mhurhangee/ep-ind-claims huggingface dataset:
A system for shape dependent model identification in a point cloud, the system comprising: a scanner device that captures a 3D point cloud that contains a representation of an object of interest; a computer that receives a sensor data, a time of capture of the sensor data being equal or close to that of the 3D point cloud, the sensor data indicative of a position of a movable part of the object at the time of capture, wherein the sensor data is received from sensors that are coupled with the object; the computer further configured to compute an adjusted shape of the object from a baseline shape of the object by using the sensor data; and an object recognition module that searches for and identifies the object in the 3D point cloud based on the adjusted shape. a scanner device that captures a 3D point cloud that contains a representation of an object of interest; a computer that receives a sensor data, a time of capture of the sensor data being equal or close to that of the 3D point cloud, the sensor data indicative of a position of a movable part of the object at the time of capture, wherein the sensor data is received from sensors that are coupled with the object; the computer further configured to compute an adjusted shape of the object from a baseline shape of the object by using the sensor data; and an object recognition module that searches for and identifies the object in the 3D point cloud based on the adjusted shape.
A method for handover in a wireless communication network, the wireless communication network includes at least a first base station and at least one user equipment, the method comprising: initiating a handover when signal quality falls below a predetermined threshold value and where random access parameters serve as an uplink procedure to enable the user equipment to make the handover to a second base station; and transmitting the random access parameters between the first base station and the second base station before the first base station signals the random access parameters to the user equipment, characterized by the random access parameters including parameters that enable the user equipment to construct a RACH preamble and a RACH format parameter, wherein the random access parameters include RACH channel format, RACH power control, RACH access control, and RACH burst construction, and wherein the random access parameters comprise information specifying when and at which frequency to transmit a RACH burst. initiating a handover when signal quality falls below a predetermined threshold value and where random access parameters serve as an uplink procedure to enable the user equipment to make the handover to a second base station; and transmitting the random access parameters between the first base station and the second base station before the first base station signals the random access parameters to the user equipment,
A method for enabling visualization of an indication of a radius of a spherically shaped surface portion of a tip of an instrument relative to image data of an object in a virtual space, wherein the spherically shaped surface portion has a centre point, wherein a calibration device is provided that comprises a calibration structure defining an opening angle and that is configured to cooperate with the spherically shaped surface portion so as to guide a tilting movement of the instrument tip around the centre point, wherein the calibration device comprises a first tracker trackable by a tracking system and arranged in a predetermined relationship relative to the calibration structure, and wherein the instrument comprises a second tracker trackable by the tracking system and the object comprises a third tracker trackable by the tracking system, the method being performed by a computer system and comprising: determining a first pose of the first tracker; determining positional data of the second tracker for different tilting positions of the instrument while the spherically shaped surface portion is in abutment with the calibration structure; determining a position of the centre point relative to the second tracker based on the positional data and determining the radius of the spherically shaped surface portion based on the first pose, the positional data, the predetermined relationship, and the opening angle; tracking the third tracker to track a second pose of the image data of the object in the virtual space; tracking the second tracker to track a position of the centre point in the virtual space based on the position of the centre point relative to the second tracker; and generating first display instructions for displaying in the virtual space, based on the second pose of the image data of the object in the virtual space, the position of the centre point in the virtual space and the radius, a visual representation indicative of the radius relative to the image data of the object. determining a first pose of the first tracker; determining positional data of the second tracker for different tilting positions of the instrument while the spherically shaped surface portion is in abutment with the calibration structure; determining a position of the centre point relative to the second tracker based on the positional data and determining the radius of the spherically shaped surface portion based on the first pose, the positional data, the predetermined relationship, and the opening angle; tracking the third tracker to track a second pose of the image data of the object in the virtual space; tracking the second tracker to track a position of the centre point in the virtual space based on the position of the centre point relative to the second tracker; and generating first display instructions for displaying in the virtual space, based on the second pose of the image data of the object in the virtual space, the position of the centre point in the virtual space and the radius, a visual representation indicative of the radius relative to the image data of the object.
