mhurhangee/ep-ind-claims huggingface dataset:
A self-baking electrode for an electric arc furnace, said electrode comprising: - a substantially cylindrical ferrule comprising a central longitudinal axis A, an open upper end and an open lower end, said ferrule being made of an electrically conductive material and being intended to be arranged vertically above a tank of the furnace substantially over a length of the electrode, - a central column disposed within the ferrule, substantially aligned on the longitudinal axis A, said central column being suspendable from a device that is independent of said ferrule such that said central column is able to slide in vertical translation within the ferrule, and - a raw carbonaceous paste disposed around the central column in an upper part of said ferrule, said paste being configured to soften and then bake under the effect of heat into a hard carbonaceous paste, joining the central column in a lower part of said ferrule, said central column comprising a succession of electrically conductive elongate carbonaceous elements (4, 4b, 4a), said electrode being characterized in that said elongate carbonaceous elements are flexible, and in that each elongate carbonaceous element is connected to an adjacent elongate carbonaceous element by an electrically conductive connecting element and configured to allow said elongate carbonaceous element to deviate with respect to said longitudinal axis A by an angle which may range from -10° to +10°. - a substantially cylindrical ferrule comprising a central longitudinal axis A, an open upper end and an open lower end, said ferrule being made of an electrically conductive material and being intended to be arranged vertically above a tank of the furnace substantially over a length of the electrode, - a central column disposed within the ferrule, substantially aligned on the longitudinal axis A, said central column being suspendable from a device that is independent of said ferrule such that said central column is able to slide in vertical translation within the ferrule, and - a raw carbonaceous paste disposed around the central column in an upper part of said ferrule, said paste being configured to soften and then bake under the effect of heat into a hard carbonaceous paste, joining the central column in a lower part of said ferrule, said central column comprising a succession of electrically conductive elongate carbonaceous elements (4, 4b, 4a), said electrode being characterized in that said elongate carbonaceous elements are flexible, and in that each elongate carbonaceous element is connected to an adjacent elongate carbonaceous element by an electrically conductive connecting element and configured to allow said elongate carbonaceous element to deviate with respect to said longitudinal axis A by an angle which may range from -10° to +10°.
A ventilator for delivering a flow of oxygen-containing breathing gas to a patient via a ventilator breathing system, VBS, connecting the ventilator and the patient, the ventilator comprising a control computer configured to control the flow of breathing gas through the VBS and to control an oxygen concentration of the breathing gas based on a set oxygen concentration, wherein the control computer is configured to automatically increase the flow of breathing gas through the VBS in response to a change in the set oxygen concentration from a first oxygen concentration to a second oxygen concentration, characterized by increasing a flow of breathing gas through the VBS during one or more inspiratory phases of respiration while controlling an expiratory valve of the ventilator in a pressure limited approach to reach a desired airway pressure during each of the one or more inspiratory phases.
A synthetic jet sub-assembly comprising: a mounting bracket comprising a top surface and a bottom surface; a first flexible substrate positioned across an opening defined by the mounting bracket and attached to the top surface of the mounting bracket; a second flexible substrate positioned across the opening defined by the mounting bracket and attached to the bottom surface of the mounting bracket; a first plate affixed to an outward facing surface of the first flexible substrate and; and a second plate affixed to an outward facing surface of the second flexible substrate, characterised by an actuator element (34, 36) attached to at least one of the first and second plates (24, 26) to selectively cause deflection thereof. a mounting bracket comprising a top surface and a bottom surface; a first flexible substrate positioned across an opening defined by the mounting bracket and attached to the top surface of the mounting bracket; a second flexible substrate positioned across the opening defined by the mounting bracket and attached to the bottom surface of the mounting bracket; a first plate affixed to an outward facing surface of the first flexible substrate and; and a second plate affixed to an outward facing surface of the second flexible substrate, characterised by an actuator element (34, 36) attached to at least one of the first and second plates (24, 26) to selectively cause deflection thereof.
