mhurhangee/ep-ind-claims huggingface dataset:
Cooking system, in particular induction cooking system, with at least one placement plate (12a-b) and with at least one extraction unit (14a-b), which is arranged in an installed position below the placement plate (12a-b), which has at least one fan wheel (16a-b) and which by means of the fan wheel (16a-b) at least partially draws vapours arising in at least one operating state out from at least one cooking region (18a-b) and through at least one extraction recess (20a-b) of the placement plate (12a-b), wherein the fan wheel (16a-b) is mounted such that it can rotate about at least one axis of rotation (22a-b), characterised in that the axis of rotation (22a-b) is oriented obliquely relative to a main extension plane (24a-b) of the placement plate (12a-b), wherein the axis of rotation (22a-b) encloses a minimum angle of intersection (26a-b) of at least 10° and at most 85° with the main extension plane (24a-b) of the placement plate (12a-b).
A power plant provided with a power transmission gearbox and a turbine engine, the power transmission gearbox comprising a substantially vertical rotor mast which is suitable for causing a hub of a rotor to rotate, the turbine engine comprising an output shaft for setting said power transmission gearbox in motion, said power plant having a heat exchanger fastened to said turbine engine, characterised in that: - said power transmission gearbox comprises at least one speed-of-rotation reduction stage arranged in a flat casing, and a pylon standing on an upper face of said flat casing, said pylon having said rotor mast passing therethrough, - said turbine engine comprises an engine casing, said output shaft projecting from said engine casing, said output shaft penetrating into said flat casing when said engine casing is arranged on said upper face, said output shaft being substantially parallel to the rotor mast, said engine casing being offset longitudinally relative to the pylon and not being in contact with this pylon, - said heat exchanger extends longitudinally to the rear of said turbine engine, said rotor mast being conversely located longitudinally in front of said turbine engine. - said power transmission gearbox comprises at least one speed-of-rotation reduction stage arranged in a flat casing, and a pylon standing on an upper face of said flat casing, said pylon having said rotor mast passing therethrough, - said turbine engine comprises an engine casing, said output shaft projecting from said engine casing, said output shaft penetrating into said flat casing when said engine casing is arranged on said upper face, said output shaft being substantially parallel to the rotor mast, said engine casing being offset longitudinally relative to the pylon and not being in contact with this pylon, - said heat exchanger extends longitudinally to the rear of said turbine engine, said rotor mast being conversely located longitudinally in front of said turbine engine.
A hose box comprising: a hose guide pulley adapted to allow a lateral movement of a hose guide to wind a hose within the hose box; a first pulley drivingly coupled to a reel; a belt-drive adapted to operatively couple the first pulley and the hose guide pulley; and an annular gear connected to the reel and adapted to rotate during winding of the hose around a central axis and operatively coupled to the first pulley, characterized in that: wherein the first pulley is disposed at a radial offset from the central axis of the hose box, wherein the first pulley includes a built-in belt pulley such that the first pulley and the built-in belt pulley are drivingly coupled with the hose guide pulley via the belt-drive. a hose guide pulley adapted to allow a lateral movement of a hose guide to wind a hose within the hose box; a first pulley drivingly coupled to a reel; a belt-drive adapted to operatively couple the first pulley and the hose guide pulley; and an annular gear connected to the reel and adapted to rotate during winding of the hose around a central axis and operatively coupled to the first pulley, characterized in that: wherein the first pulley is disposed at a radial offset from the central axis of the hose box, wherein the first pulley includes a built-in belt pulley such that the first pulley and the built-in belt pulley are drivingly coupled with the hose guide pulley via the belt-drive. wherein the first pulley is disposed at a radial offset from the central axis of the hose box, wherein the first pulley includes a built-in belt pulley such that the first pulley and the built-in belt pulley are drivingly coupled with the hose guide pulley via the belt-drive.