Apparatus comprising: a sensor unit configured for providing sensor data comprising information about a size, a speed and/or a position of objects in a periphery of the apparatus; a receiver unit configured to receive data representing a second high-definition map, wherein a high-definition map (470, 132) is a map with a high information resolution and real-time information, the high-definition map enabling a vehicle to be driven autonomously; wherein the second high-definition map covers an area that is wider or larger when compared to a range being sensed with the sensor unit; a processor unit configured to fuse the second high-definition map and the sensor data so as to provide a first high-definition map; a transmitter unit configured for transmitting a result of fusing the second high-definition map and the sensor data; and a command generator unit configured to generate a command signal representing a vehicle control command for a vehicle (450a-f) carrying the apparatus based on the first high-definition map. a sensor unit configured for providing sensor data comprising information about a size, a speed and/or a position of objects in a periphery of the apparatus; a receiver unit configured to receive data representing a second high-definition map, wherein a high-definition map (470, 132) is a map with a high information resolution and real-time information, the high-definition map enabling a vehicle to be driven autonomously; wherein the second high-definition map covers an area that is wider or larger when compared to a range being sensed with the sensor unit; a processor unit configured to fuse the second high-definition map and the sensor data so as to provide a first high-definition map; a transmitter unit configured for transmitting a result of fusing the second high-definition map and the sensor data; and a command generator unit configured to generate a command signal representing a vehicle control command for a vehicle (450a-f) carrying the apparatus based on the first high-definition map.
An electronic article comprising: a first section extending in a longitudinal direction, the first section including, a liquid supply region configured to store liquid material, a wick in communication with the liquid supply region, a heater configured to heat the liquid material, a mouth-end insert including a plurality of outlets, and a connector piece; and a second section extending in the longitudinal direction, the second section including, a battery configured to electrically connect to the heater, and a connection fixture configured to connect with the connector piece, the connector piece including an angled hole formed therein, the connection fixture including a slot and an annular space in an inner portion thereof which communicates with the slot, the slot of the connection fixture being in communication with the angled hole of the connector piece via the annular space, so that, in use, air drawn in through the slot can travel into the annular space and from there into the angled hole of the connector piece. a first section extending in a longitudinal direction, the first section including, a liquid supply region configured to store liquid material, a wick in communication with the liquid supply region, a heater configured to heat the liquid material, a mouth-end insert including a plurality of outlets, and a connector piece; and a second section extending in the longitudinal direction, the second section including, a battery configured to electrically connect to the heater, and a connection fixture configured to connect with the connector piece, the connector piece including an angled hole formed therein, the connection fixture including a slot and an annular space in an inner portion thereof which communicates with the slot, the slot of the connection fixture being in communication with the angled hole of the connector piece via the annular space, so that, in use, air drawn in through the slot can travel into the annular space and from there into the angled hole of the connector piece.
Combustion engine comprising: • at least one crankshaft rotating about a first axis of rotation, • at least one output shaft for an engine torque, said output shaft rotating about a second axis of rotation distinct from said first axis of rotation, • at least one transmission assembly rotating about said first axis of rotation and being driven in rotation by said crankshaft to transmit said engine torque to said output shaft, characterised in that said combustion engine comprises means, referred to as "limiting means", for limiting the axial travel of said transmission assembly with respect to said crankshaft along said first axis of rotation, said "limiting means" comprising: • a stop piece inserted into an internal housing in one end of said crankshaft, said stop piece being held axially between two facing walls (11, 12) of said internal housing with a limited axial clearance J in translation along said first axis of rotation, said stop piece bearing against a first side of said transmission assembly, • a plug bearing against a second side of said transmission assembly, • clamping means for exerting an axial clamping force between said plug, said transmission assembly and said stop piece, said clamping force being oriented parallel to said first axis of rotation. • at least one crankshaft rotating about a first axis of rotation, • at least one output shaft for an engine torque, said output shaft rotating about a second axis of rotation distinct from said first axis of rotation, • at least one transmission assembly rotating about said first axis of rotation and being driven in rotation by said crankshaft to transmit said engine torque to said output shaft, • a stop piece inserted into an internal housing in one end of said crankshaft, said stop piece being held axially between two facing walls (11, 12) of said internal housing with a limited axial clearance J in translation along said first axis of rotation, said stop piece bearing against a first side of said transmission assembly, • a plug bearing against a second side of said transmission assembly, • clamping means for exerting an axial clamping force between said plug, said transmission assembly and said stop piece, said clamping force being oriented parallel to said first axis of rotation.
