mhurhangee/ep-ind-claims huggingface dataset:
A propulsion device for exerting thrust to a fluid, which comprises a central hub (10, 110, 210) having a front end and a rear end and being rotational about a rotational axis extending longitudinally between the front and rear ends, and at least two propulsive arrangements (20, 120, 220) which protrude radially from the hub (10, 110, 210) and which are evenly distributed about the circumference of the hub (10, 110, 210), wherein each propulsive arrangement (20, 120, 220) comprises; - a front propulsive element which extends radially from a front inner end to a front outer end, - a rear propulsive element which extends radially from a rear inner end to a rear outer end, - an outer guide element which extends from the front outer end to the rear outer end at a radial outer guide element distance from the rotational axis, - an inner guide element which extends from the front inner end to the rear inner end at a radial inner guide element distance from the rotational axis, - an elongate front distance member and an elongate rear distance member, which distance members (35, 45) extend radially from the hub to the inner guide element, and - at least one intermediate propulsive element arranged between the front and rear propulsive elements and extending radially, from the inner guide element, to the outer guide element, wherein - the longitudinal projections of the front propulsive element, the intermediate propulsive element and the rear propulsive element at least partially overlaps, and wherein - the inner guide element, the front distance member, the rear distance member and the periphery of the hub define an open space allowing free passage of the fluid. - a front propulsive element which extends radially from a front inner end to a front outer end, - a rear propulsive element which extends radially from a rear inner end to a rear outer end, - an outer guide element which extends from the front outer end to the rear outer end at a radial outer guide element distance from the rotational axis, - an inner guide element which extends from the front inner end to the rear inner end at a radial inner guide element distance from the rotational axis, - an elongate front distance member and an elongate rear distance member, which distance members (35, 45) extend radially from the hub to the inner guide element, and - at least one intermediate propulsive element arranged between the front and rear propulsive elements and extending radially, from the inner guide element, to the outer guide element, wherein - the longitudinal projections of the front propulsive element, the intermediate propulsive element and the rear propulsive element at least partially overlaps, and wherein - the inner guide element, the front distance member, the rear distance member and the periphery of the hub define an open space allowing free passage of the fluid.
A heating system for vehicles, the heating system comprising; - an elongated radiator having a first radiator wall, a second radiator wall and at least one fluid channel for receiving a heated fluid interposed between the first radiator wall and the second radiator wall, - an elongated convector comprising a convector wall and a plurality of convector flanges which protrude out from the convector wall, the heating system further comprising an electrical heating arrangement characterized in that said electrical heating arrangement is interposed between the first radiator wall and the convector wall, wherein the electrical heating arrangement is arranged as a resistive film with a first film side and a second film side, the first film side facing the first radiator wall and the second film side facing the convector wall, and wherein the electrical heating arrangement comprises one or more protective membranes arranged between the resistive film and the first radiator wall and/or between the resistive film and the convector wall. - an elongated radiator having a first radiator wall, a second radiator wall and at least one fluid channel for receiving a heated fluid interposed between the first radiator wall and the second radiator wall, - an elongated convector comprising a convector wall and a plurality of convector flanges which protrude out from the convector wall, the heating system further comprising an electrical heating arrangement characterized in that said electrical heating arrangement is interposed between the first radiator wall and the convector wall, wherein the electrical heating arrangement is arranged as a resistive film with a first film side and a second film side, the first film side facing the first radiator wall and the second film side facing the convector wall, and wherein the electrical heating arrangement comprises one or more protective membranes arranged between the resistive film and the first radiator wall and/or between the resistive film and the convector wall.
A liquid dispensing hair removal device comprising: a handle; a cartridge mounted to the handle, the cartridge having at least one blade; and a dispensing unit within the handle, the dispensing unit comprising a reservoir, a pump in liquid communication with the reservoir, and an applicator in liquid communication with the pump, wherein the applicator has at least one outlet port and a baffle defining an elongated recess with a resilient front wall that flexes from a first position to a second position, wherein the applicator has a guard behind the baffle, characterized in that said guard comprises a plurality of ribs that define a plurality of open channels that are transverse to the blade. a handle; a cartridge mounted to the handle, the cartridge having at least one blade; and a dispensing unit within the handle, the dispensing unit comprising a reservoir, a pump in liquid communication with the reservoir, and an applicator in liquid communication with the pump, wherein the applicator has at least one outlet port and a baffle defining an elongated recess with a resilient front wall that flexes from a first position to a second position, wherein the applicator has a guard behind the baffle, characterized in that said guard comprises a plurality of ribs that define a plurality of open channels that are transverse to the blade.
