mhurhangee/ep-ind-claims huggingface dataset:
Lamp base having base contacts for making electrical contact with socket contacts, having a mounting dome, suitable for insertion in a lamp socket which has a holding pin, which is articulated in a spring-restoring elastic manner, for mechanically anchoring the base, characterised in that the mounting dome has guide faces which form a path of motion along which the holding pin can be guided, wherein said path of motion is suitable, when a relative movement of the base and socket occurs, for: - deflecting the holding pin out of an inoperative position in a first direction by means of a deflecting section with a building-up of a spring tension; - guiding said holding pin back in the direction of its inoperative position by means of a returning section with a partial reduction in the spring tension; and - holding said holding pin in an arresting section, which is part of the returning section, with maintenance of a residual spring tension. - deflecting the holding pin out of an inoperative position in a first direction by means of a deflecting section with a building-up of a spring tension; - guiding said holding pin back in the direction of its inoperative position by means of a returning section with a partial reduction in the spring tension; and - holding said holding pin in an arresting section, which is part of the returning section, with maintenance of a residual spring tension.
A method for preparing a transport block for transmission, the method comprising: generating a set of payload bits to be encoded for transmission, wherein the set of payload bits includes at least one known bit which has a known or partially known value; interleaving, with a known-bit interleaver for use with a polar encoder with distributed cyclic redundancy check, CRC, the set of payload bits to generate an interleaved set of payload bits to compensate for an effect of a CRC interleaver on the at least one known bit, wherein the interleaved set includes the at least one known bit in a predetermined position in the interleaved set; using a CRC encoder to encode the interleaved set of payload bits to generate an output; using the CRC interleaver to generate, from the output, a CRC-interleaved set of payload bits, wherein the CRC-interleaved set includes the at least one known bit in a predetermined position within the CRC-interleaved set; and encoding, by the polar encoder, the CRC-interleaved set for transmission to a wireless device. generating a set of payload bits to be encoded for transmission, wherein the set of payload bits includes at least one known bit which has a known or partially known value; interleaving, with a known-bit interleaver for use with a polar encoder with distributed cyclic redundancy check, CRC, the set of payload bits to generate an interleaved set of payload bits to compensate for an effect of a CRC interleaver on the at least one known bit, wherein the interleaved set includes the at least one known bit in a predetermined position in the interleaved set; using a CRC encoder to encode the interleaved set of payload bits to generate an output; using the CRC interleaver to generate, from the output, a CRC-interleaved set of payload bits, wherein the CRC-interleaved set includes the at least one known bit in a predetermined position within the CRC-interleaved set; and encoding, by the polar encoder, the CRC-interleaved set for transmission to a wireless device.
Device for an application of plant protection products, comprising a plant-protection product feed, a blower with a blower hub and a nozzle housing (7, 7.1, 7.2, 7.3) with an application nozzle and with an air feed, characterised in that the blower is a vehicle blower and is arranged in the nozzle housing (7, 7.1, 7.2).
A gripping device for gripping a sewing thread in a bookbinding sewing machine, the gripping device comprising: a crochet having a hook for hooking the sewing thread, and a body having an abutment wall for the hook, the body and the crochet being slidable reciprocally along a longitudinal direction of the crochet between an open condition wherein the hook is distal from the abutment wall of the body for hooking the sewing thread and a closed condition wherein the hook is proximal to the abutment wall of the body for blocking the sewing thread, characterized in that the body has one or more inlets for receiving a gas jet and one or more channels crossing the body between the inlets and the abutment wall for conveying the gas jet towards the hook. a crochet having a hook for hooking the sewing thread, and a body having an abutment wall for the hook, the body and the crochet being slidable reciprocally along a longitudinal direction of the crochet between an open condition wherein the hook is distal from the abutment wall of the body for hooking the sewing thread and a closed condition wherein the hook is proximal to the abutment wall of the body for blocking the sewing thread,
A method for paging at least one client node (300a, 300b, 300c, 300d, 300e) in a group communications system (100, 1100a, 1100b, 1100c), the method being performed by a control node of the group communications system (100, 1100a, 1100b, 1100c), the method comprising: obtaining a need for paging the at least one client node (300a, 300b, 300c, 300d, 300e) in the group communications system (100, 1100a, 1100b, 1100c); and transmitting a common group paging message on an MBMS bearer to a group of client nodes (300a, 300b, 300c, 300d, 300e) including the at least one client node (300a, 300b, 300c, 300d, 300e), wherein: the common group paging message comprises an identifier that identifies the group of client nodes, the common group paging message indicates that the at least one packet is to be transmitted to the at least one client node (300a, 300b, 300c, 300d, 300e) over a unicast bearer, and the common group paging message will cause the client node in the client group that is in an idle mode to initiate a service request to transfer the client node to a connected mode. obtaining a need for paging the at least one client node (300a, 300b, 300c, 300d, 300e) in the group communications system (100, 1100a, 1100b, 1100c); and transmitting a common group paging message on an MBMS bearer to a group of client nodes (300a, 300b, 300c, 300d, 300e) including the at least one client node (300a, 300b, 300c, 300d, 300e), wherein: the common group paging message comprises an identifier that identifies the group of client nodes, the common group paging message indicates that the at least one packet is to be transmitted to the at least one client node (300a, 300b, 300c, 300d, 300e) over a unicast bearer, and the common group paging message will cause the client node in the client group that is in an idle mode to initiate a service request to transfer the client node to a connected mode. the common group paging message comprises an identifier that identifies the group of client nodes, the common group paging message indicates that the at least one packet is to be transmitted to the at least one client node (300a, 300b, 300c, 300d, 300e) over a unicast bearer, and the common group paging message will cause the client node in the client group that is in an idle mode to initiate a service request to transfer the client node to a connected mode.
