mhurhangee/ep-ind-claims huggingface dataset:
A method for managing interface circuits between an access network and a core network, comprising: receiving, by a mobile switch center server, MSC Server, a circuit reset/blockage request message from a media gateway, MGW, after the MGW implements a circuit management operation for A interface circuits; converting, by the MSC Server, the circuit reset/blockage request message that complies with a gateway control protocol into the circuit reset/blockage request message that complies with the Base Station System Application Part, BSSAP, protocol; sending, by the MSC Server, the circuit reset/blockage request message after format conversion to a base station controller, BSC, to instruct the BSC to implement a circuit management operation; converting, by the MSC Server, a circuit reset/blockage response message that complies with the BSSAP protocol into the circuit reset/blockage response message that complies with the gateway control protocol, wherein the circuit reset/blockage response message that complies with the BSSAP protocol is sent by the BSC after the BSC implements the circuit management operation; sending, by the MSC Server, the circuit reset/blockage response message after format conversion to the MGW. receiving, by a mobile switch center server, MSC Server, a circuit reset/blockage request message from a media gateway, MGW, after the MGW implements a circuit management operation for A interface circuits; converting, by the MSC Server, the circuit reset/blockage request message that complies with a gateway control protocol into the circuit reset/blockage request message that complies with the Base Station System Application Part, BSSAP, protocol; sending, by the MSC Server, the circuit reset/blockage request message after format conversion to a base station controller, BSC, to instruct the BSC to implement a circuit management operation; converting, by the MSC Server, a circuit reset/blockage response message that complies with the BSSAP protocol into the circuit reset/blockage response message that complies with the gateway control protocol, wherein the circuit reset/blockage response message that complies with the BSSAP protocol is sent by the BSC after the BSC implements the circuit management operation; sending, by the MSC Server, the circuit reset/blockage response message after format conversion to the MGW.
A user equipment, UE, comprising: a processor; and a memory in electronic communication with the processor, wherein instructions stored in the memory, when executed, cause the UE to: determine a physical uplink control channel, PUCCH, resource and a PUCCH format; and transmit uplink control information, UCI, on the PUCCH resource using the PUCCH format, wherein in response to determining the PUCCH format and when the PUCCH format is a 2-symbol PUCCH: (i) when the UCI is up to 2 bits, a 1-symbol PUCCH structure is used in each symbol and the UCI is repeated in two symbols using repetition of a 1-symbol PUCCH, and (ii) when the UCI is more than 2 bits, the UCI is jointly encoded, the encoded UCI bits are distributed across two symbols, and if the UCI includes HARQ-ACK and scheduling request, SR, SR bits are appended to HARQ-ACK bits and the HARQ-ACK bits and the SR bits are jointly encoded. a processor; and a memory in electronic communication with the processor, wherein instructions stored in the memory, when executed, cause the UE to: determine a physical uplink control channel, PUCCH, resource and a PUCCH format; and transmit uplink control information, UCI, on the PUCCH resource using the PUCCH format, wherein determine a physical uplink control channel, PUCCH, resource and a PUCCH format; and transmit uplink control information, UCI, on the PUCCH resource using the PUCCH format, wherein in response to determining the PUCCH format and when the PUCCH format is a 2-symbol PUCCH: (i) when the UCI is up to 2 bits, a 1-symbol PUCCH structure is used in each symbol and the UCI is repeated in two symbols using repetition of a 1-symbol PUCCH, and (ii) when the UCI is more than 2 bits, the UCI is jointly encoded, the encoded UCI bits are distributed across two symbols, and if the UCI includes HARQ-ACK and scheduling request, SR, SR bits are appended to HARQ-ACK bits and the HARQ-ACK bits and the SR bits are jointly encoded. (i) when the UCI is up to 2 bits, a 1-symbol PUCCH structure is used in each symbol and the UCI is repeated in two symbols using repetition of a 1-symbol PUCCH, and (ii) when the UCI is more than 2 bits, the UCI is jointly encoded, the encoded UCI bits are distributed across two symbols, and if the UCI includes HARQ-ACK and scheduling request, SR, SR bits are appended to HARQ-ACK bits and the HARQ-ACK bits and the SR bits are jointly encoded.
A lamp (1, 21, 31, 41, 51, 61) comprising at least one light source adapted for emitting optical radiation, at least one scanning mirror, a fluorescent body (4, 34, 64) and optical means for transmitting at least a portion of the optical radiation being directed from the light source by the scanning mirror onto the fluorescent body (4, 34, 64) to an output of the lamp, such that the fluorescent body (4, 34, 64) is plate-shaped, whilst the optical means comprises at least one lens, wherein each part of the plate-shaped fluorescent body (4, 34, 64) can be imaged by the at least one lens in a predetermined direction to the output of the lamp, characterized in that, the plate-shaped fluorescent body (4, 34, 64) is rotatable about a central axis extending perpendicular to the plate-shaped fluorescent body (4, 34, 64), wherein the central axis coincides with the optical axis of the at least one lens.