Method for making a handle wafer for a microelectronic substrate or component, or a microelectronic functional wafer, said handle wafer including at least one window (31, 33, 51, 53, 61, 63), in a solid material for viewing through the thickness of the handle wafer, this method including: a1) - the making of at least one through-cavity (21, 23, 61, 63) in a starting wafer, b1) - the assembling of said starting wafer with a supporting substrate, possibly by means of adhesive layer (32, 32'), the supporting substrate, or the surface of said of adhesive layer (32, 32') opposed to the surface of the supporting substrate on which this adhesive layer lies, defining an alignment or receiving surface; c1) - the formation of at least one viewing window (31, 33, 71, 73) in said of at least one through-cavity, on said alignment or receiving surface (32, 32'); d1) then the removal of said supporting substrate; or this method comprising: a2) - the making, in a starting wafer, of at least one non-through-cavity (41, 43), the bottom of which (41", 43") defines a receiving surface; b2) - the formation of at least one viewing window (51, 53) in said at least one non-through-cavity, on said receiving surface (32, 32'); c2) then the removal of a portion of the thickness of the starting wafer so that said at least one cavity is a through-cavity in the thinned wafer. a1) - the making of at least one through-cavity (21, 23, 61, 63) in a starting wafer, b1) - the assembling of said starting wafer with a supporting substrate, possibly by means of adhesive layer (32, 32'), the supporting substrate, or the surface of said of adhesive layer (32, 32') opposed to the surface of the supporting substrate on which this adhesive layer lies, defining an alignment or receiving surface; c1) - the formation of at least one viewing window (31, 33, 71, 73) in said of at least one through-cavity, on said alignment or receiving surface (32, 32'); d1) then the removal of said supporting substrate; a2) - the making, in a starting wafer, of at least one non-through-cavity (41, 43), the bottom of which (41", 43") defines a receiving surface; b2) - the formation of at least one viewing window (51, 53) in said at least one non-through-cavity, on said receiving surface (32, 32'); c2) then the removal of a portion of the thickness of the starting wafer so that said at least one cavity is a through-cavity in the thinned wafer.
A geared motor, having a gear unit driven by an electric motor, wherein the rotor shaft of the electric motor by means of a clamping ring is connected in a force-fit, in particular connected by shrinking-on, to an adapter shaft which is connected non-rotatably to an input toothed part of the gear unit of the geared motor, wherein a screwing part, in particular threaded pin, is arranged between the clamping ring and the adapter shaft, in particular wherein the screwing part contacts the clamping ring and contacts the adapter shaft, wherein the screwing part is at least partially screwed into a threaded bore formed in the clamping ring, wherein the screwing part projects at least partially into a bore formed in the adapter shaft, wherein the threaded bore is embodied as open radially inwards, characterised in that the threaded bore is arranged on the radial inner side of the clamping ring, the threaded bore being oriented axially, i.e. parallel to the ring axis of the clamping ring and/or to the axis of rotation of the adapter shaft, the radial distance region covered by the threaded bore overlapping with the radial distance region covered by the clamping ring. wherein the rotor shaft of the electric motor by means of a clamping ring is connected in a force-fit, in particular connected by shrinking-on, to an adapter shaft which is connected non-rotatably to an input toothed part of the gear unit of the geared motor, wherein a screwing part, in particular threaded pin, is arranged between the clamping ring and the adapter shaft, in particular wherein the screwing part contacts the clamping ring and contacts the adapter shaft, wherein the screwing part is at least partially screwed into a threaded bore formed in the clamping ring, wherein the screwing part projects at least partially into a bore formed in the adapter shaft, wherein the threaded bore is embodied as open radially inwards, characterised in that the threaded bore is arranged on the radial inner side of the clamping ring, the threaded bore being oriented axially, i.e. parallel to the ring axis of the clamping ring and/or to the axis of rotation of the adapter shaft, the radial distance region covered by the threaded bore overlapping with the radial distance region covered by the clamping ring.
An emulsion type lotion having an average particle size of oil emulsion particles being from 30 nm to 200 nm, the average particle size being measured using a particle size measuring device according to dynamic light scattering, and said emulsion type lotion comprising at least one anionic surfactant, at least one monoalcohol having a carbon number of from 12 to 24, from 5% to 20% by mass of at least one polyol comprising from 2 to 6 carbon atoms and from 2 to 4 hydroxyl groups, from 5% to 30% by mass of at least one liquid oil agent, and 50% to 90% by mass of water, the percentages by mass being based on the total mass of the lotion, wherein the mass ratio of the liquid oil agent to the anionic surfactant is from 20 to 30.
A compound selected from the group consisting of: 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanone; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanone; 1,1-dimethyl-octahydro-inden-5-ol; 3,3 -dimethyl-octahydro-inden-5 -ol; 1,1-dimethyl-octahydro-inden-5-one; 3,3 -dimethyl-octahydro-inden-5 -one; 1-(1,1,6-trimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3,6-trimethyl-octahydro-inden-5-yl)-ethanol; and a mixture thereof. 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanol; 1-(1,1-dimethyl-octahydro-inden-5-yl)-ethanone; 1-(3,3-dimethyl-octahydro-inden-5-yl)-ethanone; 1,1-dimethyl-octahydro-inden-5-ol; 3,3 -dimethyl-octahydro-inden-5 -ol; 1,1-dimethyl-octahydro-inden-5-one; 3,3 -dimethyl-octahydro-inden-5 -one; 1-(1,1,6-trimethyl-octahydro-inden-5-yl)-ethanol; 1-(3,3,6-trimethyl-octahydro-inden-5-yl)-ethanol; and a mixture thereof.
