mhurhangee/ep-ind-claims huggingface dataset:
A deflector device for a vehicle sunroof, the deflector device comprising: a cloth deflector net which is extended to be blown by drive airflow during operation period and folded to be housed during non-operation period; a lower end holding portion which holds a lower end side of the deflector net; an upper end holding portion which holds an upper end side of the deflector net and is movable in a vertical direction; an urging member which urges the upper end holding portion upward; and a defining portion; characterized in that: the defining portion defines an upper limit position of the upper end holding portion against an urging force caused by the urging member so as to loosen at least a part of the deflector net. a cloth deflector net which is extended to be blown by drive airflow during operation period and folded to be housed during non-operation period; a lower end holding portion which holds a lower end side of the deflector net; an upper end holding portion which holds an upper end side of the deflector net and is movable in a vertical direction; an urging member which urges the upper end holding portion upward; and a defining portion; characterized in that: the defining portion defines an upper limit position of the upper end holding portion against an urging force caused by the urging member so as to loosen at least a part of the deflector net. the defining portion defines an upper limit position of the upper end holding portion against an urging force caused by the urging member so as to loosen at least a part of the deflector net.
A condenser assembly, having a plurality of heat exchanger tubes, which are arranged equidistant from each other having corrugated fins arranged therebetween and lead into deflection regions at both ends, the heat exchanger tubes having a free length (Lh) used for heat exchange, and the heat exchanger tubes, in connection with the corrugated fins, form an end area having a width corresponding to the free length (Lh) of the heat exchanger tubes and a height (Lv), so that the end area results from the product of width and height, the heat exchanger tubes are connected in parallel in groups and the individual groups in series, wherein the heat exchanger tubes of the individual groups are arranged adjacent and each group consists of at least two heat exchanger tubes, characterised in that the percentage share of the heat exchanger tubes of the first group results from 26.162 ln S / dm 2 − 40.746 ≤ P ≤ 25.49 ln S / dm 2 − 27.842 for an end area having a width to height ratio in the range from 0.5 to 1.0, an end area in the range from 10 to 30 dm 2, and a specification of the area of the end area in dm 2.
A holding device for cards and/or tickets, containing a housing, which has a clip as well as a base, wherein the base of the housing, which is open upwards towards the at least one clip, has side members (10, 12), which protrude upwards and which are arranged at a distance to each other, and wherein the at least one clip, provided that no cards or tickets are placed in the housing, is located partially between the side members (10, 12) and extends with one free end as far as the base, characterized in that the base has a recess, through which the clip or clips engage with a free end, provided that no cards or tickets are placed in the housing.
An aircraft rotor assembly, comprising: a central hub; a plurality of rotor blades coupled to the hub for rotation with the hub about an axis, each blade having a Lock number of approximately 5 or greater; a discrete hinge for each blade, each hinge connecting the associated blade to the hub and configured to allow out-of-plane motion of the associated blade relative to the hub; characterized in that a lead-lag pivot for each blade formed by a flexure coupling the associated blade to the hub, each pivot being a radial distance from the axis and allowing for in-plane lead-lag motion of the associated blade relative to the hub, each pivot allowing for in-plane motion from a neutral position of at least 1 degree in each of the lead and lag directions; wherein elastic deformation of the flexure produces a biasing force for biasing the associated blade toward the neutral position, and wherein the biasing force is selected to achieve a first in-plane frequency of greater than 1/rev for each blade. a central hub; a plurality of rotor blades coupled to the hub for rotation with the hub about an axis, each blade having a Lock number of approximately 5 or greater; a discrete hinge for each blade, each hinge connecting the associated blade to the hub and configured to allow out-of-plane motion of the associated blade relative to the hub; characterized in that a lead-lag pivot for each blade formed by a flexure coupling the associated blade to the hub, each pivot being a radial distance from the axis and allowing for in-plane lead-lag motion of the associated blade relative to the hub, each pivot allowing for in-plane motion from a neutral position of at least 1 degree in each of the lead and lag directions; wherein elastic deformation of the flexure produces a biasing force for biasing the associated blade toward the neutral position, and wherein the biasing force is selected to achieve a first in-plane frequency of greater than 1/rev for each blade.
