mhurhangee/patent-ind-claim-en huggingface dataset:
A belt-type continuously variable transmission mounted on a vehicle and comprising a drive pulley that is supported on a primary shaft , a driven pulley that is supported on a secondary shaft , a belt that is wound around the two pulleys , a transmission case that houses the two pulleys and the belt , and an actuator that is mounted on the transmission case and can change a groove width of either one of the drive pulley and the driven pulley , wherein an actuator case forming an outer shell of the actuator has a fixed portion that opposes a mounting part of the transmission case from an outside and is fixed to the mounting part , characterized in that a transmission case through hole is formed in the mounting part of the transmission case , the transmission case through hole extending from an interior to an exterior of the transmission case , and an actuator case through hole is formed in the fixed portion of the actuator case , the actuator case through hole extending from an interior to an exterior of the actuator case , and a communication passage is formed in mating faces of the mounting part and the fixed portion by indenting at least one of the mounting part and the fixed portion into a groove shape, the communication passage providing communication between the transmission case through hole and the actuator case through hole , and provides communication between the actuator case and the transmission case via the two through holes and the communication passage .
A ranging method, characterized by comprising: acquiring a video image and a radar signal set that are collected respectively by a camera and radar at the same time; determining position information corresponding to each target object in the video image; determining one or more target objects that have matched radar signals in the video image; determining a ranging algorithm based on the position information corresponding to the target objects that have matched radar signals and the radar signals matching the target objects; and calculating a distance between a target object that does not match a radar signal in the video image and a designated vehicle according to position information corresponding to the target object that does not match a radar signal in the video image and through the ranging algorithm; wherein the camera is a monocular camera, and the ranging algorithm is a monocular ranging model. acquiring a video image and a radar signal set that are collected respectively by a camera and radar at the same time; determining position information corresponding to each target object in the video image; determining one or more target objects that have matched radar signals in the video image; determining a ranging algorithm based on the position information corresponding to the target objects that have matched radar signals and the radar signals matching the target objects; and calculating a distance between a target object that does not match a radar signal in the video image and a designated vehicle according to position information corresponding to the target object that does not match a radar signal in the video image and through the ranging algorithm; wherein the camera is a monocular camera, and the ranging algorithm is a monocular ranging model.
A system primarily intended to control/regulate the liquid flow in a vehicle's coolant system consisting of an engine circuit and a body circuit for heating purposes in the vehicle's body section, such that a body thermostat comprising a temperature-sensitive element is provided at the junction point between the vehicle's engine circuit and body circuit , and a leakage flow duct is also provided between said engine circuit and body circuit , wherein the temperature-sensitive element of the body thermostat is situated in the liquid flow of the engine circuit in order to be exposed to engine-tempered coolant and open the body thermostat when the liquid in the engine circuit reaches or exceeds a predetermined temperature level, and thereby ensure the warming of the engine , and that the body circuit is to an intended extent provided with warm coolant characterised in that the temperature-sensitive element of the body thermostat is situated in the liquid flow of the engine circuit upstream of the engine's pump and in that a bypass line is provided in the body circuit so that liquid can circulate freely in the body circuit if the body thermostat is closed, i.e. before the cooling water in the engine circuit and/or the body circuit reaches a high enough temperature to open the body thermostat .
Method for welding workpieces (W) using a welding arc (SLB) which is ignited between a non-consumable welding electrode and the workpieces (W) and creates a weld pool, wherein the workpieces (W) are welded in a welding process having settable welding cycles (SZ), which each include a high-current welding phase (HSP) during which a welding current (I) of high current amplitude (I HSP ) flows and a low-current welding phase (NSP) during which a welding current (I) of low current amplitude (I NSP ) flows, wherein, in the high-current welding phase (HSP) of the welding cycle (SZ), with an according setting of the relevant welding cycle (SZ), current pulses (SI) are applied to the high current amplitude (I HSP ), and wherein, at the start of the high-current welding phase (HSP), with an according setting of the relevant welding cycle (SZ), high-frequency ignition pulses (ZI) of reverse polarity are applied for contactless ignition of the welding arc (SLB). wherein the workpieces (W) are welded in a welding process having settable welding cycles (SZ), which each include a high-current welding phase (HSP) during which a welding current (I) of high current amplitude (I HSP ) flows and a low-current welding phase (NSP) during which a welding current (I) of low current amplitude (I NSP ) flows, wherein, in the high-current welding phase (HSP) of the welding cycle (SZ), with an according setting of the relevant welding cycle (SZ), current pulses (SI) are applied to the high current amplitude (I HSP ), and wherein, at the start of the high-current welding phase (HSP), with an according setting of the relevant welding cycle (SZ), high-frequency ignition pulses (ZI) of reverse polarity are applied for contactless ignition of the welding arc (SLB).
