mhurhangee/ep-ind-claims huggingface dataset:
A rotor pump, comprising: a pump body capable of being rotatably driven, wherein a substantially cylindrical accommodation cavity is formed in the pump body, the accommodation cavity has a bottom wall, and a recess is provided on an inner circumference of the accommodation cavity; a pump wheel (20, 20A) comprising a substantially cylindrical main body portion which is capable of swing in the accommodation cavity, a protrusion which radially extends from the main body portion and is capable of being fitted in the recess, and a substantially cylindrical first shaft portion which axially extends from the main body portion; and a sealing plate positioned relative to the pump body and comprising an eccentric hole which is eccentric relative to a rotation axis of the pump body, wherein the first shaft portion of the pump wheel (20, 20A) is rotatably fitted in the eccentric hole, and a suction channel is formed on one side of the pump wheel (20, 20A), the rotor pump characterized in that a discharge channel is formed on the other side of the pump wheel (20, 20A), and the suction channel and the discharge channel are each in fluid communication with a compression cavity formed between an outer circumference of the pump wheel (20, 20A) and the inner circumference of the accommodation cavity. a pump body capable of being rotatably driven, wherein a substantially cylindrical accommodation cavity is formed in the pump body, the accommodation cavity has a bottom wall, and a recess is provided on an inner circumference of the accommodation cavity; a pump wheel (20, 20A) comprising a substantially cylindrical main body portion which is capable of swing in the accommodation cavity, a protrusion which radially extends from the main body portion and is capable of being fitted in the recess, and a substantially cylindrical first shaft portion which axially extends from the main body portion; and a sealing plate positioned relative to the pump body and comprising an eccentric hole which is eccentric relative to a rotation axis of the pump body, wherein the first shaft portion of the pump wheel (20, 20A) is rotatably fitted in the eccentric hole, and a suction channel is formed on one side of the pump wheel (20, 20A), the rotor pump characterized in that a discharge channel is formed on the other side of the pump wheel (20, 20A), and the suction channel and the discharge channel are each in fluid communication with a compression cavity formed between an outer circumference of the pump wheel (20, 20A) and the inner circumference of the accommodation cavity.
A system comprising: a compressor; and a controller configured to detect loss of refrigerant charge based upon the mode of operation of the compressor, wherein the detection comprises: receiving a plurality of operating condition parameters associated with a climate-controlled environment, determining whether the compressor is operating in at least one of a first mode of operation corresponding to full capacity operation and a second mode of operation corresponding to partial capacity operation, applying a first model to the plurality of operating condition parameters when the compressor is operating in the first mode of operation to represent a loss of refrigerant charge associated with the climate-controlled environment; and applying a second model to the plurality of operating condition parameters when the compressor is operating in the second mode of operation to represent the loss of refrigerant charge associated with the climate-controlled environment. a compressor; and a controller configured to detect loss of refrigerant charge based upon the mode of operation of the compressor, wherein the detection comprises: receiving a plurality of operating condition parameters associated with a climate-controlled environment, determining whether the compressor is operating in at least one of a first mode of operation corresponding to full capacity operation and a second mode of operation corresponding to partial capacity operation, applying a first model to the plurality of operating condition parameters when the compressor is operating in the first mode of operation to represent a loss of refrigerant charge associated with the climate-controlled environment; and applying a second model to the plurality of operating condition parameters when the compressor is operating in the second mode of operation to represent the loss of refrigerant charge associated with the climate-controlled environment. receiving a plurality of operating condition parameters associated with a climate-controlled environment, determining whether the compressor is operating in at least one of a first mode of operation corresponding to full capacity operation and a second mode of operation corresponding to partial capacity operation, applying a first model to the plurality of operating condition parameters when the compressor is operating in the first mode of operation to represent a loss of refrigerant charge associated with the climate-controlled environment; and applying a second model to the plurality of operating condition parameters when the compressor is operating in the second mode of operation to represent the loss of refrigerant charge associated with the climate-controlled environment.
A cleaning basket for cleaning breathing apparatus, comprising at least one basket rack, furthermore comprising at least one mask holder for holding at least one protective breathing mask in the cleaning basket, furthermore comprising at least one suction element, wherein the suction element has at least one suction opening, wherein the suction element is configured to be charged with negative pressure, characterized in, that the suction element is configured to extend into the protective breathing mask held by the mask holder and that the suction element is configured to suck cleaning fluid out of at least one interior space of the protective breathing mask into the suction opening. the suction element is configured to extend into the protective breathing mask held by the mask holder and that the suction element is configured to suck cleaning fluid out of at least one interior space of the protective breathing mask into the suction opening.
