mhurhangee/patent-ind-claim-en huggingface dataset:
Battery assembly, comprising: - a battery pack having a plurality of cylindrical battery cells each arranged parallel to a longitudinal axis , wherein the battery cells are arranged axially and/or radially next to each other, characterized by : - two clamping plates which are arranged on in each case one axial end side of the battery pack , - at least one tie rod which is configured to brace the two clamping plates against each other in order to apply a preloading force (F) to the battery pack , and - at least one spring element for each tie rod , - wherein the spring element is elastically deformable in order to allow length compensation of the battery cells . - a battery pack having a plurality of cylindrical battery cells each arranged parallel to a longitudinal axis , wherein the battery cells are arranged axially and/or radially next to each other, characterized by : - two clamping plates which are arranged on in each case one axial end side of the battery pack , - at least one tie rod which is configured to brace the two clamping plates against each other in order to apply a preloading force (F) to the battery pack , and - at least one spring element for each tie rod , - wherein the spring element is elastically deformable in order to allow length compensation of the battery cells .
A method performed by a base station for performing a handover of a user equipment , the method comprising: receiving , by the base station, a New Radio capability information element ; analyzing the New Radio capability information element to determine whether the New Radio capability information element includes one or more core network fields that indicate one or more core networks supported by the user equipment ; generating , based on the New Radio capability information element , a measurement configuration; sending the measurement configuration to the user equipment ; receiving , from the user equipment , one or more measurement results based on the measurement configuration; determining , based on the one or more core network fields and the one or more measurement results, a handover type for the user equipment; and initiating the handover of the user equipment based on the determined handover type. receiving , by the base station, a New Radio capability information element ; analyzing the New Radio capability information element to determine whether the New Radio capability information element includes one or more core network fields that indicate one or more core networks supported by the user equipment ; generating , based on the New Radio capability information element , a measurement configuration; sending the measurement configuration to the user equipment ; receiving , from the user equipment , one or more measurement results based on the measurement configuration; determining , based on the one or more core network fields and the one or more measurement results, a handover type for the user equipment; and initiating the handover of the user equipment based on the determined handover type.
A refrigerator comprising a cabinet forming a storage space, a door opening and closing the cabinet and having an opening communicated with the storage space, and a detection device provided in the door for detecting a user's operation, wherein the refrigerator is comprising: a lighting unit turned on/off when the detection device detects a user's knocking operation by a signal of the detection device performed by a user while the door is closed, and illuminating an inside of the refrigerator; and a panel assembly provided to cover the opening and through which light is transmitted to the outside of the refrigerator so as to allow the user to selectively view the inside of the refrigerator by turning on/off of the lighting unit , wherein the door comprises a main door having the opening , and a sub door to open and close the opening part , wherein the panel assembly comprises: a front panel forming a front surface of a sub-door and being formed of a half mirror reflecting a part of the light and transmitting a part of the light to be selectively transparent; a plurality of insulation panels spaced apart from the front panel and formed of transparent tempered glass; and a spacer bar provided between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels , and separating and sealing between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels . a lighting unit turned on/off when the detection device detects a user's knocking operation by a signal of the detection device performed by a user while the door is closed, and illuminating an inside of the refrigerator; and a panel assembly provided to cover the opening and through which light is transmitted to the outside of the refrigerator so as to allow the user to selectively view the inside of the refrigerator by turning on/off of the lighting unit , a front panel forming a front surface of a sub-door and being formed of a half mirror reflecting a part of the light and transmitting a part of the light to be selectively transparent; a plurality of insulation panels spaced apart from the front panel and formed of transparent tempered glass; and a spacer bar provided between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels , and separating and sealing between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels .
