mhurhangee/ep-ind-claims huggingface dataset:
Electronically controllable, pressure medium-operated secondary brake system (46, 46') of a vehicle, for example of a utility vehicle, which can be used both as a parking brake system and as an auxiliary brake system, with spring brake cylinders (68a, 68b) which are arranged on wheel brakes of at least one vehicle axle, with a directly or indirectly electronically controllable brake control valve (56, 56'), by means of which the brake force of the spring brake cylinders (68a, 68b) can be reduced by way of a feed of pressure medium and can be increased by way of a discharge of pressure medium, and with an electronic brake control unit for controlling the brake control valve (56, 56') in a manner which is dependent on the actual value of a brake value signal (S BW), the brake control valve (56, 56') being configured as a 3/3-way proportional valve with a pressure medium inlet, a pressure medium outlet and a working connector, it being possible for the working connector to be adjusted continuously between a connection to the pressure medium outlet and the pressure medium inlet, the pressure medium inlet being connected via a supply line to a pressure medium source, the pressure medium outlet being connected to a pressure medium sink, and the working connector being connected via a working line (60, 66) to the spring brake cylinders (68a, 68b), and a controllable check valve which shuts in the direction of the brake control valve (56, 56') being arranged in the working line, characterized in that the brake control valve is configured as a solenoid valve, the electromagnet of which can be actuated via an electric control line directly by the brake control unit, and in that the working connector of this brake control valve is connected to the pressure medium outlet in the non-energized state and is connected to the pressure medium inlet in an unthrottled manner in the maximum energized state.
The use of copolymers obtained by free-radical polymerization of a mixture of i) 30 to 80% by weight of N-vinylcaprolactam, ii) 10 to 50% by weight of vinyl acetate, and iii)10 to 50% by weight of a polyethylene glycol, with the proviso that the total of components i), ii) and iii) equals 100% by weight, as solubilizers for slightly water-soluble bioactive substances, where "slightly water-soluble" means that at least 30 to 100g of water are required per g of substance for the substance to be dissolved in water at 20°C. i) 30 to 80% by weight of N-vinylcaprolactam, ii) 10 to 50% by weight of vinyl acetate, and iii)10 to 50% by weight of a polyethylene glycol,
Hand-held power tool having a tool receptacle and having a housing in which there are arranged at least one transmission unit and an electronically commutated drive motor with a stator and rotor for driving an insert tool which is arrangeable in the tool receptacle, wherein the electronically commutated drive motor is mounted in the housing via a drive shaft, wherein the transmission unit is assigned a drive-side transmission flange which at least sectionally closes off the transmission unit, wherein, at its end face facing towards the stator, the drive-side transmission flange has a receiving region for at least sectionally receiving at least one motor component (811, 812) assigned to the stator, characterized in that the drive-side transmission flange has a first bearing element, wherein the drive-side transmission flange is mounted on the drive shaft via the first bearing element and the first bearing element is arranged between the drive shaft and the receiving region radially in relation to the drive shaft.
Motor housing having a lower housing section and an upper housing section of an electric motor comprising a stator, wherein at least one opening is arranged in the lower housing section and electronics 20 can be arranged in the housing, characterised in that the opening is a multifunctional opening which, in order to cool the electronics, comprises an air-guiding device by means of which an air flow can be guided towards the electronics, and it comprises a recess on the side facing the upper housing section in order to mechanically connect the stator to the lower housing section.
Control method for a pulse-width-controlled converter with controllable power semiconductor switches, in particular for reducing switching losses while avoiding noise generation, wherein a target voltage system (U R.target, U S.target, U T.target) is formed from a voltage space vector, comprising magnitude |U| and angle arg, and wherein a zero voltage system (U 0, U 0, U 0) is formed from the target voltage system (U R.target, U S.target, U T.target), the angle arg and a control angle φ, and wherein the voltage system (U R, U S, U T) resulting from the sum of zero voltage system (U 0, U 0, U 0) and target voltage system (U R.target, U S.target, U T.target) is fed into a pulse-width modulator 2 for forming the control signals (S R, S S, S T) for the power semiconductor switches of the converter, wherein ▪ first angular regions, for which a maximum zero voltage system (U 0.MAX., U 0.MAX., U 0.MAX.) is summed, and ▪ second angular regions, for which a minimum zero voltage system (U 0.MIN., U 0.MIN., U 0.MIN.) is summed, are provided alternating over time, characterised in that ▪ the alternating is carried out at a frequency high enough that time segments follow one another, within which two, three or more first and two, three or more second angular segments are provided, wherein only the voltage values of a first and second phase of the resulting voltage system have a flat-top region, i.e. reach the maximum or minimum value. ▪ first angular regions, for which a maximum zero voltage system (U 0.MAX., U 0.MAX., U 0.MAX.) is summed, and ▪ second angular regions, for which a minimum zero voltage system (U 0.MIN., U 0.MIN., U 0.MIN.) is summed, are provided alternating over time, ▪ the alternating is carried out at a frequency high enough that time segments follow one another, within which two, three or more first and two, three or more second angular segments are provided, wherein only the voltage values of a first and second phase of the resulting voltage system have a flat-top region, i.e. reach the maximum or minimum value.
