mhurhangee/ep-ind-claims huggingface dataset:
A capacitor comprising: an anode a dielectric over said anode; a first conductive polymer layer over said dielectric wherein said first conductive polymer layer comprises a polyanion and a first binder; and a second conductive polymer layer over said first conductive polymer layer wherein said second conductive polymer layer comprises a polyanion and a second binder wherein said first conductive polymer layer has a first moisture content and said second conductive polymer layer has a second moisture content, said first moisture content being higher than said second moisture content, characterized in that said first conductive polymer layer and said second conductive polymer layer form a conductive polymer layer having a moisture loss of less than 5 wt% upon heating from 125°C to 175°C, said conductive polymer layer having a moisture content before said heating of at least 16 wt %. an anode a dielectric over said anode; a first conductive polymer layer over said dielectric wherein said first conductive polymer layer comprises a polyanion and a first binder; and a second conductive polymer layer over said first conductive polymer layer wherein said second conductive polymer layer comprises a polyanion and a second binder wherein said first conductive polymer layer has a first moisture content and said second conductive polymer layer has a second moisture content, said first moisture content being higher than said second moisture content, characterized in that said first conductive polymer layer and said second conductive polymer layer form a conductive polymer layer having a moisture loss of less than 5 wt% upon heating from 125°C to 175°C, said conductive polymer layer having a moisture content before said heating of at least 16 wt %.
A method of treating proppants in a returning well stream flow for use in well stimulation operations, comprising the step of separating proppants from the well stream flow and further characterized by the following steps: a. fragmenting proppants to a predetermined particle size; b. mixing fragmented proppants with a fluid in a venturi in order to forming a particle slurry having a higher degree of fineness than said returning well stream flow; and c. injecting the particle slurry into a well. a. fragmenting proppants to a predetermined particle size; b. mixing fragmented proppants with a fluid in a venturi in order to forming a particle slurry having a higher degree of fineness than said returning well stream flow; and c. injecting the particle slurry into a well.
A segmented plate for watercraft wherein the plate is extended behind the end of the stern by means of vario mean and can be attached to a console, is swivelable by a stroke by means of at least one cylinder or cylinder and lockable by means of a lift locking mean, characterized in that the plate consists of movable, horizontally remaining segmented strips, having safety means, the segmented strips are releasable.
A reversible thermosensitive recording medium comprising: a reversible thermosensitive recording layer; a first sheet-shaped base; a second sheet-shaped base; a first resin layer; a second resin layer; and an electronic information recording module containing a module substrate and an electronic information recording element and an antenna circuit which are disposed on the module substrate; wherein the reversible thermosensitive recording layer is provided adjacent to the first sheet-shaped base; wherein the first sheet-shaped base or the second sheet-shaped base has a concave portion in which the electronic information recording element is disposed in a depth direction of the first sheet-shaped base or the second sheet-shaped base, wherein the electronic information recording module is provided between the first sheet-shaped base and the second sheet-shaped base, where the first resin layer is provided between the electronic information recording module and the sheet-shaped base having the concave portion and the second resin layer is provided between the electronic information recording module and the sheet-shaped base having no concave portion, and characterised in that an inner side surface of the concave portion is a tapered surface where the maximum opening diameter of the concave portion decreases from an opening edge of the concave portion towards a bottom surface of the concave portion. a reversible thermosensitive recording layer; a first sheet-shaped base; a second sheet-shaped base; a first resin layer; a second resin layer; and an electronic information recording module containing a module substrate and an electronic information recording element and an antenna circuit which are disposed on the module substrate; wherein the reversible thermosensitive recording layer is provided adjacent to the first sheet-shaped base; wherein the first sheet-shaped base or the second sheet-shaped base has a concave portion in which the electronic information recording element is disposed in a depth direction of the first sheet-shaped base or the second sheet-shaped base, wherein the electronic information recording module is provided between the first sheet-shaped base and the second sheet-shaped base, where the first resin layer is provided between the electronic information recording module and the sheet-shaped base having the concave portion and the second resin layer is provided between the electronic information recording module and the sheet-shaped base having no concave portion, and characterised in that an inner side surface of the concave portion is a tapered surface where the maximum opening diameter of the concave portion decreases from an opening edge of the concave portion towards a bottom surface of the concave portion.
