mhurhangee/ep-ind-claims huggingface dataset:
Method for dynamometer testing of a vehicle, the vehicle comprising at least a first wheel shaft and a second wheel shaft, said vehicle comprising a first power source for providing torque to said first wheel shaft, the method comprising, with only said first wheel shaft being connected to a dynamometer test unit, - by means of said first power source, applying a first torque to said first wheel shaft being connected to the said dynamometer test unit, - determining a representation of said first torque by means of said dynamometer test unit, characterized in - determining a second torque, the second torque being a torque of a simulated second power source of the vehicle, the second torque being different from said first torque, to be, when the vehicle is driven on a road, applied to at least one of said first wheel shaft and second wheel shaft by said second power source, the said second torque, during testing, being a simulated torque being represented by a virtual representation of said second torque, and - by means of the representation of said first torque determined by said dynamometer test unit and said virtual representation of said second simulated torque, determining a first speed being a representation of the speed of said vehicle when being driven on a road subjected to said first and second torque. - by means of said first power source, applying a first torque to said first wheel shaft being connected to the said dynamometer test unit, - determining a representation of said first torque by means of said dynamometer test unit, characterized in - determining a second torque, the second torque being a torque of a simulated second power source of the vehicle, the second torque being different from said first torque, to be, when the vehicle is driven on a road, applied to at least one of said first wheel shaft and second wheel shaft by said second power source, the said second torque, during testing, being a simulated torque being represented by a virtual representation of said second torque, and - by means of the representation of said first torque determined by said dynamometer test unit and said virtual representation of said second simulated torque, determining a first speed being a representation of the speed of said vehicle when being driven on a road subjected to said first and second torque.
Electrical harness comprising: - at least one electrical connection, - an electromagnetic protection system comprising a tubular jacket obtained by braiding bundles (30.1, 30.1') of strands (32, 34) and positioned around the electrical connection, at least 80% of the strands of the bundles (30.1, 30.1') being made of metal, - a system for detecting electric arcs which comprises at least one optical fiber (36.1) positioned close to the electrical connection and at least one photodetection component (36.2) configured to receive a light beam guided by the optical fiber (36.1), wherein the tubular jacket comprising strands in the form of segments of optical fiber (36.1) forming at least part of the system for detecting electric arcs, and characterized in that the strands in the form of segments of optical fiber (36.1) have a diameter that is substantially identical to that of the metal strands. - at least one electrical connection, - an electromagnetic protection system comprising a tubular jacket obtained by braiding bundles (30.1, 30.1') of strands (32, 34) and positioned around the electrical connection, at least 80% of the strands of the bundles (30.1, 30.1') being made of metal, - a system for detecting electric arcs which comprises at least one optical fiber (36.1) positioned close to the electrical connection and at least one photodetection component (36.2) configured to receive a light beam guided by the optical fiber (36.1),
A method for wireless communication by a wireless station, the method comprising: processing (802b, 1002b, 1202b) a first signal transmitted to the station by a transmitter, the first signal indicating a target wake up time when an activation signal is expected to be received, wherein the transmitter comprises an access point, AP, or a station; transitioning (804b, 1004b, 1204b) a first receiver to an awake state based on the indicated target wake up time; receiving (806b, 1006b, 1206b) the activation signal from the transmitter at the indicated target wake up time by the first receiver; transitioning (808b, 1010b, 1210b) a second receiver to an awake state based on the activation signal received from the transmitter; and receiving (810b, 1012b, 1212b) a second signal by the second receiver. processing (802b, 1002b, 1202b) a first signal transmitted to the station by a transmitter, the first signal indicating a target wake up time when an activation signal is expected to be received, wherein the transmitter comprises an access point, AP, or a station; transitioning (804b, 1004b, 1204b) a first receiver to an awake state based on the indicated target wake up time; receiving (806b, 1006b, 1206b) the activation signal from the transmitter at the indicated target wake up time by the first receiver; transitioning (808b, 1010b, 1210b) a second receiver to an awake state based on the activation signal received from the transmitter; and receiving (810b, 1012b, 1212b) a second signal by the second receiver.