Sealing arrangement for a cooking device such as an oven, steamer or microwave for sealing an opening in the cooking chamber wall, which serves to implement an illumination element serving to illuminate the cooking chamber, in particular a glass rod with a substantially circular cylindrical shape, characterised by having a housing part, which is sealed to the cooking chamber wall by a first seal and has a receiver for a second seal, which seals the housing part to the illumination element, having holding parts, which arrange the housing part on the cooking chamber wall, wherein the second seal is a graphite ring, the illumination element being able to be arranged inside the ring chamber thereof.
A dentifrice composition comprising a calcined aluminium oxide polishing agent comprising from 50% to 90% by weight of α-aluminium oxide and 10.0 % to 50% by weight of γ- aluminium oxide, a water soluble alkali metal tripolyphosphate salt and an orally acceptable carrier or excipient; the composition being free of a silica abrasive.
A communication device for a multi-cell network, the device comprising: a scheduler configured to generate outer cell scheduling information by the scheduling of outer cell frequency resources for outer terminals in outer cells of a plurality of cells; and a scheduling information provider configured to provide the outer cell scheduling information to base stations in the plurality of cells, wherein outer cells are more remote from an associated base station than inner cells, outer terminals are located in outer cells and inner terminals are located in inner cells, wherein the scheduler has a unique authority to schedule the outer cell frequency resources for the outer terminals in the outer cells of the base stations and wherein the device is CHARACTERISED IN THAT the scheduler has no authority to schedule inner cell frequency resources for the inner terminals in the inner cells of the base stations. a scheduler configured to generate outer cell scheduling information by the scheduling of outer cell frequency resources for outer terminals in outer cells of a plurality of cells; and a scheduling information provider configured to provide the outer cell scheduling information to base stations in the plurality of cells, wherein outer cells are more remote from an associated base station than inner cells, outer terminals are located in outer cells and inner terminals are located in inner cells, wherein the scheduler has a unique authority to schedule the outer cell frequency resources for the outer terminals in the outer cells of the base stations and wherein the device is CHARACTERISED IN THAT the scheduler has no authority to schedule inner cell frequency resources for the inner terminals in the inner cells of the base stations.
A method carried out by a server for balancing accesses to active clients to use a service offered by said server, said server granting access to the service to clients by assigning a client maximum use value of the service, measuring a client use indicator of said service and, if detecting a lack of resources on the server to grant new accesses, releasing access to the client having a use indicator which is the closest to the maximum use value in order to grant access to a new active client, said method comprising: - receiving a connection request for starting exploiting the service by an active client, - collecting a context information of the active client, - creating a token for authorizing the active client to exploit the service, the token being associated with the maximum use value of the service assigned to said active client, and - storing the context information of the active client into a profile associated with the token, wherein the step of granting the access to the new active client includes: - associating a new handle with the corresponding token, and - retrieving the corresponding context information from the profile of the corresponding token, wherein the step of detecting a lack of resources on the server to grant new accesses includes receiving the connection request after reaching the maximum number of handles, and wherein the step of releasing the access granted to a client includes: - saving each corresponding context information into the profile of the corresponding token - releasing the corresponding handle. - receiving a connection request for starting exploiting the service by an active client, - collecting a context information of the active client, - creating a token for authorizing the active client to exploit the service, the token being associated with the maximum use value of the service assigned to said active client, and - storing the context information of the active client into a profile associated with the token, wherein the step of granting the access to the new active client includes: - associating a new handle with the corresponding token, and - retrieving the corresponding context information from the profile of the corresponding token, wherein the step of detecting a lack of resources on the server to grant new accesses includes receiving the connection request after reaching the maximum number of handles, and wherein the step of releasing the access granted to a client includes: - saving each corresponding context information into the profile of the corresponding token - releasing the corresponding handle. - associating a new handle with the corresponding token, and - retrieving the corresponding context information from the profile of the corresponding token, - saving each corresponding context information into the profile of the corresponding token - releasing the corresponding handle.