A method of wireless communication, comprising: receiving, at an access point (104, 204), a first message from a first device, the first message indicating a transmission of a second message from the first device to a second device; receiving, at the access point (104, 204), a third message from the second device, the third message comprising training information for determining a communication channel at the second device; generating, at the access point (104, 204), a beamformed message for transmission based at least in part on the training information such that the transmission of the beamformed message performs nulling of interference at the second device; and scheduling a transmission of the beamformed message from the access point (104, 204) to a third device concurrent with the transmission of the second message. receiving, at an access point (104, 204), a first message from a first device, the first message indicating a transmission of a second message from the first device to a second device; receiving, at the access point (104, 204), a third message from the second device, the third message comprising training information for determining a communication channel at the second device; generating, at the access point (104, 204), a beamformed message for transmission based at least in part on the training information such that the transmission of the beamformed message performs nulling of interference at the second device; and scheduling a transmission of the beamformed message from the access point (104, 204) to a third device concurrent with the transmission of the second message.
A fuel injector for a gas turbine engine the injector comprising a nozzle configured to discharge fuel into a combustion chamber included in the gas turbine engine, a stem coupled to the nozzle and configured to conduct fuel to the nozzle, and a fuel-air heat exchanger integral with the stem to provide cooled air at a discrete circumferential location when the fuel nozzle is used in the gas turbine engine, the fuel-air heat exchanger including a fuel passageway coupled fluidly with the nozzle and a cooling air passageway located along the fuel passageway such that heat is transferred from air flowing through the cooling air passageway to the fuel flowing through the fuel passageway when the fuel nozzle is used in the gas turbine engine characterised in that the fuel-air heat exchanger includes channels arranged between the fuel passageway and the cooling air passageway filled with a heat-exchange medium to form a heat pipe assembly between fuel in the fuel passage and air in the cooling air passage when the fuel injector is in use.
Use of a phosphate-based material as a heat transfer medium or thermal energy storage medium, wherein said phosphate-based material comprises one or more orthophosphates, pyrophosphates, polyphosphates, pure or substituted apatites, and/or phosphate ores, with an O/P atomic ratio comprised between 3 and 4, used alone or in combinations or in a majority mixture of more than 50% by mass with other inert minority solids containing silica, wherein the phosphate(s) of said phosphate-based material consist(s) of anhydrous phosphate(s), and wherein said phosphate-based material is heated to a temperature of at least 130°C.
A method for configuring signaling radio bearers in a wireless communications system comprising: performing a first ciphering procedure for a first Non-Access Stratum message to get a second Non-Access Stratum message; performing the first ciphering procedure for a third Non-Access Stratum message to get a fourth Non-Access Stratum message; generating a Radio Resource Control message, which is not ciphered, in a Radio Resource Control layer; combining the second Non-Access Stratum message with the Radio Resource Control message to form a first concatenated message; performing a second ciphering procedure for the first concatenated message to get a second concatenated message; and not combining the fourth Non-Access Stratum message with any Radio Resource Control message to get a non-concatenated message; wherein the method comprises: performing the second ciphering procedure for the non-concatenated message; transmitting the non-concatenated message on a first signaling radio bearer; and transmitting the second concatenated message on a second signaling radio bearer, which is same as the first signaling radio bearer. performing a first ciphering procedure for a first Non-Access Stratum message to get a second Non-Access Stratum message; performing the first ciphering procedure for a third Non-Access Stratum message to get a fourth Non-Access Stratum message; generating a Radio Resource Control message, which is not ciphered, in a Radio Resource Control layer; combining the second Non-Access Stratum message with the Radio Resource Control message to form a first concatenated message; performing a second ciphering procedure for the first concatenated message to get a second concatenated message; and not combining the fourth Non-Access Stratum message with any Radio Resource Control message to get a non-concatenated message; performing the second ciphering procedure for the non-concatenated message; transmitting the non-concatenated message on a first signaling radio bearer; and transmitting the second concatenated message on a second signaling radio bearer, which is same as the first signaling radio bearer.
A method of manufacturing an article by diffusion bonding, the method comprising the steps of a) assembling first and second component parts having a joint therebetween; b) sealing the joint against infiltration by solid particulate material; and c) applying heat and isostatic pressure via a solid particulate material to form a consolidated joint by diffusion bonding; and characterized in that, in step b), the joint is sealed without causing microstructural change or phase change of the component parts by smearing material from one or both of the component parts (36, 38) across the joint. a) assembling first and second component parts having a joint therebetween; b) sealing the joint against infiltration by solid particulate material; and c) applying heat and isostatic pressure via a solid particulate material to form a consolidated joint by diffusion bonding; and characterized in that, in step b), the joint is sealed without causing microstructural change or phase change of the component parts by smearing material from one or both of the component parts (36, 38) across the joint.
Use of a material comprising a solid matrix based on a silicone polymer, in which are dispersed a hydrogenated inorganic filler and a borated inorganic filler, as a neutrophage material, said silicone polymer being a polysiloxane which is formed with one or several siloxane recurrent units and characterized in that the silicon atom is bound to one or two aromatic groups.
