mhurhangee/ep-ind-claims huggingface dataset:
Method for producing an article of clothing for feet in the form of a stocking, wherein at least a heel portion (1.1), a toe portion (1.2) enclosing the toes and/or a sole portion of the article of clothing for feet is made by a knitting method causing a reinforcement of the knit fabric, the knitting method comprising the following steps: - in a first row, alternately producing a first and a second stitch (M1, M2), the first stitch being a knit stitch and the second stitch being produced by slipping an immediately following stitch as if to purl and placing the yarn in front of the stitch; - in a second row immediately following the first row, shifting the stitch pattern by one stitch in such a way that the stitch knitted in the first row is slipped as if to purl and the yarn is placed in front of the knitting work and the stitch slipped as if to purl in the first row is knitted as a knit stitch, wherein the portion of the article of clothing for feet is made in rounds. - in a first row, alternately producing a first and a second stitch (M1, M2), the first stitch being a knit stitch and the second stitch being produced by slipping an immediately following stitch as if to purl and placing the yarn in front of the stitch; - in a second row immediately following the first row, shifting the stitch pattern by one stitch in such a way that the stitch knitted in the first row is slipped as if to purl and the yarn is placed in front of the knitting work and the stitch slipped as if to purl in the first row is knitted as a knit stitch,
An oil pump driving device comprising: a single oil pump including a rotor configured to receive motive power; a first one-way clutch configured to transmit motive power from an engine only in one direction; and a second one-way clutch configured to transmit motive power from an electric motor only in said one direction, wherein the oil pump driving device further comprises a transmission case having a partition wall formed with an opening, the rotor has an inner peripheral portion defining a hollow space; the second one-way clutch is disposed inside of the inner peripheral portion of the rotor; and characterised in that, the first one way clutch is disposed within the opening of the transmission case; and the transmission case is coupled to the oil pump. a single oil pump including a rotor configured to receive motive power; a first one-way clutch configured to transmit motive power from an engine only in one direction; and a second one-way clutch configured to transmit motive power from an electric motor only in said one direction, wherein the oil pump driving device further comprises a transmission case having a partition wall formed with an opening, the rotor has an inner peripheral portion defining a hollow space; the second one-way clutch is disposed inside of the inner peripheral portion of the rotor; and characterised in that, the first one way clutch is disposed within the opening of the transmission case; and the transmission case is coupled to the oil pump.
A device for utilizing solar energy, especially associated with an assembly of roofing tiles covering a roof surface, comprising: roofing battens; a collection and distribution system for the heat transferring fluid; a roofing tile formed by a base material (101, 300) provided with an indented area; and a panel for heat transfer of heat between a surface of said panel and a fluid, wherein the panel is provided with at least one pipe for connection to the collection and distribution system for the heat transferring fluid, and the panel includes a first surface directly contacting the heat transferring fluid supplied by the at least one pipe and a second surface, opposed to the first surface, configured to be installed directly thereon at least one solar cell panel, wherein the panel is provided onto the indented area of the roofing tile, characterised in that the panel is provided with a cavity to enable heat transfer by fluid flow through the panel for heat transfer provided on the base material, and in that the at least one pipe is arranged for connection to the roofing battens, wherein the roofing battens are comprised by the collecting and distribution system for the heat transferring fluid. roofing battens; a collection and distribution system for the heat transferring fluid; a roofing tile formed by a base material (101, 300) provided with an indented area; and a panel for heat transfer of heat between a surface of said panel and a fluid, wherein the panel is provided with at least one pipe for connection to the collection and distribution system for the heat transferring fluid, and the panel includes a first surface directly contacting the heat transferring fluid supplied by the at least one pipe and a second surface, opposed to the first surface, configured to be installed directly thereon at least one solar cell panel, wherein the panel is provided onto the indented area of the roofing tile, characterised in that the panel is provided with a cavity to enable heat transfer by fluid flow through the panel for heat transfer provided on the base material, and in that the at least one pipe is arranged for connection to the roofing battens, wherein the roofing battens are comprised by the collecting and distribution system for the heat transferring fluid.
