mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: means adapted to deliver a maintenance therapy that aims to prevent occurrence of hypopnea or apnea wherein the means adapted to deliver a maintenance therapy comprises means adapted to activate a diaphragm through delivery of stimulation energy or power based on a decreasing monotonic relationship with respect to increasing tidal volume; means adapted to sense information; means adapted to determine, based at least in part on the information, if hypopnea or apnea exists; and means adapted to deliver, if hypopnea or apnea exists, a termination therapy that aims to terminate the hypopnea or apnea. means adapted to deliver a maintenance therapy that aims to prevent occurrence of hypopnea or apnea wherein the means adapted to deliver a maintenance therapy comprises means adapted to activate a diaphragm through delivery of stimulation energy or power based on a decreasing monotonic relationship with respect to increasing tidal volume; means adapted to sense information; means adapted to determine, based at least in part on the information, if hypopnea or apnea exists; and means adapted to deliver, if hypopnea or apnea exists, a termination therapy that aims to terminate the hypopnea or apnea.
Vapour extraction apparatus for a hob, which has, in the upper side, at least one suction opening, a fan that is arranged offset downwards in relation to the suction opening and a connecting channel between the suction opening and the fan, wherein a distributor space, which has at least one air outlet opening, is provided downstream of the fan in the flow direction, characterised in that the distributor space is delimited at least partially by sound attenuation material (315, 316), wherein at least one odour filter is arranged upstream of the fan in the flow direction.
Process for preparing ammonia by electrolysis using at least one electrolysis cell, by a) feeding nitrogen as the first reactant into the electrolysis cell and b) using water or water vapor as the second reactant for the electrolysis, wherein at least one step c) downstream of the electrolysis is provided, in which there is a separation of other components from the ammonia, especially an at least partial separation of one or more components from the group comprising nitrogen, water, argon and hydrogen, characterized in that, in a first device, nitrogen and optionally argon are separated from the product stream removed from the electrolysis cell and, in a further device connected in the flow pathway downstream of the first device, water is separated from the remaining ammonia-containing product stream. a) feeding nitrogen as the first reactant into the electrolysis cell and b) using water or water vapor as the second reactant for the electrolysis,
Security document having front and back faces and of which the body at least partially consists of fibers, a security strip being at least partially integrated into said body, this body being impregnated with a de-opacifying agent at least opposite a portion of said strip, characterized by the fact that said strip is partially integrated into said body, so that this strip emerges in a plurality of locations on the surface of said body at said front face, thereby forming windows, two consecutive windows being separated by a bridge corresponding to a region wherein the strip is buried in said body, and that said de-opacifying agent also impregnates the body in the areas located on each side of the longitudinal sides of said strip, at least opposite a bridge-forming region.
A handle component to be mounted to an opening portion formed in a side plate of a cabinet, comprising: a flange portion configured to be brought into contact with a peripheral edge portion of the opening portion on an inner surface of the side plate; a bottom wall portion including a recessed surface that is open outward so as to form a hand insertion space portion on an inner side of the flange portion; a handle, which has a bar-like shape, and via which both side portions of the bottom wall portion are connected in a bridging manner; and characterized by a protruding portion, which is formed on at least one of both end portions of the bottom wall portion arranged at both ends in a direction orthogonal to a longitudinal direction of the handle, and is configured to cover an end face of the opening portion of the side plate, wherein the protruding portion includes a surface projecting outward to be connected with the recessed surface of the bottom wall portion. a flange portion configured to be brought into contact with a peripheral edge portion of the opening portion on an inner surface of the side plate; a bottom wall portion including a recessed surface that is open outward so as to form a hand insertion space portion on an inner side of the flange portion; a handle, which has a bar-like shape, and via which both side portions of the bottom wall portion are connected in a bridging manner; and characterized by a protruding portion, which is formed on at least one of both end portions of the bottom wall portion arranged at both ends in a direction orthogonal to a longitudinal direction of the handle, and is configured to cover an end face of the opening portion of the side plate, wherein the protruding portion includes a surface projecting outward to be connected with the recessed surface of the bottom wall portion.