Fluid hose stabilizing device for stabilizing a fluid hose of a cleaning apparatus , wherein the fluid hose stabilizing device comprises at least one device section having a first and a second end , wherein the device section has a modulus of elasticity, wherein the modulus of elasticity changes starting from the first end in a direction towards the second end of the device section , wherein the fluid hose stabilizing device comprises at least one elongated, rod-shaped and elastically bendable reinforcing element and wherein the at least one reinforcing element forms the device section at least in part or sections, wherein the modulus of elasticity changes, at least in sections, continuously and/or in at least one step between the first and the second end , wherein the modulus of elasticity of the device section decreases between the first and the second end , and wherein the fluid hose stabilizing device has a fixing section for fixing or attaching to a cleaning apparatus .
A media ingestion method performed by a media packager node and comprising: generating a segmented media stream from an incoming media stream, wherein each segment comprises a plurality of fragments, each fragment comprising one or more frames of media data; the method being characterized by identifying that the segmented stream is to be distributed using IP multicast and associating the segmented stream with a particular IP multicast group; initiating an HTTP chunked transfer encoding, CTE, session between the media packager node and an origin server node ; for each segment N, performing the following: commencing ingesting , via the CTE session, fragments (416-1 ... 416-N, 918-1 ... 918-N) of a segment N via the HTTP CTE session to the origin server node before entire media data for the segment N is available, wherein one or more chunks are provided for transmitting each fragment; and sending a last chunk signal to the origin server node after all fragments (416-1 ... 416-N, 918-1 ... 918-N) of the segment N have been transmitted. generating a segmented media stream from an incoming media stream, wherein each segment comprises a plurality of fragments, each fragment comprising one or more frames of media data; the method being characterized by identifying that the segmented stream is to be distributed using IP multicast and associating the segmented stream with a particular IP multicast group; initiating an HTTP chunked transfer encoding, CTE, session between the media packager node and an origin server node ; for each segment N, performing the following: commencing ingesting , via the CTE session, fragments (416-1 ... 416-N, 918-1 ... 918-N) of a segment N via the HTTP CTE session to the origin server node before entire media data for the segment N is available, wherein one or more chunks are provided for transmitting each fragment; and sending a last chunk signal to the origin server node after all fragments (416-1 ... 416-N, 918-1 ... 918-N) of the segment N have been transmitted. commencing ingesting , via the CTE session, fragments (416-1 ... 416-N, 918-1 ... 918-N) of a segment N via the HTTP CTE session to the origin server node before entire media data for the segment N is available, wherein one or more chunks are provided for transmitting each fragment; and sending a last chunk signal to the origin server node after all fragments (416-1 ... 416-N, 918-1 ... 918-N) of the segment N have been transmitted.
