mhurhangee/patent-ind-claim-en huggingface dataset:
A method carried out by a local device , the method comprising: receiving at the local device a plurality of remote data rates at which a remote device is configured to operate; receiving at the local device a plurality of local data rates at which the local device is configured to operate, a greatest one of the plurality of local data rates being a cable data rate, wherein the cable data rate is a greatest rate supported by a cable connecting the local device and the remote device; wherein the method is characterised in that it further comprises: determining at the local device an operating data rate, wherein the operating data rate is the greatest one of the plurality of local data rates that has an equivalent within the plurality of remote data rates; and operating the local device at the operating data rate. receiving at the local device a plurality of remote data rates at which a remote device is configured to operate; receiving at the local device a plurality of local data rates at which the local device is configured to operate, a greatest one of the plurality of local data rates being a cable data rate, wherein the cable data rate is a greatest rate supported by a cable connecting the local device and the remote device; wherein the method is characterised in that it further comprises: determining at the local device an operating data rate, wherein the operating data rate is the greatest one of the plurality of local data rates that has an equivalent within the plurality of remote data rates; and operating the local device at the operating data rate. determining at the local device an operating data rate, wherein the operating data rate is the greatest one of the plurality of local data rates that has an equivalent within the plurality of remote data rates; and operating the local device at the operating data rate.
A hybrid propulsion system for a tiltrotor aircraft comprising: one or more first engines configured to be attached to an aft portion of a fuselage of the tiltrotor aircraft that provide thrust whenever the tiltrotor aircraft is in a first forward flight mode; one or more electrical or hydraulic power sources configured to be disposed within the fuselage that are not connected to the one or more first engines , wherein the one or more electrical sources comprise one or more second engines connected to one or more electrical generators , or the one or more hydraulic sources comprise the one or more second engines connected to one or more hydraulic pumps ; two or more pylon assemblies , each pylon assembly housing one or more electric or hydraulic motors connected to the one or more electrical or hydraulic power sources and a proprotor , wherein all or part of each pylon assembly is rotatable, and the one or more electric or hydraulic motors are independent of and not connected to the one or more first engines ; one or more electrical or hydraulic lines connecting the one or more electrical or hydraulic power sources to the one or more electrical or hydraulic motors in each pylon assembly ; and wherein the proprotors are configured to provide lift whenever the tiltrotor aircraft is in a vertical takeoff and landing mode and a hover mode, and to provide thrust whenever the tiltrotor aircraft is in a second forward flight mode. one or more first engines configured to be attached to an aft portion of a fuselage of the tiltrotor aircraft that provide thrust whenever the tiltrotor aircraft is in a first forward flight mode; one or more electrical or hydraulic power sources configured to be disposed within the fuselage that are not connected to the one or more first engines , wherein the one or more electrical sources comprise one or more second engines connected to one or more electrical generators , or the one or more hydraulic sources comprise the one or more second engines connected to one or more hydraulic pumps ; two or more pylon assemblies , each pylon assembly housing one or more electric or hydraulic motors connected to the one or more electrical or hydraulic power sources and a proprotor , wherein all or part of each pylon assembly is rotatable, and the one or more electric or hydraulic motors are independent of and not connected to the one or more first engines ; one or more electrical or hydraulic lines connecting the one or more electrical or hydraulic power sources to the one or more electrical or hydraulic motors in each pylon assembly ; and wherein the proprotors are configured to provide lift whenever the tiltrotor aircraft is in a vertical takeoff and landing mode and a hover mode, and to provide thrust whenever the tiltrotor aircraft is in a second forward flight mode.
A gasket for forming a seal between a first mating surface and a second mating surface , comprising: a non-compressible substrate with a first surface , a second surface , and a central opening ; a first compressible layer configured to cover the entire first surface and to contact the first mating surface in a surface-to-surface abutting relationship; and a second compressible layer configured to cover the entire second surface and to contact the second mating surface in a surface-to-surface abutting relationship, wherein at least one of the first compressible layer and second compressible layer is conformed to fill at least one defect in at least one of the first mating surface and the second mating surface upon compression of the gasket , and characterised in that the non-compressible substrate is a non-compressible gridded core having ribs forming spaces therebetween, and in that the ribs are of a varied height. a non-compressible substrate with a first surface , a second surface , and a central opening ; a first compressible layer configured to cover the entire first surface and to contact the first mating surface in a surface-to-surface abutting relationship; and a second compressible layer configured to cover the entire second surface and to contact the second mating surface in a surface-to-surface abutting relationship, wherein at least one of the first compressible layer and second compressible layer is conformed to fill at least one defect in at least one of the first mating surface and the second mating surface upon compression of the gasket , and characterised in that the non-compressible substrate is a non-compressible gridded core having ribs forming spaces therebetween, and in that the ribs are of a varied height.