An insert comprising: an upper region with a lip and retaining ring surrounding a counter bore at a proximal end of a recessed area a cylindrical center space extending from said counter bore within an interior of said insert with a series of threads, the space defined by a cylinder wall to accommodate a fastener; a multi-faced region with a plurality of flat faces at a distal end of said recessed area; and a tapered region extended from said multi-faced region that terminates in a sharpened leading edge. an upper region with a lip and retaining ring surrounding a counter bore at a proximal end of a recessed area a cylindrical center space extending from said counter bore within an interior of said insert with a series of threads, the space defined by a cylinder wall to accommodate a fastener; a multi-faced region with a plurality of flat faces at a distal end of said recessed area; and a tapered region extended from said multi-faced region that terminates in a sharpened leading edge.
A phase change memory structure, comprising: a phase change material of a memory cell; and an electrode forming an Ohmic contact with the phase change material, wherein the electrode comprises a carbon tungsten nitrogen material and a resistivity of from 4.0 mΩcm to 30.0 mΩcm; characterized in that the electrode has a tungsten to carbon at% ratio of 4:96. a phase change material of a memory cell; and an electrode forming an Ohmic contact with the phase change material, wherein the electrode comprises a carbon tungsten nitrogen material and a resistivity of from 4.0 mΩcm to 30.0 mΩcm; characterized in that the electrode has a tungsten to carbon at% ratio of 4:96.
An anode (10, 20) for a cable-type lithium secondary battery, comprising a wire as a current collector and a shell as an anode active material (12, 23, 32) coated to surround the outer surface of the wire, the current collector having a horizontal cross section in a predetermined shape and extending in the lengthwise direction, characterized in that the shell is porous and has a pore size of 10 to 150 μm.
An apparatus for encoding an image, the apparatus comprising: a coding mode determiner configured to divide an input image into a plurality of coding units; an intra predictor configured to generate a prediction block using intra prediction; a transform/quantization unit configured to transform and quantize a residual block to generate a quantized transform block; an inverse transform/quantization unit configured to inversely quantize and inversely transform the quantized transform block; a deblocking filter configured to perform a deblocking filtering process to image data received from the inverse quantization/transform unit; and an entropy coder configured to entropy-code quantized transform coefficients of the quantized transform block, wherein the quantized transform coefficients are divided into a plurality of sub-blocks if it is determined that a size of a transform block is equal to or larger than 8x8 in an intra prediction, and wherein the plurality of sub-blocks are scanned and non-zero coefficients of each sub-block are scanned according to a scan pattern, wherein said scan pattern for scanning the plurality of sub-blocks and for scanning the non-zero coefficients of each sub-block is determined by an intra prediction mode of the prediction block to entropy-code the scanned non-zero coefficients, wherein, when the intra prediction mode is a horizontal intra-prediction mode, the scan pattern is a vertical scan mode. a coding mode determiner configured to divide an input image into a plurality of coding units; an intra predictor configured to generate a prediction block using intra prediction; a transform/quantization unit configured to transform and quantize a residual block to generate a quantized transform block; an inverse transform/quantization unit configured to inversely quantize and inversely transform the quantized transform block; a deblocking filter configured to perform a deblocking filtering process to image data received from the inverse quantization/transform unit; and an entropy coder configured to entropy-code quantized transform coefficients of the quantized transform block, wherein the quantized transform coefficients are divided into a plurality of sub-blocks if it is determined that a size of a transform block is equal to or larger than 8x8 in an intra prediction, and wherein the plurality of sub-blocks are scanned and non-zero coefficients of each sub-block are scanned according to a scan pattern, wherein said scan pattern for scanning the plurality of sub-blocks and for scanning the non-zero coefficients of each sub-block is determined by an intra prediction mode of the prediction block to entropy-code the scanned non-zero coefficients, wherein, when the intra prediction mode is a horizontal intra-prediction mode, the scan pattern is a vertical scan mode.
Cooling device for heat-generating components which are arranged in a housing, comprising a first device (101, 102) in the form of a compressed-air network which is designed to conduct compressed air into the interior of the housing as cooling medium, and comprising a second device in the form of a fan which is designed to conduct the air which is heated by the heat-generating components out of the housing, wherein cooling pipes are provided as distributor means which form at least one flow duct for the compressed air and are designed to be connected to the compressed-air network and to supply the compressed air to the heat-generating component as required depending on the heat which is generated by a heat-generating component, characterized in that temperature detection means are provided within the housing, wherein more or less compressed air is conducted into the cooling pipes depending on a detected temperature of the temperature detection means.
A roofing membrane containing a basic polymer, an ester-based polymer plasticizer and at least one hydrolysis stabilizer containing at least one carbodiimide.
