mhurhangee/ep-ind-claims huggingface dataset:
Audio encoder,, for providing an output signal using an input audio signal, comprising: a patch generator configured to generate at least one bandwidth extension high-frequency signal, wherein a bandwidth extension high-frequency signal comprises a high-frequency band, wherein the high-frequency band of a bandwidth extension high-frequency signal is based on a low frequency band of the input audio signal, and wherein different bandwidth extension high-frequency signals comprise different frequencies within their high-frequency bands, if different bandwidth extension high-frequency signals are generated; a comparator configured to calculate a plurality of comparison parameters, wherein a comparison parameter is calculated based on a comparison of the input audio signal and a generated bandwidth extension high-frequency signal, wherein each comparison parameter of the plurality of comparison parameters is calculated based on a different offset frequency between the input audio signal and a generated bandwidth extension high-frequency signal, and wherein the comparator is configured to determine a comparison parameter from the plurality of comparison parameters, wherein the determined comparison parameter fulfills a predefined criterion; and an output interface configured to provide the output signal for transmission or storage, wherein the output signal comprises a parameter indication based on an offset frequency corresponding to the determined comparison parameter. a patch generator configured to generate at least one bandwidth extension high-frequency signal, wherein a bandwidth extension high-frequency signal comprises a high-frequency band, wherein the high-frequency band of a bandwidth extension high-frequency signal is based on a low frequency band of the input audio signal, and wherein different bandwidth extension high-frequency signals comprise different frequencies within their high-frequency bands, if different bandwidth extension high-frequency signals are generated; a comparator configured to calculate a plurality of comparison parameters, wherein a comparison parameter is calculated based on a comparison of the input audio signal and a generated bandwidth extension high-frequency signal, wherein each comparison parameter of the plurality of comparison parameters is calculated based on a different offset frequency between the input audio signal and a generated bandwidth extension high-frequency signal, and wherein the comparator is configured to determine a comparison parameter from the plurality of comparison parameters, wherein the determined comparison parameter fulfills a predefined criterion; and an output interface configured to provide the output signal for transmission or storage, wherein the output signal comprises a parameter indication based on an offset frequency corresponding to the determined comparison parameter.
A method of manufacturing a knitted component (1000; 1300) for an article of footwear, the method comprising: knitting a portion of the knitted component (1000; 1300) defining an upper (1002; 1302) with a knitting machine, the upper (1002; 1302) including a portion of at least one of an exterior surface of the knitted component (1000; 1300) and an opposite interior surface of the knitted component (1000; 1300); and knitting an integral knit tongue (1010; 1310) that is of unitary knit construction with the upper (1002; 1302) with the knitting machine, the integral knit tongue (1010; 1310) extending through a throat area (1020; 1320) of the knitted component (1000; 1300); wherein the integral knit tongue (1010; 1310) is joined by knitting with the knitting machine to a forward portion of the throat area (1020; 1320) and at least along a portion of a lateral side and a medial side of the throat area (1020; 1320) of the knitted component (1000; 1300) extending from the forward portion to an ankle opening of the upper (1002; 1302), wherein the integral knit tongue (1010; 1310) includes multiple knit structures of different types, and characterized in that a lace aperture for receiving a lace is provided by a tensile element Z (1040, 1340). knitting a portion of the knitted component (1000; 1300) defining an upper (1002; 1302) with a knitting machine, the upper (1002; 1302) including a portion of at least one of an exterior surface of the knitted component (1000; 1300) and an opposite interior surface of the knitted component (1000; 1300); and knitting an integral knit tongue (1010; 1310) that is of unitary knit construction with the upper (1002; 1302) with the knitting machine, the integral knit tongue (1010; 1310) extending through a throat area (1020; 1320) of the knitted component (1000; 1300); wherein the integral knit tongue (1010; 1310) is joined by knitting with the knitting machine to a forward portion of the throat area (1020; 1320) and at least along a portion of a lateral side and a medial side of the throat area (1020; 1320) of the knitted component (1000; 1300) extending from the forward portion to an ankle opening of the upper (1002; 1302), wherein the integral knit tongue (1010; 1310) includes multiple knit structures of different types, and characterized in that a lace aperture for receiving a lace is provided by a tensile element Z (1040, 1340).
