mhurhangee/ep-ind-claims huggingface dataset:
A retractor system, comprising: - a frame rail having a cross section defining first and second widened sections, (152, 152A) each of said first and second widened sections having opposing surfaces, said first and second widened sections separated relative to each other by a narrowed portion; - a supporting frame arm; - a frame arm clamp connectable to said frame arm, and having opposed clamping surfaces (142A, 142B) each shaped to conformingly engage said opposing surfaces of said first widened section said frame arm clamp further including a connector connecting said opposed clamping surfaces and configured to move said clamping surfaces into conforming contact with said opposing surfaces; and - at least one device clamp having opposed clamping surfaces (304A, 304B) each shaped to conformingly engage said opposing surfaces of said second widened section, said device clamp further including a connector connecting said opposed clamping surfaces and configured to move said clamping surfaces into conforming contact with said opposing surfaces, said at least one device clamp slideable along said second widened section when said at least one device clamp is conformingly engaged with said second widened section and movable past said frame arm clamp when said frame arm clamp is conformingly engaged with said first widened section. - a frame rail having a cross section defining first and second widened sections, (152, 152A) each of said first and second widened sections having opposing surfaces, said first and second widened sections separated relative to each other by a narrowed portion; - a supporting frame arm; - a frame arm clamp connectable to said frame arm, and having opposed clamping surfaces (142A, 142B) each shaped to conformingly engage said opposing surfaces of said first widened section said frame arm clamp further including a connector connecting said opposed clamping surfaces and configured to move said clamping surfaces into conforming contact with said opposing surfaces; and - at least one device clamp having opposed clamping surfaces (304A, 304B) each shaped to conformingly engage said opposing surfaces of said second widened section, said device clamp further including a connector connecting said opposed clamping surfaces and configured to move said clamping surfaces into conforming contact with said opposing surfaces, said at least one device clamp slideable along said second widened section when said at least one device clamp is conformingly engaged with said second widened section and movable past said frame arm clamp when said frame arm clamp is conformingly engaged with said first widened section.
Method of authorizing a user for accessing a server, involving the step of providing a mobile electronic device, the MED having a memory unit and a sensor (14,22) for receiving biometric data, and the step of providing an Identity Document Server IDS comprising for a set of holders of an identity document, authentication data and personalization data corresponding to the respective identity document, the method comprising the step of: Storing a subscriber number of the MED on the IDS, the method further comprising the steps of: a. Loading a biometric template application and an ID data capture application on the MED, b. Capturing biometric data (20, 21) of the user using the sensor (14, 22) on the MED and providing the biometric data to the IDS, c. Forming from the biometric data (20,21') a biometric template (23,24) on the IDS and storing the biometric template (23,24) in the memory unit of the MED thus providing a registered activated identity MED and d. Via the IDS allowing access to the server by the user providing to the IDS, via the registered activated MED, matching biometric data (20', 21') and the biometric template (23, 24). a. Loading a biometric template application and an ID data capture application on the MED, b. Capturing biometric data (20, 21) of the user using the sensor (14, 22) on the MED and providing the biometric data to the IDS, c. Forming from the biometric data (20,21') a biometric template (23,24) on the IDS and storing the biometric template (23,24) in the memory unit of the MED thus providing a registered activated identity MED and d. Via the IDS allowing access to the server by the user providing to the IDS, via the registered activated MED, matching biometric data (20', 21') and the biometric template (23, 24).
A vehicle dispatch system for dispatching a plurality of autonomous driving vehicles to a predetermined point of dispatch in response to a single vehicle dispatch request from a user, the vehicle dispatch system comprising: a dispatched candidate vehicle selection unit configured to select a plurality of dispatched candidate vehicles for the point of dispatch from the autonomous driving vehicles based on the point of dispatch and the positions of the autonomous driving vehicles; a route search unit configured to search routes to the point of dispatch for the dispatched candidate vehicles based on the point of dispatch, the positions of dispatched candidate vehicles and map information; a vehicle dispatch control unit configured to dispatch at least two or more of the dispatched candidate vehicles to the point of dispatch, when the dispatched candidate vehicles are selected; the vehicle dispatch system being characterized by further comprising: a remote assistance request number calculation unit for calculating a number of remote assistance requests, which is the number of remote assistance requests that each dispatched candidate vehicle requests a remote operator for remote assistance, based on the route and a remote assistance request condition set in advance; wherein the dispatched candidate vehicles are remote assistance vehicles for performing autonomous driving by receiving remote assistance from the remote operator, and the vehicle dispatch control unit is configured to narrow down the dispatched candidate vehicles so that a total number of the remote assistance requests is equal to or less than a total request threshold. a dispatched candidate vehicle selection unit configured to select a plurality of dispatched candidate vehicles for the point of dispatch from the autonomous driving vehicles based on the point of dispatch and the positions of the autonomous driving vehicles; a route search unit configured to search routes to the point of dispatch for the dispatched candidate vehicles based on the point of dispatch, the positions of dispatched candidate vehicles and map information; a vehicle dispatch control unit configured to dispatch at least two or more of the dispatched candidate vehicles to the point of dispatch, when the dispatched candidate vehicles are selected; a remote assistance request number calculation unit for calculating a number of remote assistance requests, which is the number of remote assistance requests that each dispatched candidate vehicle requests a remote operator for remote assistance, based on the route and a remote assistance request condition set in advance; wherein the dispatched candidate vehicles are remote assistance vehicles for performing autonomous driving by receiving remote assistance from the remote operator, and the vehicle dispatch control unit is configured to narrow down the dispatched candidate vehicles so that a total number of the remote assistance requests is equal to or less than a total request threshold.
