mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: sending, by a device, a request to subscribe to receive one or more packets associated with one or more sensors; receiving, by the device and based on sending the request, the one or more packets associated with the one or more sensors, wherein a packet of the one or more packets includes an extension, associated with the packet, comprising a group identifier associated with a sensor, of the one or more sensors, and information indicating whether the packet is a final packet related to a group identified by the group identifier; identifying, by the device, a set of the one or more packets when a particular extension of a particular packet of the one or more packets indicates that the particular packet is a final packet related to a particular group associated with the one or more sensors; and performing, by the device and based on the set of the one or more packets, one or more actions. sending, by a device, a request to subscribe to receive one or more packets associated with one or more sensors; receiving, by the device and based on sending the request, the one or more packets associated with the one or more sensors, wherein a packet of the one or more packets includes an extension, associated with the packet, comprising a group identifier associated with a sensor, of the one or more sensors, and information indicating whether the packet is a final packet related to a group identified by the group identifier; identifying, by the device, a set of the one or more packets when a particular extension of a particular packet of the one or more packets indicates that the particular packet is a final packet related to a particular group associated with the one or more sensors; and performing, by the device and based on the set of the one or more packets, one or more actions.
A self expanding intragastric balloon for use in the stomach including: a sealed container and separated expandable foaming substances within the sealed container; wherein the substances are adapted to expand and cure to a foam when mixed; and wherein the expanded foam fills the intragastric balloon. a sealed container and separated expandable foaming substances within the sealed container; wherein the substances are adapted to expand and cure to a foam when mixed; and wherein the expanded foam fills the intragastric balloon.
Liquid storage system for a vehicle, comprising a main compartment; a secondary compartment, the upper part of which having an opening leading to the main compartment, said upper opening, the secondary compartment comprising: - an outlet for a feed pump connected to pump liquid from the secondary compartment to an outlet of the feed pump; - a pump, having an inlet (40, 60) for pumping liquid from the main compartment and an outlet (44, 64) which delivers liquid to the secondary compartment; characterised in that the secondary compartment comprises: - a level sensor configured to measure a liquid level; - fluid connection means between the main compartment and the secondary compartment, allowing the free flow of liquid between the two compartments (12, 14); the fluid connection means being connected to the secondary compartment on a wall thereof at a level below that of the top opening. a main compartment; a secondary compartment, the upper part of which having an opening leading to the main compartment, said upper opening, the secondary compartment comprising: - an outlet for a feed pump connected to pump liquid from the secondary compartment to an outlet of the feed pump; - a pump, having an inlet (40, 60) for pumping liquid from the main compartment and an outlet (44, 64) which delivers liquid to the secondary compartment; - an outlet for a feed pump connected to pump liquid from the secondary compartment to an outlet of the feed pump; - a pump, having an inlet (40, 60) for pumping liquid from the main compartment and an outlet (44, 64) which delivers liquid to the secondary compartment; characterised in that the secondary compartment comprises: - a level sensor configured to measure a liquid level; - fluid connection means between the main compartment and the secondary compartment, allowing the free flow of liquid between the two compartments (12, 14); - a level sensor configured to measure a liquid level; - fluid connection means between the main compartment and the secondary compartment, allowing the free flow of liquid between the two compartments (12, 14); the fluid connection means being connected to the secondary compartment on a wall thereof at a level below that of the top opening.
A foaming composition suitable for use in making a foamed article incorporating recycled ethylene vinyl acetate foam, the mixture comprising: ethylene vinyl acetate copolymer having 15 - 60 mole percent vinyl acetate; scrap ethylene-vinyl acetate foam product; peroxide crosslinking agent; blowing agent for the vinyl acetate copolymer; and a compatibilizer comprising a hydrocarbon resin or a hydrogenated petroleum resin, wherein the foaming composition comprises 1 - 19 percent by weight of the scrap foam product and 1 - 4 parts of the compatibilizer based on 100 parts of the EVA copolymer. ethylene vinyl acetate copolymer having 15 - 60 mole percent vinyl acetate; scrap ethylene-vinyl acetate foam product; peroxide crosslinking agent; blowing agent for the vinyl acetate copolymer; and a compatibilizer comprising a hydrocarbon resin or a hydrogenated petroleum resin, wherein the foaming composition comprises 1 - 19 percent by weight of the scrap foam product and 1 - 4 parts of the compatibilizer based on 100 parts of the EVA copolymer.
