mhurhangee/ep-ind-claims huggingface dataset:
A single-use rotor having at least one shaft and at least one short-circuit cage, the short-circuit cage having electrically conductive rods and ferromagnetic material arranged at least between the rods, in particular at least one laminated core, and the rotor having at least one fluid movement means coupled to said at least one shaft for transmitting the rotational movement to a fluid, the short-circuit cage being designed to be non-permanently magnetic, wherein the axle is coupled to the short-circuit cage in a torsionally rigid manner by means of at least one plastic body, wherein the short-circuit cage is designed as an external rotor for enclosing a device for generating at least one rotating electromagnetic field, wherein the extension of the short-circuit cage in the direction of the axle is greater than 50 % of the internal diameter of the short-circuit cage.
A method performed by a wireless audio output device, comprising: detecting a state change of a storage case configured to store the wireless audio output device, wherein the state change of the storage case is related to at least one of (i) a lid of the storage case being open, (ii) the lid of the storage case being closed, (iii) the wireless audio output device being in a charging state within the storage case, (iv) the wireless audio output device being in the storage case and not being charged, or (v) the storage case being charged; selecting, responsive to the state change, an advertising mode for the wireless audio output device, wherein the advertising mode comprises at least one of an advertising rate or an advertising duration; and advertising in accordance with the selected advertising mode. detecting a state change of a storage case configured to store the wireless audio output device, wherein the state change of the storage case is related to at least one of (i) a lid of the storage case being open, (ii) the lid of the storage case being closed, (iii) the wireless audio output device being in a charging state within the storage case, (iv) the wireless audio output device being in the storage case and not being charged, or (v) the storage case being charged; selecting, responsive to the state change, an advertising mode for the wireless audio output device, wherein the advertising mode comprises at least one of an advertising rate or an advertising duration; and advertising in accordance with the selected advertising mode.
A method for removing 1,3,5-trimethylhexahydro-1,3,5-triazine and N-methylenemethanamine from a feedstock containing N-methylimidazole, the method comprising: contacting the feedstock with synthetic molecular sieves having a pore aperture size of no more than about 0.6 nm, and wherein the molecular sieves adsorb 1,3,5-trimethylhexahydro-1,3,5-triazine and N-methylenemethanamine from the feedstock; and separating the molecular sieves from the feedstock. contacting the feedstock with synthetic molecular sieves having a pore aperture size of no more than about 0.6 nm, and wherein the molecular sieves adsorb 1,3,5-trimethylhexahydro-1,3,5-triazine and N-methylenemethanamine from the feedstock; and separating the molecular sieves from the feedstock.
A mixed powder for iron-based powder metallurgy, which comprises an iron-based powder and a CaS raw material powder containing at least calcium sulfide, wherein the CaS raw material powder is coated with at least one selected from a lubricant and a binder; wherein the mixed powder is obtained by mixing the iron-based powder with the CaS raw material powder coated with the lubricant and/or the binder; and wherein the CaS raw material powder is contained such that a weight ratio of CaS after sintering is 0.01 wt% or more to 0.1 wt% or less, wherein the sintering is conducted at a temperature of 1000°C or higher to 1300°C or lower for 5 minutes or more to 60 minutes or less in a nitrogen atmosphere, a mixed atmosphere of nitrogen and hydrogen, or a hydrocarbon atmosphere. wherein the mixed powder is obtained by mixing the iron-based powder with the CaS raw material powder coated with the lubricant and/or the binder; and wherein the CaS raw material powder is contained such that a weight ratio of CaS after sintering is 0.01 wt% or more to 0.1 wt% or less, wherein the sintering is conducted at a temperature of 1000°C or higher to 1300°C or lower for 5 minutes or more to 60 minutes or less in a nitrogen atmosphere, a mixed atmosphere of nitrogen and hydrogen, or a hydrocarbon atmosphere.
