mhurhangee/ep-ind-claims huggingface dataset:
A base station (10a; 10b) operable to transmit encoded data packets to user equipment, said base station comprising: packet data convergence protocol logic operable to generate packet data convergence protocol encoded data packets from received data packets; and radio link controller logic operable to generate radio link controller encoded data packets for transmission to user equipment from said packet data convergence protocol encoded data packets, characterized by that said packet data convergence protocol logic comprises: processing logic (50; 50a) operable to perform at least partial packet data convergence protocol processing on said received data packets; and a packet data convergence protocol buffer operable to store data packets subjected to said at least partial packet data convergence protocol processing to be provided to said radio link controller logic in response to a request from said radio link controller logic. packet data convergence protocol logic operable to generate packet data convergence protocol encoded data packets from received data packets; and radio link controller logic operable to generate radio link controller encoded data packets for transmission to user equipment from said packet data convergence protocol encoded data packets, characterized by that said packet data convergence protocol logic comprises: processing logic (50; 50a) operable to perform at least partial packet data convergence protocol processing on said received data packets; and a packet data convergence protocol buffer operable to store data packets subjected to said at least partial packet data convergence protocol processing to be provided to said radio link controller logic in response to a request from said radio link controller logic. processing logic (50; 50a) operable to perform at least partial packet data convergence protocol processing on said received data packets; and a packet data convergence protocol buffer operable to store data packets subjected to said at least partial packet data convergence protocol processing to be provided to said radio link controller logic in response to a request from said radio link controller logic.
Motor vehicle interior vent intended to deliver a flow of air in the direction of a space to be conditioned, having: • an opening, through which a flow of air can flow during operation, • a flared guide surface, extending from the opening and flared in the direction of flow of the flow of air, • a needle valve having a needle valve head with: ▪ a tip situated at the end of the needle valve, ▪ a portion of maximum width with a shape corresponding to the opening, with dimensions of between 80% and 100% of those of the opening, ▪ a flared base in the direction of flow connecting the needle valve head to an elongate body, the needle valve being movable in translation between two end positions, namely: ▪ a deployed end position in which the widest portion of the needle valve head is downstream of the opening in the direction of the space to be conditioned, the flow of air then being laminar and guided by the guide surface in a divergent flow, ▪ a retracted end position, characterized in that in the retracted end position the widest portion of the needle valve head is upstream of the opening, the flow of air then being laminar and guided by the tip of the needle valve in a convergent flow. • an opening, through which a flow of air can flow during operation, • a flared guide surface, extending from the opening and flared in the direction of flow of the flow of air, • a needle valve having a needle valve head with: ▪ a tip situated at the end of the needle valve, ▪ a portion of maximum width with a shape corresponding to the opening, with dimensions of between 80% and 100% of those of the opening, ▪ a flared base in the direction of flow connecting the needle valve head to an elongate body, ▪ a tip situated at the end of the needle valve, ▪ a portion of maximum width with a shape corresponding to the opening, with dimensions of between 80% and 100% of those of the opening, ▪ a flared base in the direction of flow connecting the needle valve head to an elongate body, ▪ a deployed end position in which the widest portion of the needle valve head is downstream of the opening in the direction of the space to be conditioned, the flow of air then being laminar and guided by the guide surface in a divergent flow, ▪ a retracted end position,
A cutting device for cutting rock, the cutting device comprising: a disc (50, 450, 850) configured to rotate about an axis of rotation, the disc (50, 450, 850) including a peripheral edge (54, 454, 854); a plurality of cutting elements (114, 514, 914) secured to the disc (50, 450, 850), the cutting elements (114, 514, 914) spaced apart from one another along the peripheral edge (54, 454, 854) of the disc (50, 450, 850); and characterized in that a plurality of wear elements (118, 518, 918) secured to the disc (50, 450, 850), the wear elements (118, 518, 918) spaced apart from one another and from the cutting elements (114, 514, 914), the wear elements (118, 518, 918) constructed from a material having a hardness greater than a hardness of the cutting elements (114, 514, 914). a disc (50, 450, 850) configured to rotate about an axis of rotation, the disc (50, 450, 850) including a peripheral edge (54, 454, 854); a plurality of cutting elements (114, 514, 914) secured to the disc (50, 450, 850), the cutting elements (114, 514, 914) spaced apart from one another along the peripheral edge (54, 454, 854) of the disc (50, 450, 850); and characterized in that a plurality of wear elements (118, 518, 918) secured to the disc (50, 450, 850), the wear elements (118, 518, 918) spaced apart from one another and from the cutting elements (114, 514, 914), the wear elements (118, 518, 918) constructed from a material having a hardness greater than a hardness of the cutting elements (114, 514, 914).
