mhurhangee/ep-ind-claims huggingface dataset:
A pressing device for pressing meat products, in particular frozen and/or partly frozen meat products, preferably fresh meat products and/or bacon, comprising a pressing chamber which extends along a longitudinal axis and into which a product to be pressed can be inserted, wherein the pressing chamber comprises at least one counter-element (18, 19, 20) and at least one contact element (21, 22, 23), the at least one contact element being movable in the direction of the counter-element (18, 19, 20), the at least one contact element and the at least one counter-element cooperating such that the product inserted into the pressing chamber can be compressed between the at least one counter-element (18, 19, 20) and the at least one contact element (21, 22, 23), characterized in that the pressing device comprises at least one servomotor (24, 25, 26) which is configured to move the at least one contact element (21, 22, 23), wherein the contact element is further connected to a further servomotor which is configured to position the contact element in the direction of the counter-element before the pressing and to eject the contact element after the pressing; and in that the contact element can be driven via a fast servo axle and a slow servo axle, wherein the fast servo axle serves for a fast pre-positioning of the product before the actual pressing process by orienting the product in the direction of the counter-element and for an ejection of the product from the pressing chamber after the pressing, and wherein the slow servo axle is provided to move the contact element during the actual pressing process. wherein the pressing chamber comprises at least one counter-element (18, 19, 20) and at least one contact element (21, 22, 23), the at least one contact element being movable in the direction of the counter-element (18, 19, 20), the at least one contact element and the at least one counter-element cooperating such that the product inserted into the pressing chamber can be compressed between the at least one counter-element (18, 19, 20) and the at least one contact element (21, 22, 23), characterized in that the pressing device comprises at least one servomotor (24, 25, 26) which is configured to move the at least one contact element (21, 22, 23), wherein the contact element is further connected to a further servomotor which is configured to position the contact element in the direction of the counter-element before the pressing and to eject the contact element after the pressing; and in that the contact element can be driven via a fast servo axle and a slow servo axle, wherein the fast servo axle serves for a fast pre-positioning of the product before the actual pressing process by orienting the product in the direction of the counter-element and for an ejection of the product from the pressing chamber after the pressing, and wherein the slow servo axle is provided to move the contact element during the actual pressing process.
A hot-dip aluminum-based alloy-coated steel sheet, comprising: a substrate steel sheet; and a hot-dip aluminum-based alloy coated layer which is formed on a surface of the substrate steel sheet and which contains boron at an average concentration of not less than 0.005 mass% and contains potassium at an average concentration of not less than 0.0004 mass%. a substrate steel sheet; and a hot-dip aluminum-based alloy coated layer which is formed on a surface of the substrate steel sheet and which contains boron at an average concentration of not less than 0.005 mass% and contains potassium at an average concentration of not less than 0.0004 mass%.
A combustion chamber arrangement comprising an annular combustion chamber, a plurality of fuel injectors and a stage of turbine nozzle guide vanes; the annular combustion chamber comprising an annular upstream end wall having a plurality of circumferentially spaced apertures and an annular downstream end; each fuel injector being located in a respective one of the apertures in the annular upstream end wall; the stage of turbine nozzle guide vanes being arranged at the downstream end of the annular combustion chamber, the stage of turbine nozzle guide vanes comprising an annular inner wall, an annular outer wall and a plurality of circumferentially spaced turbine nozzle guide vanes extending between and being secured to the annular inner wall and the annular outer wall; the annular inner wall having an outer surface which has a plurality of outer surface portions and each outer surface portion is positioned between a pair of circumferentially adjacent turbine nozzle guide vanes, the annular outer wall having an inner surface which has a plurality of inner surface portions and each inner surface portion is positioned between a pair of circumferentially adjacent turbine nozzle guide vanes; the annular outer wall having at least one inner surface portion having a different contoured profile to the contoured profile of a circumferentially adjacent inner surface portion of the annular outer wall or the annular inner wall having at least one outer surface portion which has a different contoured profile to the contoured profile of a circumferentially adjacent outer surface portion of the annular inner wall; characterised in that the fuel injectors are lean burn fuel injectors, each lean burn fuel injector comprises a plurality of coaxial air swirlers, the outer surface of the annular inner wall is non-axisymmetric and non-periodic, and the inner surface of the annular outer wall is non-axisymmetric and non-periodic.
