mhurhangee/ep-ind-claims huggingface dataset:
A cable support clamp for a downhole heating apparatus having one or more electric heating cables and an elongated support member suspended vertically within a production tubing of a wellbore by a cable hang-off, wherein the cable support clamp is configured to attach each of the one or more electric heating cable to the elongated support member suspended vertically within the production tubing of the wellbore and transfer mechanical loads from the one or more heating cables to the support member.
Method for filling an air-conditioning unit with a defined filling amount of refrigerant from a storage reservoir via a filling line system (19, 19'), characterized in that, prior to filling, the refrigerant is conditioned in an intermediate container to an initial value, the refrigerant being allowed, based on this initial value, to flow via the filling line system (19, 19') into the evacuated air-conditioning unit and, at least when the refrigerant has reached a state of aggregation in the two-phase region, further flow being intermittently interrupted for the purpose of reaching a change in the state of aggregation that is substantially stepped along the upper boundary line of the two-phase region.
An access management method, characterized by comprising: when detecting that a Mobile Node accessing an Access Switching Router is offline, the ASR querying a local Access Identity and Routing Identity mapping table, and determining a correspondent node of the offline MN; and the ASR sending a mapping table entry update message to an Information Logging Router and an Internet Interface Service Router and an ASR where the correspondent node is located, and setting an RID in a mapping table entry corresponding to the MN to be NULL, which represents that the MN does not access the ASR currently; wherein the RID, which is NULL, in the mapping table indicates the ISR and/or the ASR where the correspondent node is located to discard a message when the destination AID of the message locally received is the AID corresponding to the RID in the mapping table. when detecting that a Mobile Node accessing an Access Switching Router is offline, the ASR querying a local Access Identity and Routing Identity mapping table, and determining a correspondent node of the offline MN; and the ASR sending a mapping table entry update message to an Information Logging Router and an Internet Interface Service Router and an ASR where the correspondent node is located, and setting an RID in a mapping table entry corresponding to the MN to be NULL, which represents that the MN does not access the ASR currently; wherein the RID, which is NULL, in the mapping table indicates the ISR and/or the ASR where the correspondent node is located to discard a message when the destination AID of the message locally received is the AID corresponding to the RID in the mapping table.
A method for producing a heat-shielding film comprising the steps of: forming an anodic oxide film having a top surface provided with innumerable pores formed thereon, by the anode oxidation treatment of the part constituting the combustion chamber of an engine; forming a first silicon-based oxide film by applying, to the top surface of the anodic oxide film, a solvent-typed first pore sealing agent including polysilazane and an organic solvent, and by the polymerization of the polysilazane involving the removal of the organic solvent of the first pore sealing agent; and forming a second silicon-based oxide film by applying, to the top surface of the first silicon-based oxide film, a non-solvent-typed second pore sealing agent including an alkoxysilane compound represented by the following chemical formula or a partially hydrolyzed condensate thereof, and by the polymerization of at least one of the alkoxysilane compound and the partially hydrolyzed condensate thereof R 1 n Si(OR 2) 4-n wherein in formula, R 1 represents a substituted or unsubstituted monovalent hydrocarbon group having 1 to 8 carbon atoms, R 2 represents an alkyl group having 1 to 4 carbon atoms and n represents an integer of 0 to 3. forming an anodic oxide film having a top surface provided with innumerable pores formed thereon, by the anode oxidation treatment of the part constituting the combustion chamber of an engine; forming a first silicon-based oxide film by applying, to the top surface of the anodic oxide film, a solvent-typed first pore sealing agent including polysilazane and an organic solvent, and by the polymerization of the polysilazane involving the removal of the organic solvent of the first pore sealing agent; and forming a second silicon-based oxide film by applying, to the top surface of the first silicon-based oxide film, a non-solvent-typed second pore sealing agent including an alkoxysilane compound represented by the following chemical formula or a partially hydrolyzed condensate thereof, and by the polymerization of at least one of the alkoxysilane compound and the partially hydrolyzed condensate thereof R 1 n Si(OR 2) 4-n wherein in formula, R 1 represents a substituted or unsubstituted monovalent hydrocarbon group having 1 to 8 carbon atoms, R 2 represents an alkyl group having 1 to 4 carbon atoms and n represents an integer of 0 to 3.