A deodorizing apparatus with a smart cover plate comprising: a reaction chamber, having a reaction cavity; an air extraction unit, configured for extracting an odor in or near a toilet into the reaction cavity; a water supply unit, configured for supplying a water to the reaction cavity; the air extraction unit is configured to extract the odor into the reaction cavity, wherein the odor is mixed with the water in the reaction cavity to be converted into a purified gas and then discharged from the reaction cavity; further comprising a base fixedly mountable on a toilet seat body, wherein the cover plate is rotatably connected to the base, and the reaction chamber is mounted in the base; the water in the reaction cavity is discharged to a sewage pipe of a toilet or a water tank of the toilet; the reaction chamber is provided with a water inlet channel, the water supply unit has a water supply channel communicating with the water inlet channel, the reaction chamber is further provided with an air intake channel, and the air extraction unit is provided with an air extraction channel communicating with the air intake channel; characterized in that: a water outlet end of the water inlet channel is provided with a plurality of water outlet holes configured for forming a sprinkling water, and the sprinkling water flows into the reaction cavity. an air extraction unit, configured for extracting an odor in or near a toilet into the reaction cavity; a water supply unit, configured for supplying a water to the reaction cavity; the air extraction unit is configured to extract the odor into the reaction cavity, wherein the odor is mixed with the water in the reaction cavity to be converted into a purified gas and then discharged from the reaction cavity; further comprising a base fixedly mountable on a toilet seat body, wherein the cover plate is rotatably connected to the base, and the reaction chamber is mounted in the base; the water in the reaction cavity is discharged to a sewage pipe of a toilet or a water tank of the toilet; the reaction chamber is provided with a water inlet channel, the water supply unit has a water supply channel communicating with the water inlet channel, the reaction chamber is further provided with an air intake channel, and the air extraction unit is provided with an air extraction channel communicating with the air intake channel; characterized in that: a water outlet end of the water inlet channel is provided with a plurality of water outlet holes configured for forming a sprinkling water, and the sprinkling water flows into the reaction cavity.
Method for producing a readily formable flat steel product which has a C content of from 0.1 to 0.4% by weight, in which the flat steel product is subjected in a continuous furnace to an annealing treatment, characterised in that the annealing treatment is carried out under an annealing atmosphere which contains from 0.1 to 25% by vol. of H 2, H 2 O, with the balance being N 2 and technically unavoidable impurities as the balance and which has a dew point between -20°C and +60°C, the relationship H 2 O/H 2 of the annealing atmosphere being a maximum of 0.957 and in that, in the course of the annealing treatment, the flat steel product is heated to a holding temperature which is from 600 to 1100°C and at which it is held for a holding time which is from 10 to 360 seconds, so that the flat steel product obtained after the annealing treatment has a ductile edge layer which is from 10 to 200 μm thick and which adjoins its free surface and which has a ductility greater than the ductility of the inner core layer of the flat steel product that is covered by the edge layer.
An apparatus for cosmetic resurfacing of a skin tissue, comprising: a plurality of shafts; a plurality of abrading elements, wherein each of the plurality of abrading elements is coupled to the distal end of each of the shafts; and a drive arrangement configured to rotate each of the shafts around a longitudinal axis thereof, wherein the width of each of abrading elements is less than 1 mm, and wherein the abrading elements are configured to contact a surface of the skin tissue to remove at least one portion of the skin tissue a plurality of shafts; a plurality of abrading elements, wherein each of the plurality of abrading elements is coupled to the distal end of each of the shafts; and a drive arrangement configured to rotate each of the shafts around a longitudinal axis thereof, wherein the width of each of abrading elements is less than 1 mm, and wherein the abrading elements are configured to contact a surface of the skin tissue to remove at least one portion of the skin tissue
An electronic component assembly comprising: a stack of electronic components wherein each electronic component of said electronic components comprises a face and external terminations wherein said face comprises an inert surface; a component stability structure attached to at least one said inert surface; a circuit board comprising circuit traces arranged for electrical engagement with said external terminations; wherein said component stability structure mechanically engages with said circuit board and inhibits said electronic component from moving relative to said circuit board; wherein said component stability structure does not contribute to electrical functionality; and wherein said stack of electronic components further comprises at least one solder joint in direct electrical contact with at least one said external termination of said external terminations and at least one circuit trace of said circuit traces. a stack of electronic components wherein each electronic component of said electronic components comprises a face and external terminations wherein said face comprises an inert surface; a component stability structure attached to at least one said inert surface; a circuit board comprising circuit traces arranged for electrical engagement with said external terminations; wherein said component stability structure mechanically engages with said circuit board and inhibits said electronic component from moving relative to said circuit board; wherein said component stability structure does not contribute to electrical functionality; and wherein said stack of electronic components further comprises at least one solder joint in direct electrical contact with at least one said external termination of said external terminations and at least one circuit trace of said circuit traces.
