mhurhangee/ep-ind-claims huggingface dataset:
A visible light communication transmitter (100; 300) adapted to drive a blue-light-excitation-type white LED based on a driving current signal generated based on transmission data and outputs a visible light signal to a receiver, comprising: multi-level driving means adapted to generate a multi-level driving current signal by adding a rising pulse when the transmission data rises and adding a falling pulse when the transmission data falls, wherein a pulse width (WA, WC) of the rising pulse and the falling pulse is 1/2 of a minimum pulse width of the transmission data. multi-level driving means adapted to generate a multi-level driving current signal by adding a rising pulse when the transmission data rises and adding a falling pulse when the transmission data falls, wherein a pulse width (WA, WC) of the rising pulse and the falling pulse is 1/2 of a minimum pulse width of the transmission data.
A method of communication, comprising: receiving, at an access point (102, 104), a message relating to a request by an access terminal to access the access point (102, 104), wherein the message comprises a first identifier associated with the access terminal (106, 108); sending, by the access point, the first identifier to a network node; determining, at the network node, a second identifier associated with the access terminal (106, 108) based on the first identifier, wherein the second identifier identifies a plurality of access points; sending, by the network node, the second identifier to the access point (102, 104); and determining, at the access point (102, 104), whether the access terminal (106, 108) is allowed to receive service from the access point (102, 104) based on the second identifier and at least one identifier associated with the access point (102, 104). receiving, at an access point (102, 104), a message relating to a request by an access terminal to access the access point (102, 104), wherein the message comprises a first identifier associated with the access terminal (106, 108); sending, by the access point, the first identifier to a network node; determining, at the network node, a second identifier associated with the access terminal (106, 108) based on the first identifier, wherein the second identifier identifies a plurality of access points; sending, by the network node, the second identifier to the access point (102, 104); and determining, at the access point (102, 104), whether the access terminal (106, 108) is allowed to receive service from the access point (102, 104) based on the second identifier and at least one identifier associated with the access point (102, 104).
An insole for a shoe with a heel area, a metatarsal area and a forefoot area, with a foamed material body having a top and a bottom, the foamed material body extending over the heel area, the metatarsal area and the forefoot area, and with a cover layer arranged on the top of the foamed material body, characterized in that the foamed material body comprises a first plate embedded in the foamed material body at the top of the foamed material body, the plate extending over the metatarsal area and the heel area and comprising a thickening in the metatarsal area, which thickening is shaped convexly towards the bottom, that a second plate arranged opposite the convexly shaped thickening is embedded in the foamed material body at the bottom of the foamed material body, and that the second plate has a rolling surface for the convex thickening of the first plate, the convex thickening of the first plate rests on the rolling surface of the second plate to form a fulcrum for the first plate.
Device for storing energy using a phase-change material comprising an enclosure intended to contain a phase-change material and a thermal heat source comprising a heat-transfer fluid passing through said enclosure and configured to store and extract heat of and from said PCM, the device comprising an electrical heat source placed in the enclosure, said heat-transfer fluid passing through said enclosure being intended to collect the thermal energy equally coming from the electrical energy or from the thermal energy, characterised in that - the electrical heat source is configured to only store heat in the PCM, - the thermal heat source comprises an exchanger immersing in the PCM and wherein the heat-transfer fluid circulates, - the device comprises a profile placed in thermal contact with the PCM and in contact with the exchanger receiving the heat-transfer fluid, the profile comprising a housing wherein the electrical heat source is disposed, - the device comprises fixing means between at least one exchanger and one profile. - the electrical heat source is configured to only store heat in the PCM, - the thermal heat source comprises an exchanger immersing in the PCM and wherein the heat-transfer fluid circulates, - the device comprises a profile placed in thermal contact with the PCM and in contact with the exchanger receiving the heat-transfer fluid, the profile comprising a housing wherein the electrical heat source is disposed, - the device comprises fixing means between at least one exchanger and one profile.
