mhurhangee/ep-ind-claims huggingface dataset:
A method for treating water in a cooling water system equipped with an iron-made facility, the method comprising a process of adding tungstic acid and/or a tungstate; and a copolymer of acrylic acid and 2-acrylamido-2-methylpropanesulfonic acid, the copolymer having an acrylic acid monomer content of 97% by mole or more, to the cooling water system, wherein the tungstic acid and/or tungstate and the acrylic copolymer are added to make the ratio by weight of the quantity of the acrylic copolymer to that of the tungstic acid and/or tungstate fall within the range of 1:5 to 1:1500, wherein the tungstic acid and/or the tungstate is maintained at a concentration of 5 to 600 mg/L in the cooling water system, and the acrylic copolymer is maintained at a concentration of 0.5 to 20 mg/L in the cooling water system.
A nucleic acid sequence encoding a modified live, attenuated dengue-2 virus strain PDK-53-V polypeptide, wherein the nucleic acid sequence encoding the modified live, attenuated dengue-2 virus strain PDK-53-V polypeptide comprises a guanine to cytosine mutation at position 6481 wherein amino acid position 2129 corresponding to NS4A-36 is a proline instead of an alanine, and at least one mutation of an adenine to guanine mutation at position 592 wherein amino acid position 166 corresponding to prM-52 is a glutamic acid instead of a lysine and an adenine to guanine mutation at position 8803 wherein amino acid position 2903 corresponding to NS5-412 is a valine instead of a isoleucine.
A hinge arrangement adapted to be located at an end portion (15, 17) of a bonnet of a vehicle, said hinge arrangement having a longitudinal direction (x), a transverse direction (y) and a vertical direction (z), said hinge arrangement being transitable between a normal state and a deployed state, said hinge arrangement comprising - a hinge portion adapted to be attached, directly or indirectly, to a body of said vehicle, - a bracket portion adapted to be attached, directly or indirectly, to said bonnet, - a deployment guiding arrangement, and - a lifting member, said hinge portion comprising a first member, a second member and a first pivot axis providing a hinged connection between said first member and said second member, characterized by said deployment guiding arrangement comprising a multi-link connection between said bracket portion and said first member of said hinge portion, wherein said deployment guiding arrangement comprises a first arm, a second arm and a third arm, the first arm is pivotally connected to the first member at a first end by a second pivot axis, wherein an opposite second end of the first arm is pivotally connected to the bracket portion at a third pivot axis, the second arm is pivotally connected at a first end to the first member of the hinge portion, the third arm pivotally connecting a second opposite end of said second arm to said first arm, said bracket portion being arranged to be in a fixed position relative to said first member during movement in said hinged connection, said lifting member being arranged at an angle (α) less than 45° to a plane spanned by said longitudinal direction (x) and said transverse direction (y) of said hinge arrangement, said bracket portion being arranged to be translationally displaced as a whole at least in said vertical direction (z) in relation to said first member of said hinge portion by means of said lifting member acting on said deployment guiding arrangement during said transition of said hinge arrangement between said normal state and said deployed state, said deployment guiding arrangement being adapted to control said transition and said hinged connection being inactive during said transition. - a hinge portion adapted to be attached, directly or indirectly, to a body of said vehicle, - a bracket portion adapted to be attached, directly or indirectly, to said bonnet, - a deployment guiding arrangement, and - a lifting member,
A water-based lithium ion battery cathode slurry comprising a conductive agent and/or a water-based binder and comprising a cathode active material comprising a lithium transition metal oxide powder wherein the lithium transition metal oxide powder consists of agglomerates of primary particles, the primary particles comprising a coating layer comprising a polymer, wherein the polymer is a fluorine-containing polymer comprising at least 50 wt% of fluorine, wherein the coating layer comprises a first inner and a second outer coating layer, the second outer layer comprising the fluorine-containing polymer, and the first inner layer consisting of a reaction product of the fluorine-containing polymer and the surface of the primary particles.
An Apparatus for temporomandibular joint-related corrections of tooth position, taking into account a variant of the registration or construction of the bite predetermined by the user wherein a base module extending at least on the occlusion-bearing part of one side of the jaw is supported in an intermaxillary manner and has cavities to accommodate teeth, by means of which the tension forces necessary for tooth movements can act on the teeth, wherein the base module has a three-dimensionally defined jaw support designed in accordance with specifications of the user, and that the jaw support is formed by bite blocks and/or interceptors which have cavities filled with a filling material of predeterminable elasticity for vertical corrections of the alveolar processes, characterized in that the base module comprises a base clip covering at least one tooth crown, the base clip has a functional hollow body facing the opposing jaw as part of the bite block or the interceptor, and the functional hollow body is filled with the filling material, and the functional hollow body has a circumferential pressure transfer ring facing the occlusion surface of the covered tooth crown.
