mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing apparatus comprising: a display unit ; and circuitry configured to: receive image data; and receive metadata set associated with the image data, characterised in that the metadata include luminance point information serving as a display mapping reference for a dynamic range conversion of the image data based on a look-up table (LUT); wherein the luminance point information includes at least one of (i) Diffuse white luminance data that indicates a white luminance value serving as a reference in the image data and that varies based on an image scene, wherein Diffuse white luminance is white that occupies a large area and thus can be automatically detected by a luminance analysis of the image data, or (ii) luminance of interest data that indicates a luminance value of a central object or an object of interest in the image data; and the circuitry is configured to perform the dynamic range conversion of the image data so as to adapt the dynamic range of the received image data to that of the display unit according to the look-up table which is set on the basis of the metadata so that after said dynamic range conversion the Diffuse white luminance or the luminance of interest is maintained. a display unit ; and circuitry configured to: receive image data; and receive metadata set associated with the image data, characterised in that the metadata include luminance point information serving as a display mapping reference for a dynamic range conversion of the image data based on a look-up table (LUT); wherein the luminance point information includes at least one of (i) Diffuse white luminance data that indicates a white luminance value serving as a reference in the image data and that varies based on an image scene, wherein Diffuse white luminance is white that occupies a large area and thus can be automatically detected by a luminance analysis of the image data, or (ii) luminance of interest data that indicates a luminance value of a central receive image data; and receive metadata set associated with the image data, characterised in that the metadata include luminance point information serving as a display mapping reference for a dynamic range conversion of the image data based on a look-up table (LUT); wherein the luminance point information includes at least one of (i) Diffuse white luminance data that indicates a white luminance value serving as a reference in the image data and that varies based on an image scene, wherein Diffuse white luminance is white that occupies a large area and thus can be automatically detected by a luminance analysis of the image data, or (ii) luminance of interest data that indicates a luminance value of a central object or an object of interest in the image data; and the circuitry is configured to perform the dynamic range conversion of the image data so as to adapt the dynamic range of the received image data to that of the display unit according to the look-up table which is set on the basis of the metadata so that after said dynamic range conversion the Diffuse white luminance or the luminance of interest is maintained.
A method performed by a network node for beamforming, the method comprising: obtaining , at the network node , information relating to a plurality of signals received or transmitted using a set of receiving beams or a set of transmitting beams of the network node, wherein the information relates to one or more of: path loss between a receiving device and the network node; signal strength of a signal of the plurality of signals transmitted by the network node; and a random access success ratio for a beam of the set of beams used by the network node to transmit the plurality of signals and the information is derived from multiple measurements performed over a period of time; and each individual beam of the set having a unique beam direction; determining a set of candidate beams for use by the network node for synchronisation signal, SS, transmission or random access channel, RACH, detection; based on the obtained information, selecting one or more of the determined candidate beams; and using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node, wherein selecting one or more of the candidate beams comprises selecting a first subset of the set of candidate beams and selecting a second subset of the set of candidate beams, and wherein using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node comprises using the selected first subset for individual narrow-beam SS transmission or RACH detection and using the selected second subset for broad-beam SS transmission or RACH detection. path loss between a receiving device and the network node; signal strength of a signal of the plurality of signals transmitted by the network node; and a random access success ratio for a beam of the set of beams used by the network node to transmit the plurality of signals and the information is derived from multiple measurements performed over a period of time; and each individual beam of the set having a unique beam direction; determining a set of candidate beams for use by the network node for synchronisation signal, SS, transmission or random access channel, RACH, detection; based on the obtained information, selecting one or more of the determined candidate beams; and using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node, wherein selecting one or more of the candidate beams comprises selecting a first subset of the set of candidate beams and selecting a second subset of the set of candidate beams, and wherein using the selected one or more of the determined candidate beams for SS transmission or RACH detection by the network node comprises using the selected first subset for individual narrow-beam SS transmission or RACH detection and using the selected second subset for broad-beam SS transmission or RACH detection.
