mhurhangee/ep-ind-claims huggingface dataset:
A door closure structure for a rotary door rotatably mounted on a main body, wherein the door closure structure comprises: a slide passage, formed in an upper end surface of the rotary door; a hinge assembly, in which the rotary door is mounted on the main body by the hinge assembly and the hinge assembly comprises: a hinge body, fixed on the main body in a longitudinal direction; a hinge plate, provided with a hinge hole, and connected to a rear end of the hinge body; and a hinge shaft fitted with the hinge hole; and a swing plate extended in a lateral direction, in which a first end of the swing plate is pivotably connected to a front end of the hinge body, and an angle between the swing plate and the upper end surface of the rotary door ranges from 0 to 90°; a spring having two ends connected to the swing plate and the front end of the hinge body respectively; a roller rotatably disposed at a second end of the swing plate to catch into or roll out of the slide passage following a movement of the swing plate; an inclined plate inclined upwards from a first end thereof to a second end thereof, wherein the first end of the inclined plate is fixed with the front end of the hinge body and the swing plate is pivotably connected with the second end of the inclined plate; characterized in that the door closure structure further comprises: a first pin, wherein the swing plate is pivotably connected with the inclined plate via the first pin. a slide passage, formed in an upper end surface of the rotary door; a hinge assembly, in which the rotary door is mounted on the main body by the hinge assembly and the hinge assembly comprises: a hinge body, fixed on the main body in a longitudinal direction; a hinge plate, provided with a hinge hole, and connected to a rear end of the hinge body; and a hinge shaft fitted with the hinge hole; and a hinge body, fixed on the main body in a longitudinal direction; a hinge plate, provided with a hinge hole, and connected to a rear end of the hinge body; and a hinge shaft fitted with the hinge hole; and a swing plate extended in a lateral direction, in which a first end of the swing plate is pivotably connected to a front end of the hinge body, and an angle between the swing plate and the upper end surface of the rotary door ranges from 0 to 90°; a spring having two ends connected to the swing plate and the front end of the hinge body respectively; a roller rotatably disposed at a second end of the swing plate to catch into or roll out of the slide passage following a movement of the swing plate; an inclined plate inclined upwards from a first end thereof to a second end thereof, wherein the first end of the inclined plate is fixed with the front end of the hinge body and the swing plate is pivotably connected with the second end of the inclined plate;
An intra-bronchial device, for insertion into an air passageway of a patient, said device comprising: an obstructing member that prevents air from being inhaled into the lung portion; a central support structure extending through and protruding beyond the distal and proximal ends of the obstructing member; and six support members (102, 103, 104, 105, 106, 108) mechanically coupled to the central support structure and provided on an inner side of the obstructing member; characterized in that the central support structure carries an anchor base and three anchors (112, 114, 116) attached to the anchor base, the anchors (112, 114, 116) comprising anchor stops (152, 154, 156) formed proximal of the respective anchor tips (122, 124, 126); and wherein the anchors (112, 114, 116) are configured to pierce the air passageway wall. an obstructing member that prevents air from being inhaled into the lung portion; a central support structure extending through and protruding beyond the distal and proximal ends of the obstructing member; and six support members (102, 103, 104, 105, 106, 108) mechanically coupled to the central support structure and provided on an inner side of the obstructing member; characterized in that the central support structure carries an anchor base and three anchors (112, 114, 116) attached to the anchor base, the anchors (112, 114, 116) comprising anchor stops (152, 154, 156) formed proximal of the respective anchor tips (122, 124, 126); and wherein the anchors (112, 114, 116) are configured to pierce the air passageway wall.
A light-emitting safe buckle, comprising: a light-emitting device; a male buckle and a female buckle made of a transparent or translucent material; and an intermediate setting portion being disposed between two elastic pins of the male buckle, one end position of the intermediate setting portion facing the female buckle being projected to form a guide rod, a guide slot adapted to the guide rod being disposed on the female buckle, the intermediate setting portion being provided with an accommodation cavity for disposing the light-emitting device, and the light-emitting device being disposed in the accommodation cavity, characterized in that the female buckle is provided with a triangular notch adapted to the intermediate setting portion and a contour of the intermediate setting portion is triangular shaped, and the guide rod is located at a corner portion position of the intermediate setting portion facing the female buckle. a light-emitting device; a male buckle and a female buckle made of a transparent or translucent material; and an intermediate setting portion being disposed between two elastic pins of the male buckle, one end position of the intermediate setting portion facing the female buckle being projected to form a guide rod, a guide slot adapted to the guide rod being disposed on the female buckle, the intermediate setting portion being provided with an accommodation cavity for disposing the light-emitting device, and the light-emitting device being disposed in the accommodation cavity, characterized in that the female buckle is provided with a triangular notch adapted to the intermediate setting portion and a contour of the intermediate setting portion is triangular shaped, and the guide rod is located at a corner portion position of the intermediate setting portion facing the female buckle.
