mhurhangee/ep-ind-claims huggingface dataset:
Method for locating a vehicle situated within a parking area using a plurality of WLAN base stations each comprising an antenna array, wherein the vehicle comprises a communication interface for communicating with the WLAN base stations via a wireless WLAN communication network, wherein the method comprises the following steps of: - receiving, by means of the respective antenna array, a radio signal transmitted by means of the communication interface of the vehicle via the wireless communication network, - determining a respective angle of incidence of the respective received radio signal relative to a respective normal of the antenna array, - determining a signal intensity of the respective received radio signal, - carrying out a triangulation using the determined angles of incidence and the determined signal intensities in order to locate the vehicle within the parking area. - receiving, by means of the respective antenna array, a radio signal transmitted by means of the communication interface of the vehicle via the wireless communication network, - determining a respective angle of incidence of the respective received radio signal relative to a respective normal of the antenna array, - determining a signal intensity of the respective received radio signal, - carrying out a triangulation using the determined angles of incidence and the determined signal intensities in order to locate the vehicle within the parking area.
Closure for locking a sterile container consisting of a container lid and a box-like lower part, wherein, in order to form a closed sterile chamber, the container lid and the lower part can be removably placed on and connected to the lower part in an air-tight manner by means of sealing means arranged peripherally between the container lid and lower part, wherein the closure has a clamping lever which can be brought from a closed clamping position situated above the dead centre into an opened pivoted position by being pivotable about a pivot pin, and that there is provided a closure flap which can be rotated about a rotation pin and which, in its closed position, is positively in tensile connection with the clamping lever, characterized in that, during the rotary movement of the closure flap from its closed position into its opened rotated position, the clamping lever can be brought, via the positive connection to the closure flap, into its opened pivoted position by means of the closure flap, and in that, after a further rotary movement into its completely opened end position, the closure flap is brought out of engagement with the clamping lever, and in that the clamping lever is fixed in its opened pivoted position, and in that, during the closing operation, the closure flap is brought positively into engagement with the clamping lever, and the clamping lever can be moved into its closed clamping position by means of the closure flap.
An electric arc blast nozzle for a circuit breaker, said circuit breaker including at least one first arcing contact and at least one second arcing contact that separate from each other when the circuit breaker is opening, the blast nozzle intended to surround said first arcing contact and said second arcing contact, said blast nozzle comprising: a neck-forming portion defining an electric arc extinction space, which are formed by said first and second arcing contacts separating, this neck-forming portion having its inside volume closed by said first arcing contact when the circuit breaker is in the closed position and forming a space separating said first arcing contact and said second arcing contact when the circuit breaker is in the open position; and an upstream end portion and a downstream end portion separated by said neck-forming portion and connected thereto, the end of the first arcing contact being located on the same level as the downstream end portion and the end of the second arcing contact being located on the same level as the upstream end portion when the circuit breaker is in the open position; the blast nozzle being characterized in that the neck-forming portion comprises a fluorinated polymeric material presenting relative permittivity lying in the range 1.9 to 3 and the upstream end portion and the downstream end portion comprise a fluorinated polymeric material presenting relative permittivity lying in the range 3.5 to 10. a neck-forming portion defining an electric arc extinction space, which are formed by said first and second arcing contacts separating, this neck-forming portion having its inside volume closed by said first arcing contact when the circuit breaker is in the closed position and forming a space separating said first arcing contact and said second arcing contact when the circuit breaker is in the open position; and an upstream end portion and a downstream end portion separated by said neck-forming portion and connected thereto, the end of the first arcing contact being located on the same level as the downstream end portion and the end of the second arcing contact being located on the same level as the upstream end portion when the circuit breaker is in the open position; the blast nozzle being characterized in that the neck-forming portion comprises a fluorinated polymeric material presenting relative permittivity lying in the range 1.9 to 3 and the upstream end portion and the downstream end portion comprise a fluorinated polymeric material presenting relative permittivity lying in the range 3.5 to 10.