An electrically heatable sheet-type heating element, including an electrically conductive textile having a fabric which has heating threads that run in a first direction and/or a second direction and which include electrically conductive fabric threads (24, 30), wherein, for connecting the electrically conductive fabric threads (24, 30) to a current source or an electrical circuit, the textile has electrically conductive connection threads (14, 15) which are incorporated by weaving technology into the fabric over a partial region of their length and make electrical contact with at least one electrically conductive fabric thread (24, 30).
An exterminator for insects, in particular mosquitoes, comprising: a) a container which is open on the upper side and which may be filled, if required, with a water-containing fluid, having an inner wall with a smooth surface descending steeply towards the water, b) a cover provided at a distance above the open upper side of the container, and c) a float which is provided in the container, under the cover, and which moves up and down with the water level, which float has a float body which extends above the surface of the fluid and which comprises or is provided with a structure which remains dry in the form of a gauze, net, cloth, screen, grid or fabric, on to which an electrostatic coating layer in the form of a platinum complex-containing silicone composition is provided, to which one or more powders are adhered comprising: - a juvenile hormone, such as pyriproxyphene and/or - a fungus, such as Beauveria bassiana, and/or Metarhizium anisopliae, and/or - an intensifying agent, such as synthetic or non-synthetic silica, or diatomaceous earth, which dissolves upon contact with the cuticula of the insect, so that when it is used in combination with the fungus, the latter can more easily penetrate the insect. a) a container which is open on the upper side and which may be filled, if required, with a water-containing fluid, having an inner wall with a smooth surface descending steeply towards the water, b) a cover provided at a distance above the open upper side of the container, and c) a float which is provided in the container, under the cover, and which moves up and down with the water level, which float has a float body which extends above the surface of the fluid and which comprises or is provided with a structure which remains dry in the form of a gauze, net, cloth, screen, grid or fabric, on to which an electrostatic coating layer in the form of a platinum complex-containing silicone composition is provided, to which one or more powders are adhered comprising: - a juvenile hormone, such as pyriproxyphene and/or - a fungus, such as Beauveria bassiana, and/or Metarhizium anisopliae, and/or - an intensifying agent, such as synthetic or non-synthetic silica, or diatomaceous earth, which dissolves upon contact with the cuticula of the insect, so that when it is used in combination with the fungus, the latter can more easily penetrate the insect. - a juvenile hormone, such as pyriproxyphene and/or - a fungus, such as Beauveria bassiana, and/or Metarhizium anisopliae, and/or - an intensifying agent, such as synthetic or non-synthetic silica, or diatomaceous earth, which dissolves upon contact with the cuticula of the insect, so that when it is used in combination with the fungus, the latter can more easily penetrate the insect.
A vacuum insulated glass building element, having a first glass pane and a second glass pane that are supported on each other by spacer elements, form a thin evacuated intermediate space between them and are closed off by a vacuum-tight edge sealing bond, wherein the edge sealing bond is made of metal foil strips, wherein first ones of the metal foil strips are connected to the edges of the first glass pane in a vacuum-tight manner, and second ones of the metal foil strips are connected to the edges of the second glass pane in a vacuum-tight manner, and wherein the first and second metal foil strips are welded to each other, characterized in that the edge areas of the first and second metal foil strips that protrude beyond the edges of the respective glass pane (1, 2) are pressed together and welded to each other by laser welding, and in that the protruding areas that are welded together by laser welding after being pressed together are bent to one or the other face of the building element.
A semiconductor unit, comprising: a semiconductor chip; a metal base; a frame made of a non-conductive material; a ceramic substrate mounted on the metal base, the ceramic substrate having a circuit pattern on which the semiconductor chip is mounted; and a temperature sensor for detecting a temperature, wherein the semiconductor unit further comprises a pressing member (35, 40, 42) for retaining the temperature sensor by pressing against the ceramic substrate, wherein the temperature sensor is mounted by press fitting to a projecting end of a support plate that is fixed to the frame, and the support plate is a leaf spring. a semiconductor chip; a metal base; a frame made of a non-conductive material; a ceramic substrate mounted on the metal base, the ceramic substrate having a circuit pattern on which the semiconductor chip is mounted; and a temperature sensor for detecting a temperature, wherein the semiconductor unit further comprises a pressing member (35, 40, 42) for retaining the temperature sensor by pressing against the ceramic substrate, wherein the temperature sensor is mounted by press fitting to a projecting end of a support plate that is fixed to the frame, and the support plate is a leaf spring.
