mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for an electrical switch element, comprising a contact switch chamber and two contacts which are arranged in the contact switch chamber, wherein a wall, formed by a base and sides, of the contact switch chamber has at least one insulation slot between the two contacts having an opening which extends transversely relative to a connection line between the two contacts wherein the at least one insulation slot is a continuous insulation slot, wherein the insulation slot is delimited by two inner walls and a base of the insulation slot, characterized in that the insulation slot extends along the base and the sides.
Clamping device for stretching a threaded bolt by pulling on its threaded end portion, comprising a support tube surrounding the threaded end portion, a cylinder which is arranged in extension of the support tube with at least one piston which is axially movable therein by means of hydraulic forces, an exchange bushing which can be screwed to the threaded end portion and is designed to be entrained axially by the piston, a hydraulic device for hydraulic supply of the piston, and a signal link between the hydraulic device and a device for detecting the extent of the thread engagement between the exchange bushing and the threaded end portion, characterised in that the device for detecting the extent of the thread engagement comprises a sensor element which is fastened to the exchange bushing and lies opposite the end face of the threaded bolt with axial spacing.
A method of detaching a filling member from a space of a counterbore hole, the filling member having been applied to fill in the space of the counterbore hole having a bolt loaded so that the bolt head may sink into the inside of the counterbore hole, characterised in that a prepared hole is made in the filling member, and a female thread is formed in the prepared hole of the filling member by tapping, such that an extracting force is applied to the filling member through the female thread engaged with a rotating tap to extract the filling member from the space of the counterbore hole, and in that the shape of the space of the counterbore hole is formed as a shape other than a true circle.
A method for controlling a primary local heating system comprising a first heat source connected to a heating grid, a second heat source connected to an electrical energy grid, one or more heat emitting devices for providing comfort heating, and a distribution system for circulating heat transfer fluid between said one or more heat emitting devices and the first and second heat sources (10, 20), the method characterized in comprising: determining a temporally resolved heating control parameter indicating a temporally resolved overall heating consumption need of a plurality of local heating systems, the plurality of local heating systems being connected to the heating grid, in relation to a temporally resolved overall available heating capacity of the heating grid, determining a temporally resolved electric power control parameter indicating a temporally resolved overall electric power need of the electrical energy grid in relation to a temporally resolved overall available electric power of the electrical energy grid to which the second heat source is connected, and controlling, based on a comparison of the temporally resolved heating control parameter and the temporally resolved electric power control parameter, a relative outtake of heat from the first and second heat sources (10, 20), such that the temporally resolved heating control parameter times the outtake of heat from the first heat source plus the temporally resolved electric power control parameter times the outtake of heat from the second heat source is minimized. determining a temporally resolved heating control parameter indicating a temporally resolved overall heating consumption need of a plurality of local heating systems, the plurality of local heating systems being connected to the heating grid, in relation to a temporally resolved overall available heating capacity of the heating grid, determining a temporally resolved electric power control parameter indicating a temporally resolved overall electric power need of the electrical energy grid in relation to a temporally resolved overall available electric power of the electrical energy grid to which the second heat source is connected, and controlling, based on a comparison of the temporally resolved heating control parameter and the temporally resolved electric power control parameter, a relative outtake of heat from the first and second heat sources (10, 20), such that the temporally resolved heating control parameter times the outtake of heat from the first heat source plus the temporally resolved electric power control parameter times the outtake of heat from the second heat source is minimized.
