mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication by an apparatus for wireless communication at a user equipment, UE, comprising: identifying that the UE is operating in a dual-subscription mode that includes a first subscription and a second subscription and that the UE includes an application that is requesting to establish a data connection in accordance with an access preference rule for the application; determining that the access preference rule lacks a match among policies of a first route selection policy associated with the first subscription; evaluating, based at least in part on the lack of the match among policies of the first route selection policy, a second route selection policy associated with the second subscription for a matching policy that matches the access preference rule; and establishing the data connection after evaluating the second route selection policy. identifying that the UE is operating in a dual-subscription mode that includes a first subscription and a second subscription and that the UE includes an application that is requesting to establish a data connection in accordance with an access preference rule for the application; determining that the access preference rule lacks a match among policies of a first route selection policy associated with the first subscription; evaluating, based at least in part on the lack of the match among policies of the first route selection policy, a second route selection policy associated with the second subscription for a matching policy that matches the access preference rule; and establishing the data connection after evaluating the second route selection policy.
A spindle nut assembly for affixing a hub assembly to a spindle, the spindle having an external thread, the spindle nut assembly comprising; a washer having a plurality of openings, the washer disposed on the spindle to abut the hub assembly; a retaining nut abutting the washer, the retaining nut having an internal thread engaging the external thread of the spindle to affix the hub assembly against axially outward displacement; a locking ring attached to the retaining nut; wherein the retaining nut further has an aperture; and characterised in that said locking ring has a pin for extending through the aperture of the retaining nut to engage at least one of the plurality of openings in the washer, wherein said locking ring is a snap ring or a push-on retaining ring.
An auto thermal valve for dual mode passive cooling flow modulation, comprising: a gas flow inlet port (44, 144, 244); a gas flow outlet port (46, 146, 246); a temperature dependent expandable element (50, 150); a rod (54, 154) coupled to the temperature expandable element (50, 150); and a valve disc (56, 156, 256) coupled to a distal end of the rod (54, 154), the temperature dependent expandable element (50, 150) displacing the valve disc (56, 156, 256) in response to a change in temperature; characterized in that, the valve disc (56, 156, 256) is displaced away from a valve seat (60, 160, 260) by the temperature dependent expandable element (50, 150) at temperatures above and below a range of temperatures to allow a flow of cooling gas to pass from the gas flow inlet port (44, 144, 244) to the gas flow outlet port (46, 146, 246). a gas flow inlet port (44, 144, 244); a gas flow outlet port (46, 146, 246); a temperature dependent expandable element (50, 150); a rod (54, 154) coupled to the temperature expandable element (50, 150); and a valve disc (56, 156, 256) coupled to a distal end of the rod (54, 154), the temperature dependent expandable element (50, 150) displacing the valve disc (56, 156, 256) in response to a change in temperature; characterized in that, the valve disc (56, 156, 256) is displaced away from a valve seat (60, 160, 260) by the temperature dependent expandable element (50, 150) at temperatures above and below a range of temperatures to allow a flow of cooling gas to pass from the gas flow inlet port (44, 144, 244) to the gas flow outlet port (46, 146, 246).