A nozzle plate manufacturing method for a nozzle plate, the nozzle plate comprising: a first surface that is bonded to an upper layer substrate by an adhesive; and a second surface in which an opening of a nozzle that ejects an ink is provided, wherein a step is formed at an edge of the first surface, the nozzle plate manufacturing method comprising: a grooving process that is forming a recess in the first surface so as to form external shapes of multiple nozzle plates for a single base material, wherein the recess is formed by wet etching; a nozzle forming process (S102, S103) that is forming the nozzle such that the opening is formed in the second surface of the base material; and an external shaping process that is cutting the recess by laser processing and cutting out the nozzle plates from the base material. a first surface that is bonded to an upper layer substrate by an adhesive; and a second surface in which an opening of a nozzle that ejects an ink is provided, wherein a step is formed at an edge of the first surface, a grooving process that is forming a recess in the first surface so as to form external shapes of multiple nozzle plates for a single base material, wherein the recess is formed by wet etching; a nozzle forming process (S102, S103) that is forming the nozzle such that the opening is formed in the second surface of the base material; and an external shaping process that is cutting the recess by laser processing and cutting out the nozzle plates from the base material.
A tank, including: a tank shell having a top edge, a liner inside the tank shell arranged to extend over a top edge defined by top frame component, wherein the top frame component includes a main body having a first channel extending along the body's length, a clamp, and wherein the clamp is at least one rigid member and at least one screw thread actuator, wherein the at least one screw thread actuator includes a mounting and a first member, and wherein the mounting includes a first internal screw thread and the first member includes an external screw thread, and wherein in-use rotation of the first member causes the first internal screw thread and the external screw thread to interact with each other to move a bearing surface on the at least one rigid member away from the mounting towards the top frame component to push a rigid member into the first channel, characterised in that a plurality of ribs is secured to the tank shell that extend away from the outer surface of the tank shell, wherein the mounting is secured to one of the ribs. a tank shell having a top edge, a liner inside the tank shell arranged to extend over a top edge defined by top frame component, wherein the top frame component includes a main body having a first channel extending along the body's length, a clamp, and wherein the clamp is at least one rigid member and at least one screw thread actuator, wherein the at least one screw thread actuator includes a mounting and a first member, and wherein the mounting includes a first internal screw thread and the first member includes an external screw thread, and wherein in-use rotation of the first member causes the first internal screw thread and the external screw thread to interact with each other to move a bearing surface on the at least one rigid member away from the mounting towards the top frame component to push a rigid member into the first channel, characterised in that a plurality of ribs is secured to the tank shell that extend away from the outer surface of the tank shell, wherein the mounting is secured to one of the ribs.
A mixing and/or transferring device (10, 100) for mixing or transferring a first substance and a second substance that are present in a first and a second receptacle, respectively comprising - a first adapter (14, 114) with a circumferential wall, which is suitable for accepting the first receptacle, along said circumferential wall extends and which at least in sections surrounds a cannula body, as well as with a hollow-cylindrical section that is connected to the cannula body, - a second adapter (12, 112) with a circumferential wall, which is suitable to accept the second receptacle, along said circumferential wall extends and which a least in sections coaxially surrounds a cannula body, as well as with a hollow-cylindrical section that is connected to the cannula body, whereby when the first adapter and the second adapter have been assembled, the hollow-cylindrical sections preferably inter-engage in a liquid-tight manner and the first adapter and the second adapter are connected in a detachable and screwable manner, characterized in that each of the first and the second adapters (12, 14, 112, 114) comprises a hollow-cylindrical outer body (16, 18, 116, 118) with an exterior circumferential wall (32, 132) and, extending normal to the longitudinal axis of the outer body, a partition wall (24, 124), in that, when the adapters have been assembled, a section, which has an inner thread, of the outer circumferential wall of the one adapter surrounds a section, which has an external thread, of the outer circumferential wall of the other adapter, with inter-engaging threaded sections, and that the hollow-cylindrical outer body of the first and/or second adapter comprises an insert (46, 146) with a circumferential wall (47, 147) that accepts the first or the second receptacle. - a first adapter (14, 114) with a circumferential wall, which is suitable for accepting the first receptacle, along said circumferential wall extends and which at least in sections surrounds a cannula body, as well as with a hollow-cylindrical section that is connected to the cannula body, - a second adapter (12, 112) with a circumferential wall, which is suitable to accept the second receptacle, along said circumferential wall extends and which a least in sections coaxially surrounds a cannula body, as well as with a hollow-cylindrical section that is connected to the cannula body,