A method for the wet treatment and drying of laundry, wherein the laundry is washed and rinsed in the course of wet treatment and that during the drying phase the bound liquid from the wet treatment is extracted from the laundry to at least a large extent, characterized in that the laundry is placed in a spread-out state on the start of the conveyor in the region of wet treatment by a feeding machine, wet treatment and drying are conducted on laundry lying on at least one conveyor in a spread-out state, and the dried laundry is transferred in its spread-out state by the conveyor in the drying region directly to an intake conveyor of a downstream folding machine or a mangle.
A method of manufacturing a plurality of wind turbine blades, the method comprising the steps of: a) providing a first stationary mould for moulding a lower shell half, providing a second stationary mould for moulding a lower shell half, and providing a third stationary mould for moulding an upper shell half, b) moulding a first lower shell half in the first stationary mould, c) moulding a first upper shell half in the third stationary mould, d) removing the first upper shell half from the third stationary mould, e) turning the first upper shell half relative to the first lower shell half and positioning the first upper shell half on the first lower shell half in the first stationary mould to form a closed wind turbine blade shell, f) bonding the first upper and lower shell halves to form a first wind turbine blade and subsequently removing the first wind turbine blade from the first stationary mould, g) moulding a second lower shell half in the second stationary mould before or during steps e) and/or f), h) moulding a second upper shell half in the third stationary mould during steps e) and/or f), i) removing the second upper shell half from the third stationary mould, j) turning the second upper shell half relative to the second lower shell half and positioning the second upper shell half on the second lower shell half in the second stationary mould to form a closed wind turbine blade shell, and k) bonding the second upper and lower shell halves to form a second wind turbine blade and subsequently removing the second wind turbine blade from the second stationary mould. a) providing a first stationary mould for moulding a lower shell half, providing a second stationary mould for moulding a lower shell half, and providing a third stationary mould for moulding an upper shell half, b) moulding a first lower shell half in the first stationary mould, c) moulding a first upper shell half in the third stationary mould, d) removing the first upper shell half from the third stationary mould, e) turning the first upper shell half relative to the first lower shell half and positioning the first upper shell half on the first lower shell half in the first stationary mould to form a closed wind turbine blade shell, f) bonding the first upper and lower shell halves to form a first wind turbine blade and subsequently removing the first wind turbine blade from the first stationary mould, g) moulding a second lower shell half in the second stationary mould before or during steps e) and/or f), h) moulding a second upper shell half in the third stationary mould during steps e) and/or f), i) removing the second upper shell half from the third stationary mould, j) turning the second upper shell half relative to the second lower shell half and positioning the second upper shell half on the second lower shell half in the second stationary mould to form a closed wind turbine blade shell, and k) bonding the second upper and lower shell halves to form a second wind turbine blade and subsequently removing the second wind turbine blade from the second stationary mould.
A method of manufacture of an anhydrous cosmetic composition, having less than 2% by weight free water, said method comprising the mixing of dried calcium chloride and a dried alum salt with liquid carrier material and fragrance comprising a solvent to give a base composition, followed by gassing of the base composition with a propellant to give an aerosol composition, wherein the fragrance and the solvent therein are pre-mixed and this mixture: i). comprises one or more components having a logP of greater than 5.5 and a vapour pressure at 25°C of less than 0.001 mm Hg (0.1333 Pa); ii). does not comprise dipropyleneglycol at 3% or greater of this mixture; the liquid carrier material including all the liquid components of the composition, excluding any liquid fragrance and solvent comprised therein. i). comprises one or more components having a logP of greater than 5.5 and a vapour pressure at 25°C of less than 0.001 mm Hg (0.1333 Pa); ii). does not comprise dipropyleneglycol at 3% or greater of this mixture;
A method for operating a gas sampling probe, in which a gas to be analyzed is removed from a process space in the region of a front end of a gas sampling tube and is conducted through the gas sampling tube as far as a rear end and in the process is cooled in that cooling air is conducted between the gas sampling tube and at least one outer casing enclosing the gas sampling tube, wherein the cooling air is fed and discharged at the rear end of the gas sampling tube and the temperature of the gas to be analyzed is higher in the region of the front end of the gas sampling tube than the temperature of the fed cooling air, and the gas sampling probe emits outward, characterized in that the temperature of the fed cooling air is higher than the temperature of the discharged cooling air.
