mhurhangee/ep-ind-claims huggingface dataset:
Luminaire carrier for a strip light comprising: - at least one spring element for releasably connecting the luminaire carrier with a strip light rail of a strip light; - wherein the at least one spring element comprises at least one latching element which engages with a correspondingly formed latching element or a correspondingly formed wall section of the strip light rail in order to engage the luminaire carrier with the strip light rail in such a way that movement of the luminaire carrier against an insertion direction of the luminaire carrier into the strip light rail is prevented, - wherein the spring element is formed as a separate component, - wherein the spring element comprises at least one fastening element which engages with a correspondingly formed receptacle of the luminaire carrier, - wherein the fastening element of the spring element is conical may be arranged through a corresponding design of the receptacle and held captive in the receptacle of the luminaire carrier, - wherein the spring element comprises at least one locating and clamping element which engages with a corresponding wall portion of the luminaire carrier in such a manner that the spring element is clamped between the fastening element and the locating and clamping element on the lamp carrier. - at least one spring element for releasably connecting the luminaire carrier with a strip light rail of a strip light; - wherein the at least one spring element comprises at least one latching element which engages with a correspondingly formed latching element or a correspondingly formed wall section of the strip light rail in order to engage the luminaire carrier with the strip light rail in such a way that movement of the luminaire carrier against an insertion direction of the luminaire carrier into the strip light rail is prevented, - wherein the spring element is formed as a separate component, - wherein the spring element comprises at least one fastening element which engages with a correspondingly formed receptacle of the luminaire carrier, - wherein the fastening element of the spring element is conical may be arranged through a corresponding design of the receptacle and held captive in the receptacle of the luminaire carrier, - wherein the spring element comprises at least one locating and clamping element which engages with a corresponding wall portion of the luminaire carrier in such a manner that the spring element is clamped between the fastening element and the locating and clamping element on the lamp carrier.
A semiconductor pressure sensor for measuring a pressure, comprising: - a semiconductor substrate having a through-opening extending from a top surface to a bottom surface of the substrate, the through-opening forming a hollow space between an inner part and an outer part of said substrate; - a pressure responsive structure arranged on said inner part; - a number of flexible elements (7, 13) extending from said inner part to said outer part for suspending the inner part within said through-opening; - the through-opening being at least partly filled with an anelastic material. - a semiconductor substrate having a through-opening extending from a top surface to a bottom surface of the substrate, the through-opening forming a hollow space between an inner part and an outer part of said substrate; - a pressure responsive structure arranged on said inner part; - a number of flexible elements (7, 13) extending from said inner part to said outer part for suspending the inner part within said through-opening; - the through-opening being at least partly filled with an anelastic material.
A method of requesting a channel access in a wireless local area network, comprising: transmitting, by a transmitter, a plurality of 20MHz Request To Send, RTS, frames over a plurality of requesting channels, wherein each 20MHz RTS frame is transmitted over each requesting channel, wherein a bandwidth of each requesting channel is set to 20MHz; and receiving, by the transmitter, a 20MHz Clear To Send, CTS, frame over a responding channel as a response to the plurality of 20MHz RTS frames, wherein each of the plurality of 20MHz RTS frames includes a request bandwidth field indicating an entire bandwidth of the plurality of requesting channels. transmitting, by a transmitter, a plurality of 20MHz Request To Send, RTS, frames over a plurality of requesting channels, wherein each 20MHz RTS frame is transmitted over each requesting channel, wherein a bandwidth of each requesting channel is set to 20MHz; and receiving, by the transmitter, a 20MHz Clear To Send, CTS, frame over a responding channel as a response to the plurality of 20MHz RTS frames, wherein each of the plurality of 20MHz RTS frames includes a request bandwidth field indicating an entire bandwidth of the plurality of requesting channels.
An HME device (1, 101) having a housing (10, 110) providing an inlet coupling, an outlet coupling and a transversely enlarged region between the inlet and outlet couplings, the device including an HME element (14, 114) having an outer surface retained in the enlarged region and opposite end faces (15, 16, 115, 116) spaced slightly from the housing (10,110) in the enlarged region so that air can flow through the element across the entire surface of both faces (15,15,115,116), characterised in that the wall of the housing at least in the enlarged region includes a major part of its thickness of a foamed plastics material such as to provide thermal insulation of the housing (10, 110) around the HME element (14, 114).