A flat flame oxy-fuel burner comprising: a gaseous fuel nozzle having an outlet end, a width w, a height a, a hydraulic diameter D h-NG, and a width to height ratio w/a of at least about 2; a primary oxidant conduit positioned concentrically surrounding the fuel nozzle so as to form a substantially uniform annular primary oxidant nozzle between the fuel nozzle and the primary oxidant conduit, the primary oxidant conduit having a height b, the primary oxidant nozzle having an outlet end aligned with the outlet end of the fuel nozzle; and a precombustor extending from the outlet end of the fuel and oxidant nozzles to a flame end, the precombustor having a length L, and a hydraulic diameter D h; wherein the ratio L/D h of the precombustor is greater than 0 and less than or equal to about 4; wherein the precombustor length normalized by the hydraulic diameter of the fuel nozzle L/D h-NG is greater than 0 and less than or equal to about 12; and characterized in that the dimensions a, b, and w are sized such that the primary oxidant has a Reynolds number from about 200 to about 22,000 when the burner is operated at a firing rate of about 52.75 to about 1055 MJ/h (about 0.05 to about 1 MMBtu/hr). a gaseous fuel nozzle having an outlet end, a width w, a height a, a hydraulic diameter D h-NG, and a width to height ratio w/a of at least about 2; a primary oxidant conduit positioned concentrically surrounding the fuel nozzle so as to form a substantially uniform annular primary oxidant nozzle between the fuel nozzle and the primary oxidant conduit, the primary oxidant conduit having a height b, the primary oxidant nozzle having an outlet end aligned with the outlet end of the fuel nozzle; and a precombustor extending from the outlet end of the fuel and oxidant nozzles to a flame end, the precombustor having a length L, and a hydraulic diameter D h; wherein the ratio L/D h of the precombustor is greater than 0 and less than or equal to about 4; wherein the precombustor length normalized by the hydraulic diameter of the fuel nozzle L/D h-NG is greater than 0 and less than or equal to about 12; and characterized in that the dimensions a, b, and w are sized such that the primary oxidant has a Reynolds number from about 200 to about 22,000 when the burner is operated at a firing rate of about 52.75 to about 1055 MJ/h (about 0.05 to about 1 MMBtu/hr).
A method of selecting an economy mode shift schedule for a transmission having X selectable gear ranges and coupled to a powered vehicle, the transmission having a transmission control circuit and the vehicle having an engine control circuit for controlling an engine, comprising: calculating vehicle acceleration and a change in accelerator pedal position; characterized in that the method further comprises: computing a net tractive effort force of the vehicle for a current gear range N of the transmission, where N < X; determining a maximum tractive effort force for all upshift gear ranges, the upshift gear ranges comprising gear ranges N+1, N+2,..., and N+J, where J = X-N; comparing the net tractive effort force to each maximum tractive effort force; selecting the economy mode shift schedule for the transmission based on the comparison; and controlling shifting between one or more gear ranges of the transmission according to the economy mode shift schedule. calculating vehicle acceleration and a change in accelerator pedal position; characterized in that the method further comprises: computing a net tractive effort force of the vehicle for a current gear range N of the transmission, where N < X; determining a maximum tractive effort force for all upshift gear ranges, the upshift gear ranges comprising gear ranges N+1, N+2,..., and N+J, where J = X-N; comparing the net tractive effort force to each maximum tractive effort force; selecting the economy mode shift schedule for the transmission based on the comparison; and controlling shifting between one or more gear ranges of the transmission according to the economy mode shift schedule. computing a net tractive effort force of the vehicle for a current gear range N of the transmission, where N < X; determining a maximum tractive effort force for all upshift gear ranges, the upshift gear ranges comprising gear ranges N+1, N+2,..., and N+J, where J = X-N; comparing the net tractive effort force to each maximum tractive effort force; selecting the economy mode shift schedule for the transmission based on the comparison; and controlling shifting between one or more gear ranges of the transmission according to the economy mode shift schedule.
A compound, or a pharmaceutically acceptable salt, solvate, or crystal form thereof, wherein the compound is selected from: Name of Compound Structure of Compound 3-O-angeloyl-13-O-acetyl-ingenol 3-O-angeloyl-13-O-butanoyl-ingenol 3-O-angeloyl-13-O-hexanoyl-ingenol 3-O-angeloyl-13-O-decanoyl-ingenol 3-O-(2,3-dimethylbutenoyl)-13-O-dodecanoyl-ingenol 3-O-(3,5-diethylisoxazolyl-4-formyl)-13-O-dodecanoyl-ingenol
A skin-mountable device comprising a surface carrying an adhesive layer for adhering the device to a skin region and a removable non-adhesive cover layer shaped as a loop having a first loop portion covering the entire adhesive layer and a second loop portion connected to the first loop portion by a loop return and returning over the first loop portion, the second loop portion containing a pull tab opposing said loop return and extending beyond said surface.
