mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for forming epitaxial nanostructures with ideal matrixes with quantic points, obtained starting from at least one low-melting alloy and from at least one substrate, said apparatus comprising at least one reactor with airtight chamber, at least one thermal heating system of said reactor, said reactor comprising at least one cylindrical device adapted to remove residuals of melted solution from a surface of said substrate, and at least one handling system of said substrate and of said low-melting alloy inside said reactor, said at least one cylindrical device being placed on at least one upper cover of said reactor, and further comprising: - at least one device fastened on said upper cover of said reactor adapted to rotate said cylindrical device along an axis thereof, for removing the residuals of melted solution from a surface of said substrate; - at least one supporting means adapted to accommodate at least one substrate moved by at least one transporting means; - at least one thermal system containing at least one cold plate and at least one pulse-type annular heater, adapted to heat and pulse cool said substrate, enabling a process for forming epitaxial nanostructures; - at least one mobile heat exchanger; - at least one handling device; characterized in that said at least one handling device is adapted to displace said heat exchanger, along an axis of said cylindrical device, (a) from a surface of at least one of said cold plates to an upper surface of at least one of said substrates and vice versa, conveying a pulse cooling onto said substrate, or (b) from the upper surface of at least one of said substrates to the lateral internal surface of at least one pulse-type annular heater and vice versa, conveying a pulse heating onto said substrate. - at least one device fastened on said upper cover of said reactor adapted to rotate said cylindrical device along an axis thereof, for removing the residuals of melted solution from a surface of said substrate; - at least one supporting means adapted to accommodate at least one substrate moved by at least one transporting means; - at least one thermal system containing at least one cold plate and at least one pulse-type annular heater, adapted to heat and pulse cool said substrate, enabling a process for forming epitaxial nanostructures; - at least one mobile heat exchanger; - at least one handling device;
Housing comprising a housing body that defines a hollow space for receiving electrical and/or electronic components and a housing opening, and a angle connector, which has a first cylindrical section having a first longitudinal connector axis that is designed to be received in the housing opening in a tangential orientation with respect to the housing body, wherein the housing body also comprises a securing pin that is designed to engage in a groove on an outer face of the first cylindrical section of the angle connector in order to secure a position of the angle connector along the first longitudinal connector axis, wherein the groove only extends across part of the circumference of the first cylindrical section of the angle connector in order to form a first end stop and a second end stop for a pivoting movement of the angle connector around the first longitudinal connector axis, wherein the housing body comprises an essentially circular housing surface area and an essentially cylindrical housing jacket and wherein the tangential orientation of the first cylindrical section with respect to the housing body is a tangential orientation of the first longitudinal connector axis of the first cylindrical section with respect to the circumference of the essentially circular housing surface area and the essentially cylindrical housing jacket. which has a first cylindrical section having a first longitudinal connector axis that is designed to be received in the housing opening in a tangential orientation with respect to the housing body, wherein the housing body also comprises a securing pin that is designed to engage in a groove on an outer face of the first cylindrical section of the angle connector in order to secure a position of the angle connector along the first longitudinal connector axis, wherein the groove only extends across part of the circumference of the first cylindrical section of the angle connector in order to form a first end stop and a second end stop for a pivoting movement of the angle connector around the first longitudinal connector axis, wherein the housing body comprises an essentially circular housing surface area and an essentially cylindrical housing jacket and wherein the tangential orientation of the first cylindrical section with respect to the housing body is a tangential orientation of the first longitudinal connector axis of the first cylindrical section with respect to the circumference of the essentially circular housing surface area and the essentially cylindrical housing jacket.
Arrangement of an electrical conductor, in particular flat conductor, and a contact part comprising, wherein - the conductor has at least one through opening, wherein - the contact part is connected to the conductor at the through-opening in a material bond, wherein the contact part has in its axial direction a first section and a second section, wherein - the second section is formed as a flange and a side of the flange facing the conductor has a surface that is welded to the conductor and which has at least one protrusion, characterized in that - the protrusion is undercut. - the conductor has at least one through opening, wherein - the contact part is connected to the conductor at the through-opening in a material bond, wherein the contact part has in its axial direction a first section and a second section, wherein - the second section is formed as a flange and a side of the flange facing the conductor has a surface that is welded to the conductor and which has at least one protrusion, - the protrusion is undercut.
