mhurhangee/ep-ind-claims huggingface dataset:
A terminal management method, wherein the method is executed by at least three service processing units, a data dispatch unit and a control unit; the at least three service processing units comprise a first service processing unit and a second service processing unit; each service processing unit comprises at least one context cluster, and each context cluster comprises at least two user contexts; and the method comprises: sending, by the control unit, a context cluster allocation message to a third service processing unit of the at least three service processing units, wherein the context cluster allocation message comprises: a second cluster identifier corresponding to a newly allocated second context cluster, and a cluster allocation indication; and establishing, by the third service processing unit, the second context cluster in the third service processing unit according to the cluster allocation indication; sending, by the control unit, a context cluster adding message to the data dispatch unit, wherein the context cluster adding message comprises: the second cluster identifier corresponding to the newly allocated second context cluster, a cluster adding indication, and a unit identifier of the third service processing unit; and recording, by the data dispatch unit, a correspondence between the second cluster identifier and the third service processing unit according to the cluster adding indication, so as to forward service data corresponding to the second context cluster to the third service processing unit according to the correspondence. sending, by the control unit, a context cluster allocation message to a third service processing unit of the at least three service processing units, wherein the context cluster allocation message comprises: a second cluster identifier corresponding to a newly allocated second context cluster, and a cluster allocation indication; and establishing, by the third service processing unit, the second context cluster in the third service processing unit according to the cluster allocation indication; sending, by the control unit, a context cluster adding message to the data dispatch unit, wherein the context cluster adding message comprises: the second cluster identifier corresponding to the newly allocated second context cluster, a cluster adding indication, and a unit identifier of the third service processing unit; and recording, by the data dispatch unit, a correspondence between the second cluster identifier and the third service processing unit according to the cluster adding indication, so as to forward service data corresponding to the second context cluster to the third service processing unit according to the correspondence.
Mobile terminal comprising a lid unit arranged to substantially block an opening in a mobile terminal housing in an assembled state of the mobile terminal and arranged to allow access through the opening into the interior of the mobile terminal when removed from the opening, wherein the lid unit is arranged on a lateral side of the mobile terminal being perpendicular to a screen of the mobile terminal and comprises at least one key device (12, 18) for controlling at least one function on the mobile terminal; characterised in that the opening has such dimensions that a replaceable SIM-card of the mobile terminal that needs to be accessible from the outside is accessible through the opening in the mobile terminal housing; and in that the lid unit is inserted at least in part into the opening in the assembled state of the mobile terminal.
An article, comprising: a core embedded in the foamed member, wherein the core includes a first surface, a second surface opposite to the first surface, and a sidewall between the first surface and the second surface; a first foamed member covered the entire sidewall and the entire second surface and a first portion of the first surface; a mark formed on the first foamed member, and a second portion of the first surface of the core is exposed through the mark; characterized in that a second foamed member disposed within the mark and surrounded by the first foamed member, a first portion of the second foamed member is in contact with the second portion of the first surface of the core, wherein a second portion of the second foamed member is in contact the first foamed member, and the core is enclosed by the first foamed member and the second foamed member. a core embedded in the foamed member, wherein the core includes a first surface, a second surface opposite to the first surface, and a sidewall between the first surface and the second surface; a first foamed member covered the entire sidewall and the entire second surface and a first portion of the first surface; a mark formed on the first foamed member, and a second portion of the first surface of the core is exposed through the mark; characterized in that a second foamed member disposed within the mark and surrounded by the first foamed member, a first portion of the second foamed member is in contact with the second portion of the first surface of the core, wherein a second portion of the second foamed member is in contact the first foamed member, and the core is enclosed by the first foamed member and the second foamed member.