A coaxial waveguide, comprising: a center conductor; an outer conductor comprising a planar base wall, a first sidewall and a second sidewall extending perpendicularly from the planar base wall, and an upper wall extending between the sidewalls, wherein the planar base wall, the first and second sidewalls, and the upper wall are spaced apart from and disposed around the center conductor wherein each of the outer conductor walls is disposed over the planar base wall; a plurality of dielectric support members for supporting the center conductor in contact with the center conductor and enclosed within the outer conductor; and an enclosed core volume between the center conductor and the outer conductor, wherein the core volume is under vacuum or in a gas state, wherein the dielectric support members are spaced apart from each other and each one of them have a first end portion embedded in the first sidewall and a second end portion extending beneath the center conductor and above the base wall. a center conductor; an outer conductor comprising a planar base wall, a first sidewall and a second sidewall extending perpendicularly from the planar base wall, and an upper wall extending between the sidewalls, wherein the planar base wall, the first and second sidewalls, and the upper wall are spaced apart from and disposed around the center conductor wherein each of the outer conductor walls is disposed over the planar base wall; a plurality of dielectric support members for supporting the center conductor in contact with the center conductor and enclosed within the outer conductor; and an enclosed core volume between the center conductor and the outer conductor, wherein the core volume is under vacuum or in a gas state, wherein the dielectric support members are spaced apart from each other and each one of them have a first end portion embedded in the first sidewall and a second end portion extending beneath the center conductor and above the base wall.
An attachment device for an apparatus, which apparatus comprises a fixed cable with a connector at its free end, the attachment device comprises a first plate member and a second plate member, which by means of a hinge member are rotatably connected to each other about a hinge axis, whereby they can rotate between a closed position, in which the plate members (3, 4) lie against each other, and in which the attachment device defines a through-going opening for the cable, and an open position, in which the cable can be removed from the attachment device, and where the first plate member comprises a first locking slot and the second plate member comprises a second locking slot, wherein the first and second locking slots (83, 84) are aligned in the closed position, whereby a locking member can be inserted through both locking slots (83, 84) and lock the attachment device in the closed positon, in which the cable cannot be out pulled through the through-going opening, characterised in that, the hinge axis is parallel with the first and second plate members (3, 4) and that the through-going opening is tubular, wherein the first plate member comprises a first rubber plate part and the second plate member comprises a second rubber plate part, wherein the first and second rubber plate parts (73, 74) are formed in one piece with the hinge member, where an inner side of the first rubber plate part lies against an inner side of the second rubber plate part in the closed position and wherein the first plate member comprises a first rigid plate part on the opposite, outer side of the first rubber plate part and the second plate member comprises a second rigid plate part on the opposite, outer side of the second rubber plate part, and wherein the first rigid plate part is encircled by a first rubber edge part and the second rigid plate part is encircled by a second rubber edge part. characterised in that, the hinge axis is parallel with the first and second plate members (3, 4) and that the through-going opening is tubular, wherein the first plate member comprises a first rubber plate part and the second plate member comprises a second rubber plate part, wherein the first and second rubber plate parts (73, 74) are formed in one piece with the hinge member, where an inner side of the first rubber plate part lies against an inner side of the second rubber plate part in the closed position and wherein the first plate member comprises a first rigid plate part on the opposite, outer side of the first rubber plate part and the second plate member comprises a second rigid plate part on the opposite, outer side of the second rubber plate part, and wherein the first rigid plate part is encircled by a first rubber edge part and the second rigid plate part is encircled by a second rubber edge part.
A multi-layer, microporous polyolefin membrane comprising first microporous layers constituting at least both surface layers, and at least one second microporous layer disposed between both surface layers, said second microporous layer comprising a second polyethylene resin containing 7% or less by mass of an ultra-high-molecular-weight polyethylene which has a weight-average molecular weight of 1 x10 6 or more, characterised in that the total thickness of said first microporous layers is 15-60% per 100% of the total thickness of said first and second microporous layers said first microporous layer consists of a first polyethylene resin consisting of 8% or more by mass of said ultra-high-molecular-weight polyethylene and high-density polyethylene, and said second microporous layer has a structure in which a pore diameter distribution curve obtained by mercury intrusion porosimetry has at least two peaks.