A connector assembly, comprising: a connector body having a first outer surface defining a first attaching feature; and a back shell formed of a dielectric material, having: an attachment portion defining a second attaching feature and a generally tubular support portion extending from the attachment portion, wherein the second attaching feature is configured to engage the first attaching feature of the connector body, wherein the first attaching feature comprises a rectangular first slot defined in the first outer surface extending longitudinally along the first outer surface and extending therethrough to a rectangular first cavity within the connector body that extends longitudinally and in parallel to the first slot, wherein the first cavity has a first lateral width and the first slot has a second lateral width that is less than the first lateral width, wherein the first attaching feature further comprising a first locking tang protruding from the first outer surface and located forward of the first slot, characterised in that, the attachment portion has a second outer surface defining a third attaching feature, the third attaching feature being identical in configuration and function to the first attaching feature. a connector body having a first outer surface defining a first attaching feature; and a back shell formed of a dielectric material, having: an attachment portion defining a second attaching feature and a generally tubular support portion extending from the attachment portion, wherein the second attaching feature is configured to engage the first attaching feature of the connector body, an attachment portion defining a second attaching feature and a generally tubular support portion extending from the attachment portion, wherein the second attaching feature is configured to engage the first attaching feature of the connector body, wherein the first attaching feature comprises a rectangular first slot defined in the first outer surface extending longitudinally along the first outer surface and extending therethrough to a rectangular first cavity within the connector body that extends longitudinally and in parallel to the first slot, wherein the first cavity has a first lateral width and the first slot has a second lateral width that is less than the first lateral width, wherein the first attaching feature further comprising a first locking tang protruding from the first outer surface and located forward of the first slot, characterised in that, the attachment portion has a second outer surface defining a third attaching feature, the third attaching feature being identical in configuration and function to the first attaching feature.
Output shaft for a windscreen wiper drive, with an internal thread for receiving a fastening screw for securing a motor crank, wherein the internal thread is provided in an internally threaded part which is secured on an elongate shaft part for rotation therewith, wherein the shaft part has a, preferably cylindrical or conical, knurled portion for the form-fitting securing of the motor crank, wherein the internally threaded part is designed as an internally threaded sleeve which is closed on one side, characterized in that the internally threaded sleeve is arranged in an opening in the form of a blind hole opening on the end side of the shaft part.
A method for registering a mobile station, MS, with an unlicensed wireless first communication system comprising a network controller for communicatively coupling the MS to a second communication system comprising a licensed radio access network and a core network, wherein a wireless local area network, WLAN, link is established between the MS and a wireless access point, AP, the method comprising: establishing a Transmission Control Protocol, TCP, session between a network controller and the MS communicatively coupled to the wireless AP; and sending a plurality of registration messages between the network controller and the MS over the TCP session including a register request message received at the network controller from the MS, wherein each of the registration messages includes a set of basic information elements, IEs, including: a protocol discriminator, a skip indicator, and a message type via which the corresponding message is to be identified, and wherein the register request message further includes a Mobile Identity IE via which the MS is to be identified, state IE defining whether the MS is in an idle or dedicated state, and an AP identifier IE. establishing a Transmission Control Protocol, TCP, session between a network controller and the MS communicatively coupled to the wireless AP; and sending a plurality of registration messages between the network controller and the MS over the TCP session including a register request message received at the network controller from the MS, wherein each of the registration messages includes a set of basic information elements, IEs, including: a protocol discriminator, a skip indicator, and a message type via which the corresponding message is to be identified, and a protocol discriminator, a skip indicator, and a message type via which the corresponding message is to be identified, and wherein the register request message further includes a Mobile Identity IE via which the MS is to be identified, state IE defining whether the MS is in an idle or dedicated state, and an AP identifier IE.