A device for demarcating a center line of an automobile, the device comprises: a holder apparatus comprising a holder assembly and a cross beam assembly mounted on the holder assembly, the cross beam assembly being movable relative to the holder assembly along a vertical direction, the cross beam assembly comprising a guide rail, the guide rail being horizontally disposed, wherein horizontal scales are respectively disposed on both sides of the guide rail; and two lasers configured to cast two laser beams on the horizontal scales, wherein the two lasers are configured to be respectively disposed on both sides of a automobile; a reflecting mirror installed on the holder apparatus, wherein the holder apparatus is configured to support the reflecting mirror and drive the reflecting mirror to horizontally or vertically move; and a diaphragm configured to control the laser beams to pass through the diaphragm, the reflecting mirror configured to reflect the laser beams passing through the diaphragm to the two lasers, wherein the diaphragm comprises a fixing base and a sliding diaphragm, the sliding diaphragm being installed on the fixing base, and a position of the sliding diaphragm on the fixing base is adjustable; wherein the holder assembly is configured to be adjustable so that readings of two laser points of the two lasers on the horizontal scales are the same. a holder apparatus comprising a holder assembly and a cross beam assembly mounted on the holder assembly, the cross beam assembly being movable relative to the holder assembly along a vertical direction, the cross beam assembly comprising a guide rail, the guide rail being horizontally disposed, wherein horizontal scales are respectively disposed on both sides of the guide rail; and two lasers configured to cast two laser beams on the horizontal scales, wherein the two lasers are configured to be respectively disposed on both sides of a automobile; a reflecting mirror installed on the holder apparatus, wherein the holder apparatus is configured to support the reflecting mirror and drive the reflecting mirror to horizontally or vertically move; and a diaphragm configured to control the laser beams to pass through the diaphragm, the reflecting mirror configured to reflect the laser beams passing through the diaphragm to the two lasers, wherein the diaphragm comprises a fixing base and a sliding diaphragm, the sliding diaphragm being installed on the fixing base, and a position of the sliding diaphragm on the fixing base is adjustable; wherein the holder assembly is configured to be adjustable so that readings of two laser points of the two lasers on the horizontal scales are the same.
Multi-walled insulating vessel made of glass, ceramic, glass ceramics or the like, the walls (3, 4) of which are interconnected in such a way that they enclose between them at least one intermediate space which is evacuated under a vacuum, the outer wall having regions of greater wall thickness arranged across the circumference thereof, which regions alternate with regions of lower wall thickness (w), characterised in that the regions of greater wall thickness are formed along lines which meet at a plurality of points.
Housing for an electric heating device for a stream of air flowing inside a ventilating, heating and/or air-conditioning system of a motor vehicle, said housing comprising: - at least one heating compartment which defines at least one main slot (26, 28) in which at least one heating module (4, 30, 32) is able to be installed; - a first connection interface arranged for the connection of at least one heating module (4, 30, 32) to an electric power supply of the vehicle; - a second connection interface arranged to cooperate with position-retaining means which are carried by the ventilating, heating and/or air-conditioning system, the heating compartment and the two connection interfaces (8, 12) being made in one piece such that the housing is formed by one and the same block characterized in that the second connection interface comprises an opening for inserting at least one heating module (4, 30, 32) into the slot of the heating compartment, via the side opposite the first connection interface. - at least one heating compartment which defines at least one main slot (26, 28) in which at least one heating module (4, 30, 32) is able to be installed; - a first connection interface arranged for the connection of at least one heating module (4, 30, 32) to an electric power supply of the vehicle; - a second connection interface arranged to cooperate with position-retaining means which are carried by the ventilating, heating and/or air-conditioning system, the heating compartment and the two connection interfaces (8, 12) being made in one piece such that the housing is formed by one and the same block characterized in that the second connection interface comprises an opening for inserting at least one heating module (4, 30, 32) into the slot of the heating compartment, via the side opposite the first connection interface.
