mhurhangee/patent-ind-claim-en huggingface dataset:
A video decoder for decoding video signal data for an image block, configured to decode all color components of the video signal data, wherein said decoder is configured to use common interpolation filters for B and P frames for all of the color components of the video signal data and wherein the video decoder is configured to perform an inverse color transform on the video signal data in a post-processing step subsequent to said decoding step, and wherein color components of the video signal data input to the decoder are color components of YUV, YCrCb or YCOCG, characterized in that the video decoder is configured to decode each color component of the video signal data using a respective one of three separate spatial predictors.
A radio frequency, RF, coil assembly for a magnetic resonance imaging, MRI, system, comprising: a loop portion surrounding a central area and comprising distributed capacitance conductors; a coupling electronics portion including a pre-amplifier ; and a disposable material encasing at least the loop portion and the central area, the disposable material comprising one or more of paper, plastic, and cloth, wherein the coupling electronics portion is removably coupled to the loop portion, wherein the distributed capacitance conductors comprise two parallel conductors encapsulated and separated by a dielectric material, the two parallel conductors maintained separate by the dielectric material along an entire length of the loop portion between terminating ends thereof. a loop portion surrounding a central area and comprising distributed capacitance conductors; a coupling electronics portion including a pre-amplifier ; and a disposable material encasing at least the loop portion and the central area, the disposable material comprising one or more of paper, plastic, and cloth, wherein the coupling electronics portion is removably coupled to the loop portion, wherein the distributed capacitance conductors comprise two parallel conductors encapsulated and separated by a dielectric material, the two parallel conductors maintained separate by the dielectric material along an entire length of the loop portion between terminating ends thereof.
1. A surgical navigation system, comprising: a computer ; a camera ; a display ; a surgical implant having an implant tracker , wherein the implant tracker is configured to be attached to an end of the surgical implant via a mounting point of the surgical implant , wherein the mounting point has an asymmetric inner channel to ensure a proper alignment between the surgical implant and implant tracker for tracking the surgical implant ; and a detection tool having a tool tracker associated with the surgical implant , wherein the computer is configured to determine a shape of the surgical implant by receiving data associated with a position of the detection tool as the detection tool is moved along an outer surface of the surgical implant . a computer ; a camera ; a display ; a surgical implant having an implant tracker , wherein the implant tracker is configured to be attached to an end of the surgical implant via a mounting point of the surgical implant , wherein the mounting point has an asymmetric inner channel to ensure a proper alignment between the surgical implant and implant tracker for tracking the surgical implant ; and a detection tool having a tool tracker associated with the surgical implant , wherein the computer is configured to determine a shape of the surgical implant by receiving data associated with a position of the detection tool as the detection tool is moved along an outer surface of the surgical implant .
A guide for placing at least one landmark in a scapula having a primary patient tissue area including the glenoid fossa and a secondary patient tissue area including a depression relative to the primary patient tissue at a base of a coracoid of the scapula, the guide comprising: a base having a primary lower base surface contoured to mate with the primary patient tissue area ; at least one guiding bore through the base configured to receive and guide a tool for placing the at least one landmark in the patient tissue; and an extended portion projecting away from and dipping downward from the base to be configured to be nested in the depression, the extended portion having at least one secondary lower base surface located lower than the primary lower base surface and contoured to mate with the secondary patient tissue area in the depression; wherein the primary and secondary lower base surfaces are specific to the patient as a function of preoperative imaging of the patient tissue. a base having a primary lower base surface contoured to mate with the primary patient tissue area ; at least one guiding bore through the base configured to receive and guide a tool for placing the at least one landmark in the patient tissue; and an extended portion projecting away from and dipping downward from the base to be configured to be nested in the depression, the extended portion having at least one secondary lower base surface located lower than the primary lower base surface and contoured to mate with the secondary patient tissue area in the depression; wherein the primary and secondary lower base surfaces are specific to the patient as a function of preoperative imaging of the patient tissue.