An assembly comprising a flat moulded part made of a thermoplastic material, fastened to or with at least one other or further component by latching or clamping fixation of a fastening element in at least one aligned opening of the moulded part and of the at least one further component, where the fastening element is integrally and flexibly connected to the moulded part via a connecting part.
Surgical implant, comprising - a basic structure (2; 12) having a first face (4; 14), - a resorbable film (6; 16) attached to the first face (4; 14) of the basic structure (2; 12), and - a plurality of protrusions (8; 18; 20; 30; 40; 50; 60; 70) emerging from the film (6; 16) in a direction away from the basic structure (2; 12), - wherein the protrusions (8; 18; 20; 30; 40; 50; 60; 70) comprise a shape defined by a respective body (22; 32; 42; 52; 62; 72) and a respective head (26; 36; 46; 56; 66; 76), the body (22; 32; 42; 52; 62; 72) emerging from the film (6; 16) and terminating in the head (26; 36; 46; 56; 66; 76), and the head (26; 36; 46; 56; 66; 76) projecting laterally with respect to the body (22; 32; 42; 52; 62; 72), characterized in that the protrusions (8; 18; 20; 30; 40; 50; 60; 70) are solid. - a basic structure (2; 12) having a first face (4; 14), - a resorbable film (6; 16) attached to the first face (4; 14) of the basic structure (2; 12), and - a plurality of protrusions (8; 18; 20; 30; 40; 50; 60; 70) emerging from the film (6; 16) in a direction away from the basic structure (2; 12), - wherein the protrusions (8; 18; 20; 30; 40; 50; 60; 70) comprise a shape defined by a respective body (22; 32; 42; 52; 62; 72) and a respective head (26; 36; 46; 56; 66; 76), the body (22; 32; 42; 52; 62; 72) emerging from the film (6; 16) and terminating in the head (26; 36; 46; 56; 66; 76), and the head (26; 36; 46; 56; 66; 76) projecting laterally with respect to the body (22; 32; 42; 52; 62; 72),
An intranasal powder formulation in unit dose form comprising: i) dihydroergotamine or a pharmaceutically acceptable salt thereof from about 0.1 mg to about 10 mg; and ii) a microcrystalline cellulose component comprising at least 15% of the total weight of the intranasal powder formulation. i) dihydroergotamine or a pharmaceutically acceptable salt thereof from about 0.1 mg to about 10 mg; and ii) a microcrystalline cellulose component comprising at least 15% of the total weight of the intranasal powder formulation.
A method for use in a first network node, the method comprising: - receiving capability information associated with a second network node, which has a first transceiver and a second transceiver, the capability information being related to an operation of the first transceiver at a first frequency and the second transceiver at a second frequency; - configuring one or more resources associated with the first transceiver of the second network node based on the received capability information; and - sending an indication of the configured resources to the second network node, wherein the second network node is an Integrated Access Backhaul node, wherein the first transceiver is a distributed unit, wherein the second transceiver is a Mobile Termination, and wherein the capability information includes information on the IAB node's capability for simultaneous DU and MT operation over specific pairs of DU and MT frequencies. - receiving capability information associated with a second network node, which has a first transceiver and a second transceiver, the capability information being related to an operation of the first transceiver at a first frequency and the second transceiver at a second frequency; - configuring one or more resources associated with the first transceiver of the second network node based on the received capability information; and - sending an indication of the configured resources to the second network node, wherein the second network node is an Integrated Access Backhaul node, wherein the first transceiver is a distributed unit, wherein the second transceiver is a Mobile Termination, and wherein the capability information includes information on the IAB node's capability for simultaneous DU and MT operation over specific pairs of DU and MT frequencies.
A method for wireless communications, comprising: transmitting a first Orthogonal Frequency-Division Multiple Access, OFDMA, communications signal to a wireless node in a licensed spectrum; transmitting, concurrently with the transmission of the first OFDMA communications signal, a second OFDMA communications signal to the wireless node in an unlicensed spectrum; receiving a first Single-Carrier Frequency-Division Multiple Access, SC-FDMA, communications signal from the wireless node in the licensed spectrum; receiving, concurrently with the reception of the first SC-FDMA communications signal, a second SC-FDMA communications signal from the wireless node in the unlicensed spectrum; wherein the second SC-FDMA communications signal is confined to an interleaved signal, wherein the interleaved signal increases a nominal bandwidth occupancy in the unlicensed spectrum. transmitting a first Orthogonal Frequency-Division Multiple Access, OFDMA, communications signal to a wireless node in a licensed spectrum; transmitting, concurrently with the transmission of the first OFDMA communications signal, a second OFDMA communications signal to the wireless node in an unlicensed spectrum; receiving a first Single-Carrier Frequency-Division Multiple Access, SC-FDMA, communications signal from the wireless node in the licensed spectrum; receiving, concurrently with the reception of the first SC-FDMA communications signal, a second SC-FDMA communications signal from the wireless node in the unlicensed spectrum; wherein the second SC-FDMA communications signal is confined to an interleaved signal, wherein the interleaved signal increases a nominal bandwidth occupancy in the unlicensed spectrum.
