mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a network node storing a context for at least one unmanned aerial system, the method comprising: receiving a notification including information indicative of an identifier of an unmanned aerial system and of a change of serving anchor node, in a wireless communication system of which the network node and the at least one unmanned aerial system are part, for the unmanned aerial system corresponding to the identifier to a second anchor node in the wireless communication system, wherein an anchor node is one of an access and mobility management function node or a session management function node; and updating a stored context for the unmanned aerial system, the stored context including a first anchor node as a serving anchor node for the unmanned aerial system, to indicate the second anchor node as the serving anchor node. receiving a notification including information indicative of an identifier of an unmanned aerial system and of a change of serving anchor node, in a wireless communication system of which the network node and the at least one unmanned aerial system are part, for the unmanned aerial system corresponding to the identifier to a second anchor node in the wireless communication system, wherein an anchor node is one of an access and mobility management function node or a session management function node; and updating a stored context for the unmanned aerial system, the stored context including a first anchor node as a serving anchor node for the unmanned aerial system, to indicate the second anchor node as the serving anchor node.
A method of transferring thermal storage media (32, 232) from a media store (30A, 30B, 30C, 30D, 230A, 230B, 230C, 230D) to a heat exchange chamber (16A, 16B, 216A, 216B), or vice versa, across a pressure differential, in a pumped heat energy storage apparatus (1, 200), the pumped heat energy storage apparatus comprising: at least one transfer chamber (236A, 236B, 236C, 236D, 244A, 244B, 244C, 244D); at least one working chamber (236A, 236B, 236C, 236D, 244A, 244B, 244C, 244D); and a working fluid circulation pathway (8, 14, 16A, 20, 10, 22, 16B, 24, 8, 208, 214, 216A, 220, 210, 222, 216B, 224, 208), the working fluid circulation pathway comprising a heat exchanger (18A, 18B, 218A, 218B) which comprises the heat exchange chamber, wherein the thermal storage media is a solid and the working fluid is brought into direct contact, as a gas, with the thermal storage media in the heat exchange chamber and thereby transfers heat to or from the thermal storage media, and wherein the method comprises receiving thermal storage media into the at least one transfer chamber in the presence of gaseous working fluid, and further comprises the step of decreasing or increasing the volume of the at least one working chamber to thereby compress or expand working fluid in the at least one transfer chamber while the at least one transfer chamber is fluidically connected to the at least one working chamber, characterised in that the method comprises recovering energy from the work done by working fluid on the at least one working chamber while the working fluid expands. at least one transfer chamber (236A, 236B, 236C, 236D, 244A, 244B, 244C, 244D); at least one working chamber (236A, 236B, 236C, 236D, 244A, 244B, 244C, 244D); and a working fluid circulation pathway (8, 14, 16A, 20, 10, 22, 16B, 24, 8, 208, 214, 216A, 220, 210, 222, 216B, 224, 208), the working fluid circulation pathway comprising a heat exchanger (18A, 18B, 218A, 218B) which comprises the heat exchange chamber, wherein the thermal storage media is a solid and the working fluid is brought into direct contact, as a gas, with the thermal storage media in the heat exchange chamber and thereby transfers heat to or from the thermal storage media, and wherein the method comprises receiving thermal storage media into the at least one transfer chamber in the presence of gaseous working fluid, and further comprises the step of decreasing or increasing the volume of the at least one working chamber to thereby compress or expand working fluid in the at least one transfer chamber while the at least one transfer chamber is fluidically connected to the at least one working chamber, characterised in that the method comprises recovering energy from the work done by working fluid on the at least one working chamber while the working fluid expands.