A terminal device for use in a wireless telecommunications system comprising a plurality of terminal devices operable to communicate with one another in a device-to-device manner, wherein the terminal device comprises a controller unit and a transceiver unit configured to operate together to cause the terminal device to monitor for signalling transmitted by other terminal devices and determine a transmission power level to use for device-to-device transmissions from the terminal device based on the amount of signalling transmitted by other terminal devices, and to transmit device-to-device communications using the determined transmission power level.
An electric disk brake system comprising an electric linear motion actuator, a brake pad, and a brake disk, wherein the brake pad can be linearly driven by the linear motion actuator and pressed against the brake disk, thereby generating braking force, the electric linear motion actuator comprising a cylindrical housing, an outer ring member mounted in the housing, a rotary shaft extending along a center axis of the outer ring member and configured to be rotated by an electric motor, planetary rollers mounted between a radially outer surface of the rotary shaft and a radially inner surface of the outer ring member, a carrier supported by the rotary shaft so as to be rotatable about the rotary shaft and rotatably supporting the planetary rollers, the carrier including an inner disk, wherein a helical groove or circumferential grooves are formed in a radially outer surface of each of the planetary rollers, and a helical rib is formed on the radially inner surface of the outer ring member, the helical rib being in engagement with the helical grooves or the circumferential grooves of the respective planetary rollers, wherein the rotary shaft is kept in frictional contact with the respective planetary rollers, whereby when the rotary shaft rotates, the planetary rollers are configured to rotate about respective axes of the planetary rollers while revolving around the rotary shaft, thereby moving the outer ring member in one axial direction, and thrust bearings mounted between the respective planetary rollers and the inner disk of the carrier and configured to receive an axial force applied to the respective planetary rollers from the outer ring member when the outer ring member is moved in the one axial direction, wherein the electric linear motion actuator further comprises pairs of aligning seats, each pair being provided between each of the planetary rollers and a corresponding one of the thrust bearings or between each of the thrust bearings and the inner disk of the carrier, characterized in that each pair of the aligning seats comprises a convex spherical surface and a concave surface which contacts and guides the convex spherical surface.
A method of processing a bitstream comprising a plurality of content substreams, each representing an audio signal, the method including: from the bitstream, extracting one or more presentation data structures, each comprising a reference (404, 405) to a plurality of said content substreams, each presentation data structure further comprising a reference to loudness data and dynamic range compression data included in a metadata substream, wherein said loudness data is dedicated to said presentation data structure and indicates what the loudness of the combination of the referenced plurality of content substreams will be when decoded, and wherein the DRC data includes at least one set of one or more DRC gains; receiving data indicating a selected presentation data structure out of said one or more presentation data structures, and a desired loudness level; decoding the plurality of content substreams referenced by the selected presentation data structure; and forming an output audio signal on the basis of the decoded content substreams, the method further including processing the decoded plurality of content substreams or the output audio signal on the basis of the loudness data referenced by the selected presentation data structure and the at least one set of one or more DRC gains to attain the desired loudness level. from the bitstream, extracting one or more presentation data structures, each comprising a reference (404, 405) to a plurality of said content substreams, each presentation data structure further comprising a reference to loudness data and dynamic range compression data included in a metadata substream, wherein said loudness data is dedicated to said presentation data structure and indicates what the loudness of the combination of the referenced plurality of content substreams will be when decoded, and wherein the DRC data includes at least one set of one or more DRC gains; receiving data indicating a selected presentation data structure out of said one or more presentation data structures, and a desired loudness level; decoding the plurality of content substreams referenced by the selected presentation data structure; and forming an output audio signal on the basis of the decoded content substreams, the method further including processing the decoded plurality of content substreams or the output audio signal on the basis of the loudness data referenced by the selected presentation data structure and the at least one set of one or more DRC gains to attain the desired loudness level.