A container, comprising: a body having a bottom wall and a side wall, the bottom wall and the side wall defining an internal storage compartment adapted for storage of a plurality of units of a product, the side wall having an outer peripheral surface; a rib structure operably engaged with the body about the outer peripheral surface of the side wall and extending outwardly therefrom; and a cover configured to be removably engaged with the body, the cover having a top wall and a peripheral flange having an inner surface, the inner surface being substantially smooth and configured to interact with the rib structure when the cover is received over the outer peripheral surface of the side wall so as to form an interference fit, characterized in that the rib structure comprises a plurality of rib segments projecting from the outer peripheral surface of the side wall, the rib segments being spaced apart so as to form vent channels therebetween for facilitating venting when the cover is received over the body, and wherein each rib segment comprises a rib wall and a rib projection projecting from the rib wall, the rib wall being adjacent the outer peripheral surface of the side wall, and the rib projection extending outwardly of the rib wall and being configured to interact with the inner surface of the peripheral flange when the cover is received over the outer peripheral surface of the side wall. a body having a bottom wall and a side wall, the bottom wall and the side wall defining an internal storage compartment adapted for storage of a plurality of units of a product, the side wall having an outer peripheral surface; a rib structure operably engaged with the body about the outer peripheral surface of the side wall and extending outwardly therefrom; and a cover configured to be removably engaged with the body, the cover having a top wall and a peripheral flange having an inner surface, the inner surface being substantially smooth and configured to interact with the rib structure when the cover is received over the outer peripheral surface of the side wall so as to form an interference fit, characterized in that the rib structure comprises a plurality of rib segments projecting from the outer peripheral surface of the side wall, the rib segments being spaced apart so as to form vent channels therebetween for facilitating venting when the cover is received over the body, and wherein each rib segment comprises a rib wall and a rib projection projecting from the rib wall, the rib wall being adjacent the outer peripheral surface of the side wall, and the rib projection extending outwardly of the rib wall and being configured to interact with the inner surface of the peripheral flange when the cover is received over the outer peripheral surface of the side wall.
A method comprising: receiving, over a plurality of consecutive signaling intervals, a plurality of codewords, each codeword received as a plurality of symbols via wires of a multi-wire bus, the plurality of symbols received at a plurality of multi-input comparators, MICs, wherein each symbol is received by at least two MICs; generating, for each codeword, a corresponding set of linear combination of the received symbols using the plurality of MICs; the method characterised by further comprising: generating a plurality of composite skew measurement signals over the plurality of consecutive signaling intervals, each composite skew measurement signal based on samples of one or more linear combinations; and updating wire-specific skew values of the wires of the multi-wire bus, wherein one or more wire-specific skew values are updated according to composite skew measurement signals associated with linear combinations formed by at least two different MICs. receiving, over a plurality of consecutive signaling intervals, a plurality of codewords, each codeword received as a plurality of symbols via wires of a multi-wire bus, the plurality of symbols received at a plurality of multi-input comparators, MICs, wherein each symbol is received by at least two MICs; generating, for each codeword, a corresponding set of linear combination of the received symbols using the plurality of MICs; the method characterised by further comprising: generating a plurality of composite skew measurement signals over the plurality of consecutive signaling intervals, each composite skew measurement signal based on samples of one or more linear combinations; and updating wire-specific skew values of the wires of the multi-wire bus, wherein one or more wire-specific skew values are updated according to composite skew measurement signals associated with linear combinations formed by at least two different MICs. generating a plurality of composite skew measurement signals over the plurality of consecutive signaling intervals, each composite skew measurement signal based on samples of one or more linear combinations; and updating wire-specific skew values of the wires of the multi-wire bus, wherein one or more wire-specific skew values are updated according to composite skew measurement signals associated with linear combinations formed by at least two different MICs.