A method for the preparation of a composite characterized in that said method comprises: a step for coordinating an organic ligand and optionally an anionic ligand with a metal ion or a metal ion cluster to which oxygen is bonded, to synthesizing a crystalline hybrid nanoporous material powder; a step for mixing and stirring said synthesized crystalline hybrid nanoporous material powder with a solvent and 0.1 to 15% by weight of at least one organic polymeric additive and optionally at least one inorganic additive, based on the weight of the crystalline hybrid nanoporous material powder, to obtain a mixture; a step for mechanically pulverizing said mixture to obtain a powder lump having a size of 0.1 to 100 mm; a step for rotating or rotating-translating and shaping said powder lump without mechanical compaction to a spherical or egg shape, and a step for subjecting said shaped powder lump to a heat treatment, a chemical reaction treatment, a microwave or ultrasonic wave treatment to remove the solvent contained in the shaped powder lump. a step for coordinating an organic ligand and optionally an anionic ligand with a metal ion or a metal ion cluster to which oxygen is bonded, to synthesizing a crystalline hybrid nanoporous material powder; a step for mixing and stirring said synthesized crystalline hybrid nanoporous material powder with a solvent and 0.1 to 15% by weight of at least one organic polymeric additive and optionally at least one inorganic additive, based on the weight of the crystalline hybrid nanoporous material powder, to obtain a mixture; a step for mechanically pulverizing said mixture to obtain a powder lump having a size of 0.1 to 100 mm; a step for rotating or rotating-translating and shaping said powder lump without mechanical compaction to a spherical or egg shape, and a step for subjecting said shaped powder lump to a heat treatment, a chemical reaction treatment, a microwave or ultrasonic wave treatment to remove the solvent contained in the shaped powder lump.
Energy transmission apparatus (1, 12, 13), comprising at least one energy input device and at least one energy generation device (4, 5) implemented as a piezoelectric element device, characterised in that the at least one energy input device is implemented at least partially as an electrical magnetic field generation device, and is implemented and arranged in such a way that it works at least partially and/or at least some of the time under the active mediation of an external magnetic field in order to exercise a Lorentz force on the at least one energy generation device (4, 5).
A coupler having a body portion and a linearly movable rail, arranged to be moved by an actuator, the body portion comprising an open jaw arranged to receive a mounting formation of a tool, the rail having a first position in which the rail is retracted relative to the open jaw and in which a mounting formation can enter a recess defined by the jaw, and an advanced position in which the rail restricts the opening to the jaw, thereby arranged to trap, in use, the mounting formation in the recess; the coupler further comprising a safety hook characterised in that the safety hook extends from the rail and is adapted in use to extend across the opening to the mounting formation receiving-aperture and retain the mounting formation; and wherein the safety hook comprises a recess surface, which is arranged in use to provide a wide enough gap between the end of the jaw and the recess surface to allow entry or exit of the mounting formation into the recess of the jaw, when the recess surface is aligned opposite the end of the jaw.
A wireless device, WD, configured to communicate with a network node, the wireless device comprising a radio interface and processing circuitry configured to: implement a Random Access Response, RAR, window, a time length of the RAR window being configurable to correspond to a fraction or multiple of a slot in a frame and wherein the time length of the RAR window is based on a Physical Random Access Channel, PRACH, preamble format; wherein the time length of the RAR window is a minimum time length and the minimum time length is less than a slot duration; and receive a RAR using the implemented RAR window. implement a Random Access Response, RAR, window, a time length of the RAR window being configurable to correspond to a fraction or multiple of a slot in a frame and wherein the time length of the RAR window is based on a Physical Random Access Channel, PRACH, preamble format; wherein the time length of the RAR window is a minimum time length and the minimum time length is less than a slot duration; and receive a RAR using the implemented RAR window.
