mhurhangee/ep-ind-claims huggingface dataset:
A first base station for exchanging traffic information dynamically to adjust a downlink and uplink configuration, the first base station characterised by: a transceiver; and a processor in communication with the transceiver, the processor configured to: determine a downlink subframe traffic volume for each downlink subframe within a reporting period, determine an uplink subframe traffic volume for each uplink subframe within the reporting period, and prepare a downlink subframe traffic information corresponding to the downlink subframe traffic volume and an uplink subframe traffic information corresponding to the uplink subframe traffic volume for the reporting period for transmission to a second base station thereby providing the second base station with timely data from which adjustment or adaptation of an uplink-downlink ratio configuration can be implemented. a transceiver; and a processor in communication with the transceiver, the processor configured to: determine a downlink subframe traffic volume for each downlink subframe within a reporting period, determine an uplink subframe traffic volume for each uplink subframe within the reporting period, and prepare a downlink subframe traffic information corresponding to the downlink subframe traffic volume and an uplink subframe traffic information corresponding to the uplink subframe traffic volume for the reporting period for transmission to a second base station thereby providing the second base station with timely data from which adjustment or adaptation of an uplink-downlink ratio configuration can be implemented. determine a downlink subframe traffic volume for each downlink subframe within a reporting period, determine an uplink subframe traffic volume for each uplink subframe within the reporting period, and prepare a downlink subframe traffic information corresponding to the downlink subframe traffic volume and an uplink subframe traffic information corresponding to the uplink subframe traffic volume for the reporting period for transmission to a second base station thereby providing the second base station with timely data from which adjustment or adaptation of an uplink-downlink ratio configuration can be implemented.
A flexible container (10.1; 10.2) for sealed connection to a process unit, a vacuum being applied to chambers (12, 22) opening into one another and comprising at least partial volumes of the process unit and the container, a receptacle for a support device (30.1; 30.2; 30.3) being disposed in or on the wall (14.1; 14.3) of the container (10.1; 10.2), characterised in that the receptacle for the support device (30.1; 30.2) extends into pockets (16.1; 16.2) which are formed in or on the wall (14.1; 14.2).
A method, performed by a user equipment, UE, of performing conditional handover, the method comprising: receiving a radio resource control, RRC, reconfiguration message including measurement configuration information and conditional handover configuration information, wherein the measurement configuration information includes a plurality of measurement identifications, IDs, and report configuration information, wherein the report configuration information includes an information indicating whether the report configuration information is associated with conditional handover, and wherein the conditional handover configuration information includes one or more measurement IDs for the conditional handover; performing measurement corresponding to at least one of the plurality of measurement IDs and the one or more measurement IDs for the conditional handover, based on the measurement configuration information; in case that the information indicates that the report configuration information is associated with the conditional handover, performing the conditional handover when an event corresponding to the one or more measurement IDs for the conditional handover is fulfilled based on a measurement result and the conditional handover configuration information; and in case that the information indicates that the report configuration information is not associated with the conditional handover, reporting the measurement result, based on the measurement result and report configuration information associated with a measurement ID corresponding to the measurement result. receiving a radio resource control, RRC, reconfiguration message including measurement configuration information and conditional handover configuration information, wherein the measurement configuration information includes a plurality of measurement identifications, IDs, and report configuration information, wherein the report configuration information includes an information indicating whether the report configuration information is associated with conditional handover, and wherein the conditional handover configuration information includes one or more measurement IDs for the conditional handover; performing measurement corresponding to at least one of the plurality of measurement IDs and the one or more measurement IDs for the conditional handover, based on the measurement configuration information; in case that the information indicates that the report configuration information is associated with the conditional handover, performing the conditional handover when an event corresponding to the one or more measurement IDs for the conditional handover is fulfilled based on a measurement result and the conditional handover configuration information; and in case that the information indicates that the report configuration information is not associated with the conditional handover, reporting the measurement result, based on the measurement result and report configuration information associated with a measurement ID corresponding to the measurement result.
Implant comprising a pyrocarbon layer and a bone take means, wherein the pyrocarbon layer forms a concave exterior surface or concave exterior layer of the implant and the bone take means forms a convex exterior surface or convex exterior layer of the implant, characterized that the implant further comprises a metal or alloy shaped body, wherein the metal or alloy shaped body is arranged between the pyrocarbon layer and the bone take means.
