mhurhangee/patent-ind-claim-en huggingface dataset:
Housing of a plug connector with a first housing part and a second housing part and with at least one locking mechanism, for providing a first unlocking position (P1) and a second locking position (P2) of the two housing parts , with - a push button , which extends in its axial longitudinal direction through a through-opening of the first housing part into the interior of the housing ; - wherein the push button is arranged so as to be slidingly movable relative to the housing between a predetermined first (F1) axial (A) position and a predetermined second (F2) axial (A) position, which respectively correspond to the first position (P1) and to the second position (P2) of the two housing parts ; and with - a locking element provided in the interior of the housing ; characterized in that the push button and the locking element are configured and arranged such that the push button is in pressure contact with the locking element and cooperates with the locking element such that, in the event of an axial (A) movement of the push button from its first (F1) to its second (F2) position, the second locking position (P2) of the two housing parts with a radial (R) pressure contact between the two housing parts is provided so that a gap (S1) between the first housing part and second housing part is minimized. - a push button , which extends in its axial longitudinal direction through a through-opening of the first housing part into the interior of the housing ; - wherein the push button is arranged so as to be slidingly movable relative to the housing between a predetermined first (F1) axial (A) position and a predetermined second (F2) axial (A) position, which respectively correspond to the first position (P1) and to the second position (P2) of the two housing parts ; and with - a locking element provided in the interior of the housing ; the push button and the locking element are configured and arranged such that the push button is in pressure contact with the locking element and cooperates with the locking element such that, in the event of an axial (A) movement of the push button from its first (F1) to its second (F2) position, the second locking position (P2) of the two housing parts with a radial (R) pressure contact between the two housing parts is provided so that a gap (S1) between the first housing part and second housing part is minimized.
Interior component of a vehicle , wherein the interior component comprises at least an insert component , a moulded skin element , and a foam body which is introduced in a foaming process between the insert component and the moulded skin element , wherein the insert component comprises a body portion for retention in the interior component and an edge portion for supporting the production of the interior component , characterized in that the insert component comprises, in each case in a delimiting manner, an insert surface body and an insert foam body arranged therebetween, wherein the edge portion has, at least partly, a smaller thickness (D) compared with the body portion , said thickness being formed during the production of the insert component by at least partial foaming of the insert foam body for the edge portion . in that the insert component comprises, in each case in a delimiting manner, an insert surface body and an insert foam body arranged therebetween, wherein the edge portion has, at least partly, a smaller thickness (D) compared with the body portion , said thickness being formed during the production of the insert component by at least partial foaming of the insert foam body for the edge portion .
Motor vehicle latch, in particular motor vehicle door latch, having a locking mechanism consisting substantially of a catch and a pawl , and having an electromotive drive for the locking mechanism as well as a safety lever , the electromotive drive working on the locking mechanism in order to open it in an opening direction (Ö) and, in a different unlocking direction (E), acting on the safety lever in order to assume an unlocking position, it being possible for an operating lever system to ensure a mechanical and manual redundant opening of the locking mechanism in the unlocking position, and a stop being provided for the electromotive drive , which stop limits the movement of the electromotive drive at least when it is acted upon in the opening direction (Ö) in order to release the unlocking position and thereby prevents the locking mechanism from opening, the stop being arranged on the electromotive drive and interacting with a blocking element in order to limit the movement of the electromotive drive when the unlocking position is released, characterized in that the blocking element is arranged on the safety lever .
A data transmission method, wherein the method comprises: receiving , by user equipment, UE, first indication information from a wireless access device, wherein the first indication information indicates the UE to execute a duplication operation, or indicates the UE to stop the duplication operation, and the duplication operation comprises transmitting same packet data convergence protocol, PDCP, protocol data units, PDUs, through a plurality of links; and executing , by the UE, the duplication operation when the first indication information indicates the UE to execute the duplication operation; or stopping , by the UE, the duplication operation when the first indication information indicates the UE to stop the duplication operation; the method being characterised in that the first indication information is associated with an identifier of a data radio bearer, DRB. receiving , by user equipment, UE, first indication information from a wireless access device, wherein the first indication information indicates the UE to execute a duplication operation, or indicates the UE to stop the duplication operation, and the duplication operation comprises transmitting same packet data convergence protocol, PDCP, protocol data units, PDUs, through a plurality of links; and executing , by the UE, the duplication operation when the first indication information indicates the UE to execute the duplication operation; or stopping , by the UE, the duplication operation when the first indication information indicates the UE to stop the duplication operation; the method being characterised in that the first indication information is associated with an identifier of a data radio bearer, DRB.