A hot water use warning device configured for attachment to a faucet, comprising a water carrying conduit, a housing inner core and a collection of reversible thermochromic pigments having substantially equal activation temperatures and annularly distributed in a ring shaped thermochromic belt along the outer circumference of the water carrying conduit; wherein said thermochromic belt is substantially symmetrically placed with respect to the general flow path of water in said water carrying conduit, whereby heating of said reversible thermochromic pigments to a predetermined temperature occurs at approximately equal times and is regardless of the rotational alignment around the flow path axis of said thermochromic belt and, wherein said thermochromic belt comprises a low heat conducting material circumferentially encircling the housing inner core having a high heat conductance, whereby a delayed color change of said reversible thermochromic pigments is substantially controllable by varying the thickness of said thermochromic belt, characterized in that said thermochromic belt consists of a composite material having at least one high heat conducting material arranged as part of a layered concentric ring-like structure comprising said low heat conducting material, whereby an evening out effect of heat gradients is achieved. a collection of reversible thermochromic pigments having substantially equal activation temperatures and annularly distributed in a ring shaped thermochromic belt along the outer circumference of the water carrying conduit; wherein said thermochromic belt is substantially symmetrically placed with respect to the general flow path of water in said water carrying conduit, whereby heating of said reversible thermochromic pigments to a predetermined temperature occurs at approximately equal times and is regardless of the rotational alignment around the flow path axis of said thermochromic belt and, wherein said thermochromic belt comprises a low heat conducting material circumferentially encircling the housing inner core having a high heat conductance, whereby a delayed color change of said reversible thermochromic pigments is substantially controllable by varying the thickness of said thermochromic belt, characterized in that said thermochromic belt consists of a composite material having at least one high heat conducting material arranged as part of a layered concentric ring-like structure comprising said low heat conducting material, whereby an evening out effect of heat gradients is achieved.
A reception apparatus comprising: • reception means for receiving an orthogonal frequency division multiplexing signal known as an OFDM signal formed by modulating common packet sequences and data packet sequences, said common packet sequences being made up of packets common to a plurality of streams, said data packet sequences being constituted by packets unique to each of said plurality of streams; • acquisition means (12, 13) for acquiring decoding information for decoding the original streams from said common packet sequences and said data packet sequences obtained by demodulating the received OFDM signal; and • search means (16, 31) for searching for the common packet sequence needed to decode the original streams from the designated data packet sequence on the basis of the acquired decoding information, characterized by • a storage means (33 1 - 33 n) storing the decoding information about the acquired common packet sequence until the decoding information about said designated data packet sequence is acquired; and further characterized in that the search means (16, 31) is configured such that when the decoding information about said designated data packet sequence is acquired, said search means searches the stored decoding information about said common packet sequences for the decoding information identified by the decoding information about the acquired data packet sequences. • reception means for receiving an orthogonal frequency division multiplexing signal known as an OFDM signal formed by modulating common packet sequences and data packet sequences, said common packet sequences being made up of packets common to a plurality of streams, said data packet sequences being constituted by packets unique to each of said plurality of streams; • acquisition means (12, 13) for acquiring decoding information for decoding the original streams from said common packet sequences and said data packet sequences obtained by demodulating the received OFDM signal; and • search means (16, 31) for searching for the common packet sequence needed to decode the original streams from the designated data packet sequence on the basis of the acquired decoding information, characterized by • a storage means (33 1 - 33 n) storing the decoding information about the acquired common packet sequence until the decoding information about said designated data packet sequence is acquired;
A split-and-mix method for synthesising a library of small molecules, wherein nascent bifunctional complexes are dispensed in separate compartments and exposed to a different reactant in each compartment, wherein said different reactant reacts with at least one reactive group of a chemical reaction site of a nascent bifunctional complex, wherein single stranded nucleic acid tags identifying reactants are pre-prepared and assembled into a final, single stranded identifier oligonucleotide by chemical or enzymatic ligation, and wherein the single stranded identifier oligonucleotide is at least partly hybridised to single stranded nucleic acid anti-tags, wherein the nucleic acid anti-tags are not covalently linked to each other.
A utility vehicle equipped with driving wheels attached to a chassis to run about a working area, the vehicle having a contact sensor configured to detect contact with an obstacle from displacement between the chassis and a cover attached to the chassis, wherein the contact sensor comprises: a plate that is attached to the cover and disposed in a space formed between the chassis and the cover and extends horizontally, the plate being attached to the chassis with elastic members; a detection element that is disposed between the plate and the chassis and generates an output indicating the displacement between the plate and the chassis; and a detector connected to the detection element to detect the contact with the obstacle based on the outputs of the detection element, characterized in that the elastic members comprise wires that loosely connect the plate to the chassis. a plate that is attached to the cover and disposed in a space formed between the chassis and the cover and extends horizontally, the plate being attached to the chassis with elastic members; a detection element that is disposed between the plate and the chassis and generates an output indicating the displacement between the plate and the chassis; and a detector connected to the detection element to detect the contact with the obstacle based on the outputs of the detection element, characterized in that the elastic members comprise wires that loosely connect the plate to the chassis.