A metal delivery system for a casting system , the metal delivery system comprising: a spout comprising: a top end comprising a top orifice; a bottom end comprising a bottom orifice , wherein the bottom orifice is an elongated slot; and a spout passageway extending through the spout from the top orifice to the bottom orifice and comprising a passageway surface ; and a bottom control pin positionable within the spout passageway and movable between a closed position and an open position, wherein, in the closed position, the bottom control pin engages a portion of the passageway surface proximate to the bottom orifice . a spout comprising: a top end comprising a top orifice; a bottom end comprising a bottom orifice , wherein the bottom orifice is an elongated slot; and a spout passageway extending through the spout from the top orifice to the bottom orifice and comprising a passageway surface ; and a top end comprising a top orifice; a bottom end comprising a bottom orifice , wherein the bottom orifice is an elongated slot; and a spout passageway extending through the spout from the top orifice to the bottom orifice and comprising a passageway surface ; and a bottom control pin positionable within the spout passageway and movable between a closed position and an open position, wherein, in the closed position, the bottom control pin engages a portion of the passageway surface proximate to the bottom orifice .
King pin assembly for mounting on a trailer, in particular a commercial vehicle trailer, comprising a king pin , a rotor and a stator , wherein the king pin extends in an extension direction, wherein the stator is arranged in particular rotationally fixed to the king pin , wherein the rotor has an energy connection in the form of a plug connector, wherein the plug connector is designed to be connectable or connected to a complementary plug element of a towing vehicle, characterised in that the stator has at least one connector , wherein the connection is connected to a distribution network of the trailer at least in an installed state, wherein the connection is connected in an energy-conducting, in particular electrically conducting, manner to the energy connection via an energy transmission device , and wherein the rotor is freely rotatable relative to the stator about an axis of rotation. a king pin , a rotor and a stator , wherein the king pin extends in an extension direction, wherein the stator is arranged in particular rotationally fixed to the king pin , wherein the rotor has an energy connection in the form of a plug connector, wherein the plug connector is designed to be connectable or connected to a complementary plug element of a towing vehicle, characterised in that the stator has at least one connector , wherein the connection is connected to a distribution network of the trailer at least in an installed state, wherein the connection is connected in an energy-conducting, in particular electrically conducting, manner to the energy connection via an energy transmission device , and wherein the rotor is freely rotatable relative to the stator about an axis of rotation.
Device for fixing a sanitary component which has a fixing opening (1.5, 1.6), in particular a fixing frame for a WC or urinal activation plate for activating a drainage valve of a concealed cistern, having at least one fixing pin , a counter-piece and a clamping element, wherein the at least one fixing pin has a tooth arrangement which is divided by means of substantially axially extending channel-like recesses (2.1, 2.2) into tooth arrangement portions (2.3, 2.4), wherein the at least one fixing pin has at one end a radially protruding handle (2.5), can be inserted as far as the stop of the handle (2.5) into the fixing opening (1.5, 1.6) and by means of rotation can be connected to the counter-piece which has complementary tooth arrangement portions and which is spaced apart from the component in the installed state, and wherein the clamping element serves to fix the fixing pin in the state thereof connected to the counter-piece, characterised in that the clamping element is constructed as a clamping ring in which the fixing pin can be linearly inserted, wherein the clamping ring can be rotated about the inserted fixing pin and has at least one end face portion (3.4, 3.5) which is associated with the handle (2.5) of the fixing pin and which rises in the peripheral direction of the clamping ring and which acts as a support face for the handle (2.5) of the fixing pin .