A control unit configured to control a group of smoking articles, each comprising a portion containing metal material; the control unit comprises: an electromagnetic sensor, which is arranged along a path followed by the group of smoking articles and is sensitive to the presence of the metal material contained in the portion of the smoking articles; and a processing device, which is coupled to the sensor and is configured to establish whether, depending on the signals provided by the sensor, the group of smoking articles moving along the path has or has not all the smoking articles with a same longitudinal orientation; wherein the electromagnetic sensor comprises: an electric oscillator circuit having at least one quantity, in particular an inductance, which is influenced by a proximity with the metal material contained in the portion of the smoking articles; and a power supply, which applies an electric voltage, in particular an AC voltage, to the electric oscillator circuit and is connected to the processing device; the control unit is characterized in that the electric oscillator circuit comprises one single coil, which is connected to the power supply, is arranged in a fixed position along the path, and is wound around the path so that the group of smoking articles moving along the path longitudinally passes inside the coil. an electromagnetic sensor, which is arranged along a path followed by the group of smoking articles and is sensitive to the presence of the metal material contained in the portion of the smoking articles; and a processing device, which is coupled to the sensor and is configured to establish whether, depending on the signals provided by the sensor, the group of smoking articles moving along the path has or has not all the smoking articles with a same longitudinal orientation; wherein the electromagnetic sensor comprises: an electric oscillator circuit having at least one quantity, in particular an inductance, which is influenced by a proximity with the metal material contained in the portion of the smoking articles; and a power supply, which applies an electric voltage, in particular an AC voltage, to the electric oscillator circuit and is connected to the processing device; the control unit is characterized in that the electric oscillator circuit comprises one single coil, which is connected to the power supply, is arranged in a fixed position along the path, and is wound around the path so that the group of smoking articles moving along the path longitudinally passes inside the coil.
A jet regulator for a sanitary fitting, comprising at least - a housing; - at least one liquid channel for a liquid, which extends at least partially through the housing; - at least one aeration channel, via which air can be supplied to the at least one liquid channel to aerate the liquid; and - an actuating element for opening and closing the at least one aeration channel; wherein the actuating element has a plurality of first aeration openings and the housing has a plurality of second aeration openings, wherein the first aeration openings are formed on a first end face of the actuating element and wherein the first aeration openings are formed in a circumferential collar of the actuating element, characterized in that the second aeration openings are formed on an end face of the housing. - a housing; - at least one liquid channel for a liquid, which extends at least partially through the housing; - at least one aeration channel, via which air can be supplied to the at least one liquid channel to aerate the liquid; and - an actuating element for opening and closing the at least one aeration channel; wherein the actuating element has a plurality of first aeration openings and the housing has a plurality of second aeration openings, wherein the first aeration openings are formed on a first end face of the actuating element and wherein the first aeration openings are formed in a circumferential collar of the actuating element, characterized in that the second aeration openings are formed on an end face of the housing.
An organic light emitting diode display device, comprising: a substrate including a display area and a non-display area; a gate driver disposed in the non-display area; a ground line in the non-display area overlapping with a passivation layer, wherein the ground line is overlapping on the gate driver with the passivation layer there between; an anode electrode disposed in the display area; an organic light emission layer disposed in the display area and stacked on the anode electrode; a cathode electrode stacked on the organic light emission layer and contacting the ground line; and an auxiliary cathode electrode between the ground line and the cathode electrode, wherein the auxiliary cathode electrode is formed at a same layer with the anode electrode and is made of the same material as the anode electrode, and wherein the auxiliary cathode electrode contacts the cathode electrode and the ground line. a substrate including a display area and a non-display area; a gate driver disposed in the non-display area; a ground line in the non-display area overlapping with a passivation layer, wherein the ground line is overlapping on the gate driver with the passivation layer there between; an anode electrode disposed in the display area; an organic light emission layer disposed in the display area and stacked on the anode electrode; a cathode electrode stacked on the organic light emission layer and contacting the ground line; and an auxiliary cathode electrode between the ground line and the cathode electrode, wherein the auxiliary cathode electrode is formed at a same layer with the anode electrode and is made of the same material as the anode electrode, and wherein the auxiliary cathode electrode contacts the cathode electrode and the ground line.