A method in a device, for determining a location of a service, the method comprising: identifying an uncompressed first expression comprising a plurality of uncompressed attributes that describe said service requested by a user; individually compressing each of the uncompressed attributes with a hash algorithm to generate a concatenated first string of hashed attributes; receiving a concatenated second string of individually hashed attributes via a wireless signal; comparing hashed attributes of the first string and hashed attributes of the second string, wherein the number of hashed attributes of the first string is user determined; determining if at least one of the hashed attributes of the first string comprises a match with at least one of the hashed attributes of the second string; selecting the second string of hashed attributes when one of the hashed attributes of the first string matches with at least one of the hashed attributes of the second string, wherein the second string of hashed attributes comprise an attribute that corresponds to a physical location of the service advertised by said second string of hashed attributes; and determining said location of said service based at least in part on said physical location. identifying an uncompressed first expression comprising a plurality of uncompressed attributes that describe said service requested by a user; individually compressing each of the uncompressed attributes with a hash algorithm to generate a concatenated first string of hashed attributes; receiving a concatenated second string of individually hashed attributes via a wireless signal; comparing hashed attributes of the first string and hashed attributes of the second string, wherein the number of hashed attributes of the first string is user determined; determining if at least one of the hashed attributes of the first string comprises a match with at least one of the hashed attributes of the second string; selecting the second string of hashed attributes when one of the hashed attributes of the first string matches with at least one of the hashed attributes of the second string, wherein the second string of hashed attributes comprise an attribute that corresponds to a physical location of the service advertised by said second string of hashed attributes; and determining said location of said service based at least in part on said physical location.
Installed fire extinguishing apparatus, especially for the fire protection of use locations comprising endangered structures separated from each other by spaces, which has a pressure-resistant storage body with an internal space for accommodating the fire extinguishing material composition transportable in a pipeline, at least one dispersion device for applying the fire extinguishing material composition, and at least one transport pipeline connected to the internal space of the storage body and suitable for transporting the fire extinguishing material composition from the internal space of the storage body to the dispersion device arranged at the use location, where the storage body is formed by a long pipeline or a pipeline that returns on itself that has a straight line main axis or a main axis of another shape, a trigger part-unit is installed in the transport pipeline, and the storage body is connected to a filling fitting serving for filling the fire extinguishing material composition or the components of the fire extinguishing material composition into the internal space of the storage body, the storage body is coupled with at least one gas vessel, the internal space of the gas vessel is connected to the internal space of the storage body with a connection line that permits the flow of medium, the gas vessel and/or the storage body and/or the connection line has a valve that influences the flow of medium between the gas vessel and the storage body, when the fire extinguishing apparatus is in a condition ready for use, more than 95% 94% of the internal space of the storage body is filled with fire extinguishing material composition, where the composition has a liquid and a gaseous component, and at least a part of the external surface of the storage body is surrounded by a material that reduces temperature fluctuations, characterised by that the pipeline of the storage body is intentionally laid over a route that is not horizontal, at least one lower point of the lower delimiting line of the internal surface delimiting the internal space of the storage body is intentionally located under the other points forming the section surrounding the lower delimiting line as compared to the horizontal, and the at least one transport pipeline is connected to the internal space of the storage body in at the lower point of the lower delimiting line of the internal surface delimiting the internal space of the storage body or in the vicinity of the lower point of the lower delimiting line, and at least one upper point of the upper delimiting line of the internal surface delimiting the internal space of the storage body intentionally located above the other points forming the section surrounding the upper delimiting line, and a purge fitting is connected to the internal space of the storage body at least one upper point of the upper delimiting line of the storage body established as a pipeline or in its environment.
