mhurhangee/ep-ind-claims huggingface dataset:
A sole of a shoe, comprising: a midsole comprising a midsole toe edge; at least part of a remove-ably attachable outsole comprising an outsole toe edge (500A;500B;500C), and an outsole toe ridge (510A;510B;510C); the outsole toe ridge (510A;510B;510C) extends vertically to an outsole toe ridge height; and the outsole toe ridge (510A;510B;510C) extends along at least part of the outsole toe edge (500A;500B;500C); wherein the midsole toe edge and the outsole toe ridge (510A;510B;510C) limit movement between the at least part of a remove-ably attachable outsole and the midsole in at least one direction; characterized in that at least part the outsole further comprising an outsole fastener area with a first and a second outsole fastener area gaps (401,402) each comprising a flexible joint and extending laterally across said outsole fastener area; the midsole further comprising a midsole fastener area with a first and a second midsole fastener area gaps (601,602;604) extending laterally across said midsole fastener area and each comprising a groove, in particular a semi-circular groove, extending laterally across said midsole; wherein said semi-circular groove of the first and the second midsole fastener area gaps (601,602:604) and said flexible joint of the first and the second outsole fastener area gaps (401,402;403) are shaped to complement each other when the outsole is attached to the midsole such that at least one of the group consisting of the midsole fastener area and the outsole fastener area also comprises a gap which remains unfastened. a midsole comprising a midsole toe edge; at least part of a remove-ably attachable outsole comprising an outsole toe edge (500A;500B;500C), and an outsole toe ridge (510A;510B;510C); the outsole toe ridge (510A;510B;510C) extends vertically to an outsole toe ridge height; and the outsole toe ridge (510A;510B;510C) extends along at least part of the outsole toe edge (500A;500B;500C); wherein the midsole toe edge and the outsole toe ridge (510A;510B;510C) limit movement between the at least part of a remove-ably attachable outsole and the midsole in at least one direction; characterized in that at least part the outsole further comprising an outsole fastener area with a first and a second outsole fastener area gaps (401,402) each comprising a flexible joint and extending laterally across said outsole fastener area; the midsole further comprising a midsole fastener area with a first and a second midsole fastener area gaps (601,602;604) extending laterally across said midsole fastener area and each comprising a groove, in particular a semi-circular groove, extending laterally across said midsole; wherein said semi-circular groove of the first and the second midsole fastener area gaps (601,602:604) and said flexible joint of the first and the second outsole fastener area gaps (401,402;403) are shaped to complement each other when the outsole is attached to the midsole such that at least one of the group consisting of the midsole fastener area and the outsole fastener area also comprises a gap which remains unfastened.
Use of an ionic liquid selected from tetrafluoroborate, triflitimide, perfluoroalkylsulfate, alkylsulfonate, arylsulfonate, perfluoroalkylsulfonate, bis(perfluoroalkyl)sulfonimide, acetate, alkylcarboxylate, isocyanate, isothiocyanate, thiosulfate, halide, borate, phosphate, nitrate, and perchlorate salts of N-alkyl-substituted nitrogen heterocycles, quaternary ammonium and phosphonium, for phlegmatizing peroxidic explosives, and for reducing the mechanical and thermal sensitivity of peroxidic explosives.
Socket contact which is machined from a solid material and which has a hollow-cylindrical connector region for receiving a stripped end region of an electric conductor to be connected, and a hollow-cylindrical contact region having a pin introduction opening for receiving a contact pin; wherein the contact region has a cylinder wall; wherein at least one contact blade is machined from the cylinder wall; the socket contact being characterized in that a fixed end of the contact blade has an appendage on the hollow-cylindrical contact region; wherein an at least partially encircling groove is incorporated on the outside in the cylinder wall in the region of the appendage, and in that the contact blade on this appendage is folded radially inwards and by way of the free end thereof points towards the pin introduction opening. wherein the contact region has a cylinder wall; wherein at least one contact blade is machined from the cylinder wall; the socket contact being characterized in that a fixed end of the contact blade has an appendage on the hollow-cylindrical contact region; wherein an at least partially encircling groove is incorporated on the outside in the cylinder wall in the region of the appendage, and in that the contact blade on this appendage is folded radially inwards and by way of the free end thereof points towards the pin introduction opening.