An electronic apparatus comprising: a top cover having vertical sidewalls extending from a periphery of the top cover; vertical base frame sidewalls extending upward from a periphery of a base, wherein the vertical base frame sidewalls are generally parallel to vertical sidewalls of the top cover and the vertical base frame sidewalls face respective interior surfaces of the vertical sidewalls of the top cover; and cover retention clips, wherein the cover retention clips are V or U shaped for securing the top cover to the base, wherein a first side of the cover retention clips is attached directly to interior surfaces of the vertical sidewalls of the top cover and a second side of the cover retention clips engages apertures in the vertical base frame sidewalls to secure the base to the top cover, wherein the cover retention clips each comprise a bent portion that extends beyond an upper border of the apertures on a same side of the apertures as the vertical sidewall when engaged; wherein the cover retention clips are releasable to disassemble the base from the top cover. a top cover having vertical sidewalls extending from a periphery of the top cover; vertical base frame sidewalls extending upward from a periphery of a base, wherein the vertical base frame sidewalls are generally parallel to vertical sidewalls of the top cover and the vertical base frame sidewalls face respective interior surfaces of the vertical sidewalls of the top cover; and cover retention clips, wherein the cover retention clips are V or U shaped for securing the top cover to the base, wherein a first side of the cover retention clips is attached directly to interior surfaces of the vertical sidewalls of the top cover and a second side of the cover retention clips engages apertures in the vertical base frame sidewalls to secure the base to the top cover, wherein the cover retention clips each comprise a bent portion that extends beyond an upper border of the apertures on a same side of the apertures as the vertical sidewall when engaged; wherein the cover retention clips are releasable to disassemble the base from the top cover.
A semiconductor multilayer structure comprising: a GaN substrate; an n-type GaN layer epitaxially grown on the GaN substrate; and a p-type GaN layer which is formed on the n-type GaN layer and into which Mg is ion implanted, characterised in that: said GaN substrate has a maximum defect density of 3 × 10 6 /cm 2 or less, in which a ratio of the maximum defect density to a minimum defect density in a plane is 10 times or less, said defect densities being measured in ten positions by scanning observation areas having a size of diameter 500 μm per one position in a 3 mm square measurement area, and in that: an electroluminescence emission having a peak at a photon energy of 3.0 eV or more is generated on application of a voltage to a pn-junction formed by the n-type GaN layer and the p-type GaN layer. a GaN substrate; an n-type GaN layer epitaxially grown on the GaN substrate; and a p-type GaN layer which is formed on the n-type GaN layer and into which Mg is ion implanted, characterised in that: said GaN substrate has a maximum defect density of 3 × 10 6 /cm 2 or less, in which a ratio of the maximum defect density to a minimum defect density in a plane is 10 times or less, said defect densities being measured in ten positions by scanning observation areas having a size of diameter 500 μm per one position in a 3 mm square measurement area, and in that: an electroluminescence emission having a peak at a photon energy of 3.0 eV or more is generated on application of a voltage to a pn-junction formed by the n-type GaN layer and the p-type GaN layer.
A multiband multiple input multiple output (MIMO) vehicular antenna assembly for installation to a vehicle body wall, the antenna assembly comprising: a chassis; an outer radome or cover coupled to the chassis such that an interior enclosure is collectively defined by the chassis and the outer radome or cover; an inner radome or antenna carrier within the interior enclosure and having inner and outer surfaces spaced apart from the chassis and the outer radome or cover; one or more antenna elements (120, 122) within the interior enclosure between the chassis and the inner surface of the inner radome or antenna carrier; one or more antenna elements (113, 115) along and/or in conformance with the outer surface of the inner radome or antenna carrier so as to generally follow the contour of a corresponding portion of the inner radome or antenna carrier; and one or more interconnect devices along a lower portion of the inner radome or antenna carrier for electrically connecting the one or more antenna elements (113, 115) to corresponding electrically conductive portions of a printed circuit board; wherein at least one of the one or more antenna elements (113, 115) along and/or in conformance with the outer surface of the inner radome or antenna carrier are configured to be operable for receiving and transmitting communication signals within two or more cellular frequency bands, characterized by said interconnect devices comprising one or more members comprising electrically-conductive elastomer, wherein said one or more members have a hollow profile and are positioned within corresponding openings of the inner radome or antenna carrier. a chassis; an outer radome or cover coupled to the chassis such that an interior enclosure is collectively defined by the chassis and the outer radome or cover; an inner radome or antenna carrier within the interior enclosure and having inner and outer surfaces spaced apart from the chassis and the outer radome or cover; one or more antenna elements (120, 122) within the interior enclosure between the chassis and the inner surface of the inner radome or antenna carrier; one or more antenna elements (113, 115) along and/or in conformance with the outer surface of the inner radome or antenna carrier so as to generally follow the contour of a corresponding portion of the inner radome or antenna carrier; and one or more interconnect devices along a lower portion of the inner radome or antenna carrier for electrically connecting the one or more antenna elements (113, 115) to corresponding electrically conductive portions of a printed circuit board; wherein at least one of the one or more antenna elements (113, 115) along and/or in conformance with the outer surface of the inner radome or antenna carrier are configured to be operable for receiving and transmitting communication signals within two or more cellular frequency bands, characterized by said interconnect devices comprising one or more members comprising electrically-conductive elastomer, wherein said one or more members have a hollow profile and are positioned within corresponding openings of the inner radome or antenna carrier.