A terminal comprising: a reception section configured to receive first downlink control information, DCI, for scheduling a first transmission of uplink shared channel in a first given period with a first length of a plurality of different lengths and second downlink control information, DCI, for scheduling a second transmission of uplink shared channel in a second given period with a second length of the plurality of different lengths, the second length different from the first length; and a control section configured to control, for each of the first and second transmission of uplink shared channel, a transmission power of the transmission of uplink shared channel based on an accumulation value of transmission power control, TPC, commands in the DCI that are accumulated irrespective of the length of the respective given period. a reception section configured to receive first downlink control information, DCI, for scheduling a first transmission of uplink shared channel in a first given period with a first length of a plurality of different lengths and second downlink control information, DCI, for scheduling a second transmission of uplink shared channel in a second given period with a second length of the plurality of different lengths, the second length different from the first length; and a control section configured to control, for each of the first and second transmission of uplink shared channel, a transmission power of the transmission of uplink shared channel based on an accumulation value of transmission power control, TPC, commands in the DCI that are accumulated irrespective of the length of the respective given period.
A method for manufacturing a can for beverage, comprising: a molding process molding a cylindrical can body; and a diameter decreasing process decreasing a diameter of an opening portion of the can body molded by the molding process, the can body not having been subjected to image formation on an outer surface thereof when the diameter decreasing process is performed. a molding process molding a cylindrical can body; and a diameter decreasing process decreasing a diameter of an opening portion of the can body molded by the molding process, the can body not having been subjected to image formation on an outer surface thereof when the diameter decreasing process is performed.
Military vehicle with a launcher means which has a height-adjustable part that can be levelled in elevation with a storage space, in which launcher ammunition elements can be arranged, characterised in that a transport container with a stowage area for stowing equipment is arranged on the height-adjustable part, whereby the transport container is so designed that it can be accommodated in the storage space.
A brake control device for a motorcycle, including a deceleration estimating unit configured to estimate deceleration of a vehicle, a bank angle estimating unit configured to estimate a bank angle (α) of the vehicle, and a slip preventing unit configured to detect slip of a wheel (24 or 26) and to control a brake (20 or 22) of the vehicle to limit the slip to a predetermined range; wherein the brake control device further comprises: a deceleration limiting unit configured to control the brake (20 or 22) to limit the deceleration to a predetermined range based on the estimated bank angle (a); characterised in that the deceleration limiting unit limits the deceleration to the predetermined range by using a map in which the bank angle (α) and a threshold of the deceleration are associated with each other for speeds of the motorcycle. a deceleration limiting unit configured to control the brake (20 or 22) to limit the deceleration to a predetermined range based on the estimated bank angle (a); characterised in that the deceleration limiting unit limits the deceleration to the predetermined range by using a map in which the bank angle (α) and a threshold of the deceleration are associated with each other for speeds of the motorcycle.
Method for preparing a compound of the formula where R 1 and R 2 are hydrogen, comprising the following steps: (a) reacting at least one compound of the formula with hydrocyanic acid and at least one base B selected from the group consisting of ammonia, trialkylamine, ammonium salt, whereby a crude product CP comprising and hydrocyanic acid is obtained; b) at least partially removing hydrocyanic acid from the crude product CP by subjecting the latter to stripping, whereby a pure product comprising the compound is obtained, wherein the pure product has a reduced content of hydrocyanic acid compared to CP, characterized in that the stripping is carried out at a pressure in the range of 10 to 500 mbar, wherein a temperature of ≤ 85°C is maintained during the stripping in step b), wherein optionally an inert stripping gas is used in countercurrent flow. (a) reacting at least one compound of the formula with hydrocyanic acid and at least one base B selected from the group consisting of ammonia, trialkylamine, ammonium salt, whereby a crude product CP comprising and hydrocyanic acid is obtained; b) at least partially removing hydrocyanic acid from the crude product CP by subjecting the latter to stripping, whereby a pure product comprising the compound is obtained, wherein the pure product has a reduced content of hydrocyanic acid compared to CP,
A phase synchronization apparatus for an asynchronous time division duplex, TDD, system, comprising: N timing phase adjusters, a level calculator, and a first selector, wherein each of the N timing phase adjusters is connected to the level calculator and the first selector, and the level calculator is connected to the first selector, wherein N is an integer greater than or equal to 2 and each timing phase adjuster is independent; the timing phase adjuster is configured to perform phase adjustment on a first signal according to a phase adjustment value corresponding to the timing phase adjuster, to obtain an adjusted first signal, and separately send the adjusted first signal to the level calculator and the first selector, wherein the first signal is a baseband signal, and the N timing phase adjusters respectively correspond to different phase adjustment values; the level calculator is configured to acquire level fluctuation values, within a preset time, of the N adjusted first signals that are obtained by the N timing phase adjusters, determine an identifier of an adjusted first signal corresponding to a minimum level fluctuation value, and send the identifier to the first selector; and the first selector is configured to determine a second signal from the N adjusted first signals according to the identifier sent by the level calculator, and output the second signal, wherein the second signal is the adjusted first signal corresponding to the identifier.