An electrophysiology catheter (18; 56; 58; 72; 86), comprising an elongate, deformable shaft comprising a proximal end and a distal end, and a basket electrode assembly (30; 60; 74; 78) coupled to said distal end of said shaft, said basket electrode assembly (30; 60; 74; 88) comprising a proximal end and a distal end and configured to assume a compressed state and an expanded state and including a plurality of first splines (36; 62, 64; 76), each comprising a plurality of electrodes disposed thereon, wherein each of said first splines (36; 62, 64; 76) is configured to assume a non-planar shape in said expanded state, wherein said first splines (36;62,64;76) are tubular and include a plurality of conductors, each of said plurality of conductors extending through said first splines (36; 62, 64; 76) from a corresponding one of said plurality of electrodes to said proximal end of said basket electrode assembly (30; 60; 74; 88), characterized in that said non-planar shape comprises a twisted shape, said twisted shape comprises a helical shape.
A composition comprising a) one or more prepolymers having on average three or more aliphatic isocyanate groups and further containing alkoxysilane groups; b) one or more aromatic polyisocyanates; c) one or more compounds having at least one heterocyclic ring which hydrolyzes when exposed to moisture to form at least one isocyanate reactive group; d) one or more solvents; e) one or more amine or organometallic polyurethane catalysts; wherein the ratio of aromatic isocyanate groups to aliphatic isocyanate groups is from 0.5:1.0 to 1.5:1.0 and the equivalent ratio of isocyanate groups to isocyanate reactive groups derivable from the one or more compounds having at least one hydrolyzable heterocylic ring is from 0.8:1.0 to 5.3:1.0. a) one or more prepolymers having on average three or more aliphatic isocyanate groups and further containing alkoxysilane groups; b) one or more aromatic polyisocyanates; c) one or more compounds having at least one heterocyclic ring which hydrolyzes when exposed to moisture to form at least one isocyanate reactive group; d) one or more solvents; e) one or more amine or organometallic polyurethane catalysts;
Method for producing sub-assemblies linked by electrical connections, comprising a plurality of work steps that are carried out in a common working area, wherein the work steps are optically visualised in the working area, characterised in that the visualisation consists of illuminating a to-be-accommodated cable of one of the connections, wherein a cutting length is indicated adjacent to the cable in the working area and/or wherein a cutting point on the cable is illuminated, wherein the working area is used for the assembly of a rail vehicle, wherein, for optical visualisation, a routing path for the connections is illuminated by a light source, wherein the connection is then assembled in the routing path.
A piston engine comprising a plurality of cylinders and a fuel valve that is arranged to introduce gaseous fuel into an intake duct of the engine, characterized in that a fuel valve is provided for each cylinder of the engine and the fuel valve comprises - a first cylindrical part, and - a second cylindrical part, which is arranged coaxially inside the first cylindrical part, the cylindrical parts (2, 4) being rotatable relative to each other between - a first position, in which position fuel flow through the fuel valve into an intake duct of the engine is allowed, and - a second position, in which position fuel flow through the fuel valve into the intake duct is prevented. - a first cylindrical part, and - a second cylindrical part, which is arranged coaxially inside the first cylindrical part, - a first position, in which position fuel flow through the fuel valve into an intake duct of the engine is allowed, and - a second position, in which position fuel flow through the fuel valve into the intake duct is prevented.