A transdermal therapeutic system comprising a) a release liner, b) a core comprising b1) a polymer matrix layer containing an active ingredient and b2) a separating layer and c) an overtape comprising c1) a pressure-sensitive adhesive layer and c2) a backing layer wherein the overtape c) and the release liner extend beyond the core at all sides of the core characterized in that the pressure-sensitive adhesive layer comprises a first layer which is in contact with the backing layer and comprises a first pressure-sensitive adhesive polymer and a second layer which is in contact with the release liner and comprises a second pressure-sensitive adhesive polymer, wherein the second pressure-sensitive adhesive polymer is a silicone polymer or a non-crosslinked polyacrylate and the first pressure-sensitive adhesive polymer has a lower adhesiveness than the second pressure-sensitive adhesive polymer. a) a release liner, b) a core comprising b1) a polymer matrix layer containing an active ingredient and b2) a separating layer and b1) a polymer matrix layer containing an active ingredient and b2) a separating layer and c) an overtape comprising c1) a pressure-sensitive adhesive layer and c2) a backing layer c1) a pressure-sensitive adhesive layer and c2) a backing layer
Method for diagnosing the state of a battery of an electrical network of a motor vehicle, the network comprising a consumer supplied with direct electric current by said battery and by a power converter coupled to a traction chain of the vehicle and to the network, the method comprising a measurement of at least one parameter ( Ubat, Ibat) of operation of the battery during a discharge of the battery and a comparison of said measured operating parameter ( Ubat, Ibat) with a predetermined state diagnostic threshold, the method being characterized in that it comprises, before said measurement, an initialization discharge of the battery then an initialization activation of the converter at an output voltage ( Uconv) greater than or equal to a voltage ( Urdb) required to power the consumer putting an end to the initialization discharge of the battery.
A scooter-type motorcycle equipped with a fuel cell system, comprising: a vehicle body including a pair of left and right upper frames extending in a longitudinal direction of the vehicle body and a pair of left and right lower frames extending in the longitudinal direction of the vehicle body and having rear side end portions bent and connected to the respective upper frames; a fuel cell mounted on the vehicle body; and a fuel tank connected to the fuel cell, characterized in that the fuel tank is disposed in a center tunnel surrounded by the upper frames and the lower frames, and the fuel tank is provided with a fuel supply main valve at a rear end side of the center tunnel, and the vehicle body further includes a guard frame installed between the bent portions of the lower frames, the guard frame extending to a space formed below the fuel supply main valve. a vehicle body including a pair of left and right upper frames extending in a longitudinal direction of the vehicle body and a pair of left and right lower frames extending in the longitudinal direction of the vehicle body and having rear side end portions bent and connected to the respective upper frames; a fuel cell mounted on the vehicle body; and a fuel tank connected to the fuel cell, characterized in that the fuel tank is disposed in a center tunnel surrounded by the upper frames and the lower frames, and the fuel tank is provided with a fuel supply main valve at a rear end side of the center tunnel, and the vehicle body further includes a guard frame installed between the bent portions of the lower frames, the guard frame extending to a space formed below the fuel supply main valve.
A method of operating a home automation system comprising: - receiving an identifier identifying an appliance type from a home appliance, characterized by - receiving parameter options adapted to the appliance type for setting sensors and/or actuators of the home automation system, - providing the received parameter options on a user interface for selection by a user. - receiving an identifier identifying an appliance type from a home appliance, characterized by - receiving parameter options adapted to the appliance type for setting sensors and/or actuators of the home automation system, - providing the received parameter options on a user interface for selection by a user.
Fastening device for isolation material, comprising: a flexible strip (2, 101, 131), wherein the flexible strip (2, 101, 131) comprises at least a base part for fastening to a base material, and a mid-section for engaging with a receiving device; a receiving device (30, 91, 191), comprising a tube formed part (35, 197) providing a channel (37, 137) through the receiving device (30, 91, 191);the fastening device being characterized by further comprising: a stop nut (40, 94, 180) for being mounted in the channel (37, 137); the channel (37, 137) is formed to receive both the stop nut (40, 94, 180) and the mid-section of the flexible strip (2, 101, 131). a flexible strip (2, 101, 131), wherein the flexible strip (2, 101, 131) comprises at least a base part for fastening to a base material, and a mid-section for engaging with a receiving device; a receiving device (30, 91, 191), comprising a tube formed part (35, 197) providing a channel (37, 137) through the receiving device (30, 91, 191);the fastening device being characterized by further comprising: a stop nut (40, 94, 180) for being mounted in the channel (37, 137); the channel (37, 137) is formed to receive both the stop nut (40, 94, 180) and the mid-section of the flexible strip (2, 101, 131).