A method for making an electrical insulation tape comprising: obtaining a first carrier layer and a second carrier layer; impregnating a second resin into said first and second carrier layers; coating said first carrier layer with a dielectric filler layer; and adding said second carrier layer to said dielectric filler layer; wherein said dielectric filler layer is comprised of mica flakelets, filler particles, and a binder resin; wherein the percentage of said binder resin in said dielectric filler layer is 25-50% by volume; wherein the ratio of said mica flakelets to said filler particles in said dielectric filler layer is at least 1:1 by volume; wherein said filler particles are at least one of oxides, nitrides, and carbides; wherein said second resin is a thermoset polymeric resin; wherein said filler particles comprise ZnO, BeO and SiC with mixed stoichiometric and non-stoichiometric combinations; wherein said first and second carrier layers are glass carrier layers; wherein in assembling the electrical insulation tape, the resinous dielectric filler layer is coated on the resin treated first glass carrier layer, then the resin treated second glass carrier layer is placed on top of the dielectric filler layer. obtaining a first carrier layer and a second carrier layer; impregnating a second resin into said first and second carrier layers; coating said first carrier layer with a dielectric filler layer; and adding said second carrier layer to said dielectric filler layer; wherein said dielectric filler layer is comprised of mica flakelets, filler particles, and a binder resin; wherein the percentage of said binder resin in said dielectric filler layer is 25-50% by volume; wherein the ratio of said mica flakelets to said filler particles in said dielectric filler layer is at least 1:1 by volume; wherein said filler particles are at least one of oxides, nitrides, and carbides; wherein said second resin is a thermoset polymeric resin; wherein said filler particles comprise ZnO, BeO and SiC with mixed stoichiometric and non-stoichiometric combinations; wherein said first and second carrier layers are glass carrier layers; wherein in assembling the electrical insulation tape, the resinous dielectric filler layer is coated on the resin treated first glass carrier layer, then the resin treated second glass carrier layer is placed on top of the dielectric filler layer.
A labeling machine comprising a feeder assembly for a backing ribbon that supports a plurality of labels, an assembly for applying said labels on products to be labeled, and an assembly for taking up the backing ribbon, characterized in that said feeder assembly comprises at least two feeder spools (70a, 70b) and a second device for the automatic splicing of the backing ribbons (12a, 12b) of the adhesive labels unwound from said feeder spools (70a, 70b) and in that said takeup assembly of the backing ribbon comprises a first cutting device, a first splicing device and at least two winding elements (5a, 5b) for said backing ribbon, said splicing device being intended to perform on command the splicing between a first splicing region, obtained from a backing ribbon being wound onto a first winding element, and a second splicing region, which is formed on a connection element that is connected to a second winding element, said first cutting device being intended to cut on command said backing ribbon at the portion that extends between said first splicing region and the backing ribbon wound onto the first winding element, so as to allow the continuous splicing of the backing ribbon (12a, 12b) of the adhesive labels unwound from the feeder spools (70a, 70b) and of the backing ribbon being wound onto the winding elements (5a, 5b).
Method for operating a glare protection system for a vehicle, having a video capturing device that is aimed at the head of a vehicle occupant, having an evaluation device for evaluating recorded signals, and having at least one screening apparatus for at least partially darkening the vehicle interior, wherein the glare intensity or glare direction that is relevant to the vehicle occupant is deduced from a comparison of the image of the head or of a head part recorded via the video capturing device with a reaction pattern that is typical for glare, characterized in that glare is also deduced from the contrast of the face region to the eye region.
An in vitro method for determining the metabolic status of B lymphoma, wherein said method comprises a step of determining the level of glyceraldehyde-3-phosphate dehydrogenase (GAPDH) expression in B lymphoma cells, wherein a low level of GAPDH expression compared to a predetermined reference value is indicative of oxidative phosphorylation (OXPHOS) status.
Door leaf, mainly formed by a first metal sheet, a second metal sheet, which metal sheets form a hollow space therebetween, and door panel within said hollow space, said door panel being adhesively bonded to said first metal sheet and said second metal sheet, characterized in that said first metal sheet is adhesively bonded to said door panel in regions using a first adhesive pattern consisting of adhered areas and non-adhered areas, and said second metal sheet is adhesively bonded to said door panel in regions using a second adhesive pattern consisting of adhered areas and non-adhered areas, wherein said adhesive patterns (208, 212) are formed in a manner such that the respective boundary area between metal sheet (200, 202) and door panel is subdivided into arrays with adhesive bonding and arrays without adhesive bonding in a manner such that said arrays with adhesive bonding and said arrays without adhesive bonding alternate both column by column and row by row and wherein in a plan view on a broadside of the door leaf, said first metal sheet is adhesively bonded to said door panel in surface areas where said door panel and said second metal sheet remain non-adhered and wherein in a plan view on a broadside of said door leaf, said second metal sheet is adhesively bonded to said door panel in surface areas where said door panel and said first metal sheet remain non-adhered.