Measuring device (1; 15) for determining the composition of the liquid phase of a liquid-gas mixture, comprising: - a duct into which said mixture can flow according to a predefined flow direction parallel to the longitudinal development axis of said duct; - a measuring element arranged inside said duct, positioned in such a way as to be able to determine the composition of a layer of liquid that flows in contact with the internal surface of said duct; said internal surface of said duct comprising an intercepting surface (5, 5') arranged so that it is incident on said flow direction and developed according to a predefined conveyance trajectory between an inlet end (6, 6'), arranged upstream of said measuring element according to said flow direction, and an outlet end (7, 7'), arranged downstream of said inlet end (6, 6') and facing said measuring element, said intercepting surface (5, 5') being suited to deviate at least part of said liquid layer in such a way as to convey it towards said measuring element; characterized in that said conveyance trajectory comprises at least one helical section. - a duct into which said mixture can flow according to a predefined flow direction parallel to the longitudinal development axis of said duct; - a measuring element arranged inside said duct, positioned in such a way as to be able to determine the composition of a layer of liquid that flows in contact with the internal surface of said duct; said internal surface of said duct comprising an intercepting surface (5, 5') arranged so that it is incident on said flow direction and developed according to a predefined conveyance trajectory between an inlet end (6, 6'), arranged upstream of said measuring element according to said flow direction, and an outlet end (7, 7'), arranged downstream of said inlet end (6, 6') and facing said measuring element, said intercepting surface (5, 5') being suited to deviate at least part of said liquid layer in such a way as to convey it towards said measuring element;
A tubular heating element, comprising a carrier tube of metal which has in its exterior face one or more grooves (2, 3) which extend in the manner of a thread with pitches differing in individual axial regions and into which are laid and/or pressed flexible tubular heating cartridges (6, 7) which are provided with at least one heating wire coil (28, 29) and which form a cartridge coil, in such a way that the electrical terminals (10, 11) thereof project away from the carrier, characterized in that in the exterior face of the carrier tube at least two grooves (2, 3) or groove-like channels have laid in them at least two separate tubular heating cartridges (6, 7), of which the metal jackets (22, 23) closed at one end in each case contain at least two coil strands (24, 25; 26, 27) of a heating wire coil (28, 29) which extend parallel to each other in each case and the terminals of which project at the non-closed end of the metal jacket (22, 23) in each case, wherein the closed end of one tubular heating cartridge forms the start of one cartridge coil situated at one end of the carrier tube on the exterior face in a groove or a channel of the carrier tube, and on the exterior face in a groove or a channel the closed end of the second tubular heating cartridge forms the start of the second cartridge coil situated at the other end of the carrier tube, and wherein the ends (10, 11) of the two tubular heating cartridges towards the terminals are guided towards the outside together and optionally connected together at a point situated at a distance from the two ends (4, 5) of the carrier tube, preferably in the middle thereof.
A method for post-mold processing a Venturi device, the method comprising: providing a molded Venturi device having a body defining a Venturi gap between an outlet end of a converging motive passageway and an inlet end of a diverging discharge passageway, the outlet end defining a motive exit having flash extending radially inward and the inlet end defining a discharge inlet having flash extending radially inward; characterised by positioning the molded Venturi device with an inlet end of the converging motive passageway or an outlet end of the diverging discharge passageway facing a blasting nozzle; and propelling blasting media into a motive inlet or a discharge exit of the Venturi device for six to eight seconds to remove the flash in the motive exit and in the discharge inlet and to modify the interior surface of the discharge inlet to form a corner radius within a range of 0.05mm to 1mm. providing a molded Venturi device having a body defining a Venturi gap between an outlet end of a converging motive passageway and an inlet end of a diverging discharge passageway, the outlet end defining a motive exit having flash extending radially inward and the inlet end defining a discharge inlet having flash extending radially inward; characterised by positioning the molded Venturi device with an inlet end of the converging motive passageway or an outlet end of the diverging discharge passageway facing a blasting nozzle; and propelling blasting media into a motive inlet or a discharge exit of the Venturi device for six to eight seconds to remove the flash in the motive exit and in the discharge inlet and to modify the interior surface of the discharge inlet to form a corner radius within a range of 0.05mm to 1mm.
A compound which induces an increase in the free serotonin level in the body, for use thereof in the treatment or prevention of pathologies corresponding to muscular degeneration of the skeletal muscles selected from among muscular myopathies of genetic origin.