A dietary supplement dosing device comprising: a. a flow distribution unit and b. a dietary supplement cartridge wherein said flow distribution unit comprises a flow distribution chamber comprising (i) a water inlet port, (ii) at least one water outlet opening located on an upwardly extending wall of the flow distribution chamber; and (iii) a water outlet port wherein said water outlet port is in fluid communication with a water entry port of the dietary supplement cartridge; wherein the lowest point of said opening and said water outlet port are substantially at the same level; wherein the area A spanning the area of said opening from its lowest point up to given height h is a non-linearly increasing function of the height h, wherein the height h runs from the lowest point of the opening up to the total height of opening; and wherein the water outlet opening comprises one or more through holes, wherein the holes are shaped such that the overall width of the opening at a given height h with respect to the lowest point of said opening substantially decreases with increasing height h, and wherein the flow distribution chamber is configured such that in operation, a stream of water is divided into a part which is fed into the dietary supplement cartridge via the water outlet port and another part which by-passes the supplement cartridge and exits the distribution unit via the outlet opening, and wherein the dietary supplement cartridge has an exit port and wherein the dosing device is configured such that in operation the water from the outlet opening and the exit port of the dietary supplement cartridge get mixed and dispensed as a single stream. a. a flow distribution unit and b. a dietary supplement cartridge (i) a water inlet port, (ii) at least one water outlet opening located on an upwardly extending wall of the flow distribution chamber; and (iii) a water outlet port
A process for producing a non-woven grass fibre product comprising the steps of: providing a grass fibre biomass obtained by aerobic fermentation of a meadow grass slurry and removal of digestible elements released during aerobic fermentation; addition of at least one non-fermented grass to the grass fibre biomass in which the mixture of non-fermented grass and grass fibre biomass contains 10-50% by weight of non-fermented grass, in which the non-fermented grass is selected from sisal, hemp, cereal or flax; mixing and shaping the mixture of non-fermented grass and grass fibre biomass to form a non-woven grass fibre mat; and binding and drying the non-woven grass fibre mat to form the non-woven grass fibre product, in which the binding step comprises adding a binder to the non-woven grass fibre mat prior to or during drying, in which the grass fibre biomass has a moisture content of 5-15% by weight, and in which the grass fibre biomass is treated to size reduce the grass fibres in the biomass. providing a grass fibre biomass obtained by aerobic fermentation of a meadow grass slurry and removal of digestible elements released during aerobic fermentation; addition of at least one non-fermented grass to the grass fibre biomass in which the mixture of non-fermented grass and grass fibre biomass contains 10-50% by weight of non-fermented grass, in which the non-fermented grass is selected from sisal, hemp, cereal or flax; mixing and shaping the mixture of non-fermented grass and grass fibre biomass to form a non-woven grass fibre mat; and binding and drying the non-woven grass fibre mat to form the non-woven grass fibre product, in which the binding step comprises adding a binder to the non-woven grass fibre mat prior to or during drying,
Use of a flame retarder contained in a flame retardant resin composition, to which flame retardant properties have been imparted by the flame retarder for providing compatibility with the resin. wherein the flame retarder includes an aromatic polymer containing monomer units having aromatic skeletons ranging between 1 mol% and 100 mol%, and wherein sulfonic acid groups and/or sulfonate groups have been introduced in an amount ranging between 0.01 mol% and 14.9 mol% into the aromatic polymer, wherein said aromatic polymer has an aromatic skeleton in a side chain and contains at least one or more of polystyrene, a styrene-butadiene copolymer (high impact polystyrene), an acrylonitrile-styrene copolymer, an acrylonitrile-butadiene-styrene copolymer, an acrylonitrile-chlorinated polyethylene-styrene resin, an acrylonitrile-styrene-acrylate copolymer, an acrylonitrile-ethylene-propylene rubber-styrene copolymer and an acrylonitrile-ethylene-propylene-diene-styrene resin, wherein said aromatic polymer has a weight average molecular weight ranging between 10000 and 10000000, measured by photometric GPC.
A portion of an annular structure for a gas turbine engine comprising: a first segment; and a seal (312; 322) comprising: a male seal structure having a body and a protruding member (502, 504) extending away from the body; a receiving member having an aperture configured to receive the protruding member (502, 504); and a fastener configured to be coupled to the protruding member (502, 504) to retain the protruding member (502, 504) in contact with the receiving member; wherein: the receiving member is coupled to a radially outward portion of the first segment and the male seal structure is coupled to a radially inward portion of the first segment; and characterised by a perforated structure that is disposed radially outward of the first segment; and a tortuous gutter comprising a narrow passage formed between the protruding member (502, 504), a tenon of the first segment, and the perforated structure. a first segment; and a seal (312; 322) comprising: a male seal structure having a body and a protruding member (502, 504) extending away from the body; a receiving member having an aperture configured to receive the protruding member (502, 504); and a fastener configured to be coupled to the protruding member (502, 504) to retain the protruding member (502, 504) in contact with the receiving member; wherein: a male seal structure having a body and a protruding member (502, 504) extending away from the body; a receiving member having an aperture configured to receive the protruding member (502, 504); and a fastener configured to be coupled to the protruding member (502, 504) to retain the protruding member (502, 504) in contact with the receiving member; wherein: the receiving member is coupled to a radially outward portion of the first segment and the male seal structure is coupled to a radially inward portion of the first segment; and characterised by a perforated structure that is disposed radially outward of the first segment; and a tortuous gutter comprising a narrow passage formed between the protruding member (502, 504), a tenon of the first segment, and the perforated structure. a perforated structure that is disposed radially outward of the first segment; and a tortuous gutter comprising a narrow passage formed between the protruding member (502, 504), a tenon of the first segment, and the perforated structure.
