mhurhangee/ep-ind-claims huggingface dataset:
A liquid reservoir component of an electronic vaping/ e-vaping device comprising: an outer casing extending in a longitudinal direction; an air inlet; a vapor outlet, the vapor outlet and air inlet at least partially defining two air passages (26a, 26b); a liquid reservoir (22a, 22b) configured to contain a liquid material, the liquid reservoir (22a, 22b) provided in the outer casing, the at least two air passages (26a, 26b) extending along an outer periphery of the liquid reservoir (22a, 22b); a respective susceptor (14a, 14b) located adjacent to each air passage (26a, 26b); and a respective wick (28c, 28d) in communication with the liquid reservoir (22a, 22b) and configured to be in thermal communication with each respective susceptor (14a, 14b) such that each wick (28c, 28d) delivers liquid material to the respective susceptor (14c, 14b) wherein each susceptor (14a, 14b) is configured to heat the liquid material to a temperature to vaporize the liquid material, the liquid reservoir component being configured to connect with a power supply component, the power supply component containing a power source in electrical communication with an induction source, the induction source being axially spaced from each respective susceptor (14a, 14b) if the liquid reservoir component is attached to the power supply component such that the induction source is configured to generate an inductive field to heat each respective susceptor (14c, 14b) if powered by the power source. an outer casing extending in a longitudinal direction; an air inlet; a vapor outlet, the vapor outlet and air inlet at least partially defining two air passages (26a, 26b); a liquid reservoir (22a, 22b) configured to contain a liquid material, the liquid reservoir (22a, 22b) provided in the outer casing, the at least two air passages (26a, 26b) extending along an outer periphery of the liquid reservoir (22a, 22b); a respective susceptor (14a, 14b) located adjacent to each air passage (26a, 26b); and a respective wick (28c, 28d) in communication with the liquid reservoir (22a, 22b) and configured to be in thermal communication with each respective susceptor (14a, 14b) such that each wick (28c, 28d) delivers liquid material to the respective susceptor (14c, 14b) wherein each susceptor (14a, 14b) is configured to heat the liquid material to a temperature to vaporize the liquid material,
A storage device to store and dispense fuel, the storage device comprising: a frame that includes a floor with a first side and an opposing second side, the frame also including a central column that extends upward above the first side of the floor, wherein the central column comprises a connector for attachment with an aircraft; a base mounted to the frame below the floor; wheels mounted to the base; storage tanks comprising a master storage tank and slave storage tanks positioned on the first side of the floor and extending around the central column, the storage tanks being spaced apart with an overall weight of the storage tanks when full of fuel being evenly distributed across the frame; one or more conduits extending between the master storage tank and the slave storage tanks and one or more pumps to move the fuel from the slave storage tanks to the master storage tank; and a suspension comprising resilient spacers positioned between the frame and the base to provide relative motion between the base and the frame and positioned between the storage tanks and the frame to provide relative motion between the storage tanks and the frame; and a processing circuit positioned within an interior of the central column to control and monitor the movement of fuel between the storage tanks to maintain an even weight distribution. a frame that includes a floor with a first side and an opposing second side, the frame also including a central column that extends upward above the first side of the floor, wherein the central column comprises a connector for attachment with an aircraft; a base mounted to the frame below the floor; wheels mounted to the base; storage tanks comprising a master storage tank and slave storage tanks positioned on the first side of the floor and extending around the central column, the storage tanks being spaced apart with an overall weight of the storage tanks when full of fuel being evenly distributed across the frame; one or more conduits extending between the master storage tank and the slave storage tanks and one or more pumps to move the fuel from the slave storage tanks to the master storage tank; and a suspension comprising resilient spacers positioned between the frame and the base to provide relative motion between the base and the frame and positioned between the storage tanks and the frame to provide relative motion between the storage tanks and the frame; and a processing circuit positioned within an interior of the central column to control and monitor the movement of fuel between the storage tanks to maintain an even weight distribution.
A microchannel device comprising: a channel unit which is formed by an upper channel member and a lower channel member which are laminated in a thickness direction to define a microchannel (18, 24), at least one of the upper channel member or the lower channel member being made of a material having elasticity; and a pair of holding plates provided at both ends in the thickness direction of the channel unit and holding the channel unit in a state of being compressed in the thickness direction, characterized in that a porous membrane is disposed between the upper channel member and the lower channel member constituting the channel unit. a channel unit which is formed by an upper channel member and a lower channel member which are laminated in a thickness direction to define a microchannel (18, 24), at least one of the upper channel member or the lower channel member being made of a material having elasticity; and a pair of holding plates provided at both ends in the thickness direction of the channel unit and holding the channel unit in a state of being compressed in the thickness direction, characterized in that a porous membrane is disposed between the upper channel member and the lower channel member constituting the channel unit.