An electrosurgical forceps instrument comprising: a flexible shaft defining a lumen; a coaxial cable for conveying microwave energy disposed within the lumen of the flexible shaft; a rigid bracket mounted at a distal end of the flexible shaft; a pair of jaws (202, 204, 302, 304) pivotably mounted on the rigid bracket, the pair of jaws being movable relative to each other to open and close a gap between opposing inner surfaces thereof; and an actuating element (222, 224) disposed within the lumen of the flexible shaft and extending therefrom through the rigid bracket to operably engage the pair of jaws, wherein the pair of jaws comprises a first jaw having an energy delivery structure attached to an inner surface therefore, the energy delivery structure comprising a flexible dielectric substrate having a first electrode and an second electrode formed thereon, wherein the energy delivery structure is connected to receive the microwave energy from the coaxial cable, and wherein the first electrode and the second electrode are arranged to emit the microwave energy received by the energy delivery structure into the gap between the pair of jaws. a flexible shaft defining a lumen; a coaxial cable for conveying microwave energy disposed within the lumen of the flexible shaft; a rigid bracket mounted at a distal end of the flexible shaft; a pair of jaws (202, 204, 302, 304) pivotably mounted on the rigid bracket, the pair of jaws being movable relative to each other to open and close a gap between opposing inner surfaces thereof; and an actuating element (222, 224) disposed within the lumen of the flexible shaft and extending therefrom through the rigid bracket to operably engage the pair of jaws, wherein the pair of jaws comprises a first jaw having an energy delivery structure attached to an inner surface therefore, the energy delivery structure comprising a flexible dielectric substrate having a first electrode and an second electrode formed thereon, wherein the energy delivery structure is connected to receive the microwave energy from the coaxial cable, and wherein the first electrode and the second electrode are arranged to emit the microwave energy received by the energy delivery structure into the gap between the pair of jaws.
A method of storing carbon dioxide, comprising: at least part filling a container with activated carbon; providing solid carbon dioxide for adsorption onto the activated carbon; sealing the container with a valve assembly; and charging the container with carbon dioxide. at least part filling a container with activated carbon; providing solid carbon dioxide for adsorption onto the activated carbon; sealing the container with a valve assembly; and charging the container with carbon dioxide.
A composite material comprising a curable thermoset resin fibre component and a further non-reinforcing fibre component in which the non-reinforcing fibre component comprises a thermoplastic fibre component and in which the thermoplastic fibre component is wound around the curable thermoset fibre component in a general helix configuration.
A propulsion unit for an aircraft comprising a nacelle comprising a turbojet engine supported by a pylon, said nacelle comprising: - an outer fairing, - an inner fixed structure delimiting, together with the outer fairing, an annular space in which a cold air flow path can circulate, and - a sealing gasket positioned between the inner fixed structure and the pylon, said sealing gasket being intended to separate a cold pylon area from a hot engine area, the propulsion unit comprising: - a ventilation device allowing diverting a cold air portion from the cold air flow path up to the sealing gasket to ventilate it, the ventilation device comprising a ventilation channel transversely crossing the inner fixed structure, the ventilation channel comprising a cold air inlet opening into the cold air flow path and a cold air outlet opening into a ventilation space formed between the inner fixed structure and the pylon, in the vicinity of the sealing gasket, and - a gasket support positioned within the ventilation space, the gasket support comprising a lower portion fastened to the inner fixed structure, an upper portion supporting the sealing gasket and a cavity into which opens the cold air outlet of the ventilation channel, the ventilation device comprising at least one ventilation orifice crossing the upper portion of the gasket support, the cold air portion circulating from the ventilation channel towards the cavity before coming out through the ventilation orifice. - an outer fairing, - an inner fixed structure delimiting, together with the outer fairing, an annular space in which a cold air flow path can circulate, and - a sealing gasket positioned between the inner fixed structure and the pylon, said sealing gasket being intended to separate a cold pylon area from a hot engine area, - a ventilation device allowing diverting a cold air portion from the cold air flow path up to the sealing gasket to ventilate it, the ventilation device comprising a ventilation channel transversely crossing the inner fixed structure, the ventilation channel comprising a cold air inlet opening into the cold air flow path and a cold air outlet opening into a ventilation space formed between the inner fixed structure and the pylon, in the vicinity of the sealing gasket, and - a gasket support positioned within the ventilation space, the gasket support comprising a lower portion fastened to the inner fixed structure, an upper portion supporting the sealing gasket and a cavity into which opens the cold air outlet of the ventilation channel, the ventilation device comprising at least one ventilation orifice crossing the upper portion of the gasket support, the cold air portion circulating from the ventilation channel towards the cavity before coming out through the ventilation orifice.