A motoring system for a gas turbine engine comprising: a reduction gear train having an input and an output; an electric motor operably connected to the input; a clutch operably connected to the output, the clutch in operation engages and disengages the reduction gear train; and a mechanical shaft fuse operably connecting the output to the clutch, the mechanical shaft fuse in operation shears when torque on the mechanical shaft fuse is greater than or equal to a selected value, wherein the mechanical shaft fuse includes a plurality of through holes; and an accessory gearbox and a starter, wherein the clutch is operably connected to the accessory gearbox through the starter and an output shaft of the starter. a reduction gear train having an input and an output; an electric motor operably connected to the input; a clutch operably connected to the output, the clutch in operation engages and disengages the reduction gear train; and a mechanical shaft fuse operably connecting the output to the clutch, the mechanical shaft fuse in operation shears when torque on the mechanical shaft fuse is greater than or equal to a selected value, wherein the mechanical shaft fuse includes a plurality of through holes; and an accessory gearbox and a starter, wherein the clutch is operably connected to the accessory gearbox through the starter and an output shaft of the starter.
A cytotoxic T lymphocyte inducer composition which comprises a peptide wherein the peptide is WHSC2-103 (SEQ ID NO: 12) for use in the treatment or prevention of cancer in an HLA-A3 supertype positive cancer patient group.
A method for producing a charging member, the method comprising: (a) preparing an unvulcanized rubber composition comprising a rubber composition containing a polymer having a butadiene skeleton, and an insulating particle; (b) supplying the unvulcanized rubber composition and an electroconductive support having an outer diameter d 0 to a crosshead extrusion molding machine provided with a crosshead and a die having an inner diameter D at an outlet of the crosshead, and molding an unvulcanized rubber roller having a layer of the unvulcanized rubber composition and an outer diameter d on the periphery of the electroconductive support, wherein a percentage value of (d - d 0) / (D - d 0) exceeds 100%; (c) vulcanizing the layer of the unvulcanized rubber composition in air to obtain a layer of a vulcanized rubber composition, the layer of the vulcanized rubber composition has a topmost surface; and (d) further oxidatively curing the topmost surface of the layer of the vulcanized rubber composition by ultraviolet irradiation to obtain an electroconductive elastic layer as a surface layer, the electroconductive elastic layer has a roughened surface roughened by the insulating particle exposed on the surface of the electroconductive elastic layer. (a) preparing an unvulcanized rubber composition comprising a rubber composition containing a polymer having a butadiene skeleton, and an insulating particle; (b) supplying the unvulcanized rubber composition and an electroconductive support having an outer diameter d 0 to a crosshead extrusion molding machine provided with a crosshead and a die having an inner diameter D at an outlet of the crosshead, and molding an unvulcanized rubber roller having a layer of the unvulcanized rubber composition and an outer diameter d on the periphery of the electroconductive support, wherein a percentage value of (d - d 0) / (D - d 0) exceeds 100%; (c) vulcanizing the layer of the unvulcanized rubber composition in air to obtain a layer of a vulcanized rubber composition, the layer of the vulcanized rubber composition has a topmost surface; and (d) further oxidatively curing the topmost surface of the layer of the vulcanized rubber composition by ultraviolet irradiation to obtain an electroconductive elastic layer as a surface layer, the electroconductive elastic layer has a roughened surface roughened by the insulating particle exposed on the surface of the electroconductive elastic layer.