A superconducting wire comprising: a substrate having a deposition plane with a surface; an intermediate layer having a first intermediate layer with a coating film formed on the deposition plane and a second biaxially oriented intermediate layer formed on the first intermediate layer; and an oxide superconducting layer formed on the intermediate layer, characterised in that the surface has a maximum height roughness Rz, according to B0601:2001, of 10 nm to 18 nm. a substrate having a deposition plane with a surface; an intermediate layer having a first intermediate layer with a coating film formed on the deposition plane and a second biaxially oriented intermediate layer formed on the first intermediate layer; and an oxide superconducting layer formed on the intermediate layer,
A microstructure comprising a botulinum toxin composition containing, as active ingredient, a botulinum toxin, a thickener and a stabilizer, wherein the microstructure is any one or more selected from the group consisting of a microneedle, a microblade, a microknife, a microfiber, a microspike, a microprobe, a microbarb, a microarray, and a microelectrode, which microstructure is prepared by a method comprising the steps of: (a) precoating the microstructure with polyvinyl alcohol; (b) mixing a botulinum toxin, a thickener and a stabilizer to obtain a mixture; and (c) dipping the precoated microstructure of step (a) into the mixture of step (b), followed by drying; wherein the thickener is any one or more selected from the group consisting of carboxymethyl cellulose sodium salt, sodium alginate, hyaluronic acid, methyl cellulose, hydroxyethyl cellulose, and polyvinyl pyrrolidone; and wherein the stabilizer is any one or more selected from the group consisting of trehalose, methionine, sodium phosphate, and a mixture of human serum albumin and sodium chloride. (a) precoating the microstructure with polyvinyl alcohol; (b) mixing a botulinum toxin, a thickener and a stabilizer to obtain a mixture; and (c) dipping the precoated microstructure of step (a) into the mixture of step (b), followed by drying; wherein the thickener is any one or more selected from the group consisting of carboxymethyl cellulose sodium salt, sodium alginate, hyaluronic acid, methyl cellulose, hydroxyethyl cellulose, and polyvinyl pyrrolidone; and wherein the stabilizer is any one or more selected from the group consisting of trehalose, methionine, sodium phosphate, and a mixture of human serum albumin and sodium chloride.
A process for the formation of a lithiated transition metal oxide particle comprising: intermixing one or more transition metal precursors, a lithium compound, and a processing additive comprising potassium, to form an active material precursor; and heating the active material precursor to a temperature of 700 °C to 1000 °C for 0.2 to 60 hours in an oxidizing atmosphere, the heating for a calcination time sufficient to form a lithiated transition metal oxide having a plurality of primary particles having a grain size, wherein the primary particles have a grain size of 4 μm to 15 μm; and wherein the transition metal precursor includes Ni at an atomic percentage of 80 at% or greater. intermixing one or more transition metal precursors, a lithium compound, and a processing additive comprising potassium, to form an active material precursor; and heating the active material precursor to a temperature of 700 °C to 1000 °C for 0.2 to 60 hours in an oxidizing atmosphere, the heating for a calcination time sufficient to form a lithiated transition metal oxide having a plurality of primary particles having a grain size, wherein the primary particles have a grain size of 4 μm to 15 μm; and wherein the transition metal precursor includes Ni at an atomic percentage of 80 at% or greater.
A 3D printing system, the system comprising: a 3D printing arrangement operable to print a 3D object; a processing unit operable to analyse images captured by an infra-red camera to detect the state of the object being printed; a substrate upon which the 3D printed object is adhered during the 3D printing process; and characterized by an infra-red light source arranged to illuminate the substrate in such a manner so as to cause total internal reflection of the infra-red light to occur in the substrate when the 3D object is not adhered to the substrate, the substrate being transparent or translucent to at least a particular frequency of infra-red light that is emitted by the infra-red light source; wherein the infra-red camera is arranged to view the surface of the substrate opposite to that which the 3D object is printed upon so that the camera may capture images of the 3D object when it is correctly adhered to the substrate; and the processing unit is operable to analyse the captured images to detect whether the 3D object is correctly adhered to the substrate. a 3D printing arrangement operable to print a 3D object; a processing unit operable to analyse images captured by an infra-red camera to detect the state of the object being printed; a substrate upon which the 3D printed object is adhered during the 3D printing process; and characterized by an infra-red light source arranged to illuminate the substrate in such a manner so as to cause total internal reflection of the infra-red light to occur in the substrate when the 3D object is not adhered to the substrate, the substrate being transparent or translucent to at least a particular frequency of infra-red light that is emitted by the infra-red light source; wherein the infra-red camera is arranged to view the surface of the substrate opposite to that which the 3D object is printed upon so that the camera may capture images of the 3D object when it is correctly adhered to the substrate; and the processing unit is operable to analyse the captured images to detect whether the 3D object is correctly adhered to the substrate.
A smokeless tobacco composition for oral use comprising from 1 to 60 wt% of at least one type of non-tobacco fibers, based on the dry weight of the final composition, wherein the non-tobacco fibers have an average length-to-width ratio equal to or greater than 3.5:1 and equal to or lower than 100:1, such as equal to or lower than 25:1.
A multi-function valve for a gas container, which includes a filling stop valve, an outlet valve and a filling level indicator, wherein the filling stop valve and the filling level indicator are provided with respective floats (8, 11) and the filling stop valve, the outlet valve and the filling level indicator are firmly fixed to a common flange and constitute a multi-function body, which is fastened to the gas container, characterised in that the flange additionally has a safety valve, the sealing washer of which is pressed tightly by a spring via a spring holder against the gas outlet opening so long as a predetermined overpressure does not prevail in the gas container, at which the safety valve opens, and whose gas outlet opening extends substantially at right angles to the plane of the flange and that the bodies for receiving the filling stop valve, the outlet valve, the filling level indicator and the safety valve including the flange are produced from one casting.
