mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the supply of a gas comprising: • a plurality of gas vessels , preferably in the form of gas cylinders; • a frame defining a space for arranging said plurality of gas vessels ; • a manifold , fluidly connectable to said plurality of gas vessels via ducts , the device comprising at least one coupling body removably coupled to the manifold , • a manifold valve coupled to the coupling body , being fluidically connected to the manifold via the coupling body so that, in use condition, gas flows from the gas vessels to the manifold via the ducts , and subsequently gas flows through the manifold into the coupling body , and from the coupling body into the manifold valve , characterised in that said coupling body is threaded and is coupled to a thread of the manifold , and said manifold valve is removably coupled to the coupling body . • a plurality of gas vessels , preferably in the form of gas cylinders; • a frame defining a space for arranging said plurality of gas vessels ; • a manifold , fluidly connectable to said plurality of gas vessels via ducts , the device comprising at least one coupling body removably coupled to the manifold , • a manifold valve coupled to the coupling body , being fluidically connected to the manifold via the coupling body so that, in use condition, gas flows from the gas vessels to the manifold via the ducts , and subsequently gas flows through the manifold into the coupling body , and from the coupling body into the manifold valve , characterised in that said coupling body is threaded and is coupled to a thread of the manifold , and said manifold valve is removably coupled to the coupling body .
A filling method of an inhaler composition, characterized in that a composition - having a bulk density ranging from 0.48 to 0.56 g/mL, a compressed density ranging from 0.78 to 0.92 g/mL, and a d particle size ranging from 30 to 50 μm, and - comprising 0.2 to 1.7% by weight of salmeterol with a d particle size distribution ranging from 1 to 3 μm and 0.2 to 17.0% by weight of fluticasone with a particle size distribution ranging from 1 to 3 μm, - 1 to 20% by weight of fine particle lactose with a d particle size ranging from 2 to 10 μm, and 80 to 99% by weight of coarse particle lactose with a d particle size ranging from 50 to 120 μm, is taken into a reservoir by applying a vacuum of 50000 Pa (500 mBar) to 8000 Pa (80 mBar) and then stopping the applied vacuum and transferring the composition into the blister cavity, wherein the particle size measurement is conducted by laser diffraction and the particle size is measured by volume. - having a bulk density ranging from 0.48 to 0.56 g/mL, a compressed density ranging from 0.78 to 0.92 g/mL, and a d particle size ranging from 30 to 50 μm, and - comprising 0.2 to 1.7% by weight of salmeterol with a d particle size distribution ranging from 1 to 3 μm and 0.2 to 17.0% by weight of fluticasone with a particle size distribution ranging from 1 to 3 μm, - 1 to 20% by weight of fine particle lactose with a d particle size ranging from 2 to 10 μm, and 80 to 99% by weight of coarse particle lactose with a d particle size ranging from 50 to 120 μm, is taken into a reservoir by applying a vacuum of 50000 Pa (500 mBar) to 8000 Pa (80 mBar) and then stopping the applied vacuum and transferring the composition into the blister cavity,
A document verification device comprising a translucent document bed for receiving a document and a non-translucent cover for covering the translucent document bed , wherein the non-translucent cover comprises an illumination device for transilluminating the document, wherein the translucent document bed has a sectionally variable translucency, wherein the translucent document bed comprises liquid crystal cells, which are sectionally controllable for sectionally varying the translucency of the translucent document bed , or wherein the translucent document bed comprises a liquid crystal layer, in particular a film, wherein the liquid crystal layer comprises liquid crystal cells, which are sectionally controllable for sectionally varying the translucency of the translucent document bed , wherein the document verification device comprises a housing , and wherein the non-translucent cover is pivotably arranged to the housing , wherein the non-translucent cover comprises a first non-translucent cover element and a second non-translucent cover element , wherein the first non-translucent cover element is pivotably mounted to the housing and wherein the second non-translucent cover element is spring-mounted to the first non-translucent cover element , wherein the translucent document bed is laterally arranged at the housing at a housing side.
