mhurhangee/patent-ind-claim-en huggingface dataset:
An audio decoder for providing a decoded audio information on the basis of an encoded audio information comprising linear prediction coefficients (LPC), the audio decoder comprising: - a tilt adjuster configured to adjust a tilt of a background noise in dependence on a tilt information, wherein the tilt adjuster is configured to use linear prediction coefficients of a current frame to obtain the tilt information; and - a decoder core configured to decode an audio information of the current frame using the linear prediction coefficients of the current frame to obtain a decoded core coder output signal; and - a noise inserter configured to add the adjusted background noise to the current frame, to perform a noise filling; characterized in that the tilt adjuster is configured to use a result of a first-order analysis of the linear prediction coefficients of the current frame to obtain the tilt information, and wherein the tilt adjuster is configured to obtain the tilt information using a calculation of a gain g of the linear prediction coefficients of the current frame as the first-order analysis, wherein g = ∑ a k ⋅ a k + 1 / ∑ a k ⋅ a k , wherein a k is a linear prediction coefficient of the current frame, located at LPC index k. - a tilt adjuster configured to adjust a tilt of a background noise in dependence on a tilt information, wherein the tilt adjuster is configured to use linear prediction coefficients of a current frame to obtain the tilt information; and - a decoder core configured to decode an audio information of the current frame using the linear prediction coefficients of the current frame to obtain a decoded core coder output signal; and - a noise inserter configured to add the adjusted background noise to the current frame, to perform a noise filling;
Construction element for a support structure for solar panels , comprising: - an upright , wherein the lower outer end of the upright is rounded; and - a bottom support for weighting the construction element, which bottom support comprises on its upper side a recess for the purpose of receiving the lower outer end of the upright, wherein coupling means are provided round the recess for the purpose of forming an adjustable screw connection between the upright and the bottom support; wherein a lower part of the upright is provided on its outer wall with one or more edge parts situated some distance from the lower outer end of the upright, wherein a total of at least three openings are provided in the one or more edge parts for the purpose of receiving threaded ends of the screw connection, and wherein the coupling means of the bottom support comprise threaded sleeves with internal screw thread or wherein the coupling means of the bottom support comprise threaded ends extending substantially vertically from the bottom support. - an upright , wherein the lower outer end of the upright is rounded; and - a bottom support for weighting the construction element, which bottom support comprises on its upper side a recess for the purpose of receiving the lower outer end of the upright, wherein coupling means are provided round the recess for the purpose of forming an adjustable screw connection between the upright and the bottom support;
A cable-type battery, comprising: a cable-type battery cell , characterized in that : the cable-type battery cell includes at least one internal electrode layer having an internal electrode active material formed on a surface of an internal current collector extending in a longitudinal direction to have a cross section of a preset shape, a separation layer formed to surround the internal electrode layer , and an external electrode layer formed to surround the separation layer and having an external electrode active material formed on a surface of an external current collector ; and a protection circuit module electrically connected to the battery cell to protect the battery cell from overcharge or overdischarge. a cable-type battery cell , characterized in that : the cable-type battery cell includes at least one internal electrode layer having an internal electrode active material formed on a surface of an internal current collector extending in a longitudinal direction to have a cross section of a preset shape, a separation layer formed to surround the internal electrode layer , and an external electrode layer formed to surround the separation layer and having an external electrode active material formed on a surface of an external current collector ; and a protection circuit module electrically connected to the battery cell to protect the battery cell from overcharge or overdischarge.
A biocompatible stent for placement in a vessel of a living subject comprising: a stent scaffold, and a biocompatible material associated with the stent scaffold, wherein the biocompatible material comprises amnion tissue that has been stored at temperatures above -55 °C to -20 °C, wherein the amnion is rolled into a tube with a longitudinal seam which is used as a covering to cover the exterior of a stent scaffold or as a lining to line the interior of the stent scaffold. a stent scaffold, and a biocompatible material associated with the stent scaffold, wherein the biocompatible material comprises amnion tissue that has been stored at temperatures above -55 °C to -20 °C, wherein the amnion is rolled into a tube with a longitudinal seam which is used as a covering to cover the exterior of a stent scaffold or as a lining to line the interior of the stent scaffold.