A calibration phantom, comprising: a supporting frame; and at least one calibration assembly, wherein each of the at least one calibration assembly comprises: a base; and a plurality of calibration wires dispersedly connected to the base, wherein an absorption capacity of the calibration wire for X-rays is greater than an absorption capacity of the base for X-rays, wherein an absorption capacity of the calibration wire for X-rays is greater than an absorption capacity of the supporting frame for X-rays, characterized in that, the at least one calibration assembly is connected to an inside of the supporting frame. a supporting frame; and at least one calibration assembly, wherein each of the at least one calibration assembly comprises: a base; and a plurality of calibration wires dispersedly connected to the base, wherein an absorption capacity of the calibration wire for X-rays is greater than an absorption capacity of the base for X-rays, wherein an absorption capacity of the calibration wire for X-rays is greater than an absorption capacity of the supporting frame for X-rays, characterized in that, the at least one calibration assembly is connected to an inside of the supporting frame. a base; and a plurality of calibration wires dispersedly connected to the base, wherein an absorption capacity of the calibration wire for X-rays is greater than an absorption capacity of the base for X-rays, wherein an absorption capacity of the calibration wire for X-rays is greater than an absorption capacity of the supporting frame for X-rays, characterized in that, the at least one calibration assembly is connected to an inside of the supporting frame.
A method for calibration of a stereo camera comprising two cameras (2, 3) arranged in a distance along a first direction (x) and mechanically attached to a common structure and electronics for the processing of image data obtained by the two cameras (2, 3), the method comprising the steps of: a) providing rectification functions mapping raw image coordinates to rectified coordinates, wherein the rectification functions are obtained by factory calibration of the stereo camera, based on images of test targets obtained by the two cameras (2, 3), or default rectification functions are used, based on a lens type used in the stereo camera, wherein the rectification functions stay constant throughout the lifetime of the stereo camera; b) yielding correction functions by a recalibration based on images of a scene captured by the stereo camera affixed in an observation position, the correction functions mapping rectified coordinates to corrected coordinates, wherein the correction functions are redetermined; where the recalibration is based on matching objects comprised in images of the captured scene obtained by the two cameras (2, 3); wherein the stereo camera is affixed in a fixed relationship with a planar surface, with a known distance (h) and angle between the stereo camera and the surface, and wherein in the recalibration objects are matched that belong to the surface, wherein a disparity caused by the known distance (h) is exploited when determining the correction functions. a) providing rectification functions mapping raw image coordinates to rectified coordinates, wherein the rectification functions are obtained by factory calibration of the stereo camera, based on images of test targets obtained by the two cameras (2, 3), or default rectification functions are used, based on a lens type used in the stereo camera, wherein the rectification functions stay constant throughout the lifetime of the stereo camera; b) yielding correction functions by a recalibration based on images of a scene captured by the stereo camera affixed in an observation position, the correction functions mapping rectified coordinates to corrected coordinates, wherein the correction functions are redetermined; where the recalibration is based on matching objects comprised in images of the captured scene obtained by the two cameras (2, 3); wherein the stereo camera is affixed in a fixed relationship with a planar surface, with a known distance (h) and angle between the stereo camera and the surface, and wherein in the recalibration objects are matched that belong to the surface, wherein a disparity caused by the known distance (h) is exploited when determining the correction functions.
A method for unpacking at least one component produced by means of an additive manufacturing process, from a particulate material bed of non-consolidated particulate material, wherein the non-consolidated particulate material, together with the at least one component, is arranged in a build box that is open at the top in the vertical direction and delimited by an upper edge, and by a base plate at the bottom, and by a surrounding wall on the sides, wherein the non-consolidated particulate material is fluidized and the at least one component is transported away from the build box by means of a transport device, wherein the non-consolidated particulate material remains in the build box, characterized in that the at least one component is transported away by means of a transport device formed as a gripper device. wherein the non-consolidated particulate material, together with the at least one component, is arranged in a build box that is open at the top in the vertical direction and delimited by an upper edge, and by a base plate at the bottom, and by a surrounding wall on the sides, wherein the non-consolidated particulate material is fluidized and the at least one component is transported away from the build box by means of a transport device, wherein the non-consolidated particulate material remains in the build box, characterized in that the at least one component is transported away by means of a transport device formed as a gripper device.
