mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal, the method comprising: receiving a semi-static configuration from a base station; obtaining, from the semi-static configuration, a pattern of transmission directions for a plurality of OFDM symbols of a transmission link between the terminal and the base station, wherein each transmission direction comprises one of uplink, downlink or other; determining a first numerology configured for the pattern of transmission directions of the plurality of OFDM symbols and a predetermined time duration indicated by the semi-static configuration; and determining transmission directions, comprised in the obtained pattern of transmission directions of the plurality of OFDM symbols, of the transmission link between the terminal and the base station within the predetermined time duration, the transmission directions being determined with respect to the first numerology, wherein the predetermined time duration is determined based on an absolute time period irrelevant to any numerology. receiving a semi-static configuration from a base station; obtaining, from the semi-static configuration, a pattern of transmission directions for a plurality of OFDM symbols of a transmission link between the terminal and the base station, wherein each transmission direction comprises one of uplink, downlink or other; determining a first numerology configured for the pattern of transmission directions of the plurality of OFDM symbols and a predetermined time duration indicated by the semi-static configuration; and determining transmission directions, comprised in the obtained pattern of transmission directions of the plurality of OFDM symbols, of the transmission link between the terminal and the base station within the predetermined time duration, the transmission directions being determined with respect to the first numerology, wherein the predetermined time duration is determined based on an absolute time period irrelevant to any numerology.
An ejector (200; 400; 600; 700; 800) comprising: a housing having an upstream end and a downstream end and a branch, a primary flowpath extending from the upstream end and a secondary flowpath passing through the branch to join the primary flowpath; an insert (204; 402; 704) within the housing, the insert extending from an upstream end to a downstream end and comprising: a motive nozzle having an inlet and an outlet; a mixer at least partially downstream of the motive nozzle; one or more passages positioned such that the secondary flowpath extends through the branch and through the one or more passages to join the primary flowpath, at least one portion of the insert being of less robust material than a material of the housing, characterised in that the insert is essentially unitarily formed as a single piece and comprises a laser-sintered ceramic or polymer material, a laser cured epoxy or polymer material, or a molded plastic material, particularly an injection molded PVC material, or the insert consists essentially of a first piece forming the motive nozzle and comprising a cast or machined first metal; and a second piece forming the mixer and the one or more passages and comprising a laser-sintered ceramic or polymer material, a laser cured epoxy or polymer material, or a molded plastic material, particularly an injection molded PVC material. a housing having an upstream end and a downstream end and a branch, a primary flowpath extending from the upstream end and a secondary flowpath passing through the branch to join the primary flowpath; an insert (204; 402; 704) within the housing, the insert extending from an upstream end to a downstream end and comprising: a motive nozzle having an inlet and an outlet; a mixer at least partially downstream of the motive nozzle; a motive nozzle having an inlet and an outlet; a mixer at least partially downstream of the motive nozzle; one or more passages positioned such that the secondary flowpath extends through the branch and through the one or more passages to join the primary flowpath, at least one portion of the insert being of less robust material than a material of the housing, characterised in that the insert is essentially unitarily formed as a single piece and comprises a laser-sintered ceramic or polymer material, a laser cured epoxy or polymer material, or a molded plastic material, particularly an injection molded PVC material, or the insert consists essentially of a first piece forming the motive nozzle and comprising a cast or machined first metal; and a second piece forming the mixer and the one or more passages and comprising a laser-sintered ceramic or polymer material, a laser cured epoxy or polymer material, or a molded plastic material, particularly an injection molded PVC material.
Device for introducing openings into a disposal bag for a vacuuming device, wherein the vacuuming device has a suction head and a collecting tank, characterized in that the device comprises components (6, 7) that are configured in a manner corresponding to one another, wherein the components (6, 7) of the device that are configured in a manner corresponding to one another comprise an open structure, wherein the open structure is designed to effect pressure equalization between a first region and a second region of the collecting tank.
Method for transporting and assembling one or more wind-turbine towers, wherein the tower or each of the towers is designed as a lattice tower and consists of a plurality of tower segments, which comprise a foot segment and a head segment, wherein prefabricated tower segments (2, 3) of the or each tower are arranged one within the other or inserted one within the other for transportation purposes in such a manner that in each case a tower segment which is located at a higher level after the final assembly of the or each tower is arranged or inserted in a tower segment arranged beneath it and the tower or towers nested in this way is or are transported in an upright state overall on a ship, characterised in that the assembly of the or each tower is carried out in such a manner that its tower segments (2, 3) are lifted off the ship one after the other from the outside to the inside and are assembled to form the lattice tower.