A method for producing an atom trap comprising the steps: (a) depositing an electrically conductive starting layer onto a substrate, (b) depositing at least one electric conductor element to the starting layer by means of electro-chemical deposition and/or a lift-off method, (c) depositing at least one contacting element by means of electro-chemical deposition and/or a lift-off method, such that the at least one contacting element is connected to the at least one electric conductor element in an electrically conductive manner, (d) removing the starting layer in regions in which no electric conductor element has been applied, (e) depositing an insulation layer that at least partially covers the at least one electric conductor element and the at least one contacting element, (f) planarizing the insulation layer and exposing the at least one contacting element, and (g) depositing at least one additional electric conductor element by means of electro-chemical deposition and/or a lift-off method, such that the at least one additional electric conductor element is connected to the at least one contacting element in an electrically conductive manner. (a) depositing an electrically conductive starting layer onto a substrate, (b) depositing at least one electric conductor element to the starting layer by means of electro-chemical deposition and/or a lift-off method, (c) depositing at least one contacting element by means of electro-chemical deposition and/or a lift-off method, such that the at least one contacting element is connected to the at least one electric conductor element in an electrically conductive manner, (d) removing the starting layer in regions in which no electric conductor element has been applied, (e) depositing an insulation layer that at least partially covers the at least one electric conductor element and the at least one contacting element, (f) planarizing the insulation layer and exposing the at least one contacting element, and (g) depositing at least one additional electric conductor element by means of electro-chemical deposition and/or a lift-off method, such that the at least one additional electric conductor element is connected to the at least one contacting element in an electrically conductive manner.
An insulating support assembly for a catenary adapted for powering an electrical vehicle, notably a tram or a trolleybus, comprising at least: - a base part which is adapted to connect the insulating support assembly to a section insulator of the catenary; - a suspension insulator which extends from the base part along a reference axis; and - a suspension device; characterized in that the suspension device is suitable to be hung to a supporting pole of the catenary, and wherein the suspension device is connected to an upper part of and is movable relative to the suspension insulator. - a base part which is adapted to connect the insulating support assembly to a section insulator of the catenary; - a suspension insulator which extends from the base part along a reference axis; and - a suspension device;
Process for cladding a metal part of an aircraft turbojet, said metal part comprising a plurality of metal portions (203; 204) to be cladded, said process using a nozzle emitting a laser beam or an electron beam that will melt a sprayed powder thus cladding said metal parts (203; 204) to be cladded, characterised in that said process comprises the following different steps: - put the metal part comprising the plurality of metal portions (203; 204) to be cladded in position on a turntable; - put a lid in position on the turntable, all of said metal part being positioned under said lid; - insert the nozzle into an opening present in the lid; - inject a neutral gas under the lid; - clad a first portion of the plurality of metal portions of the metal part by performing a metallic powder spray operation, a laser beam emission operation to clad said first metal portion, and a relative displacement operation of the nozzle relative to said first metal part following a predetermined cladding trajectory. - put the metal part comprising the plurality of metal portions (203; 204) to be cladded in position on a turntable; - put a lid in position on the turntable, all of said metal part being positioned under said lid; - insert the nozzle into an opening present in the lid; - inject a neutral gas under the lid; - clad a first portion of the plurality of metal portions of the metal part by performing a metallic powder spray operation, a laser beam emission operation to clad said first metal portion, and a relative displacement operation of the nozzle relative to said first metal part following a predetermined cladding trajectory.