Cooking utensil, having a sensor system - with at least one sensor, - with a unit for calibration-free treatment which is designed with at least one multiplexer (111, 113) at the input of a measurement branch, via which a reference and its reference variable and the at least one sensor to be measured are switched consecutively to the measurement branch, such that prior to every measurement with such an at least one sensor the known reference variables of the reference are initially measured and thereafter those of the at least one sensor to be determined, - with an energy harvester and - with a radio transmission unit, - wherein the sensor is coupled to the unit for calibration-free treatment, - wherein the energy harvester is coupled to the unit for calibration-free treatment and has a thermo-converter, - wherein the unit for calibration-free treatment is coupled to the radio transmission unit and - wherein by means of the unit for calibration-free treatment and the radio transmission unit changes to the data can be transmitted by differential transmission. - with at least one sensor, - with a unit for calibration-free treatment which is designed with at least one multiplexer (111, 113) at the input of a measurement branch, via which a reference and its reference variable and the at least one sensor to be measured are switched consecutively to the measurement branch, such that prior to every measurement with such an at least one sensor the known reference variables of the reference are initially measured and thereafter those of the at least one sensor to be determined, - with an energy harvester and - with a radio transmission unit, - wherein the sensor is coupled to the unit for calibration-free treatment, - wherein the energy harvester is coupled to the unit for calibration-free treatment and has a thermo-converter, - wherein the unit for calibration-free treatment is coupled to the radio transmission unit and - wherein by means of the unit for calibration-free treatment and the radio transmission unit changes to the data can be transmitted by differential transmission.
Floating bed for ozone hydro-massage, adapted to be immersed in water in order to provide a hydro-massage treatment by means of the emission of ozone on the body of a user stretched out on said bed, comprising a structure for a mattress, constituted by a back, a central portion (1") and a foot zone (1'"); said structure being made of plastic or metal tubes, preferably made of steel, of diameter comprised between 0,18m (Ø18) and 0,30m,(Ø30) preferably 0,25m Ø25), adapted to house a user in stretched-out position; said structure being provided with a plurality of adjustable hinges adapted to allow modifying the tilt of said back and of said foot zone (1"') with respect to said central portion (1"); said back being engaged, in a preferably reversible manner, with at least one cushion adapted to support the upper portion of the body of said user; said structure being engaged, in a preferably reversible manner, with a mattress provided with a plurality of micro-holes adapted to make a predetermined quantity of ozone flow out towards the body of the user when stretched out on said mattress; said ozone coming from a tank, constituted by a medical device suitably configured for ozone therapy treatments, provided with an extensible tube having a first end connected to said tank and a second end (8") connected to a suitable clasp present on said mattress; said bed also being provided with at least one pair of wheels (2-2'), irreversibly fixed to said central portion (1") of said structure, adapted to allow the movement of said bed on a surface, also with a user stretched out on top thereof, by simply lifting said foot zone (1"') and pushing said structure in the desired direction; said bed also being constituted by at least one structure for a pair of arms (6-6') adapted to contain floating material adapted to allow, in use, the immersion of the body of said user stretched out on said bed, leaving outside of the water at least the head when set on said cushion; said structure being made of plastic or metal tubes, preferably made of steel, of diameter comprised between 0,18m and 0,30m,(Ø30) preferably 0,25m (Ø25); said outflow of ozone from said micro-holes of said mattress being regulated by a common push-button panel and/or by a common remote control; said bed being connectable to a power grid by means of a common power cable provided with watertight outlets; said bed also being provided with at least one clasping device, by way of a non-limiting example constituted by a sucker or by a hook placed at any one point of said structure, preferably at said foot zone (1'"), adapted, in use, to be reversibly engageable with a fixed element, for example with the edge of a swimming pool.