Decoder for reconstructing a predetermined block of a depth/disparity map associated with a texture picture from a data stream , configured to determine a measure for a central tendency of reconstructed sample values of a reference block of the texture picture , co-located to the predetermined block , segment the reference block by thresholding, using the determined measure as a threshold, the texture picture within the reference block to obtain a bi-segmentation of the reference block into first and second partitions, spatially transfer the bi-segmentation of the reference block of the texture picture onto the predetermined block of the depth/disparity map so as to obtain first and second partitions of the predetermined block , and decode the predetermined block in units of the first and second partitions . determine a measure for a central tendency of reconstructed sample values of a reference block of the texture picture , co-located to the predetermined block , segment the reference block by thresholding, using the determined measure as a threshold, the texture picture within the reference block to obtain a bi-segmentation of the reference block into first and second partitions, spatially transfer the bi-segmentation of the reference block of the texture picture onto the predetermined block of the depth/disparity map so as to obtain first and second partitions of the predetermined block , and decode the predetermined block in units of the first and second partitions .
Method for bonding a vehicle body part comprising an aspect part and a structural part comprising the following steps: - Step 1: heating a gluing area on the structural part using a heating element , - Step 2: applying an amount of glue on an area to be glued on the aspect part , - Step 3: placing the aspect part on top of the structural part , characterized in that the mehod also comprises the following step: - Step 4: pressing the aspect part against the structural part , without additional heating. - Step 1: heating a gluing area on the structural part using a heating element , - Step 2: applying an amount of glue on an area to be glued on the aspect part , - Step 3: placing the aspect part on top of the structural part , characterized in that the mehod also comprises the following step: - Step 4: pressing the aspect part against the structural part , without additional heating.
A method of preparing an aqueous topical composition comprising a) providing viable bacteria of at least one probiotic bacterial strain in an amount of at least 5·10 6 CFU/g and at least one buffer, b) providing a mixture comprising at least one thickening agent selected from one or more of carbomer, poloxamer, PEG/macrogol and/or carboxylic acid and at least 60%(w/w) water, and c) adding said viable bacteria of at least one probiotic bacterial strain of step a) to said mixture of step b) to prepare said aqueous topical composition having a pH of 4.0-6.7 and a viscosity of more than 2500 mPa·s and an amount of 1·10 6 -10 11 CFU/g of said viable bacteria of at least one probiotic bacterial strain, and wherein said viable bacteria of at least one probiotic bacterial strain are viable in the aqueous topical composition for up to 7 days at 25°C/60%RH. a) providing viable bacteria of at least one probiotic bacterial strain in an amount of at least 5·10 6 CFU/g and at least one buffer, b) providing a mixture comprising at least one thickening agent selected from one or more of carbomer, poloxamer, PEG/macrogol and/or carboxylic acid and at least 60%(w/w) water, and c) adding said viable bacteria of at least one probiotic bacterial strain of step a) to said mixture of step b)
A recording apparatus for a vehicle comprising: a main body part comprising at least a camera ; a mounting part configured to mount the main body part so that the camera is oriented to photograph outside of a vehicle through a windshield included in the vehicle ; and a display unit configured to display information; and a photographing control unit configured to control a photographing operation for controlling a storage unit to record video image data photographed by the camera , wherein the display unit is rotatably mounted at a lower part of the main body part and is positioned to block light from below the camera when the display unit rotates in a direction towards the windshield in which the camera photographs a video image and the display unit is held horizontally or nearly horizontally with the display surface of the display unit facing downward, which is referred to as a first arrangement, characterized in that the photographing control unit controls the photographing operation to be started when the display unit is disposed in the first arrangement. a main body part comprising at least a camera ; a mounting part configured to mount the main body part so that the camera is oriented to photograph outside of a vehicle through a windshield included in the vehicle ; and a display unit configured to display information; and a photographing control unit configured to control a photographing operation for controlling a storage unit to record video image data photographed by the camera , wherein the display unit is rotatably mounted at a lower part of the main body part and is positioned to block light from below the camera when the display unit rotates in a direction towards the windshield in which the camera photographs a video image and the display unit is held horizontally or nearly horizontally with the display surface of the display unit facing downward, which is referred to as a first arrangement, characterized in that the photographing control unit controls the photographing operation to be started when the display unit is disposed in the first arrangement.