A pharmaceutical composition for use in treating inappetence in a dog or cat, wherein the composition is for oral administration, the composition comprising: a therapeutically effective amount of capromorelin comprising a concentration of between about 3.0 milligrams and about 4.5 milligrams of capromorelin per kilogram of body weight of the dog or cat; one or more pharmaceutically acceptable excipients or carriers; wherein the composition is formulated for administration at least once per day; and wherein upon administration to the dog or cat, the dog or cat increases food intake by at least 50% when compared to no administration, and the lean muscle mass increases by at least 5% of the dog or cat when compared to no administration. a therapeutically effective amount of capromorelin comprising a concentration of between about 3.0 milligrams and about 4.5 milligrams of capromorelin per kilogram of body weight of the dog or cat; one or more pharmaceutically acceptable excipients or carriers; wherein the composition is formulated for administration at least once per day; and wherein upon administration to the dog or cat, the dog or cat increases food intake by at least 50% when compared to no administration, and the lean muscle mass increases by at least 5% of the dog or cat when compared to no administration.
A method for wireless communications by a first user equipment, UE, comprising: receiving sidelink control information, SCI, from a second UE, the SCI indicating a transmission mode associated with a plurality of transmissions; receiving the plurality of transmissions from the second UE on one or more sidelink shared channels, PSSCHs; determining at least one resource set for transmitting feedback corresponding to the plurality of transmissions; transmitting the feedback corresponding to the plurality of transmissions using the at least one resource set; and wherein transmitting the feedback is based on the transmission mode, wherein transmitting the feedback comprises transmitting a single physical sidelink feedback channel, PSFCH, comprising the plurality of bits, when the transmission mode is unicast, each of the plurality of bits indicating an acknowledgement, ACK, or negative acknowledgement, NACK, for a different one of the plurality of transmissions, and wherein transmitting the feedback comprises transmitting a plurality of physical sidelink feedback channels, PSFCHs, each comprising one of the plurality of bits, when the transmission mode is groupcast or zone based. receiving sidelink control information, SCI, from a second UE, the SCI indicating a transmission mode associated with a plurality of transmissions; receiving the plurality of transmissions from the second UE on one or more sidelink shared channels, PSSCHs; determining at least one resource set for transmitting feedback corresponding to the plurality of transmissions; transmitting the feedback corresponding to the plurality of transmissions using the at least one resource set; and wherein transmitting the feedback is based on the transmission mode, wherein transmitting the feedback comprises transmitting a single physical sidelink feedback channel, PSFCH, comprising the plurality of bits, when the transmission mode is unicast, each of the plurality of bits indicating an acknowledgement, ACK, or negative acknowledgement, NACK, for a different one of the plurality of transmissions, and wherein transmitting the feedback comprises transmitting a plurality of physical sidelink feedback channels, PSFCHs, each comprising one of the plurality of bits, when the transmission mode is groupcast or zone based.
A guide device comprising: - a metal component provided with a friction surface intended to receive a mating part in sliding frictional contact; - a detection system of a wear of the friction surface or of a clearance between the friction surface and the mating part, the detection system comprising one or more sensors; and - a wireless communication system connected to the detection system and configured to transmit information relating to wear or clearance out of the guide device characterized in that the or each sensor includes at least one conductive wire (35, 36, 37) having one end arranged at a given depth below the friction surface, the wear of the conductive wire (35, 36, 37) is a function of the wear of the surface, and in that the or each sensor includes a cylindrical sleeve housed in an aperture passing through the metal component between the friction surface and the external surface. - a metal component provided with a friction surface intended to receive a mating part in sliding frictional contact; - a detection system of a wear of the friction surface or of a clearance between the friction surface and the mating part, the detection system comprising one or more sensors; and - a wireless communication system connected to the detection system and configured to transmit information relating to wear or clearance out of the guide device characterized in that the or each sensor includes at least one conductive wire (35, 36, 37) having one end arranged at a given depth below the friction surface, the wear of the conductive wire (35, 36, 37) is a function of the wear of the surface, and in that the or each sensor includes a cylindrical sleeve housed in an aperture passing through the metal component between the friction surface and the external surface.