A thermoelectric device comprising a first set of identical unitary thermoelectric systems, each unitary thermoelectric system comprising at least one thermocouple, wherein the first set comprises functional unitary thermoelectric systems and at least one faulty unitary thermoelectric system, and in that the device comprises: - means for detecting functional unitary thermoelectric systems of the first set of unitary thermoelectric systems, - means designed to electrically connect a second set of functional unitary thermoelectric systems chosen from said first set of unitary thermoelectric systems, in the form of an electric circuit, so that all the unitary thermoelectric systems of the electric circuit have the same current flowing through them. - means for detecting functional unitary thermoelectric systems of the first set of unitary thermoelectric systems, - means designed to electrically connect a second set of functional unitary thermoelectric systems chosen from said first set of unitary thermoelectric systems, in the form of an electric circuit, so that all the unitary thermoelectric systems of the electric circuit have the same current flowing through them.
A method, comprising: receiving a signal comprising a serving cell transmission and one or more interfering transmissions; identifying a transmission parameter for a first interfering transmission of the one or more interfering transmissions; determining an amount of resource overlap between a desired payload of the serving cell transmission and an interfering payload of the first interfering transmission, wherein each resource carries a modulated symbol on a subcarrier; and determining an interference cancellation scheme for the first interfering transmission based at least in part on the determined amount of resource overlap, a signal quality threshold and a signal quality metric associated with the first interfering transmission, wherein the signal quality threshold is based at least in part on the identified transmission parameter. receiving a signal comprising a serving cell transmission and one or more interfering transmissions; identifying a transmission parameter for a first interfering transmission of the one or more interfering transmissions; determining an amount of resource overlap between a desired payload of the serving cell transmission and an interfering payload of the first interfering transmission, wherein each resource carries a modulated symbol on a subcarrier; and determining an interference cancellation scheme for the first interfering transmission based at least in part on the determined amount of resource overlap, a signal quality threshold and a signal quality metric associated with the first interfering transmission, wherein the signal quality threshold is based at least in part on the identified transmission parameter.
A support bracket for cable trays, suitable for being fixed to a vertical support bar having a flat outer side, said support bracket being formed by a one-piece body made of a polymer material and comprising: - a base for fixing said support bracket to a vertical support bar, said base comprising a flat support surface for said base to rest against the flat outer side of the vertical support bar, and at least one through hole traversing said base for the passage of a fixing screw; and - an arm extending in a cantilever manner from said base and forming, on an upper face, a flat seating surface orthogonal to said flat support surface of the base for supporting a cable tray that is seated on said flat seating surface; wherein said base comprises two side fins having the following characteristics: - each of the side fins is formed on one side of said flat support surface of the base, such that said two side fins demarcate said flat support surface of the base; - the side fins are parallel to one another, orthogonal to said flat support surface of the base, and orthogonal to said flat seating surface of the arm; - the side fins project perpendicular to said flat support surface of the base; characterized in that it comprises at least two pairs of transverse wings (25, 26) extending from said base on both sides of said base, such that the edges of said transverse wings (25, 26) are on two parallel planes separated from said base on both sides of said base, said parallel planes being orthogonal to said flat support surface of the base and orthogonal to said flat seating surface of the arm. - a base for fixing said support bracket to a vertical support bar, said base comprising a flat support surface for said base to rest against the flat outer side of the vertical support bar, and at least one through hole traversing said base for the passage of a fixing screw; and - an arm extending in a cantilever manner from said base and forming, on an upper face, a flat seating surface orthogonal to said flat support surface of the base for supporting a cable tray that is seated on said flat seating surface; - each of the side fins is formed on one side of said flat support surface of the base, such that said two side fins demarcate said flat support surface of the base; - the side fins are parallel to one another, orthogonal to said flat support surface of the base, and orthogonal to said flat seating surface of the arm; - the side fins project perpendicular to said flat support surface of the base;
A patient turning apparatus comprising: a reconfigurable support platform comprising: a plurality of laterally extending support slats configured for pivotal movement about a longitudinally extending central region of the platform; at least one support slat being configured to follow a pivotal movement of a longitudinally adjacent support slat about the central region, through at least a portion of a pivotal range of movement of the longitudinally adjacent support slat; the apparatus further comprising means operable to control pivotal movement of at least one support slat of the platform about the central region wherein the support platform comprises a plurality of interconnected support elements, each element being detachably coupled at a proximal end thereof, to a longitudinally extending central region of a reconfigurable base, disposed in use at an underside of the platform. a reconfigurable support platform comprising: a plurality of laterally extending support slats configured for pivotal movement about a longitudinally extending central region of the platform; at least one support slat being configured to follow a pivotal movement of a longitudinally adjacent support slat about the central region, through at least a portion of a pivotal range of movement of the longitudinally adjacent support slat; a plurality of laterally extending support slats configured for pivotal movement about a longitudinally extending central region of the platform; at least one support slat being configured to follow a pivotal movement of a longitudinally adjacent support slat about the central region, through at least a portion of a pivotal range of movement of the longitudinally adjacent support slat; the apparatus further comprising means operable to control pivotal movement of at least one support slat of the platform about the central region wherein the support platform comprises a plurality of interconnected support elements, each element being detachably coupled at a proximal end thereof, to a longitudinally extending central region of a reconfigurable base, disposed in use at an underside of the platform.
