mhurhangee/ep-ind-claims huggingface dataset:
A cantilever plate connecting element for connecting a ceiling/floor panel and a cantilever panel, having an insulating body arranged in the installed state between the ceiling/floor panel and the cantilever panel, at least one tensioning rod penetrating the insulating body, at least one rod for accommodating pressure and transverse forces, penetrating the insulating body, at least one pressure rod penetrating the insulating body, at least one tensioning means arranged in the ceiling/floor panel in the installed state and securely connected to the tensioning rod and to the pressure rod, and at least one tensioning means arranged in the cantilever panel in the installed state and securely connected to the tensioning rod and to the pressure rod, wherein the rod for accommodating pressure and transverse forces runs in a direction that differs from the horizontal in the installed state at least in its section in the region of the insulating body, characterised in that at least also the tensioning rod runs in a direction that differs from the horizontal in the installed state at least in its section in the region of the insulating body.
A top cover assembly for power battery, wherein, the top cover assembly comprises a second electrode assembly, a top cover plate and a deformable plate, wherein the deformable plate is attached to the top cover plate, the second electrode assembly comprises a second electrode terminal, a second connecting block, and a second insulating piece, a through-hole is defined in the second insulating piece, the second electrode terminal penetrates through the top cover plate and the second insulating piece, the second connecting block is located over the top cover plate and extends until the second connecting block faces the deformable plate, and the second connecting block is electrically connected with the second electrode terminal, the second insulating piece is located between the second connecting block and the top cover plate, and the through-hole faces the deformable plate, characterized in that, the second electrode assembly further comprises an upper sealing piece, and the upper sealing piece is arranged between the second insulating piece and the second connecting block and comprises a sealing area for deforming space and a sealing area for electrode terminal, the through-hole is enclosed by the sealing area for deforming space, and the second electrode terminal is enclosed by the sealing area for electrode terminal.
A process for processing waste incineration ash, wherein a process for classifying the ash and a process for the recovery of phosphates from the ash are combined with each other, wherein the ash is subjected to a wet classification and mixed thereby with a liquid, wherein, for the resolution of the phosphates, the ash is treated with an acidic aqueous solution and then the phosphates contained in the solution are isolated, and wherein the liquid with which the ash is mixed in the framework of the wet classification is the acidic aqueous solution with which the ash is treated for the resolution of the phosphates.
A light bulb apparatus, comprising: a light bulb shell; a bulb head; a heat sink cup having a first end and a second end, the first end of the heat sink cup is connected to the light bulb shell, and the second end of the heat sink cup is connected to the bulb head; a flexible filament for emitting light, the flexible filament has a first terminal and a second terminal; a central support for providing a first electrode and a second electrode, the first electrode of the central support is electrically connected to the first terminal of the flexible filament, and the second electrode is electrically connected to the second terminal of the flexible filament; a driver module electrically connected to the bulb head and the central support for providing electrical power to the first electrode and the second electrode of the central support and an expanding structure mechanically coupled to the central support, the expanding structure includes a plurality of holding portions for holding the flexible filament, characterized in that the expanding structure comprises a plurality of support boards, each of the support boards has a plurality of concave portions as the holding portions to hold the flexible filament. a light bulb shell; a bulb head; a heat sink cup having a first end and a second end, the first end of the heat sink cup is connected to the light bulb shell, and the second end of the heat sink cup is connected to the bulb head; a flexible filament for emitting light, the flexible filament has a first terminal and a second terminal; a central support for providing a first electrode and a second electrode, the first electrode of the central support is electrically connected to the first terminal of the flexible filament, and the second electrode is electrically connected to the second terminal of the flexible filament; a driver module electrically connected to the bulb head and the central support for providing electrical power to the first electrode and the second electrode of the central support and an expanding structure mechanically coupled to the central support, the expanding structure includes a plurality of holding portions for holding the flexible filament, characterized in that the expanding structure comprises a plurality of support boards, each of the support boards has a plurality of concave portions as the holding portions to hold the flexible filament.
Electric device, comprising a housing and at least one printed circuit board (5, 6) and one heat sink, the housing enclosing a cavity, and the printed circuit board (5, 6) being received in the cavity, and the printed circuit board being connected to the heat sink so as to conduct heat, characterized in that the housing has a housing cover, the housing cover having at least one, two or three pressing bolts (14, 15, 35) or pressing pins which are mounted so as to be slidable transversely to a planar extent of the housing cover along a longitudinal axis (51, 52, 53, 56), which bolts or pins are designed to be inserted into the cavity and to be pressed against the printed circuit board at least directly or indirectly and thus press the printed circuit board against the heat sink.