Wet mateable connection assembly comprising: - at least one first and a second watertight case mateable to each other in a watertight manner, the first and the second case (11,12) having respective first and second gates at respective first and second coupling ends - at least one first phase connector arranged inside said first case; - at least one second phase connector arranged inside said second case; wherein the first gate is movable inwardly to the second case when the first and second coupling ends (13, 14) are adjoined to each other. - at least one first and a second watertight case mateable to each other in a watertight manner, the first and the second case (11,12) having respective first and second gates at respective first and second coupling ends - at least one first phase connector arranged inside said first case; - at least one second phase connector arranged inside said second case;
Handheld showerhead fitting having a handheld showerhead which is connected via a coupling to a flexible hose line, wherein the coupling provided to connect the handheld showerhead and hose line has a hose connector with a ball joint which has a first and a second joint part (8, 9) which are connected to one another in an articulated manner and comprise mutually connected fluid ducts and of which one joint part bears a hose nipple and on the other joint part an internal or external thread is provided, wherein the first joint part is pivotably held with a ball-cap- or ball-segment-shaped end face region of its wall between a joint socket of matching shape on the second joint part on the one hand and a joint head on a holding element provided in an internal cavity of the first joint part on the other hand, wherein, with a connecting shaft engaging on the second joint part, the holding element passes through a through-orifice in the first joint part, wherein the holding element connects the fluid ducts of the first joint part and of the second joint part to one another, and wherein the joint head of the holding element has an outer contour in the shape of a ball segment, characterised in that an annular groove is disposed in the region of the largest outer circumference of the ball segment-shaped outer contour of the joint head on the holding element or of the largest inner circumference of the ball-cap- or ball-segment-shaped end face region of the first joint part and that an annular seal is provided in this annular groove.
An air conditioner, comprising: an outdoor unit comprising an enhanced vapor compression mechanism and an outdoor heat exchanger; an indoor unit comprising a first heat exchanger and a first throttle regulator; a discharge pipe connected to a discharge side of the compression mechanism, a low-pressure suction pipe connected to a low-pressure suction side of the compression mechanism, a first piping connecting the discharge pipe, the outdoor heat exchanger, the first throttle regulator, and the first heat exchanger in sequence, and a second piping connecting the first heat exchanger and the low-pressure suction pipe, thus forming a refrigerant circuit; a first switching device capable of switching between: a first switching state of the first switching device, in which the first switching device causes the first piping to communicate with the suction pipe and causes the second piping to communicate with the discharge pipe; and a second switching state of the first switching device, in which the first switching device causes the first piping to communicate with the discharge pipe and causes the second piping to communicate with the suction pipe; and an economizer arranged on the first piping between the outdoor heat exchanger and the first throttle device; a first refrigerant flow path arranged in the economizer and connected to the first piping through a refrigerant bridge; and a second refrigerant flow path arranged in the economizer, one end of the second refrigerant flow path communicating with the first piping through a liquid pickup pipe and the other end of the second refrigerant flow path communicating with both a medium-pressure suction port of the compressor and the suction pipe through a return pipe, wherein refrigerant flow directions in the first refrigerant flow path and the second refrigerant flow path are opposite; characterised in that the return pipe comprises a return pipe body, a first communication pipe, and a second communication pipe; one end of the first communication pipe communicates with the return pipe body and the other end of the first communication pipe communicates with the medium-pressure suction port of the compressor; the return pipe body or the first communication pipe is provided with a first control valve; and one end of the second communication pipe communicates with the return pipe body and the other end of the second communication pipe communicates with the suction pipe, and the second communication pipe is provided with a second control valve.