Method for manufacturing a steel beam, in which method a base plate, web parts and a top plate of the steel beam are welded to the beam produced by said manufacturing method so that a space for concrete is formed between them, - supports are fixed to the base plate at regular intervals in the longitudinal direction of the beam, to which supports fire steels extending in the longitudinal direction of the beam are fixed, - the web parts are installed to the base plate against the supports so that the supports are between the web parts, characterized in that - tightening bars are arranged through opposite air venting holes of the web parts, - the top plate is placed on the tightening bars between the web parts, - the web parts are tightened against edges of the top plate, - the web parts are supported in place against the supports and the top plate for welding, the tightening bars are removed from the air venting holes before welding, and - the base plate, the web parts and the top plate are welded together to obtain the beam. - supports are fixed to the base plate at regular intervals in the longitudinal direction of the beam, to which supports fire steels extending in the longitudinal direction of the beam are fixed, - the web parts are installed to the base plate against the supports so that the supports are between the web parts, characterized in that - tightening bars are arranged through opposite air venting holes of the web parts, - the top plate is placed on the tightening bars between the web parts, - the web parts are tightened against edges of the top plate, - the web parts are supported in place against the supports and the top plate for welding, the tightening bars are removed from the air venting holes before welding, and - the base plate, the web parts and the top plate are welded together to obtain the beam.
A material heating device, comprising a rotary kiln, a plurality of heat exchange tubes, a hot air hood, a high-temperature gas input mechanism, an exhaust gas collecting chamber and an exhaust gas output pipeline, the rotary kiln being provided with a material feed end and a material discharge end, the plurality of heat exchange tubes are provided in the rotary kiln, uniformly distributed in a circumferential direction and adjacent to an inner wall of the rotary kiln, heat exchange tube brackets are provided on the inner wall of the rotary kiln, a heat insulation layer is provided on a wall of the rotary kiln, a space between the heat exchange tubes and the rotary kiln is used as a material channel, the hot air hood is provided at a periphery of a rotary kiln housing, an air inlet end of each heat exchange tube is in communication with the hot air hood, each heat exchange tube is connected with the hot air hood through an elbow, with the elbow being a part of the each heat exchange tube, an air inlet elbow end of each heat exchange tube is connected with the rotary kiln housing, the hot air hood and the rotary kiln housing form, in combination, a hot air distribution chamber, an air outlet end of each heat exchange tube is in communication with the exhaust gas collecting chamber that is in communication with the exhaust gas output pipeline, the exhaust gas collecting chamber is provided at the material feed end of the rotary kiln, the hot air hood is in communication with the high-temperature gas input mechanism, and a sealing mechanism is provided at an outer side of a portion of the hot air hood where the hot air hood is connected with the rotary kiln housing, characterized in that a heat insulation ring is provided on an outer side of the rotary kiln housing, a heat-insulating air gap is formed between the heat insulation ring and the rotary kiln housing, with the air gap communicating with atmosphere to cool the heat insulation ring and a corresponding portion of the rotary kiln housing, an elbow end of each heat exchange tube penetrates through the rotary kiln housing to be connected to the heat insulation ring, the hot air hood and the heat insulation ring form, in combination, a hot air distribution chamber, and a fireproof material layer is provided on an inner side of the hot air distribution chamber formed by combination of the hot air hood and the heat insulation ring.