A system implementing a location based service, for a mobile satellite navigation receiver implementing a position tracking function for providing the location of a user of the service, wherein the mobile receiver comprises: an analogue rf receiver for receiving satellite signals as raw data and performing at least a frequency downconversion on the raw data; signal processing means for performing correlation functions to the downconverted signals for detecting specific satellite signals; and decoding means for deriving location information from the detected specific satellite signals by comparing the time a signal was transmitted by a satellite with the time it was received by the analogue rf receiver, and wherein the system comprises a server, configured to: receive from the mobile receiver the location information and, at intervals, samples of the downconverted signals, and carry out a verification between the received samples and the location information derived by the decoding means at a very close time to the samples, wherein said verification consists in deriving expected satellite signals from the location information and from satellite positions at that time and in verifying that the samples are consistent with the expected satellite signals at that time and location. an analogue rf receiver for receiving satellite signals as raw data and performing at least a frequency downconversion on the raw data; signal processing means for performing correlation functions to the downconverted signals for detecting specific satellite signals; and decoding means for deriving location information from the detected specific satellite signals by comparing the time a signal was transmitted by a satellite with the time it was received by the analogue rf receiver, receive from the mobile receiver the location information and, at intervals, samples of the downconverted signals, and carry out a verification between the received samples and the location information derived by the decoding means at a very close time to the samples, wherein said verification consists in deriving expected satellite signals from the location information and from satellite positions at that time and in verifying that the samples are consistent with the expected satellite signals at that time and location.
Installation box for electrical installation, wherein the box comprises a layer made of an electrically insulating plastics material, wherein said layer comprises openings for introducing cables and/or ductwork, and wherein a layer of flexible material is furthermore attached to the outside surface of the layer, wherein the flexible material covers at least said openings, wherein the flexible material is a substance having a material composition that comprises at least one intumescent material, characterised in that the flexible material comprises a material component of flexible material, and a material component of intumescent material, wherein cables or ductwork can be pushed through the flexible material. wherein the box comprises a layer made of an electrically insulating plastics material, wherein said layer comprises openings for introducing cables and/or ductwork, and wherein a layer of flexible material is furthermore attached to the outside surface of the layer, wherein the flexible material covers at least said openings, wherein the flexible material is a substance having a material composition that comprises at least one intumescent material, characterised in that the flexible material comprises a material component of flexible material, and a material component of intumescent material, wherein cables or ductwork can be pushed through the flexible material.
A method for thermal protection of a device clutch of a vehicle with a heat engine, in particular a motor, which is in mode automatic steering to park, the vehicle comprising a gearbox comprising a gearbox computer capable of controlling the clutch device and configured to continuously estimate the temperature inside the housing of the clutch device, the latter including a clutch disc integral with an input shaft of the gearbox and capable of coupling with a flywheel of the clutch device integral with an output shaft of the heat engine, the method being characterized in that it comprises successively: a) When the gearbox ECU detects at a time t 0 a temperature data estimated exceeding a critical temperature determined (Tc) registered e in a memory space of the gearbox computer and likely to damage the clutch disc, a step of opening the clutch device to stop the transmission of torque by the clutch device to the gearbox, concomitant with a step actuating the vehicle braking device to immobilize the vehicle; b) When the estimated temperature drops below the critical temperature (Tc), a step of resumption of the transmission of torque by the clutch device to the gearbox concomitant with a step release of the braking device. a) When the gearbox ECU detects at a time t 0 a temperature data estimated exceeding a critical temperature determined (Tc) registered e in a memory space of the gearbox computer and likely to damage the clutch disc, a step of opening the clutch device to stop the transmission of torque by the clutch device to the gearbox, concomitant with a step actuating the vehicle braking device to immobilize the vehicle; b) When the estimated temperature drops below the critical temperature (Tc), a step of resumption of the transmission of torque by the clutch device to the gearbox concomitant with a step release of the braking device.
A method of operating a receiving device that is receiving data from a transmitting device during a real-time communication session, comprising: detecting, while the receiving device is attempting to receive a real-time media stream from the transmitting device, a media reception gap, transmitting, in response to the detection, a rewind request to the transmitting device that is configured to trigger the transmitting device to generate and provide a time-delayed version of the real-time media stream that includes media lost during the media reception gap as a rewind stream in place of the real-time media stream; and receiving the rewind stream in response to the rewind request, wherein receipt of the real-time media stream stops while the rewind stream is being received in response to the rewind request. detecting, while the receiving device is attempting to receive a real-time media stream from the transmitting device, a media reception gap, transmitting, in response to the detection, a rewind request to the transmitting device that is configured to trigger the transmitting device to generate and provide a time-delayed version of the real-time media stream that includes media lost during the media reception gap as a rewind stream in place of the real-time media stream; and receiving the rewind stream in response to the rewind request, wherein receipt of the real-time media stream stops while the rewind stream is being received in response to the rewind request.