A NOx reducing device provided for a construction machine having an engine to serve as an exhaust gas aftertreatment device for treating exhaust gas from the engine to decrease NOx in the exhaust gas by using an aqueous urea solution, comprising: a device body configured to allow execution of a urea-based selective catalytic reduction reaction for the NOx, the device body having an outlet end portion; a tail pipe provided at the outlet end portion; an aqueous urea solution injection control section configured to control an injection amount of an aqueous urea solution; a NOx sensor configured to detect an amount of NOx in the exhaust gas; a NOx controller configured to send, as NOx information, a signal from the NOx sensor, to the aqueous urea solution injection control section; and a mount table supporting the device body, wherein the mount table comprises a top plate and a leg supporting the top plate, the device body and the tail pipe are provided on an upper side of the top plate, characterized in that the NOx controller is attached to the lower surface of the top plate in such a manner that the NOx controller is entirely covered from thereabove by the top plate. a device body configured to allow execution of a urea-based selective catalytic reduction reaction for the NOx, the device body having an outlet end portion; a tail pipe provided at the outlet end portion; an aqueous urea solution injection control section configured to control an injection amount of an aqueous urea solution; a NOx sensor configured to detect an amount of NOx in the exhaust gas; a NOx controller configured to send, as NOx information, a signal from the NOx sensor, to the aqueous urea solution injection control section; and a mount table supporting the device body, wherein the mount table comprises a top plate and a leg supporting the top plate, the device body and the tail pipe are provided on an upper side of the top plate, characterized in that the NOx controller is attached to the lower surface of the top plate in such a manner that the NOx controller is entirely covered from thereabove by the top plate.
Dosing device for a household appliance, in particular dishwasher, wherein the dosing device is designed to dose a partial quantity of an additive, which is configured to create a chemical reaction inside the household appliance, by means of light into a working medium of the household appliance, wherein the dosing device is characterised by a light source for generating the light, wherein the light source is designed to decompose a fixing material, in which the additive is embedded or which encases the additive, by means of the generated light in order to release the partial quantity of the additive for the dosing into the working medium, the dosing device is further characterised by a receiving device for receiving a spatially stable substance in the form of a one-piece unit, which contains the additive and the fixing material, wherein the substance is preferably configured to be bar-shaped, the dosing device is further characterised by a control device which is designed to control the light source for adjusting at least one parameter of the generated light as a function of a set value of the partial quantity of the additive to be dosed, wherein the at least one parameter is preferably selected from the group comprising: an intensity of the generated light, a wavelength of the generated light, an exposure period during which the fixing material is to be illuminated, and/or a size of a region on the surface of the fixing material which is to be illuminated. wherein the dosing device is characterised by a light source for generating the light, wherein the light source is designed to decompose a fixing material, in which the additive is embedded or which encases the additive, by means of the generated light in order to release the partial quantity of the additive for the dosing into the working medium, the dosing device is further characterised by a receiving device for receiving a spatially stable substance in the form of a one-piece unit, which contains the additive and the fixing material, wherein the substance is preferably configured to be bar-shaped, the dosing device is further characterised by a control device which is designed to control the light source for adjusting at least one parameter of the generated light as a function of a set value of the partial quantity of the additive to be dosed, wherein the at least one parameter is preferably selected from the group comprising: an intensity of the generated light, a wavelength of the generated light, an exposure period during which the fixing material is to be illuminated, and/or a size of a region on the surface of the fixing material which is to be illuminated.