A carrier composition for particulate and granular bone substitute materials, wherein the carrier composition is a hydrogel comprising: (a) an ethylene oxide (EO)-propylene oxide (PO) block copolymer or a mixture of ethylene oxide (EO)-propylene oxide (PO) block copolymers; and (b) silica nanoparticles having a size between about 0.5 nm and about 10 nm. (a) an ethylene oxide (EO)-propylene oxide (PO) block copolymer or a mixture of ethylene oxide (EO)-propylene oxide (PO) block copolymers; and (b) silica nanoparticles having a size between about 0.5 nm and about 10 nm.
A roller clump device for multi-trawl fishing gear, said roller clump device comprising: - a base member , said base member further comprising connectors for connection of wires/cables to a towing vessel and connectors for connection of wires/cables to fishing gear , - a lateral roller member rotationally attached to the base member by an axis , wherein the lateral roller member is a conical shaped roller member for forcing lateral movement of the roller clump device 1 in the direction of the narrow portion of the conical roller characterized in that the connectors for connection of wires/cables to the towing vessel and the connectors for connection of wires/cables to fishing gear comprise openings or apertures in the base member, and in that the different openings or apertures are provided to alter the angle of towing on the clump device. - a base member , said base member further comprising connectors for connection of wires/cables to a towing vessel and connectors for connection of wires/cables to fishing gear , - a lateral roller member rotationally attached to the base member by an axis , wherein the lateral roller member is a conical shaped roller member for forcing lateral movement of the roller clump device 1 in the direction of the narrow portion of the conical roller characterized in that the connectors for connection of wires/cables to the towing vessel and the connectors for connection of wires/cables to fishing gear comprise openings or apertures in the base member, and in that the different openings or apertures are provided to alter the angle of towing on the clump device.
An apparatus, comprising: an encoder for encoding a picture by enabling at least one of color compensation and illumination compensation of at least one color component of a prediction for an image block of the picture without using explicit signaling of any of an illumination compensation specific information or of a color compensation specific information for the image block, and without signaling a residual of an illumination compensation difference for the image block, and wherein the illumination compensation specific information for the image block uses illumination information from spatially neighboring image blocks from a previously processed different view, or from spatially neighboring image blocks from a different previously processed temporal picture from a same view or a different view, or from co-located image blocks from a previously processed temporal picture from a same view or a different view; or wherein the color compensation specific information for the image block uses color information from spatially neighboring image blocks from a previously processed different view, or from spatially neighboring image blocks from a different previously processed temporal picture from a same view or a different view, or from co-located image blocks from a previously processed temporal picture from a same view or a different view. an encoder for encoding a picture by enabling at least one of color compensation and illumination compensation of at least one color component of a prediction for an image block of the picture without using explicit signaling of any of an illumination compensation specific information or of a color compensation specific information for the image block, and without signaling a residual of an illumination compensation difference for the image block, and wherein the illumination compensation specific information for the image block uses illumination information from spatially neighboring image blocks from a previously processed different view, or from spatially neighboring image blocks from a different previously processed temporal picture from a same view or a different view, or from co-located image blocks from a previously processed temporal picture from a same view or a different view; or wherein the color compensation specific information for the image block uses color information from spatially neighboring image blocks from a previously processed different view, or from spatially neighboring image blocks from a different previously processed temporal picture from a same view or a different view, or from co-located image blocks from a previously processed temporal picture from a same view or a different view.
