mhurhangee/ep-ind-claims huggingface dataset:
A polymer melt filter support comprising: a hollow cylindrical body defined by a first end, a second end, and a cylinder wall having a first end portion and a second end portion; a screw thread on the outside surface of the first end portion; and a plurality of holes in the cylinder wall at the second end portion, wherein the holes allow for a polymer melt outside of the cylindrical body to flow inside of the cylindrical body, wherein the first end comprises an opening for the polymer melt inside of the cylindrical body to flow outside of the cylindrical body, wherein the area of the openings of the holes on the outside surface of the cylinder wall is larger than the area of the openings of the corresponding holes on the inside surface of the cylinder wall, and wherein the shape of the openings of the holes on the outside surface is non-circular, and which further comprises an opening at the second end, a cone insert adapted to fit inside of the second end opening, and a cap for securing one or more filter elements around the second end portion of the cylindrical body, wherein the cone insert comprises a curved lateral surface towards its base, and wherein the cone insert comprises a base plate, characterised in that the perimeter of the base plate comprises one or more recesses, wherein the recesses and an inner surface of the cylindrical body define a reservoir for holding solder or weld metal for joining the cone insert to the cylindrical body. a hollow cylindrical body defined by a first end, a second end, and a cylinder wall having a first end portion and a second end portion; a screw thread on the outside surface of the first end portion; and a plurality of holes in the cylinder wall at the second end portion, wherein the holes allow for a polymer melt outside of the cylindrical body to flow inside of the cylindrical body, wherein the first end comprises an opening for the polymer melt inside of the cylindrical body to flow outside of the cylindrical body, wherein the area of the openings of the holes on the outside surface of the cylinder wall is larger than the area of the openings of the corresponding holes on the inside surface of the cylinder wall, and wherein the shape of the openings of the holes on the outside surface is non-circular, and which further comprises an opening at the second end, a cone insert adapted to fit inside of the second end opening, and a cap for securing one or more filter elements around the second end portion of the cylindrical body, wherein the cone insert comprises a curved lateral surface towards its base, and wherein the cone insert comprises a base plate, characterised in that the perimeter of the base plate comprises one or more recesses, wherein the recesses and an inner surface of the cylindrical body define a reservoir for holding solder or weld metal for joining the cone insert to the cylindrical body.
Device for production of a fiber profile that fills a first space (14, 26) that has a nail-head-shaped or half-nail-head-shaped cross-section that originates from an assembly of preforms (10, 12, 12', 20, 22, 24) in a T shape, of which at least one comprises a curvature radius at the junction zone of said preforms, the device comprising powder-coated fiber supply means, a preforming station where said powder is activated and where fibers move into a passage with a cross-section that corresponds to the cross-section of the desired fiber profile, and a shaping station where said fibers profile is cooled and shaped by circulating in a cavity which cross-section corresponds to the cross-section of the desired fiber profile, the shaping station comprising two belts (64, 64') that work with one another so as to define a cavity in which is arranged the hot fiber profile that exits from the preforming station.
An alarm system comprising a control panel and a plurality of zone expanders (E1, E2, E3, E4, E5, E6) connected to the control panel, the expanders being provided with audible indication means, wherein the system is provided with a means for discovering the physical location of any of said expanders by using said audible indication means, comprising means for the control panel to address a signal to any of said expanders, the addressed expander being operable to actuate its audible indication means in response to said signal to thereby audibly indicate the position of the expander to an observer.
