mhurhangee/ep-ind-claims huggingface dataset:
Orthopaedic re-education sole comprising an arch of the foot (10, 20) including an elastically deformable, convex shell (11, 21) characterised by the fact the arch of the foot is mounted on the sole at the level of the sole of a patient to be treated in such a way that it can be removed. The shell has an upper layer (111, 211) and the upper layer includes a repositionable attachment coating.
Optical apparatus, comprising: a diffractive optical element, comprising: multiple optical surfaces, including at least an entrance surface and an exit surface; a side surface, wherein the side surface is not parallel to the optical surfaces of the DOE and comprises one segment or multiple segments (34, 36), which together make up the side surface; and a grating, which is formed on at least one of the optical surfaces so as to receive and diffract first radiation from a primary radiation source that enters the DOE through the entrance surface, is diffracted by the grating, and exits the DOE via the exit surface; at least one secondary radiation source, which is configured to direct second radiation to impinge on a first location on the side surface, causing at least part of the second radiation to propagate within the DOE while diffracting internally from the grating and to exit through at least one second location on the side surface; and at least one radiation detector, which is positioned in proximity to the at least one second location so as to receive and sense an intensity of the second radiation that has exited through the side surface. a diffractive optical element, comprising: multiple optical surfaces, including at least an entrance surface and an exit surface; a side surface, wherein the side surface is not parallel to the optical surfaces of the DOE and comprises one segment or multiple segments (34, 36), which together make up the side surface; and a grating, which is formed on at least one of the optical surfaces so as to receive and diffract first radiation from a primary radiation source that enters the DOE through the entrance surface, is diffracted by the grating, and exits the DOE via the exit surface; multiple optical surfaces, including at least an entrance surface and an exit surface; a side surface, wherein the side surface is not parallel to the optical surfaces of the DOE and comprises one segment or multiple segments (34, 36), which together make up the side surface; and a grating, which is formed on at least one of the optical surfaces so as to receive and diffract first radiation from a primary radiation source that enters the DOE through the entrance surface, is diffracted by the grating, and exits the DOE via the exit surface; at least one secondary radiation source, which is configured to direct second radiation to impinge on a first location on the side surface, causing at least part of the second radiation to propagate within the DOE while diffracting internally from the grating and to exit through at least one second location on the side surface; and at least one radiation detector, which is positioned in proximity to the at least one second location so as to receive and sense an intensity of the second radiation that has exited through the side surface.
A method implemented by a terminal, the method comprising: generating signaling for transmission via a reverse link communication channel; and mapping the signaling to resources for a reverse link signaling channel that blanks out traffic channels such that data is not sent on the traffic channels when it collides with the reverse link signaling channel, wherein the blanked out traffic channels comprise traffic channels assigned to the terminal and other terminals. generating signaling for transmission via a reverse link communication channel; and mapping the signaling to resources for a reverse link signaling channel that blanks out traffic channels such that data is not sent on the traffic channels when it collides with the reverse link signaling channel, wherein the blanked out traffic channels comprise traffic channels assigned to the terminal and other terminals.
A medical apparatus to be used with an endoscope, the endoscope having a deflection control lever for deflection of its distal end, comprising: an endoscopic tool comprising first and second members (50, 54, 56) longitudinally slideable relative to each other; and a control connected to a proximal end of the endoscopic tool, where the control comprises a housing and an actuation mechanism, where the actuation mechanism is connected to the housing, where the actuation mechanism has the first member and the second member connected thereto, and where the housing comprises a connector characterized in that the connector is suitable for removeably connecting the housing to the deflection control lever, wherein the actuation mechanism is a joystick control which is capable of movement in a first direction and capable of movement in a second direction, wherein movement in the first direction provides actuation of the first member wherein movement in the second direction provides actuation of the second member (50; 54), and wherein connection of the control to the deflection control lever of the endoscope allows actuation of the deflection control lever and control of the endoscopic tool using a single finger. an endoscopic tool comprising first and second members (50, 54, 56) longitudinally slideable relative to each other; and a control connected to a proximal end of the endoscopic tool, where the control comprises a housing and an actuation mechanism, where the actuation mechanism is connected to the housing, where the actuation mechanism has the first member and the second member connected thereto, and where the housing comprises a connector characterized in that the connector is suitable for removeably connecting the housing to the deflection control lever, wherein the actuation mechanism is a joystick control which is capable of movement in a first direction and capable of movement in a second direction, wherein movement in the first direction provides actuation of the first member wherein movement in the second direction provides actuation of the second member (50; 54), and wherein connection of the control to the deflection control lever of the endoscope allows actuation of the deflection control lever and control of the endoscopic tool using a single finger.