A cochlear implant headpiece for use with a cochlear implant, the cochlear implant headpiece comprising: a housing including a bottom wall that, in use, is configured to face the cochlear implant and a magnet receptacle and defining an axis that extends through the magnet receptacle in a direction perpendicular to the bottom wall, the magnet receptacle including an open top end and a closed bottom end defined by the bottom wall and defining a non-circular shape in a plane perpendicular to the axis; a headpiece magnet (110-1, 110-2, 110-3, 110-4, 110a-1, 110a-2, 110a-3, 110a-4), defining the non-circular shape in a plane perpendicular to the axis, removably located within the magnet receptacle; and a headpiece antenna carried by the housing. a housing including a bottom wall that, in use, is configured to face the cochlear implant and a magnet receptacle and defining an axis that extends through the magnet receptacle in a direction perpendicular to the bottom wall, the magnet receptacle including an open top end and a closed bottom end defined by the bottom wall and defining a non-circular shape in a plane perpendicular to the axis; a headpiece magnet (110-1, 110-2, 110-3, 110-4, 110a-1, 110a-2, 110a-3, 110a-4), defining the non-circular shape in a plane perpendicular to the axis, removably located within the magnet receptacle; and a headpiece antenna carried by the housing.
Device for mechanically grasping and setting down impact-sensitive plates, such as flat glass, of various formats on at least one stack arrangement such that they are ready for dispatch, wherein a control device in the form of a multi-axis robot arm has a gripping device and means for mechanically gripping the plates, the gripping device has means for determining the positional coordinates of the set-down position, and the gripping device has means for guiding the plates to the set-down position and depositing said plates there, characterized in that a) the gripping device is coupled to the control device such that it is suspended in an inclined position by means of an adjustable damping device, b) the gripping device has slides for displacing the means for mechanically gripping the plates, c) the gripping device has means for determining the geometric dimensions of the plates to be grasped and for determining the set-down position of these plates a) the gripping device is coupled to the control device such that it is suspended in an inclined position by means of an adjustable damping device, b) the gripping device has slides for displacing the means for mechanically gripping the plates, c) the gripping device has means for determining the geometric dimensions of the plates to be grasped and for determining the set-down position of these plates
A method of operating a network node, comprising: - receiving, from a communication device, a beamforming capability of the communication device, the beamforming capability being indicative of a capability to group one or more beams based on their relative spatial arrangement, - determining configuration information for one or more beams (301-309, 316) to be used for communicating at least one pilot signal, based on the beamforming capability, - transmitting, to the communication device, the configuration information for one or more beams (301-309, 316), and - communicating at least one pilot signal (152, 4003, 4013) on the one or more beams (301-309, 316) and in accordance with the configuration information. - receiving, from a communication device, a beamforming capability of the communication device, the beamforming capability being indicative of a capability to group one or more beams based on their relative spatial arrangement, - determining configuration information for one or more beams (301-309, 316) to be used for communicating at least one pilot signal, based on the beamforming capability, - transmitting, to the communication device, the configuration information for one or more beams (301-309, 316), and - communicating at least one pilot signal (152, 4003, 4013) on the one or more beams (301-309, 316) and in accordance with the configuration information.
A light source (2, 2a, 2b) for a coded lighting system, comprising: a light detector arranged to receive light and to determine a received intensity level I m of the received light; and a light decoder having access to information pertaining to a light effect pattern f(t) and being arranged to: - from said received light, decode a coded light message embedded in said received light, - in said decoded coded light message identify a timestamp, - from said determined intensity level, said timestamp, and said information pertaining to said light effect pattern, determine a distance value to an emission point of said received light. a light detector arranged to receive light and to determine a received intensity level I m of the received light; and a light decoder having access to information pertaining to a light effect pattern f(t) and being arranged to: - from said received light, decode a coded light message embedded in said received light, - in said decoded coded light message identify a timestamp, - from said determined intensity level, said timestamp, and said information pertaining to said light effect pattern, determine a distance value to an emission point of said received light. - from said received light, decode a coded light message embedded in said received light, - in said decoded coded light message identify a timestamp, - from said determined intensity level, said timestamp, and said information pertaining to said light effect pattern, determine a distance value to an emission point of said received light.
An electromagnetic release, with a fixed magnetic core and a movable armature, which are arranged in a cylindrical, tubular coil former with a central axis, with a coil wound around the coil former, which coil has two end parts (5, 6) and a connection piece (7, 8) at each end part (5, 6), characterized in that the connecting pieces (7, 8) are arranged and designed mirror - symmetrically relative to an imaginary mirror plane, wherein the mirror plane runs in the middle between the two end parts (5, 6) perpendicular to the central axis of the coil, and that each connecting piece (7, 8) diverges in a direction parallel to the central axis and away from the windingsof the coil.