Display and operator control device of a motor vehicle comprising at least one display device , a touch-sensitive position detection unit coupled to the at least one display device and a control device coupled to the at least one display device and the position detection unit , which comprises an evaluation logic , which evaluates the touch positions detected by the position detection unit and by means of this influences the control of a representation of information on the at least one display device and a calling up of functions and/or control of systems that can be operated via the display and operator control device , wherein the evaluation logic is designed to evaluate the detected touch positions in a time-resolved manner, wherein the detected touch positions continuously merging into one another sequentially in time are combined to form a touch trace and the evaluation logic comprises at least one differentiating unit , which determines a velocity and/or an acceleration of a glancing actuation movement generating the touch trace , and the influencing of the control is different for differently determined velocities and/or accelerations, so that to increase a number of possible differentiable actuation actions in addition to a form of the detected touch positions continuously merging into one another sequentially in time combined into the touch trace also the velocity or the acceleration of the glancing actuation movement generating the touch trace determines the user input, and wherein the control device is designed to assign a mass and a coefficient of friction to objects represented on the display surface and the evaluation logic by means of a determined acceleration, with which the glancing actuation movement generating the touch trace is carried out, and at least of one direction of the touch trace and optionally of further properties of the touch trace and/or of the movement generating the touch trace determines a control impulse and an object in the display area or activation area of which the touch trace begins is moved on the display device according to a path curve calculated by means of the assigned mass and the assigned coefficient of friction and the determined control impulse, characterized in that at least one second further display surface designed separately from a display surface of the at least one display device is provided and the control device is designed to display an object on the further display surface , the path curve of which points beyond the display surface by a predetermined minimum length in a direction, in which the at least one further display surface is located.
A method of operating a user equipment 'UE' in a wireless communications network, the method comprising: identifying, by the UE, a cell change type associated with a neighboring cell, wherein the cell change type is based, at least in part, on a transmission power level of the neighboring cell and a transmission power level of the UE's serving cell; in response to identifying the cell change type associated with the neighboring cell, determining, by the UE, a time-to-trigger parameter, wherein the time-to-trigger parameter is determined by applying a scaling factor associated with the cell change type to a nominal time-to-trigger value; and executing, by the UE, a cell handover procedure with the neighboring cell using the time-to-trigger parameter, wherein the cell change type is a change of cell type between the UE's serving cell and the neighboring cell as part of a cell handover procedure; and wherein a cell type of the serving cell is one of a macro, pico, relay, or femto cell; and wherein a cell type of the neighboring cell is one of a macro, pico, relay, or femto cell. identifying, by the UE, a cell change type associated with a neighboring cell, wherein the cell change type is based, at least in part, on a transmission power level of the neighboring cell and a transmission power level of the UE's serving cell; in response to identifying the cell change type associated with the neighboring cell, determining, by the UE, a time-to-trigger parameter, wherein the time-to-trigger parameter is determined by applying a scaling factor associated with the cell change type to a nominal time-to-trigger value; and executing, by the UE, a cell handover procedure with the neighboring cell using the time-to-trigger parameter, wherein the cell change type is a change of cell type between the UE's serving cell and the neighboring cell as part of a cell handover procedure; and wherein a cell type of the serving cell is one of a macro, pico, relay, or femto cell; and wherein a cell type of the neighboring cell is one of a macro, pico, relay, or femto cell.
An X-ray imaging apparatus , comprising: an X-ray source that irradiates a subject with X-rays; an X-ray detector that detects X-rays having passed through the subject; an operation switch group provided on an operation panel ; and a permission switch for X-ray irradiation that is provided on the operation panel separately from the operation switch group and performs switching between a prohibited state prohibiting X-ray irradiation from the X-ray source and a permitted state permitting X-ray irradiation from the X-ray source , characterised by the permission switch being lit on in the permitted state, and the permission switch , in the prohibited state, changing a state, wherein in said prohibited state the permission switch is lit on to be different from the operation switch group and the permission switch in the permitted state. an X-ray source that irradiates a subject with X-rays; an X-ray detector that detects X-rays having passed through the subject; an operation switch group provided on an operation panel ; and a permission switch for X-ray irradiation that is provided on the operation panel separately from the operation switch group and performs switching between a prohibited state prohibiting X-ray irradiation from the X-ray source and a permitted state permitting X-ray irradiation from the X-ray source , characterised by the permission switch being lit on in the permitted state, and the permission switch , in the prohibited state, changing a state, wherein in said prohibited state the permission switch is lit on to be different from the operation switch group and the permission switch in the permitted state.