A multicast-based wireless communication method, comprising: receiving (S310), by a terminal device, downlink control information, DCI from a base station, wherein the DCI is used to schedule a current multicast traffic channel MTCH, the DCI comprises indication information, and the indication information is used to indicate that configuration information of the current MTCH is modified in a next modification period, MP; and obtaining (S320), by the terminal device, modified configuration information of the current MTCH according to the indication information. receiving (S310), by a terminal device, downlink control information, DCI from a base station, wherein the DCI is used to schedule a current multicast traffic channel MTCH, the DCI comprises indication information, and the indication information is used to indicate that configuration information of the current MTCH is modified in a next modification period, MP; and obtaining (S320), by the terminal device, modified configuration information of the current MTCH according to the indication information.
A multiple bit hand tool comprising: a handle body portion ; a set of actuation mechanisms ; a set of tool bits , each tool bit associated with one of the set of actuation mechanisms ; a chuck portion including a locking collar mounted to the handle body portion and an aperture for receiving one of the set of tool bits in an extended position; Characterized in that the locking collar includes: a latch portion including a set of latch arms , each latch arm having a bit end cap contact and a release cam contact ; whereby when the tool bit is extended through the locking collar , the bit end cap contact abuts the tool bit to protect against retraction of the tool bit and the release cam contact abuts the associated actuation mechanism . a handle body portion ; a set of actuation mechanisms ; a set of tool bits , each tool bit associated with one of the set of actuation mechanisms ; a chuck portion including a locking collar mounted to the handle body portion and an aperture for receiving one of the set of tool bits in an extended position; Characterized in that the locking collar includes: a latch portion including a set of latch arms , each latch arm having a bit end cap contact and a release cam contact ; whereby when the tool bit is extended through the locking collar , the bit end cap contact abuts the tool bit to protect against retraction of the tool bit and the release cam contact abuts the associated actuation mechanism . a latch portion including a set of latch arms , each latch arm having a bit end cap contact and a release cam contact ; whereby when the tool bit is extended through the locking collar , the bit end cap contact abuts the tool bit to protect against retraction of the tool bit and the release cam contact abuts the associated actuation mechanism .
Flood light, in particular for illuminating a stage or a building facade, which contains a multiplicity of light-emitting diodes as light sources, at least some of the light-emitting diodes being switchable between operation in a first operating mode with a first maximum intensity and operation in a second operating mode with a second maximum intensity differing from the first maximum intensity, a plurality of control units (10; 12; 14) being present for the variable control of an emitted light intensity of the part of the light-emitting diodes as a component of the spotlight; 12; 14) are present, the plurality of control units (10; 12; 14) specifying for each operating mode a maximum current, which can be selected by switching over, for setting the respective maximum intensity, characterized in that the plurality of control units (10; 12; 14) each use a modulation circuit to carry out intensity control of the part of the light-emitting diodes up to the respective maximum current, and a brightness of the light-emitting diodes can be set with the respective modulation circuit within a respective operating mode.
A method of printing a transferable semiconductor element, said method comprising: a. providing an elastomeric stamp having a transfer surface with said semiconductor element supported thereon, wherein said transfer surface comprises a three-dimensional pattern of relief features that at least partially contacts said semiconductor element; b. providing a substrate having a receiving surface; c. establishing conformal contact between said semiconductor element supported on said elastomeric stamp transfer surface and said receiving surface, thereby contacting at least a portion of said semiconductor element with said receiving surface; d. offsetting said elastomeric stamp a horizontal distance relative to said receiving surface, thereby generating a mechanical deformation in at least a portion of said pattern of relief features without separating said semiconductor element from said transfer surface or said receiving surface; and e. separating said stamp from said semiconductor element, thereby printing said semiconductor element to said receiving surface. a. providing an elastomeric stamp having a transfer surface with said semiconductor element supported thereon, wherein said transfer surface comprises a three-dimensional pattern of relief features that at least partially contacts said semiconductor element; b. providing a substrate having a receiving surface; c. establishing conformal contact between said semiconductor element supported on said elastomeric stamp transfer surface and said receiving surface, thereby contacting at least a portion of said semiconductor element with said receiving surface; d. offsetting said elastomeric stamp a horizontal distance relative to said receiving surface, thereby generating a mechanical deformation in at least a portion of said pattern of relief features without separating said semiconductor element from said transfer surface or said receiving surface; and e. separating said stamp from said semiconductor element, thereby printing said semiconductor element to said receiving surface.