A transmission device for communicating with a reception device, the transmission device characterised by: a control information generation unit adapted to generate control information including a 3-bit identifier indicating a number of layers for the reception device and having one of 8 possible values; and a transmission unit (1508, 1509) adapted to transmit a physical downlink shared channel, a reference signal for demodulation of the physical downlink shared channel, and the control information, wherein, all codewords which are mapped to the physical downlink shared channel are enabled, and among a first value to an eighth value indicated by the 3-bit identifier, the third value to the eighth value indicate that the number of layers is from 3 to 8 respectively, and the first value and the second value each indicate that the number of layers is equal to 2, and the first value indicates that a first sequence is multiplied for the reference signal, and the second value indicates that a second sequence is multiplied for the reference signal; and the first sequence and the second sequence are set per reception device. a control information generation unit adapted to generate control information including a 3-bit identifier indicating a number of layers for the reception device and having one of 8 possible values; and a transmission unit (1508, 1509) adapted to transmit a physical downlink shared channel, a reference signal for demodulation of the physical downlink shared channel, and the control information, wherein, all codewords which are mapped to the physical downlink shared channel are enabled, and among a first value to an eighth value indicated by the 3-bit identifier, the third value to the eighth value indicate that the number of layers is from 3 to 8 respectively, and the first value and the second value each indicate that the number of layers is equal to 2, and the first value indicates that a first sequence is multiplied for the reference signal, and the second value indicates that a second sequence is multiplied for the reference signal; and the first sequence and the second sequence are set per reception device.
A secondary battery comprising: a negative electrode comprising a negative electrode current collector; a negative electrode terminal electrically connected to the negative electrode current collector; a joint electrically connecting the negative electrode terminal and the negative electrode current collector; a water repellent layer covering the joint; a positive electrode; and an aqueous electrolyte containing at least one of lithium salt and sodium salt, wherein each of the negative electrode terminal and the negative electrode current collector comprises zinc or an alloy containing zinc, or the negative electrode comprises a coating layer containing boehmite in at least a part of a surface of each of the negative electrode terminal and the negative electrode current collector, and the joint is covered with an inner surface of the water repellent layer, and a contact angle θ with respect to water on an outer surface of the water repellent layer satisfies 80° ≤ θ. a negative electrode comprising a negative electrode current collector; a negative electrode terminal electrically connected to the negative electrode current collector; a joint electrically connecting the negative electrode terminal and the negative electrode current collector; a water repellent layer covering the joint; a positive electrode; and an aqueous electrolyte containing at least one of lithium salt and sodium salt, wherein each of the negative electrode terminal and the negative electrode current collector comprises zinc or an alloy containing zinc, or the negative electrode comprises a coating layer containing boehmite in at least a part of a surface of each of the negative electrode terminal and the negative electrode current collector, and the joint is covered with an inner surface of the water repellent layer, and a contact angle θ with respect to water on an outer surface of the water repellent layer satisfies 80° ≤ θ.
A welder protection device comprising a shell and a transparent front cover for protection of a wearer of the welder protection device, and an auto-darkening optical filter, wherein the welder protection device further comprises a retracting mechanism arranged to move the optical filter from an active position to a retracted position and vice versa, wherein • in the active position the optical filter lies inside the welder protection device and in the wearer's field of view, and • in the retracted position the optical filter lies inside the welder protection device and outside the wearer's field of view. • in the active position the optical filter lies inside the welder protection device and in the wearer's field of view, and • in the retracted position the optical filter lies inside the welder protection device and outside the wearer's field of view.