A nucleic acid molecule comprising a nucleotide sequence encoding for a functional preproinsulin protein wherein the nucleotide sequence has at least 89% identity to the sequence of SEQ ID NO. 1.
A self-centered assembly (20, 30, 40) for a vacuum bulb including: - a bulb element (21, 31, 41) intended to be centered with respect to the axis of at least one bulb body part (11, 12) upon mounting the former in said bulb body part (11, 12), - a centering system suitable for centering the bulb element (21, 31, 41) with respect to the axis of the bulb body part (11, 12), the self-centered assembly (20, 30, 40) being characterized in that the centering system comprises at least one coil spring (25, 35, 45) the coils of which are distributed along a central line of the spring (25, 35, 45), the spring (25, 35, 45) and its central line being suitable such that upon mounting the bulb element (21, 31, 41) in the bulb body part (11, 12), several coils of the spring (25, 35, 45) are interleaved between the bulb element (21, 31, 41) and the bulb body part (11, 12) by being in contact with both the bulb element (25, 35, 45) and the bulb body part (11, 12). - a bulb element (21, 31, 41) intended to be centered with respect to the axis of at least one bulb body part (11, 12) upon mounting the former in said bulb body part (11, 12), - a centering system suitable for centering the bulb element (21, 31, 41) with respect to the axis of the bulb body part (11, 12),
A non-erasable ball point ink composition for a writing instrument, comprising an isocyanate free thermoplastic polyurethane resin, an organic solvent and a colorant, wherein the colorant is a dye or a pigment, wherein the pigment is selected from the group consisting of organic pigments, metallic pigments, phosphorescent pigments, fluorescent pigments, photochromic pigments, thermochromic pigments, iridescent pigments, liquid crystal pigments, carbon black pigments, inorganic pigments and pearlescent pigments, wherein the said inorganic pigments are selected from iron oxide pigments, chromium oxide pigments, chromate pigments, cadmium pigments, ultramarine pigments which are sodium aluminium sulfo-silicates having the general formula Na 8 Al 6 Si 6 O 24 S or iron blue pigments which consist of alkaline iron salts of iron-cyanogen hydrogen acid which contains divalent as well as trivalent iron, wherein the said pearlescent pigments are selected from metallic lustre pigments which consist of a mica nucleus covered with an iron oxide layer and wherein the organic solvent comprises one of alcohols, polyols, polyol ethers, ketones, esters, pyrrolidones, lactones, hydrocarbons and mixtures thereof and wherein the thermoplastic polyurethane resin and organic solvent form a homogeneous solution and the colorant is soluble in said homogeneous solution or dispersed in said homogeneous solution. wherein the colorant is a dye or a pigment, wherein the pigment is selected from the group consisting of organic pigments, metallic pigments, phosphorescent pigments, fluorescent pigments, photochromic pigments, thermochromic pigments, iridescent pigments, liquid crystal pigments, carbon black pigments, inorganic pigments and pearlescent pigments, wherein the said inorganic pigments are selected from iron oxide pigments, chromium oxide pigments, chromate pigments, cadmium pigments, ultramarine pigments which are sodium aluminium sulfo-silicates having the general formula Na 8 Al 6 Si 6 O 24 S or iron blue pigments which consist of alkaline iron salts of iron-cyanogen hydrogen acid which contains divalent as well as trivalent iron, wherein the said pearlescent pigments are selected from metallic lustre pigments which consist of a mica nucleus covered with an iron oxide layer and wherein the said inorganic pigments are selected from iron oxide pigments, chromium oxide pigments, chromate pigments, cadmium pigments, ultramarine pigments which are sodium aluminium sulfo-silicates having the general formula Na 8 Al 6 Si 6 O 24 S or iron blue pigments which consist of alkaline iron salts of iron-cyanogen hydrogen acid which contains divalent as well as trivalent iron, wherein the said pearlescent pigments are selected from metallic lustre pigments which consist of a mica nucleus covered with an iron oxide layer and wherein the organic solvent comprises one of alcohols, polyols, polyol ethers, ketones, esters, pyrrolidones, lactones, hydrocarbons and mixtures thereof and wherein the thermoplastic polyurethane resin and organic solvent form a homogeneous solution and the colorant is soluble in said homogeneous solution or dispersed in said homogeneous solution.