Fastening device for a line routing device which has a receiving space in which a line section (6.1) is mounted so that it can be pulled out in a pull-out direction, for mounting the line routing device on a robot arm with several Links and the links mutually adjusting joints, comprising: - A first connection body which is designed to rigidly connect the first connection body of the fastening device to a line routing device, - A second connection body which is designed to rigidly connect the second connection body of the fastening device to a link of a robot arm, and - A joint which is designed to mount the second connection body so as to be movable relative to the first connection body in two different degrees of freedom of rotation (D1, D2), each oriented perpendicular to the extension direction characterized in that the first connection body has a first seat surface facing the second connection body and the second connection body has a second seat surface facing the first connection body, the first seat surface of the first connection body has two first partial seat surfaces (21.1, 21.2) which are positioned at an angle to one another and / or the second seat surface of the second connection body has two second partial seat surfaces (22.1, 22.2) which are positioned at an angle to one another, in such a way that the first seat surface and second seat surface, which tilt over one another, determine one of the two degrees of freedom of rotation (D1, D2). - A first connection body which is designed to rigidly connect the first connection body of the fastening device to a line routing device, - A second connection body which is designed to rigidly connect the second connection body of the fastening device to a link of a robot arm, and - A joint which is designed to mount the second connection body so as to be movable relative to the first connection body in two different degrees of freedom of rotation (D1, D2), each oriented perpendicular to the extension direction the first connection body has a first seat surface facing the second connection body and the second connection body has a second seat surface facing the first connection body, the first seat surface of the first connection body has two first partial seat surfaces (21.1, 21.2) which are positioned at an angle to one another and / or the second seat surface of the second connection body has two second partial seat surfaces (22.1, 22.2) which are positioned at an angle to one another, in such a way that the first seat surface and second seat surface, which tilt over one another, determine one of the two degrees of freedom of rotation (D1, D2).
A device for use in disposing an amount of a pharmaceutical composition, the device comprising: a sealable container dimensioned to accommodate the pharmaceutical composition; and an amount of granulated or pelletized activated carbon present inside of the sealable container and contained in a liquid permeable enclosure present inside of the sealable container. a sealable container dimensioned to accommodate the pharmaceutical composition; and an amount of granulated or pelletized activated carbon present inside of the sealable container and contained in a liquid permeable enclosure present inside of the sealable container.
A bi-parting door assembly with left and right door leaves for covering an aisle entrance between two rows of data center cabinets (21a, 21b), comprising: a) a top rail assembly with a suspension and travel system for the door leaves, the suspension and travel system carrying all weight of the door leaves and allowing the door assembly to open and close; b) a left door leaf assembly being fastened to the top rail assembly and further having a brush seal and a guide rib and a front edge alignment feature attached thereto, wherein the brush seal comprises a brush seal mounted to a bottom of the left door leaf assembly and a brush seal mounted to a vertical back edge of the left door leaf assembly, and wherein the front edge alignment feature is attached to a leading edge of the left door leaf assembly; c) a right door leaf assembly being fastened to the top rail assembly and further having a brush seal and a guide rib and a front edge alignment feature attached thereto, wherein the brush seal comprises a brush seal mounted to a bottom of the right door leaf assembly and a brush seal mounted to a vertical back edge of the right door leaf assembly, and wherein the front edge alignment feature, which is complementary with the front edge alignment feature on the left door leaf assembly, is attached to a leading edge of the right door leaf assembly; d) lower guide channels behind each door leaf assembly (33, 35) for receiving their guide ribs; and e) fasteners for holding the top rail assembly in a position over the aisle entrance. a) a top rail assembly with a suspension and travel system for the door leaves, the suspension and travel system carrying all weight of the door leaves and allowing the door assembly to open and close; b) a left door leaf assembly being fastened to the top rail assembly and further having a brush seal and a guide rib and a front edge alignment feature attached thereto, wherein the brush seal comprises a brush seal mounted to a bottom of the left door leaf assembly and a brush seal mounted to a vertical back edge of the left door leaf assembly, and wherein the front edge alignment feature is attached to a leading edge of the left door leaf assembly; c) a right door leaf assembly being fastened to the top rail assembly and further having a brush seal and a guide rib and a front edge alignment feature attached thereto, wherein the brush seal comprises a brush seal mounted to a bottom of the right door leaf assembly and a brush seal mounted to a vertical back edge of the right door leaf assembly, and wherein the front edge alignment feature, which is complementary with the front edge alignment feature on the left door leaf assembly, is attached to a leading edge of the right door leaf assembly; d) lower guide channels behind each door leaf assembly (33, 35) for receiving their guide ribs; and e) fasteners for holding the top rail assembly in a position over the aisle entrance.
