mhurhangee/ep-ind-claims huggingface dataset:
A partially perforated assembly comprising: a perforated film layer; a perforated adhesive layer applied to one side of said film layer; a non-perforated overlaminate film layer on the other side of said perforated film layer; and a release liner on the side of said perforated adhesive layer remote from said perforated film layer, wherein the assembly is structured such that when the release liner is removed from the adhesive layer and the remaining layers of the assembly are adhered to a substrate by said adhesive layer, an inter-connected void network within at least one of said remaining layers of said assembly allows the passage of air from one perforation in said film layer and said adhesive layer to another perforation in said film layer and said adhesive layer. a perforated film layer; a perforated adhesive layer applied to one side of said film layer; a non-perforated overlaminate film layer on the other side of said perforated film layer; and a release liner on the side of said perforated adhesive layer remote from said perforated film layer, wherein the assembly is structured such that when the release liner is removed from the adhesive layer and the remaining layers of the assembly are adhered to a substrate by said adhesive layer, an inter-connected void network within at least one of said remaining layers of said assembly allows the passage of air from one perforation in said film layer and said adhesive layer to another perforation in said film layer and said adhesive layer.
A damper, comprising: a housing; a damper oil filled inside the housing; a rotor including a rotating shaft with one portion protruding from the housing, and a rotor brake plate connected to a lower end portion of the rotating shaft and rotatably housed inside the housing; and an annular seal material disposed between the housing and the rotating shaft to prevent the damper oil from leaking outside of the housing, wherein the annular seal material is formed by a silicone rubber having a hardness of 25 degrees or above and 45 degrees or less according to Durometer Hardness Testing (type A) of JIS K 6253, characterized in that the silicone rubber has a loss tangent of 0.12 or above and 0.25 or less at a temperature of 23oC ± 2oC obtained from a dynamic viscoelastic measurement in a frequency of 1 Hz. a housing; a damper oil filled inside the housing; a rotor including a rotating shaft with one portion protruding from the housing, and a rotor brake plate connected to a lower end portion of the rotating shaft and rotatably housed inside the housing; and an annular seal material disposed between the housing and the rotating shaft to prevent the damper oil from leaking outside of the housing, wherein the annular seal material is formed by a silicone rubber having a hardness of 25 degrees or above and 45 degrees or less according to Durometer Hardness Testing (type A) of JIS K 6253, characterized in that the silicone rubber has a loss tangent of 0.12 or above and 0.25 or less at a temperature of 23oC ± 2oC obtained from a dynamic viscoelastic measurement in a frequency of 1 Hz.
A method of forming a reverse osmosis membrane, comprising: a coating membrane forming step of forming a coating membrane which is soluble in a predetermined solvent on a surface of a porous support substrate that is insoluble in the solvent, wherein the porous support substrate comprises a nonwoven fabric-type backing layer and a porous plastic layer provided on the backing layer; and the coating membrane is formed on the porous plastic layer of the porous support substrate in the coating membrane forming step; a carbon membrane forming step of forming a carbon membrane having a diamond-like-carbon structure including nitrogen atoms on the coating membrane by a high power impulse magnetron sputtering that deposits carbon as a target material under an atmosphere where rare gas and nitrogen gas are contained, wherein the carbon membrane is configured to be diffusely permeated with a particular material contained in a solution and to separate the particular material as an object targeted for removal; a removing-by-dissolving step of removing the coating membrane by immersing the coating membrane in the predetermined solvent to dissolve the same in the solvent after formation of the carbon membrane, so that the carbon membrane is layered on the porous plastic layer of the porous support substrate, wherein the reverse osmosis membrane separates a particular material contained in a solution. a coating membrane forming step of forming a coating membrane which is soluble in a predetermined solvent on a surface of a porous support substrate that is insoluble in the solvent, wherein the porous support substrate comprises a nonwoven fabric-type backing layer and a porous plastic layer provided on the backing layer; and the coating membrane is formed on the porous plastic layer of the porous support substrate in the coating membrane forming step; a carbon membrane forming step of forming a carbon membrane having a diamond-like-carbon structure including nitrogen atoms on the coating membrane by a high power impulse magnetron sputtering that deposits carbon as a target material under an atmosphere where rare gas and nitrogen gas are contained, wherein the carbon membrane is configured to be diffusely permeated with a particular material contained in a solution and to separate the particular material as an object targeted for removal; a removing-by-dissolving step of removing the coating membrane by immersing the coating membrane in the predetermined solvent to dissolve the same in the solvent after formation of the carbon membrane, so that the carbon membrane is layered on the porous plastic layer of the porous support substrate, wherein the reverse osmosis membrane separates a particular material contained in a solution.