A tie shaft assembly for a gas turbine engine comprising: a compressor tie shaft having an upstream end and a downstream end and the downstream end includes a radially outer threaded surface and a radially inner threaded surface; and a turbine tie shaft having an upstream end with a radially outer threaded surface in engagement with the radially inner threaded surface on the compressor tie shaft, and characterised by further comprising: a preload spring placed on a radially inner side of the compressor tie shaft and axially against a radially inward extending projection on the compressor tie shaft being axially preloaded in engagement with the protrusion on the compressor tie shaft and an axially forward edge of the turbine tie shaft and a spanner nut including a spanner threaded surface that engages the radially outer threaded surface on the compressor tie shaft. a compressor tie shaft having an upstream end and a downstream end and the downstream end includes a radially outer threaded surface and a radially inner threaded surface; and a turbine tie shaft having an upstream end with a radially outer threaded surface in engagement with the radially inner threaded surface on the compressor tie shaft, and characterised by further comprising: a preload spring placed on a radially inner side of the compressor tie shaft and axially against a radially inward extending projection on the compressor tie shaft being axially preloaded in engagement with the protrusion on the compressor tie shaft and an axially forward edge of the turbine tie shaft and a spanner nut including a spanner threaded surface that engages the radially outer threaded surface on the compressor tie shaft.
A method of operating a radio network element, the method comprising: receiving user equipment capability information indicating a plurality of panel combinations of a multi panel UE (MP-UE), each panel combination including at least one antenna panel from among a plurality of antenna panels of the MP-UE; receiving, from the MP-UE, signal strength information corresponding to a plurality of transmission reception points (TRPs); based on the signal strength information, determining a plurality of TRP sets that correspond to the plurality of panel combinations, respectively; and generating a plurality of control resource set (CORESET) configurations that correspond to the plurality of panel combinations, respectively, wherein, for each panel combination, the TRP set corresponding to the panel combination indicates at least one TRP from among the plurality of TRPs, and the CORESET configuration corresponding to the panel combination defines one or more CORESETs to be used by the at least one TRP to provide downlink transmissions to the MP-UE via the panel combination. receiving user equipment capability information indicating a plurality of panel combinations of a multi panel UE (MP-UE), each panel combination including at least one antenna panel from among a plurality of antenna panels of the MP-UE; receiving, from the MP-UE, signal strength information corresponding to a plurality of transmission reception points (TRPs); based on the signal strength information, determining a plurality of TRP sets that correspond to the plurality of panel combinations, respectively; and generating a plurality of control resource set (CORESET) configurations that correspond to the plurality of panel combinations, respectively, wherein, for each panel combination, the TRP set corresponding to the panel combination indicates at least one TRP from among the plurality of TRPs, and the CORESET configuration corresponding to the panel combination defines one or more CORESETs to be used by the at least one TRP to provide downlink transmissions to the MP-UE via the panel combination.
Reciprocating pump of an ink supply system for supplying printing machines with ink, in particular with UV ink, comprising: - a piston rod having a piston rod surface; - a piston rod cylinder; - a seal; wherein the seal is attached between the piston rod and the piston rod cylinder such that ink is prevented from escaping; and the piston rod surface of the piston rod characterised by: comprising at least one depression and/or at least one elevation such that the at least one depression and/or the at least one elevation is guided past the seal during operation of the reciprocating pump, in order to remove polymerised ink or solid ink particles adhering to the seal. - a piston rod having a piston rod surface; - a piston rod cylinder; - a seal;
A method of tracking the 3D position of a moving in-situ target, the method including the steps of: (a) constructing a computational prior model of the moving in-situ target and its surrounding environment; (b) dividing the computational prior model to provide a target model of the moving in-situ target and an anatomy-only model of anatomies surrounding the moving in-situ target; (c) utilising one or more spatially distributed real-time 2D fluoroscopic image of the moving in-situ target to track the moving in-situ target; (d) comparing the anatomy-only model to the one or more spatially distributed real-time 2D fluoroscopic image obtained in step (c); and, (e) minimizing the difference between the anatomy-only model and the one or more spatially distributed real-time 2D fluoroscopic image to provide the 3D position of the moving in-situ target. (a) constructing a computational prior model of the moving in-situ target and its surrounding environment; (b) dividing the computational prior model to provide a target model of the moving in-situ target and an anatomy-only model of anatomies surrounding the moving in-situ target; (c) utilising one or more spatially distributed real-time 2D fluoroscopic image of the moving in-situ target to track the moving in-situ target; (d) comparing the anatomy-only model to the one or more spatially distributed real-time 2D fluoroscopic image obtained in step (c); and, (e) minimizing the difference between the anatomy-only model and the one or more spatially distributed real-time 2D fluoroscopic image to provide the 3D position of the moving in-situ target.