A method of planning the positioning of first and second sets of electrode elements on a subject's body, the method comprising the steps of: obtaining a 3D model of electrical conductivity or resistivity of an anatomic volume within the subject's body at a given frequency; identifying a location of target tissue within the anatomic volume; analyzing electric fields associated with a plurality of layouts for the first and second sets of electrode elements based on the respective layouts, the 3D model of electrical conductivity or resistivity, and the identified location of the target tissue; and selecting one of the plurality of layouts based on a result of the analyzing; wherein the first set of electrode elements has a first centroid; characterized in that: the anatomic volume is located in or near a subject's neck; and in each of the plurality of layouts, the first set of electrode elements is positioned on the subject's head with the first centroid positioned on the subject's head and the second set of electrode elements is positioned on the subject's chest. obtaining a 3D model of electrical conductivity or resistivity of an anatomic volume within the subject's body at a given frequency; identifying a location of target tissue within the anatomic volume; analyzing electric fields associated with a plurality of layouts for the first and second sets of electrode elements based on the respective layouts, the 3D model of electrical conductivity or resistivity, and the identified location of the target tissue; and selecting one of the plurality of layouts based on a result of the analyzing; wherein the first set of electrode elements has a first centroid; characterized in that: the anatomic volume is located in or near a subject's neck; and in each of the plurality of layouts, the first set of electrode elements is positioned on the subject's head with the first centroid positioned on the subject's head and the second set of electrode elements is positioned on the subject's chest. the anatomic volume is located in or near a subject's neck; and in each of the plurality of layouts, the first set of electrode elements is positioned on the subject's head with the first centroid positioned on the subject's head and the second set of electrode elements is positioned on the subject's chest.
A wire harness waterproofing structure comprising: a body panel with a through hole which is bored in the body panel which separates a compartment outside part and a compartment inside part, a grommet that includes: a pipe-formed body part a periphery of which is watertightly attached to the through hole; and a small diameter tubular part one end of which is connected to the pipe-formed body part; a wire harness that includes a plurality of electric wires inserted through the tubular part in an unbound state and is wired with a predetermined height difference relative to the through hole; a diameter-increased part that are provided on at least one of the electric wires to form a gap between the electric wires adjacent to the one of the electric wires, and the one of the electric wires has the largest outer diameter among the plurality of electric wires, characterized in that the wire harness includes a plurality of electric wires having outer diameters different from each other, and the diameter-increased parts that are provided on all of the electric wires having an outer diameter that is equal to or larger than a predetermined diameter determined in accordance with the predetermined height difference. a body panel with a through hole which is bored in the body panel which separates a compartment outside part and a compartment inside part, a grommet that includes: a pipe-formed body part a periphery of which is watertightly attached to the through hole; and a small diameter tubular part one end of which is connected to the pipe-formed body part; a pipe-formed body part a periphery of which is watertightly attached to the through hole; and a small diameter tubular part one end of which is connected to the pipe-formed body part; a wire harness that includes a plurality of electric wires inserted through the tubular part in an unbound state and is wired with a predetermined height difference relative to the through hole; a diameter-increased part that are provided on at least one of the electric wires to form a gap between the electric wires adjacent to the one of the electric wires, and the one of the electric wires has the largest outer diameter among the plurality of electric wires, characterized in that the wire harness includes a plurality of electric wires having outer diameters different from each other, and the diameter-increased parts that are provided on all of the electric wires having an outer diameter that is equal to or larger than a predetermined diameter determined in accordance with the predetermined height difference.
A connection system for connecting tubular elements comprising a first tubular element and a second tubular element having a first end portion and a second end portion respectively, extending along a common axis and insertable into each other to provide a push-fit joint defined by a mechanical interference between an outer lateral surface of the first end portion and an inner lateral surface of the second end portion with interposition of a radial sealing ring; and an electrowelding sleeve positioned radially outside the end portions (4, 5) inserted one into the other; characterized in that the sleeve has a substantially L-shaped longitudinal section and comprises two portions (23, 24) having different internal cross section and defining respective welding zones arranged radially offset with respect to each other.