Work piece suitable, upon installation on a lifting gear, for lifting and tilting forwardly a cage assembled on a rectangular mounting frame , - the work piece comprises a rectangular bar-frame and two telescopic bar combinations , one end thereof is mounted on one of the sides of the rectangular bar-frame ; - the other end of each telescopic bar combination is provided with a hook for attachment of the front side of the mounting frame of the cage, and - the erecting bars of the rectangular bar-frame are provided with a projecting part positioned above the mounting point of the telescopic bar combination such that the backside of the mounting frame of the cage fits into the opening formed by the lower part of the projecting part , the upper part of the telescopic bar combinations , and the erecting bars of the rectangular bar-frame . - the work piece comprises a rectangular bar-frame and two telescopic bar combinations , one end thereof is mounted on one of the sides of the rectangular bar-frame ; - the other end of each telescopic bar combination is provided with a hook for attachment of the front side of the mounting frame of the cage, and - the erecting bars of the rectangular bar-frame are provided with a projecting part positioned above the mounting point of the telescopic bar combination such that the backside of the mounting frame of the cage fits into the opening formed by the lower part of the projecting part , the upper part of the telescopic bar combinations , and the erecting bars of the rectangular bar-frame .
An elevator end termination , comprising: a base member comprising a proximal end and a distal end and defining an internal belt cavity opening at the proximal end of the base member ; an elevator belt comprising an outer jacket and an internal load carrier of a substantially rectangular cross-section, wherein the internal load carrier is exposed on an end of the elevator belt , wherein a portion of the elevator belt end is positioned in the belt cavity ; and an adhesive provided in the belt cavity at least between opposite sides of the elevator belt and opposing interior walls of the base member , wherein the elevator belt is adhesively bonded to the base member ; wherein the base member comprises at least one injection port to inject adhesive into the belt cavity between elevator belt end and the interior walls of the belt cavity ; characterized in that the at least one injection port comprises a plurality of injection ports positioned to inject the adhesive between the opposite sides of the elevator belt end and the interior walls of the belt cavity . a base member comprising a proximal end and a distal end and defining an internal belt cavity opening at the proximal end of the base member ; an elevator belt comprising an outer jacket and an internal load carrier of a substantially rectangular cross-section, wherein the internal load carrier is exposed on an end of the elevator belt , wherein a portion of the elevator belt end is positioned in the belt cavity ; and an adhesive provided in the belt cavity at least between opposite sides of the elevator belt and opposing interior walls of the base member , wherein the elevator belt is adhesively bonded to the base member ; wherein the base member comprises at least one injection port to inject adhesive into the belt cavity between elevator belt end and the interior walls of the belt cavity ; characterized in that the at least one injection port comprises a plurality of injection ports positioned to inject the adhesive between the opposite sides of the elevator belt end and the interior walls of the belt cavity .
Method for producing a flat blank made of a metal or ceramic slurry by electrophoresis, wherein the edge area of a flat coating electrode is covered with an insulating frame during the electrophoresis, wherein a device with a conductive container filled with an electrophoresis suspension is used for carrying out the method, which container is connected to the negative pole of a direct current source, wherein the suspension is stirred by a stirrer for preventing agglomerates and a positively poled, vertically movable substrate holder supports a frame for covering the edge portion of the collecting electrode , wherein the device is also suitable for producing ceramic slips made of alumina with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, characterised in that the coating electrode made of sheet zinc is fixed in the frame and electrophoretically coated, wherein, with a coating time of 180 seconds and a current of 35 milliamperes, two ceramic slips of the desired size, i.e. with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, form on the coating electrode , wherein an electrophoresis suspension is used which requires a throughput time of 38 seconds for a viscosity measurement with a flow-through volume of 10 millilitres in a measuring funnel with a diameter of 2.3 millimetres, wherein, after coating, the alumina slips are removed lightly, i.e. by a zinc oxide layer formed by the electrophoresis and acting as a separating layer, from the coating electrode , and wherein the obtained blanks are then sintered. a device with a conductive container filled with an electrophoresis suspension is used for carrying out the method, which container is connected to the negative pole of a direct current source, wherein the suspension is stirred by a stirrer for preventing agglomerates and a positively poled, vertically movable substrate holder supports a frame for covering the edge portion of the collecting electrode , wherein the device is also suitable for producing ceramic slips made of alumina with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, characterised in that the coating electrode made of sheet zinc is fixed in the frame and electrophoretically coated, wherein, with a coating time of 180 seconds and a current of 35 milliamperes, two ceramic slips of the desired size, i.e. with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, form on the coating electrode , wherein an electrophoresis suspension is used which requires a throughput time of 38 seconds for a viscosity measurement with a flow-through volume of 10 millilitres in a measuring funnel with a diameter of 2.3 millimetres, wherein, after coating, the alumina slips are removed lightly, i.e. by a zinc oxide layer formed by the electrophoresis and acting as a separating layer, from the coating electrode , and wherein the obtained blanks are then sintered.