A heat rejection apparatus comprising: a heat exchanger; a liquid distribution system configured to direct evaporative liquid toward the heat exchanger; a plurality of fans configured to generate airflow relative to the heat exchanger; a sump arranged to receive evaporative liquid from the heat exchanger; a pump operable to pump liquid from the sump to the liquid distribution system; a controller operably coupled to the fans and configured to: detect at least one non-operational fan of the plurality of fans; and effect a reduced fan speed of at least one operational fan of the plurality of fans upon detecting the at least one non-operational fan; wherein the controller is operably coupled to the pump and is configured to determine whether the pump is operating; and wherein the controller is configured to effect the reduced fan speed of the at least one operational fan of the plurality of fans upon detecting the at least one non-operational fan and determining the pump is operating. a heat exchanger; a liquid distribution system configured to direct evaporative liquid toward the heat exchanger; a plurality of fans configured to generate airflow relative to the heat exchanger; a sump arranged to receive evaporative liquid from the heat exchanger; a pump operable to pump liquid from the sump to the liquid distribution system; a controller operably coupled to the fans and configured to: detect at least one non-operational fan of the plurality of fans; and effect a reduced fan speed of at least one operational fan of the plurality of fans upon detecting the at least one non-operational fan; detect at least one non-operational fan of the plurality of fans; and effect a reduced fan speed of at least one operational fan of the plurality of fans upon detecting the at least one non-operational fan; wherein the controller is operably coupled to the pump and is configured to determine whether the pump is operating; and wherein the controller is configured to effect the reduced fan speed of the at least one operational fan of the plurality of fans upon detecting the at least one non-operational fan and determining the pump is operating.
A method for providing an intelligent alert on a vehicle restriction, performed by a user terminal, comprising: alerting a user to a vehicle restriction based on a vehicle restriction date, characterized in that a user restriction pattern is acquired by analyzing user behavior data of the user terminal for a preset period of time, wherein the user behavior data comprises a user terminal usage parameter and the user terminal usage parameter is a user terminal usage frequency or the length of time that the user terminal is in connection to a target vehicle Bluetooth, and the vehicle restriction date is derived according to the user restriction pattern. alerting a user to a vehicle restriction based on a vehicle restriction date, characterized in that a user restriction pattern is acquired by analyzing user behavior data of the user terminal for a preset period of time, wherein the user behavior data comprises a user terminal usage parameter and the user terminal usage parameter is a user terminal usage frequency or the length of time that the user terminal is in connection to a target vehicle Bluetooth, and the vehicle restriction date is derived according to the user restriction pattern.
A micromixer for a combustor, comprising: one or more base nozzle structures, the base nozzle structures comprising coaxial tubes, the coaxial tubes comprising an inner tube and an outer tube; a plurality of mixing tubes forming one or more segmented tube bundles at least partially supported by a respective base nozzle structure; and an end cap assembly disposed about the one or more bundles of mixing tubes, and further comprising an air baffle disposed adjacent to an air inlet upstream of the one or more bundles of mixing tubes, wherein the air baffle is configured and disposed within the airflow path of the micromixer in a way to facilitate the turning of air within the micromixer, wherein the micro mixer further comprises an air conditioner plate disposed upstream of the one or more bundles of mixing tubes, and a fuel conditioning plate disposed within the fuel plenum, characterized in that the micro mixer is arranged in a way that the fuel entering the fuel plenum is redirected 180 degrees before entering the mixing tubes through one or more holes in the mixing tubes. one or more base nozzle structures, the base nozzle structures comprising coaxial tubes, the coaxial tubes comprising an inner tube and an outer tube; a plurality of mixing tubes forming one or more segmented tube bundles at least partially supported by a respective base nozzle structure; and an end cap assembly disposed about the one or more bundles of mixing tubes, and further comprising an air baffle disposed adjacent to an air inlet upstream of the one or more bundles of mixing tubes, wherein the air baffle is configured and disposed within the airflow path of the micromixer in a way to facilitate the turning of air within the micromixer, wherein the micro mixer further comprises an air conditioner plate disposed upstream of the one or more bundles of mixing tubes, and a fuel conditioning plate disposed within the fuel plenum, characterized in that the micro mixer is arranged in a way that the fuel entering the fuel plenum is redirected 180 degrees before entering the mixing tubes through one or more holes in the mixing tubes.