A method for preventing oxygen inhibition of a light-initiated polymerization reaction at ambient conditions, the method comprising: depositing a layer of UV curable material on a print surface of an object under fabrication; the method being characterised in that towards the end of depositing the layer of UV curable material on the print surface, initiating a purging of oxygen from a region adjacent to a diffuser, wherein purging oxygen from the region adjacent to the diffuser comprises pumping an inert gas through the diffuser; upon finishing the deposition of the layer of UV curable material on the print surface, raising the object under fabrication so that the layer of UV curable material is within the region adjacent to the diffuser while continuing to purge oxygen from the region adjacent to the diffuser; and after raising the object under fabrication, curing the layer of UV curable material with UV light while continuing to purge oxygen from the region adjacent to the diffuser, wherein the curing comprises passing the UV light through the diffuser and onto the layer of UV curable material. depositing a layer of UV curable material on a print surface of an object under fabrication; the method being characterised in that towards the end of depositing the layer of UV curable material on the print surface, initiating a purging of oxygen from a region adjacent to a diffuser, wherein purging oxygen from the region adjacent to the diffuser comprises pumping an inert gas through the diffuser; upon finishing the deposition of the layer of UV curable material on the print surface, raising the object under fabrication so that the layer of UV curable material is within the region adjacent to the diffuser while continuing to purge oxygen from the region adjacent to the diffuser; and after raising the object under fabrication, curing the layer of UV curable material with UV light while continuing to purge oxygen from the region adjacent to the diffuser, wherein the curing comprises passing the UV light through the diffuser and onto the layer of UV curable material.
A resin panel comprising a back wall; a front wall facing the back wall with a gap to form a hollow part therebetween; peripheral walls joining peripheries of the front wall and the back wall, and plural ribs formed by having portions of the back wall depressed toward the front wall and welded to the inner surface of the front wall, and the resin panel constructed without using a reinforcing material unit and without a decorative member, wherein the resin panel has an external shape which measures about 1080 mm × 510mm, and has contact surfaces along the entire periphery, wherein the back wall, the front wall and the ribs are configured by mold-clamping, in a split mold, a first molten resin in a molten state and incorporating a plate-shaped filler, which constitutes the back wall, and a second molten resin in a molten state and incorporating a plate-shaped filler, which constitutes the front wall, the first molten resin and the second molten resin having been extruded and flowed out from an extrusion apparatus, the longitudinal direction (3a1) of the ribs is perpendicular to the direction of flow of the first molten resin and the second molten resin, wherein the ribs are formed to be separated from each other in a direction that is perpendicular to the direction of flow of the resin, and the ribs that are formed to be separated from each other are formed jaggedly and alternately in the direction of flow of the resin, and wherein the first and second molten resins are each a mixed resin of polypropylene resin and polyethylene resin. wherein the back wall, the front wall and the ribs are configured by mold-clamping, in a split mold, a first molten resin in a molten state and incorporating a plate-shaped filler, which constitutes the back wall, and a second molten resin in a molten state and incorporating a plate-shaped filler, which constitutes the front wall, the first molten resin and the second molten resin having been extruded and flowed out from an extrusion apparatus, the longitudinal direction (3a1) of the ribs is perpendicular to the direction of flow of the first molten resin and the second molten resin, wherein the ribs are formed to be separated from each other in a direction that is perpendicular to the direction of flow of the resin, and the ribs that are formed to be separated from each other are formed jaggedly and alternately in the direction of flow of the resin, and
A method for estimating the load of a tire supporting a vehicle, the method comprising the steps of: providing the tire, the tire including a pair of sidewalls extending to a circumferential tread, the tread including a plurality of tread blocks; selecting one of the tread blocks, the selected one of the tread blocks deforming upon contact with the ground; defining a cavity in the selected one of the tread blocks; disposing a magnetic element (28, 82) in the tread cavity, the magnetic element (28, 82) generating a magnetic field; mounting a magnetic sensor (32, 88) in a tire cavity proximate the magnetic element (28, 82) to sense the magnetic field; delivering a signal with the magnetic sensor (32, 88); connecting an electronic module to the magnetic sensor (32, 88) by electronic means, the electronic module including a processor; indicating an entry point of a tire footprint and an exit point of the tire footprint with an amplitude of the signal; indicating a length of the tire footprint with a first time interval (T 1) between peaks (64, 66) of the amplitude of the signal; indicating a full rotation of the tire with a second time interval (T 2), the second time interval (T 2) being determined from at least one of a distance between peaks of the amplitude of the signal and a linear speed of the vehicle; and determining with the processor the load on the tire from a ratio of the first