A system for determining at least one feature of at least one lens mounted in a spectacle frame , said system comprising: - a non-point light pattern generating device configured for generating a predefined non-point light pattern , and arranged for having said predefined non-point light pattern reflected on said at least one lens , - an image acquisition device configured for acquiring an image of the spectacle frame including an image of the reflected non-point light pattern , and - a processing unit , characterized in that the processing unit is configured for determining at least the contour of said at least one lens in function of at least one feature of the image of the reflected non-point light pattern , the processing unit being configured to : - compare the image of the reflected non-point light pattern with the predefined non-point light pattern to identify a discontinuity or rupture in the reflected non-point light pattern; and - determine said contour of said at least one lens by identifying the location of said discontinuity or rupture in the reflected non-point light pattern. - a non-point light pattern generating device configured for generating a predefined non-point light pattern , and arranged for having said predefined non-point light pattern reflected on said at least one lens , - an image acquisition device configured for acquiring an image of the spectacle frame including an image of the reflected non-point light pattern , and - a processing unit , characterized in that the processing unit is configured for determining at least the contour of said at least one lens in function of at least one feature of the image of the reflected non-point light pattern , the processing unit being configured to : - compare the image of the reflected non-point light pattern with the predefined non-point light pattern to identify a discontinuity or rupture in the reflected non-point light pattern; and - determine said contour of said at least one lens by identifying the location of said discontinuity or rupture in the reflected non-point light pattern. characterized in that the processing unit is configured for determining at least the contour of said at least one lens in function of at least one feature of the image of the reflected non-point light pattern , the processing unit being configured to : - compare the image of the reflected non-point light pattern with the predefined non-point light pattern to identify a discontinuity or rupture in the reflected non-point light pattern; and - determine said contour of said at least one lens by identifying the location of said discontinuity or rupture in the reflected non-point light pattern. - compare the image of the reflected non-point light pattern with the predefined non-point light pattern to identify a discontinuity or rupture in the reflected non-point light pattern; and - determine said contour of said at least one lens by identifying the location of said discontinuity or rupture in the reflected non-point light pattern.
Device for actuating a lock integrated in a door, hatch or similar, especially in a vehicle, featuring a manually operable handle on the outside of the door , which has a bearing lug with bearing points at one end of its handle, with a carrier fixed inside the door featuring counter-bearing points for the bearing points of the handle , with a two-part electrical control for the lock, with its one control part integrated in the handle and connected via an electrical line with the other remaining control part located in the vehicle , with a two-part electrical coupling located between two line sections of the electric line, consisting of a coupling part connected to the handle-side control part via a line section and one counter-coupling part connected to the vehicle-side control remainder part via a line section , wherein the mating coupling part can be coupled into the coupling part which is received in the bearing lug by the handle , wherein the handle with its bearing lug can be inserted from the outside of the door through an opening in the outer lining of the door and is mountable inside the door with its bearing points in the counter-bearing points of the carrier , whereby the bearing and counter-bearing points determine a swivel axis in the carrier for operating the handle , characterised in that, the bearing lug has a receptacle for its electrical coupling part from the handle , the counter-coupling part protrudes with its line section out of the opening in the door outer panel , so that without a handle mounting on the carrier the counter-coupling part can be manually coupled with the coupling part located in the handle-side receptacle and the coupling part arranged in the handle engages with the coupling part coupled with the counter-coupling part to form a fixed, jointly movable physical unit outside of the carrier , the receptacle on the one hand and the coupling part on the other hand have two mutually complementary elements of a latching closure latched together with an inserted coupling part and secure the insertion position of the coupling part in the handle , in the position of use, the swivel axis of the handle at the same time constitutes the axis of rotation for the two electrically coupled coupling and counter-coupling parts .
An apparatus, comprising: logic circuitry configured to cause a connection to be set up; the logic circuitry configured to cause transceiver circuitry to transmit first connectivity information relating to the apparatus comprising information on at least one access device comprised in the apparatus in at least one of a power off state and a hibernation state to a correspondent host over the connection and to receive a request relating to the at least one access device in the at least one of the power off state and the hibernation state from the correspondent host over the connection; the logic circuitry configured to cause at least one of the at least one access device in the at least one of the power off state and the hibernation state to become activated responsive to receipt of the request; and the logic circuitry configured to cause the transceiver circuitry to transmit updated connectivity information relating to the apparatus, the updated connectivity information comprising address information on the activated at least one access device, to the correspondent host. logic circuitry configured to cause a connection to be set up; the logic circuitry configured to cause transceiver circuitry to transmit first connectivity information relating to the apparatus comprising information on at least one access device comprised in the apparatus in at least one of a power off state and a hibernation state to a correspondent host over the connection and to receive a request relating to the at least one access device in the at least one of the power off state and the hibernation state from the correspondent host over the connection; the logic circuitry configured to cause at least one of the at least one access device in the at least one of the power off state and the hibernation state to become activated responsive to receipt of the request; and the logic circuitry configured to cause the transceiver circuitry to transmit updated connectivity information relating to the apparatus, the updated connectivity information comprising address information on the activated at least one access device, to the correspondent host.