A gripper for seizing piece goods being moved in a plurality of parallel rows (31, 32, 33, 34), the gripper comprising at least one first gripper bar and at least one second gripper bar, wherein the at least one first gripper bar and the at least one second gripper bar are designed to perform an advance movement, by which particular advance movement piece goods from different parallel rows (31, 32, 33, 34) can be held in a clamping manner between the at least one first gripper bar and the at least one second gripper bar, the gripper being characterised by at least one support bar (20, 22), which is arranged between the at least one first gripper bar and the at least one second gripper bar, wherein the at least one support bar (20, 22) is mounted to be movable relative to the at least one first gripper bar and to the at least one second gripper bar in such a manner that the at least one support bar (20, 22) can change its position as required in the context of a particular advance movement in order to come into contact in a force-loaded manner with piece goods from different parallel rows (31, 32, 33, 34), and, for this purpose, the at least one support bar (20, 22) is movable in a linear direction between the at least one first gripper bar and the at least one second gripper bar. at least one first gripper bar and at least one second gripper bar, wherein the at least one first gripper bar and the at least one second gripper bar are designed to perform an advance movement, by which particular advance movement piece goods from different parallel rows (31, 32, 33, 34) can be held in a clamping manner between the at least one first gripper bar and the at least one second gripper bar, the gripper being characterised by at least one support bar (20, 22), which is arranged between the at least one first gripper bar and the at least one second gripper bar, wherein the at least one support bar (20, 22) is mounted to be movable relative to the at least one first gripper bar and to the at least one second gripper bar in such a manner that the at least one support bar (20, 22) can change its position as required in the context of a particular advance movement in order to come into contact in a force-loaded manner with piece goods from different parallel rows (31, 32, 33, 34), and, for this purpose, the at least one support bar (20, 22) is movable in a linear direction between the at least one first gripper bar and the at least one second gripper bar.
A method for the synthesis of methanol, wherein a carbon-containing energy source stream is fed to a synthesis gas reactor unit in order to obtain a synthesis gas stream with hydrogen and oxides of carbon, wherein the synthesis gas stream is fed to a heat recovery device in order to recover heat from the synthesis gas stream and thereafter to a synthesis gas compressor in order to increase the pressure, wherein at least a portion of the pressurized synthesis gas stream is fed to a first reactor stage of a methanol reactor unit for partial conversion into methanol, wherein a residual gas stream with unreacted oxides of carbon is obtained from the methanol reactor unit, the residual gas stream being fed to a recycle compressor in order to increase the pressure of the residual gas stream, wherein the pressurized residual gas stream is fed to the methanol reactor unit for partial conversion into methanol, wherein a recovery stream formed by an unreacted residual gas from the first reactor stage is fed to a hydrogen recovery unit in order to obtain a H recycle stream, the H recycle stream having unreacted hydrogen from the unreacted residual gas, the unreacted hydrogen of the H recycle stream being fed once again to the first reactor stage for at least partial conversion into methanol, characterized in that the pressure of at least a portion of the unreacted hydrogen of the H recycle stream from the first reactor stage up to its feed once again into the first reactor stage is increased along with the unreacted oxides of carbon by means of the recycle compressor.
A method of producing a fiber-reinforced plastic composite material comprising the steps of: [a] bringing matrix substance in contact with a reinforcement fiber structure to form an intermediate material, [b] curing the matrix substance of the intermediate material to form the composite material, [c] mixing the matrix substance and a diluent prior to step [a] to form a mixture, and [d] during step [b] separating diluent from matrix substance by adding energy to the diluent from within the intermediate material, characterized in that the reinforcement fiber structure is placed in a mold during at least part of the performance of step [a], and in that - during performance of step [a] - energy is added from within the intermediate material to heat portions of the matrix substance below a boiling temperature of diluent in the mixture in the intermediate material. [a] bringing matrix substance in contact with a reinforcement fiber structure to form an intermediate material, [b] curing the matrix substance of the intermediate material to form the composite material, [c] mixing the matrix substance and a diluent prior to step [a] to form a mixture, and [d] during step [b] separating diluent from matrix substance by adding energy to the diluent from within the intermediate material,
A method for a base station, BS, supporting an evolved user equipment and a legacy user equipment, transmitting power control information in a wireless communication system, the method comprising: generating a first maximum transmit power information; and generating a second maximum transmit power information; wherein the first maximum transmit power information is used by the evolved user equipment, and is not used by the legacy user equipment, wherein the second maximum transmit power information is used by the legacy user equipment, wherein the method is characterized in that: the second maximum transmit power information is generated by subtracting a first Additive-Maximum Power Reduction, A-MPR, from the first maximum transmit power information, and in that it further comprises: broadcasting power control information including the first maximum transmit power information and the second maximum transmit power information. generating a first maximum transmit power information; and generating a second maximum transmit power information; wherein the first maximum transmit power information is used by the evolved user equipment, and is not used by the legacy user equipment, the second maximum transmit power information is generated by subtracting a first Additive-Maximum Power Reduction, A-MPR, from the first maximum transmit power information, broadcasting power control information including the first maximum transmit power information and the second maximum transmit power information.