Method of mounting a trailer coupling, including the steps of: providing a tractor vehicle having a chassis with a pair of rearwardly extending opposite left and right frame side members (9, 11; 109, 111; 209, 211); providing left and right bearing blocks (5, 7; 105, 107; 205, 207), each having a support surface and a pivot bearing; fixing each of the left and right bearing blocks to the chassis of the tractor vehicle; providing a coupling saddle plate (3; 103; 203) and pivotally mounting the coupling saddle plate from the opposite pivot bearings of the left and right bearing blocks; and providing a diagonal cross brace (35; 135; 235) between at least one of the left and right bearing blocks and a respective one of the transversely opposite right or left frame side members, characterized by further including providing the diagonal cross brace (35; 135; 235) with a first diagonal leg (39; 139), extending laterally inwardly and diagonally downward from the left bearing block (5; 105; 205) and with a second diagonal leg (41; 141), extending laterally inwardly and diagonally downward from the right bearing block (7; 107; 207). providing a tractor vehicle having a chassis with a pair of rearwardly extending opposite left and right frame side members (9, 11; 109, 111; 209, 211); providing left and right bearing blocks (5, 7; 105, 107; 205, 207), each having a support surface and a pivot bearing; fixing each of the left and right bearing blocks to the chassis of the tractor vehicle; providing a coupling saddle plate (3; 103; 203) and pivotally mounting the coupling saddle plate from the opposite pivot bearings of the left and right bearing blocks; and providing a diagonal cross brace (35; 135; 235) between at least one of the left and right bearing blocks and a respective one of the transversely opposite right or left frame side members, characterized by further including providing the diagonal cross brace (35; 135; 235) with a first diagonal leg (39; 139), extending laterally inwardly and diagonally downward from the left bearing block (5; 105; 205) and with a second diagonal leg (41; 141), extending laterally inwardly and diagonally downward from the right bearing block (7; 107; 207).
An inflatable umbrella with an inflatable envelope (105; 505) made of a flexible material, which in an inflated state, forms at least the following elements: - a central holding element (110; 510); - at least three umbrella strut elements (115, 120, 125, 130; 515, 520, 525, 530, 535, 540) extending away from the central holding element; and - at least one umbrella surface element (135, 140, 145, 150; 545, 550, 555, 560, 565, 570) stretched open by the umbrella strut elements (115, 120, 125, 130; 515, 520, 525, 530, 535, 540), - wherein the central holding element (110; 510) and an umbrella strut element (115, 120, 125, 130; 515, 520, 525, 530, 535, 540) respectively functions as a pressure element and a counterpart pressure element, form a contact surface (425, 430, 435, 440; 635, 640, 645, 650, 655, 660), and are supported against each other at their respective contact surface at an end of the central holding element (110; 510) oriented toward the umbrella strut elements. - a central holding element (110; 510); - at least three umbrella strut elements (115, 120, 125, 130; 515, 520, 525, 530, 535, 540) extending away from the central holding element; and - at least one umbrella surface element (135, 140, 145, 150; 545, 550, 555, 560, 565, 570) stretched open by the umbrella strut elements (115, 120, 125, 130; 515, 520, 525, 530, 535, 540), - wherein the central holding element (110; 510) and an umbrella strut element (115, 120, 125, 130; 515, 520, 525, 530, 535, 540) respectively functions as a pressure element and a counterpart pressure element, form a contact surface (425, 430, 435, 440; 635, 640, 645, 650, 655, 660), and are supported against each other at their respective contact surface at an end of the central holding element (110; 510) oriented toward the umbrella strut elements.
A bottle with a cap, the bottle being adapted to have positive inner pressure wherein the bottle includes a male screw part formed at an outer circumferential surface of a bottle mouth, wherein the male screw part includes a plurality of projections radially protruding from the outer circumferential surface of the bottle mouth and running intermittently in spiral, wherein at least one gap configured to act as a gas vent is defined in adjacent projections, wherein the cap comprises a female screw part engageable with the male screw part, wherein the female screw part includes a circumferential projection protruding from an inner circumferential surface of a cap side wall and continuously extending in spiral through at least 360 degrees, wherein the circumferential projection is radially cut away in part to form at least one cutaway portion, characterized in that at least one, respectively each, cutaway portion is positioned to correspond to the at least one, respectively each, gap of the male screw part. wherein the bottle includes a male screw part formed at an outer circumferential surface of a bottle mouth, wherein the male screw part includes a plurality of projections radially protruding from the outer circumferential surface of the bottle mouth and running intermittently in spiral, wherein at least one gap configured to act as a gas vent is defined in adjacent projections, wherein the cap comprises a female screw part engageable with the male screw part, wherein the female screw part includes a circumferential projection protruding from an inner circumferential surface of a cap side wall and continuously extending in spiral through at least 360 degrees, wherein the circumferential projection is radially cut away in part to form at least one cutaway portion, characterized in that at least one, respectively each, cutaway portion is positioned to correspond to the at least one, respectively each, gap of the male screw part.