A lighting system comprising: a lighting device comprising a plurality of light sources for application in a horticulture production facility comprising said lighting device, wherein the light sources are configured to illuminate with horticulture light crops within said horticulture production facility, wherein the lighting system further comprises a control unit which is configured to control the light intensity of local light at a location within the horticulture production facility, wherein the local light is the sum of the horticulture light and optional light at the location originating from an optional other light source, characterized in that the control unit is configured to prevent a change in the photosynthetic photon flux density (PPFD) of the local light at the location within the horticulture production facility of, on average, more than 50 μmol/sec/m 2 over a predetermined period of time selected from the range of equal to or smaller than 5 minutes, by controlling the contribution of the horticulture light to the local light, wherein the photosynthetic photon flux density (PPFD) of the local light is determined as a total number of photons within a wavelength range of 400-800 nm per second per unit area of a local light receiving area. a lighting device comprising a plurality of light sources for application in a horticulture production facility comprising said lighting device, wherein the light sources are configured to illuminate with horticulture light crops within said horticulture production facility, wherein the lighting system further comprises a control unit which is configured to control the light intensity of local light at a location within the horticulture production facility, wherein the local light is the sum of the horticulture light and optional light at the location originating from an optional other light source,
A respiratory apparatus for providing a humidified flow of pressurised breathable gas to a patient, comprising: a flow generator to generate a flow of pressurised breathable gas to be delivered to a patient; a pressurisable humidifier chamber including a chamber inlet configured to receive the flow of pressurised breathable gas from the flow generator, the chamber having a rear wall comprising a chamber outlet, wherein a heating plate is positioned at the bottom of the chamber; a humidifier lid being hingedly attached to a wall of the chamber and pivotably movable between an open position and a closed position, an inside surface of the humidifier lid having a rim; a water tub configured to contain a supply of water, the tub having a tub base which adapted to contact the heating surface, a tub lid, and a tub seal sealing between the tub base and the tub lid, the tub lid having a tub inlet and a tub outlet, the tub outlet being provided on a rear wall of the tub and configured to deliver the flow of pressurised breathable gas with added humidity to the chamber outlet, the tub being constructed and dimensioned to be positionable within the chamber; and a chamber seal configured to seal the chamber such that the flow of pressurised breathable gas pressurises the chamber when the tub is within the chamber and the humidifier lid is in the closed position, the chamber seal having a groove configured to receive the rim of the humidifier lid, the chamber seal having a sealing rim that extends around a perimeter of the chamber seal, the sealing rim configured to seal the humidifier lid when the humidifier lid is in the closed position. a flow generator to generate a flow of pressurised breathable gas to be delivered to a patient; a pressurisable humidifier chamber including a chamber inlet configured to receive the flow of pressurised breathable gas from the flow generator, the chamber having a rear wall comprising a chamber outlet, wherein a heating plate is positioned at the bottom of the chamber; a humidifier lid being hingedly attached to a wall of the chamber and pivotably movable between an open position and a closed position, an inside surface of the humidifier lid having a rim; a water tub configured to contain a supply of water, the tub having a tub base which adapted to contact the heating surface, a tub lid, and a tub seal sealing between the tub base and the tub lid, the tub lid having a tub inlet and a tub outlet, the tub outlet being provided on a rear wall of the tub and configured to deliver the flow of pressurised breathable gas with added humidity to the chamber outlet, the tub being constructed and dimensioned to be positionable within the chamber; and a chamber seal configured to seal the chamber such that the flow of pressurised breathable gas pressurises the chamber when the tub is within the chamber and the humidifier lid is in the closed position, the chamber seal having a groove configured to receive the rim of the humidifier lid, the chamber seal having a sealing rim that extends around a perimeter of the chamber seal, the sealing rim configured to seal the humidifier lid when the humidifier lid is in the closed position.
Fastening element for releasably fastening at least one elongate object to a substrate, having a base which can be fastened to the substrate, the base comprising a curved support surface for the object, and the base comprising a fixing belt receiving means for receiving a fixing belt, by means of which the object can be releasably fastened to the support surface, the support surface comprising, in a plane perpendicular to the longitudinal direction of the base, which corresponds to the extension direction of the elongate object, at least two support arcs having different support arc radii (R1, R2), the fastening element comprising a stop for securing the object against displacement along a loading direction which corresponds to the extension direction of the elongate object, the stop comprising a recess which, in a plane perpendicular to the longitudinal direction of the base, comprises at least two recess arcs having different recess arc radii (K1, K2) and/or having different recess arc center points (M1, M2), characterized in that the support arcs and the recess arcs differ from one another, the fastening element, in particular the base, comprising at least one through-channel for guiding the fixing belt. the support surface comprising, in a plane perpendicular to the longitudinal direction of the base, which corresponds to the extension direction of the elongate object, at least two support arcs having different support arc radii (R1, R2), the fastening element comprising a stop for securing the object against displacement along a loading direction which corresponds to the extension direction of the elongate object, the stop comprising a recess which, in a plane perpendicular to the longitudinal direction of the base, comprises at least two recess arcs having different recess arc radii (K1, K2) and/or having different recess arc center points (M1, M2), characterized in that the support arcs and the recess arcs differ from one another, the fastening element, in particular the base, comprising at least one through-channel for guiding the fixing belt.