An ultrasonic transducer comprising: a housing having a proximal end, a distal end and an internal volume, the housing configured to couple to a spoolpiece of an ultrasonic meter and housing an ultrasonic transducer element; and a plastic acoustic impedance matching layer that has an external surface and an internal surface, wherein the plastic acoustic impedance matching layer seals to and occludes the distal end of the housing; wherein the ultrasonic transducer element abuts the internal surface of the plastic acoustic impedance matching layer; characterised in that the plastic acoustic impedance matching layer is molded around the circumference of the housing. a housing having a proximal end, a distal end and an internal volume, the housing configured to couple to a spoolpiece of an ultrasonic meter and housing an ultrasonic transducer element; and a plastic acoustic impedance matching layer that has an external surface and an internal surface, wherein the plastic acoustic impedance matching layer seals to and occludes the distal end of the housing;
A workpiece conveying system configured to convey a sheet-like workpiece to a downstream step, comprising: a workpiece conveyor configured to lift through attraction holding, by a workpiece holding unit, an uppermost workpiece of a stack stacking a plurality of workpieces, and to convey the uppermost workpiece of the stack to the downstream step one by one; and a conveyed workpiece number detector configured to detect a number of workpieces held by the workpiece holding unit at a detection timing, at which the workpiece held and raised by the workpiece holding unit in accordance with a normal workpiece conveying operation performed by the workpiece conveyor reaches an upper limit position of raising the workpiece, and at which a moving speed component of the workpiece in a raising direction is 0, and/or a conveyed workpiece posture detector configured to detect a posture of the workpiece(s) held by the workpiece holding unit at said detection timing, characterized in that the workpiece conveying system further comprises a magnetic or vacuum suction workpiece stopper configured to be brought into abutment against a top surface of the workpiece(s) held and raised by the workpiece holding unit at the upper limit position of raising the workpiece(s). a workpiece conveyor configured to lift through attraction holding, by a workpiece holding unit, an uppermost workpiece of a stack stacking a plurality of workpieces, and to convey the uppermost workpiece of the stack to the downstream step one by one; and a conveyed workpiece number detector configured to detect a number of workpieces held by the workpiece holding unit at a detection timing, at which the workpiece held and raised by the workpiece holding unit in accordance with a normal workpiece conveying operation performed by the workpiece conveyor reaches an upper limit position of raising the workpiece, and at which a moving speed component of the workpiece in a raising direction is 0, and/or a conveyed workpiece posture detector configured to detect a posture of the workpiece(s) held by the workpiece holding unit at said detection timing, characterized in that the workpiece conveying system further comprises a magnetic or vacuum suction workpiece stopper configured to be brought into abutment against a top surface of the workpiece(s) held and raised by the workpiece holding unit at the upper limit position of raising the workpiece(s).
A flame retardant composition based on ammonium polyphosphate, characterised in that the composition comprises: - as a corrosion inhibitor: a mixture comprising (a) urea, at a percentage between 3 and 10% by weight of the total weight of the composition and in aqueous solution form; (b) sodium polyphosphates with a chain length between 2 and 6; (c) Zn derivatives excluding phosphates, and, (d) triazole derivatives; - as an inorganic thickener: micronised modified sepiolite at a percentage between 1.5 and 2.5% by weight of the total weight of the composition; - as an organic thickener: granulated xanthan gum at a percentage between 0.4 and 0.8% by weight of the total weight of the composition; - as inorganic pigment dyes: derivatives from the family of iron oxides at a percentage between 0.5 and 1.5% by weight of the total weight of the composition, and; - as fugitive dyes: derivatives from the family of cochineal red dyes at a percentage between 0.2 and 0.6% by weight of the total weight of the composition. - as a corrosion inhibitor: a mixture comprising (a) urea, at a percentage between 3 and 10% by weight of the total weight of the composition and in aqueous solution form; (b) sodium polyphosphates with a chain length between 2 and 6; (c) Zn derivatives excluding phosphates, and, (d) triazole derivatives; - as an inorganic thickener: micronised modified sepiolite at a percentage between 1.5 and 2.5% by weight of the total weight of the composition; - as an organic thickener: granulated xanthan gum at a percentage between 0.4 and 0.8% by weight of the total weight of the composition; - as inorganic pigment dyes: derivatives from the family of iron oxides at a percentage between 0.5 and 1.5% by weight of the total weight of the composition, and; - as fugitive dyes: derivatives from the family of cochineal red dyes at a percentage between 0.2 and 0.6% by weight of the total weight of the composition.