Method for producing a tandem guide vane segment which comprises an outer platform , a front guide vane and a rear guide vane , the front guide vane and the rear guide vane being arranged fixedly relative to one another and overlapping one another in the axial direction, and the method comprising: - producing of an integral front segment section which comprises the front guide vane and a front section of the outer platform, - producing of an integral rear segment section which comprises the rear guide vane and a rear section of the outer platform, and - connecting of the two segment sections , - the front segment section configuring, in the region of the outer platform, a rear boundary line with respect to the rear segment section , - the rear segment section having, in the region of the outer platform, a front boundary line with respect to the front segment section , characterized in that - the two boundary lines are of S-shaped or Z-shaped configuration, the front guide vane not projecting beyond the rear boundary line , and the rear guide vane not projecting beyond the front boundary line , and - the two segment sections being connected to one another along the two boundary lines . - producing of an integral front segment section which comprises the front guide vane and a front section of the outer platform, - producing of an integral rear segment section which comprises the rear guide vane and a rear section of the outer platform, and - connecting of the two segment sections , - the front segment section configuring, in the region of the outer platform, a rear boundary line with respect to the rear segment section , - the rear segment section having, in the region of the outer platform, a front boundary line with respect to the front segment section , - the two boundary lines are of S-shaped or Z-shaped configuration, the front guide vane not projecting beyond the rear boundary line , and the rear guide vane not projecting beyond the front boundary line , and - the two segment sections being connected to one another along the two boundary lines .
A turbofan or turbojet gas turbine engine for mounting in or to a supersonic aircraft, the gas turbine engine defining a central axis , wherein the gas turbine engine comprises: a stage of compression airfoils rotatable about the central axis ; a turbine coupled to the stage of compression airfoils for driving the stage of compression airfoils; a casing surrounding the stage of compression airfoils and defining an inlet , wherein the inlet is positioned upstream of the stage of compression airfoils and wherein the casing is a gas turbine engine casing; an engine casing surrounding the gas turbine engine , the engine casing configured as a nacelle; and a low-distortion inlet assembly mounted within the inlet , the low-distortion inlet assembly comprising one or more structural members mounted at predetermined locations around a circumference of the central axis within the inlet , the predetermined locations defining an airflow distortion exceeding a predetermined threshold; and at least one airflow modifying element configured within the inlet so as to reduce airflow distortion entering the stage of compression airfoils; characterized in that an airflow duct of the nacelle defines a non-linear centerline . a stage of compression airfoils rotatable about the central axis ; a turbine coupled to the stage of compression airfoils for driving the stage of compression airfoils; a casing surrounding the stage of compression airfoils and defining an inlet , wherein the inlet is positioned upstream of the stage of compression airfoils and wherein the casing is a gas turbine engine casing; an engine casing surrounding the gas turbine engine , the engine casing configured as a nacelle; and a low-distortion inlet assembly mounted within the inlet , the low-distortion inlet assembly comprising one or more structural members mounted at predetermined locations around a circumference of the central axis within the inlet , the predetermined locations defining an airflow distortion exceeding a predetermined threshold; and at least one airflow modifying element configured within the inlet so as to reduce airflow distortion entering the stage of compression airfoils; one or more structural members mounted at predetermined locations around a circumference of the central axis within the inlet , the predetermined locations defining an airflow distortion exceeding a predetermined threshold; and at least one airflow modifying element configured within the inlet so as to reduce airflow distortion entering the stage of compression airfoils; characterized in that an airflow duct of the nacelle defines a non-linear centerline .
A drive system sub-assembly for an electrical apparatus, comprising: a longitudinally extending drive shaft with a longitudinally extending drive screw ; a driven member attached to a flange that extends externally about the drive shaft ; characterized by a mechanical coupling assembly held by the drive shaft and extending at least partially into the flange , wherein the mechanical coupling assembly is configured to decouple the drive shaft from the flange in a mechanically decoupled state and to couple the drive shaft to the flange in a mechanically coupled state. a longitudinally extending drive shaft with a longitudinally extending drive screw ; a driven member attached to a flange that extends externally about the drive shaft ; characterized by a mechanical coupling assembly held by the drive shaft and extending at least partially into the flange , wherein the mechanical coupling assembly is configured to decouple the drive shaft from the flange in a mechanically decoupled state and to couple the drive shaft to the flange in a mechanically coupled state.