A method for installing a bulkhead (50, 60, 70) at an installation position in a wind turbine blade having a root end comprising fastening means for fastening the wind turbine blade to a wind turbine hub, the method comprising: - providing the bulkhead (50, 60, 70) to be installed in the wind turbine blade, the bulkhead comprising attachment means (51, 52, 63, 64, 71) for attaching the bulkhead to the root end, - attaching holding means (104, 105) of a movement device to the bulkhead, the attaching of the holding means allowing the movement device to hold and lift the bulkhead, - moving, using the movement device, the bulkhead into the installation position while the bulkhead is attached to the holding means, the moving comprising engaging the attachment means of the bulkhead with receiving means (81, 83) of the root end, the receiving means being arranged and adapted to receive and hold the bulkhead by engaging with the attachment means (51, 52, 63, 64, 71) of the bulkhead, and - adhering the bulkhead to the wind turbine blade wherein: a) the attachment means comprises one or more holes (52, 64) and the receiving means comprises corresponding one or more pins, and/or b) the attachment means comprises one or more pins and the receiving means comprises corresponding one or more holes, and wherein the step of moving the bulkhead into the installation position comprises engaging the one or more pins (71, 83) with the one or more holes (52, 64, 81), and wherein the one or more holes and/or one or more pins are located in a flange or in one or more flange tabs extending radially outwards from a peripheral wall of the bulkhead. - providing the bulkhead (50, 60, 70) to be installed in the wind turbine blade, the bulkhead comprising attachment means (51, 52, 63, 64, 71) for attaching the bulkhead to the root end, - attaching holding means (104, 105) of a movement device to the bulkhead, the attaching of the holding means allowing the movement device to hold and lift the bulkhead, - moving, using the movement device, the bulkhead into the installation position while the bulkhead is attached to the holding means, the moving comprising engaging the attachment means of the bulkhead with receiving means (81, 83) of the root end, the receiving means being arranged and adapted to receive and hold the bulkhead by engaging with the attachment means (51, 52, 63, 64, 71) of the bulkhead, and - adhering the bulkhead to the wind turbine blade a) the attachment means comprises one or more holes (52, 64) and the receiving means comprises corresponding one or more pins, and/or b) the attachment means comprises one or more pins and the receiving means comprises corresponding one or more holes, and wherein the step of moving the bulkhead into the installation position comprises engaging the one or more pins (71, 83) with the one or more holes (52, 64, 81), and wherein the one or more holes and/or one or more pins are located in a flange or in one or more flange tabs extending radially outwards from a peripheral wall of the bulkhead.
A method for transmitting, by a wireless device, a random access preamble in an unlicensed band, the method comprising: performing a clear channel assessment, CCA, on a wireless medium of the unlicensed band; transmitting a random access preamble by using a random access resource based on a success of the CCA; transmitting a first message including a device identifier identifying the wireless device on a physical uplink shared channel, PUSCH, wherein a transmission resource used for transmitting the PUSCH is determined based on the random access resource, wherein the first message includes information related to the random access resource, and wherein the transmission resource used for transmitting the PUSCH is in a slot after a certain number of slots, which is determined based on a slot in which the random access preamble is transmitted, from the random access resource; and receiving a second message as a response to the first message, wherein the second message includes an auxiliary identifier, which has fewer bits than the device identifier, obtained based on the device identifier. performing a clear channel assessment, CCA, on a wireless medium of the unlicensed band; transmitting a random access preamble by using a random access resource based on a success of the CCA; transmitting a first message including a device identifier identifying the wireless device on a physical uplink shared channel, PUSCH, wherein a transmission resource used for transmitting the PUSCH is determined based on the random access resource, wherein the first message includes information related to the random access resource, and wherein the transmission resource used for transmitting the PUSCH is in a slot after a certain number of slots, which is determined based on a slot in which the random access preamble is transmitted, from the random access resource; and receiving a second message as a response to the first message, wherein the second message includes an auxiliary identifier, which has fewer bits than the device identifier, obtained based on the device identifier.