A method performed by a donor distributed unit, DU, node for allocating internet protocol, IP, addresses within an integrated access and backhaul, IAB, network, the method comprising: receiving a request to allocate an IP address for a wireless node; allocating the IP address for the wireless node; and transmitting the IP address towards the wireless node, wherein receiving the request comprises receiving an F1-Application Protocol, F1-AP, message from a donor central unit, CU, node that implicitly or explicitly requests allocation of the IP address for the wireless node. receiving a request to allocate an IP address for a wireless node; allocating the IP address for the wireless node; and transmitting the IP address towards the wireless node, wherein receiving the request comprises receiving an F1-Application Protocol, F1-AP, message from a donor central unit, CU, node that implicitly or explicitly requests allocation of the IP address for the wireless node.
An in-plane MEMS or NEMS detection device for measuring displacements directed along a direction comprising a seismic mass (2, 102, 202) suspended with respect to a substrate, suspension and articulation means for suspending and articulating the seismic mass (2, 102, 202) with respect to the substrate such that said seismic mass (2, 102, 202) is pivotable about an axis perpendicular to the plane of the substrate, at least one piezoresistive strain gauge (8, 308, 308', 408, 408') suspended between the seismic mass and the substrate, and on the one hand mechanically and electrically directly connected to the seismic mass and on the other hand mechanically and electrically to an embedding pad anchored to the substrate, the suspension and articulation means of the seismic mass (2, 102, 202) comprising one beam or several beams, said one beam or said several beams being connected to the substrate at an area or at areas distinct from that by which the suspended gauge is connected to the substrate, where said piezoresistive gauge (8, 308, 308', 408, 408') having a thickness (E 2) lower than that (E 1) of the seismic mass (2, 102, 202), and wherein the axis of the piezoresistive strain gauge (8, 308, 308', 408, 408') is orthogonal to the plane containing the pivot axis and the centre of gravity of the seismic mass (2, 102, 202) and said plane being orthogonal to the direction of the displacements to be measured.
Device designed to measure the volume flow or mass flow of a medium in a pipe with a measuring tube and two lap-joint flanges (13, 14) through which the medium flows in the direction of the measuring tube axis, wherein, in the flow direction of the medium, the measuring tube has a first end section and a second end section, with a magnetic system, which generates a magnetic field that passes through the measuring tube and is essentially perpendicular to the measuring tube axis, with at least one measuring electrode that is coupled with the medium, said measuring electrode being arranged in an area of the measuring tube that is essentially perpendicular to the magnetic field, and with a control/evaluation unit which uses the measuring voltage ( U i) induced in the at least one measuring electrode to deliver information about the volume flow or mass flow of the medium in the pipe, wherein the measuring tube is designed as one piece and wherein the first end section and the second end section of the measuring tube is flanged and wherein one lap-joint flange is arranged in the first end section and one lap-joint flange is arranged in the second end section, characterized in that the flanged end sections (7, 8) of the measuring tube serve as axial stop surfaces for the lap-joint flanges (13, 14) via which the measuring tube can be fixed in the pipe.
A method for exponentially amplifying circular DNA by repeating replication cycles, comprising a step of: forming a reaction mixture composed of a reaction solution containing (a) a first enzyme group that catalyzes replication of circular DNA; (b) a second enzyme group that catalyzes an Okazaki fragment maturation and synthesizes two sister circular DNAs constituting a catenane; and (c) a third enzyme group that catalyzes a separation of two sister circular DNAs; and circular DNA that constitutes a template, wherein the circular DNA includes a replication origin sequence (origin of chromosome ( oriC)) that can bind to an enzyme having DnaA activity. forming a reaction mixture composed of a reaction solution containing (a) a first enzyme group that catalyzes replication of circular DNA; (b) a second enzyme group that catalyzes an Okazaki fragment maturation and synthesizes two sister circular DNAs constituting a catenane; and (c) a third enzyme group that catalyzes a separation of two sister circular DNAs; and circular DNA that constitutes a template, wherein (a) a first enzyme group that catalyzes replication of circular DNA; (b) a second enzyme group that catalyzes an Okazaki fragment maturation and synthesizes two sister circular DNAs constituting a catenane; and (c) a third enzyme group that catalyzes a separation of two sister circular DNAs; and circular DNA that constitutes a template, wherein the circular DNA includes a replication origin sequence (origin of chromosome ( oriC)) that can bind to an enzyme having DnaA activity.