A device for positioning a coronary stent within coronary arteries, comprising a housing having a cylindrical front part and an internally-threaded cylindrical rear part connected to each other by a slot allowing the cylindrical rear part to rotate around its axis, wherein a truncated front part of the housing is provided with recesses for fixing a coronary guide by the operator's arm, a runner provided with projections for engaging an internal thread of the cylindrical rear part of the housing and a metal collet accommodated in the runner with hooks and disposed in a threaded runner cap disposed inside a retainer with ears projecting into side holes, characterized in that projections are provided for moving along guides inside the front part on the one side of the runner, the collet is disposed in a threaded cap for screwing on the runner on the other side, and the ears project into retainer cutouts on both sides of the housing, the slots within the retainer receiving projections on the threaded runner cap.
Method for producing a web-like composite material (30, 30') having a structured surface, comprising the steps of providing a web-like carrier material made of paper and/or plastic, applying a UV-curable lacquer layer of acrylated oligomer onto the carrier material, producing a three-dimensional surface structure (13, 13') in the lacquer layer applied to the carrier material and at least partial curing of the lacquer layer by irradiation with high-energy radiation, preferably UV light, characterized in that before the UV-curable lacquer layer is applied, at least one adhesion promoter layer containing acrylated oligomer, a reactive diluent and a photoinitiator reacting to high-energy radiation, preferably UV radiation, is applied onto the carrier material, and in that the lacquer layer having the three-dimensional surface structure (13, 13') is cured to such an extent that the composite material (30, 30') in the finished state has an average Martens hardness according to DIN EN ISO 14577-1 in the range from 10 to 80 N/mm 2, preferably in the range from 30 to 80 N/mm 2, the indenter used as a test body for measuring the Martens hardness being pressed into the structured surface of the lacquer layer. providing a web-like carrier material made of paper and/or plastic, applying a UV-curable lacquer layer of acrylated oligomer onto the carrier material, producing a three-dimensional surface structure (13, 13') in the lacquer layer applied to the carrier material and at least partial curing of the lacquer layer by irradiation with high-energy radiation, preferably UV light, characterized in that before the UV-curable lacquer layer is applied, at least one adhesion promoter layer containing acrylated oligomer, a reactive diluent and a photoinitiator reacting to high-energy radiation, preferably UV radiation, is applied onto the carrier material, and in that the lacquer layer having the three-dimensional surface structure (13, 13') is cured to such an extent that the composite material (30, 30') in the finished state has an average Martens hardness according to DIN EN ISO 14577-1 in the range from 10 to 80 N/mm 2, preferably in the range from 30 to 80 N/mm 2, the indenter used as a test body for measuring the Martens hardness being pressed into the structured surface of the lacquer layer.
The Compound I or a pharmaceutically acceptable salt thereof for use in the treatment of soft tissue sarcomas; wherein the soft tissue sarcomas are selected from malignant fibrous histiocytoma, fibrosarcoma, liposarcoma, leiomyosaroma of soft tissue, rhabdomyosarcoma, synovial sarcoma, dermatofibrosarcoma protuberans, malignant peripheral nerve sheath tumor, alveolar softpart sarcoma, clear cell sarcoma, hemangiosarcoma, malignant mesenchymoma, epithelioid sarcoma and undifferentiated sarcoma.
A method for wireless communications, wherein the method is performed by a user equipment, UE, and comprises: receiving, from a network entity, signaling of a first list of network slices indicated as available in a first cell, and a second list of network slices indicated as unavailable in the first cell; and performing at least one of cell reselection or cell selection taking into account the network slices listed in the first list and the second list, wherein taking into account the network slices listed in the first list and the second list comprises prioritizing cells that indicate availability of a network slice the UE is interested in over cells that indicate unavailability of the network slice the UE is interested in or cells that do not indicate availability of the network slice the UE is interested in. receiving, from a network entity, signaling of a first list of network slices indicated as available in a first cell, and a second list of network slices indicated as unavailable in the first cell; and performing at least one of cell reselection or cell selection taking into account the network slices listed in the first list and the second list, wherein taking into account the network slices listed in the first list and the second list comprises prioritizing cells that indicate availability of a network slice the UE is interested in over cells that indicate unavailability of the network slice the UE is interested in or cells that do not indicate availability of the network slice the UE is interested in.
Oxidized cellulose for use in the treatment and/or prophylaxis of at least one disease or disorder associated with or mediated by at least one allergen.