A process for regulating water content and removing acid gases from a water-containing gas stream using a non-aqueous solvent absorption liquid, wherein the NAS absorption liquid is an organic solvent system that is miscible with 0-20% (weight/weight percent) water, which comprises: (a) treating the gas stream in an absorption zone with the NAS absorption liquid under a first set of controlled conditions of temperature, pressure and flow rate to obtain an acid gas-depleted treated gas stream and an acid gas-loaded NAS absorption liquid; (b) directing the acid gas-loaded NAS absorption liquid to a regeneration zone under a second set of controlled conditions of temperature, pressure and flow rate and regenerating the loaded NAS absorption liquid to expel a portion of the acid gases and obtain a regenerated NAS absorption liquid; (c) directing the regenerated NAS absorption liquid to step a); and (d) controlling the first and second set of conditions so as to avoid the formation of a second water phase through adjusting the operating conditions of the absorber and therefore eliminating the need for separation devices to separate a water-containing phase from the NAS absorption liquid, to regulate the water content, and remove acid gases from the water-containing gas stream, wherein the water content is regulated by controlling the temperature of the NAS absorption liquid directed to step (a) such that the acid gas-depleted treated gas stream is warmer than the water-containing gas stream and the quantity of water entering the process in the water-containing gas stream balances the water content leaving the process in the acid gas-depleted treated gas stream. (a) treating the gas stream in an absorption zone with the NAS absorption liquid under a first set of controlled conditions of temperature, pressure and flow rate to obtain an acid gas-depleted treated gas stream and an acid gas-loaded NAS absorption liquid; (b) directing the acid gas-loaded NAS absorption liquid to a regeneration zone under a second set of controlled conditions of temperature, pressure and flow rate and regenerating the loaded NAS absorption liquid to expel a portion of the acid gases and obtain a regenerated NAS absorption liquid; (c) directing the regenerated NAS absorption liquid to step a); and (d) controlling the first and second set of conditions so as to avoid the formation of a second water phase through adjusting the operating conditions of the absorber and therefore eliminating the need for separation devices to separate a water-containing phase from the NAS absorption liquid, to regulate the water content, and remove acid gases from the water-containing gas stream,
A process comprising polymerizing in a loop reactor an olefin monomer optionally together with an olefin comonomer in the presence of a polymerization catalyst in a diluent to produce a slurry comprising solid particulate olefin polymer and the diluent wherein the Froude number is maintained at or below 20, the total pressure drop in the loop reactor is less than 130 kPa (1.3 bar), the polymer production rate is above 25 tonnes per hour and the solids concentration of the slurry in the loop reactor is above 20 vol%.
A method of extruding extrudable food products by an electronic device having a rotation shaft and an extrusion die, comprising: extruding the extrudable food products by the rotation shaft through the extrusion die; characterised in that said method further comprises: separating the extrusion by at least one time period during which the rotation shaft rotates in a first direction which is opposite to a second direction in which the rotation shaft rotates to extrude the food products. extruding the extrudable food products by the rotation shaft through the extrusion die; characterised in that said method further comprises: separating the extrusion by at least one time period during which the rotation shaft rotates in a first direction which is opposite to a second direction in which the rotation shaft rotates to extrude the food products. separating the extrusion by at least one time period during which the rotation shaft rotates in a first direction which is opposite to a second direction in which the rotation shaft rotates to extrude the food products.
Electric machine with a machine housing, in which a stator and a rotor seated on a machine shaft are accommodated for reception, and with an add-on part connected to the machine shaft via a mechanical interface, the interface being provided and designed for producing a positive and/or frictional connection between a spring key element on the shaft side and a connecting socket of the add-on part seated on the machine shaft, characterized in - that the spring key element comprises a spring key body, which is entirely seated in a fitting groove on the shaft side and a spring body, said spring body being seated in a connecting contour on the add-on part side, which is open on one side, - that the spring body is raised relative to the fitting body and is aligned therewith on a narrow side of the fitting body, and - that the spring body is set back to form a fitting body section, which is covered by the add-on part in connection with the latter. - that the spring key element comprises a spring key body, which is entirely seated in a fitting groove on the shaft side and a spring body, said spring body being seated in a connecting contour on the add-on part side, which is open on one side, - that the spring body is raised relative to the fitting body and is aligned therewith on a narrow side of the fitting body, and - that the spring body is set back to form a fitting body section, which is covered by the add-on part in connection with the latter.
A regioselectively substituted cellulose ester comprising a plurality of alkyl-acyl substituents and a plurality of aryl-acyl substituents, wherein said regioselectively substituted cellulose ester has a hydroxyl degree of substitution ("DS OH ") in the range of from 0.10 to 0.30, wherein said regioselectively substituted cellulose ester has an alkyl-acyl degree of substitution ("DS alkyl ") in the range of from 0.10 to 2.15, wherein said regioselectively substituted cellulose ester has an aryl-acyl degree of substitution ("DS aryl ") in the range of from 0.75 to 2.80, wherein the regioselectivity of said regioselectively substituted cellulose ester is such that the sum of the aryl-acyl degrees of substitution at C2 and C3 ("C2DS aryl " and "C3DS aryl ") minus the aryl-acyl degree of substitution at C6 ("C6DS aryl ") is at least 0.25; wherein the DS OH, DS alkyl, and DS aryl are determined by 1 H NMR as defined in the description, wherein the regioselectivity is determined by 13 C NMR and 1 H NMR as defined in the description.