A method for producing a brush which comprises a bristle carrier made from a thermoplastic resin having at least one anchoring opening, in which at least one bristle made from a thermoplastic resin is inserted and anchored therein without using an anchor, characterized by the following steps: the at least one bristle is accommodated in a receiving opening of a tool part, the at least one bristle is inserted by its fastening end into an anchoring opening in the bristle carrier, which has been formed during producing the bristle carrier, while the at least one bristle is still located in the receiving opening, without being fastened therein, the tool part is heated, so that the front face of the tool part opposite the bristle carrier is brought to a temperature that is below the melting temperature of the bristle material and/or of the bristle carrier material, in particular amounts to a maximum of 85% in °C of the respective melting temperature of the bristle material and/or the bristle carrier material, the tool part is moved relative to the bristle carrier, so that the tool part contacts and heats the bristle carrier, the tool part applies a pressure force on the bristle carrier and reshapes the bristle carrier at least in the region of the rim, which is encompassing the anchoring opening, while reducing the cross-section of the anchoring opening in such a way that the at least one bristle is embedded and anchored in the anchoring opening, and the tool part is moved away in relation to the bristle carrier, so that the at least one bristle is pulled out of the receiving opening. the at least one bristle is accommodated in a receiving opening of a tool part, the at least one bristle is inserted by its fastening end into an anchoring opening in the bristle carrier, which has been formed during producing the bristle carrier, while the at least one bristle is still located in the receiving opening, without being fastened therein, the tool part is heated, so that the front face of the tool part opposite the bristle carrier is brought to a temperature that is below the melting temperature of the bristle material and/or of the bristle carrier material, in particular amounts to a maximum of 85% in °C of the respective melting temperature of the bristle material and/or the bristle carrier material, the tool part is moved relative to the bristle carrier, so that the tool part contacts and heats the bristle carrier, the tool part applies a pressure force on the bristle carrier and reshapes the bristle carrier at least in the region of the rim, which is encompassing the anchoring opening, while reducing the cross-section of the anchoring opening in such a way that the at least one bristle is embedded and anchored in the anchoring opening, and the tool part is moved away in relation to the bristle carrier, so that the at least one bristle is pulled out of the receiving opening.
Method for cutting a workpiece portion from a plate-like workpiece by means of a processing beam, having the steps of: a) completely cutting at least one inner contour of the workpiece portion, characterised by b) cutting a portion of an outer contour of the workpiece portion, and c) completely cutting at least one additional inner contour of the workpiece portion. a) completely cutting at least one inner contour of the workpiece portion, characterised by b) cutting a portion of an outer contour of the workpiece portion, and c) completely cutting at least one additional inner contour of the workpiece portion.
A liquid vapor separator for a vehicle's fuel system, said liquid vapor separator comprising a body having a fuel vapor inlet extending into an inlet space, a fuel vapor outlet extending from an outlet space, a droplet separator comprising a partition wall for separating fuel droplets from the fuel vapor and directing said droplets to a draining port connectable to the vehicle's fuel tank, and a fuel vapor flow path extending between the fuel vapor inlet and the fuel vapor outlet, said flow path passing through the inlet space and the outlet space, and wherein the partition wall extends between said inlet space and said outlet space serving as a gas expansion space, characterized in that the liquid vapor separator is configured to be mounted on a filler neck or attached to a filler head of the filler neck.
A shape inspection device for measuring a surface shape of a tire to inspect bulge and dent defects of the tire based on a result of the measurement, comprising: a metal master disk, which simulates the tire, a measurement surface mounting thereon a raised and depressed plate having known shape values; a measuring section (9, 811) configured to measure a surface shape of the measurement surface of the metal master disk; a mask processing section configured to use mask data in which a given region of the raised and depressed plate is defined as a valid region (411, 412, 413, 414) and the remaining region other than the valid region is defined as an invalid region, to remove measurement data of the invalid region from measurement data measured by the measuring section (9, 811); and a master data generation section configured to generate master data representing the surface shape of the measurement surface of the master disk, based on the measurement data after being subjected to removal of the invalid region by the mask processing section. a metal master disk, which simulates the tire, a measurement surface mounting thereon a raised and depressed plate having known shape values; a measuring section (9, 811) configured to measure a surface shape of the measurement surface of the metal master disk; a mask processing section configured to use mask data in which a given region of the raised and depressed plate is defined as a valid region (411, 412, 413, 414) and the remaining region other than the valid region is defined as an invalid region, to remove measurement data of the invalid region from measurement data measured by the measuring section (9, 811); and a master data generation section configured to generate master data representing the surface shape of the measurement surface of the master disk, based on the measurement data after being subjected to removal of the invalid region by the mask processing section.