A co-constructed power generation device , comprising: A shell member ; a rotating member , rotatably disposed at the shell member ; an electromagnetic coil , disposed in the shell member ; a first magnetic body suspended within the electromagnetic coil ; a first elastic member and a second elastic member , with the first elastic member and the second elastic member respectively connected with two ends of the first magnetic body wherein the shake-induced power is generated from a relative movement between the first magnetic body and the electromagnetic coil , with the relative movement resulted from a shake of the first magnetic body caused by an external force applied to the shell member ; and characterised by a connecting member , connecting the rotating member and the shell member , wherein the electromagnetic coil is wrapped around the connecting member , and when the rotating member rotates, the connecting member brings the first magnetic body to move relatively to the electromagnetic coil so as to generate the rotation-induced power. A shell member ; a rotating member , rotatably disposed at the shell member ; an electromagnetic coil , disposed in the shell member ; a first magnetic body suspended within the electromagnetic coil ; a first elastic member and a second elastic member , with the first elastic member and the second elastic member respectively connected with two ends of the first magnetic body wherein the shake-induced power is generated from a relative movement between the first magnetic body and the electromagnetic coil , with the relative movement resulted from a shake of the first magnetic body caused by an external force applied to the shell member ; and characterised by a connecting member , connecting the rotating member and the shell member , wherein the electromagnetic coil is wrapped around the connecting member , and when the rotating member rotates, the connecting member brings the first magnetic body to move relatively to the electromagnetic coil so as to generate the rotation-induced power.
A dosing unit comprising a dosing device and a storage cartridge , wherein the dosing device is attached to the storage cartridge ; characterized in that the dosing device for dosing a detergent tablet provided by the storage cartridge comprises a scoop and a plug , wherein the scoop is configured to pick up a detergent tablet from the storage cartridge , lift the detergent tablet to an opening in the scoop and transport the detergent tablet to a receiving chamber formed in the plug when the scoop is turned in a first turning direction about a rotational axis (X) that is perpendicular to a gravitational vector (G), and the plug is configured to release the detergent tablet from the receiving chamber ; and wherein the storage cartridge for storing a plurality of detergent tablets comprises a container having an opening spanning a plane and an inner surface having a first helical indent in at least a portion of the inner surface for conveying the detergent tablets towards the opening when the container is turned about an axis that is perpendicular to the plane spanned by the opening , wherein a pitch and/or a height and/or a flank geometry and/or a flank angle and/or a gradient of the first helical indent are determined as a function of the size and/or geometry of the detergent tablets . wherein the dosing device is attached to the storage cartridge ; characterized in that the dosing device for dosing a detergent tablet provided by the storage cartridge comprises a scoop and a plug , wherein the scoop is configured to pick up a detergent tablet from the storage cartridge , lift the detergent tablet to an opening in the scoop and transport the detergent tablet to a receiving chamber formed in the plug when the scoop is turned in a first turning direction about a rotational axis (X) that is perpendicular to a gravitational vector (G), and the plug is configured to release the detergent tablet from the receiving chamber ; and wherein the storage cartridge for storing a plurality of detergent tablets comprises a container having an opening spanning a plane and an inner surface having a first helical indent in at least a portion of the inner surface for conveying the detergent tablets towards the opening when the container is turned about an axis that is perpendicular to the plane spanned by the opening , wherein a pitch and/or a height and/or a flank geometry and/or a flank angle and/or a gradient of the first helical indent are determined as a function of the size and/or geometry of the detergent tablets .