A build material container for a three-dimensional printing system, comprising: an external casing having an outer surface; and an internal reservoir for holding build material, the internal reservoir being positioned within the external casing and comprising: an outlet structure for coupling to an element of a three-dimensional printing system, the outlet structure being positioned below the outer surface, wherein the external casing comprises a structurally weakened portion arranged within an interior of the outer surface above the outlet structure, the structurally weakened portion comprises an aperture that is formed within the outer surface to aid application of a force to an underside of the structurally weakened portion, and forms at least part of one side of the structurally weakened portion and wherein the structurally weakened portion further comprises at least three structurally weakened sides including cut portions interspersed with scored portions, wherein, responsive to a force applied to the structurally weakened portion, the structurally weakened portion is separable to create an aperture in the outer surface, which aperture enables access to the outlet structure, characterised in that the cut portions of two lateral structurally weakened sides of the structurally weakened portion vary in at least one of length and spacing, such that an amount of force to separate the lateral structurally weakened sides increases with distance from the aperture. an external casing having an outer surface; and an internal reservoir for holding build material, the internal reservoir being positioned within the external casing and comprising: an outlet structure for coupling to an element of a three-dimensional printing system, the outlet structure being positioned below the outer surface, wherein the external casing comprises a structurally weakened portion arranged within an interior of the outer surface above the outlet structure, the structurally weakened portion comprises an aperture that is formed within the outer surface to aid application of a force to an underside of the structurally weakened portion, and forms at least part of one side of the structurally weakened portion and wherein the structurally weakened portion further comprises at least three structurally weakened sides including cut portions interspersed with scored portions, wherein, responsive to a force applied to the structurally weakened portion, the structurally weakened portion is separable to create an aperture in the outer surface, which aperture enables access to the outlet structure, characterised in that the cut portions of two lateral structurally weakened sides of the structurally weakened portion vary in at least one of length and spacing, such that an amount of force to separate the lateral structurally weakened sides increases with distance from the aperture.
A method for operating a digital signature server to obtain a digital signature on a data item, comprising the steps performed by the digital signature server of: receiving a signature request from a relying party in communication with a web browser instance on a host computer to which a smart card is connected, the signature request being received via the web browser instance; in response to receiving the signature request, transmitting the data item to be signed to the web browser instance with an indication to operate the smart card to sign the data item and forwarding the data to be signed from the web browser instance executing on the host computer to the smart card for signature, receiving the digital signature from the smart card via the web browser instance executing on the host computer, upon receiving the signature from the smart card, transmitting the signature to the relying party via the web browser instance executing on the host computer. receiving a signature request from a relying party in communication with a web browser instance on a host computer to which a smart card is connected, the signature request being received via the web browser instance; in response to receiving the signature request, transmitting the data item to be signed to the web browser instance with an indication to operate the smart card to sign the data item and forwarding the data to be signed from the web browser instance executing on the host computer to the smart card for signature, receiving the digital signature from the smart card via the web browser instance executing on the host computer, upon receiving the signature from the smart card, transmitting the signature to the relying party via the web browser instance executing on the host computer.
A computer-implemented method of determining one or more tilt adjustments for cells included in a wireless communication network, the method comprising: receiving, at a computing device, geo-located traffic data associated with the wireless communication network, wherein the geo-located traffic data includes a signal strength of a serving cell and a signal strength of at least one neighbor cell of the wireless communication network; determining, at the computing device, a number of occurrences that the at least one neighbor cell has a signal strength greater than the serving cell based on the geo-located traffic data; comparing, by the computing device, the signal strength of the serving cell with a signal strength threshold in response to determining that the number of occurrences is greater than a dominance threshold; and generating, by the computing device, a coverage adjustment based on the comparing of the signal strength of the serving cell with the signal strength threshold, wherein the coverage adjustment includes instructions to adjust a tilt angle of an antenna included in one or more of the serving cell or the at least one neighbor cell. receiving, at a computing device, geo-located traffic data associated with the wireless communication network, wherein the geo-located traffic data includes a signal strength of a serving cell and a signal strength of at least one neighbor cell of the wireless communication network; determining, at the computing device, a number of occurrences that the at least one neighbor cell has a signal strength greater than the serving cell based on the geo-located traffic data; comparing, by the computing device, the signal strength of the serving cell with a signal strength threshold in response to determining that the number of occurrences is greater than a dominance threshold; and generating, by the computing device, a coverage adjustment based on the comparing of the signal strength of the serving cell with the signal strength threshold, wherein the coverage adjustment includes instructions to adjust a tilt angle of an antenna included in one or more of the serving cell or the at least one neighbor cell.