A thermal structure for dissipating heat from a substrate, comprising: a semiconductor substrate having an external surface; a base layer of a ductile material capable of exhibiting plastic deformation, formed on top of said external surface; and a top layer comprising a matrix of metal and diamond formed above the base layer by cold spraying a powder selected from: a powder mixture of metal and diamond particles, and a powder of metal-clad diamond particles, wherein the top layer is formed of a matrix of metal formed by the deformation of the metal components of the powder on impact with the underlying surface and a dispersed phase comprising the diamond particles embedded within the metal matrix. a semiconductor substrate having an external surface; a base layer of a ductile material capable of exhibiting plastic deformation, formed on top of said external surface; and a top layer comprising a matrix of metal and diamond formed above the base layer by cold spraying a powder selected from: a powder mixture of metal and diamond particles, and a powder of metal-clad diamond particles, a powder mixture of metal and diamond particles, and a powder of metal-clad diamond particles, wherein the top layer is formed of a matrix of metal formed by the deformation of the metal components of the powder on impact with the underlying surface and a dispersed phase comprising the diamond particles embedded within the metal matrix.
A composition for making tea, the composition comprising a layer of fibrous plant product and a plant extract applied thereto, wherein the plant extract is applied to the layer of fibrous plant product after formation of the layer; and wherein said plant extract comprises a tea; wherein the composition comprises a wet strength agent comprising polyamideepichlorohydrin resins, polyamine-epichlorohydrin resins, poly(aminoamide)-epichlorohydrin resins, urea-formaldehyde resins; melamine-formaldehyde resins; alkyl ketene dimer; alkyl succinic anhydride; polyvinylamines; oxidized polysaccharides; glyoxalated polyacrylamide resins; polyimines, and polyethyleneimine, wherein the wet strength agent is used in an amount of 0.1% to 20%.
A method of processing calls to a customer, the method comprising: processing a first set of call detail records of the customer, each call detail record in said first set of call detail records corresponding to an individual call and including multiple information fields providing information about the individual call to which the call detail record corresponds, said processing including: generating from some of said call detail records of the first set of call detail records , on a per call detail record basis, one or more Field Group IDs using a hash function, said one or more Field Group IDs including a first Field Group ID, said first Field Group ID being an ID for a first logical subscriber group and being generated by using the hash function on a subscriber number included in one of said call detail records, said subscriber number being compacted into the first logical subscriber group via the use of the hash function; generating for call detail records corresponding to the first Field Group ID a first set of key performance indicators, said first set of key performance indicators including one or more key performance indicators corresponding to the first Field Group ID, said one or more key performance indicators including at least a first key performance indicator; and determining that a first key performance indicator violation has occurred for the first Field Group ID when the first key performance indicator exceeds a first dynamic performance threshold. generating from some of said call detail records of the first set of call detail records , on a per call detail record basis, one or more Field Group IDs using a hash function, said one or more Field Group IDs including a first Field Group ID, said first Field Group ID being an ID for a first logical subscriber group and being generated by using the hash function on a subscriber number included in one of said call detail records, said subscriber number being compacted into the first logical subscriber group via the use of the hash function; generating for call detail records corresponding to the first Field Group ID a first set of key performance indicators, said first set of key performance indicators including one or more key performance indicators corresponding to the first Field Group ID, said one or more key performance indicators including at least a first key performance indicator; and determining that a first key performance indicator violation has occurred for the first Field Group ID when the first key performance indicator exceeds a first dynamic performance threshold.
Method for manufacturing a refrigerator and/or freezer comprising an inner container as well as a vacuum insulating body in the form of an evacuated film pouch filled with a core material and acting as an insulating body, wherein the film pouch is placed on a supporting mould, which is formed by a combination of the inner container of the resulting refrigerator and/or freezer and a press mould, wherein the film pouch resting against the supporting mould in such a way is filled with a core material through a filler opening, and wherein the supporting mould is shaken together with the filled film pouch.