A device for mixing a liquid sample, having a) a robotically displaceable transfer arm, b) a holder for a liquid container, c) at least one flexible intermediate element, arranged between the robotically displaceable transfer arm and the holder for the liquid container, d) a shaking apparatus, and e) a coupling apparatus arranged on the holder for the liquid container, wherein the coupling apparatus can establish a detachable connection between the shaking apparatus and the holder for the liquid container, wherein the shaking apparatus has a motor-driven eccentric, wherein the coupling apparatus has a coupling hole which is designed such that it can mesh with a complementary arrangement on the shaking apparatus, and the shaking apparatus has a coupling pin in the form of an eccentric pin which can mesh with the complementary coupling hole in the coupling apparatus. a) a robotically displaceable transfer arm, b) a holder for a liquid container, c) at least one flexible intermediate element, arranged between the robotically displaceable transfer arm and the holder for the liquid container, d) a shaking apparatus, and e) a coupling apparatus arranged on the holder for the liquid container,
Switching assembly (50, 50') for a motor vehicle transmission having a plurality of gears (G1-G8) wherein the gears (G1-G8) can be engaged and disengaged by means of the switching assembly (50, 50'), comprising - a housing (54, 54') which has a longitudinal direction, - a first and a second switch rod (46, 46', 70, 70'), which are arranged parallel to each other and are each mounted such that they can be moved relative to the housing (54, 54') in the longitudinal direction in such a way that each switch rod (46, 70) can assume a neutral position and at least one gear position (G2, G4; G6, G8), and - a mechanical gear blocking assembly, which acts between the switch rods (46, 46', 70, 70') so that respectively only one of the switch rods (46, 46', 70, 70') can assume a gear position, wherein the gear blocking assembly has a blocking element, which is mounted in a transverse guide section such that it can be moved relative to the housing (54, 54') in a direction transverse to the longitudinal direction, wherein the blocking element is mounted such that it can be moved between a first blocking position, in which a movement of the first switch rod (46, 46') out of its neutral position is blocked, and a second blocking position, in which a movement of the second switch rod (70, 70') out of its neutral position is blocked, wherein at least the first switch rod (46, 46') has a passage opening, of which the passage opening cross section is matched to a blocking element cross section of the blocking element, wherein the passage opening is assigned a stop element (100, 100'), which defines the first blocking position for the blocking element, and wherein the stop element (100, 100') extends into the passage opening, characterized in that the stop element (100, 100') is connected to the first switch rod (46, 46'). - a housing (54, 54') which has a longitudinal direction, - a first and a second switch rod (46, 46', 70, 70'), which are arranged parallel to each other and are each mounted such that they can be moved relative to the housing (54, 54') in the longitudinal direction in such a way that each switch rod (46, 70) can assume a neutral position and at least one gear position (G2, G4; G6, G8), and - a mechanical gear blocking assembly, which acts between the switch rods (46, 46', 70, 70') so that respectively only one of the switch rods (46, 46', 70, 70') can assume a gear position, wherein the gear blocking assembly has a blocking element, which is mounted in a transverse guide section such that it can be moved relative to the housing (54, 54') in a direction transverse to the longitudinal direction, wherein the blocking element is mounted such that it can be moved between a first blocking position, in which a movement of the first switch rod (46, 46') out of its neutral position is blocked, and a second blocking position, in which a movement of the second switch rod (70, 70') out of its neutral position is blocked, wherein at least the first switch rod (46, 46') has a passage opening, of which the passage opening cross section is matched to a blocking element cross section of the blocking element,
A heavy-duty tire comprising a tread part, wherein in a tire cross section including a tire rotation axis in a 5% internal pressure state in which the tire is mounted to a normal rim and is filled with air at an internal pressure of 5% of a normal internal pressure and is loaded with no load, a profile of the tread part includes a crown profile that includes a tire equator; and a pair of shoulder profiles that respectively extend from both outer sides of the crown profile to tread edges, the crown profile and the shoulder profiles each have an arc shape that is convex toward a tire radial direction outer side, and a tire axial direction distance from the tire equator to a connecting point between the crown profile and each of the shoulder profiles is 0.70 or more times a tread half width (TWh), characterized in that a ratio (Rc/Rs) of a curvature radius (Rc) of the crown profile to a curvature radius (Rs) of each of the shoulder profiles is 7.0 or more and 9.5 or less. a crown profile that includes a tire equator; and a pair of shoulder profiles that respectively extend from both outer sides of the crown profile to tread edges,
A standing pouch comprising: a bag (110, 210) including an internal space (119, 219) for accommodating a content and a first opening (135, 235) on a top side of the bag, and a fastener (170, 270) for opening and closing the first opening (135, 235) wherein the bag (110, 210) further includes a second opening (136, 236) on one lateral side of the bag, and is adapted to place the content in the internal space (119, 219) through the second opening (135, 236), the second opening (136, 236) is adapted to be sealed in the state where the content is accommodated in the internal space (119, 219), and the bag (110, 210) is further adapted for taking out the content accommodated in the internal space (119, 219) through the first opening (135, 235) and the opened fastener (170, 270) after the fastener (170, 270) has been opened, characterized in that the bag includes a vapor passage portion (140, 951) for removing vapor from the internal space, when internal pressure rises due to vapor generated by heating of the content, by allowing the internal space to communicate with the outside separate from the first opening (135, 235); the vapor passage portion (140, 951) is located at another lateral side of the bag opposite from the one lateral side. a bag (110, 210) including an internal space (119, 219) for accommodating a content and a first opening (135, 235) on a top side of the bag, and a fastener (170, 270) for opening and closing the first opening (135, 235) wherein the bag (110, 210) further includes a second opening (136, 236) on one lateral side of the bag, and is adapted to place the content in the internal space (119, 219) through the second opening (135, 236), the second opening (136, 236) is adapted to be sealed in the state where the content is accommodated in the internal space (119, 219), and the bag (110, 210) is further adapted for taking out the content accommodated in the internal space (119, 219) through the first opening (135, 235) and the opened fastener (170, 270) after the fastener (170, 270) has been opened, characterized in that the bag includes a vapor passage portion (140, 951) for removing vapor from the internal space, when internal pressure rises due to vapor generated by heating of the content, by allowing the internal space to communicate with the outside separate from the first opening (135, 235); the vapor passage portion (140, 951) is located at another lateral side of the bag opposite from the one lateral side.