A metal rolling system comprising: an upper work roll having an upper work roll width and an upper work roll face; a lower work roll having a lower work roll width and a lower work roll face; a work face heating spray device comprising a heating spray nozzle; and a heated liquid reservoir containing a heatant, the heated liquid reservoir couplable to the work face heating spray device to provide the heatant to the work face heating spray device, and wherein the work face heating spray device is configured to receive the heatant and the heating spray nozzle is positionable proximate to the upper work roll or the lower work roll to apply the heatant to at least one of the upper work roll face and the lower work roll face, wherein the system further comprises a control system, the control system comprising: a controller; characterized in that the control system further comprises a work roll temperature sensor and/or a work roll camber sensor. an upper work roll having an upper work roll width and an upper work roll face; a lower work roll having a lower work roll width and a lower work roll face; a work face heating spray device comprising a heating spray nozzle; and a heated liquid reservoir containing a heatant, the heated liquid reservoir couplable to the work face heating spray device to provide the heatant to the work face heating spray device, and wherein the work face heating spray device is configured to receive the heatant and the heating spray nozzle is positionable proximate to the upper work roll or the lower work roll to apply the heatant to at least one of the upper work roll face and the lower work roll face, a controller; characterized in that the control system further comprises a work roll temperature sensor and/or a work roll camber sensor.
Radio therapeutic apparatus comprising a position detection apparatus for position-detection of an object within a region, the position-detection apparatus comprising: first and second target elements (15, 17) mounted or mountable on an object and having a known separation distance between the two; a scanning light source adapted to issue a beam of light along a substantially one-dimensional scanning path which illuminates a point that moves over the first and second target elements; detection means for light reflected from, or received by, the first and second target elements; and processing means configured to determine the longitudinal and lateral position of the object within the region based on first and second points in the scanning path at which the detection means detects light returned from, or received by, the first and second target elements and the known separation distance between the two target elements. first and second target elements (15, 17) mounted or mountable on an object and having a known separation distance between the two; a scanning light source adapted to issue a beam of light along a substantially one-dimensional scanning path which illuminates a point that moves over the first and second target elements; detection means for light reflected from, or received by, the first and second target elements; and processing means configured to determine the longitudinal and lateral position of the object within the region based on first and second points in the scanning path at which the detection means detects light returned from, or received by, the first and second target elements and the known separation distance between the two target elements.
A system for updating one or more states relating to a message in a vehicle, the system comprising: a first execution unit an atom unit; a buffer; a state keeping unit; and a peripheral unit, wherein the atom unit is configured to carry out the steps: a) receiving a first signal from the first execution unit, indicating the message and the states; b) saving the message and the states in the buffer; c) in response to correctly storing the message and the states, receiving a second signal from the first execution unit, requesting the initiation of sending the message; d) sending the message to the peripheral unit; and e) sending a third signal to the state keeping unit to update the states in a state repository. a first execution unit an atom unit; a buffer; a state keeping unit; and a peripheral unit, a) receiving a first signal from the first execution unit, indicating the message and the states; b) saving the message and the states in the buffer; c) in response to correctly storing the message and the states, receiving a second signal from the first execution unit, requesting the initiation of sending the message; d) sending the message to the peripheral unit; and e) sending a third signal to the state keeping unit to update the states in a state repository.
An electric motor comprising: a plurality of laminations defining a lamination stack; a motor winding; an end lamination (56; 66) positioned at one end of the lamination stack; and a first coolant passage (54; 64) running the entire length of the lamination stack, wherein each lamination in the lamination stack has a plurality of apertures located around its periphery, each aperture defining an entrance slot and a cooling hole, the cooling holes of adjacent laminations in the lamination stack are coincident and define the first coolant passage (54; 64), the entrance slots of adjacent laminations in the lamination stack are coincident and define a second coolant passage (52; 62); and wherein the first coolant passage (54; 64) is constructed and arranged to spray a coolant on the motor winding; wherein the cooling holes reduce in diameter from the center of the lamination stack toward the end lamination and/or the diameter of the first coolant passage (54; 64) decreases in a stepped fashion from the center of the lamination stack toward the end lamination. a plurality of laminations defining a lamination stack; a motor winding; an end lamination (56; 66) positioned at one end of the lamination stack; and a first coolant passage (54; 64) running the entire length of the lamination stack, wherein each lamination in the lamination stack has a plurality of apertures located around its periphery, each aperture defining an entrance slot and a cooling hole, the cooling holes of adjacent laminations in the lamination stack are coincident and define the first coolant passage (54; 64), the entrance slots of adjacent laminations in the lamination stack are coincident and define a second coolant passage (52; 62); and wherein the first coolant passage (54; 64) is constructed and arranged to spray a coolant on the motor winding; wherein the cooling holes reduce in diameter from the center of the lamination stack toward the end lamination and/or the diameter of the first coolant passage (54; 64) decreases in a stepped fashion from the center of the lamination stack toward the end lamination.