A computer-implemented method comprising: receiving, by a Domain Name System proxy coupled between a shared multi-tenant DNS server and a plurality of virtual networks (306, 308), a DNS request from a virtual network of the plurality of virtual networks, each virtual network of the plurality of virtual networks having a dedicated DNS local namespace; tagging, by the DNS proxy, a separating identifier to the DNS request, wherein the separating identifier identifies the virtual network; and forwarding, by the DNS proxy, the DNS request to the shared multi-tenant DNS server, the shared multi-tenant DNS server storing DNS data for each virtual network of the plurality of virtual networks. receiving, by a Domain Name System proxy coupled between a shared multi-tenant DNS server and a plurality of virtual networks (306, 308), a DNS request from a virtual network of the plurality of virtual networks, each virtual network of the plurality of virtual networks having a dedicated DNS local namespace; tagging, by the DNS proxy, a separating identifier to the DNS request, wherein the separating identifier identifies the virtual network; and forwarding, by the DNS proxy, the DNS request to the shared multi-tenant DNS server, the shared multi-tenant DNS server storing DNS data for each virtual network of the plurality of virtual networks.
A method for determining a routing policy, wherein the method comprises: determining a time range that a user is currently in; determining, according to a routing policy adjustment calendar, network requirement information that is set by the user for the time range, wherein the network requirement information comprises M network requirements, and M weighted values that are in a one-to-one correspondence with the M network requirements, wherein M is a positive integer, and the M weighted values are used to measure requirement levels of the user for the M network requirements; and configuring, for the user within the time range, a routing policy that corresponds to the network requirement information and satisfies the M network requirements, wherein the routing policy adjustment calendar comprises the network requirement information corresponding to the time range, and the routing policy corresponding to the network requirement information, wherein multiple different network requirement indicators of the user are mapped to a uniform scale for comparing calculation results of a same routing policy. determining a time range that a user is currently in; determining, according to a routing policy adjustment calendar, network requirement information that is set by the user for the time range, wherein the network requirement information comprises M network requirements, and M weighted values that are in a one-to-one correspondence with the M network requirements, wherein M is a positive integer, and the M weighted values are used to measure requirement levels of the user for the M network requirements; and configuring, for the user within the time range, a routing policy that corresponds to the network requirement information and satisfies the M network requirements, wherein the routing policy adjustment calendar comprises the network requirement information corresponding to the time range, and the routing policy corresponding to the network requirement information, wherein multiple different network requirement indicators of the user are mapped to a uniform scale for comparing calculation results of a same routing policy.
Device (19; 219; 231) for analyzing at least one hydrocarbon contained in a drilling fluid, comprising: - an extractor for continuously extracting gases contained in the drilling fluid, the extractor having an outlet at which the gas stream is sampled, the gas stream containing at least one hydrocarbon to be analyzed and at least one interfering compound; - a transport line, connected to the outlet of the extractor to transport the gas stream; - an analyzer (55A; 55B) comprising a detector able to measure the hydrocarbons to be analyzed in the gas stream; - a chemical reactor located between the extractor and the detector and receiving at least part of the gas stream, the chemical reactor being able to carry out a selective catalytic reaction of at least one interfering compound present in the gas stream without any substantial reaction of at least one of the hydrocarbons to be analyzed; characterized in that the chemical reactor comprises a UV light unit adapted to carry out a selective photo- oxidation of the at least one interfering compound. - an extractor for continuously extracting gases contained in the drilling fluid, the extractor having an outlet at which the gas stream is sampled, the gas stream containing at least one hydrocarbon to be analyzed and at least one interfering compound; - a transport line, connected to the outlet of the extractor to transport the gas stream; - an analyzer (55A; 55B) comprising a detector able to measure the hydrocarbons to be analyzed in the gas stream; - a chemical reactor located between the extractor and the detector and receiving at least part of the gas stream, the chemical reactor being able to carry out a selective catalytic reaction of at least one interfering compound present in the gas stream without any substantial reaction of at least one of the hydrocarbons to be analyzed; characterized in that the chemical reactor comprises a UV light unit adapted to carry out a selective photo- oxidation of the at least one interfering compound.