A method of protecting a superconducting magnet from quenches, the superconducting magnet having at least one primary coil comprising high temperature superconductor, HTS, material, the method comprising: providing a secondary HTS tape, the secondary HTS tape being in proximity to and electrically insulated from the primary coil, and being configured to cease superconducting at a lower temperature than the primary coil during operation of the magnet; detecting a loss of superconductivity in the secondary HTS tape; in response to said detection, dumping energy from the primary coil into an external resistive load. providing a secondary HTS tape, the secondary HTS tape being in proximity to and electrically insulated from the primary coil, and being configured to cease superconducting at a lower temperature than the primary coil during operation of the magnet; detecting a loss of superconductivity in the secondary HTS tape;
A system for attaching a safety strap to a hand tool comprising: a hand tool having a handle, the handle having an exterior diameter; a safety strap adjacent to the handle; characterized by a removable hollow core defining a volume and having an interior and an exterior diameter (175, 180), the interior diameter being greater than the exterior diameter of the handle; an elastic sleeve having a length, a relaxed interior diameter, a stretched interior diameter, and a relaxed exterior diameter, wherein the difference between the relaxed exterior diameter and the relaxed interior diameter defines a wall width, the relaxed interior diameter is less than the exterior diameter of the handle, and the stretched interior diameter is greater than the exterior diameter of the removable hollow core; and, wherein the elastic sleeve is mountable on the removable hollow core, and the removable hollow core is configured to be removed while the handle and safety strap are within its volume thereby securing the safety strap to the handle. a hand tool having a handle, the handle having an exterior diameter; a safety strap adjacent to the handle; characterized by a removable hollow core defining a volume and having an interior and an exterior diameter (175, 180), the interior diameter being greater than the exterior diameter of the handle; an elastic sleeve having a length, a relaxed interior diameter, a stretched interior diameter, and a relaxed exterior diameter, wherein the difference between the relaxed exterior diameter and the relaxed interior diameter defines a wall width, the relaxed interior diameter is less than the exterior diameter of the handle, and the stretched interior diameter is greater than the exterior diameter of the removable hollow core; and, wherein the elastic sleeve is mountable on the removable hollow core, and the removable hollow core is configured to be removed while the handle and safety strap are within its volume thereby securing the safety strap to the handle.
A view panel for a pair of goggles or a helmet visor, comprising an adapter means, at least one outer panel arranged on a first support surface of the adapter means and at least one inner panel arranged on a second support surface of the adapter means, wherein the adapter means comprises at least one web-shaped edge element with the first support surface and the second support surface and wherein the support surfaces (6, 7) are not parallel to one another, characterised in that at least one optical lens is integrated in the inner panel and characterised in that the inner panel is a frame element in which the optical lens is enclosed.
A method of manufacturing a polarizing film comprising the steps of: obtaining a poly (vinyl alcohol)-based resin film formed by casting an aqueous poly(vinyl alcohol)-based resin solution onto a support, followed by drying the aqueous poly(vinyl alcohol)-based resin solution cast onto the support, the aqueous poly(vinyl alcohol)-based resin solution containing a poly(vinyl alcohol)-based resin and water as a solvent which is capable of dissolving the poly(vinyl alcohol)-based resin, the poly(vinyl alcohol)-based resin having a saponification degree of 94 to 98.5 mol% obtained in accordance with JIS K6726 and a polymerization degree of 2550 to 3000; and obtaining a polarizing film by using the poly(vinyl alcohol)-based resin film. obtaining a poly (vinyl alcohol)-based resin film formed by casting an aqueous poly(vinyl alcohol)-based resin solution onto a support, followed by drying the aqueous poly(vinyl alcohol)-based resin solution cast onto the support, the aqueous poly(vinyl alcohol)-based resin solution containing a poly(vinyl alcohol)-based resin and water as a solvent which is capable of dissolving the poly(vinyl alcohol)-based resin, the poly(vinyl alcohol)-based resin having a saponification degree of 94 to 98.5 mol% obtained in accordance with JIS K6726 and a polymerization degree of 2550 to 3000; and obtaining a polarizing film by using the poly(vinyl alcohol)-based resin film.
Method of manufacturing a toilet seat, wherein comprising the steps: 1) providing thermosetting resin particles and two mould sets with top and bottom moulds; the two mould sets share the same bottom mould; 2) paving a first layer of urea resin particles on the first mould set of a compression molding machine; closing the top mould of the first mould set, and forming a primary formed toilet seat portion; opening and moving the top mould of the first mould set; 3) laying a heating element on the primary formed toilet seat portion; 4) paving a second layer of urea resin particles on the heating element and the primary formed toilet seat portion; 5) closing the top mould of the second mould set and proceeding with compression molding. 1) providing thermosetting resin particles and two mould sets with top and bottom moulds; the two mould sets share the same bottom mould; 2) paving a first layer of urea resin particles on the first mould set of a compression molding machine; closing the top mould of the first mould set, and forming a primary formed toilet seat portion; opening and moving the top mould of the first mould set; 3) laying a heating element on the primary formed toilet seat portion; 4) paving a second layer of urea resin particles on the heating element and the primary formed toilet seat portion; 5) closing the top mould of the second mould set and proceeding with compression molding.