Method for producing an aluminised packaging steel from a cold-rolled steel sheet made from an unalloyed or low-alloy steel having the following steps: - applying a silicate coating to the steel sheet or passing the steel sheet through a cleaning bath, in which a silicate coating is applied to the steel sheet, - heating the steel sheet coated with the silicate coating by electromagnetic induction at temperatures in the recrystallisation range of steel at a heating rate of more than 75 K/s to anneal the steel sheet in recrystallising manner, - dipping the steel sheet annealed in recrystallising manner into a molten aluminium bath to apply an aluminium layer onto the steel sheet, wherein the steel sheet has a temperature of at least 700°C when dipped into the aluminium bath, - withdrawing the steel sheet from the aluminium bath and cooling the aluminised steel sheet at a cooling rate of at least 100 K/s. - applying a silicate coating to the steel sheet or passing the steel sheet through a cleaning bath, in which a silicate coating is applied to the steel sheet, - heating the steel sheet coated with the silicate coating by electromagnetic induction at temperatures in the recrystallisation range of steel at a heating rate of more than 75 K/s to anneal the steel sheet in recrystallising manner, - dipping the steel sheet annealed in recrystallising manner into a molten aluminium bath to apply an aluminium layer onto the steel sheet, wherein the steel sheet has a temperature of at least 700°C when dipped into the aluminium bath, - withdrawing the steel sheet from the aluminium bath and cooling the aluminised steel sheet at a cooling rate of at least 100 K/s.
A coating composition having an emulsion polymerized latex that is a reaction product of a method comprising: providing a first-stage copolymer having step-growth-functional groups, wherein the ethylenically-unsaturated step-growth-functional groups constitute greater than 5% of the monomers polymerized to make the first-stage copolymer; grafting a linkage monomer to one of the step-growth-functional groups to provide a pendant linkage group; and emulsion polymerizing a plurality of second-stage monomers in the presence of the first-stage copolymer to form a second-stage copolymer and to link the second-stage copolymer to the first-stage copolymer with a linkage derived from the pendant linkage group. providing a first-stage copolymer having step-growth-functional groups, wherein the ethylenically-unsaturated step-growth-functional groups constitute greater than 5% of the monomers polymerized to make the first-stage copolymer; grafting a linkage monomer to one of the step-growth-functional groups to provide a pendant linkage group; and emulsion polymerizing a plurality of second-stage monomers in the presence of the first-stage copolymer to form a second-stage copolymer and to link the second-stage copolymer to the first-stage copolymer with a linkage derived from the pendant linkage group.
A method for reliably delivering a multicast message from an originator node to a plurality of target nodes over a non-reliable fabric to which each of the originator node and the plurality of target nodes is coupled, wherein each of the originator node and the plurality of target nodes is connected to the non-reliable fabric via a Host Fabric Interface, HFI, the HFI comprising logic to enable the corresponding node to send packets to and receive packets from other devices, comprising: sending a multicast message from the HFI of the originator node to a switch in the non-reliable fabric, wherein the multicast message is configured to cause the switch to generate and send a respective unicast message corresponding to the multicast message to each of the plurality of target nodes the method being characterized by comprising: receiving, at the HFI for the originator node, one or more reply messages (506, 508) from the corresponding HFI of one or more of the plurality of target nodes, the one or more reply messages indicating that the target node sending the reply message has successfully received the unicast message corresponding to the multicast message sent to the target node; determining, at the HFI for the originator node, one or more reply messages have yet to be received from one or more of the target nodes within a timeout period; and in response thereto, generating and sending a unicast message corresponding to the multicast message from the HFI for the originator node to each of the one or more target nodes that did not return a reply message to the HFI of the originator node within the timeout period. sending a multicast message from the HFI of the originator node to a switch in the non-reliable fabric, wherein the multicast message is configured to cause the switch to generate and send a respective unicast message corresponding to the multicast message to each of the plurality of target nodes the method being characterized by comprising: receiving, at the HFI for the originator node, one or more reply messages (506, 508) from the corresponding HFI of one or more of the plurality of target nodes, the one or more reply messages indicating that the target node sending the reply message has successfully received the unicast message corresponding to the multicast message sent to the target node; determining, at the HFI for the originator node, one or more reply messages have yet to be received from one or more of the target nodes within a timeout period; and in response thereto, generating and sending a unicast message corresponding to the multicast message from the HFI for the originator node to each of the one or more target nodes that did not return a reply message to the HFI of the originator node within the timeout period.