Assistance device for the driver of a vehicle, comprising means (MAi) for acquiring image data representing at least part of a parking zone for said vehicle, storage means arranged to store the image data, control means and first processing means, said control means being arranged to activate said first processing means and to produce said image data representing said at least part of the parking zone, according to data acquired by the acquisition means (MAi), characterised in that it further comprises second processing means activated by the control means in order to process image data extracted from the image storage means, representing the parking zone left by the vehicle, according to instructions provided by said driver after the vehicle has left the parking zone.
A folding machine for folding sheet shaped material, the folding machine comprising: a first beam arranged to support sheet shaped material during a folding operation; a second beam arranged to clamp the sheet shaped material against the first beam during the folding operation; a folding beam arranged to rotate around an axis of rotation during the folding operation so as to fold the sheet shaped material against the first beam or the second beam; a first eccentric coupled to the folding beam and arranged to change a location of the axis of rotation of the folding beam; characterised in that it further comprises a second eccentric coupled to the folding beam, wherein the second eccentric is arranged to change a location of the folding beam in relation to the first beam so as to adapt to a thickness of the sheet shaped material during the folding operation. a first beam arranged to support sheet shaped material during a folding operation; a second beam arranged to clamp the sheet shaped material against the first beam during the folding operation; a folding beam arranged to rotate around an axis of rotation during the folding operation so as to fold the sheet shaped material against the first beam or the second beam; a first eccentric coupled to the folding beam and arranged to change a location of the axis of rotation of the folding beam; characterised in that it further comprises a second eccentric coupled to the folding beam, wherein the second eccentric is arranged to change a location of the folding beam in relation to the first beam so as to adapt to a thickness of the sheet shaped material during the folding operation.
Laser device comprising: - a III-V heterostructure amplifying medium (1, QW, 2); - a silicon optical waveguide (3, 4) which includes a coupling section (51, 61, 71) facing a central portion of the amplifying medium, a propagation section (54, 64, 74) and a first transition section (52, 62, 72) arranged between the coupling section (51, 61, 71) and the propagation section (54, 64, 74); - a first and a second reflective structure (Mf, Mr) allowing a Fabry-Perot type resonant cavity to be formed between them for the amplifying medium; wherein the coupling section (51, 61, 71) comprises a refractive index disturbance region (510, 610, 71) provided with micro-reflectors designed by reducing the thickness and/or the width of the coupling section, the micro-reflectors having a length of m * λ m 0 4. n eff and being separated from one another by a distance greater than n * λ m 0 4. n eff, where m is an odd integer, n an integer, λ m0 the wavelength in vacuum and n eff the effective index of the refractive index disturbance region; wherein the first reflective structure (Mf) is formed in a section of the waveguide which has a first thickness; and wherein the second reflective structure (Mr) is formed in a section of the waveguide (55, 65, 75) which has the first thickness and which is separated from the coupling section (51, 61, 71) by a second transition section (53, 63, 73) of the waveguide, the second transition section (53, 63, 73) having a second thickness greater than the first thickness. - a III-V heterostructure amplifying medium (1, QW, 2); - a silicon optical waveguide (3, 4) which includes a coupling section (51, 61, 71) facing a central portion of the amplifying medium, a propagation section (54, 64, 74) and a first transition section (52, 62, 72) arranged between the coupling section (51, 61, 71) and the propagation section (54, 64, 74); - a first and a second reflective structure (Mf, Mr) allowing a Fabry-Perot type resonant cavity to be formed between them for the amplifying medium; wherein the coupling section (51, 61, 71) comprises a refractive index disturbance region (510, 610, 71) provided with micro-reflectors designed by reducing the thickness and/or the width of the coupling section, the micro-reflectors having a length of m * λ m 0 4. n eff and being separated from one another by a distance greater than n * λ m 0 4. n eff, where m is an odd integer, n an integer, λ m0 the wavelength in vacuum and n eff the effective index of the refractive index disturbance region; wherein the first reflective structure (Mf) is formed in a section of the waveguide which has a first thickness; and wherein the second reflective structure (Mr) is formed in a section of the waveguide (55, 65, 75) which has the first thickness and which is separated from the coupling section (51, 61, 71) by a second transition section (53, 63, 73) of the waveguide, the second transition section (53, 63, 73) having a second thickness greater than the first thickness.
A method for sealing a subterranean environment, wherein a polyurethane encapsulated polyamine is injected into the subterranean environment, and is released in situ in the presence of a reactive species able to form a gel or a precipitate by a physical association and/or a chemical reaction with the released polyamine, wherein the reactive species is a crosslinkable component able to react with the polyamine and form a tridimensional network and is selected from an epoxy compound, polyacrylamide, a partially hydrolysed polyacrylamide and copolymers of acrylamide and a small quantity of methylmethacrylate.