A method of connecting leads to an implantable pulse generator, wherein the implantable pulse generator comprises: a biocompatible housing; a plurality of biocompatible wires extending from the biocompatible housing, wherein each of the biocompatible wires comprises a longitudinal axis; and a feedthrough, wherein the feedthrough and the biocompatible housing together define a sealed volume, and wherein the biocompatible wires extend through the feedthrough; positioning one of the biocompatible wires and a connecting piece such that the one of the biocompatible wires and the connecting piece contact; resistance welding one of the biocompatible wires and the connecting piece together; and energy beam welding the one of the biocompatible wires and the connecting piece together.
Kitchen appliance, in particular cooking appliance and/or commercial kitchen appliance, which has a cooking area for treating foodstuffs, wherein the kitchen appliance has an appliance surface which surrounds an appliance interior, and wherein a media connection which extends from the appliance surface into the appliance interior is provided, wherein the media connection has a plate-like covering element on its front face, wherein the plate-like covering element, together with the appliance surface which surrounds the said plate-like covering element, forms a substantially planar surface in a closed position of the media connection, and wherein the media connection has an opening position in which the plate-like covering element is extended forward out of the plane of the appliance surface, and in the process exposes a displaceable connection device into which connection elements of data lines, data carriers and/or connection elements of supply lines can be inserted, and/or in the process provides an actuating option for appliance functions, wherein the displaceable connection device has a head which supports the plate-like covering element, characterized in that the media connection has a seal arrangement which, in the closed position, seals off the appliance interior from the exterior, which surrounds the kitchen appliance, in the region of the media connection in such a way that the connection elements are reliably sealed off, wherein a stationary flange which terminates with the appliance surface and, in the closed position, frames the head of the displaceable connection device is provided, wherein a flange seal is arranged between the flange and an inner face of the appliance surface, the said flange seal forming a part of the seal arrangements and preferably being formed from ethylene propylene diene rubber (EPDM) seal, and wherein the displaceable connection device has a frame element which supports the head and is arranged in a moveable manner in a stationary housing element, and the seal arrangement comprises a frame seal, preferably in the form of a silicone foam seal, which is provided in the flange and serves to seal off the head of the displaceable connection device.
A process comprising (a) providing at least one sound insulation device comprising at least one sound barrier comprising a phononic crystal having at least one substantially periodic array of structures disposed in a first medium having a first density, said structures being made of a second medium having a second density different from said first density, wherein said substantially periodic array of structures is a one-dimensional array in the form of a multi-layer structure comprising alternating layers of said first and second media, wherein one of said first and second media is a viscoelastic medium having a speed of propagation of longitudinal sound wave and a speed of propagation of transverse sound wave, said speed of propagation of longitudinal sound wave being at least 30 times said speed of propagation of transverse sound wave, and wherein the other of said first and second media is a viscoelastic or elastic medium; and (b) interposing said sound insulation device between an acoustic source area and an acoustic receiving area of a transportation vehicle.
A micro-needle array unit (1, 2, 3, 4, 5, 6, 7, 8, 9) comprising: a micro-needle array which has a sheet and a plurality of needles arranged inside an outer peripheral surface of one surface of the sheet; a container which accommodates the micro-needle array and includes an accommodating portion having an opening and a protrusion that supports the outer peripheral surface of the micro-needle array, a deformable portion disposed on a side opposite to the opening and integrated with the accommodating portion, and a flange portion that is integrated with the accommodating portion and brought into contact with a skin; a lid which seals the opening of the container; and a three-dimensional puncture instrument which has two vertically different areas, characterized in that wherein in a case where an external force applied in a direction of the opening by a smaller area between two vertically different areas of the puncture instrument is received, the deformable portion is deformed, and the other surface of the micro-needle array is pressed, the micro-needle array passes through the protrusion and is pushed out of the accommodating portion due to the pressing of the other surface, and the deformable portion presses the micro-needle array while maintaining a deformed state thereof. a micro-needle array which has a sheet and a plurality of needles arranged inside an outer peripheral surface of one surface of the sheet; a container which accommodates the micro-needle array and includes an accommodating portion having an opening and a protrusion that supports the outer peripheral surface of the micro-needle array, a deformable portion disposed on a side opposite to the opening and integrated with the accommodating portion, and a flange portion that is integrated with the accommodating portion and brought into contact with a skin; a lid which seals the opening of the container; and a three-dimensional puncture instrument which has two vertically different areas, characterized in that wherein in a case where an external force applied in a direction of the opening by a smaller area between two vertically different areas of the puncture instrument is received, the deformable portion is deformed, and the other surface of the micro-needle array is pressed, the micro-needle array passes through the protrusion and is pushed out of the accommodating portion due to the pressing of the other surface, and the deformable portion presses the micro-needle array while maintaining a deformed state thereof.