Moulding composition comprising polyether block amide (PEBA) based on a subunit 1, composed of at least one linear aliphatic diamine containing 5 to 15 carbon atoms and at least one linear aliphatic dicarboxylic acid containing 6 to 16 carbon atoms, and on a subunit 2, composed of at least one polyether diol containing at least 3 carbon atoms per ether oxygen and primary OH groups at the chain ends, characterized in that the sum total of the carbon atoms from diamine and dicarboxylic acid is an odd number and is 19 or 21 carbon atoms; the number-average molar mass of the subunit 2 is 200 to 900 g/mol.
A milking system , comprising a milking device for milking a milking from a dairy animal during a milking session, and provided with: - a control unit for controlling the milking system, - several milking cups , each ending in a milk hose , - a first milk jar for receiving the milking which is connected to the milk hoses and which is provided with a first closable milk outlet , - a first milk pipe in flow communication with the milk outlet, - a first pumping device which is configured to pump the milking from the first milk jar into the first milk pipe, - a second milk jar in flow communication with the first milk pipe for receiving the milking from the first milk jar therefrom, and which is provided with a second milk outlet , - a second milk pipe in flow communication with the second milk outlet, - a second pumping device which is configured to pump at least some of the milking, in particular the entire milking, from the second milk jar into the second milk pipe, characterized in that the first pumping device is configured to pump the milking at a first flow rate, and the second pumping device is configured to pump the milking at a second flow rate which is lower than the first flow rate, furthermore comprising a heat-exchanging system which is in flow communication with the second milk pipe and is configured to receive the milking pumped in the second milk pipe and to bring the received milking to a desired temperature. - a control unit for controlling the milking system, - several milking cups , each ending in a milk hose , - a first milk jar for receiving the milking which is connected to the milk hoses and which is provided with a first closable milk outlet , - a first milk pipe in flow communication with the milk outlet, - a first pumping device which is configured to pump the milking from the first milk jar into the first milk pipe, - a second milk jar in flow communication with the first milk pipe for receiving the milking from the first milk jar therefrom, and which is provided with a second milk outlet , - a second milk pipe in flow communication with the second milk outlet, - a second pumping device which is configured to pump at least some of the milking, in particular the entire milking, from the second milk jar into the second milk pipe,
An article of footwear comprising: a sole structure having a fluid-filled bladder element that includes multiple fluid-filled cushioning components (34A-34H) each having a single central opening (40A-40H) extending completely therethrough and a continuous fluid-filled cavity (38A-38F) surrounding the central opening (40A-40H); and wherein the cushioning components (34A-34H) are spaced apart from one another so that an outer surface of each of the cushioning components (34A-34H) is substantially decoupled from an outer surface of an adjacent one of the cushioning components (34A-34H) by being connected only by a channel that establishes fluid communication or by a tubular cushioning component . a sole structure having a fluid-filled bladder element that includes multiple fluid-filled cushioning components (34A-34H) each having a single central opening (40A-40H) extending completely therethrough and a continuous fluid-filled cavity (38A-38F) surrounding the central opening (40A-40H); and wherein the cushioning components (34A-34H) are spaced apart from one another so that an outer surface of each of the cushioning components (34A-34H) is substantially decoupled from an outer surface of an adjacent one of the cushioning components (34A-34H) by being connected only by a channel that establishes fluid communication or by a tubular cushioning component .