A turbopump (301, 401) comprising: • a pump (303, 403); • a turbine (304, 404); • a common rotary shaft (302, 402) connected to said pump (303, 403) and to said turbine (304, 404); and • first and second bearings (305, 405; 306, 406) supporting said common rotary shaft (302, 402), said first bearing (305, 405) being closer to the pump (303, 403), and said second bearing (306, 406) being closer to the turbine (304, 404); the turbopump being characterized in that said second bearing (306, 406) is a hydrodynamic bearing connected to a gas supply source, and in that it also includes at least one dynamic sealing gasket (311, 411) around the shaft (302, 402) interposed between said first and second bearings (305, 405; 306, 406). • a pump (303, 403); • a turbine (304, 404); • a common rotary shaft (302, 402) connected to said pump (303, 403) and to said turbine (304, 404); and • first and second bearings (305, 405; 306, 406) supporting said common rotary shaft (302, 402), said first bearing (305, 405) being closer to the pump (303, 403), and said second bearing (306, 406) being closer to the turbine (304, 404);
Strength member ply for elastomeric articles, in particular for a carcass ply of pneumatic vehicle tyres, wherein within the ply the strength members are arranged substantially parallel to one another and are embedded in elastomeric material, wherein the strength member ply comprises at least one hybrid cord as a strength member which is constructed from at least one yarn of aramid and at least one yarn of HMLS-PET (high modulus low shrinkage polyethylene terephthalate), wherein all yarns of the hybrid cord are end-twisted with one another, characterized in that the yarn of aramid is a yarn of meta-aramid and that the yarn of meta-aramid has a breaking elongation of at least 20%.
Device for filling a container with a fill product, preferably in a beverage filling plant, wherein the device has: at least one filling station with a filling member for introducing the fill product into the container to be filled; a treatment device for treating, which is cleaning and/or sterilising, components of the device coming into contact with the fill product, comprising components of the filling member, by means of a treatment medium; at least one pressure determination device (11, 41) for detecting pressures of the treatment medium at one or more locations in the device; and an evaluation device configured to receive the pressures detected by the pressure determination device (11, 41) during treatment of the device and to ascertain therefrom whether the device has been adequately treated; characterised in that at least two pressure determination devices (11, 41) are provided for detecting pressures of the treatment medium at at least two different locations in the device, and the evaluation device is configured to receive the pressures detected by the pressure determination devices (11, 41) during treatment of the device and to ascertain from a comparison thereof whether the device has been adequately treated. at least one filling station with a filling member for introducing the fill product into the container to be filled; a treatment device for treating, which is cleaning and/or sterilising, components of the device coming into contact with the fill product, comprising components of the filling member, by means of a treatment medium; at least one pressure determination device (11, 41) for detecting pressures of the treatment medium at one or more locations in the device; and an evaluation device configured to receive the pressures detected by the pressure determination device (11, 41) during treatment of the device and to ascertain therefrom whether the device has been adequately treated; characterised in that at least two pressure determination devices (11, 41) are provided for detecting pressures of the treatment medium at at least two different locations in the device, and the evaluation device is configured to receive the pressures detected by the pressure determination devices (11, 41) during treatment of the device and to ascertain from a comparison thereof whether the device has been adequately treated.
A wireless local area network, WLAN, management procedure performed by a first station and comprising: transmitting to a second station an event request frame including an event request element which comprises an event type field for specifying an event type of an event request and an event response limit field for specifying the number of requested event report elements; and receiving, from the second station, in response to the event request frame, an event response frame including event report elements for the event type specified in the event type field within a limit of the number specified in the event response limit field of the event request frame, wherein the received event report elements are the latest events corresponding to the event type. transmitting to a second station an event request frame including an event request element which comprises an event type field for specifying an event type of an event request and an event response limit field for specifying the number of requested event report elements; and receiving, from the second station, in response to the event request frame, an event response frame including event report elements for the event type specified in the event type field within a limit of the number specified in the event response limit field of the event request frame, wherein the received event report elements are the latest events corresponding to the event type.