A holder for an inhaler device comprising: a housing, having a housing outer surface and a housing inner surface, the housing inner surface defining an inhaler article cavity, the housing extending along a housing longitudinal axis from a distal end to an open proximal end a housing length, the housing open proximal end is configured to receive the distal end of an inhaler article into the inhaler article cavity; a piercing element fixed to and extending from the housing inner surface, into the inhaler article cavity along a piercing element longitudinal axis a piercing element length, the piercing element being recessed from the open proximal end a recessed distance; a sleeve disposed within the inhaler article cavity and configured to retain an inhaler article, the sleeve being movable along the housing longitudinal axis; characterised in that it further comprises a spring element configured to bias the sleeve toward the open proximal end of the housing. a housing, having a housing outer surface and a housing inner surface, the housing inner surface defining an inhaler article cavity, the housing extending along a housing longitudinal axis from a distal end to an open proximal end a housing length, the housing open proximal end is configured to receive the distal end of an inhaler article into the inhaler article cavity; a piercing element fixed to and extending from the housing inner surface, into the inhaler article cavity along a piercing element longitudinal axis a piercing element length, the piercing element being recessed from the open proximal end a recessed distance; a sleeve disposed within the inhaler article cavity and configured to retain an inhaler article, the sleeve being movable along the housing longitudinal axis; characterised in that it further comprises a spring element configured to bias the sleeve toward the open proximal end of the housing.
A system for measuring a tread profile of a tire comprising a tire holding device comprising a tire support shaft for supporting the tire rotatably around the tire rotational axis (j), a plurality of laser distance measuring devices arranged along the axial direction of the tire and oriented toward the tread portion of the tire in order to measure distances to the tread portion, characterised in that the system further comprises an insulating wall enclosing the laser distance measuring devices, the insulating wall provided with an aperture through which laser beams of the laser distance measuring devices can pass, and a shutter configured to close the aperture, and a temperature controller for controlling the temperature of a gas surrounding the laser distance measuring devices in the insulating wall, wherein the temperature controller includes a cooling system and is configured to continuously supply temperature controlled air to the interior of the insulating wall when the aperture is uncovered by taking off the shutter.
Guide device for a moveable furniture part, in particular a drawer, comprising a catch which is moveable along a guide track and which is pretensioned by an energy store and which is moveable at least between a parked position with a tensioned energy store and an end position with a less tensioned energy store, wherein the energy store can be coupled to an activator between the parked position and the end position in order to transmit a braking or acceleration force to the moveable furniture part, wherein the activator has a metal support part, characterized in that the metal support part, at least in an area of contact with the catch, is provided with a cover made of plastic, whereby the cover comprises a protrusion which is formed with a rounded surface and which engages in a U-shaped receptacle on the catch.
A support means (100; 300) for engaging a batten, joist or the like, the support means (100; 300) including a rotatable plate, and further defining means (202; 302) for engaging the support means (100; 300) with a support structure such as a pedestal jack or the like, in a manner which allows the support means (100; 300) to be rotated about an axis, the support means (100; 300) further including two opposed upstanding walls (120, 122) defining a gap therebetween for receiving the batten, joist or the like, the walls (120, 122) being disposed either side of the axis and extending from a centremost position closest to the axis to a distal end farthest from the axis, characterised in that the walls (120, 122) are at least partly convex defining a convex portion, and in that the gap between the walls (120, 122) measured in a direction perpendicular to tangents to the walls (120, 122) decreases from the centremost part of the wall (120, 122) to the distal end of the wall, so that for a joist batten or the like having a predetermined width and positioned between the walls (120, 122), rotation of the support means (100; 300) about the axis in one sense causes the walls (120, 122) to tend to abut edges of the joist and in the opposite sense to tend to move away from the edges of the joist.
A diacrylate compound represented by the following general formula: wherein R denotes a hydrogen atom or a methyl group; and R 1, R 2, R 3, and R 4 each independently denote a C 1-6 linear or branched alkyl group, with the proviso that R 1, R 2, R 3, and R 4 are not all methyl groups.