An electronic cigarette atomizer, said electronic cigarette atomizer comprises an atomizer core for atomizing an aromatic liquid of the electronic cigarette, said electronic cigarette atomizer is equipped with a recording chip, said recording chip is designed for: - recording identification information of the electronic cigarette atomizer, said identification information comprising at least aromatic liquid information and atomizer core information, for sending said atomizer identification information to an electronic cigarette controller; and - recording operating information of the electronic cigarette atomizer, said operating information including at least the service life and the number of uses of the atomizer core, and for sending said operating information of the atomizer to the electronic cigarette controller, characterized in that said aromatic liquid information includes the composition of the aromatic liquid and the amount of aromatic liquid, and in that said atomizer core information includes the material of heating wires, the resistance values of the heating wires and the information concerning the aromatic liquid suitable for the atomizer core. - recording identification information of the electronic cigarette atomizer, said identification information comprising at least aromatic liquid information and atomizer core information, for sending said atomizer identification information to an electronic cigarette controller; and - recording operating information of the electronic cigarette atomizer, said operating information including at least the service life and the number of uses of the atomizer core, and for sending said operating information of the atomizer to the electronic cigarette controller,
A clothing item for legs, in particular stocking, consisting of at least one compressive basic knitted part which has at least one first padding on the inside, characterized in that the at least one first padding is configured in such a way that when the clothing item for legs is worn, this is arranged between the two muscle heads (23, 24) of the gastrocnemius muscle without overlapping this and additionally extends along the Achilles tendon and overlaps this and that the width of the at least one first padding in the circumferential direction of the knitted fabric is preferably between 1 cm and 2 cm, at most 4 cm.
A fastening arrangement of multilayer building units, the units (1a, 1b) comprising a core part of thermal insulation material and surface plates (11a, 12a; 11b, 12b) covering it on both sides, the surface plates having a tongue on one longitudinal edge and a groove on the opposite edge, in which units the short sides between the tongue-and-groove edges are straight, the building units being intended to be joined with one another by means of a tongue-and-groove joint to form a row of successive units and the said rows to be positioned adjacent to one another in such a way that a joint seam is formed between the rows, at the point between the short straight sides of adjacent units (1a, 1b) positioned opposite one another, which units are secured to the framework at least at the said short sides by screws or similar fastening means, characterised in that the arrangement comprises: - a first fastening strip which is mounted on the short side of the first unit, in the edge area of the unit, and is secured in place in the framework by screws or similar fastening means penetrating simultaneously the first building unit underneath the strip, - a second fastening strip which is joined by one edge to the first fastening strip and extends across the joint seam to the edge area of the short side of the adjacent second building unit and is secured in place in the framework by screws or similar fastening means extending through the second building unit underneath the strip, and that on the surface of each fastening strip (20, 21) to be placed against the outer surface of the building unit is integrated a sealing means which is placed against the said outer surface. - a first fastening strip which is mounted on the short side of the first unit, in the edge area of the unit, and is secured in place in the framework by screws or similar fastening means penetrating simultaneously the first building unit underneath the strip, - a second fastening strip which is joined by one edge to the first fastening strip and extends across the joint seam to the edge area of the short side of the adjacent second building unit and is secured in place in the framework by screws or similar fastening means extending through the second building unit underneath the strip, and that on the surface of each fastening strip (20, 21) to be placed against the outer surface of the building unit is integrated a sealing means which is placed against the said outer surface.
Vacuum cleaner, comprising: a tube having a first diameter, a hose having a second diameter exceeding the first diameter by at least 15%, and a transition piece having a first end arranged for being connected to the tube, and a second end arranged for being connected to the hose, characterized in that the transition piece has a curved part that has a non-circular cross-section, the curved part having a first part in which in a direction from the first end to the second end, a first dimension of the cross-section increases to a diameter exceeding the first diameter by 15%, the first dimension being in a radial direction of the curved part, while a second dimension of the cross-section, perpendicular to the first dimension, does not exceed the first diameter by more than 10%. a tube having a first diameter, a hose having a second diameter exceeding the first diameter by at least 15%, and a transition piece having a first end arranged for being connected to the tube, and a second end arranged for being connected to the hose, characterized in that the transition piece has a curved part that has a non-circular cross-section, the curved part having a first part in which in a direction from the first end to the second end, a first dimension of the cross-section increases to a diameter exceeding the first diameter by 15%, the first dimension being in a radial direction of the curved part, while a second dimension of the cross-section, perpendicular to the first dimension, does not exceed the first diameter by more than 10%.