A method of making a high aspect ratio, planar core optical fiber preform, comprising: forming a near-net rectangular shape planar core region (51, 52, 400, 530) of a first composition and having an elongated cross-section with a wide slow-axis dimension and a narrow fast-axis dimension, the high aspect ratio defined as a ratio of the wide dimension to the narrow dimension and having a value of less than 100:1 and more than 20:1; forming a pair of near-net shape cladding elements (53, 410, 420, 500) having a second composition and comprising rods of diameter substantially greater than the narrow fast-axis dimension of the planar core region (51, 52, 400, 530); disposing the pair of near-net shape cladding elements (53, 410, 420, 500) adjacent to each slow-axis edge of the planar core region (51, 52, 400, 530) to form a pair of edge-cladding regions (53, 410, 420), the combination exhibiting a barbell configuration; and surrounding the combination of the near-net rectangular shape core region (51, 52, 400, 530) and the pair of near-net shape cladding elements (53, 410, 420, 500) with an outer cladding of a third composition, the method of making a high aspect ratio, planar core optical fiber preform being characterized in that said rods are of a circular cross-section. forming a near-net rectangular shape planar core region (51, 52, 400, 530) of a first composition and having an elongated cross-section with a wide slow-axis dimension and a narrow fast-axis dimension, the high aspect ratio defined as a ratio of the wide dimension to the narrow dimension and having a value of less than 100:1 and more than 20:1; forming a pair of near-net shape cladding elements (53, 410, 420, 500) having a second composition and comprising rods of diameter substantially greater than the narrow fast-axis dimension of the planar core region (51, 52, 400, 530); disposing the pair of near-net shape cladding elements (53, 410, 420, 500) adjacent to each slow-axis edge of the planar core region (51, 52, 400, 530) to form a pair of edge-cladding regions (53, 410, 420), the combination exhibiting a barbell configuration; and surrounding the combination of the near-net rectangular shape core region (51, 52, 400, 530) and the pair of near-net shape cladding elements (53, 410, 420, 500) with an outer cladding of a third composition, the method of making a high aspect ratio, planar core optical fiber preform being characterized in that said rods are of a circular cross-section.
An installation structure for fixing an illumination device, comprising a first mounting plate at least carrying a light source of the illumination device, wherein the installation structure comprises a second mounting plate, and the first mounting plate comprises a first assembling unit and a second assembling unit which are arranged opposite to each other on the first mounting plate, the second mounting plate comprises a first installation portion and a second installation portion, wherein the first installation portion is plugged into the first assembling unit, and the second installation portion is locked in or unlocked from the second assembling unit by rotating the first mounting plate relative to the second mounting plate, characterized in that the first mounting plate is rotated relative to the second assembling unit around a rotation axis perpendicular to the first mounting plate and extending through the first assembling unit.
A beverage container provided with an inner space, at least partly filled with carbonated beverage and a valve assembly attached in the beverage container, in particular a top surface thereof, which valve assembly comprises a valve body biased in a closing direction against a valve seat, and wherein an engaging element (26,34) extending outside the inner space is provided, wherein a pressure control device is provided in the inner space and which comprises a reservoir with a pressure regulator, which reservoir is filled with a pressure gas and in communication with the inner space., at least during use, via the pressure regulator, and wherein / a dispensing device comprises an operating device for pressing the valve body away from the valve seat, which operating device comprises a part of a beverage dispensing channel (48, 52) and is provided with means (41, 42, 64, 34) for maintaining the valve assembly in an opened position, wherein the operating device is provided with a first coupling means and a second coupling means which is movable relative to the first coupling means, wherein with the aid of the first coupling means, the operating device can be positioned relative to the valve assembly, while with the second coupling means, the valve assembly can be operated, for opening a beverage valve, wherein engaging means are provided for fixing, with the beverage valve in opened condition, the second coupling means relative to the first coupling means and/or the container.