A free space lasing system comprising: a power transmitting unit for generating a laser beam, having a first retroreflector, an angular field of view and a gain medium, said gain medium having a geometric form such that lasing is maintained even when said beam is aligned over essentially any part of said field of view; at least one power receiver unit comprising a second retroreflector and remotely located relative to said power transmission unit; an element for extracting energy from said laser beam; and an optical detector, the system characterized in that the optical detector is disposed such that it detects objects within the beam path, by monitoring changes in the power of said laser beam between said transmitting unit and said receiver unit. a power transmitting unit for generating a laser beam, having a first retroreflector, an angular field of view and a gain medium, said gain medium having a geometric form such that lasing is maintained even when said beam is aligned over essentially any part of said field of view; at least one power receiver unit comprising a second retroreflector and remotely located relative to said power transmission unit; an element for extracting energy from said laser beam; and an optical detector,
A dewatering screen for manufacturing paper having at least one security feature, having - a carrier mold that includes a wire cloth having an insert region, - an insert element arranged in the insert region of the wire cloth to produce the at least one security feature in the paper, and - a plastic overmolding or plastic back molding of the insert element, which connects the insert element with the carrier mold. - a carrier mold that includes a wire cloth having an insert region, - an insert element arranged in the insert region of the wire cloth to produce the at least one security feature in the paper, and - a plastic overmolding or plastic back molding of the insert element, which connects the insert element with the carrier mold.
Optical module for a motor vehicle, said module having a longitudinal optical axis and including: - a matrix array of elementary light sources each of which is able to emit a primary elementary beam from a common emission plane that is orthogonal to the optical axis; - a projecting lens that is arranged longitudinally a distance in front of the matrix array of elementary light sources and that is able to project the image of the elementary light sources, the projecting lens including an object focal surface having a curvature defect; a field-correcting optical element interposed between the emission plane and the projecting lens; and a primary optical element including a plurality of light guides of longitudinal principal axes, each light guide including an entrance face through which light rays emitted by associated primary light sources enter and an exit front end face through which light rays exit, which face is arranged in the emission plane, each exit face forming a secondary elementary light source of said matrix array of elementary light sources; all the light guides being produced in a primary optical element produced in a common block including a common exit front face for the light rays; characterized in that the entrance face of the field-correcting optical element is arranged longitudinally a distance away from the exit face of the primary optical element. - a matrix array of elementary light sources each of which is able to emit a primary elementary beam from a common emission plane that is orthogonal to the optical axis; - a projecting lens that is arranged longitudinally a distance in front of the matrix array of elementary light sources and that is able to project the image of the elementary light sources, the projecting lens including an object focal surface having a curvature defect; a field-correcting optical element interposed between the emission plane and the projecting lens;
A system for a nacelle of an aircraft propulsion system, comprising: a tubular outer structure; an anti-icing system for an inlet structure of the nacelle, the anti-icing system comprising a tubular inner structure projecting through a bore of the tubular outer structure; and a seal assembly configured to close an end of an annulus between the tubular outer structure and the tubular inner structure, the seal assembly including a seal land and a seal element; the seal land comprising a seal land mount that circumscribes and is attached to the tubular inner structure, the seal land mount configured with a v-shaped sectional geometry in a plane that is parallel with a centerline of the tubular inner structure; and the seal element attached to the tubular outer structure, the seal element circumscribing and sealingly engaged with the seal land characterized in that the seal element comprises a polymer material, and in that: the seal land mount includes an inner conical element and an outer conical element; an inner end of the inner conical element is attached to the tubular inner structure; and an outer end of the inner conical element is connected to an inner end of the outer conical element. a tubular outer structure; an anti-icing system for an inlet structure of the nacelle, the anti-icing system comprising a tubular inner structure projecting through a bore of the tubular outer structure; and a seal assembly configured to close an end of an annulus between the tubular outer structure and the tubular inner structure, the seal assembly including a seal land and a seal element; the seal land comprising a seal land mount that circumscribes and is attached to the tubular inner structure, the seal land mount configured with a v-shaped sectional geometry in a plane that is parallel with a centerline of the tubular inner structure; and the seal element attached to the tubular outer structure, the seal element circumscribing and sealingly engaged with the seal land characterized in that the seal element comprises a polymer material, and in that: the seal land mount includes an inner conical element and an outer conical element; an inner end of the inner conical element is attached to the tubular inner structure; and an outer end of the inner conical element is connected to an inner end of the outer conical element. the seal land mount includes an inner conical element and an outer conical element; an inner end of the inner conical element is attached to the tubular inner structure; and an outer end of the inner conical element is connected to an inner end of the outer conical element.