An insulation body for a circular connector, having: a cylindrically formed main body , having a stepped portion arranged on an end area of the main body and a plurality of main body recesses , wherein each main body recess penetrates the main body in a longitudinal direction of the main body , and an insulation cap , wherein the insulation cap is arranged on a face of the main body , wherein the insulation cap has a plurality of insulation cap recesses , wherein each insulation cap recess is associated with a main body recess , and wherein each insulation cap recess is conically tapered, characterized in that the insulation cap has a wall , wherein the wall is arranged on the stepped portion such that the wall is flush with the main body and the wall surrounds the main body in certain areas. a cylindrically formed main body , having a stepped portion arranged on an end area of the main body and a plurality of main body recesses , wherein each main body recess penetrates the main body in a longitudinal direction of the main body , and an insulation cap , wherein the insulation cap is arranged on a face of the main body , wherein the insulation cap has a plurality of insulation cap recesses , wherein each insulation cap recess is associated with a main body recess , and wherein each insulation cap recess is conically tapered, characterized in that the insulation cap has a wall , wherein the wall is arranged on the stepped portion such that the wall is flush with the main body and the wall surrounds the main body in certain areas.
A cell frame comprising a bipolar plate in contact with an electrode constituting a battery cell ; and a frame body surrounding a periphery of the bipolar plate , wherein the frame body includes a liquid supply manifold through which an electrolyte is supplied into the battery cell , the bipolar plate includes, in a surface facing the electrode , a plurality of main groove portions that are arranged adjacent to one another and through which the electrolyte flows, at least one of the frame body and the bipolar plate includes a supply flow directing portion configured to distribute, in a direction in which the main groove portions are arranged adjacent to one another, the electrolyte supplied through the liquid supply manifold , to supply the electrolyte to each of the main groove portions , and each of widths Wi of electrolyte inlets of the main groove portions , and a width Wr of the supply flow directing portion in a direction orthogonal to the direction in which the main groove portions are arranged adjacent to one another, satisfy a width ratio Wr/Wi of 1.5 or more and 10 or less. wherein the frame body includes a liquid supply manifold through which an electrolyte is supplied into the battery cell , the bipolar plate includes, in a surface facing the electrode , a plurality of main groove portions that are arranged adjacent to one another and through which the electrolyte flows, at least one of the frame body and the bipolar plate includes a supply flow directing portion configured to distribute, in a direction in which the main groove portions are arranged adjacent to one another, the electrolyte supplied through the liquid supply manifold , to supply the electrolyte to each of the main groove portions , and each of widths Wi of electrolyte inlets of the main groove portions , and a width Wr of the supply flow directing portion in a direction orthogonal to the direction in which the main groove portions are arranged adjacent to one another, satisfy a width ratio Wr/Wi of 1.5 or more and 10 or less.
An adhesive tape having an adhesive layer on one side or both sides of a polyolefin-based foam substrate containing closed cells, wherein the 65% compressive strength measured by compressive strength measurement according to JIS K 7181 is 6.0 MPa or less and the 80% compressive strength thereof is 20 MPa or less, the polyolefin-based foam substrate contains an ethylene-vinyl acetate copolymer and another polyolefin-based resin, the density of the polyolefin-based foam substrate is 50 to 300 kg/m 3 , and, the closed cells have an average cell size of 0.04 to 0.45 mm. wherein the 65% compressive strength measured by compressive strength measurement according to JIS K 7181 is 6.0 MPa or less and the 80% compressive strength thereof is 20 MPa or less, the polyolefin-based foam substrate contains an ethylene-vinyl acetate copolymer and another polyolefin-based resin, the density of the polyolefin-based foam substrate is 50 to 300 kg/m 3 , and, the closed cells have an average cell size of 0.04 to 0.45 mm.