A sanitary fitting comprising a) a fluid supply line, b) a fluid-conducting element, c) a fluid outlet, wherein the fluid outlet is connected in a fluid-conducting manner to the fluid supply line via the fluid-conducting element, and d) a container, characterized in that the sanitary fitting e) includes a siphon, wherein the container is connected in a fluid-conducting manner to the fluid-conducting element via the siphon. a) a fluid supply line, b) a fluid-conducting element, c) a fluid outlet, wherein the fluid outlet is connected in a fluid-conducting manner to the fluid supply line via the fluid-conducting element, and d) a container, characterized in that the sanitary fitting e) includes a siphon,
A synchronization device for a communication network, said synchronization device comprising: - a noise estimator and dynamic threshold calculator block configured to estimate a noise affecting a sequence of propagation delay samples obtained from timestamps relating to synchronization packets exchanged with a master node of said communication network, and to calculate a threshold based on said estimated noise; and - a jump detector configured to detect, based on said threshold, one or more jumps in said sequence of propagation delay samples, wherein said jump detector is configured to: - divide said sequence of propagation delay samples in windows of Wn samples; - extract, from each one of said windows, a respective subset of Wb propagation delay samples, comprising the Wb lower propagation delay values in said window; - calculate a median of said Wb extracted propagation delay samples and filter said median by means of a filter; - detect a jump by processing a variation of the output of said filter. - a noise estimator and dynamic threshold calculator block configured to estimate a noise affecting a sequence of propagation delay samples obtained from timestamps relating to synchronization packets exchanged with a master node of said communication network, and to calculate a threshold based on said estimated noise; and - a jump detector configured to detect, based on said threshold, one or more jumps in said sequence of propagation delay samples, - divide said sequence of propagation delay samples in windows of Wn samples; - extract, from each one of said windows, a respective subset of Wb propagation delay samples, comprising the Wb lower propagation delay values in said window; - calculate a median of said Wb extracted propagation delay samples and filter said median by means of a filter; - detect a jump by processing a variation of the output of said filter.
A vertical interconnection structure of a multi-layer substrate, comprising: a first via pad (VP 3) disposed in a first layer of metal interconnect (L 3) of the multi-layer substrate; a second via pad (VP 2) disposed in a second layer of metal interconnect (L 2) of the multi-layer substrate; a signal via (SV 3) electrically connecting the first via pad (VP 3) to the second via pad (VP 2); a non-circular first ground plane (GL 3) disposed in the first layer of metal interconnect (L 3) of the multi-layer substrate and surrounding the first via pad (VP 3); and a non-circular first ground pullback region (GP 3) between the first via pad (VP 3) and the non-circular first ground plane (GL 3) for electrically isolating the first via pad (VP 3) from the non-circular first ground plane (GL 3), the first via pad (VP 3) and the second via pad (VP 2) have a circular shape when viewed from above, and the non-circular first ground pullback region (GP 3) has a rectangular shape, a square shape, a quasi-rectangular shape or a quasi-square shape around a perimeter of the first via pad (VP 3) when viewed from above, characterized by a signal trace terminating at the second via pad (VP 2); wherein the second via pad (VP 2) and the signal trace are backed by a ground plane (GL 1) disposed on a third layer of metal interconnect (L 1). a first via pad (VP 3) disposed in a first layer of metal interconnect (L 3) of the multi-layer substrate; a second via pad (VP 2) disposed in a second layer of metal interconnect (L 2) of the multi-layer substrate; a signal via (SV 3) electrically connecting the first via pad (VP 3) to the second via pad (VP 2); a non-circular first ground plane (GL 3) disposed in the first layer of metal interconnect (L 3) of the multi-layer substrate and surrounding the first via pad (VP 3); and a non-circular first ground pullback region (GP 3) between the first via pad (VP 3) and the non-circular first ground plane (GL 3) for electrically isolating the first via pad (VP 3) from the non-circular first ground plane (GL 3), the first via pad (VP 3) and the second via pad (VP 2) have a circular shape when viewed from above, and the non-circular first ground pullback region (GP 3) has a rectangular shape, a square shape, a quasi-rectangular shape or a quasi-square shape around a perimeter of the first via pad (VP 3) when viewed from above, characterized by a signal trace terminating at the second via pad (VP 2);
A method for nucleic acid amplification comprising: arranging regions with first nucleic acid fragments fixed therein and regions with no first nucleic acid fragments fixed therein on the surface of a base material; hybridizing a second nucleic acid fragment, to the first nucleic acid fragments in the regions with the first nucleic acid fragments fixed therein such that no more than one second nucleic acid fragment is fixed to each region; and applying third nucleic acid fragments to induce an amplification reaction on the second nucleic acid fragments using the first and third nucleic acid fragments (104, 105) as primers; and wherein the average value for the diameters (d) of the second nucleic acid fragments are larger than one-half of the average value for the diameters of the regions with the first nucleic acid fragments fixed therein; wherein the average value for the diameters of the regions with the first nucleic acid fragments fixed therein is equal to or lower than 500 nm and the average value for the numbers of first nucleic acid fragments in the individual regions with the first nucleic acid fragments fixed therein is equal to or more than 10,000 molecules and wherein the second nucleic acid fragments are synthesized through Rolling Cycle Amplification reaction. arranging regions with first nucleic acid fragments fixed therein and regions with no first nucleic acid fragments fixed therein on the surface of a base material; hybridizing a second nucleic acid fragment, to the first nucleic acid fragments in the regions with the first nucleic acid fragments fixed therein such that no more than one second nucleic acid fragment is fixed to each region; and applying third nucleic acid fragments to induce an amplification reaction on the second nucleic acid fragments using the first and third nucleic acid fragments (104, 105) as primers; and wherein the average value for the diameters (d) of the second nucleic acid fragments are larger than one-half of the average value for the diameters of the regions with the first nucleic acid fragments fixed therein; wherein the average value for the diameters of the regions with the first nucleic acid fragments fixed therein is equal to or lower than 500 nm and the average value for the numbers of first nucleic acid fragments in the individual regions with the first nucleic acid fragments fixed therein is equal to or more than 10,000 molecules and wherein the second nucleic acid fragments are synthesized through Rolling Cycle Amplification reaction.