A closure device for connecting two parts, comprising - a first closure part which has a first surface with an arrangement of first structural elements arranged thereon, and - a second closure part which has a second surface with an arrangement of second structural elements arranged thereon, wherein the first closure part and the second closure part are to be attached to each other in such a way that the first surface of the first closure part faces the second surface of the second closure part so that the first structural elements and the second structural elements engage in each other in such a way that a movement of the closure parts (2, 3) relative to each other is blocked along a loading direction (B1, B2), wherein the first closure part includes a first magnet arrangement with a plurality of magnetic poles (N, S) offset relative to each other along the first surface, and the second closure part includes a second magnet arrangement with a plurality of magnetic poles (N, S) offset to each other along the second surface, characterized in that the first structural elements and/or the second structural elements, in a top view on the respective surface (203, 303), each have a curved shape or a V-shape, wherein on the first surface a plurality of rows (A, B) of V-shaped or curved, first structural elements offset to each other along the loading direction (B1, B2) are arranged, and/or on the second surface a plurality of rows (A, B) of V-shaped or curved, second structural elements offset to each other along the loading direction (B1, B2) are arranged. - a first closure part which has a first surface with an arrangement of first structural elements arranged thereon, and - a second closure part which has a second surface with an arrangement of second structural elements arranged thereon, wherein the first closure part and the second closure part are to be attached to each other in such a way that the first surface of the first closure part faces the second surface of the second closure part so that the first structural elements and the second structural elements engage in each other in such a way that a movement of the closure parts (2, 3) relative to each other is blocked along a loading direction (B1, B2), wherein the first closure part includes a first magnet arrangement with a plurality of magnetic poles (N, S) offset relative to each other along the first surface, and the second closure part includes a second magnet arrangement with a plurality of magnetic poles (N, S) offset to each other along the second surface, characterized in that the first structural elements and/or the second structural elements, in a top view on the respective surface (203, 303), each have a curved shape or a V-shape, wherein on the first surface a plurality of rows (A, B) of V-shaped or curved, first structural elements offset to each other along the loading direction (B1, B2) are arranged, and/or on the second surface a plurality of rows (A, B) of V-shaped or curved, second structural elements offset to each other along the loading direction (B1, B2) are arranged.
Tool for attaching a joining element, having a head and a fillet present in the region of the head, to a component portion, having a die unit, a punch, which is movable linearly towards the die unit on a working axis of the tool from a retracted position on the tool and is retractable again, wherein the working axis coincides with a punch longitudinal axis, a positioning portion for holding a joining element presented in a presentation position such that, during its movement towards the die unit in the direction of the component portion, the punch can carry along the joining element, wherein the positioning portion comprises a bearing contour in order to hold a joining element with a coordinated external shape in the presentation position, in an orientation defined by the shape of the bearing contour, by bearing in a fitting manner against the bearing contour, characterized in that the bearing contour has a portion that extends convexly in the direction of the working axis and is coordinated with the shape of the fillet present on the joining element, and the positioning portion has positioning means that are designed in such a way that the longitudinal axis of the joining element in the presentation position is offset with respect to the working axis in a manner oriented in parallel, and in that the joining element is retracted slightly from the presentation position upon being carried along by the punch counter to the direction of movement when being transported into the presentation position.
Manure cleaner for hygienizing the stable floor and removing manure on a stable floor, comprising a mobile unit, wherein the mobile unit comprises a cleaning frame with sweeping elements, suitable for moving manure, wherein the cleaning frame extends in a first direction, and wherein the sweeping elements are provided on the cleaning frame movably along the first direction; and the manure cleaner is movable in a second direction, wherein the second direction is different from the first direction and preferably substantially perpendicular to it, characterized in that the mobile unit comprises at least one belt, with said belt secured around at least 2 tension rollers on the cleaning frame and configured to rotate around the tension rollers, wherein the tension rollers extend along the second direction, wherein the sweeping elements are provided on the at least one belt.
A drill insert to be mounted within a holder, comprising: a drill insert body having at least a first side and a second side, wherein the second side comprises a first cutting portion formed on a first cutting portion diameter and a second cutting portion formed on a second cutting portion diameter, wherein the cutting edges of the second cutting portion extend from the first cutting portion diameter to the second cutting portion diameter, wherein the first cutting portion comprises at least two cutting edges forming a primary included angle and wherein the cutting edges of the first cutting portion extend from opposite ends of a chisel point to the first cutting portion diameter, and wherein the second cutting portion comprises at least two cutting edges forming a secondary angle, wherein the first cutting portion has a primary included angle which engages the metal material to be cut to facilitate centering of the tool during an initial portion of cutting in a metal workpiece, with the first cutting portion diameter formed at a minor diameter that is smaller than the second cutting portion diameter to cause less deflection of the workpiece when the first cutting portion is engaged with the metal workpiece, and wherein when the first cutting portion breaks through the opposite side of the metal workpiece, a significant portion of the built up drill pressure is released, and the cutting edges of the second cutting portion forming a secondary angle which provide for milling of the metal workpiece after the first cutting portion breaks through the opposite side of the metal workpiece, characterised by the drill insert body having side edges including margins being generally parallel to the rotational axis of the holder once the insert is positioned and secured with the holder, and having a recess formed adjacent the cutting edges and.