An electrical connector comprising: a housing ; electrical contacts connected to the housing; a shield cover connected to the housing, where the shield cover comprises a first cover member and a second cover member , where the shield cover surrounds the housing, characterized in that the first cover member comprises a first cover member latching section comprising a first lateral side with inward projecting hooks and an opposite second lateral side with outward projecting hooks , where the second cover member comprises a second cover member latching section comprising a first lateral side with inward projecting hooks and an opposite second lateral side with outward projecting hooks , where the inward projecting hooks of the first cover member latching section are latched to the outward projecting hooks of the second cover member latching section, and where the inward projecting hooks of the second cover member latching section are latched to the outward projecting hooks of the first cover member latching section. a housing ; electrical contacts connected to the housing; a shield cover connected to the housing, where the shield cover comprises a first cover member and a second cover member , where the shield cover surrounds the housing, characterized in that the first cover member comprises a first cover member latching section comprising a first lateral side with inward projecting hooks and an opposite second lateral side with outward projecting hooks , where the second cover member comprises a second cover member latching section comprising a first lateral side with inward projecting hooks and an opposite second lateral side with outward projecting hooks , where the inward projecting hooks of the first cover member latching section are latched to the outward projecting hooks of the second cover member latching section, and where the inward projecting hooks of the second cover member latching section are latched to the outward projecting hooks of the first cover member latching section.
A method for treatment planning implemented in a computer structure for use for a radiotherapy system, wherein delivered radiation is determined using an optimization problem that steers the delivered radiation according to objectives reflecting criteria for regions of interest, that includeat least one target volume to be treated during treatment of the patient and at least one of organs at risk and/or healthy tissue, wherein said at least one target volume, organs at risk and/or healthy tissue are three-dimensional voxel representations, said method comprising the steps of: determining an inner set of voxels that encompasses the outer surface of a target volume; providing a first frame description for said inner set of voxels, said first frame description reflecting at least one criterion for the inner set of voxels, wherein said first frame description includes at least an objective function for said inner set of voxels; determining at least one outer set of voxels encompassing said target volume and said inner set of voxels; providing a respective frame description for each outer set of voxels, wherein said respective frame description includes at least an objective function for said outer set of voxels, and each respective frame description reflects at least one criterion for that outer set of voxels; setting a weight corresponding to an importance of the objective or objectives of said objective functions for said inner set of voxels and said outer set of voxels; and using said frame descriptions in the optimization problem that steers the delivered radiation; wherein said weight for said inner set of voxels is selected to promote selectivity, and wherein said weight for said outer set of voxels is selected to promote high gradient outside the target/targets. determining an inner set of voxels that encompasses the outer surface of a target volume; providing a first frame description for said inner set of voxels, said first frame description reflecting at least one criterion for the inner set of voxels, wherein said first frame description includes at least an objective function for said inner set of voxels; determining at least one outer set of voxels encompassing said target volume and said inner set of voxels; providing a respective frame description for each outer set of voxels, wherein said respective frame description includes at least an objective function for said outer set of voxels, and each respective frame description reflects at least one criterion for that outer set of voxels; setting a weight corresponding to an importance of the objective or objectives of said objective functions for said inner set of voxels and said outer set of voxels; and using said frame descriptions in the optimization problem that steers the delivered radiation; wherein said weight for said inner set of voxels is selected to promote selectivity, and wherein said weight for said outer set of voxels is selected to promote high gradient outside the target/targets.
Brake assembly for a rail car including at least one brake element for pressing against a rotor of a rail car wheel in case of a braking action; an actuator for driving the brake element ; a linkage for transferring a braking force from the actuator to the brake element; at least one sensor device for measuring at least one parameter of the brake assembly ; wherein the brake assembly further includes a trigger unit configured to enter its active state when a braking action occurs, wherein trigger unit activates the sensor device in the active state characterized in that the sensor device includes a transmitter for sending at least parameter of the brake assembly , wherein the transmitter is preferably only activated in the active state and/or by at least one triggering event. at least one brake element for pressing against a rotor of a rail car wheel in case of a braking action; an actuator for driving the brake element ; a linkage for transferring a braking force from the actuator to the brake element; at least one sensor device for measuring at least one parameter of the brake assembly ; wherein the brake assembly further includes a trigger unit configured to enter its active state when a braking action occurs, wherein trigger unit activates the sensor device in the active state characterized in that the sensor device includes a transmitter for sending at least parameter of the brake assembly , wherein the transmitter is preferably only activated in the active state and/or by at least one triggering event.