A bandage system with a decongestive function for treating disorders of the lymphatic and/or venous system(s) of the human body, consisting of a textile fabric which has alternating relatively extensible strip-like regions and non-extensible strip-like regions and which at least partially surrounds the human body and/or a limb, characterised in that - the direction of extension of the relatively extensible textile fabric regions are oriented along the working direction of the musculature of the body or the limb, - the non-extensible textile-fabric regions run transversely to the working direction of the musculature, - the relatively extensible textile fabric regions and the non-extensible textile fabric regions are arranged alternately one after the other in the working direction of the musculature of the body or the limbs, and - the circumference of the bandage system can be adjusted. - the direction of extension of the relatively extensible textile fabric regions are oriented along the working direction of the musculature of the body or the limb, - the non-extensible textile-fabric regions run transversely to the working direction of the musculature, - the relatively extensible textile fabric regions and the non-extensible textile fabric regions are arranged alternately one after the other in the working direction of the musculature of the body or the limbs, and - the circumference of the bandage system can be adjusted.
An air-less tire comprising: an annular tread ring having a ground contact surface; a hub to be fixed to an axle and disposed radially inward of the tread ring; and spokes connecting the tread ring and the hub; wherein the tread ring comprises a tread rubber forming the ground contact surface, an outer reinforcing cord layer disposed proximately to the tread rubber, an inner reinforcing cord layer disposed radially inward of the outer reinforcing cord layer and a shear rubber layer disposed between the outer reinforcing cord layer and the inner reinforcing cord layer, and wherein the outer reinforcing cord layer comprises a first cord ply having first cords inclining with respect to a tire circumferential direction and a second cord ply disposed radially outward of the first cord ply and having second cords inclining in an opposite direction to the first cords with respect to the tire circumferential direction, characterized in that the outer reinforcing cord layer, with respect to the number of plies, is greater than the inner reinforcing cord layer and wherein the inner reinforcing cord layer comprises a third cord ply having third cords arranged in parallel with the tire circumferential direction. an annular tread ring having a ground contact surface; a hub to be fixed to an axle and disposed radially inward of the tread ring; and spokes connecting the tread ring and the hub; wherein the tread ring comprises a tread rubber forming the ground contact surface, an outer reinforcing cord layer disposed proximately to the tread rubber, an inner reinforcing cord layer disposed radially inward of the outer reinforcing cord layer and a shear rubber layer disposed between the outer reinforcing cord layer and the inner reinforcing cord layer, and wherein the outer reinforcing cord layer comprises a first cord ply having first cords inclining with respect to a tire circumferential direction and a second cord ply disposed radially outward of the first cord ply and having second cords inclining in an opposite direction to the first cords with respect to the tire circumferential direction, characterized in that the outer reinforcing cord layer, with respect to the number of plies, is greater than the inner reinforcing cord layer and wherein the inner reinforcing cord layer comprises a third cord ply having third cords arranged in parallel with the tire circumferential direction.
A tube for conveying humidified gases to a patient, the tube comprising: first and second heating wires traversing at least a portion of the length of the tube; and a sensor wire in electrical communication with a temperature sensor, characterised by that the first and second heating wires and the sensor wire are arranged in close proximity within the tube and the first and second heating wires are spaced equal distance from the sensor wire. first and second heating wires traversing at least a portion of the length of the tube; and a sensor wire in electrical communication with a temperature sensor, characterised by that the first and second heating wires and the sensor wire are arranged in close proximity within the tube and the first and second heating wires are spaced equal distance from the sensor wire.