A household appliance mixing arrangement comprising a mixing container and a hook with a proximal end, a distal end and a curved elongated portion extending between the proximal end and the distal end, the proximal end comprising an attachment portion which is attachable to a drive arrangement via a through hole in a first inner surface portion of the mixing container such that the hook is rotatable around a substantially horizontal axis of rotation within the mixing container, the hook is configured such that when it is attached to the drive arrangement and in its lowest position, the curved elongated portion at its proximal end extends in a first direction, being downwards from the substantially horizontal axis of rotation and substantially perpendicular thereto, substantially in parallel with the first inner surface portion of the mixing container, and at least a part of the curved elongated portion extends in a second direction, forming an angle (α) with a first plane defined by the first direction and the substantially horizontal axis of rotation, characterized in that the hook, when rotated, forms an oblate spheroid-shaped solid of revolution which substantially corresponds to a part of the inner surface of the mixing container.
A display device, comprising: a plurality of semiconductor light emitting diodes; first and second wiring electrodes respectively extending from the plurality of semiconductor light emitting diodes to supply an electrical signal to the plurality of semiconductor light emitting diodes; a plurality of pair electrodes disposed on a substrate and having a first electrode and a second electrode that generate an electric field when a current is supplied thereto; a dielectric layer disposed to cover the plurality of pair electrodes; and characterized in that the first wiring electrode and the second wiring electrode are located at opposite sides of the plurality of pair electrodes based on the plurality of semiconductor light emitting diodes, wherein a covalent bond layer is disposed between the dielectric layer and the plurality of semiconductor light emitting diodes, and forming a covalent bond with the dielectric layer and each of the plurality of semiconductor light emitting diodes. a plurality of semiconductor light emitting diodes; first and second wiring electrodes respectively extending from the plurality of semiconductor light emitting diodes to supply an electrical signal to the plurality of semiconductor light emitting diodes; a plurality of pair electrodes disposed on a substrate and having a first electrode and a second electrode that generate an electric field when a current is supplied thereto; a dielectric layer disposed to cover the plurality of pair electrodes; and characterized in that the first wiring electrode and the second wiring electrode are located at opposite sides of the plurality of pair electrodes based on the plurality of semiconductor light emitting diodes, wherein a covalent bond layer is disposed between the dielectric layer and the plurality of semiconductor light emitting diodes, and forming a covalent bond with the dielectric layer and each of the plurality of semiconductor light emitting diodes.
A curtain wall system comprising mullion, transom or angular profiles which prevent water flow from entering inside the indoor medium by canalizing the water entering inside the system inside the inner surfaces of the profiles (1, 2), said profiles (1, 2) having a screw channel, i.e. slot (1.2, 2.2) enabling a connection member such as screws to progress, hold onto fixing surfaces during fixing the said screws, which fix the filling material such as glass etc. to the profiles; the profiles having connection parts, i.e. bridges (1.3, 2.3) which prevent the screwed surfaces, i.e. walls from moving away from each other, during the fixing process, characterised in that the profiles (1,2) have condensate channels (1.1, 2.1) having waved zigzag, trapeze, square, rectangular, triangle etc., geometry and enable the water to be directed towards the drainage path.
Gas assist injection method for producing a moulding, wherein a molten polymer is introduced into a mould cavity of a mould and a pressurizing fluid is fed to the mould cavity, as a result of which the polymer is pressed against the walls of the mould cavity and a cavity is generated in the molten polymer, characterized in that liquid carbon dioxide having a pressure of at least 150 bar, preferably having a pressure of at least 200 bar, or at least 250 bar, is used as pressurizing fluid.