A base station communication apparatus comprising: a determination section adapted to determine a maximum value of a number of clusters such that the maximum value of the number of clusters to be allocated to a terminal apparatus is reduced as a number of codewords of a transmission signal to be allocated to the terminal apparatus increases; a scheduling section adapted to allocate a frequency resource of one or a plurality of clusters to the terminal apparatus based on the determined maximum value of the number of clusters, and a transmitting section adapted to transmit downlink control information, referred to as DCI, using a DCI format, wherein the size of the DCI format is unified regardless of the number of codewords and the number of clusters actually allocated to the terminal apparatus. a determination section adapted to determine a maximum value of a number of clusters such that the maximum value of the number of clusters to be allocated to a terminal apparatus is reduced as a number of codewords of a transmission signal to be allocated to the terminal apparatus increases; a scheduling section adapted to allocate a frequency resource of one or a plurality of clusters to the terminal apparatus based on the determined maximum value of the number of clusters, and a transmitting section adapted to transmit downlink control information, referred to as DCI, using a DCI format, wherein the size of the DCI format is unified regardless of the number of codewords and the number of clusters actually allocated to the terminal apparatus.
Method for operating a workstation of a textile machine producing cross-wound bobbins, which is equipped with a winding device for winding a take-up bobbin as well as with a suction nozzle, which can be driven by a single motor, for receiving a thread end which has run onto the surface of the cross-wound bobbin, characterised in that the suction nozzle, proceeding from a position of the suction nozzle detected by a sensor, by carrying out a respectively predetermined step number of a stepping motor, is positioned in a thread receiving position, in which the mouth of the suction nozzle has a defined spacing (a) from the surface of the cross-wound bobbin, wherein the position detected by a sensor is arranged at least so far from the respective thread end receiving position that the latter, in relation to the pivoting angle in the direction of the thread end receiving position, is always located in front of the thread end receiving position.
A method for the anode refining of copper comprising the steps of: (i) charging molten blister copper to a furnace; (ii) optionally charging copper scrap to the molten blister copper in the furnace; (iii) melting said copper scrap or heating the molten blister copper using a melting flame produced from a top blown, multi-functional coherent jet lance, wherein said melting flame is a soft blown, non-lancing flame which spreads in the radial direction and loses its supersonic character within a distance of 20 nozzle diameters from the distal end of the lance face said coherent jet lance coupled to an oxygen-containing gas source, and a fuel source; (iv) oxidizing sulfur impurities in the molten blister copper in the furnace using a top-blown, coherent oxygen-containing gas stream ejected from the coherent jet lance, said coherent jet lance coupled to the oxygen-containing gas source and the fuel source; and (v) reducing oxygen in the molten blister copper in the furnace using a top-blown, coherent reducing gas stream containing a reducing agent and an inert gas ejected from the coherent jet lance; said coherent jet lance coupled to the oxygen-containing gas source, the fuel source; a source of the reducing agent; and a source of the inert gas. (i) charging molten blister copper to a furnace; (ii) optionally charging copper scrap to the molten blister copper in the furnace; (iii) melting said copper scrap or heating the molten blister copper using a melting flame produced from a top blown, multi-functional coherent jet lance, wherein said melting flame is a soft blown, non-lancing flame which spreads in the radial direction and loses its supersonic character within a distance of 20 nozzle diameters from the distal end of the lance face said coherent jet lance coupled to an oxygen-containing gas source, and a fuel source; (iv) oxidizing sulfur impurities in the molten blister copper in the furnace using a top-blown, coherent oxygen-containing gas stream ejected from the coherent jet lance, said coherent jet lance coupled to the oxygen-containing gas source and the fuel source; and (v) reducing oxygen in the molten blister copper in the furnace using a top-blown, coherent reducing gas stream containing a reducing agent and an inert gas ejected from the coherent jet lance; said coherent jet lance coupled to the oxygen-containing gas source, the fuel source; a source of the reducing agent; and a source of the inert gas.