A radial press, comprising - a base, - a hollow annular die mounted rotatably thereon relative to a press axis and having an inner contour that tapers in the direction of the press axis and is rotationally symmetrical relative to the press axis and - a rolling-element unit capable of rotating relative to the press axis and having a thrust ring surrounding the press axis and a plurality of rotationally symmetric rolling elements, which are disposed around the press axis and taper at least in regions, which are rotatably axially braced on the thrust ring with variable distance to the press axis, and which can roll along the inner contour of the annular die, wherein a rotary drive acts on the annular die and/or on the rolling-element unit, causing their rotation around the press axis, and wherein furthermore a feed drive acts on the rolling-element unit and/or on the annular die, causing axial adjustment of the rolling-element unit and of the annular die relative to one another along the press axis. - a base, - a hollow annular die mounted rotatably thereon relative to a press axis and having an inner contour that tapers in the direction of the press axis and is rotationally symmetrical relative to the press axis and - a rolling-element unit capable of rotating relative to the press axis and having a thrust ring surrounding the press axis and a plurality of rotationally symmetric rolling elements, which are disposed around the press axis and taper at least in regions, which are rotatably axially braced on the thrust ring with variable distance to the press axis, and which can roll along the inner contour of the annular die,
A cold-top electric glass furnace comprising electrodes that submerge into the batch materials via the top and comprising a motorized device for coordinated horizontal and cyclic movement of the electrodes during the steady-state operation of said furnace, characterized in that said coordinated movement alternately comprises the mutual coming together of all the electrodes and the mutual moving apart of all the electrodes, the furnace comprising an electric control system adapted to said movement.
A spectrometer having a main optical body forming a hollow space connected to at least one light channel, wherein a light source is disposed at the end of the light channel, which is disposed remote from the hollow space, a diffraction grating having a grating central point, which is disposed at the other end of the light channel in the hollow space, a light inlet opening, which is disposed in the light channel between the light source and the diffraction grating, and a detector unit, which is disposed on the side of the hollow space opposite the diffraction grating, so that the focal curve of the spectrometer satisfies the back focus equation: cos 2 α L A − cos α R + cos 2 β L B − cos β R − nλK = 0 where α angle of incidence, β diffraction angle, L A inlet back focal length, L B outlet back focal length, R grating radius (radius of curvature of the spherical grating surface), n diffraction order (integer, positive or negative), λ wavelength (at the diffraction angle β), K spherical grating constant, depending on line shape, characterised in that - the light inlet opening is disposed on a compensation body, - the compensation body is disposed in the light channel and fixed on the main optical body between light source and diffraction grating, - the compensation body is configured so that during thermal expansion of the main optical body the thermal-affected expansion of the compensation body changes the distance between light inlet opening and grating central point so that defocussing due to the thermal expansion of the main optical body is corrected by correction of the inlet back focal length. α angle of incidence, β diffraction angle, L A inlet back focal length, L B outlet back focal length, R grating radius (radius of curvature of the spherical grating surface), n diffraction order (integer, positive or negative), λ wavelength (at the diffraction angle β), K spherical grating constant, depending on line shape, - the light inlet opening is disposed on a compensation body, - the compensation body is disposed in the light channel and fixed on the main optical body between light source and diffraction grating, - the compensation body is configured so that during thermal expansion of the main optical body the thermal-affected expansion of the compensation body changes the distance between light inlet opening and grating central point so that defocussing due to the thermal expansion of the main optical body is corrected by correction of the inlet back focal length.
Distribution cabinet having a main body, having a door leaf and having a hinge body, wherein the distribution cabinet is closeable by means of the door leaf, and wherein an interior space of the distribution cabinet is accessible through a cabinet opening with the door leaf open, wherein the hinge body comprises at least one hinge element which has at least one pivot axis which is connected to the door leaf, wherein the door leaf is pivotable about the pivot axis, wherein the door leaf comprises at least one projection which extends substantially parallel to the pivot axis, wherein the main body comprises at least one substantially elliptical-arc-shaped guide surface along which the projection slides during an opening or closing operation of the door leaf, characterized in that the at least one hinge element is held in the main body so as to be movable along a translation axis which extends substantially orthogonally to the cabinet opening of the distribution cabinet, whereby a relative rotational movement of the door leaf is converted into a translational movement of the at least one hinge element, which causes the pivot axis to be displaced away from the interior space of the distribution cabinet into an outer region beyond a plane in which the cabinet opening lies.