A combination ladder assembly and pool including: a pool having a side wall ; and a ladder assembly including: a support member positioned adjacent to the side wall of the pool , a ladder coupled to the support member , the ladder having an upper end, a lower end, and a plurality of steps supported on the ladder between the upper end and the lower end, the ladder being movable from a use position permitting ingress into the pool to a non-use position, and when in the non-use position, the ladder extends above the support member , characterized in that the support member includes a plurality of first apertures and a plurality of second apertures ; and when in the use position, the upper end of the ladder is positioned above the lower end and received within the plurality of first apertures of the support member , and when in the non-use position, the upper end or the lower end of the ladder is received within the plurality of second apertures of the support member , the plurality of first apertures being spaced apart from the plurality of second apertures . a pool having a side wall ; and a ladder assembly including: a support member positioned adjacent to the side wall of the pool , a ladder coupled to the support member , the ladder having an upper end, a lower end, and a plurality of steps supported on the ladder between the upper end and the lower end, the ladder being movable from a use position permitting ingress into the pool to a non-use position, and when in the non-use position, the ladder extends above the support member , characterized in that the support member includes a plurality of first apertures and a plurality of second apertures ; and when in the use position, the upper end of the ladder is positioned above the lower end and received within the plurality of first apertures of the support member , and when in the non-use position, the upper end or the lower end of the ladder is received within the plurality of second apertures of the support member , the plurality of first apertures being spaced apart from the plurality of second apertures . a support member positioned adjacent to the side wall of the pool , a ladder coupled to the support member , the ladder having an upper end, a lower end, and a plurality of steps supported on the ladder between the upper end and the lower end, the ladder being movable from a use position permitting ingress into the pool to a non-use position, and when in the non-use position, the ladder extends above the support member , characterized in that the support member includes a plurality of first apertures and a plurality of second apertures ; and when in the use position, the upper end of the ladder is positioned above the lower end and received within the plurality of first apertures of the support member , and when in the non-use position, the upper end or the lower end of the ladder is received within the plurality of second apertures of the support member , the plurality of first apertures being spaced apart from the plurality of second apertures .
Process for the purification of biomass hydrolysate comprising the steps a) Providing a biomass hydrolysate, wherein the hydrolysate is prepared by adding hydrolase enzymes to the biomass; b) Adjusting the temperature of the biomass hydrolysate to a temperature selected from the range of from 50 to 95 °C; c) Addition of at least one acid to the biomass hydrolysate; d) Solid-liquid separation of the biomass hydrolysate-acid mixture to obtain a solid phase and a liquid phase; e) Deionization of the liquid phase of the biomass hydrolysate-acid mixture after separation according to step d). a) Providing a biomass hydrolysate, wherein the hydrolysate is prepared by adding hydrolase enzymes to the biomass; b) Adjusting the temperature of the biomass hydrolysate to a temperature selected from the range of from 50 to 95 °C; c) Addition of at least one acid to the biomass hydrolysate; d) Solid-liquid separation of the biomass hydrolysate-acid mixture to obtain a solid phase and a liquid phase; e) Deionization of the liquid phase of the biomass hydrolysate-acid mixture after separation according to step d).
Combination of an electricity conducting element and a connector cable , wherein the electricity conducting element comprises: - a body of insulating material; - an electrical conductor extending through the body ; - at least one passive electrical sensor, such as a Rogowski coil or the primary part of a capacitive voltage divider, embedded or integrated in the insulating material of the body , - at least one shielded connector with one or more terminals arranged on the outer surface of the body and wherein the terminals of the shielded connector are electrically connected to the at least one passive electrical sensor; and wherein the connector cable comprises: - a first shielded connector with one or more terminals for connection with the at least one shielded connector of the electricity conducting element; - a second shielded connector with one or more terminals for connection with an appliance or a further connector cable; and characterized in that , - the connector cable further comprises electrical components adapted to process low voltage signals of the at least one passive electrical sensor , wherein the electrical components are arranged as closely as possible to the first shielded connector and electrically connected to the terminals of the first shielded connector , and wherein the electrical components are arranged at a distance from the second shielded connector and are electrically connected via a cable to the terminals of the second shielded connector . - a body of insulating material; - an electrical conductor extending through the body ; - at least one passive electrical sensor, such as a Rogowski coil or the primary part of a capacitive voltage divider, embedded or integrated in the insulating material of the body , - at least one shielded connector with one or more terminals arranged on the outer surface of the body and wherein the terminals of the shielded connector are electrically connected to the at least one passive electrical sensor; and wherein the connector cable comprises: - a first shielded connector with one or more terminals for connection with the at least one shielded connector of the electricity conducting element; - a second shielded connector with one or more terminals for connection with an appliance or a further connector cable; and - a first shielded connector with one or more terminals for connection with the at least one shielded connector of the electricity conducting element; - a second shielded connector with one or more terminals for connection with an appliance or a further connector cable; and - the connector cable further comprises electrical components adapted to process low voltage signals of the at least one passive electrical sensor , wherein the electrical components are arranged as closely as possible to the first shielded connector and electrically connected to the terminals of the first shielded connector , and wherein the electrical components are arranged at a distance from the second shielded connector and are electrically connected via a cable to the terminals of the second shielded connector .