Unsealing and emptying device for pressure containers including a hopper, unsealing chamber filled with non-flammable liquid, waste gas suction system, chamber receiving shredded containers, shredding unit characterized in that the shredding unit comprises drive shafts and tension shafts with puncturing caterpillars (4 and 5) supported by pressure rollers , scraper with guard , knife roll and counter-plate .
A method for making a disc-shaped filter segment for a disc filter , said filter segment comprising a filter frame and a filter material , said filter frame being adapted for a filter support of the disc filter , wherein said filter frame comprises a lower half and upper half formed by injection moulding, wherein said filter material is arranged between the lower half and the upper half , wherein said filter material is stretched and during injection moulding in stretched condition is integrated in the lower half and the upper half of the filter frame , and , wherein the filter material after injection moulding exhibits a residual stretching of the material characterised in that the lower half of the filter frame is injection moulded in a first step, that the filter material is thereafter placed against the lower half and stretched, and that the upper half of the filter frame is injection moulded in a second step, wherein the filter material in the second step is integrated in the lower half and the upper half of the filter frame .
A vehicle, comprising a wireless vehicle to vehicle communication system mounted on the vehicle's front side location , said system equipped to provide inter vehicle communication, said vehicle being a truck, and further comprising; - a wing assembly arranged for mounting on the vehicles front side location ; - wherein the wing assembly houses one or more digital communications antennas of the wireless vehicle to vehicle communication system and - wherein the wing assembly has a side portion , shaped as a winglet, that houses a first antenna of the wireless vehicle to vehicle communication system at a first height and/or horizontal position, and a second antenna of the wireless vehicle to vehicle communication system at a second height and/or horizontal position, different from the first height and/or first horizontal position for the purpose of optimizing transmission and reception quality. - a wing assembly arranged for mounting on the vehicles front side location ; - wherein the wing assembly houses one or more digital communications antennas of the wireless vehicle to vehicle communication system and - wherein the wing assembly has a side portion , shaped as a winglet, that houses a first antenna of the wireless vehicle to vehicle communication system at a first height and/or horizontal position, and a second antenna of the wireless vehicle to vehicle communication system at a second height and/or horizontal position, different from the first height and/or first horizontal position for the purpose of optimizing transmission and reception quality.
A system for treating a fracture in a proximal ulna bone, the system comprising: - a bone plate having a head portion configured to contact the oleocranon process, a shaft portion extending from the head portion and configured to contact the shaft of the ulna bone, an upper surface , and a lower surface configured to engage the bone , the head portion having a first proximal-most opening , a plurality of second openings which are positioned distal to the first proximal-most_opening , and a third opening , each extending from the upper surface to the lower surface , - a first fastener receivable within the first proximal-most opening and configured to extend distally; - a plurality of second fasteners receivable within the plurality of second openings and configured to extend distally, anteriorly, and/or laterally; and characterized in that - the third opening has a protrusion on the upper surface of the plate around a first portion of the third opening and a recess into the upper surface of the plate around a second portion of the third opening ; - and the system comprises a third fastener receivable within the third opening and configured to extend in a direction reverse to all of the first and second fasteners , and - wherein the third opening is provided in the head portion such that the third fastener is arranged to extend towards the olecranon process and targeted nominally laterally outward. - a bone plate having a head portion configured to contact the oleocranon process, a shaft portion extending from the head portion and configured to contact the shaft of the ulna bone, an upper surface , and a lower surface configured to engage the bone , the head portion having a first proximal-most opening , a plurality of second openings which are positioned distal to the first proximal-most_opening , and a third opening , each extending from the upper surface to the lower surface , - a first fastener receivable within the first proximal-most opening and configured to extend distally; - a plurality of second fasteners receivable within the plurality of second openings and configured to extend distally, anteriorly, and/or laterally; and characterized in that - the third opening has a protrusion on the upper surface of the plate around a first portion of the third opening and a recess into the upper surface of the plate around a second portion of the third opening ; - and the system comprises a third fastener receivable within the third opening and configured to extend in a direction reverse to all of the first and second fasteners , and - wherein the third opening is provided in the head portion such that the third fastener is arranged to extend towards the olecranon process and targeted nominally laterally outward.