A battery module, wherein the battery module comprises: a battery, comprising a top cover; a harness plate, disposed on a top outer side of the top cover; a circuit board; a compression element, connected above the harness plate; and a temperature collection assembly, comprising a thermistor, wherein the thermistor is electrically connected to the circuit board, and the thermistor is disposed between the top cover and the compression element; and the compression element is configured to press the thermistor so that the thermistor is pressed against the top cover; wherein the circuit board comprises a substrate board and a cantilever connected to the substrate board, and the thermistor is mounted at a free end of the cantilever; a mounting slot is disposed on the compression element, the mounting slot does not run through a thickness direction of the compression element, and the thermistor is disposed in the mounting slot. a battery, comprising a top cover; a harness plate, disposed on a top outer side of the top cover; a circuit board; a compression element, connected above the harness plate; and a temperature collection assembly, comprising a thermistor, wherein the thermistor is electrically connected to the circuit board, and the thermistor is disposed between the top cover and the compression element; and the compression element is configured to press the thermistor so that the thermistor is pressed against the top cover; wherein the circuit board comprises a substrate board and a cantilever connected to the substrate board, and the thermistor is mounted at a free end of the cantilever; a mounting slot is disposed on the compression element, the mounting slot does not run through a thickness direction of the compression element, and the thermistor is disposed in the mounting slot.
An electrical connector assembly comprising: an electrical connector body; and multiple female electrical terminals with resilient sockets contained within the body, the resilient sockets being positioned along a planar electrical engagement face of the body, the planar electrical engagement face being for securing to a mating surface, the planar electrical engagement face having a planar sealing surface surrounding the resilient sockets for engaging and sealing against the mating surface and sealing around the resilient sockets from moisture while the resilient sockets engage male terminals protruding from the mating surface; the electrical connector assembly being characterised in that the resilient sockets are circular resilient sockets and the male terminals are circular male terminals; and in that each female electrical terminal is within a respective recess sized for each female electrical terminal, the respective recesses being positioned on the planar electrical engagement face.
A wind turbine rotor blade having at least one spar cap extending longitudinally in a span-wise direction of the wind turbine rotor blade, the spar cap comprising a plurality of pultruded fibrous composite strips stacked with one or more similar strips, wherein each of the pultruded fibrous composite strips is of substantially constant cross-section defined by first and second mutually opposed and longitudinally extending sides (51,52) and by first and second longitudinal edges (61,62), the first and second sides (51,52) comprising, respectively, first and second abutment surfaces (51a,52a), wherein the first and the second abutment surfaces are non-planar, wherein each of the pultruded fibrous composite strips is oriented such that: - the first and the second sides (51,52) of the strip longitudinally extend along the span-wise direction of the wind turbine rotor blade and are spaced apart in a flap-wise direction of the wind turbine rotor blade, and - the first and the second edges (61,62) of the strip longitudinally extend along the span-wise direction of the wind turbine rotor blade and are spaced apart in a chordwise direction of the wind turbine rotor blade and characterized in that a the strips are oriented such that one of the abutment surfaces of the strip are aligned to or in agreement with the shape of the shell in the region where the strips are embedded. is of substantially constant cross-section defined by first and second mutually opposed and longitudinally extending sides (51,52) and by first and second longitudinal edges (61,62), the first and second sides (51,52) comprising, respectively, first and second abutment surfaces (51a,52a), wherein the first and the second abutment surfaces are non-planar, wherein each of the pultruded fibrous composite strips is oriented such that: - the first and the second sides (51,52) of the strip longitudinally extend along the span-wise direction of the wind turbine rotor blade and are spaced apart in a flap-wise direction of the wind turbine rotor blade, and - the first and the second edges (61,62) of the strip longitudinally extend along the span-wise direction of the wind turbine rotor blade and are spaced apart in a chordwise direction of the wind turbine rotor blade and characterized in that a the strips are oriented such that one of the abutment surfaces of the strip are aligned to or in agreement with the shape of the shell in the region where the strips are embedded. - the first and the second sides (51,52) of the strip longitudinally extend along the span-wise direction of the wind turbine rotor blade and are spaced apart in a flap-wise direction of the wind turbine rotor blade, and - the first and the second edges (61,62) of the strip longitudinally extend along the span-wise direction of the wind turbine rotor blade and are spaced apart in a chordwise direction of the wind turbine rotor blade and characterized in that a the strips are oriented such that one of the abutment surfaces of the strip are aligned to or in agreement with the shape of the shell in the region where the strips are embedded.
A gas turbine engine comprising a spool which rotates in use of the engine, a static structure and an air bearing, and wherein the spool comprises a rotor assembly, the static structure comprises a core annulus wall and the air bearing is provided at an interface between the core annulus wall and the rotor assembly, the rotor assembly being either a compressor or a turbine.