A method for manufacturing an electrically heated catalyst device in which a catalyst support supporting a catalyst thereon is electrically heated through a thin plate-like wiring line member, the method comprising: a step of fixing the wiring line member on an outer circumferential surface of the catalyst support, a pull-out part of the wiring line member being folded in an accordion shape; a step of covering the outer circumferential surface of the catalyst support, on which the wiring line member is fixed, by a holding member for holding the catalyst support; a step of press-fitting the catalyst support covered by the holding member into an outer cylinder; and a step of extending the pull-out part, which is folded in the accordion shape, and thereby pulling out the pull-out part to the outside of the outer cylinder through an opening formed on a side of the outer cylinder. a step of fixing the wiring line member on an outer circumferential surface of the catalyst support, a pull-out part of the wiring line member being folded in an accordion shape; a step of covering the outer circumferential surface of the catalyst support, on which the wiring line member is fixed, by a holding member for holding the catalyst support; a step of press-fitting the catalyst support covered by the holding member into an outer cylinder; and a step of extending the pull-out part, which is folded in the accordion shape, and thereby pulling out the pull-out part to the outside of the outer cylinder through an opening formed on a side of the outer cylinder.
A method of managing multi-carriers performed by a base station of a communication system supporting said multi-carriers available for communication between the base station and a plurality of terminals, comprising: receiving a request to enter a first sleep window from a first terminal; selecting a carrier of said multi-carriers that is usable in common as a selected primary carrier by a greatest number of terminals from among candidate carriers usable by the first terminal attempting to enter the first sleep window and candidate carriers usable by other terminals of said plurality of terminals having entered their own respective sleep window; requesting said first terminal attempting to enter said first sleep window to change its current primary carrier to the selected primary carrier; and transmitting a control message to the first terminal through the selected primary carrier that is changed for the first sleep window. receiving a request to enter a first sleep window from a first terminal; selecting a carrier of said multi-carriers that is usable in common as a selected primary carrier by a greatest number of terminals from among candidate carriers usable by the first terminal attempting to enter the first sleep window and candidate carriers usable by other terminals of said plurality of terminals having entered their own respective sleep window; requesting said first terminal attempting to enter said first sleep window to change its current primary carrier to the selected primary carrier; and transmitting a control message to the first terminal through the selected primary carrier that is changed for the first sleep window.
Foot prosthesis (1, 61) comprising a heel (6, 71) and a foot tip (7, 62) capable of bearing on the ground and an ankle support (2, 67), as well as a damping element (10, 76) configured to be distant from said ground, the foot prosthesis (1, 61) being characterised in that it further comprises at least an instep (4, 63) connecting the foot tip (7, 62) to the ankle support (2,67), and a connecting rod connecting the instep (4, 63) to the heel (6,71).
An anchoring device (1, 21, 31) for attaching at least two guide wires to a wall or ceiling or on a roof, on each of the guide wires a runner is movable with a fuse cable for a person attached to it, which anchoring device comprises: - a base provided with a mounting surface, as well as - a support attached to the base and - one or more carriers (15, 15', 15") to which at least wire guides (17, 17', 17") are mounted for holding the guide wires, - which carrier or carriers (15, 15', 15") are rotatably connected to the support and can be fixed to the support in any desired position, - which wire guides are tubes through which the guide wires can be arranged to allow the runners to pass the wire guides and the one or more carriers - which wire guides extend lengthwise in a plane perpendicular to the center line of the support, - wherein at least two of the wire guides (17, 17'), in a direction parallel to the mounting surface, are at a distance from each other, characterized in that: - at least two of the wire guides (17, 17') are at different distances (d1, d2) from the center line of the support, and - in a direction at right angles to the mounting surface at least two of the guide wires (17, 17') are at a distance from each other. - a base provided with a mounting surface, as well as - a support attached to the base and - one or more carriers (15, 15', 15") to which at least wire guides (17, 17', 17") are mounted for holding the guide wires, - which carrier or carriers (15, 15', 15") are rotatably connected to the support and can be fixed to the support in any desired position, - which wire guides are tubes through which the guide wires can be arranged to allow the runners to pass the wire guides and the one or more carriers - which wire guides extend lengthwise in a plane perpendicular to the center line of the support, - wherein at least two of the wire guides (17, 17'), in a direction parallel to the mounting surface, are at a distance from each other, - at least two of the wire guides (17, 17') are at different distances (d1, d2) from the center line of the support, and - in a direction at right angles to the mounting surface at least two of the guide wires (17, 17') are at a distance from each other.