Electric strike which comprises: - a housing; - a locking means, which is configured to lock a door leaf relative to a frame, and which is movable between an active locking position for a door leaf and an inactive locking position for the door leaf; - an immobilizing means, which is configured to immobilize said locking means which is in the active locking position for the door leaf, and which is movable between an active immobilizing position for the locking means and an inactive immobilizing position for the locking means; - a blocking means, which is configured to block the immobilizing means which is in the active immobilizing position for the locking means, and which is movable between an active blocking position for the immobilizing means and an inactive blocking position for the immobilizing means; - a drive means, which is configured to drive the blocking means from the active blocking position for the immobilizing means to the inactive blocking position for the immobilizing means; - a retaining means, which is configured to retain the blocking means in the inactive blocking position for the immobilizing means, which is movable between an active retaining position for the blocking means and an inactive retaining position for the blocking means, and which comprises a retaining member, which is deformable and/or movable; - and which is characterized in that the retaining means further comprises a retaining finger, which extends laterally relative to the retaining member and from this retaining member, and which cooperates with the blocking means. - a housing; - a locking means, which is configured to lock a door leaf relative to a frame, and which is movable between an active locking position for a door leaf and an inactive locking position for the door leaf; - an immobilizing means, which is configured to immobilize said locking means which is in the active locking position for the door leaf, and which is movable between an active immobilizing position for the locking means and an inactive immobilizing position for the locking means; - a blocking means, which is configured to block the immobilizing means which is in the active immobilizing position for the locking means, and which is movable between an active blocking position for the immobilizing means and an inactive blocking position for the immobilizing means; - a drive means, which is configured to drive the blocking means from the active blocking position for the immobilizing means to the inactive blocking position for the immobilizing means; - a retaining means, which is configured to retain the blocking means in the inactive blocking position for the immobilizing means, which is movable between an active retaining position for the blocking means and an inactive retaining position for the blocking means, and which comprises a retaining member, which is deformable and/or movable; - and which is characterized in that the retaining means further comprises a retaining finger, which extends laterally relative to the retaining member and from this retaining member, and which cooperates with the blocking means.
A thin film transistor, comprising an active region, a gate insulating layer, a gate, a source and a drain, a passivation layer, and a planarization layer that are successively formed on a flexible substrate, wherein a protective layer is provided between the passivation layer and the planarization layer, the protective layer located right above the active region and the gate, characterized in that the protective layer is made of metal and covers part of the active region in a direction perpendicular to the gate, the protective layer completely covering a gap between the gate and the source as well as a gap between the gate and the drain, and not completely covering the gate, wherein the gate is made of metal.
An apparatus for controlling a strip tension in flexible rolling of metal strip, the apparatus comprising: a roller arrangement (11, 17) with at least one dancer roller (12, 18), the position of which is adjustable to control the strip tension of the metal strip, at least one hydraulic drive coupled to the dancer roller (12, 18) for adjusting the latter, a hydraulic tank for hydraulic fluid, which is fluidly connected to the hydraulic drive via a hydraulic supply line, a controllable valve arrangement between the hydraulic tank and the hydraulic drive for controlling the hydraulic drive, a hydraulic pump with which the hydraulic drive is supplied with hydraulic fluid from the hydraulic tank, and at least one hydraulic pressure accumulator for intermediate storage of hydraulic fluid previously delivered by the hydraulic pump, the hydraulic pressure accumulator being arranged between the hydraulic pump and the valve arrangement, characterized in that that a pressure sensor for determining the hydraulic pressure is arranged in the hydraulic drive, wherein the apparatus is configured to infer from the hydraulic pressure to the strip tension of the metal strip and to control the valve arrangement in dependence on the determined strip tension. a roller arrangement (11, 17) with at least one dancer roller (12, 18), the position of which is adjustable to control the strip tension of the metal strip, at least one hydraulic drive coupled to the dancer roller (12, 18) for adjusting the latter, a hydraulic tank for hydraulic fluid, which is fluidly connected to the hydraulic drive via a hydraulic supply line, a controllable valve arrangement between the hydraulic tank and the hydraulic drive for controlling the hydraulic drive, a hydraulic pump with which the hydraulic drive is supplied with hydraulic fluid from the hydraulic tank, and at least one hydraulic pressure accumulator for intermediate storage of hydraulic fluid previously delivered by the hydraulic pump, the hydraulic pressure accumulator being arranged between the hydraulic pump and the valve arrangement, characterized in that that a pressure sensor for determining the hydraulic pressure is arranged in the hydraulic drive, wherein the apparatus is configured to infer from the hydraulic pressure to the strip tension of the metal strip and to control the valve arrangement in dependence on the determined strip tension.