A pharmaceutical formulation of agomelatine for oral use, comprising - agomelatine in the form of agomelatine co-crystals with organic acids and - pharmaceutically acceptable excipients, characterised that the formulation is obtained in that - the agomelatine co-crystals are used in the form of pre-blend of the agomelatine co-crystals with a glidant, - the ratio of the agomelatine co-crystals to the glidant in the pre-blend is lower than or equal to 30: 1, and - the free-water content in the used pharmaceutically acceptable excipients is lower than or equal to 7% w/w. - agomelatine in the form of agomelatine co-crystals with organic acids and - pharmaceutically acceptable excipients, characterised that the formulation is obtained in that - the agomelatine co-crystals are used in the form of pre-blend of the agomelatine co-crystals with a glidant, - the ratio of the agomelatine co-crystals to the glidant in the pre-blend is lower than or equal to 30: 1, and - the free-water content in the used pharmaceutically acceptable excipients is lower than or equal to 7% w/w.
A cellulose based pressboard for insulation in an electrical apparatus, the pressboard comprising: polyvinylamine, PVAm; and polyacrylamide, PAM; in a combined amount of between 0.01% and 20% by weight of the pressboard, wherein the pressboard is in the form of a solid insulator for the electrical apparatus. polyvinylamine, PVAm; and polyacrylamide, PAM; in a combined amount of between 0.01% and 20% by weight of the pressboard, wherein the pressboard is in the form of a solid insulator for the electrical apparatus.
A temperature-variable standoff for supporting a circuit board in an electronics assembly, the circuit board supporting an electrical device, the standoff comprising: a temperature-variable electrical element that selectively varies in temperature based on an electrical input thereto; a support body that supports the temperature-variable electrical element and that is configured to support the circuit board separated at a distance from another component of the electronics assembly, the support body having a first end and a second end, the support body configured to attach to the circuit board and to project away from the circuit board with the first end proximate the circuit board and the second end spaced away from the circuit board; and an electrical connector (256, 257, 258) supported proximate the first end and electrically coupled to the temperature-variable electrical element, the electrical connector configured to electrically connect within an electrical circuit of the circuit board to provide the electrical input to the temperature-variable electrical element for selectively varying the temperature thereof and for selectively adjusting a temperature condition proximate the electrical device. a temperature-variable electrical element that selectively varies in temperature based on an electrical input thereto; a support body that supports the temperature-variable electrical element and that is configured to support the circuit board separated at a distance from another component of the electronics assembly, the support body having a first end and a second end, the support body configured to attach to the circuit board and to project away from the circuit board with the first end proximate the circuit board and the second end spaced away from the circuit board; and an electrical connector (256, 257, 258) supported proximate the first end and electrically coupled to the temperature-variable electrical element, the electrical connector configured to electrically connect within an electrical circuit of the circuit board to provide the electrical input to the temperature-variable electrical element for selectively varying the temperature thereof and for selectively adjusting a temperature condition proximate the electrical device.
A wave energy converter comprising: a float for moving up and down in phase with the waves; a spar for guiding the up and down movement of the float; the spar having an upper portion and a lower portion, the lower portion intended to be permanently submerged when the WEC is operational; and a power take off device coupled between the float and the spar for converting their relative motion into useful energy including: (a) a drum having an axis of rotation rotatably mounted within one of the float and spar; and (b) cabling means (310, 312) connected between the drum and the other one of the float and spar for causing the drum to rotate as a function of the up and down motion of the float, characterised in that said cabling means includes first and second cables (310, 312), each cable having two ends. (a) a drum having an axis of rotation rotatably mounted within one of the float and spar; and (b) cabling means (310, 312) connected between the drum and the other one of the float and spar for causing the drum to rotate as a function of the up and down motion of the float,
A lightning unit provided with a light unit main body and a board assembly disposed in the light unit main body, the board assembly comprising a plurality of flexible printed circuit boards to which a light-emitting diode is attached, wherein each of the flexible printed circuit boards includes a base in the form of a flat plate, respective connections to a power supply portion of the lighting unit are provided at two ends of the base, and the base is bent at a plurality of points of a middle portion to form a top surface portion and side surface portions, the flexible printed circuit boards have substantially same shapes, are three-dimensionally assembled such that the top surface portions cross each other and such that one of the top surface portions lies on top of another, the connections of the flexible printed circuit boards are disposed in the light unit main body and connected to a power supply portion housed in the light unit main body, and a rib is formed along a side edge of each of the side surface portions in each flexible printed circuit board.