An overcap for an aerosol container , comprising: a sidewall ; and an actuator , wherein the actuator is operably connected to the sidewall by deformation of a portion of at least one of the sidewall and the actuator ; whereby the sidewall includes at least one channel for receipt of at least one tab disposed on the actuator , wherein a portion of the sidewall is deformed to obstruct an opening of the at least one channel to prevent removal of the at least one tab , and characterized in that the at least one channel is provided within a flange having a post , which is deformed to obstruct the opening of the at least one channel to prevent removal of the at least one tab . a sidewall ; and an actuator , wherein the actuator is operably connected to the sidewall by deformation of a portion of at least one of the sidewall and the actuator ; whereby the sidewall includes at least one channel for receipt of at least one tab disposed on the actuator , wherein a portion of the sidewall is deformed to obstruct an opening of the at least one channel to prevent removal of the at least one tab , and characterized in that the at least one channel is provided within a flange having a post , which is deformed to obstruct the opening of the at least one channel to prevent removal of the at least one tab .
A medical station, comprising: a base; and an upper module formed of a structure positioned atop the base, the upper module comprising a raised covering component and a planar support component , the raised covering component covering one or more electronic components, the raised covering component comprising: a first top surface ; a first recess formed within at least a portion of the first top surface ; at least one channel extending from the first recess ; and a plurality of sidewalls (112a,...112d) extending from respective edges (114a,... 114d) of the first top surface , wherein the at least one channel extends over at least one of the plurality of sidewalls (112a,...112d) to divert spilled material away from the one or more electronic components; the planar support component comprising: a second top surface extending from a distal end of a first sidewall of the plurality of sidewalls (112a,...112d) of the raised covering component ; and a second recess formed within at least a portion of the second top surface . a base; and an upper module formed of a structure positioned atop the base, the upper module comprising a raised covering component and a planar support component , the raised covering component covering one or more electronic components, the raised covering component comprising: a first top surface ; a first recess formed within at least a portion of the first top surface ; at least one channel extending from the first recess ; and a plurality of sidewalls (112a,...112d) extending from respective edges (114a,... 114d) of the first top surface , wherein the at least one channel extends over at least one of the plurality of sidewalls (112a,...112d) to divert spilled material away from the one or more electronic components; a first top surface ; a first recess formed within at least a portion of the first top surface ; at least one channel extending from the first recess ; and a plurality of sidewalls (112a,...112d) extending from respective edges (114a,... 114d) of the first top surface , wherein the at least one channel extends over at least one of the plurality of sidewalls (112a,...112d) to divert spilled material away from the one or more electronic components; the planar support component comprising: a second top surface extending from a distal end of a first sidewall of the plurality of sidewalls (112a,...112d) of the raised covering component ; and a second recess formed within at least a portion of the second top surface . a second top surface extending from a distal end of a first sidewall of the plurality of sidewalls (112a,...112d) of the raised covering component ; and a second recess formed within at least a portion of the second top surface .
Device for centerless round grinding of round, cylindrical work pieces , having a grinding wheel with an axis of rotation , a regulation wheel for pressing of the work piece against the grinding wheel with an axis of rotation , a workrest blade for putting on the work piece and/or a truing device for the grinding wheel and/or a truing device for the regulation wheel, these elements arranged in this way on a machine bed , in particular in an assembly surface inclined in the space, that the grinding wheel and the regulation wheel and the workrest blade touch the work piece at the moment of grinding, whereas the work piece is arranged in a grinding gap being formed by the adjoining regulation wheel, grinding wheel and workrest blade, whereas the grinding wheel and/or the regulation wheel and/or the truing device for the grinding wheel and/or the truing device for the regulation wheel respectively are arranged on a hydraulic and/or electromotive driven carriage directly on the machine bed, which is at least longitudinally adjustable along a longitudinal motion axis, whereas the longitudinal motion axis of the carriage of the grinding wheel and/or the longitudinal motion axis of the carriage of the regulation wheel and/or the longitudinal motion axis or the carriage of the truing device for the regulation wheel and/or the longitudinal motion axis of the carriage of the truing device for the grinding wheel is adjustable within the meaning of a rotational movement around a rotation axis of the carriage of the grinding wheel and/or the rotation axis of the carriage of the grinding wheel and/or the rotation axis of the carriage of the truing device for the regulation wheel and/or the rotational axis of the carriage of the truing device of the grinding wheel are arranged.