A method for screening a compound to determine whether the compound is a proteasome deubiquitinating inhibitor of high specificity, the method comprising contacting the compound with human 19S regulatory particles (19S RP) of 26S proteasome and determining whether the compound inhibits activity of deubiquitinating enzymes UCHL5 and USP14, and an additional step of determining whether the compound affects activity of non-proteasomal associated DUB enzymes, wherein inhibition of UCHL5 and USP14 activities and unaffected activity of non-proteasomal associated DUB enzymes indicates that the compound is a proteasome deubiquitinating inhibitor of high specificity.
System for monitoring a traffic situation, comprising: at least one radar sensor unit for receiving environmental data for a monitoring region of the radar sensor unit, wherein the radar sensor unit is configured to transmit radar signals in the direction of the monitoring region, to receive radar signals reflected by objects within the monitoring region to the radar sensor unit and to generate environmental data for the monitoring region based on the radar signals received; a processor unit for evaluating the environmental data from the radar sensor unit and for determining the traffic situation within the monitoring region on the basis of the environmental data from the radar sensor unit; and a reference signal unit for outputting a reference signal to the radar sensor unit, wherein the reference signal unit is configured to provide a radar signal transmitted by the radar sensor unit with a modulation and to reflect the modulated radar signal back to the radar sensor unit as a reference signal, and wherein the processor unit is configured to identify the modulated radar signal as the reference signal from the reference signal unit, characterized in that the processor unit is configured to detect a malfunction of the radar sensor unit if no reference signal is received by the radar sensor unit, wherein the reference signal unit has a first reflection state and a second reflection state, and wherein a radar signal reflected by the reference signal unit in the first reflection state deviates in at least one property from a radar signal reflected by the reference signal unit in the second reflection state, and wherein the reference signal unit is connectable with a switching frequency alternately between the first reflection state and the second reflection state. a processor unit for evaluating the environmental data from the radar sensor unit and for determining the traffic situation within the monitoring region on the basis of the environmental data from the radar sensor unit; and a reference signal unit for outputting a reference signal to the radar sensor unit, wherein the reference signal unit is configured to provide a radar signal transmitted by the radar sensor unit with a modulation and to reflect the modulated radar signal back to the radar sensor unit as a reference signal, and wherein the processor unit is configured to identify the modulated radar signal as the reference signal from the reference signal unit, characterized in that the processor unit is configured to detect a malfunction of the radar sensor unit if no reference signal is received by the radar sensor unit, wherein the reference signal unit has a first reflection state and a second reflection state, and wherein a radar signal reflected by the reference signal unit in the first reflection state deviates in at least one property from a radar signal reflected by the reference signal unit in the second reflection state, and wherein the reference signal unit is connectable with a switching frequency alternately between the first reflection state and the second reflection state.
A multilayer oxygen barrier film with improved hot water resistance, comprising the following layers only: a substrate film layer formed from polyethylene terephthalate, nylon, polypropylene, or polyethylene, with a thickness of 10 to 100 μm, preferably 20 to 50 μm, more preferably 30 to 40 μm; an oxygen barrier layer with a thickness of 1 to 1.5 μm; and an adhesive layer formed between the substrate film layer and the oxygen barrier layer, with a thickness of 0.5 to 1 μm with no other layer between said substrate film layer, oxygen barrier layer and adhesive layer, wherein said the oxygen barrier layer comprises polyvinyl alcohol (PVOH) having a polymerization degree of 1,500 and a hydrolysis degree of 98 %, said multilayer oxygen barrier film being characterized in that: the oxygen barrier layer comprises 5 to 15 parts by weight of a solid portion comprising 75 to 95 parts by weight of polyvinyl alcohol (PVOH) with respect to 100 parts by weight of the oxygen barrier layer, said solid portion of the oxygen barrier layer further comprises 5 to 25 parts by weight of (3-glycidyl oxypropyl) trimethoxysilane with respect to 100 parts by weight of the solid portion, such that said multilayer oxygen barrier film has an oxygen permeability of 0.025 to 0.04 cc/m 2 ·day when in contact with water at 90 °C for 20 hours. a substrate film layer formed from polyethylene terephthalate, nylon, polypropylene, or polyethylene, with a thickness of 10 to 100 μm, preferably 20 to 50 μm, more preferably 30 to 40 μm; an oxygen barrier layer with a thickness of 1 to 1.5 μm; and an adhesive layer formed between the substrate film layer and the oxygen barrier layer, with a thickness of 0.5 to 1 μm with no other layer between said substrate film layer, oxygen barrier layer and adhesive layer, wherein said the oxygen barrier layer comprises polyvinyl alcohol (PVOH) having a polymerization degree of 1,500 and a hydrolysis degree of 98 %, said multilayer oxygen barrier film being characterized in that: the oxygen barrier layer comprises 5 to 15 parts by weight of a solid portion comprising 75 to 95 parts by weight of polyvinyl alcohol (PVOH) with respect to 100 parts by weight of the oxygen barrier layer, said solid portion of the oxygen barrier layer further comprises 5 to 25 parts by weight of (3-glycidyl oxypropyl) trimethoxysilane with respect to 100 parts by weight of the solid portion, such that said multilayer oxygen barrier film has an oxygen permeability of 0.025 to 0.04 cc/m 2 ·day when in contact with water at 90 °C for 20 hours. the oxygen barrier layer comprises 5 to 15 parts by weight of a solid portion comprising 75 to 95 parts by weight of polyvinyl alcohol (PVOH) with respect to 100 parts by weight of the oxygen barrier layer, said solid portion of the oxygen barrier layer further comprises 5 to 25 parts by weight of (3-glycidyl oxypropyl) trimethoxysilane with respect to 100 parts by weight of the solid portion, such that said multilayer oxygen barrier film has an oxygen permeability of 0.025 to 0.04 cc/m 2 ·day when in contact with water at 90 °C for 20 hours.