Compressed air brake device for a rail vehicle with a direct electropneumatic brake with a brake control unit which has a brake control device with connected brake actuators and a brake pilot control pressure sensor which is connected to the brake actuators, and with a pressure converter which is loaded with a brake pilot control pressure by the brake actuators and is connected to at least one downstream brake cylinder, characterised in that an independent monitoring control unit is arranged in parallel with the brake control unit, having a monitoring control device with connected monitoring actuators and a monitoring pilot control pressure sensor which is connected to the monitoring actuators, a monitoring pilot control pressure at the output of the monitoring actuators can be regulated using the monitoring pilot control pressure sensor, wherein in each case the higher pressure from the brake pilot control pressure and the monitoring pilot control pressure, or the monitoring pilot control pressure if a fault is present in the brake control unit, can be relayed to the brake cylinder, and the pressure converter is connected to the input of a pressure sensor, whose output is connected to the monitoring control device.
Apparatus for a portable fuel distribution system comprising a vehicle, pump, fuel tank and controller, the vehicle being modified to further comprise divided units, the divided units comprising: a dispenser unit; a tank unit; and a driver unit, whereby the pump, fuel tank and controller of the portable fuel distribution system are housed and integrally mounted within units (12, 10, 6); wherein the pump is in fluid communication with the fuel tank and arranged to receive commands from the controller to dispense fuel from the fuel tank, and fuel can be dispensed accurately from the fuel tank down to a quantity of 0.01 litres; and characterised in that the vehicle also comprises an electrical interlock system, wherein the electrical interlock system is arranged to disable the electrical systems of the driver unit and enable the electrical systems of the dispenser unit once the electrical interlock system is activated. a dispenser unit; a tank unit; and a driver unit, whereby the pump, fuel tank and controller of the portable fuel distribution system are housed and integrally mounted within units (12, 10, 6); wherein the pump is in fluid communication with the fuel tank and arranged to receive commands from the controller to dispense fuel from the fuel tank, and fuel can be dispensed accurately from the fuel tank down to a quantity of 0.01 litres; and characterised in that the vehicle also comprises an electrical interlock system, wherein the electrical interlock system is arranged to disable the electrical systems of the driver unit and enable the electrical systems of the dispenser unit once the electrical interlock system is activated.
A two-part composition comprising A) one or more epoxy terminated polyester having the structure wherein R 1 - is G- is -A- is a divalent alkyl group, -CA- is a divalent cycloalkyl group, and -R 2 - is a divalent organic group having fewer than 50 carbon atoms, and B) one or more epoxy curing agent, each molecule of which comprises two or more active hydrogen atoms that are each capable of reacting with an epoxy group. A) one or more epoxy terminated polyester having the structure wherein R 1 - is G- is -A- is a divalent alkyl group, -CA- is a divalent cycloalkyl group, and -R 2 - is a divalent organic group having fewer than 50 carbon atoms, and B) one or more epoxy curing agent, each molecule of which comprises two or more active hydrogen atoms that are each capable of reacting with an epoxy group.
A device for providing visual calibration images in a test space of a materials testing device, including: - a calibration test target comprising a calibration test pattern on a first side; - a mount (40, 42) engaging the calibration test target, the mount (40, 42) including a pivot (41, 43) wherein the calibration test target can be pivoted along a pivot axis; and - a rotational device engaging the mount (40, 42), the rotational device rotating about a rotational axis, characterized in that the calibration test target comprises a different test pattern on a second side, wherein the calibration test target is configured to be removed from the rotational device and flipped over or reversed so that the calibration test target provides two different sets of calibration images. - a calibration test target comprising a calibration test pattern on a first side; - a mount (40, 42) engaging the calibration test target, the mount (40, 42) including a pivot (41, 43) wherein the calibration test target can be pivoted along a pivot axis; and - a rotational device engaging the mount (40, 42), the rotational device rotating about a rotational axis,
Device for handling weaving accessories, which device comprises at least one holding element for a weaving accessory, and a supporting face for a weaving accessory is arranged on the at least one holding element, and a longitudinal direction is defined by way of the greater extent of the supporting face and a width direction of the holding element is defined by way of the smaller extent of the supporting face, characterized in that the at least one holding element is arranged pivotably about a first axis which is arranged perpendicularly with respect to the longitudinal direction of the holding element, in order to move a weaving accessory, arranged on the supporting face of the holding element, from a receiving position to a drawing-in position by way of pivoting of the holding element about the first axis.
A self-adhesive matrix system comprising a styrene-ethylene/butylene-styrene copolymer (SEBS) solubilised in an oil/ethyl acetate mixture, a hydrogenated resin and a pharmaceutical or cosmetic active ingredient.