A method performed by a first network node, the method comprising: - receiving, from a wireless device, a request to resume a connection with the first network node; - sending a handover request to a second network node in response to receiving the resume request; - in response to receiving an acknowledgement for the handover request, from the second network node, sending a response to the wireless device for indicating a handover of the wireless device to the second network node. - receiving, from a wireless device, a request to resume a connection with the first network node; - sending a handover request to a second network node in response to receiving the resume request; - in response to receiving an acknowledgement for the handover request, from the second network node, sending a response to the wireless device for indicating a handover of the wireless device to the second network node.
A method for transmitting data by a first device: obtaining, from a second device by the first device, a scheduling assignment, SA, associated with one or more subframes; determining, by the first device, a received power of a physical sidelink shared channel, PSSCH, on the one or more subframes based on the SA of the second device; determining, by the first device, a received power associated with at least one subband in the one or more subframes; determining, by the first device, a resource for sidelink transmission from among a plurality of candidate resources (1202, 1203); and transmitting, by the first device, data using the determined resource, wherein a first resource in a first subframe among the plurality of candidate resources is excluded for the sidelink transmission in case that the first device has not monitored a second subframe, and the first subframe is determined based on the second subframe and a resource reservation period, and wherein a second resource among the plurality of candidate resources is excluded for the sidelink transmission in case that a received power of the second resource is higher than a threshold, Th. obtaining, from a second device by the first device, a scheduling assignment, SA, associated with one or more subframes; determining, by the first device, a received power of a physical sidelink shared channel, PSSCH, on the one or more subframes based on the SA of the second device; determining, by the first device, a received power associated with at least one subband in the one or more subframes; determining, by the first device, a resource for sidelink transmission from among a plurality of candidate resources (1202, 1203); and transmitting, by the first device, data using the determined resource, wherein a first resource in a first subframe among the plurality of candidate resources is excluded for the sidelink transmission in case that the first device has not monitored a second subframe, and the first subframe is determined based on the second subframe and a resource reservation period, and wherein a second resource among the plurality of candidate resources is excluded for the sidelink transmission in case that a received power of the second resource is higher than a threshold, Th.
Container for packaging a cosmetic product having a given period after opening, said container comprising at least one electronic device for processing data capable of reading one or more data which, associated with the product, are contained in a data support to selectively record at least one first opening of the product so as to be able to calculate the period after opening of said product, said container comprising the data support, characterised in that the data support is an RFID label capable of being read by radiofrequency by said electronic device.
Method of manufacturing laminate floor panels comprising at least a core containing wood/plastic composite and a decorative top layer, including the steps of: providing a granulate of WPC in which natural fibres are encapsulated in polymer plastics, said polymer plastic being one or more of polyethylene, polypropylene, polyvinyl chloride and copolymer of PVC, providing a layer of granulate and melting it, pressing the melted layer for forming the core of the panels, providing a decorative print directly on the WPC core, finishing the sheet to form one or more panels, wherein the WPC core includes a low density WPC layer which is sandwiched between layers of WPC having higher density. providing a granulate of WPC in which natural fibres are encapsulated in polymer plastics, said polymer plastic being one or more of polyethylene, polypropylene, polyvinyl chloride and copolymer of PVC, providing a layer of granulate and melting it, pressing the melted layer for forming the core of the panels, providing a decorative print directly on the WPC core, finishing the sheet to form one or more panels, wherein the WPC core includes a low density WPC layer which is sandwiched between layers of WPC having higher density.
A device for equalizing a filling level in a pressure vessel for extinguishant, consisting of the pressure vessel with the extinguishant, the extinguishing line, the propellant line with the propellant and the adapter of the pressure vessel, characterized by an equalizing tank and a cut-off member between the equalizing tank and the pressure vessel, wherein in the triggering state the cut-off member automatically separates the fluidic connection between the pressure vessel and the equalizing tank when pressurizing using the propellant.