A device for displaying and/or controlling fluids which can be received in a container, such as a tank that has a tank wall, comprising at least one fluid port (1, 3) which leads via a fluid connection (5; 81) into a riser pipe with a shell-like outer housing as part of the device, in which shell-like outer housing a display corresponding to the fluid level in the container is made possible, a valve device being provided at least for the one fluid port (1, 3), by means of which valve device the fluid connection (5; 81) leading from the fluid port (1, 3) into the riser pipe can be controlled, the valve device being in the form of a shut-off cock with a bolt-like cock plug that can rotate in a borehole within the valve housing and having a through hole perpendicular to the axis of rotation, the cock plug being sealed within the borehole by means of sealing rings, and the respective fluid connection (5; 81), with its housing parts, being at least partially sealed off from the surroundings in a retainer assigned to it, characterised in that the cock plug can be rotated about 360° in the borehole within the valve housing, that a locking ring is provided for an end of the cock plug projecting from the valve housing to protect against displacement, that the respective fluid connection (5; 81), with its housing parts, completely passes through the respective retainer for the riser pipe, and that at a closed end opposite the tank wall the fluid connection has an external thread with a nut by means of which the shell-like outer housing is affixed to the retainer.
A core for hollow product manufacture including a multilayer filling material, the core comprising: a pipe, having a hollow formed in the pipe and an opening formed at both ends of the pipe so that the hollow is exposed to the outside through the opening; a first support member, being disposed inside the hollow and having a space formed in the first support member; a second support member, being disposed in the space; a third support member being disposed in the hollow of the pipe to close both ends of the pipe to prevent the first support member and the second support member from flowing to the outside; and a melting bar, passing through the second support member in a longitudinal direction of the melting bar, wherein the third support member has a void formed inside the third support member, wherein the melting bar has a characteristic in that it changes to a liquid phase by heating, wherein a volume of the melting bar is formed to be smaller than the entire volume occupied by the void formed inside the third support member. a pipe, having a hollow formed in the pipe and an opening formed at both ends of the pipe so that the hollow is exposed to the outside through the opening; a first support member, being disposed inside the hollow and having a space formed in the first support member; a second support member, being disposed in the space; a third support member being disposed in the hollow of the pipe to close both ends of the pipe to prevent the first support member and the second support member from flowing to the outside; and a melting bar, passing through the second support member in a longitudinal direction of the melting bar, wherein the third support member has a void formed inside the third support member, wherein the melting bar has a characteristic in that it changes to a liquid phase by heating, wherein a volume of the melting bar is formed to be smaller than the entire volume occupied by the void formed inside the third support member.
An implantable device comprising: a support structure having an extended configuration and a folded configuration and including: a first end; a second end; a preformed fold between said first end and said second end; a first portion between said first end and said preformed fold; a second portion between said second end and said preformed fold; wherein said preformed fold at least assists in inverting said first portion into said second portion when said support structure is released from a delivery device; a prosthetic valve structure, characterized in that said prosthetic valve structure includes a hinged end attached to said support structure first end with a connection mechanism configured to hinge or pivot, to allow said support structure first portion to invert into said support structure second portion without inverting said prosthetic valve structure. a support structure having an extended configuration and a folded configuration and including: a first end; a second end; a preformed fold between said first end and said second end; a first portion between said first end and said preformed fold; a second portion between said second end and said preformed fold; a first end; a second end; a preformed fold between said first end and said second end; a first portion between said first end and said preformed fold; a second portion between said second end and said preformed fold; wherein said preformed fold at least assists in inverting said first portion into said second portion when said support structure is released from a delivery device; a prosthetic valve structure, characterized in that said prosthetic valve structure includes a hinged end attached to said support structure first end with a connection mechanism configured to hinge or pivot, to allow said support structure first portion to invert into said support structure second portion without inverting said prosthetic valve structure.