A method for reducing the magnitude of a uniformity characteristic in a cured tire, said method comprising the steps of: a. generating a signal indicative of a magnitude of the uniformity characteristic and an angular location on the tire to be corrected; b. decomposing the signal into two or more harmonics using a Fourier analysis; and c. permanently deforming, as a function of the magnitude of the uniformity characteristic, a portion of at least three carcass reinforcing members of the tire at the locations indicated by the signal, wherein at least two harmonics of radial force variation are reduced simultaneously, wherein the uniformity characteristic is a radial force variation and the locations indicated by the signal correspond to a soft spot location and a hard spot location on the tire, wherein said permanently deforming step comprises inflating the tire to a pressure above the recommended operating pressure of the tire, including the step of restraining a portion of the sidewall of the tire to limit the permanent deformation to carcass reinforcing members in the restrained portion of the sidewall as a function of said location indication, and wherein a composite of the radial force variation is reduced, characterized in that the restraining step comprises providing a supporting ring and at least two plates removably supported upon said supporting ring and arranged circumferentially, to form a ring, and further includes the steps of: d. contacting the sidewall of the tire with said ring prior to applying said inflation pressure; e. providing minimum restraint by minimizing plate height of said ring at a location corresponding to a soft spot on a tire; and f. providing maximum restraint by maximizing plate height of said ring at a location corresponding to a hard spot on a tire. a. generating a signal indicative of a magnitude of the uniformity characteristic and an angular location on the tire to be corrected; b. decomposing the signal into two or more harmonics using a Fourier analysis; and c. permanently deforming, as a function of the magnitude of the uniformity characteristic, a portion of at least three carcass reinforcing members of the tire at the locations indicated by the signal, d. contacting the sidewall of the tire with said ring prior to applying said inflation pressure; e. providing minimum restraint by minimizing plate height of said ring at a location corresponding to a soft spot on a tire; and f. providing maximum restraint by maximizing plate height of said ring at a location corresponding to a hard spot on a tire.
A method performed by a unified data management, UDM, entity, the method comprising: receiving, from an authentication server function, AUSF, entity, a request message including: a subscription concealed identifier, SUCI, of a user equipment, LTE, and a closed access group, CAG, identifier of a CAG cell; identifying a subscription permanent identifier, SUPI, of the UE based on a deconcealing of the SUCI of the UE; verifying if the LTE is allowed to access the CAG Cell or not by the UDM entity based on the SUPI of the UE; in case that the LTE is not allowed to access the CAG Cell, transmitting, to the AUSF entity, a reject message including information for indicating a rejection of the CAG Cell; and in case that the LTE is allowed to access the CAG Cell, performing, by the UDM entity, an authentication procedure between the LTE and a network, wherein the authentication procedure comprises a generation of an authentication vector. receiving, from an authentication server function, AUSF, entity, a request message including: a subscription concealed identifier, SUCI, of a user equipment, LTE, and a closed access group, CAG, identifier of a CAG cell; a subscription concealed identifier, SUCI, of a user equipment, LTE, and a closed access group, CAG, identifier of a CAG cell; identifying a subscription permanent identifier, SUPI, of the UE based on a deconcealing of the SUCI of the UE; verifying if the LTE is allowed to access the CAG Cell or not by the UDM entity based on the SUPI of the UE; in case that the LTE is not allowed to access the CAG Cell, transmitting, to the AUSF entity, a reject message including information for indicating a rejection of the CAG Cell; and in case that the LTE is allowed to access the CAG Cell, performing, by the UDM entity, an authentication procedure between the LTE and a network, wherein the authentication procedure comprises a generation of an authentication vector.
An apparatus (112, 114, 116, 118) for attaching a condenser of a vehicle, having the following features: a guide rail, abutting a contact surface of a manifold (104, 106) of the condenser in the assembled state of the apparatus; a clamping device, disposed at a first end portion of the guide rail and adapted to provide a positive fitting connection between the apparatus and the manifold in the assembled state of the apparatus; and a fixing plate attached to the guide rail and extending along a main direction of extension of the condenser away from the condenser in the assembled state of the apparatus; wherein said guide rail, clamping device and fixing plate are realised as an integral plastic structure, and wherein the clamping device is designed to provide said positive fitting connection with a flange of the manifold in the assembled state of the apparatus, characterised by an elastic spring element which is arranged between the clamping device and the fixing plate on the guide rail, wherein a free end of the spring element is adapted to abut the flange in the assembled state. a guide rail, abutting a contact surface of a manifold (104, 106) of the condenser in the assembled state of the apparatus; a clamping device, disposed at a first end portion of the guide rail and adapted to provide a positive fitting connection between the apparatus and the manifold in the assembled state of the apparatus; and a fixing plate attached to the guide rail and extending along a main direction of extension of the condenser away from the condenser in the assembled state of the apparatus; wherein said guide rail, clamping device and fixing plate are realised as an integral plastic structure, and wherein the clamping device is designed to provide said positive fitting connection with a flange of the manifold in the assembled state of the apparatus, characterised by an elastic spring element which is arranged between the clamping device and the fixing plate on the guide rail, wherein a free end of the spring element is adapted to abut the flange in the assembled state.