An apparatus for mixing two countercurrent liquid phases in liquid-liquid extraction processes comprising: - a shaft, extending along a vertical axis, connected to a motor; - at least one mixing unit, integral with said shaft; each mixing unit comprising a nth plurality of modular elements (1 1, 1 2,...,1 n), which have a spiral-shaped extension around said shaft characterized in that said nth modular elements (1 1, 1 2,...,1 n) which have a spiral-shaped extension around said shaft are spiral finned tubes. - a shaft, extending along a vertical axis, connected to a motor; - at least one mixing unit, integral with said shaft;
A determination apparatus comprising: a state data acquisition unit configured to acquire state data indicative of a state of equipment provided with a control target; an operation amount data acquisition unit configured to acquire operation amount data indicative of an operation amount of the control target; a control model generation unit configured to generate a control model, which outputs the operation amount corresponding to the state of the equipment, by machine learning by using the state data and the operation amount data a simulation unit configured to input the operation amount supplied from the control model into a simulation model to simulate the state of the equipment in a case where the operation amount output by the control model is given to the control target; a determination unit configured to determine whether control of the control target by the control model is possible, based on a simulation result supplied from the simulation unit; characterized by an instruction unit configured to instruct the control target to start the control by the operation amount supplied from the control model to the control target when it is determined that the control of the control target by the control model is possible, wherein the state data comprises operation data, consumption data and external environment data measured by sensors provided to the equipment. a state data acquisition unit configured to acquire state data indicative of a state of equipment provided with a control target; an operation amount data acquisition unit configured to acquire operation amount data indicative of an operation amount of the control target; a control model generation unit configured to generate a control model, which outputs the operation amount corresponding to the state of the equipment, by machine learning by using the state data and the operation amount data a simulation unit configured to input the operation amount supplied from the control model into a simulation model to simulate the state of the equipment in a case where the operation amount output by the control model is given to the control target; a determination unit configured to determine whether control of the control target by the control model is possible, based on a simulation result supplied from the simulation unit; an instruction unit configured to instruct the control target to start the control by the operation amount supplied from the control model to the control target when it is determined that the control of the control target by the control model is possible, wherein the state data comprises operation data, consumption data and external environment data measured by sensors provided to the equipment.
Laminated automotive glazing comprising a PDLC film powered electrically by an AC current of frequency lower than 50 Hz, the voltage varying non-sinusoidally, the maximum of the "effective" voltage not exceeding 80 Vrms and preferably not 50 Vrms, characterized in that the voltage variation has a trapezoidal shape with a rise time of 0.5 to 2 ms
A solenoid fluid control valve comprising: a fixed solenoid component; a movable armature component; a fixed nozzle body; a movable spool within the fixed nozzle body; and a valve member to regulate fluid pressure in a first (346, 348) and second feedback chamber; wherein the fixed solenoid component includes a piston, and wherein an end of the movable spool moves axially within an inner area of the piston; characterised in that a radial space between an inner surface of an end of the fixed nozzle body and an outer surface of the piston comprises the second feedback chamber. a fixed solenoid component; a movable armature component; a fixed nozzle body; a movable spool within the fixed nozzle body; and a valve member to regulate fluid pressure in a first (346, 348) and second feedback chamber; wherein the fixed solenoid component includes a piston, and wherein an end of the movable spool moves axially within an inner area of the piston; characterised in that a radial space between an inner surface of an end of the fixed nozzle body and an outer surface of the piston comprises the second feedback chamber.