A User Equipment, UE , adapted to communicate with a base station , comprising: a receiving unit configured to receive a system information message containing a configuration used for random access, the configuration indicating an uplink non-anchor carrier; and a random access executing unit configured to transmit a preamble on the uplink non-anchor carrier, wherein the receiving unit is configured to receive, in a case that a downlink non-anchor carrier that is associated with the uplink non-anchor carrier and is used for random access is indicated in the configuration, a random access response, RAR, on the downlink non-anchor carrier, the receiving unit is configured to receive, in a case that a downlink carrier that is associated with the uplink non-anchor carrier and is used for random access is not indicated in the configuration, the RAR on a downlink anchor carrier, the downlink non-anchor carrier is a carrier where the UE does not assume that a primary synchronization signal for Narrowband-Internet of Things, NB-IoT, a secondary synchronization signal for the NB-IoT, a physical broadcast channel for the NB-IoT, and a system information block for the NB-IoT are transmitted, and the downlink anchor carrier is a carrier where the UE assumes that the primary synchronization signal for the NB-IoT, the secondary synchronization signal for the NB-IoT, the physical broadcast channel for the NB-IoT, and the system information block for the NB-IoT are transmitted. a receiving unit configured to receive a system information message containing a configuration used for random access, the configuration indicating an uplink non-anchor carrier; and a random access executing unit configured to transmit a preamble on the uplink non-anchor carrier, wherein the receiving unit is configured to receive, in a case that a downlink non-anchor carrier that is associated with the uplink non-anchor carrier and is used for random access is indicated in the configuration, a random access response, RAR, on the downlink non-anchor carrier, the receiving unit is configured to receive, in a case that a downlink carrier that is associated with the uplink non-anchor carrier and is used for random access is not indicated in the configuration, the RAR on a downlink anchor carrier, the downlink non-anchor carrier is a carrier where the UE does not assume that a primary synchronization signal for Narrowband-Internet of Things, NB-IoT, a secondary synchronization signal for the NB-IoT, a physical broadcast channel for the NB-IoT, and a system information block for the NB-IoT are transmitted, and the downlink anchor carrier is a carrier where the UE assumes that the primary synchronization signal for the NB-IoT, the secondary synchronization signal for the NB-IoT, the physical broadcast channel for the NB-IoT, and the system information block for the NB-IoT are transmitted.
Apparatus for capturing an environment of a motor vehicle , comprising: a parking control unit , a first data processing device , one or more sensor units each comprising one or more environmental sensors for capturing an environment of a motor vehicle and a communication interface for transmitting environmental sensor data corresponding to the respective capture in a wired manner, wherein the parking control unit has a communication interface which is designed to receive the environmental sensor data in a wired manner, wherein the parking control unit is connected between the respective communication interface of the one or more sensor units and the first data processing device , wherein the first data processing device has a communication module which is designed to receive data, which are output by means of the communication interface of the parking control unit and are based on the environmental sensor data, in a wired manner, wherein the communication module is designed to transmit the data and/or the environmental data to a second data processing device via a wireless communication network, with the result that the second data processing device can transmit the data and/or the environmental data to a cloud server via a further wireless communication network. a parking control unit , a first data processing device , one or more sensor units each comprising one or more environmental sensors for capturing an environment of a motor vehicle and a communication interface for transmitting environmental sensor data corresponding to the respective capture in a wired manner, wherein the parking control unit has a communication interface which is designed to receive the environmental sensor data in a wired manner, wherein the parking control unit is connected between the respective communication interface of the one or more sensor units and the first data processing device , wherein the first data processing device has a communication module which is designed to receive data, which are output by means of the communication interface of the parking control unit and are based on the environmental sensor data, in a wired manner, wherein the communication module is designed to transmit the data and/or the environmental data to a second data processing device via a wireless communication network, with the result that the second data processing device can transmit the data and/or the environmental data to a cloud server via a further wireless communication network.
A manufacturing process of a sintered bearing having, in an inner periphery, a bearing surface that may form a bearing gap between the bearing surface and a shaft to be supported, and having a radial crushing strength greater than or equal to 300 MPa, the manufacturing process comprising molding and sintering a raw material powder containing: an alloyed powder in which many grains of a copper powder having an average grain size, as measured using a laser diffraction scattering method, smaller than that of an iron powder are partially diffused in the iron powder, the alloyed powder containing 10 to 30 mass% of Cu; a low-melting-point metal powder, and a solid lubricant powder, wherein the alloyed powder has an average grain size less than or equal to 106 μm.
A boat comprising a bottom bordered radially outwards by a wall which comprises an inflatable and foldable front wall , an inflatable and foldable side wall , and a rear wall , said boat includes at least one inflatable and foldable longitudinal support parallel to said side wall , said support comprising an inflatable flange and an upper connection extending longitudinally along said side wall and forming in use a flat surface (P) capable of receiving an element , said flange has a cylindrical shape with a circular section, said upper connection is foldable, said boat being characterised in that said upper connection directly connects said flange with the upper portion of said side wall .