Integrated device for the detritiation of water comprising a) a combined electrolysis catalytic exchange unit comprising and intake means for tritium enriched water, a1) a liquid phase catalytic exchange unit comprising an exit means for tritium free oxygen and a2) a water electrolyser unit, b) a water distillation unit, optionally comprising a re-boiler unit, c) a vapour phase catalytic exchange unit and d) a tritium recovery system, comprising exiting means for purified hydrogen, deuterium and tritium. wherein the tritium-enriched medium is fed into unit a), from there to unit b), from there to unit c) and from there to unit d). a) a combined electrolysis catalytic exchange unit comprising and intake means for tritium enriched water, a1) a liquid phase catalytic exchange unit comprising an exit means for tritium free oxygen and a2) a water electrolyser unit, a1) a liquid phase catalytic exchange unit comprising an exit means for tritium free oxygen and a2) a water electrolyser unit, b) a water distillation unit, optionally comprising a re-boiler unit, c) a vapour phase catalytic exchange unit and d) a tritium recovery system, comprising exiting means for purified hydrogen, deuterium and tritium.
An active irrigation system for controlling delivery of irrigation fluid to an ophthalmic surgical site, the active irrigation system comprising: a chamber (10, 60) having at least one fluid port (72; 74) for introducing an irrigation fluid from a fluid source into the chamber (10, 60) and for delivering the irrigation fluid to a surgical site; an irrigation pump configured to deliver irrigation fluid from the fluid source to the chamber (10, 60); a variable pressure source in fluid communication with the chamber (10, 60) and configured to pressurize the chamber (10, 60); a pressure sensor in fluid communication with the chamber (10, 60) configured to monitor the pressure within the chamber (10, 60); a controller configured to adjust the pressure applied by the variable pressure source to maintain a desired irrigation pressure within the chamber (10, 60), the controller operatively connected to the pressure sensor, wherein the chamber comprises a first compartment and a second compartment separated by an internal wall, the first compartment comprising the at least one fluid port (72; 74) and the second compartment comprising a fluid level indicator arranged to indicate the fluid level within the chamber (10, 60) during operation, and wherein the internal wall comprises at least one opening therein to allow the fluid level in the first compartment and the second compartment to equalize. a chamber (10, 60) having at least one fluid port (72; 74) for introducing an irrigation fluid from a fluid source into the chamber (10, 60) and for delivering the irrigation fluid to a surgical site; an irrigation pump configured to deliver irrigation fluid from the fluid source to the chamber (10, 60); a variable pressure source in fluid communication with the chamber (10, 60) and configured to pressurize the chamber (10, 60); a pressure sensor in fluid communication with the chamber (10, 60) configured to monitor the pressure within the chamber (10, 60); a controller configured to adjust the pressure applied by the variable pressure source to maintain a desired irrigation pressure within the chamber (10, 60), the controller operatively connected to the pressure sensor, wherein the chamber comprises a first compartment and a second compartment separated by an internal wall, the first compartment comprising the at least one fluid port (72; 74) and the second compartment comprising a fluid level indicator arranged to indicate the fluid level within the chamber (10, 60) during operation, and wherein the internal wall comprises at least one opening therein to allow the fluid level in the first compartment and the second compartment to equalize.
A lubricant composition, comprising: a fatty acid metal salt; a zinc dithiocarbamate; and an acid value improver having an effect of increasing an acid value of the lubricant composition, wherein the acid value improver is a phosphate ester, wherein the content of the acid value improver is 2 mass% or more, wherein when a ratio of [content of the fatty acid metal salt (mass%)/content of the metal dithiocarbamate (mass%)] is defined as X, and a ratio of [content of the fatty acid metal salt (mass%)/total acid value of the lubricant composition (mgKOH/g)] is defined as Y, X is 0.38 to 1.35, Y is 0.027 or more, and the following relationship is satisfied, Y ≤ 0.1547 X 2 − 0.1388 X + 0.07 a fatty acid metal salt; a zinc dithiocarbamate; and an acid value improver having an effect of increasing an acid value of the lubricant composition, wherein the acid value improver is a phosphate ester, wherein the content of the acid value improver is 2 mass% or more, wherein when a ratio of [content of the fatty acid metal salt (mass%)/content of the metal dithiocarbamate (mass%)] is defined as X, and a ratio of [content of the fatty acid metal salt (mass%)/total acid value of the lubricant composition (mgKOH/g)] is defined as Y, X is 0.38 to 1.35, Y is 0.027 or more, and the following relationship is satisfied, Y ≤ 0.1547 X 2 − 0.1388 X + 0.07
Driving tool, comprising a hand-held housing with an energy transmission element accommodated therein for transmitting energy to a fastening element to be driven, and a drive device for propelling the energy transmission element, wherein the drive device includes an energy store with a gas chamber which can be charged with a propellant gas under a defined overpressure, wherein the overpressure is present as stored drive energy in the gas chamber prior to initiation of a driving operation, wherein a piston of the energy transmission element forms a variable wall section of the gas chamber, and wherein the propellant gas is present as compressed air, characterised in that thermal energy cans be transferred via a heating member to the propellant gas enclosed in the gas chamber.