An aerofoil for a gas turbine engine, the aerofoil comprising: a pressure surface; a suction surface; a leading edge; a trailing edge; a stagnation zone located in the region of the leading edge; and an elongate channel in the surface of the aerofoil running along the leading edge at the stagnation zone; characterised in that the cross section of the elongate channel varies along its length, is largest at the ends of the elongate channel, and decreases towards the midpoint of the length of the elongate channel. a pressure surface; a suction surface; a leading edge; a trailing edge; a stagnation zone located in the region of the leading edge; and an elongate channel in the surface of the aerofoil running along the leading edge at the stagnation zone;
Apparatus for preparing a beverage by delivering sanitized liquid within a package containing nutritional ingredients comprising: a package comprising a product compartment containing nutritional ingredients and a spout arranged for the supply of liquid inside the compartment and a machine comprising: a control unit, a liquid supply and treatment unit comprising an optical irradiation chamber arranged for sanitizing liquid circulating therein and a connection assembly for fluidly connecting the liquid supply and treatment unit with the package; wherein the spout comprises a fluid connector, with a liquid inlet, insertable through the connection assembly of the liquid supply and treatment unit; wherein the fluid connector is positioned after insertion through the connection assembly in a position of insertion in which the liquid inlet is exposed to the optical irradiation field produced by the optical irradiation chamber. a package comprising a product compartment containing nutritional ingredients and a spout arranged for the supply of liquid inside the compartment and a machine comprising: a control unit, a liquid supply and treatment unit comprising an optical irradiation chamber arranged for sanitizing liquid circulating therein and a connection assembly for fluidly connecting the liquid supply and treatment unit with the package; wherein the spout comprises a fluid connector, with a liquid inlet, insertable through the connection assembly of the liquid supply and treatment unit; wherein the fluid connector is positioned after insertion through the connection assembly in a position of insertion in which the liquid inlet is exposed to the optical irradiation field produced by the optical irradiation chamber. a control unit, a liquid supply and treatment unit comprising an optical irradiation chamber arranged for sanitizing liquid circulating therein and a connection assembly for fluidly connecting the liquid supply and treatment unit with the package; wherein the spout comprises a fluid connector, with a liquid inlet, insertable through the connection assembly of the liquid supply and treatment unit; wherein the fluid connector is positioned after insertion through the connection assembly in a position of insertion in which the liquid inlet is exposed to the optical irradiation field produced by the optical irradiation chamber.
An absorbent hygiene article for collecting bodily fluid, said article comprising a body-facing surface, a garment-facing surface and an absorbent structure situated between said body-facing surface and said garment-facing surface, wherein said body-facing surface comprises: i) a central fluid acquisition zone, ii) a first hydrophobic lateral zone situated on one side of the central fluid acquisition zone and, iii) a second hydrophobic lateral zone situated on the opposite side of the central fluid acquisition zone, wherein said first and second hydrophobic lateral zones (161, 181) are made of a nonwoven material (16, 18), and said first and second lateral zones are at least partially situated above the absorbent structure and wherein the absorbent structure comprises a gradient core. i) a central fluid acquisition zone, ii) a first hydrophobic lateral zone situated on one side of the central fluid acquisition zone and, iii) a second hydrophobic lateral zone situated on the opposite side of the central fluid acquisition zone,
Contact sleeve for connecting at least one stranded wire having a receiving region extending longitudinally to a central line running in parallel to the stranded wire for inserting stripped ends of the at least one stranded wire and having two crimp wings (15a, 15b) that are each directed towards each other and, in the folded state, clamp the stripped ends, wherein the crimp wings (15a, 15b) have grooves that run on both crimp wings (15a, 15b) relative to the central line in the shape of an arrow, characterised in that the grooves run outwards in the direction of the edge of the crimp wings (15a, 15b), in each case starting from the central line and being curved with a continuously decreasing gradient.
