber-containing layer that contains a low-molecular-weight polyolefin, a phenolic resin, and a crosslinking agent, where: the low-molecular-weight polyolefin is contained by 40 to 70 parts by weight, the phenolic resin is contained by 1 to 4 parts by weight, and the crosslinking agent is contained by at least 1 part by weight, relative to the ethylene propylene diene rubber and/or ethylene propylene rubber constituting a total of 100 parts by weight, and wherein the crosslinking agent is an organic peroxide. the low-molecular-weight polyolefin is contained by 40 to 70 parts by weight, the phenolic resin is contained by 1 to 4 parts by weight, and the crosslinking agent is contained by at least 1 part by weight, relative to the ethylene propylene diene rubber and/or ethylene propylene rubber constituting a total of 100 parts by weight, and wherein the crosslinking agent is an organic peroxide.
A device for mounting and adjustment of a telescopic sight on a firearm, comprising a front and a rear telescopic sight ring (2, 3), which front and rear telescopic sight ring (2, 3) each comprising an upper half-ring and a lower half ring (12, 13), the lower half-ring of each telescopic sight ring (2, 3) being connected to an intermediate piece (4, 6), each intermediate piece (4, 6) further being connected to a telescopic sight ring base (5, 7), where between a rear telescopic sight ring base and a rear intermediate piece there is arranged an adjustment device, characterised in that the adjustment device comprises at least one spring and at least a set or adjustment screw, which at least one spring is arranged in a seat or groove in the rear telescopic sight ring base, said rear intermediate piece further being provided with a recess, and wherein the rear intermediate piece on an inside is provided with an angled surface engaged by said at least one set or adjustment screw.
A vehicle with a driver's cab comprising a driver seat unit with a vertically suspended floor structure including means for steering control, means for speed control and a driver's seat, characterized in that the cab is provided with a locking mechanism for preventing the floor structure from moving vertically in relation to the cab when the vehicle is immobile, wherein the locking mechanism is operated by means of a parking brake system to prevent the suspended floor structure from moving vertically when the parking brake system is activated.
Air conditioning loop for a heating, ventilation and/or air conditioning installation, notably for a motor vehicle interior, through which there circulates a refrigerant fluid and which comprises at least one compressor, a main outlet pipe arranged downstream of the compressor, a main return pipe arranged upstream of the compressor, a condenser, an evaporator, a reversible heat exchanger, and distribution means designed to feed the evaporator and/or the reversible heat exchanger, the distribution means comprising at least one refrigerant fluid circulation pipe (23, 24, 25, 26, 27) controlled by a control valve (VA1, VA2, VA3, VR1, VR2) through which the refrigerant fluid passes in only one direction of circulation, the distribution means comprising a first connecting pipe connecting the outlet of the condenser to the reversible heat exchanger and which is controlled by a second feed valve through which the refrigerant fluid passes in only the direction of the reversible heat exchanger, characterized in that the distribution means comprise a first return pipe connecting the first connecting pipe to the main return pipe and controlled by a first return valve through which the refrigerant fluid passes only in the direction of the main return pipe.
Corner cupboard, in particular kitchen corner cupboard, with a cupboard carcass and an interior accessible through a corner cupboard door and in which at least one shelf has swivelling guidance by means of a fitting between an inner position and an outer position in which the shelf extends at least partly outwards over a plane of a door opening of the corner cupboard, wherein a pulling-in device is provided for support or independent execution of an inward movement directed from the outer to the inner position of the shelf, and a pulling-out device is provided for support or independent execution of an outward movement directed from the inner to the outer position of the shelf, and wherein the pulling-in device and pulling-out device together have at least one energy store in the form of a spring unit, which is fitted between two points of the corner cupboard movable relative to one another during movement of the shelf.
A patch antenna system comprising: an integrated circuit die comprising active side circuits including routing and wiring, and a backside silicon substrate, wherein the backside silicon substrate is a reflector; a dielectric layer formed on said backside substrate; and a redistribution layer formed on said dielectric layer, said redistribution layer including one or more patch antenna elements; wherein said active side comprises a transceiver and baseband signal processing circuit. an integrated circuit die comprising active side circuits including routing and wiring, and a backside silicon substrate, wherein the backside silicon substrate is a reflector; a dielectric layer formed on said backside substrate; and a redistribution layer formed on said dielectric layer, said redistribution layer including one or more patch antenna elements; wherein said active side comprises a transceiver and baseband signal processing circuit.
A method for regulating the pH of a soil, the method comprising the steps of: a) providing at least one earth alkali carbonate-containing material having a weight median particle size d 50 value of ≤ 50.0 μm, wherein the at least one earth alkali carbonate-containing material is at least one calcium carbonate-containing material, wherein the at least one calcium carbonate-containing material is natural ground calcium carbonate (NGCC), b) providing an aqueous solution, c) contacting the at least one earth alkali carbonate-containing material of step a) with the aqueous solution of step b) such as to form an aqueous suspension comprising the at least one earth alkali carbonate-containing material, and d) applying the aqueous suspension obtained in step c) on and/or into soil through an irrigation or spraying system, wherein the aqueous suspension is applied on and/or into the soil in an amount from 1.0×10 -4 to 2.5×10 -2 kg/m 2, based on the at least one earth alkali carbonate-containing material per pH increase of 0.1 of the soil, and wherein the ratio pH (after)/pH (before) of the soil to be treated is in the range of 1.0 to 1.4, wherein pH (after) is the pH determined after 2, 4, 6, 8, 24 and/or 52 weeks of applying the at least one earth alkali carbonate-containing material and pH (before) is the pH before applying the at least one earth alkali carbonate-containing material. a) providing at least one earth alkali carbonate-containing material having a weight median particle size d 50 value of ≤ 50.0 μm, wherein the at least one earth alkali carbonate-containing material is at least one calcium carbonate-containing material, wherein the at least one calcium carbonate-containing material is natural ground calcium carbonate (NGCC), b) providing an aqueous solution, c) contacting the at least one earth alkali carbonate-containing material of step a) with the aqueous solution of step b) such as to form an aqueous suspension comprising the at least one earth alkali carbonate-containing material, and d) applying the aqueous suspension obtained in step c) on and/or into soil through an irrigation or spraying system, wherein the aqueous suspension is applied on and/or into the soil in an amount from 1.0×10 -4 to 2.5×10 -2 kg/m 2, based on the at least one earth alkali carbonate-containing material per pH increase of 0.1 of the soil, and wherein the ratio pH (after)/pH (before) of the soil to be treated is in the range of 1.0 to 1.4, wherein pH (after) is the pH determined after 2, 4, 6, 8, 24 and/or 52 weeks of applying the at least one earth alkali carbonate-containing material and pH (before) is the pH before applying the at least one earth alkali carbonate-containing material.
A vacuum cleaner head comprising a base, a suction opening in the base and an array of flexible flaps protruding from the base configured to act on a surface to be cleaned, the flexible flaps being spaced from each other to allow the passage of detritus therebetween, wherein the flexible flaps are arranged in a predefined arrangement which is configured to promote a non-linear flow path through the array of flexible flaps between an end of the base and the suction opening, the flexible flaps being arranged in at least first and second rows (36, 37), characterized in that a gap between the first and second rows (36, 37) is substantially equal to or greater than a space between adjacent flexible flaps in each of the first and second rows.