Process for enhancing the color intensity of a colored molded UHMWPE article comprising the steps of a) providing an UHMWPE, a coloring agent being a dye or a pigment and a color enhancer, b) molding the UHMWPE into a molded UHMWPE article, c) adding the color enhancer to the UHMWPE before or during the molding step and d) adding the coloring agent to the UHMWPE before, during or after the molding step, wherein the color enhancer is of a material with a hardness higher than the hardness of the molded article measured in the absence of the color enhancer, the material used to produce the color enhancer having a Moh's hardness of at least 2.5. a) providing an UHMWPE, a coloring agent being a dye or a pigment and a color enhancer, b) molding the UHMWPE into a molded UHMWPE article, c) adding the color enhancer to the UHMWPE before or during the molding step and d) adding the coloring agent to the UHMWPE before, during or after the molding step,
A control device that is configured to perform control for boundary routers, which are installed in plural locations mutually connected via a virtual network and which relay communication between devices in the locations and an external network, the control device comprising: a Network Address Translation, NAT, setting unit that is configured to perform, when concentration of packets at a device in any of the locations is detected, where a victim device is the device where concentration of packets has been detected, for a boundary router of each location other than a location that the victim device belongs to, setting of network address translation of an IP address of the victim device; a redirection setting unit that is configured to perform setting for a redirecting device installed in any of the locations, such that the redirecting device redirects access to the redirecting device, to a host under a boundary router of any of the locations other than the location that the victim device belongs to; and a NAT changing unit that is configured to change, after the redirection has been set, a private IP address of the victim device in a NAT setting of a boundary router of the location that the victim device belongs to, to a private IP address of the redirecting device. a Network Address Translation, NAT, setting unit that is configured to perform, when concentration of packets at a device in any of the locations is detected, where a victim device is the device where concentration of packets has been detected, for a boundary router of each location other than a location that the victim device belongs to, setting of network address translation of an IP address of the victim device; a redirection setting unit that is configured to perform setting for a redirecting device installed in any of the locations, such that the redirecting device redirects access to the redirecting device, to a host under a boundary router of any of the locations other than the location that the victim device belongs to; and a NAT changing unit that is configured to change, after the redirection has been set, a private IP address of the victim device in a NAT setting of a boundary router of the location that the victim device belongs to, to a private IP address of the redirecting device.
System for evaporating a cryogenically stored fuel using heat generated in the region of a fuel consumer, having: - an evaporator device for the evaporation of fuel drawn from a fuel tank by introduction of evaporation heat, - a gas line device for conducting the evaporated fuel to said consumer, - a heat transfer system for receiving heat, and - a fuel heat exchanger device which is flowed through by a heat transfer fluid and which forms part of the evaporator device and which serves for providing the evaporation heat by means of a heat flow drawn from the heat transfer system, wherein the fuel heat exchanger device is thermally coupled to the consumer-side heat transfer system via an intermediate heat exchanger, characterized in that - the heat transfer system is provided in the region of the consumer and serves for receiving heat generated in the region of the consumer, and - the fuel heat exchanger device is coupled to the heat transfer system via a feed section and a return section such that the throughput of the heat transfer fluid through the fuel heat exchanger device that is required for the introduction of the evaporation heat can be set to differ from the fluid throughput through the feed section and/or the return section. - an evaporator device for the evaporation of fuel drawn from a fuel tank by introduction of evaporation heat, - a gas line device for conducting the evaporated fuel to said consumer, - a heat transfer system for receiving heat, and - a fuel heat exchanger device which is flowed through by a heat transfer fluid and which forms part of the evaporator device and which serves for providing the evaporation heat by means of a heat flow drawn from the heat transfer system, wherein the fuel heat exchanger device is thermally coupled to the consumer-side heat transfer system via an intermediate heat exchanger, characterized in that - the heat transfer system is provided in the region of the consumer and serves for receiving heat generated in the region of the consumer, and - the fuel heat exchanger device is coupled to the heat transfer system via a feed section and a return section such that the throughput of the heat transfer fluid through the fuel heat exchanger device that is required for the introduction of the evaporation heat can be set to differ from the fluid throughput through the feed section and/or the return section.
An antibody fragment specifically recognizing an immune complex between tetrahydrocannabinol and anti-THC, and comprising the complementary determining regions (CDRs) of an antibody light chain and heavy chain, wherein said light chain regions have the amino acid sequences of amino acids 23-35, 51-57, and 93-100 of SEQ ID NO:3, and said heavy chain regions have the amino acid sequences of amino acids 29-35, 50-60 and 99-109 of SEQ ID NO:4.