A method for controlling a heating distribution of an electromagnetic cooking device comprising: scanning a resonant cavity of the cooking device with a plurality of RF feeds ; based on the scanning, identifying a plurality of resonant frequencies and corresponding phases of the RF feeds ; selecting a first resonant mode comprising a first phase and a first frequency; selecting a second resonant mode comprising a second phase and a second frequency; determining a path defining a stirring route as a plurality of intermediate modes between the first resonant mode and the second resonant mode; controlling the plurality of RF signals configured to adjust an applied frequency of the RF feeds and a phase relationship of the RF feeds along the intermediate modes; and amplifying the RF signals to induce a variety of distributions of electromagnetic radiation in the resonant cavity . scanning a resonant cavity of the cooking device with a plurality of RF feeds ; based on the scanning, identifying a plurality of resonant frequencies and corresponding phases of the RF feeds ; selecting a first resonant mode comprising a first phase and a first frequency; selecting a second resonant mode comprising a second phase and a second frequency; determining a path defining a stirring route as a plurality of intermediate modes between the first resonant mode and the second resonant mode; controlling the plurality of RF signals configured to adjust an applied frequency of the RF feeds and a phase relationship of the RF feeds along the intermediate modes; and amplifying the RF signals to induce a variety of distributions of electromagnetic radiation in the resonant cavity .
A nano-carbon material production apparatus for producing a nano-carbon material , characterized in that it comprises: a catalyst-containing nano-carbon material producing unit for producing a catalyst-containing nano-carbon material using a granulated catalyst formed by granulating a carrier supporting an active component ; an oxygen-containing functional group addition treatment unit for adding an oxygen-containing functional group to the catalyst-containing nano-carbon material (14; 106); an acid treatment unit for dispersing the catalyst-containing nano-carbon material in an acid solution; a washing unit for washing the acid-treated nano-carbon material with water, resulting in a washed aqueous solution; and a pH adjustment unit for adjusting the pH of the washed aqueous solution to a weakly alkaline side, wherein the catalyst-containing nano-carbon material producing unit includes a fluidized bed reactor . a catalyst-containing nano-carbon material producing unit for producing a catalyst-containing nano-carbon material using a granulated catalyst formed by granulating a carrier supporting an active component ; an oxygen-containing functional group addition treatment unit for adding an oxygen-containing functional group to the catalyst-containing nano-carbon material (14; 106); an acid treatment unit for dispersing the catalyst-containing nano-carbon material in an acid solution; a washing unit for washing the acid-treated nano-carbon material with water, resulting in a washed aqueous solution; and a pH adjustment unit for adjusting the pH of the washed aqueous solution to a weakly alkaline side, wherein the catalyst-containing nano-carbon material producing unit includes a fluidized bed reactor .
Cylinder head gasket to be interposed between a crank case and a cylinder head of an engine block which is equipped with a circuit for circulating a cooling liquid, comprising at least one plate traversed by: - at least one wide opening adapted to come into register with a cylinder bore of the crank case, and - at least one small opening, termed degassing opening , having a diameter of less than 5 mm and adapted to come into register with a degassing duct of said circulating circuit, characterized in that it comprises a membrane which closes off said degassing opening and the porosity of which is strictly greater than the porosity of said at least one plate and such that said membrane allows fluids in the gaseous phase to pass through said degassing opening and prevents fluids in the liquid phase from passing through said degassing opening . - at least one wide opening adapted to come into register with a cylinder bore of the crank case, and - at least one small opening, termed degassing opening , having a diameter of less than 5 mm and adapted to come into register with a degassing duct of said circulating circuit,