A power chain comprising a power supply system, an energy buffer and a gradient amplifier for supplying current to a gradient coil of a magnetic resonance imaging system, the power supply system comprising: - the electrical power supply to supply a first voltage to the gradient amplifier for driving the gradient coil, the gradient amplifier output being configured to be connected to the gradient coil; - the energy buffer having an input connected to the electrical power supply, the energy buffer being configured to supply a second voltage to the gradient amplifier, the energy buffer being connected in parallel to the gradient amplifier and the electrical power supply, characterised in that the energy buffer comprises a voltage converter configured to control the second voltage as to compensate for at least part of a variation in the first voltage resulting from the driving of the gradient coil. - the electrical power supply to supply a first voltage to the gradient amplifier for driving the gradient coil, the gradient amplifier output being configured to be connected to the gradient coil; - the energy buffer having an input connected to the electrical power supply, the energy buffer being configured to supply a second voltage to the gradient amplifier, the energy buffer being connected in parallel to the gradient amplifier and the electrical power supply, characterised in that the energy buffer comprises a voltage converter configured to control the second voltage as to compensate for at least part of a variation in the first voltage resulting from the driving of the gradient coil.
A vibrating roller, specifically a vibrating roller containing a vibrating drum mounted by means of a damping system (2,3) in the frame, wherein the cavity of the vibrating drum is arranged a vibrating assembly which is mounted by means of at least one bearing in the inner reel of the drum, when the cavity of the inner reel simultaneously forms the reservoir of the lubricating oil serving to lubricate the bearings with an oil mist, characterised by that it comprises at least one gravitational filtration system of the lubricating oil.
A system, comprising: a publisher-subscriber network comprising: a plurality of user devices (110; 321; 322; 323), and a node coupled to the plurality of user devices (110; 321; 322; 323), wherein the plurality of user devices (110; 321; 322; 323) are subscriber nodes within the publisher-subscriber network and comprise a first user device, wherein the first user device comprises a first hardware processor, a first cryptographic key, and first personal data (112; 113) associated with a first user and a first data variable, wherein the node comprises a second hardware processor and is a publishing node within the publisher-subscriber network, and wherein the node is configured to use a publisher-subscriber network protocol to transmit one or more broadcast requests over the publisher-subscriber network; and a plurality of intermediary nodes (130; 380) coupled to the publisher-subscriber network, wherein the plurality of intermediary nodes (130; 380) implement a distributed ledger, wherein the node is further configured to transmit a broadcast request to the plurality of user devices (110; 321; 322; 323), the broadcast request comprising a first data request associated with the first data variable,wherein the first user device is configured to transmit, in response to receiving the broadcast request, encrypted data to the plurality of intermediary nodes (130; 380) based on the first personal data (112; 113) and the first cryptographic key, and wherein the plurality of intermediary nodes (130; 380) are configured to transmit the encrypted data to the node using the distributed ledger. a plurality of user devices (110; 321; 322; 323), and a node coupled to the plurality of user devices (110; 321; 322; 323), wherein the plurality of user devices (110; 321; 322; 323) are subscriber nodes within the publisher-subscriber network and comprise a first user device, wherein the first user device comprises a first hardware processor, a first cryptographic key, and first personal data (112; 113) associated with a first user and a first data variable, wherein the node comprises a second hardware processor and is a publishing node within the publisher-subscriber network, and wherein the node is configured to use a publisher-subscriber network protocol to transmit one or more broadcast requests over the publisher-subscriber network; and a plurality of intermediary nodes (130; 380) coupled to the publisher-subscriber network, wherein the plurality of intermediary nodes (130; 380) implement a distributed ledger, wherein the node is further configured to transmit a broadcast request to the plurality of user devices (110; 321; 322; 323), the broadcast request comprising a first data request associated with the first data variable,wherein the first user device is configured to transmit, in response to receiving the broadcast request, encrypted data to the plurality of intermediary nodes (130; 380) based on the first personal data (112; 113) and the first cryptographic key, and wherein the plurality of intermediary nodes (130; 380) are configured to transmit the encrypted data to the node using the distributed ledger.
An apparatus, comprising: a suspension member having a middle portion sized and configured to be disposed across and secured to a vaginal apex and at least partially support the uterus; a first self-affixing mesh arm or a first anchor for securing the suspension member to a portion of pelvic tissue on a first side of the uterus; and a second self-affixing mesh arm or a second anchor for securing the suspension member to a portion of pelvic tissue on a second opposite side of the uterus; characterized in that the apparatus further comprises: an anchoring member having a pair of wings (38, 40), the anchoring member configured to be disposed within an interior of a vagina and coupled to the suspension member such that at least a portion of a wall of the vagina is between the anchoring member and the suspension member.