A method for testing items provided with a gas-barrier layer which comprise at least one base layer made of a first material and at least one gas-barrier layer made of a second material, wherein the first material of the base layer is polypropylene and/or polyethylene and the second material of the gas-barrier layer is ethylene vinyl acetate and/or ethylene vinyl alcohol copolymer (EVOH) and wherein by means of an image-recording module an image of each item is recorded and processed by a processing module in such a manner that defective items are detected and removed, wherein a conveying device transports the items past the image-recording module continuously at a customary conveying speed of 80 m/min and wherein the image of each item is recorded by the image-recording module in the invisible light spectrum, in that the image-recording module is a cooled infrared camera working in the infrared radiation spectrum between 2.5 μm and 5.1 μm with a thermal resolution of < 20 mK which records an image of each item with an exposure time of roughly 0.4 ms or less and wherein the recorded image is analyzed by the processing module, wherein the presence, absence or thickness of the gas-barrier layer and also defects in the flow of plastic, in other words irregularities within the ethylene vinyl alcohol copolymer (EVOH) or ethylene vinyl acetate layer, are detected based on the image by means of image-processing algorithms in image-recognition software, and wherein the defective items are automatically removed by means of a screening module.
Drywall screwdriver with a housing, with a screw-in depth limiting element, with a gear unit, with an output spindle, with a drive unit and with a coupling unit, which is provided for coupling and/or decoupling a torque transmission of the gear unit to the output spindle, wherein a gear element of the gear unit is firmly connected to at least one coupling element of the coupling unit, wherein the gear unit comprises at least one planetary gear, characterized in that a planetary carrier element of the planetary gear is held directly in the housing via at least one bearing unit.
A heat exchanger comprising: a base; and a plurality of fins extending from the base, wherein each fin of the plurality of fins comprises: a base end connected to the base; a distal end opposite the base end; a first section comprising a first material, wherein the first section extends from the base end to the distal end; and a second section comprising a second material, wherein the second section extends from the base end to the distal end, and wherein the first material and the second material have different coefficients of thermal expansion, the distal end of a first fin of the plurality of fins is configured to contact a second fin when the heat exchanger is at a first temperature; the first fin is configured to not contact the second fin when the heat exchanger is at a second temperature; characterized in that the base end of each fin of the plurality of fins is wider than the distal end of each fin of the plurality of fins. a base; and a plurality of fins extending from the base, wherein each fin of the plurality of fins comprises: a base end connected to the base; a distal end opposite the base end; a first section comprising a first material, wherein the first section extends from the base end to the distal end; and a second section comprising a second material, wherein the second section extends from the base end to the distal end, and wherein the first material and the second material have different coefficients of thermal expansion, the distal end of a first fin of the plurality of fins is configured to contact a second fin when the heat exchanger is at a first temperature; the first fin is configured to not contact the second fin when the heat exchanger is at a second temperature; characterized in that the base end of each fin of the plurality of fins is wider than the distal end of each fin of the plurality of fins. a base end connected to the base; a distal end opposite the base end; a first section comprising a first material, wherein the first section extends from the base end to the distal end; and a second section comprising a second material, wherein the second section extends from the base end to the distal end, and wherein the first material and the second material have different coefficients of thermal expansion, the distal end of a first fin of the plurality of fins is configured to contact a second fin when the heat exchanger is at a first temperature; the first fin is configured to not contact the second fin when the heat exchanger is at a second temperature; characterized in that the base end of each fin of the plurality of fins is wider than the distal end of each fin of the plurality of fins.
Reactor for a chemical reaction, comprising - a housing and a reaction chamber; - a nozzle element having an inlet for the flow of at least one reactant into the reaction chamber, wherein the nozzle element is mounted for movement relative to the housing; - a sensor device, by means of which at least one measurement variable can be captured during the chemical reaction; and - an actuating device, by means of which at least one mounting parameter influencing the movement of the nozzle element can be set, - a control unit, which is designed to receive a measurement signal of the sensor device on the basis of the measurement variable from the sensor device and to produce a control signal for the actuating device in accordance with the measurement signal, wherein the sensor device has a sensor for capturing a frequency with which the nozzle element vibrates. - a housing and a reaction chamber; - a nozzle element having an inlet for the flow of at least one reactant into the reaction chamber, wherein the nozzle element is mounted for movement relative to the housing; - a sensor device, by means of which at least one measurement variable can be captured during the chemical reaction; and - an actuating device, by means of which at least one mounting parameter influencing the movement of the nozzle element can be set, - a control unit, which is designed to receive a measurement signal of the sensor device on the basis of the measurement variable from the sensor device and to produce a control signal for the actuating device in accordance with the measurement signal,