A method for building a tower, in particular a tower for a wind turbine, wherein the tower is composed of a multiplicity of tower elements arranged one above another, wherein a flat foundation base is firstly created, wherein a multiplicity of lifting devices can be displaced or traversed on the foundation base, wherein at least a subset of the lifting devices is fixed onto a first tower element, and wherein the said first tower element is then raised with the aid of the said lifting devices, wherein a second tower element is then arranged underneath the first tower element, wherein at least a subset of the lifting devices is fixed onto the second tower element, and wherein the assembly comprising the first tower element and the second tower element is then raised with the aid of the lifting devices, and wherein thereupon a third tower element (1") is preferably arranged underneath the assembly comprising the first tower element and the second tower element, and so on.
An acoustic structure comprising: a core comprising a plurality of cells, wherein each cell has an inner surface and at least one septum; characterised in that: the inner surface has a hole forming an engaging structure to receive a corresponding engaging structure of the septum, wherein the engaging structure of the septum protrudes through the hole in the inner surface thereby positioning the septum with respect to the core. a core comprising a plurality of cells, wherein each cell has an inner surface and at least one septum; characterised in that: the inner surface has a hole forming an engaging structure to receive a corresponding engaging structure of the septum, wherein the engaging structure of the septum protrudes through the hole in the inner surface thereby positioning the septum with respect to the core.
Warp knitting needle for a warp knitting machine having a shank and having a needle hook, wherein the needle hook forms a catch space for catching a warp yarn, wherein the needle hook has a stem portion adjoining on the shank, a transition portion adjoining on the stem portion, and an end portion adjoining on the transition portion, wherein a first interface between the shank and the stem portion of the needle hook lies in a first plane, wherein a second interface between the stem portion of the needle hook and the transition portion of the needle hook lies in a second plane, wherein a third interface between the transition portion of the needle hook and the end portion of the needle hook lies in the second plane, wherein the first plane is aligned perpendicularly to a longitudinal axis of the warp knitting needle and is tangent to the end portion, and wherein the second plane is aligned perpendicularly to the longitudinal axis of the warp knitting needle and is tangent to a profile curve which runs in a profile view of the warp knitting needle between the catch space and the needle hook, wherein the end portion has a first diameter which forms a maximum diameter of the end portion, wherein the transition portion has a second diameter, which forms a minimum diameter of the transition portion, and wherein the second diameter is at least 1.3 times as great as the first diameter, characterised in that a catch space depth of the catch space, which catch space depth is defined by a distance between the first plane and the second plane, is at least as great as the second diameter.
A process for producing a toner for development of electrostatic images, comprising the following steps to: step: mixing and emulsifying a releasing agent and a dispersion of resin particles comprising a polyester in an amount of not less than 90% by mass on the basis of a resin component in the resin particles to obtain a dispersion of releasing agent particles; step: mixing and aggregating the dispersion of the releasing agent particles obtained in the step and a dispersion of resin particles comprising a polyester in an amount of not less than 90% by mass on the basis of a resin component in the resin particles to obtain aggregated particles; and step: coalescing the aggregated particles obtained in the step to obtain coalesced particles, in which an acid component constituting the polyester in the resin particles comprises an aliphatic carboxylic acid; the resin particles have a volume median particle size - which is measured by the method as defined in the description-of not less than 0.02 μm and not more than 0.50 μm; and a content of a surfactant in the dispersion of the releasing agent particles is not more than 0.5 part by mass on the basis of 100 parts by mass of the releasing agent. step: mixing and emulsifying a releasing agent and a dispersion of resin particles comprising a polyester in an amount of not less than 90% by mass on the basis of a resin component in the resin particles to obtain a dispersion of releasing agent particles; step: mixing and aggregating the dispersion of the releasing agent particles obtained in the step and a dispersion of resin particles comprising a polyester in an amount of not less than 90% by mass on the basis of a resin component in the resin particles to obtain aggregated particles; and step: coalescing the aggregated particles obtained in the step to obtain coalesced particles, in which an acid component constituting the polyester in the resin particles comprises an aliphatic carboxylic acid; the resin particles have a volume median particle size - which is measured by the method as defined in the description-of not less than 0.02 μm and not more than 0.50 μm; and a content of a surfactant in the dispersion of the releasing agent particles is not more than 0.5 part by mass on the basis of 100 parts by mass of the releasing agent.