A tape for label writer, wherein: (i) the tape for label writer has a layer structure comprising at least a process layer for conducting printing on a substrate layer, the substrate layer, an ink layer having various kinds of hues in order to enable the clear identification of print on the substrate layer, a barrier layer, and an adhesive layer in this order; (ii) the substrate layer is a synthetic resin film; and (iii) the ink layer comprises one adhesive resin being an acryl-based resin, and a pigment, characterized in that the acryl-based resin is an acrylic elastomer, wherein the barrier layer comprises a polyester film. (i) the tape for label writer has a layer structure comprising at least a process layer for conducting printing on a substrate layer, the substrate layer, an ink layer having various kinds of hues in order to enable the clear identification of print on the substrate layer, a barrier layer, and an adhesive layer in this order; (ii) the substrate layer is a synthetic resin film; and (iii) the ink layer comprises one adhesive resin being an acryl-based resin, and a pigment,
A device for converting heat into dynamic energy, comprising: - a frame; - a carrier coupled rotatably to the frame, about an axis; - at least two ferromagnetic elements (2, 12), which are associated with the carrier and have magnetic properties and which move in a circumferential path during the rotation of said carrier; - a magnet which is oriented to the path; and - a heat source (6, 13) which is disposed close to the path at a distance from the magnet to selectively heat said elements (2, 12) in a location close to, but at a distance, relative to the magnet along the path of the elements (2, 12), wherein: - the elements extend from the carrier, and - the magnet and the heat source (6, 13) are located close to the elongate ferromagnetic elements (2, 12) at a distance from the carrier, the elements (2, 12) are elongate to extend in the longitudinal direction thereof substantially transversely of the acting direction of the heat source (6, 13) in a direction away from the carrier, and the magnetic field orientation of the magnet is chosen such that it lies parallel to the circumferential path in which the the elongate ferromagnetic elements (2, 12) move during the rotation of said carrier. - a frame; - a carrier coupled rotatably to the frame, about an axis; - at least two ferromagnetic elements (2, 12), which are associated with the carrier and have magnetic properties and which move in a circumferential path during the rotation of said carrier; - a magnet which is oriented to the path; and - a heat source (6, 13) which is disposed close to the path at a distance from the magnet to selectively heat said elements (2, 12) in a location close to, but at a distance, relative to the magnet along the path of the elements (2, 12), - the elements extend from the carrier, and - the magnet and the heat source (6, 13) are located close to the elongate ferromagnetic elements (2, 12) at a distance from the carrier,
Cosmetic device comprising: - a support and - a composition, carried by the support, for dyeing or bleaching the hair, said composition having a formulation that varies depending on the position on the support, so as to allow shaded dyeing or bleaching to be produced on the hair by transfer, characterized in that a dyeing or bleaching property of the composition varies continuously depending on the position on the support and/or the oxidizing or reducing power of the composition varies continuously depending on the position on the support. - a support and - a composition, carried by the support, for dyeing or bleaching the hair, said composition having a formulation that varies depending on the position on the support, so as to allow shaded dyeing or bleaching to be produced on the hair by transfer, characterized in that a dyeing or bleaching property of the composition varies continuously depending on the position on the support and/or the oxidizing or reducing power of the composition varies continuously depending on the position on the support.
A cell comprising: a support body having a pillar shape; a first electrode layer located on the support body; a solid electrolyte layer located on the first electrode layer; and a second electrode layer located on the solid electrolyte layer, wherein a gas-flow passage passing through the support body in a longitudinal direction thereof is provided in an interior of the support body; and diameters of the gas-flow passage at both end portions of the gas-flow passage in the longitudinal direction are greater than a diameter of the gas-flow passage at a central portion. a support body having a pillar shape; a first electrode layer located on the support body; a solid electrolyte layer located on the first electrode layer; and a second electrode layer located on the solid electrolyte layer, wherein a gas-flow passage passing through the support body in a longitudinal direction thereof is provided in an interior of the support body; and diameters of the gas-flow passage at both end portions of the gas-flow passage in the longitudinal direction are greater than a diameter of the gas-flow passage at a central portion.
A plate for reinforcing a movable contact of an electromagnetic contactor during switching operation, the plate comprising: - a flat portion having a location on which a damping spring is adapted to be placed, - a location support adapted to be coupled to the damping spring for preventing the damping spring from dislodging from the location, and - an arc runner for directing a switching arc produced during switching operation away from the movable contact, wherein the flat portion, location support and arc runner are coupled together to form the plate, characterised in that the plate is adapted to provide - a first side to circumferentially wrap a part of the movable contact, and - a second side for locating the damping spring on the location over the flat portion and preventing the damping spring from dislodging from the location through location support. - a flat portion having a location on which a damping spring is adapted to be placed, - a location support adapted to be coupled to the damping spring for preventing the damping spring from dislodging from the location, and - an arc runner for directing a switching arc produced during switching operation away from the movable contact, wherein the flat portion, location support and arc runner are coupled together to form the plate, characterised in that the plate is adapted to provide - a first side to circumferentially wrap a part of the movable contact, and - a second side for locating the damping spring on the location over the flat portion and preventing the damping spring from dislodging from the location through location support.