An apparatus comprising: a processor; and a memory on which is stored machine readable instructions that when executed by the processor are to cause the processor to: access a reduced resolution three-dimensional, 3D, model file of an object to be built in a build bed of a 3D printing system, the reduced resolution 3D model file comprising a reduced resolution file of a first resolution 3D model file of the object; determine a packing arrangement for the object and a plurality of other objects to be built in the build bed through use of the reduced resolution 3D model file; output the determined packing arrangement to a client device, wherein a user is to at least one of modify or approve the determined packing arrangement; and wherein, when the determined packing arrangement is modified, the apparatus is to receive the modified version from the client device; and output the determined packing arrangement or, when the determined packing arrangement is modified, the modified version of the packing arrangement, for the 3D printing system to print the object and the other objects. a processor; and a memory on which is stored machine readable instructions that when executed by the processor are to cause the processor to: access a reduced resolution three-dimensional, 3D, model file of an object to be built in a build bed of a 3D printing system, the reduced resolution 3D model file comprising a reduced resolution file of a first resolution 3D model file of the object; determine a packing arrangement for the object and a plurality of other objects to be built in the build bed through use of the reduced resolution 3D model file; output the determined packing arrangement to a client device, wherein a user is to at least one of modify or approve the determined packing arrangement; and wherein, when the determined packing arrangement is modified, the apparatus is to receive the modified version from the client device; and output the determined packing arrangement or, when the determined packing arrangement is modified, the modified version of the packing arrangement, for the 3D printing system to print the object and the other objects. access a reduced resolution three-dimensional, 3D, model file of an object to be built in a build bed of a 3D printing system, the reduced resolution 3D model file comprising a reduced resolution file of a first resolution 3D model file of the object; determine a packing arrangement for the object and a plurality of other objects to be built in the build bed through use of the reduced resolution 3D model file; output the determined packing arrangement to a client device, wherein a user is to at least one of modify or approve the determined packing arrangement; and wherein, when the determined packing arrangement is modified, the apparatus is to receive the modified version from the client device; and output the determined packing arrangement or, when the determined packing arrangement is modified, the modified version of the packing arrangement, for the 3D printing system to print the object and the other objects.
A method for implementing heterogeneous frequencies of a CPU comprising a plurality of cores, each core having a plurality of different preset operating frequencies, each preset operating frequency defining an operating frequency of the associated core, the method comprising: determining the plurality of preset operating frequencies of the plurality of cores after the CPU starts; determining, from the plurality of different preset operating frequencies associated with each core, a core having a preset operating frequency corresponding to an operating frequency required by a received task, setting the operating frequency of the determined core at the preset operating frequency required by the received task; and maintaining the operating frequency of the determined core at the required operating frequency while performing the task on the determined core. determining the plurality of preset operating frequencies of the plurality of cores after the CPU starts; determining, from the plurality of different preset operating frequencies associated with each core, a core having a preset operating frequency corresponding to an operating frequency required by a received task, setting the operating frequency of the determined core at the preset operating frequency required by the received task; and maintaining the operating frequency of the determined core at the required operating frequency while performing the task on the determined core.
A quick connect assembly for releasably engaging an endform, the quick connect assembly comprising: a tubular stem comprising a radially extending flange formed proximate to an upper end of the tubular stem, the radially extending flange comprising a first plurality of locating features; and a collar member comprising an upper portion and a lower portion, the lower portion having a reduced diameter portion for receiving the flange of the tubular stem when the tubular stem is inserted through the upper portion of the collar member and passed through to the lower portion, and a second plurality of locating features inwardly extending from the lower portion, the collar member being carried by the tubular stem and rotatably adjustable relative to the tubular stem about a longitudinally extending axis to a plurality of indexed positions as the first plurality of locating features engages with the second plurality of locating features, wherein the collar member is lockable relative to the tubular stem in each position of the plurality of indexed positions. a tubular stem comprising a radially extending flange formed proximate to an upper end of the tubular stem, the radially extending flange comprising a first plurality of locating features; and a collar member comprising an upper portion and a lower portion, the lower portion having a reduced diameter portion for receiving the flange of the tubular stem when the tubular stem is inserted through the upper portion of the collar member and passed through to the lower portion, and a second plurality of locating features inwardly extending from the lower portion, the collar member being carried by the tubular stem and rotatably adjustable relative to the tubular stem about a longitudinally extending axis to a plurality of indexed positions as the first plurality of locating features engages with the second plurality of locating features, wherein the collar member is lockable relative to the tubular stem in each position of the plurality of indexed positions.
A method (2400, 2500, 2600) for wireless communication at a network device, comprising: receiving (2405, 2505, 2605) multicast traffic at the network device for delivery to a plurality of user equipments, UEs; determining (2410, 2510, 2610), at the network device, whether to deliver the multicast traffic to the plurality of UEs via unicast delivery, via multicast delivery, or combinations thereof based on the radio quality levels for the plurality of UEs or location of the plurality of UEs; and transmitting (2415, 2515, 2615) the multicast traffic to the plurality of UEs based at least in part on the determining, and wherein transmitting the multicast traffic to the plurality of UEs comprises: transmitting the multicast traffic to each UE within at least a subset of the plurality of UEs via the individual DRBs or via a shared multicast radio bearer, MRB. receiving (2405, 2505, 2605) multicast traffic at the network device for delivery to a plurality of user equipments, UEs; determining (2410, 2510, 2610), at the network device, whether to deliver the multicast traffic to the plurality of UEs via unicast delivery, via multicast delivery, or combinations thereof based on the radio quality levels for the plurality of UEs or location of the plurality of UEs; and transmitting (2415, 2515, 2615) the multicast traffic to the plurality of UEs based at least in part on the determining, and wherein transmitting the multicast traffic to the plurality of UEs comprises: transmitting the multicast traffic to each UE within at least a subset of the plurality of UEs via the individual DRBs or via a shared multicast radio bearer, MRB.