A method of fabricating a metal pipeline by friction stir welding along a circumferential interface between lengths of pipe disposed end-to-end or between a length of pipe and a pipeline accessory, the method comprising: spinning first and second FSW tools (70a, 70b) about respective axes of rotation in contact with a pipe wall to heat, plasticise and stir respective zones of plasticised metal at the interface, the zone of plasticised metal produced by the second FSW tool 70b extending deeper into the pipe wall than the zone of plasticised metal produced by the first FSW tool 70a; and effecting relative circumferential movement of the FSW tools (70a, 70b) along the interface such that the second FSW tool follows the first FSW tool in a traverse direction and enters the zone of plasticised metal produced by the first FSW tool while the metal in that zone remains plastic. spinning first and second FSW tools (70a, 70b) about respective axes of rotation in contact with a pipe wall to heat, plasticise and stir respective zones of plasticised metal at the interface, the zone of plasticised metal produced by the second FSW tool 70b extending deeper into the pipe wall than the zone of plasticised metal produced by the first FSW tool 70a; and effecting relative circumferential movement of the FSW tools (70a, 70b) along the interface such that the second FSW tool follows the first FSW tool in a traverse direction and enters the zone of plasticised metal produced by the first FSW tool while the metal in that zone remains plastic.
A water treatment device, comprising: an electro-coagulation unit for treating a stream of feed water to produce a stream of EC treated water of lower salinity than the stream of feed water; an electrical separation unit for treating the stream of EC treated water to obtain a stream of product water of lower salinity than the EC treated water, wherein the electrical separation unit comprises at least one of an electrodialysis reversal desalination device and a supercapacitive desalination device; and a precipitation unit for providing a stream of wash water to wash the electrical separation unit by providing a feed for the concentrate channels of the electrodialysis reversal desalination device or by flushing of the supercapacitor desalination device, and become a stream of reject water flowing back to the precipitation unit, wherein precipitation in the precipitation unit produces the stream of wash water of lower salinity than the stream of reject water. an electro-coagulation unit for treating a stream of feed water to produce a stream of EC treated water of lower salinity than the stream of feed water; an electrical separation unit for treating the stream of EC treated water to obtain a stream of product water of lower salinity than the EC treated water, wherein the electrical separation unit comprises at least one of an electrodialysis reversal desalination device and a supercapacitive desalination device; and a precipitation unit for providing a stream of wash water to wash the electrical separation unit by providing a feed for the concentrate channels of the electrodialysis reversal desalination device or by flushing of the supercapacitor desalination device, and become a stream of reject water flowing back to the precipitation unit, wherein precipitation in the precipitation unit produces the stream of wash water of lower salinity than the stream of reject water.
A monitoring system, comprising: a light projecting and receiving unit including an emitting section to emit a light flux, a scanning section to make the light flux scan within a monitoring space, and a light receiving section to receive a light flux reflected from an object within the monitoring space; a processing section to measure a distance to the object by processing signals from the light projecting and receiving unit and to output a distance image of the whole region within the monitoring space in a virtual space with three-dimensional distance information for each measurement point of the distance image; a user interface to set a monitoring region in the virtual space by an operation of a user; and a display device that, when the monitoring region has been set via the user interface, displays the set monitoring region together with the distance image, wherein the processing section outputs an alarm signal when an object invades within the monitoring region during monitoring. a light projecting and receiving unit including an emitting section to emit a light flux, a scanning section to make the light flux scan within a monitoring space, and a light receiving section to receive a light flux reflected from an object within the monitoring space; a processing section to measure a distance to the object by processing signals from the light projecting and receiving unit and to output a distance image of the whole region within the monitoring space in a virtual space with three-dimensional distance information for each measurement point of the distance image; a user interface to set a monitoring region in the virtual space by an operation of a user; and a display device that, when the monitoring region has been set via the user interface, displays the set monitoring region together with the distance image, wherein the processing section outputs an alarm signal when an object invades within the monitoring region during monitoring.