A rotor for a compressor, the rotor comprising: a solid first stub having a first end configured to engage with a corresponding bearing and a second end having a flange attached by bolts to a corresponding flange of a first impeller of the compressor; a tie rod configured to pass through the first impeller of the compressor, the tie rod having a first end having a threaded region and a second end having a threaded portion, the first end facing the second end of the solid first stub ; a nut being configured to engage the threaded region of the first end of the tie rod and to apply a pre-load to the tie rod and the first impeller of the compressor; and a solid second stub having a first end configured to receive the threaded portion of the second end of the tie rod and a second end configured to engage with a corresponding bearing, wherein the tie rod does not contact the solid first stub ; and characterized in that the first impeller is configured to have a cavity that accommodates the first end of the tie rod and the nut such that the first end of the tie rod does not touch the first impeller or the flange of the first impeller . a solid first stub having a first end configured to engage with a corresponding bearing and a second end having a flange attached by bolts to a corresponding flange of a first impeller of the compressor; a tie rod configured to pass through the first impeller of the compressor, the tie rod having a first end having a threaded region and a second end having a threaded portion, the first end facing the second end of the solid first stub ; a nut being configured to engage the threaded region of the first end of the tie rod and to apply a pre-load to the tie rod and the first impeller of the compressor; and a solid second stub having a first end configured to receive the threaded portion of the second end of the tie rod and a second end configured to engage with a corresponding bearing, wherein the tie rod does not contact the solid first stub ; and characterized in that the first impeller is configured to have a cavity that accommodates the first end of the tie rod and the nut such that the first end of the tie rod does not touch the first impeller or the flange of the first impeller .
The gastronomy roller heater, having a cuboid base fitted with a socket for connecting electric current, and equipped from the front with a thermostat, a power switch and an operating indicator, over which, between the side walls, rotating heating rollers are mounted, is characterized by the fact that the upper parts of the side walls are formed in the shape of an eaves being fitted with noncontact temperature sensors being directed at the inter-rows of heating rollers, , and on the upper surface of the side walls there are temperature displays mounted presenting the temperature measured by individual noncontact temperature sensors .
A resource processing method, comprising: determining (S301), by a network device, at least two beams that need to be transmitted; determining (S302), by the network device, a time-frequency resource corresponding to each of the at least two beams; and determining (S303), by the network device, a part of the time-frequency resource corresponding to each beam to serve as a common search space, wherein the part of the time-frequency resource determined to serve as a common search space in each beam, is used to carry control information transmitted to a terminal device, wherein the method further comprises: transmitting, by the network device, resource location information corresponding to each beam to the terminal device, wherein the resource location information is used to indicate a location of the common search space in the time-frequency resource. determining (S301), by a network device, at least two beams that need to be transmitted; determining (S302), by the network device, a time-frequency resource corresponding to each of the at least two beams; and determining (S303), by the network device, a part of the time-frequency resource corresponding to each beam to serve as a common search space, wherein the part of the time-frequency resource determined to serve as a common search space in each beam, is used to carry control information transmitted to a terminal device, wherein the method further comprises: transmitting, by the network device, resource location information corresponding to each beam to the terminal device, wherein the resource location information is used to indicate a location of the common search space in the time-frequency resource.
A hinged device of a lid and a body of a toilet, which is used to assemble a lid component to a ceramic body of a toilet, comprising a rotation shaft, the lid component rotates about the rotation shaft, a base is disposed on the ceramic body, the base is disposed with a supporting pin (6-1), the rotation shaft comprises a switch element and a damper , wherein: the switch is disposed with a hole (4-1) extending in radial direction, the switch element is disposed with a slot (4-2) in axial direction, the slot (4-2) and the hole (4-1) are connected; the supporting pin (6-1) is disposed with a groove in radial direction, the support pin (6-1) of the base is inserted into the hole (4-1) of the switch element ; an insert , movably disposed inside the slot (4-2) of the switch element , the insert is locked to the groove of the support pin (6-1) under the work of an elastic force so as to lock the supporting pin (6-1) to the switch element ; the upper end of the base is disposed with a step (6-3), characterized in that the bottom surface of the hinged device is disposed on the step (6-3), the step (6-3) bears the lid component, and the radial hole (4-1) of the switch element is a through hole. the switch is disposed with a hole (4-1) extending in radial direction, the switch element is disposed with a slot (4-2) in axial direction, the slot (4-2) and the hole (4-1) are connected; the supporting pin (6-1) is disposed with a groove in radial direction, the support pin (6-1) of the base is inserted into the hole (4-1) of the switch element ; an insert , movably disposed inside the slot (4-2) of the switch element , the insert is locked to the groove of the support pin (6-1) under the work of an elastic force so as to lock the supporting pin (6-1) to the switch element ; the upper end of the base is disposed with a step (6-3), characterized in that the bottom surface of the hinged device is disposed on the step (6-3), the step (6-3) bears the lid component, and the radial hole (4-1) of the switch element is a through hole.