An apparatus (100, 102) for drying electrode material on spaced apart coated portions disposed in an arrangement direction across a surface of a metal foil having uncoated portions exposed between the coated portions, the apparatus (100, 102) comprising: - an inductive coil (110, 210, 510, 710, 760, 810) opposed to the metal foil and configured to inductively heat the metal foil; - a conveyer (144, 146) configured to move at least one of the metal foil and the inductive coil (110, 210, 510, 710, 760, 810) relative to the other of the metal foil and the inductive coil (110, 210, 510, 710, 760, 810) in the arrangement direction of the coated portions along the metal foil; - a power supply configured to supply power to the inductive coil (110, 210, 510, 710, 760, 810); and - a control unit (140, 240, 540, 740) configured to control at least one of the conveyer (144, 146) and the power supply; wherein the control unit (140, 240, 540, 740) is configured to reduce an amount of heat applied to uncoated portions below an amount of heat applied to the coated portions either by controlling the power supply to reduce power supplied to the inductive coil (110, 210, 510, 710, 760, 810) or by controlling the conveyer (144, 146) to increase a relative velocity of the metal foil with respect to the inductive coil (110, 210, 510, 710, 760, 810). - an inductive coil (110, 210, 510, 710, 760, 810) opposed to the metal foil and configured to inductively heat the metal foil; - a conveyer (144, 146) configured to move at least one of the metal foil and the inductive coil (110, 210, 510, 710, 760, 810) relative to the other of the metal foil and the inductive coil (110, 210, 510, 710, 760, 810) in the arrangement direction of the coated portions along the metal foil; - a power supply configured to supply power to the inductive coil (110, 210, 510, 710, 760, 810); and - a control unit (140, 240, 540, 740) configured to control at least one of the conveyer (144, 146) and the power supply;
Bicycle pedal comprising a pedal axle for connection to a crank of a bicycle, a pedal body comprising at least one actuation surface for actuating the pedal, and connection means, wherein the connection means connect the pedal body to the pedal axle, such that the pedal body, while cycling, can freely rotate with respect to the pedal axle about a first axis extending substantially parallel to the pedal axle, and a second axis extending substantially perpendicular to the pedal axle and substantially parallel to the actuation surface, and characterized in that the second axis is located at a distance from, and in use above, the actuation surface.
Vehicle air condition service unit comprising a hose assembly, the hose assembly having an air condition side and a service unit side and comprising a high-pressure hose having a first air condition connector at a first end at the air condition side and a first service unit connector at a second end at the service unit side, a low-pressure hose having a second air condition connector at a first end at the air condition side and a second service unit connector at a second end at the service unit side, characterized by a security cable having an air condition attachment member at a first end at the air condition side and a service unit attachment member at a second end at the service unit side, the air condition attachment member being configured to be releasably engaged with a suitable support, wherein the hose assembly further comprises a sheath member sheathing the high-pressure hose, the low-pressure hose and the security cable at least partially between the air conditioning side and the service unit side, wherein the service unit attachment member is fixed to the service unit, and wherein the first service unit connector and the second service unit connector are connected to respective pressure ports of the air condition service unit. a high-pressure hose having a first air condition connector at a first end at the air condition side and a first service unit connector at a second end at the service unit side, a low-pressure hose having a second air condition connector at a first end at the air condition side and a second service unit connector at a second end at the service unit side, characterized by a security cable having an air condition attachment member at a first end at the air condition side and a service unit attachment member at a second end at the service unit side, the air condition attachment member being configured to be releasably engaged with a suitable support, wherein the hose assembly further comprises a sheath member sheathing the high-pressure hose, the low-pressure hose and the security cable at least partially between the air conditioning side and the service unit side, wherein the service unit attachment member is fixed to the service unit, and wherein the first service unit connector and the second service unit connector are connected to respective pressure ports of the air condition service unit.