A method for machining a workpiece by a grinding machine comprising: a spindle arranged for rotating the workpiece around and translated along a first axis, a first abrasive wheel arranged to rotate around a second axis and to translate along a third axis oblique or perpendicular to the second axis, such as to machine a peripheral portion of the workpiece, and a guiding support spaced distally from said spindle along the first axis and arranged for slidingly supporting an end of the workpiece; the method comprising the steps of: rotating the workpiece around the first axis and translating the workpiece along the first axis toward the guiding support so as to distally extend a peripheral portion of the workpiece from the guiding support; and simultaneously rotating the first abrasive wheel around the second axis and translating the first abrasive wheel along the third axis such that the first abrasive wheel machines said peripheral portion of the workpiece; wherein the first abrasive wheel is translated along the third axis; and wherein a position in translation of the first abrasive wheel along the third axis is determined as a function of a position of the workpiece along the first axis, and an angular position of the workpiece around the first axis. rotating the workpiece around the first axis and translating the workpiece along the first axis toward the guiding support so as to distally extend a peripheral portion of the workpiece from the guiding support; and simultaneously rotating the first abrasive wheel around the second axis and translating the first abrasive wheel along the third axis such that the first abrasive wheel machines said peripheral portion of the workpiece; wherein the first abrasive wheel is translated along the third axis; and wherein a position in translation of the first abrasive wheel along the third axis is determined as a function of a position of the workpiece along the first axis, and an angular position of the workpiece around the first axis.
Workpiece basket system, having at least one replaceable workpiece carrier insert and a frame having a holding device (16, 25) for the at least one workpiece carrier insert insertable or inserted into the frame, such that, when at least one workpiece carrier insert is inserted, the frame and the at least one workpiece carrier insert together form a workpiece basket, wherein the frame is designed such that multiple frames can be stacked one above the other, and wherein the holding device (16, 25) is designed such that it detachably holds the workpiece carrier insert, characterized in that the frame comprises a wire upper edge and a wire lower edge which are spaced apart from one another and are fixedly connected by sheet metal strips, wherein large-surface recesses are formed between the sheet metal strips. at least one replaceable workpiece carrier insert and a frame having a holding device (16, 25) for the at least one workpiece carrier insert insertable or inserted into the frame, such that, when at least one workpiece carrier insert is inserted, the frame and the at least one workpiece carrier insert together form a workpiece basket, wherein the frame is designed such that multiple frames can be stacked one above the other, and wherein the holding device (16, 25) is designed such that it detachably holds the workpiece carrier insert, characterized in that the frame comprises a wire upper edge and a wire lower edge which are spaced apart from one another and are fixedly connected by sheet metal strips, wherein large-surface recesses are formed between the sheet metal strips.
A urine collection system (100, 200, 300), which includes an elongate urine collection device having a cylindrical lower end portion, an aperture distal to the end portion configured to receive a conduit and an opening between the aperture and the end portion to receive urine into the device characterized in that: the urine collection system includes a sizing device (150, 250, 350), the sizing device comprising: a body (152, 252, 352) having a distal base end (160, 260) and an attachment upper end (155, 255, 355) spaced from the distal end, the attachment end defining an upper opening (180, 280, 380); and a recess including a cylindrical portion, the recess extending into the body from the upper opening, the recess being sized and dimensioned to receive the cylindrical lower end portion of the urine collection device and secure the sizing device to the urine collection device, the sizing device being removable from the urine collection device, the longitudinal axis of the sizing device being coaxial with the longitudinal axis of the end portion of the urine collection device when the end portion is received in the recess of the sizing device, the sizing device having a maximum width greater than a maximum width of the urine collection device and thereby serving, when secured to the lower end of the urine collection device, to provide additional length and width to the lower end of the urine collection device and thereby improve securement of the urine collection device in a desired position between the legs of the person wearing the urine collection device. a body (152, 252, 352) having a distal base end (160, 260) and an attachment upper end (155, 255, 355) spaced from the distal end, the attachment end defining an upper opening (180, 280, 380); and a recess including a cylindrical portion, the recess extending into the body from the upper opening, the recess being sized and dimensioned to receive the cylindrical lower end portion of the urine collection device and secure the sizing device to the urine collection device, the sizing device being removable from the urine collection device, the longitudinal axis of the sizing device being coaxial with the longitudinal axis of the end portion of the urine collection device when the end portion is received in the recess of the sizing device, the sizing device having a maximum width greater than a maximum width of the urine collection device and thereby serving, when secured to the lower end of the urine collection device, to provide additional length and width to the lower end of the urine collection device and thereby improve securement of the urine collection device in a desired position between the legs of the person wearing the urine collection device.