Lead frame (AR, AR2) for a semiconductor component, comprising: - a recess (AS, AS2); - an electrically conductive connecting element for establishing an electrical connection to the semiconductor component (HB, HB2) which is arranged in the recess (AS, AS2); - an insulating element (IS, IS1) which is arranged in the recess (AS, AS2) and mechanically connects the connecting element to the lead frame (AR, AR2) and electrically insulates it from the lead frame (AR, AR2), characterized in that - the insulating element has a cylindrical cavity in which an insertion element, which connects the insulating element and the connecting element to one another mechanically, is arranged. - a recess (AS, AS2); - an electrically conductive connecting element for establishing an electrical connection to the semiconductor component (HB, HB2) which is arranged in the recess (AS, AS2); - an insulating element (IS, IS1) which is arranged in the recess (AS, AS2) and mechanically connects the connecting element to the lead frame (AR, AR2) and electrically insulates it from the lead frame (AR, AR2), - the insulating element has a cylindrical cavity in which an insertion element, which connects the insulating element and the connecting element to one another mechanically, is arranged.
Filling station for an automated refilling of a gas bottle by an end-user comprising an insertion device for inserting of an emptied gas bottle into the filling station, a closing device for closing the filling station after the insertion of the gas bottle such that a removal of the gas bottle is not possible after closing, a filling device for an automated filling, after said closing, of a gas bottle that has been inserted into the filling station, characterized in that there is a gas testing device for an automated gas leakage test subsequent to a refilling of an inserted gas bottle and a release device that releases a refilled gas bottle only after a successful gas leakage test and thereby enables a removal of a refilled gas bottle, and a removal of a gas bottled filled with gas or liquid gas is only possible, if the gas leakage test revealed that no gas escapes from the filled bottle.
A sharpener for sharpening a cutting tool, such as a knife, the sharpener comprising a body part (1, 1'), a rotatable sharpening roll (2, 2') supported by the body part, and a first guide groove (11, 11') above the sharpening roll for receiving a blade of a first tool and for guiding it in relation to the sharpening roll (2, 2'), characterized in that the sharpener comprising a second guide groove (14, 14'), which is wider than the first guide groove (11, 11'), to be arranged above the sharpening roll (2, 2') to allow a blade of a second tool to be received and guided in relation to the sharpening roll (2, 2'), the sharpener comprising a frame part (4, 4') movable in relation to the body part (1, 1') and having the first guide groove (11, 11') and the second guide groove (14, 14') arranged therein, the frame part (4, 4') being movable in relation to the body part (1, 1') optionally between a first and a second position, in the first position its first guide groove (11, 11') being above the sharpening roll (2, 2') and in the second position its second guide groove (14, 14') being above the sharpening roll (2, 2'), characterized in that the body part (1, 1') is attached to an outer cover (3, 3') which surrounds the frame part (4, 4'), that the outer cover (3, 3') is provided with an opening (13, 13') above the body part, the opening having a width larger than that of the second guide groove (14, 14'), and that by moving the frame part (4, 4') in relation to the body part (1, 1') optionally the first guide groove (11, 11') or the second guide groove (14, 14') is placeable at the opening to allow the tool to enter the guide groove at the opening, the outer cover being arranged to cover the one of the guide grooves that is not placed at the opening (13, 13').
Mobile rake device (1, 101, 201) for displacing mown crop, comprising a frame with a rake tool assembly, wherein the rake tool assembly, when being moved, has a path-shaped working range and comprises two rake tools (11,12; 111a,112a,111b,112b; 211a,212a,211b,212b) which are provided with rake tines and, in an operative position, are arranged behind each other in a staggered manner in the direction of travel and provide, in the operative position, a first path section and a second path section parallel thereto, respectively, to achieve the path-shaped working range, wherein both rake tools are provided with a rotor having a rotor point of rotation (R1, R2) with a drive for rotation of the rotor around the rotor point of rotation, in the same direction of rotation, and consequently of the rake tines according to associated orbits, in order to displace the mown crop located in the path section in question to one longitudinal side thereof, in a flow of crop, in order to form ultimately one final windrow, wherein the rake tool assembly additionally comprises a further tool for crop displacement, which further tool, when viewed in the direction of travel, is arranged between the rotor points of rotation of both rake tools, wherein the further tool is an auxiliary displacing tool (20;20',120,220) whose largest horizontal dimension, when viewed in operative position and in a top view, is smaller than that of the first rake tool and than that of the second rake tool, wherein the auxiliary displacing tool is arranged to throw the crop, which has been collected by the first rake tool in a flow of crop or in the form of a windrow, a pre-windrow (Zp), across the front of the next rake tool towards the final windrow to be formed, characterized in that the auxiliary displacing tool comprises a rotor which is drivable about a rotor centre line and is provided with tines or pins which rotate according to an orbit whose outer diameter is smaller than the outer diameter (D11,D12) of the orbit of the first and the second rake tool, in particular is smaller than the radius thereof, more in particular is smaller than half the radius thereof.