A pharmaceutical composition comprising an oligonucleotide of SEQ ID NO:1, 40-200 mM Na + and 2-20mM Mg 2+; wherein the backbone of the oligonucleotide contains 20 phosphorothioate modifications.
A steel plate structure comprising: a pair of steel plates separated such that a predetermined space is provided; a plurality of structural members, each being positioned in the predetermined space and structurally rigidly joined to one side of the steel plates in a direction of gravity; and Struts coupled between the structural members, said struts and said structural members being H-beams and maintaining a separation distance between the pair of steel plates, and further comprising a horizontal connector interconnecting end portions of the plurality of structural members, wherein the horizontal connector is a C-beam and coupled to end portions of one side of the steel plate, and the C-beam is coupled such that a flange of the C-beam faces the structural member, further comprising: a vertical connector coupled to end portions of one side of the steel plate in a direction of gravity, wherein the vertical connector is a C-beam, and the C-beam is coupled such that a flange of the C-beam faces the structural member. a pair of steel plates separated such that a predetermined space is provided; a plurality of structural members, each being positioned in the predetermined space and structurally rigidly joined to one side of the steel plates in a direction of gravity; and Struts coupled between the structural members, said struts and said structural members being H-beams and maintaining a separation distance between the pair of steel plates, and further comprising a horizontal connector interconnecting end portions of the plurality of structural members, wherein the horizontal connector is a C-beam and coupled to end portions of one side of the steel plate, and the C-beam is coupled such that a flange of the C-beam faces the structural member, further comprising: a vertical connector coupled to end portions of one side of the steel plate in a direction of gravity, wherein the vertical connector is a C-beam, and the C-beam is coupled such that a flange of the C-beam faces the structural member. a vertical connector coupled to end portions of one side of the steel plate in a direction of gravity, wherein the vertical connector is a C-beam, and the C-beam is coupled such that a flange of the C-beam faces the structural member.
A method for producing an Fe-based nano-crystal alloy, comprising: a heat treatment step of heating a nano-crystallizable Fe-based amorphous alloy ribbon to a crystallization temperature region and cooling the nano-crystallizable Fe-based amorphous alloy ribbon; wherein in the heat treatment step, a magnetic field is applied in a width direction of the alloy ribbon in a temperature range during a temperature-increasing period, the temperature range including at least a part of a temperature range from a temperature lower by 50°C than a crystallization start temperature to a temperature higher by 20°C than the crystallization start temperature and not exceeding a temperature higher by 50°C than the crystallization start temperature, the crystallization start temperature being defined by a differential scanning calorimeter; wherein the magnetic field is not applied when a highest temperature was reached in the heat treatment step. a heat treatment step of heating a nano-crystallizable Fe-based amorphous alloy ribbon to a crystallization temperature region and cooling the nano-crystallizable Fe-based amorphous alloy ribbon; wherein in the heat treatment step, a magnetic field is applied in a width direction of the alloy ribbon in a temperature range during a temperature-increasing period, the temperature range including at least a part of a temperature range from a temperature lower by 50°C than a crystallization start temperature to a temperature higher by 20°C than the crystallization start temperature and not exceeding a temperature higher by 50°C than the crystallization start temperature, the crystallization start temperature being defined by a differential scanning calorimeter; wherein the magnetic field is not applied when a highest temperature was reached in the heat treatment step.
An acromioclavicular artificial ligament, which artificial ligament comprises an elongated main body made of biocompatible material, which main body has a first longitudinal end apt to be secured to the clavicle and a second longitudinal end apt to be secured to the acromion, wherein said main body has an elongated central portion defining a continuous ligamentous element between said first and second longitudinal end and formed by a plurality of thread-like elements, wherein said main body further has an enlarged portion arranged in a longitudinally intermediate position and characterized in that said plurality of thread-like elements are arranged alongside each other and extending without interruptions or cuts and in that said enlarged portion defines a pair of anchoring regions (50, 51) for anchoring a residual physiological ligament element, which anchoring regions (50, 51) extend bilaterally with respect to said elongated central portion, wherein said anchoring regions (50, 51) are each shaped as an angle or arrowhead.