A video system for relaying a video signal and a control signal thereof from a first video device (Tx 110) to a third video device (TV 121) via a second video device, wherein a transmission duration for the control signal from the first video device to the second video device is configured to be shorter than a transmission duration for the control signal from the second video device to the third video device; wherein the control signal transmitted from the first video device to the second video device is configured to include a header block having a source logical address and a destination logical address, and a data block having an operation code as a control data followed by the header block; wherein the header block of the control signal transmitted from the second video device to the third video device is configured to include a timing position of a first ACK bit for confirming whether the third video device receives the header block transmitted from the second video device or not; wherein the data block of the control signal transmitted from the second video device to the third video device is configured to include a timing position of a second ACK bit for confirming whether the third video device receives the data block transmitted from the second video device or not; wherein the second video device is configured to transmit the first ACK bit returned by the third video device, to the first video device after receiving the data block.
A method comprising: receiving, at a device, from a remote device replicating on a display of the remote device a user interface with a data entry field being presented on a display of the device, a data entry field selection message notifying that data entry is desired, the remote device being connected to the device via a communication link and being used as an interface to the device, the user interface replicated on the display of the remote device comprising a replication of the data entry field, and the data entry field selection message being sent by the remote device in response to receiving, at the remote device, a selection of the replication of the data entry field; and in response to receiving the data entry field selection message: inhibiting a presentation of a data entry input interface on the display of the device, and causing a remote interface trigger message to be sent from the device to the remote device to direct the remote device to present a remote data entry input interface on the display of the remote device. receiving, at a device, from a remote device replicating on a display of the remote device a user interface with a data entry field being presented on a display of the device, a data entry field selection message notifying that data entry is desired, the remote device being connected to the device via a communication link and being used as an interface to the device, the user interface replicated on the display of the remote device comprising a replication of the data entry field, and the data entry field selection message being sent by the remote device in response to receiving, at the remote device, a selection of the replication of the data entry field; and in response to receiving the data entry field selection message: inhibiting a presentation of a data entry input interface on the display of the device, and causing a remote interface trigger message to be sent from the device to the remote device to direct the remote device to present a remote data entry input interface on the display of the remote device. inhibiting a presentation of a data entry input interface on the display of the device, and causing a remote interface trigger message to be sent from the device to the remote device to direct the remote device to present a remote data entry input interface on the display of the remote device.
A mounting beam for a vehicle, comprising a beam body, the beam body being provided with a plurality of mounting areas, and the plurality of mounting areas being configured to mount a front cabin accessory, and the beam body comprising: a first cross beam and a second cross beam, the first cross beam and the second cross beam being arranged in parallel and spaced apart from each other, and each of the first cross beam and the second cross beam being configured to be coupled between a left shock absorber tower and a right shock absorber tower; and a first oblique beam and a second oblique beam, each of the first oblique beam and the second oblique beam intersecting with the second cross beam, a first end of the first oblique beam and a first end of the second oblique beam being coupled to the first cross beam, a second end of the first oblique beam being coupled to a second end of the second oblique beam to form a first joint, and the first joint being configured to be coupled to a dash panel. a first cross beam and a second cross beam, the first cross beam and the second cross beam being arranged in parallel and spaced apart from each other, and each of the first cross beam and the second cross beam being configured to be coupled between a left shock absorber tower and a right shock absorber tower; and a first oblique beam and a second oblique beam, each of the first oblique beam and the second oblique beam intersecting with the second cross beam, a first end of the first oblique beam and a first end of the second oblique beam being coupled to the first cross beam, a second end of the first oblique beam being coupled to a second end of the second oblique beam to form a first joint, and the first joint being configured to be coupled to a dash panel.