A method for heat strengthening or tempering glass sheets, in which one or more glass sheets (hereinafter glass load) are heated in a furnace to a tempering temperature and the glass load is transferred at a transfer speed away from the furnace into a quenching unit, in which the actual quenching is conducted by blasting cooling air onto both surfaces of the glass sheets, and in which by an initial blasting unit, located between the furnace and the quenching unit, is blasted compressed air as an initial blasting onto the leading and trailing edges of the glass sheet, characterized in that the initial blasting is directed onto the surface of that side of the glass sheet, to the direction of which normal it is desired to straighten the end in order to decrease end-edge kink, and that the initial blasting distance from the leading edge of the glass sheet towards the trailing edge of the glass sheet, (S Fi = Wt F1), and from the trailing edge of the glass sheet towards the leading edge of the glass sheet, (S Ri = Wt R1), is 10 - 250 mm.
Isocyanate-free polyurethane compositions comprising polymers carrying cyclic carbonate groups, which do not comprise or are not based on isocyanates, obtained by reaction of polymers carrying carboxyl groups, selected from the group comprising polyesters based on di- or polyols and di- or polycarboxylic acids or derivatives thereof or poly(meth)acrylates, with hydroxyl-functionalized five-membered cyclic carbonates, and a curing agent having at least one amino group and at least one further functional group, with the proviso that the further functional group is not an isocyanate group.
A diagnostic method for an evaporative emission control system for a vehicle having a forced induction engine, the evaporative emission control system comprising a fuel tank pressure sensor, a purge flow control valve, a canister in communication with a fuel tank and a vacuum bypass valve in communication with the purge flow control valve, the canister and selectively with the atmosphere via an air filter, said method comprising: (a) closing the purge flow control valve, opening the vacuum bypass valve, and initiating a timer; (b) determining whether the pressure sensed by the fuel tank pressure sensor is stabilized; and (c) if the pressure sensed by the fuel tank pressure sensor is stabilized: (d) closing the vacuum bypass valve and recording an initial reading from the fuel tank pressure sensor, (e) opening the purge flow control valve a predetermined amount, (f) determining whether the timer has expired; (g) if the timer has not expired, determining whether the pressure sensed by the fuel tank pressure sensor is greater than or equal to the initial reading from the fuel tank pressure sensor, and (h) if the pressure sensed by the fuel tank pressure sensor is greater than or equal to the initial reading from the fuel tank pressure sensor, closing the purge flow control valve and completing the diagnostic test method. (a) closing the purge flow control valve, opening the vacuum bypass valve, and initiating a timer; (b) determining whether the pressure sensed by the fuel tank pressure sensor is stabilized; and (c) if the pressure sensed by the fuel tank pressure sensor is stabilized: (d) closing the vacuum bypass valve and recording an initial reading from the fuel tank pressure sensor, (e) opening the purge flow control valve a predetermined amount, (f) determining whether the timer has expired; (g) if the timer has not expired, determining whether the pressure sensed by the fuel tank pressure sensor is greater than or equal to the initial reading from the fuel tank pressure sensor, and (h) if the pressure sensed by the fuel tank pressure sensor is greater than or equal to the initial reading from the fuel tank pressure sensor, closing the purge flow control valve and completing the diagnostic test method.
A computer implemented method for determining a geometry of an investigated area of a reservoir, wherein a volume of the investigated area is known, the method comprising: - receiving a geological model of the soil in which said area is located, the geological model comprising a plurality of adjacent cells each having respective spatial coordinates and respective permeability values, and two wells being simulated in said geological model, - determining a preferred flowing path between the two wells, the preferred flowing path being formed by a series of adjacent cells of the model, and determined based on the respective permeability values of the cells, - evaluating a volume (V p) of the preferred flowing path and, - if the volume (V p) of the preferred flowing path is lower than the volume of the investigated area, updating the preferred flowing path until its volume (V p) is superior or equal to the volume of the investigated area. - receiving a geological model of the soil in which said area is located, the geological model comprising a plurality of adjacent cells each having respective spatial coordinates and respective permeability values, and two wells being simulated in said geological model, - determining a preferred flowing path between the two wells, the preferred flowing path being formed by a series of adjacent cells of the model, and determined based on the respective permeability values of the cells, - evaluating a volume (V p) of the preferred flowing path and, - if the volume (V p) of the preferred flowing path is lower than the volume of the investigated area, updating the preferred flowing path until its volume (V p) is superior or equal to the volume of the investigated area.
Use of a composition, which comprises a particulate mixture of: (i) 25 to 80 % calcined clay; (ii) 5 to 70 % fluxing component; and (iii) 5 to 70 % filler component for 3D printing. (i) 25 to 80 % calcined clay; (ii) 5 to 70 % fluxing component; and (iii) 5 to 70 % filler component