A reagent dosing system (402, 502) for dosing a reagent into an exhaust gas flow of a vehicle, the reagent dosing system (402, 502) comprising: a dosing injector module for supplying the reagent to the exhaust gas flow; a main reagent tank for storing a main volume of reagent; a secondary vessel separate from the main reagent tank comprising a secondary volume of reagent, wherein the secondary volume of reagent is smaller than the main volume of reagent; a feed line for supplying reagent from the secondary vessel to the dosing injector module via a reagent delivery module and; a source of air pressure which pressurises the secondary volume of reagent, characterized in that the source of air pressure is a coolant expansion tank of a vehicle, which communicates with the secondary vessel via a pathway comprising an air pressure pathway section. a dosing injector module for supplying the reagent to the exhaust gas flow; a main reagent tank for storing a main volume of reagent; a secondary vessel separate from the main reagent tank comprising a secondary volume of reagent, wherein the secondary volume of reagent is smaller than the main volume of reagent; a feed line for supplying reagent from the secondary vessel to the dosing injector module via a reagent delivery module and; a source of air pressure which pressurises the secondary volume of reagent,
A method of wireless communication, comprising: establishing, at a base station, a communication link with a served user equipment, UE, wherein the communication link includes configuration for code block group, CBG,-level transmission and a single grant is configurable to carry assignment for a plurality of transmission time intervals, TTIs; preparing, by the base station, a transmission indication signal of predetermined length for the served UE including one of: a transmission grant or a retransmission grant for each of the plurality of TTIs, wherein the transmission indication signal includes for a corresponding TTI of the plurality of TTIs a transport block, TB, level new data indicator, NDI, and optionally a CBG transmission indication; and transmitting the transmission indication signal to the served UE, characterised in that the preparing includes: determining, by the base station, available space within the predetermined length of the transmission indication signal; and generating, by the base station, only transport block, TB, level new data indicator, NDI, for the corresponding TTI in response to the available space being less than a threshold size. establishing, at a base station, a communication link with a served user equipment, UE, wherein the communication link includes configuration for code block group, CBG,-level transmission and a single grant is configurable to carry assignment for a plurality of transmission time intervals, TTIs; preparing, by the base station, a transmission indication signal of predetermined length for the served UE including one of: a transmission grant or a retransmission grant for each of the plurality of TTIs, wherein the transmission indication signal includes for a corresponding TTI of the plurality of TTIs a transport block, TB, level new data indicator, NDI, and optionally a CBG transmission indication; and transmitting the transmission indication signal to the served UE, characterised in that the determining, by the base station, available space within the predetermined length of the transmission indication signal; and generating, by the base station, only transport block, TB, level new data indicator, NDI, for the corresponding TTI in response to the available space being less than a threshold size.
Cooling oil conducting device for rotating components, wherein an annular oil duct extends in the radial direction, and wherein cooling oil is able to be fed from radially inside and the oil duct is partially open radially on the outside, characterized in that a sealing region is provided in a radially outer region of the oil duct, that the sealing region has blocking elements and exit elements, that the blocking elements are disposed radially within the exit elements and in the radial direction have at least two passages distributed over the circumference, that exit ducts which are co-aligned with the passages, and inlets which lie in the circumferential direction between the exit ducts, are formed by the exit elements, and that an annular duct for connecting the inlets to the exit ducts, or the passages, respectively, is provided between the blocking elements and the exit elements.