A data transmission method, comprising: transmitting a connection request (S101, 503, 606) containing a small data indicator to a base station; receiving , from the base station, a connection setup message containing a signaling radio bearer (SRB) and data radio bearer (DRB) configuration; transmitting a connection setup complete message (S102, 505, 608) to the base station; wherein the connection setup complete message (S102, 505, 608) comprises a security identifier, wherein the security identifier is associated with a used encryption algorithm and a key of the encryption algorithm. transmitting a connection request (S101, 503, 606) containing a small data indicator to a base station; receiving , from the base station, a connection setup message containing a signaling radio bearer (SRB) and data radio bearer (DRB) configuration; transmitting a connection setup complete message (S102, 505, 608) to the base station; wherein the connection setup complete message (S102, 505, 608) comprises a security identifier, wherein the security identifier is associated with a used encryption algorithm and a key of the encryption algorithm.
A locking system with at least one door component having an electronic locking mechanism for selectively locking or unlocking a door , a window or the like, wherein the electronic locking mechanism consists of an actuator , an electronic control unit for controlling the actuator and a reading unit for wireless bidirectional communication with at least one electronic identification medium and which blocks or releases the movement of a driver , which acts on a latch , wherein the door component has a second electronic locking mechanism controllable separately from the one electronic locking mechanism for an access with a second electronic identification medium and in that the two locking mechanisms can each influence the movement of the driver independently from each other, characterized in that the driver is moveable by the second electronic locking mechanism in a locking or unlocking position.
A memory device , comprising: a memory ; and a bus interface , characterized by control circuitry to access the memory and execute memory read and write operations; and command logic configured to decode command sequences received on the bus interface that comprise corresponding operation codes, and one or both of addresses and data, received on the bus interface , and to enable the control circuitry to execute operations identified in the command sequences; while receiving a first command sequence, the command logic being responsive to a first control signal to interrupt the first command sequence; the command logic being responsive to a second control signal after the first control signal, to receive and decode a second command sequence and to enable the control circuitry to execute an operation identified in the second command sequence; the command logic responsive to a third control signal after completion of the second command sequence to receive and decode a third command sequence, the third command sequence including an operation code and data, to complete the interrupted first command sequence, and to enable the control circuitry to execute the operation identified in the first command sequence. a memory ; and a bus interface , characterized by control circuitry to access the memory and execute memory read and write operations; and command logic configured to decode command sequences received on the bus interface that comprise corresponding operation codes, and one or both of addresses and data, received on the bus interface , and to enable the control circuitry to execute operations identified in the command sequences; while receiving a first command sequence, the command logic being responsive to a first control signal to interrupt the first command sequence; the command logic being responsive to a second control signal after the first control signal, to receive and decode a second command sequence and to enable the control circuitry to execute an operation identified in the second command sequence; the command logic responsive to a third control signal after completion of the second command sequence to receive and decode a third command sequence, the third command sequence including an operation code and data, to complete the interrupted first command sequence, and to enable the control circuitry to execute the operation identified in the first command sequence.
A mobile terminal, comprising: a housing , comprising a frame ; an optical device , located in the housing ; and a display screen , comprising a display panel and a cover plate made of a glass plate or transparent resin plate; the cover plate is provided with a first mounting region , a second mounting region , and a light-transmitting region ; the first mounting region is located at an edge of the cover plate and configured to bond to the frame by a first adhesive ; the second mounting region is located on a lower surface of the cover plate and configured to bond to the display panel by a second adhesive ; and the light-transmitting region is located on the lower surface of the cover plate ; wherein the optical device is configured to receive light from the outside or project light to the outside through the light-transmitting region , and a transparent coating is disposed between the light-transmitting region and the first mounting region or the second mounting region to prevent the first adhesive from overflowing to the light-transmitting region . a housing , comprising a frame ; an optical device , located in the housing ; and a display screen , comprising a display panel and a cover plate made of a glass plate or transparent resin plate; the cover plate is provided with a first mounting region , a second mounting region , and a light-transmitting region ; the first mounting region is located at an edge of the cover plate and configured to bond to the frame by a first adhesive ; the second mounting region is located on a lower surface of the cover plate and configured to bond to the display panel by a second adhesive ; and the light-transmitting region is located on the lower surface of the cover plate ; wherein the optical device is configured to receive light from the outside or project light to the outside through the light-transmitting region , and a transparent coating is disposed between the light-transmitting region and the first mounting region or the second mounting region to prevent the first adhesive from overflowing to the light-transmitting region .