Method for operating a vehicle, - wherein a digital map of a carpark and at least one target position on the carpark are received by the vehicle via a communication network, - wherein the vehicle navigates autonomously to the target positon on the carpark on the basis of the digital map, and - wherein the vehicle parks autonomously at the target position, characterized in that - the at least one target position comprises a handover position at which a driver of the vehicle can park his vehicle for an autonomous parking process, and a parking position at which the vehicle is to park autonomously, with the result that the vehicle drives autonomously from the handover position to the parking position and back again. - wherein a digital map of a carpark and at least one target position on the carpark are received by the vehicle via a communication network, - wherein the vehicle navigates autonomously to the target positon on the carpark on the basis of the digital map, and - wherein the vehicle parks autonomously at the target position, characterized in that - the at least one target position comprises a handover position at which a driver of the vehicle can park his vehicle for an autonomous parking process, and a parking position at which the vehicle is to park autonomously, with the result that the vehicle drives autonomously from the handover position to the parking position and back again.
A radiator with heat transfer fluid comprising a first pipe, a second pipe and a façade assembly forming a facade of the radiator, the facade assembly comprising a plurality of hollow blades that are in fluid communication with the first and second pipes (2, 3), the radiator being characterised in that it further comprises several tubes, called distribution tubes, that are located behind the façade assembly and that are in fluid communication on the one hand with the first pipe, and on the other hand with at least one blade of the façade assembly, at at least one location of the at least one blade, said at least one location being located in the part of the at least one blade that is located near the second pipe, so as to allow the heat transfer fluid, during operation, to enter the distribution tubes from the first pipe, to flow along the distribution tubes, then to enter the at least one blade and to flow along the at least one blade to again enter the first pipe.
An agent for improving the taste of a food or a drink comprising a peptide having the sequence Val-Pro and a peptide having the sequence Leu-Leu-Leu, wherein the mass ratio of Val-Pro: Leu-Leu-Leu is 9: 1 to 3: 7 in a mixture of Val-Pro and Leu-Leu-Leu, wherein the improvement of the taste is improvement of the sourness of fermented milk, improvement of the aftertaste of an artificial sweetener or the enhancement of the richness of milk.
Device for metering fuel into internal combustion engines, having a fuel distributor which has a flow duct and at least one outflow opening which is connected to the flow duct, having at least one valve which is connected to the fuel distributor and which serves for metering the fuel, which valve has an attachment connector for mounting onto the outflow opening, and having connecting means which connect the fuel distributor and valve to one another in pressure-tight fashion in the mounting region of attachment connector and outflow opening, characterized in that the connecting means have a seat surface surrounding the outflow opening, have an attachment head which is formed on the attachment connector and has a head surface lying on the seat surface and has an undercut, have a flange element engaging on the undercut, which flange element has at least one threaded hole for a clamping screw fixed to the fuel distributor, and have a receiving element fixed to the valve, in which receiving element the flange element lies with a form fit with the threaded hole positioned correctly with respect to the clamping screw.
A corner piece configured to retain an exterior edge protector and space it apart from an external edge of an article, the corner piece having a body comprising: - an inner member having an apex; - an outer member having an apex; - a connecting member connecting the inner member to the outer member and substantially aligning their respective apexes, the outer member and the inner member being spaced apart from one another; and - a securing element provided in the outer member, the securing element comprising substantially U-shaped retaining walls (112, 112') engageable with the exterior edge protector to retain the exterior edge protector along the outer member. - an inner member having an apex; - an outer member having an apex; - a connecting member connecting the inner member to the outer member and substantially aligning their respective apexes, the outer member and the inner member being spaced apart from one another; and - a securing element provided in the outer member, the securing element comprising substantially U-shaped retaining walls (112, 112') engageable with the exterior edge protector to retain the exterior edge protector along the outer member.