A magnetoresistive random access memory, MRAM, reference cell, comprising: a reference magnetic tunnel junction (102, 202) configured to produce a reference signal, the reference magnetic tunnel junction (102, 202) having an aspect ratio of at least 5:3 of a major axis:minor axis, and including: a reference layer, a pinned layer and an antiferromagnet adjacent to the pinned layer, wherein the reference layer is coupled to the pinned layer, which is pinned by the adjacent antiferromagnet; and the reference layer is magnetized along the minor axis by annealing during manufacture; and a storage layer with magnetization along the major axis and an antiferromagnetic pinning layer adjacent to the storage layer, wherein the storage layer magnetization is substantially perpendicular to the magnetization along the minor axis; wherein the antiferromagnet has a higher blocking temperature than the antiferromagnetic pinning layer, and the blocking temperatures are selected such that, when exposed to solder re-flow temperatures high enough to decouple the storage layer from the adjacent antiferromagnetic pinning layer, the reference layer is configured to remain coupled to the pinned layer, and the relative magnetization orientation of the reference layer and the storage layer along the minor axis and the major axis, respectively, configured to be maintained by shape anisotropy caused by the aspect ratio. a reference layer, a pinned layer and an antiferromagnet adjacent to the pinned layer, wherein the reference layer is coupled to the pinned layer, which is pinned by the adjacent antiferromagnet; and the reference layer is magnetized along the minor axis by annealing during manufacture; and a storage layer with magnetization along the major axis and an antiferromagnetic pinning layer adjacent to the storage layer, wherein the storage layer magnetization is substantially perpendicular to the magnetization along the minor axis; wherein the antiferromagnet has a higher blocking temperature than the antiferromagnetic pinning layer, and the blocking temperatures are selected such that, when exposed to solder re-flow temperatures high enough to decouple the storage layer from the adjacent antiferromagnetic pinning layer, the reference layer is configured to remain coupled to the pinned layer, and the relative magnetization orientation of the reference layer and the storage layer along the minor axis and the major axis, respectively, configured to be maintained by shape anisotropy caused by the aspect ratio.
Rotor blade cleaner for a rotor blade of a wind turbine comprising a carrier that is placeable onto the leading edge of the rotor blade, wherein the carrier is - arrangeable on two opposite sides of the rotor blade - pointing towards the tip of the profile of the rotor blade, and - movable and displaceable along the leading edge by means of a conveyor mechanism and to which one or more cleaning devices for surfaces are attached, and wherein - the longitudinal axis of the rotor blade can be oriented approximately horizontally and - the profile of the rotor blade can attain an approximately vertical attitude, - the carrier is U-shaped, wherein two limbs of the U are formed such that with their free ends they are pointing towards the tip of the profile of the rotor blade and are arrangeable on the two opposite sides of the rotor blade and each of the two limbs is carrying at least one cleaning device, characterized in that - the rotor blade cleaner consists of two units, of which one is the carrier and the other is a supply unit that is constructed such that the carrier is suppliable with energy, like, e.g., electric current or compressed air, and/or cleaning agent, - wherein the supply unit is also U-shaped and placeable onto the leading edge and is connected to the carrier via flexible lines. - arrangeable on two opposite sides of the rotor blade - pointing towards the tip of the profile of the rotor blade, and - movable and displaceable along the leading edge by means of a conveyor mechanism and to which one or more cleaning devices for surfaces are attached, and wherein - the longitudinal axis of the rotor blade can be oriented approximately horizontally and - the profile of the rotor blade can attain an approximately vertical attitude, - the carrier is U-shaped, wherein two limbs of the U are formed such that with their free ends they are pointing towards the tip of the profile of the rotor blade and are arrangeable on the two opposite sides of the rotor blade and each of the two limbs is carrying at least one cleaning device, characterized in that - the rotor blade cleaner consists of two units, of which one is the carrier and the other is a supply unit that is constructed such that the carrier is suppliable with energy, like, e.g., electric current or compressed air, and/or cleaning agent, - wherein the supply unit is also U-shaped and placeable onto the leading edge and is connected to the carrier via flexible lines.
A pharmaceutical composition containing oleuropein as the only active ingredient for use in the treatment of healing wounds and ulcers in persons of advanced age or the elderly and/or diabetics selected from the group consisting of: diabetic foot, pressure ulcer and venous ulcer.