A system for managing patient data, the system comprising: a plurality of instruments (104, 104', 104"), each instrument comprising, a communication module (124, 124', 124") for enabling electronic bidirectional communication over a network between a first instrument and a second instrument in the plurality of instruments, wherein the direct electronic bidirectional communication comprises controlling the second instrument by the first instrument, and each instrument comprises a sampling member (120, 120', 120") comprising a probe for sampling a sample from a patient, and for acquiring data from the sample, the sample comprising a bodily fluid; characterized in that the network comprises a mesh-type network in which one or more of the plurality of instruments is configured to assist with transmission of a message from the first instrument to the second instrument; and wherein an instrument among the plurality of instruments is configured to operate as an agent-instrument for a plurality of others of the plurality of instruments to enable access to all patient data by the first instrument subsequent to other, second instruments acquiring and/or accessing their patient data by storing all patient data acquired by the plurality of other, second instruments in the agent instrument. a plurality of instruments (104, 104', 104"), each instrument comprising, a communication module (124, 124', 124") for enabling electronic bidirectional communication over a network between a first instrument and a second instrument in the plurality of instruments, wherein the direct electronic bidirectional communication comprises controlling the second instrument by the first instrument, and each instrument comprises a sampling member (120, 120', 120") comprising a probe for sampling a sample from a patient, and for acquiring data from the sample, the sample comprising a bodily fluid; characterized in that the network comprises a mesh-type network in which one or more of the plurality of instruments is configured to assist with transmission of a message from the first instrument to the second instrument; and wherein an instrument among the plurality of instruments is configured to operate as an agent-instrument for a plurality of others of the plurality of instruments to enable access to all patient data by the first instrument subsequent to other, second instruments acquiring and/or accessing their patient data by storing all patient data acquired by the plurality of other, second instruments in the agent instrument.
A system for image alignment, comprising: an alignment mechanism configured to permit user alignment of images; an imaging mechanism associated with a first imaging modality , the imaging mechanism being configured to concurrently provide images in at least two imaging planes, wherein the imaging mechanism is associated with the alignment mechanism ; an image processing module configured to concurrently display on a display of the system a plurality of first images collected with the first imaging modality , each first image corresponding to a different one of the at least two imaging planes, and a plurality of second images collected with a second imaging modality , each second image corresponding to a different one of the at least two imaging planes, to permit user alignment using the alignment mechanism between each one of the plurality of first images and the corresponding one of the plurality of second images; and a registration module stored in memory and configured to register each first image with its corresponding second image in each of the at least two imaging planes when alignment in the at least two imaging planes has been achieved; wherein the user alignment is performed by user manipulation of the alignment mechanism with visual feedback from the plurality of first images and the plurality of second images concurrently displayed on the display of the system. an alignment mechanism configured to permit user alignment of images; an imaging mechanism associated with a first imaging modality , the imaging mechanism being configured to concurrently provide images in at least two imaging planes, wherein the imaging mechanism is associated with the alignment mechanism ; an image processing module configured to concurrently display on a display of the system a plurality of first images collected with the first imaging modality , each first image corresponding to a different one of the at least two imaging planes, and a plurality of second images collected with a second imaging modality , each second image corresponding to a different one of the at least two imaging planes, to permit user alignment using the alignment mechanism between each one of the plurality of first images and the corresponding one of the plurality of second images; and a registration module stored in memory and configured to register each first image with its corresponding second image in each of the at least two imaging planes when alignment in the at least two imaging planes has been achieved; wherein the user alignment is performed by user manipulation of the alignment mechanism with visual feedback from the plurality of first images and the plurality of second images concurrently displayed on the display of the system.