time interval (T 1) to the second time interval (T 2) at an inflation pressure of the tire. providing the tire, the tire including a pair of sidewalls extending to a circumferential tread, the tread including a plurality of tread blocks; selecting one of the tread blocks, the selected one of the tread blocks deforming upon contact with the ground; defining a cavity in the selected one of the tread blocks; disposing a magnetic element (28, 82) in the tread cavity, the magnetic element (28, 82) generating a magnetic field; mounting a magnetic sensor (32, 88) in a tire cavity proximate the magnetic element (28, 82) to sense the magnetic field; delivering a signal with the magnetic sensor (32, 88); connecting an electronic module to the magnetic sensor (32, 88) by electronic means, the electronic module including a processor; indicating an entry point of a tire footprint and an exit point of the tire footprint with an amplitude of the signal; indicating a length of the tire footprint with a first time interval (T 1) between peaks (64, 66) of the amplitude of the signal; indicating a full rotation of the tire with a second time interval (T 2), the second time interval (T 2) being determined from at least one of a distance between peaks of the amplitude of the signal and a linear speed of the vehicle; and determining with the processor the load on the tire from a ratio of the first time interval (T 1) to the second time interval (T 2) at an inflation pressure of the tire.
A method for authenticating a user by using a predetermined electronically stored passcode that comprises a predetermined number of passcode symbols selected from a pre-selected set of symbols, wherein each of the passcode symbols is characterized by a predetermined pin position, the method comprising: presenting a token set to the user via a user interface of an electronic device, wherein the token set comprises at least two tokens, and wherein each token in the token set comprises at least two symbols that belong to the set of symbols; requiring the user to select a token from the token set for each pin position in the passcode via the user interface; and authenticating the user based on the tokens that the user selected, wherein the user is authenticated if: the number of tokens selected by the user is equal to the number of symbols in the passcode, at least one of the tokens selected contains a respective one of the passcode symbols, and for each pin position the passcode symbol at said pin position is either comprised in the token selected for this pin position or not comprised at all in any of the tokens in the token set presented to the user. presenting a token set to the user via a user interface of an electronic device, wherein the token set comprises at least two tokens, and wherein each token in the token set comprises at least two symbols that belong to the set of symbols; requiring the user to select a token from the token set for each pin position in the passcode via the user interface; and authenticating the user based on the tokens that the user selected, wherein the user is authenticated if: the number of tokens selected by the user is equal to the number of symbols in the passcode, at least one of the tokens selected contains a respective one of the passcode symbols, and for each pin position the passcode symbol at said pin position is either comprised in the token selected for this pin position or not comprised at all in any of the tokens in the token set presented to the user. the number of tokens selected by the user is equal to the number of symbols in the passcode, at least one of the tokens selected contains a respective one of the passcode symbols, and for each pin position the passcode symbol at said pin position is either comprised in the token selected for this pin position or not comprised at all in any of the tokens in the token set presented to the user.
A method of forming a bit body of an earth-boring rotary drill bit, the method comprising: predicting a positional error to be exhibited by at least one feature of a plurality of features in a less than fully sintered bit body upon sintering the less than fully sintered bit body to a desired final density; forming the at least one feature of the plurality of features on the less than fully sintered bit body at a location at least partially determined by the predicted positional error to be exhibited by the at least one feature of the plurality of features; and sintering the less than fully sintered bit body to a desired final density. predicting a positional error to be exhibited by at least one feature of a plurality of features in a less than fully sintered bit body upon sintering the less than fully sintered bit body to a desired final density; forming the at least one feature of the plurality of features on the less than fully sintered bit body at a location at least partially determined by the predicted positional error to be exhibited by the at least one feature of the plurality of features; and sintering the less than fully sintered bit body to a desired final density.
A cleaning device for cleaning cooling tower internals, the cleaning device having a dry ice blasting apparatus, having one or more blasting devices for emitting blasting material that are insertable into the cooling tower internals and/or are movable along the cooling tower internals, the cleaning device having a suction means, adapted to suck material that has been dissolved by the blasting material from the cooling tower internals.
Antiballistic garment comprising at least one antiballistic protection plate comprising at least one layer of ceramic material, wherein said ceramic material is of the composite type, said at least one layer being internally reinforced by metal net which forms at least one layer, characterised in that said metal net is of the stretch type with a three-dimensional structure.