A method of capturing perspiration from the human skin, said method comprising the topical application of a patch comprising an absorbent hydrogel layer and a backing sheet adhering to it, the perspiration being absorbed into the hydrogel layer and thereby trapped, wherein the hydrogel layer comprises a hydrophilic polymer which is an addition polymer having pendant hydrophilic groups.
Method for managing energy consumption for an automotive vehicle fitted with an electric battery and with an engine, said method making it possible to select the phases of use of said engine along a given route, so as to minimize the fuel consumption of said vehicle, characterized in that it comprises the following steps: - a step of cutting the road network taken into consideration for a given route into several segments, each segment being delimited by an entry node and an exit node, - a step of computing the probability of a speed transition between a speed at an entry node and a speed at an exit node of a segment, on the basis of a speed associated with the segment, and by considering several speeds at the entry node and several speeds at the exit node, said step being carried out gradually on all the segments of the route, - a step of applying a stochastic optimization algorithm taking into account possible scenarios of transition between each entry node and each exit node along the route, and their associated probability, as well as a model of fuel consumption between two successive nodes, and which is dependent on the speed of said vehicle between said nodes and on the state of charge of the battery, - a step of selecting the phases of use of the engine along the route. - a step of cutting the road network taken into consideration for a given route into several segments, each segment being delimited by an entry node and an exit node, - a step of computing the probability of a speed transition between a speed at an entry node and a speed at an exit node of a segment, on the basis of a speed associated with the segment, and by considering several speeds at the entry node and several speeds at the exit node, said step being carried out gradually on all the segments of the route, - a step of applying a stochastic optimization algorithm taking into account possible scenarios of transition between each entry node and each exit node along the route, and their associated probability, as well as a model of fuel consumption between two successive nodes, and which is dependent on the speed of said vehicle between said nodes and on the state of charge of the battery, - a step of selecting the phases of use of the engine along the route.
Current-measuring device for measuring the current flowing in a high-voltage conductor, said device comprising: - a Faraday sensor comprising an optical waveguide connected to an optical detector, said optical waveguide being mounted around said conductor, said Faraday sensor providing a first digital signal ( S 1) representative of the value of said current ( I LB) and of which the value depends on a variable coefficient (a'), referred to as a Faraday coefficient; - a measuring shunt mounted in series on said conductor and providing a second digital signal ( S 2) representative of the value of said current and as a function of a ratio ( R f) of said shunt; characterised in that said device further comprises: - calculation means receiving as input the two digital signals and adapted to extract a first DC component ( S 1) from said first digital signal and a second DC component ( S 2) from said second digital signal and to calculate the value of said variable coefficient on the basis of said first and of said second DC components and of said ratio, said calculation means being adapted to obtain said current on the basis of the value thus calculated from said Faraday coefficient and from said first digital signal. - a Faraday sensor comprising an optical waveguide connected to an optical detector, said optical waveguide being mounted around said conductor, said Faraday sensor providing a first digital signal ( S 1) representative of the value of said current ( I LB) and of which the value depends on a variable coefficient (a'), referred to as a Faraday coefficient; - a measuring shunt mounted in series on said conductor and providing a second digital signal ( S 2) representative of the value of said current and as a function of a ratio ( R f) of said shunt; - calculation means receiving as input the two digital signals and adapted to extract a first DC component ( S 1) from said first digital signal and a second DC component ( S 2) from said second digital signal and to calculate the value of said variable coefficient on the basis of said first and of said second DC components and of said ratio, said calculation means being adapted to obtain said current on the basis of the value thus calculated from said Faraday coefficient and from said first digital signal.
A method of object detection comprising: receiving a fluoroscopic video including a plurality of fluoroscopic images captured by a fluoroscope rotated about a patient; generating a three-dimensional volumetric reconstruction from the fluoroscopic images; deleting values in the 3D volumetric reconstruction beyond a region of interest about an object; generating 2D images from a remaining 3D volumetric reconstruction following the deleting of values; detecting the object in the 2D images to determine an initial position of the object; and refining the detected initial position of the object. receiving a fluoroscopic video including a plurality of fluoroscopic images captured by a fluoroscope rotated about a patient; generating a three-dimensional volumetric reconstruction from the fluoroscopic images; deleting values in the 3D volumetric reconstruction beyond a region of interest about an object; generating 2D images from a remaining 3D volumetric reconstruction following the deleting of values; detecting the object in the 2D images to determine an initial position of the object; and refining the detected initial position of the object.