Cylinder crankcase of a reciprocating-piston engine, having a group of multiple cylinders which are arranged adjacent to one another and between which there runs in each case one web region, at least one fluid channel (12; 22) which runs in the web region between two adjacent cylinders transversely with respect to a cylinder axis and which connects a first and a second region (5a, 5b) of a fluid channel system to one another such that, during the operation of the reciprocating-piston engine, a fluid flows from the first region through the fluid channel into the second region and in so doing dissipates heat from the cylinders via the web region and cools the web region, wherein the fluid channel connects a first and a second region (5a, 5b) of an oil channel system, and characterized in that the fluid channel connects in each case two oil-conducting tension bolt bores (5a, 5b), which run in a web plane, to one another.
An optical source for generating unpolarised light comprising: a reflective optical amplifier configured to generate an optical signal, the optical signal comprising an amplified spontaneous light emission having a plurality of light modes each having a respective wavelength and a respective polarisation state; a reflective mirror, spaced from the reflective optical amplifier, and arranged to receive the optical signal and to rotate a polarisation of each light mode in the received optical signal, to form a further optical signal; an optical power splitter arranged to receive the further optical signal and to split the further optical signal into a first optical signal which is directed to the reflective optical amplifier for amplification thereby, and a second optical signal; and an output arranged to output the second optical signal. a reflective optical amplifier configured to generate an optical signal, the optical signal comprising an amplified spontaneous light emission having a plurality of light modes each having a respective wavelength and a respective polarisation state; a reflective mirror, spaced from the reflective optical amplifier, and arranged to receive the optical signal and to rotate a polarisation of each light mode in the received optical signal, to form a further optical signal; an optical power splitter arranged to receive the further optical signal and to split the further optical signal into a first optical signal which is directed to the reflective optical amplifier for amplification thereby, and a second optical signal; and an output arranged to output the second optical signal.
A wind turbine rotor blade lightning receptor arrangement, the receptor arrangement comprising: an electrically conductive block that, in use, forms an electrical bridge between a receptor element of a lightning protection system and a down conductor of the lightning protection system, the electrically conductive block comprising a first engagement surface for, in use, receiving the receptor element, and characterised by: a shielding component in the form of an armour plate, overlaying a portion of the first engagement surface of the electrically conductive block, while leaving open an area for receiving the receptor element. an electrically conductive block that, in use, forms an electrical bridge between a receptor element of a lightning protection system and a down conductor of the lightning protection system, the electrically conductive block comprising a first engagement surface for, in use, receiving the receptor element, and characterised by: a shielding component in the form of an armour plate, overlaying a portion of the first engagement surface of the electrically conductive block, while leaving open an area for receiving the receptor element.
An article comprising expanded thermoplastic polyurethane as a substrate and a coating on at least a part of said substrate, wherein the coating is obtained by curing a water-based polyurethane urea solution/dispersion, characterized in that the polyurethane urea comprises polycarbonate structural units.
Method for manufacturing a membrane/electrode assembly, comprising: - the provision of a proton exchange membrane comprising a first electrode on a first side and a second electrode on a second side; - the placement of a first reinforcement so that an overlapping part of this first reinforcement is superposed over the periphery of the proton exchange membrane, and so that an extension part of the first reinforcement made of a polymer material extends laterally beyond the proton exchange membrane; - the placement of a second reinforcement so that an overlapping part of this second reinforcement is superposed over the periphery of the proton exchange membrane, and so that an extension part of this second reinforcement extends laterally beyond the proton exchange membrane and is superposed over the extension part of the first reinforcement; - the maintenance of contact between the extension parts (134, 136) of the first and second non-fixed reinforcements, and the application of a laser beam to the superposition of the extension parts in such a way as to define an opening through the extension parts and in such a way as to weld the extension parts at the edge of this opening. - the provision of a proton exchange membrane comprising a first electrode on a first side and a second electrode on a second side; - the placement of a first reinforcement so that an overlapping part of this first reinforcement is superposed over the periphery of the proton exchange membrane, and so that an extension part of the first reinforcement made of a polymer material extends laterally beyond the proton exchange membrane; - the placement of a second reinforcement so that an overlapping part of this second reinforcement is superposed over the periphery of the proton exchange membrane, and so that an extension part of this second reinforcement extends laterally beyond the proton exchange membrane and is superposed over the extension part of the first reinforcement; - the maintenance of contact between the extension parts (134, 136) of the first and second non-fixed reinforcements, and the application of a laser beam to the superposition of the extension parts in such a way as to define an opening through the extension parts and in such a way as to weld the extension parts at the edge of this opening.