A printable recording media comprising: a. a substrate; b. and an extruded ink-receiving layer including a mixture of: i. a first polymer selected from the group consisting of a polymer comprising ethylene residues and vinyl alcohol residues and a polymer comprising vinyl alcohol residues, and ii. a second polymer comprising ethylene residues, ethyl acrylate or acrylic ester residues and maleic anhydride residues, wherein the amount of first polymer in the mixture is 50 % to 95 % by weight. a. a substrate; b. and an extruded ink-receiving layer including a mixture of: i. a first polymer selected from the group consisting of a polymer comprising ethylene residues and vinyl alcohol residues and a polymer comprising vinyl alcohol residues, and ii. a second polymer comprising ethylene residues, ethyl acrylate or acrylic ester residues and maleic anhydride residues, wherein the amount of first polymer in the mixture is 50 % to 95 % by weight. i. a first polymer selected from the group consisting of a polymer comprising ethylene residues and vinyl alcohol residues and a polymer comprising vinyl alcohol residues, and ii. a second polymer comprising ethylene residues, ethyl acrylate or acrylic ester residues and maleic anhydride residues, wherein the amount of first polymer in the mixture is 50 % to 95 % by weight.
Device for creating an aerosol, having - an injector unit for creating an aerosol from a liquid and a transport gas, wherein the aerosol is introduced by the injector unit into an aerosol container, - a liquid line for feeding the liquid into the injector unit, - a transport gas line for feeding the transport gas into the injector unit, - an aerosol discharge line for discharging the aerosol out of the aerosol container to an aerosol consumer, and - a control unit, wherein there are provided an aerosol regulating line for discharging aerosol out of the aerosol container and an aerosol pressure regulating valve, wherein the aerosol pressure regulating valve can be controlled by the control unit such that a predefined aerosol setpoint pressure in the aerosol container can be set by discharging the aerosol, characterized in that the aerosol pressure regulating valve is designed as a three-way valve, wherein there is provided a transport gas line from the aerosol pressure regulating valve into the transport gas line and an exit of the three-way valve opens into an outlet. - an injector unit for creating an aerosol from a liquid and a transport gas, wherein the aerosol is introduced by the injector unit into an aerosol container, - a liquid line for feeding the liquid into the injector unit, - a transport gas line for feeding the transport gas into the injector unit, - an aerosol discharge line for discharging the aerosol out of the aerosol container to an aerosol consumer, and - a control unit,
A joint system for controlling maneuvering of the front wheels of a road vehicle, comprising; - at least one hollow joint body suitable for connecting to the chassis of a road vehicle by means of a chassis connection and having at least one body opening on a side surface thereof; - at least one rod arm which has at least one rod arm body in the form of a ring, at least one arm protruding from the rod arm body and at least one rod arm gear, in the form of a ring gear part, located inside the rod arm body, and which is connected to the said joint body such that it is rotationally moved on a first rotation axis; - at least one eccentric bearing member located in the joint body and bearing the rod arm body in the joint body such that it rotates on the said first rotation axis; - at least one axle which is connected to at least one wheel shaft extending outward from the said body opening and comprises at least one axle body which is located in the joint body such that it rests on the bottom portion of the joint body and rotates, in the joint body, on a second rotation axis parallel to the said first rotation axis and at least one axle gear which is located on the said axle body and is in contact with the said rod arm gear that allows the rod arm to rotate on the first rotation axis and the axle body to rotate on the second rotation axis characterized in that said eccentric bearing member comprises at least one stopper member which contacts the rod arm gear during the rotational movement of the rod arm on the first rotation axis so as to restrict the rotational movement of the rod arm. - at least one hollow joint body suitable for connecting to the chassis of a road vehicle by means of a chassis connection and having at least one body opening on a side surface thereof; - at least one rod arm which has at least one rod arm body in the form of a ring, at least one arm protruding from the rod arm body and at least one rod arm gear, in the form of a ring gear part, located inside the rod arm body, and which is connected to the said joint body such that it is rotationally moved on a first rotation axis; - at least one eccentric bearing member located in the joint body and bearing the rod arm body in the joint body such that it rotates on the said first rotation axis; - at least one axle which is connected to at least one wheel shaft extending outward from the said body opening and comprises at least one axle body which is located in the joint body such that it rests on the bottom portion of the joint body and rotates, in the joint body, on a second rotation axis parallel to the said first rotation axis and at least one axle gear which is located on the said axle body and is in contact with the said rod arm gear that allows the rod arm to rotate on the first rotation axis and the axle body to rotate on the second rotation axis