A method at a user device for activating a second application executing on the user device with a remote device using a first application executing on the user device, wherein the first application has already been activated with the remote device and is different than the second application, the method comprising: seeking, by the second application, details of a group of one or more other applications on the user device which can provide an activation response; selecting, by the second application, the first application from said group of one or more other applications; receiving, at the first application, a request by the second application for an activation response; in response to the request, providing, by the first application, an activation response comprising activation data to the second application, the activation data having been retrieved by the first application from the remote device or generated by the first application based on a pre-shared secret established with the remote device; and requesting, by the second application, activation of the second application by the remote device using the activation data. seeking, by the second application, details of a group of one or more other applications on the user device which can provide an activation response; selecting, by the second application, the first application from said group of one or more other applications; receiving, at the first application, a request by the second application for an activation response; in response to the request, providing, by the first application, an activation response comprising activation data to the second application, the activation data having been retrieved by the first application from the remote device or generated by the first application based on a pre-shared secret established with the remote device; and requesting, by the second application, activation of the second application by the remote device using the activation data.
A method of operating an energy extraction device for extracting energy from a renewable energy source, the device comprising: a turbine, a synchronous electrical generator connected to an electricity grid and a hydraulic transmission comprising a hydraulic pump driven by the turbine and a variable displacement hydraulic motor driving the synchronous electrical generator, the variable displacement hydraulic motor comprising at least one working chamber of cyclically varying volume, a high pressure manifold, a low pressure manifold and a plurality of valves (114, 118) which regulate the flow of fluid between the at least one working chamber and the low and high pressure manifolds, at least one valve associated with the or each working chamber being an electronically controlled valve operable in phased relationship to cycles of working chamber volume to select the net volume of working fluid displaced by the respective working chamber during each successive cycle of working chamber volume, the method characterised by detecting an electric grid fault leading to a reduction in maximum absorbable torque of the electrical generator, operating the energy extraction device in a fault response operating mode when the fault is detected, and selectively operating the electronically controlled valves on each successive cycle of working chamber volume to reduce the rate of displacement of the hydraulic motor and thereby the torque generated by the hydraulic motor taking into account at least one measurement related to the maximum absorbable torque of the synchronous electrical generator so that pole slip of the synchronous electrical generator is avoided, the maximum absorbable torque being a maximum sustained torque above which the synchronous electrical generator may suffer from pole slip.
Pneumatic vehicle tyre for passenger cars with high-speed strength, comprising a carcass, a tread and a belt which has belt plies (7a, 7b) and which is covered radially outwardly by a belt bandage having strengthening elements oriented at an angle of 0° to 5° in relation to the circumferential direction of the tyre, wherein the belt bandage has at least one belt bandage ply which - as viewed in the tyre cross section - consists of three sections, namely a central section and two lateral sections (11, 12), wherein one lateral section is arranged to the left of the central section and one lateral section is arranged to the right of the central section and wherein the strengthening elements of the central section have the construction x1 and wherein the strengthening elements of the two lateral sections (11, 12) have identical cords consisting of at least two twisted-together yarns and wherein larger forces are bound by the belt bandage in the shoulder regions of the pneumatic vehicle tyre than in the central region, characterized in that the two lateral sections (11, 12) are arranged next to the central section, that is to say without overlapping with the central section, in that the density of the strengthening elements in the central section is less than the density of the strengthening elements in the lateral sections (11, 12), and in that the end of the lateral sections that points towards the central section in each case has a distance of 5 mm - 30 mm, preferably a distance of 5 mm - 15 mm, from the outer end of the widest belt ply, where the distance is measured in the axial direction (aR).
A method comprising: generating, at a protocol engine at a user equipment configured to operate in a wireless local area network and a cellular network, a local area network control plane message including a request to wake up a local access point of the wireless local area network, the local area network control plane message being associated with a network resource identity such that a node in the cellular network can recognize the local area network control plane message; and transmitting the message from the user equipment to a support node via a base station in the cellular network, wherein the message is encapsulated for transport via either a control plane or a user plane of the cellular network, wherein the support node is located outside of the cellular network. generating, at a protocol engine at a user equipment configured to operate in a wireless local area network and a cellular network, a local area network control plane message including a request to wake up a local access point of the wireless local area network, the local area network control plane message being associated with a network resource identity such that a node in the cellular network can recognize the local area network control plane message; and transmitting the message from the user equipment to a support node via a base station in the cellular network, wherein the message is encapsulated for transport via either a control plane or a user plane of the cellular network, wherein the support node is located outside of the cellular network.