A compound of Formula XI or a pharmaceutically acceptable salt thereof, wherein R 1 is alkyl; R 2 is hydrogen; R 31 and R 32 are hydrogen; M 1 is: and R 5 is hydrogen or NH 2.
A radiation-emitting arrangement, comprising - a carrier element having an at least partly non-transparent main surface and - arranged on the carrier element, an organic radiation-emitting component having an organic layer sequence with an active region between an at least partly transparent first electrode and an at least partly transparent second electrode, wherein - the active region is suitable for generating electromagnetic radiation (91, 93) in a switched-on operating state, - the radiation-emitting arrangement has a radiation exit area for emitting the electromagnetic radiation (92, 93) on that side of the organic radiation-emitting component which faces away from the carrier element, - the at least partly non-transparent main surface of the carrier element is perceptible by an external observer through the radiation exit area in a switched-off operating state of the organic radiation-emitting component, wherein the organic radiation-emitting component has an emission characteristic of the electromagnetic radiation (91, 93) generated in the active region with a first intensity in the direction of the carrier element and a second intensity in the direction of the radiation exit area, the at least partly non-transparent main surface of the carrier element is illuminated by the electromagnetic radiation with the first intensity and the electromagnetic radiation with the first intensity is reflected at least partly in the direction of the radiation exit area, characterized in that the second intensity is less than the first intensity, so that the non-transparent main surface is perceptible illuminated in the switched-on state of the organic radiation-emitting component. - a carrier element having an at least partly non-transparent main surface and - arranged on the carrier element, an organic radiation-emitting component having an organic layer sequence with an active region between an at least partly transparent first electrode and an at least partly transparent second electrode, - the active region is suitable for generating electromagnetic radiation (91, 93) in a switched-on operating state, - the radiation-emitting arrangement has a radiation exit area for emitting the electromagnetic radiation (92, 93) on that side of the organic radiation-emitting component which faces away from the carrier element, - the at least partly non-transparent main surface of the carrier element is perceptible by an external observer through the radiation exit area in a switched-off operating state of the organic radiation-emitting component,
A method of creating a layered tape composite structure of a cross-sectional profile defined by a void within a greater composite structure, the method comprising: supplying one or more first tapes (56, 108); supplying one or more second tapes (58, 112), wherein the first tapes differ from the second tapes in at least one of width and thickness; one of: combining two or more of the one or more first tapes to form combined first tape; and combining two or more of the one or more second tapes to form combined second tape; placing the one or more first tapes on a layup surface, wherein the layup surface is a surface of a structure for temporarily supporting the layered tape composite structure while it is being created; and placing the one or more second tapes on the one or more first tapes on the layup surface; and actively controlling one or more of the supplying one or more first tapes, the supplying one or more second tapes, the placing the one or more first tapes, and the placing the one or more second tapes to create a layered tape radius filler having a predefined cross-sectional profile, of the cross-sectional profile defined by the void within the greater composite structure; and removing the layered tape composite structure from the layup surface and installing the layered tape composite structure as a component of the greater composite structure. supplying one or more first tapes (56, 108); supplying one or more second tapes (58, 112), wherein the first tapes differ from the second tapes in at least one of width and thickness; one of: combining two or more of the one or more first tapes to form combined first tape; and combining two or more of the one or more second tapes to form combined second tape; combining two or more of the one or more first tapes to form combined first tape; and combining two or more of the one or more second tapes to form combined second tape; placing the one or more first tapes on a layup surface, wherein the layup surface is a surface of a structure for temporarily supporting the layered tape composite structure while it is being created; and placing the one or more second tapes on the one or more first tapes on the layup surface; and actively controlling one or more of the supplying one or more first tapes, the supplying one or more second tapes, the placing the one or more first tapes, and the placing the one or more second tapes to create a layered tape radius filler having a predefined cross-sectional profile, of the cross-sectional profile defined by the void within the greater composite structure; and removing the layered tape composite structure from the layup surface and installing the layered tape composite structure as a component of the greater composite structure.