A method for transmitting uplink control information at an apparatus configured with a plurality of cells including a Primary Cell, PCell, and a Secondary Cell, SCell, in a 3rd Generation Partnership Project, 3GPP,-based wireless communication system, the method comprising: receiving at least a Physical Downlink Control CHannel, PDCCH, signal indicating Semi-Persistent Scheduling, SPS, release or a Physical Downlink Shared CHannel, PDSCH, signal with a corresponding PDCCH; and transmitting reception response information about the at least the PDCCH signal indicating SPS release or the PDSCH signal with the corresponding PDCCH through a Physical Uplink Control CHannel, PUCCH, on a subframe configured for Scheduling Request, SR, transmission, wherein, when a predetermined condition is not satisfied, the reception response information and SR information are multiplexed and transmitted using a first PUCCH resource for Hybrid Automatic Repeat request Acknowledgement, HARQ-ACK, wherein, when (i) the predetermined condition is satisfied and (ii) there is a positive SR for the subframe configured for SR transmission, the reception response information is transmitted using a PUCCH resource for SR, and wherein the predetermined condition includes any one of: only a single PDSCH transmission that is scheduled by a PDCCH having a Downlink Assignment Index, DAI, initial value is present on the PCell; and only a single PDCCH transmission that has the DAI initial value and indicates SPS release is present on the PCell. receiving at least a Physical Downlink Control CHannel, PDCCH, signal indicating Semi-Persistent Scheduling, SPS, release or a Physical Downlink Shared CHannel, PDSCH, signal with a corresponding PDCCH; and transmitting reception response information about the at least the PDCCH signal indicating SPS release or the PDSCH signal with the corresponding PDCCH through a Physical Uplink Control CHannel, PUCCH, on a subframe configured for Scheduling Request, SR, transmission, wherein, when a predetermined condition is not satisfied, the reception response information and SR information are multiplexed and transmitted using a first PUCCH resource for Hybrid Automatic Repeat request Acknowledgement, HARQ-ACK, wherein, when (i) the predetermined condition is satisfied and (ii) there is a positive SR for the subframe configured for SR transmission, the reception response information is transmitted using a PUCCH resource for SR, and wherein the predetermined condition includes any one of: only a single PDSCH transmission that is scheduled by a PDCCH having a Downlink Assignment Index, DAI, initial value is present on the PCell; and only a single PDCCH transmission that has the DAI initial value and indicates SPS release is present on the PCell. only a single PDSCH transmission that is scheduled by a PDCCH having a Downlink Assignment Index, DAI, initial value is present on the PCell; and only a single PDCCH transmission that has the DAI initial value and indicates SPS release is present on the PCell.
A method of automatically inserting components into grommets of an electrical connector, the grommets including a main body having a plurality of cavities formed therethrough or therein, the method comprising: storing an insertion map with the positions of the cavities of the grommet having components; inserting one or more first components into first cavities of a first grommet; acquiring images of the first grommet with an imaging sub-system; comparing at least two of the acquired images of the first grommet with a grommet shift determination sub-system; determining, via the comparing by the grommet shift determination sub-system, whether distances between or otherwise among two or more cavities has changed in response to the one or more of the first components being inserted into one or more of the first cavities, and generating, using the grommet shift determination sub-system, a modified insertion map that accounts for the distance changes, wherein a control unit of the grommet shift determination sub-system refrains from modifying the insertion map if the distance changes are below a predetermined shift. storing an insertion map with the positions of the cavities of the grommet having components; inserting one or more first components into first cavities of a first grommet; acquiring images of the first grommet with an imaging sub-system; comparing at least two of the acquired images of the first grommet with a grommet shift determination sub-system; determining, via the comparing by the grommet shift determination sub-system, whether distances between or otherwise among two or more cavities has changed in response to the one or more of the first components being inserted into one or more of the first cavities, and generating, using the grommet shift determination sub-system, a modified insertion map that accounts for the distance changes, wherein a control unit of the grommet shift determination sub-system refrains from modifying the insertion map if the distance changes are below a predetermined shift.