Method for carrying out a correction to a direction of travel by a driver assistance system in a motor vehicle independently of an action of a vehicle occupant steering the motor vehicle, wherein the motor vehicle travels in the direction of travel within a currently traveled lane and a control device of the driver assistance system carries out the following steps: detecting a relative position of the motor vehicle in relation to the currently traveled lane; determining a distance of the motor vehicle to at least one of two boundaries (22, 24) of the currently traveled lane on the basis of the detected relative position of the motor vehicle; identifying a need to correct the direction of travel for further operation of the motor vehicle within the currently traveled lane if the determined distance is less than a minimum distance; outputting at least one display symbol by means of an output mechanism of the motor vehicle, wherein the at least one display symbol displays the correction to the direction of travel to be carried out before carrying out the correction to the direction of travel; and carrying out the correction to the direction of travel displayed by means of the at least one display symbol without active intervention by the vehicle occupant steering the motor vehicle, wherein a steering of the motor vehicle is controlled by the driver assistance system and the at least one display symbol is output. determining a distance of the motor vehicle to at least one of two boundaries (22, 24) of the currently traveled lane on the basis of the detected relative position of the motor vehicle; identifying a need to correct the direction of travel for further operation of the motor vehicle within the currently traveled lane if the determined distance is less than a minimum distance; outputting at least one display symbol by means of an output mechanism of the motor vehicle, wherein the at least one display symbol displays the correction to the direction of travel to be carried out before carrying out the correction to the direction of travel; and carrying out the correction to the direction of travel displayed by means of the at least one display symbol without active intervention by the vehicle occupant steering the motor vehicle, wherein a steering of the motor vehicle is controlled by the driver assistance system and the at least one display symbol is output.
A method for providing a broadcast service by a transmitting device, the method comprising: transmitting a moving picture experts group, MPEG, media transport protocol, MMTP, packet including a mmt signed message, wherein the mmt signed message comprises: a mmt atsc3 message, an atsc3 signature byte field containing a byte of a signature for the mmt atsc3 message, and an atsc3 signature length field indicating a length of signature data contained in the mmt signed message, wherein the mmt atsc3 message comprises: an atsc3 message content byte field containing the number of bytes of the content carried by the mmt atsc3 message, and an atsc3 message content type field indicating type of message content in a payload of the mmt atsc3 message. transmitting a moving picture experts group, MPEG, media transport protocol, MMTP, packet including a mmt signed message, wherein the mmt signed message comprises: a mmt atsc3 message, an atsc3 signature byte field containing a byte of a signature for the mmt atsc3 message, and an atsc3 signature length field indicating a length of signature data contained in the mmt signed message, a mmt atsc3 message, an atsc3 signature byte field containing a byte of a signature for the mmt atsc3 message, and an atsc3 signature length field indicating a length of signature data contained in the mmt signed message, wherein the mmt atsc3 message comprises: an atsc3 message content byte field containing the number of bytes of the content carried by the mmt atsc3 message, and an atsc3 message content type field indicating type of message content in a payload of the mmt atsc3 message. an atsc3 message content byte field containing the number of bytes of the content carried by the mmt atsc3 message, and an atsc3 message content type field indicating type of message content in a payload of the mmt atsc3 message.
A terminal device for operating in New Radio Unlicensed, comprising: at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the terminal device at least to: determine, at the terminal device, whether a plurality of consecutive Listen-Before-Talk, LBT, failures occur on a first bandwidth part, BWP, the terminal device operating on the first BWP; in response to the plurality of consecutive LBT failures occurring on the first BWP, switch to a second BWP different from the first BWP; and transmit, to a network device serving the terminal device, an indication on a random access procedure triggered by the plurality of consecutive LBT failures, wherein the indication is transmitted via a Media Access Control, MAC, control element. at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the terminal device at least to: determine, at the terminal device, whether a plurality of consecutive Listen-Before-Talk, LBT, failures occur on a first bandwidth part, BWP, the terminal device operating on the first BWP; in response to the plurality of consecutive LBT failures occurring on the first BWP, switch to a second BWP different from the first BWP; and transmit, to a network device serving the terminal device, an indication on a random access procedure triggered by the plurality of consecutive LBT failures, wherein the indication is transmitted via a Media Access Control, MAC, control element. determine, at the terminal device, whether a plurality of consecutive Listen-Before-Talk, LBT, failures occur on a first bandwidth part, BWP, the terminal device operating on the first BWP; in response to the plurality of consecutive LBT failures occurring on the first BWP, switch to a second BWP different from the first BWP; and transmit, to a network device serving the terminal device, an indication on a random access procedure triggered by the plurality of consecutive LBT failures, wherein the indication is transmitted via a Media Access Control, MAC, control element.