A liquid packaging container, comprising: a film for a liquid packaging container comprising: at least one of a layer containing a resin composition (X) containing a polypropylene resin (a) and at least one of a hydrogenated block copolymer (b), the hydrogenated block copolymer (b) being a hydrogenated product of a block copolymer containing a polymer block (A) mainly containing an aromatic vinyl compound unit, and a polymer block (B) mainly containing an isoprene (Ip) unit, a butadiene (Bd) unit, or isoprene (Ip) and butadiene (Bd) units, in the resin composition (X), the hydrogenated block copolymer (b) having a phase separation structure having formed therein both (i) an island phase having a long axis of 1 μm or more, or a bicontinuous structure, and (ii) an island phase having a long axis of 300 nm or less, and in the resin composition (X), the mass ratio ((a)/((a)+(b))) of the polypropylene resin (a) and the hydrogenated block copolymer (b) being from 61/100 to 95/100, wherein the film has a structure containing two or more layers including an inner layer and an outer layer, the inner layer contains the resin composition (X), the outer layer contains a resin composition (P) containing 70% by mass or more of a polypropylene resin (c) having a content of a propylene monomer unit of 60% by mol or more, and a melting point MP x of the resin composition (X) constituting the inner layer and a melting point MP p of the resin composition (P) constituting the outer layer satisfy a following inequality: 0 < MP p − MP x ≤ 50 . at least one of a layer containing a resin composition (X) containing a polypropylene resin (a) and at least one of a hydrogenated block copolymer (b), the hydrogenated block copolymer (b) being a hydrogenated product of a block copolymer containing a polymer block (A) mainly containing an aromatic vinyl compound unit, and a polymer block (B) mainly containing an isoprene (Ip) unit, a butadiene (Bd) unit, or isoprene (Ip) and butadiene (Bd) units, in the resin composition (X), the hydrogenated block copolymer (b) having a phase separation structure having formed therein both (i) an island phase having a long axis of 1 μm or more, or a bicontinuous structure, and (ii) an island phase having a long axis of 300 nm or less, and in the resin composition (X), the mass ratio ((a)/((a)+(b))) of the polypropylene resin (a) and the hydrogenated block copolymer (b) being from 61/100 to 95/100, wherein the film has a structure containing two or more layers including an inner layer and an outer layer, the inner layer contains the resin composition (X), the outer layer contains a resin composition (P) containing 70% by mass or more of a polypropylene resin (c) having a content of a propylene monomer unit of 60% by mol or more, and a melting point MP x of the resin composition (X) constituting the inner layer and a melting point MP p of the resin composition (P) constituting the outer layer satisfy a following inequality: 0 < MP p − MP x ≤ 50 .
A method for at least two Radio Frequency Identification - RFID-readers of a network to inventory an RFID integrated circuit - IC- coupled to an antenna, the method comprising: a) communicating, via said network, a target location among said at least two RFID readers ; b) generating, by a first one of said at least two RFID readers of the network, a first beam directed to the target location; c) generating, by a second one of said at least two RFID readers of the network, a second beam directed to the target location; d) transmitting, on the second beam , a first inventory command, while a first cooperative-powering RF signal is transmitted to the target location via the first beam; e) receiving, responsive to the first inventory command, a reply from the IC ; and f) transmitting, on the first beam , a first acknowledgment signal responsive to the IC reply , while a second cooperative powering RF signal is transmitted to the target location via the second beam. a) communicating, via said network, a target location among said at least two RFID readers ; b) generating, by a first one of said at least two RFID readers of the network, a first beam directed to the target location; c) generating, by a second one of said at least two RFID readers of the network, a second beam directed to the target location; d) transmitting, on the second beam , a first inventory command, while a first cooperative-powering RF signal is transmitted to the target location via the first beam; e) receiving, responsive to the first inventory command, a reply from the IC ; and f) transmitting, on the first beam , a first acknowledgment signal responsive to the IC reply , while a second cooperative powering RF signal is transmitted to the target location via the second beam.