A glass fiber composition, characterized by, comprising the following components expressed as percentage by weight: SiO 2 58-64% Al 2 O 3 14-19% CaO ≥8.8% and <11.8% MgO 7.5-11% SrO 0.2-2.7% Na 2 O+K 2 O 0.1-2% Li 2 O 0.05-0.9% Fe 2 O 3 0.05-1% TiO 2 0.05-1.1% F 2 <0.5% wherein, the range of the weight percentage ratio C1 = (MgO+SrO)/CaO is 0.75-1.1 and the range of the weight percentage ratio C2 = CaO/MgO is less than 1.4.
A bending-insensitive, radiation-resistant single-mode optical fiber, sequentially comprising, from inside to outside, a core, inner claddings and an outer cladding which are all made from a quartz material; wherein the inner claddings comprise, from inside to outside, a first fluorine-doped inner cladding and a second fluorine-doped inner cladding; and the core and the first fluorine-doped inner cladding comprise a first concentration of metal impurities other than germanium and a second concentration of phosphorus, said first and second concentrations are less than 0.1 ppm; by mass percent, the core has a chlorine content of 0.01-0.10 %; the first fluorine-doped inner cladding has a fluorine concentration of 1.00-1.55 %; and the second fluorine-doped inner cladding has a fluorine concentration of 3.03-5.00 %; characterized in that by mass percent, the core has a fluorine dopant content of 0.2-0.45%, the core and the first fluorine-doped inner cladding are not doped with germanium, a first radius R1 of the core is 3.9 - 4.3 μm, a second radius R2 of the first fluorine-doped inner cladding is 5 - 30 μm, and a third radius R3 of the second fluorine-doped inner cladding is 22 - 46 μm. by mass percent, the core has a fluorine dopant content of 0.2-0.45%, the core and the first fluorine-doped inner cladding are not doped with germanium, a first radius R1 of the core is 3.9 - 4.3 μm, a second radius R2 of the first fluorine-doped inner cladding is 5 - 30 μm, and a third radius R3 of the second fluorine-doped inner cladding is 22 - 46 μm.
A method of repairing the surface of a formwork panel, which is a composite laminated panel, characterised by the steps of - destructively removing a proportion of a thickness of an outer layer of the composite laminated formwork panel, and - providing a new coating on the formwork panel. - destructively removing a proportion of a thickness of an outer layer of the composite laminated formwork panel, and - providing a new coating on the formwork panel.
Wearing course for distribution on gravel roads, characterized in that the material of said wearing course comprises wearing course gravel with a grain size of 0-18 mm mixed together with a mixture of clay and lignine in the form of a powder or a granulate.
A composition comprising: 1) 5 to 20% by wt. of a surfactant system comprising: a) alkali metal alkyl isethionate; b) alkali metal alkyl taurate; and c) amphoteric, preferably alkyl betaine, wherein weight ratio of (a) to (b) Is 1:1.5 to 1:6 (R=0.667 to 0.166), wherein ratio of (a) and (b)/(c) is 1:1 to 9:1; and 2) 20 to 60% by wt. glycerol. 1) 5 to 20% by wt. of a surfactant system comprising: a) alkali metal alkyl isethionate; b) alkali metal alkyl taurate; and c) amphoteric, preferably alkyl betaine, wherein weight ratio of (a) to (b) Is 1:1.5 to 1:6 (R=0.667 to 0.166), wherein ratio of (a) and (b)/(c) is 1:1 to 9:1; and a) alkali metal alkyl isethionate; b) alkali metal alkyl taurate; and c) amphoteric, preferably alkyl betaine, 2) 20 to 60% by wt. glycerol.