A communication method, comprising: performing, by a base station, beam scanning and alignment together with first user equipment in a first subframe, to determine a beam that is used for sending data in the first subframe, wherein a quantity of beams used for sending data is greater than or equal to 1; and when sending data to the first user equipment by using the beam, sending,, by the base station, beam information of the beam used for sending data, wherein the beam information comprises at least identification information of the beam and a synchronization signal; wherein the synchronization signal is used by second user equipment to synchronize with the base station; and the identification information of the beam is used by the first user equipment and the second user equipment to identify the beam sent by the base station; characterised in that the base station performs beam scanning and alignment together with the first user equipment and the second user equipment in a second subframe, wherein a beam scanned in the second subframe does not comprise at least a beam that is scheduled for sending data in the first subframe, and the second subframe is a next subframe of the first subframe. performing, by a base station, beam scanning and alignment together with first user equipment in a first subframe, to determine a beam that is used for sending data in the first subframe, wherein a quantity of beams used for sending data is greater than or equal to 1; and when sending data to the first user equipment by using the beam, sending,, by the base station, beam information of the beam used for sending data, wherein the beam information comprises at least identification information of the beam and a synchronization signal; wherein the synchronization signal is used by second user equipment to synchronize with the base station; and the identification information of the beam is used by the first user equipment and the second user equipment to identify the beam sent by the base station; characterised in that the base station performs beam scanning and alignment together with the first user equipment and the second user equipment in a second subframe, wherein a beam scanned in the second subframe does not comprise at least a beam that is scheduled for sending data in the first subframe, and the second subframe is a next subframe of the first subframe.
A bracket of a lock of a hood formed by a rod and consisting of an actuating part, a connecting part and a U-shaped working part, which is arranged in a receptacle (11, 11') of a fastening plate, characterized in that at the fastening point of the bracket in the fastening plate it has a double curvature between the U-shaped working part of the bracket and the connecting part.
Safety stopper for bottles, comprising a hoop-shaped part adapted to fit the upper rim of a bottle neck and a region of the internal portion of the orifice thereof, a displaceable seal or valve mating said hoop shaped part, a stopper body received by said hoop shaped part, a cap-tube assembly formed by an upper cap, which is screw-fitted to said stopper body, and a lower tubular component, which is joined to said upper cap by a weakened line and which fits on the exterior of the bottle neck, said safety stopper also comprising an over-cap (4, 16, 37, 33) externally covering said upper cap, said upper cap being provided, on its external surface, with a peripheral rib located on the lower portion of said upper cap and a plurality of longitudinal ribs extending above said peripheral rib, characterised by the following configuration, of said cap-tube assembly, which makes it suitable for optionally receiving one of a breakable over-cap (4, 16), a non-breakable over-cap with a removable sealing band or an engaging metal over-cap: said tubular component being provided, on its upper portion, with an internal smooth step, an external peripheral groove, a plurality of external longitudinal ribs (30, 30', 30") extending above said peripheral groove and a peripheral straight step located below said external peripheral groove; further characterized in that numerous projections (22, 22', 22") provided on a step formed by a lower flange of said stopper body are press fitted into said internal smooth step of the tubular component, thus performing a non-twist retention.
A light module for a motor vehicle headlamp having an optical fiber configuration with at least one first optical fiber branch and one second optical fiber branch, wherein each of the two branches comprises a light entry surface (12.1, 14.1) and a light exit surface (12.2, 14.2), wherein the light exit surfaces are each bordered by two narrow sides (12.3, 12.4, 14.3, 14.4) and two long sides (12.5, 12.6, 14.5, 14.6), and wherein the two branches are disposed such that a narrow side (12.4) of the first branch is disposed parallel and directly adjacent to a narrow side (14.3) of the light exit surface of the second branch, wherein the narrow sides of the light exit surfaces of the two branches are of the same length, while the long sides of the light exit surface of the second branch are longer than the long sides of the light exit surface of the first branch, and wherein each branch has two transport surfaces (12.7, 12.8, 14.7, 14.8), which border an optical fiber volume extending between the light entry surface and the light exit surface of each branch, and on which, the light propagated in the optical fiber is subjected to a total internal reflection, and is bordered by the long sides of the light exit surface of the branch, characterized in that the transport surfaces exhibit surface norms (12.7n, 12.8n, 14.7n, 14.8n), which exhibit a directional component, which faces more toward a first narrow side (12.3, 14.3) of the two narrow sides of the branch than toward a second narrow side (12.4, 14.4) of the two narrow sides of the branch, wherein this applies to a majority of all of the points on the transport surfaces onto which the light, coupled via the associated light entry surface, falls, and in that the narrow sides lying directly adjacent and parallel to one another are a second narrow side (12.4) of the first branch and a first narrow side (14.3) of the second branch.