A method of loading bone graft into a bone graft delivery system , the method comprising: coupling a syringe member having the bone graft therein to a loading member so that a longitudinal axis of the syringe member is transverse to a longitudinal axis of the loading member ; positioning a cannula within a passageway of the loading member so that a longitudinal axis of the cannula is parallel to the longitudinal axis of the loading member ; advancing a first amount of the bone graft from the syringe member to the loading member ; and inserting a loading tool into a holding area of the loading member to advance at least a portion of the first amount of bone graft from the holding area of the loading member to an interior space of the cannula ; characterized in that the method further comprises inserting a plunger member into the interior space of the cannula prior to positioning the cannula within the passageway of the loading member . coupling a syringe member having the bone graft therein to a loading member so that a longitudinal axis of the syringe member is transverse to a longitudinal axis of the loading member ; positioning a cannula within a passageway of the loading member so that a longitudinal axis of the cannula is parallel to the longitudinal axis of the loading member ; advancing a first amount of the bone graft from the syringe member to the loading member ; and inserting a loading tool into a holding area of the loading member to advance at least a portion of the first amount of bone graft from the holding area of the loading member to an interior space of the cannula ; characterized in that the method further comprises inserting a plunger member into the interior space of the cannula prior to positioning the cannula within the passageway of the loading member .
An inspection system for inspecting an object (W), the inspection system comprising: an omnidirectional camera for capturing an image 360° around; a movement device configured to cause the object (W) to circle 360° around the omnidirectional camera in a state where a posture of the object (W) is maintained relative to the movement device ; an acquisition unit configured to output a capturing instruction to the omnidirectional camera at a plurality of timings while the movement device causes the object (W) to circle around the omnidirectional camera , the acquisition unit being configured to acquire, from the omnidirectional camera , a plurality of input images indicating the object (W) from different directions; and an inspector configured to inspect the object (W) by using the plurality of input images, wherein the omnidirectional camera includes an omnidirectional mirror and a capturing unit , and the omnidirectional mirror is configured to reflect light received from 360° around and to guide the reflected light to the capturing unit . an omnidirectional camera for capturing an image 360° around; a movement device configured to cause the object (W) to circle 360° around the omnidirectional camera in a state where a posture of the object (W) is maintained relative to the movement device ; an acquisition unit configured to output a capturing instruction to the omnidirectional camera at a plurality of timings while the movement device causes the object (W) to circle around the omnidirectional camera , the acquisition unit being configured to acquire, from the omnidirectional camera , a plurality of input images indicating the object (W) from different directions; and an inspector configured to inspect the object (W) by using the plurality of input images, wherein the omnidirectional camera includes an omnidirectional mirror and a capturing unit , and the omnidirectional mirror is configured to reflect light received from 360° around and to guide the reflected light to the capturing unit .
An anvil roller , used in an ultrasonic welding device that includes: a holding member that holds an object to be welded; an ultrasonic horn that applies ultrasonic vibration to the object to be welded held by the holding member ; an anvil roller for welding the object to be welded between the ultrasonic horn and the anvil roller ; and a support mechanism that supports the anvil roller via a rotary shaft in such a manner that the anvil roller can move with respect to the holding member , and that the anvil roller can come into rolling contact with the object to be welded in response to the movement of the anvil roller with respect to the holding member , the anvil roller comprising: a supported section that is rotatably supported by the holding mechanism via the rotary shaft ; an outer peripheral section having a welding surface over which the object to be welded can be welded between the ultrasonic horn and the outer peripheral section during rolling contact with the object to be welded; characterized in that the anvil roller further comprises: a thin section that is formed between the supported section and the outer peripheral section in such a manner that the thickness of the thin section is smaller than the thickness of the outer peripheral section in an axial direction of the rotary shaft ; and a vibrationproof member provided on the thin section . a supported section that is rotatably supported by the holding mechanism via the rotary shaft ; an outer peripheral section having a welding surface over which the object to be welded can be welded between the ultrasonic horn and the outer peripheral section during rolling contact with the object to be welded; characterized in that the anvil roller further comprises: a thin section that is formed between the supported section and the outer peripheral section in such a manner that the thickness of the thin section is smaller than the thickness of the outer peripheral section in an axial direction of the rotary shaft ; and a vibrationproof member provided on the thin section . a thin section that is formed between the supported section and the outer peripheral section in such a manner that the thickness of the thin section is smaller than the thickness of the outer peripheral section in an axial direction of the rotary shaft ; and a vibrationproof member provided on the thin section .