A method performed by an access point of a wireless network, the method comprising: (a) wirelessly broadcasting, on a first channel, directory information about one or more media programs being broadcast on one or more other channels, including a schedule of the media programs, the broadcasting of the directory information occurring at times aligned with times of beacon frames containing a broadcast-buffered indication; and (b) wirelessly broadcasting the one or more media programs on the one or more other channels according to the schedule of the media programs, the broadcasting of the one or more media programs occurring at times that are independent of times of broadcast-buffered-indication-containing beacon frames. (a) wirelessly broadcasting, on a first channel, directory information about one or more media programs being broadcast on one or more other channels, including a schedule of the media programs, the broadcasting of the directory information occurring at times aligned with times of beacon frames containing a broadcast-buffered indication; and (b) wirelessly broadcasting the one or more media programs on the one or more other channels according to the schedule of the media programs, the broadcasting of the one or more media programs occurring at times that are independent of times of broadcast-buffered-indication-containing beacon frames.
A supersonic aircraft with an engine inlet for efficient operation at off-design Mach number comprising: a fixed compression surface disposed on a surface selected from a fuselage bottom, fuselage top, fuselage side, wing top and wing bottom; a leading edge that is variably extendible over the fixed compression surface to simultaneously vary capture area, compression and shock wave position; and, a cowl incorporating the leading edge, said cowl movable to extend and retract the leading edge across a range of positions from a fully retracted position to a fully extended position, wherein the cowl is configured to pivot about a remote axis perpendicular to a direction of airflow into the inlet and transverse to the fixed compression surface. a fixed compression surface disposed on a surface selected from a fuselage bottom, fuselage top, fuselage side, wing top and wing bottom; a leading edge that is variably extendible over the fixed compression surface to simultaneously vary capture area, compression and shock wave position; and, a cowl incorporating the leading edge, said cowl movable to extend and retract the leading edge across a range of positions from a fully retracted position to a fully extended position,
A method of creating colored materials comprising ordered structures within magnetochromatic microspheres, the method comprising: coating a plurality of magnetite nanocrystals with a surface medium; dispersing the plurality of coated magnetite nanocrystals in a ultraviolet curable solution; placing the magnetite nanocrystals and the UV curable solution in an immiscible solution to form an emulsion; exposing the emulsion to an external magnetic field, which aligns the coated magnetite nanocrystals in one-dimensional chains within emulsion droplets within the curable solution; curing the emulsion droplets within the curable solution into magnetochromatic microspheres containing parallel chains of crystals by exposing the curable solution to a UV illumination source; wherein the step of exposing the curable solution to the UV illumination source fixes the ordered structures within the microspheres; immersing the microspheres in a phase-changeable matrix, the phase-changeable matrix having a liquid phase and a solid phase; and converting the phase-changeable matrix from the liquid phase to the solid phase, thus fixing the orientation of the microspheres within the solid phase of the phase-changeable matrix. coating a plurality of magnetite nanocrystals with a surface medium; dispersing the plurality of coated magnetite nanocrystals in a ultraviolet curable solution; placing the magnetite nanocrystals and the UV curable solution in an immiscible solution to form an emulsion; exposing the emulsion to an external magnetic field, which aligns the coated magnetite nanocrystals in one-dimensional chains within emulsion droplets within the curable solution; curing the emulsion droplets within the curable solution into magnetochromatic microspheres containing parallel chains of crystals by exposing the curable solution to a UV illumination source; wherein the step of exposing the curable solution to the UV illumination source fixes the ordered structures within the microspheres; immersing the microspheres in a phase-changeable matrix, the phase-changeable matrix having a liquid phase and a solid phase; and converting the phase-changeable matrix from the liquid phase to the solid phase, thus fixing the orientation of the microspheres within the solid phase of the phase-changeable matrix.
Coupling device for fastening an actuator to an actuating member, in particular a pedal of a vehicle, wherein the coupling device can be connected to the actuator and can be brought into engagement with the actuating member, the coupling device comprises a base body on which a hook-shaped first coupling element is arranged, the first coupling element comprising a first leg projecting from a rear side (10") of the base body and a second leg extending transversely thereto, characterized in that the first leg, in the mounted state of the coupling device, is arranged lateral with respect to the actuating member and the second leg is arranged behind the actuating member, and that the base body comprises at least one second coupling element, said second coupling element having a first leg projecting from one side of the base body and a second leg extending transversely thereto, wherein, in the mounted state, the first leg extends on the front side of the actuating member and the second leg of the second coupling element extends transversely with respect to said first leg, so that the first hook-shaped coupling element and the second hook-shaped coupling element engage around the actuating member in a form-fitting manner.