A blade bearing (20, 60) for mounting a blade of a wind turbine to a hub (6, 50) of the wind turbine, comprising: inner and outer bearing rings (22, 24) arranged next to each other, one of the inner and outer bearing rings being configured to mount to the blade and the other being configured to mount to the hub; at least two rows of rolling elements positioned between the inner and outer bearing rings, wherein upper and lower rows of the rolling elements are located in respective upper and lower planes; and a support structure secured to the inner bearing ring, the support structure extending in a substantially radial direction and having non-uniform stiffness characteristics in a circumferential direction, characterized in that the support structure extends between the upper and lower planes and in that the support structure includes one or more portions (32, 34, 36, 38) of increased thickness to provide the non-uniform stiffness. inner and outer bearing rings (22, 24) arranged next to each other, one of the inner and outer bearing rings being configured to mount to the blade and the other being configured to mount to the hub; at least two rows of rolling elements positioned between the inner and outer bearing rings, wherein upper and lower rows of the rolling elements are located in respective upper and lower planes; and a support structure secured to the inner bearing ring, the support structure extending in a substantially radial direction and having non-uniform stiffness characteristics in a circumferential direction, characterized in that the support structure extends between the upper and lower planes and in that the support structure includes one or more portions (32, 34, 36, 38) of increased thickness to provide the non-uniform stiffness.
Modular fence structure, comprising a plurality of transverse containment elements (3, 4, 6, 8, 9, 10, 19), and a plurality of uprights adapted to support said plurality of transverse containment elements (3, 4, 6, 8, 9, 10, 19), said uprights being constituted by metal tubular bodies; said uprights comprising a plurality of shaped notches, made along the extension thereof, adapted to allow the quick and safe connection of said containment elements (3, 4, 6, 8, 9, 10, 19), said fence structure further comprising fixing elements that are fixed to said containment elements (3, 4, 6, 8, 9, 10, 19) and being associable with said uprights, said fixing elements being each essentially constituted by a plate, characterized in that some or all said shaped notches are substantially complementary to the profile of the cross section of said fixing elements, said fixing elements being insertable in said shaped notches, with possibility of sliding, in a manner such to traverse said uprights from side to side, projecting from opposite sides, and in that said shaped notches are substantially shaped as an elongated slot.
A longitudinal profile for a mounting system for solar modules (10, 12), comprising: at least one stop area which is configured to fasten the longitudinal profile to a transverse profile, wherein the at least one stop area has at least one support surface (128, 130) for support on the transverse profile, and at least one head area which is connected to the at least one stop area via at least one connecting portion (106, 108), wherein the at least one head area has at least one bearing surface for at least one portion of a module frame of the solar module, wherein the at least one head area has at least one engagement projection (120, 122) which is configured as a point of engagement for a fastening device (500, 700), characterized in that the at least one head area has at least two engagement projections (120, 122) pointing away from each other in opposite directions. at least one head area which is connected to the at least one stop area via at least one connecting portion (106, 108), wherein the at least one head area has at least one bearing surface for at least one portion of a module frame of the solar module, wherein the at least one head area has at least one engagement projection (120, 122) which is configured as a point of engagement for a fastening device (500, 700), characterized in that the at least one head area has at least two engagement projections (120, 122) pointing away from each other in opposite directions.
A sheet material comprising a polymer elastic body in a fibrous base material, wherein the fibrous base material includes ultrafine fibers having an average single fiber diameter of 0.1 μm or more and 10 μm or less, the polymer elastic body has a hydrophilic group and contains a polyether diol as a constituent, the polymer elastic body internally has an N-acylurea bond and/or an isourea bond, and the following condition 1 and condition 2 are satisfied: condition 1: A bending resistance in a lengthwise direction as determined in accordance with Method A (45° cantilever method) set forth in JIS L 1096: 2010 "Testing methods for woven and knitted fabrics" is 40 mm or more and 140 mm or less; and condition 2: An abrasion weight loss after 20,000 cycles of a Martindale abrasion test set forth in JIS L 1096:2005 after a light resistance test as performed under the conditions that a xenon arc amount as measured by a light fastness measurement method of JIS L 0843:2006 is 110 MJ/m 2, is 25 mg or less. condition 1: A bending resistance in a lengthwise direction as determined in accordance with Method A (45° cantilever method) set forth in JIS L 1096: 2010 "Testing methods for woven and knitted fabrics" is 40 mm or more and 140 mm or less; and condition 2: An abrasion weight loss after 20,000 cycles of a Martindale abrasion test set forth in JIS L 1096:2005 after a light resistance test as performed under the conditions that a xenon arc amount as measured by a light fastness measurement method of JIS L 0843:2006 is 110 MJ/m 2, is 25 mg or less.