mhurhangee/ep-ind-claims huggingface dataset:
A communication method, wherein the method comprises selecting at least one transmission parameter value, for each DSL PHY in a plurality of bonded DSL PHYs, to reduce a difference in latency between the bonded DSL PHYs, wherein a data rate of a first of the plurality of bonded DSL PHYs is different than a data rate of a second of the plurality of bonded DSL PHYs, and wherein bonded DSL PHYs distribute information from a single cell or packet stream on multiple substreams over multiple twisted wire pairs using a multi-pair multiplexer or receive information on multiple substreams to form a single cell or packet stream using a multi-pair demultiplexer, wherein a plurality of cells or packets is transmitted or received using the plurality of bonded DSL PHYs, and combining multiple DSL PHYs to generate a single high data rate connection between a service provider and a DSL subscriber over a plurality of twisted pair communications channels, wherein the method comprises: transmitting a plurality of packets or cells from the service provider to the DSL subscriber, wherein a data rate for a first DSL PHY of the multiple DSL PHYs is different than a data rate for a second DSL PHY of the multiple DSL PHYs, wherein the at least one transmission parameter value is a Reed Solomon coding parameter value or an interleaving parameter value, and wherein the combined multiple DSL PHYs generate the single high data rate connection between the service provider and the DSL subscriber over the plurality of twisted pair communications channels. transmitting a plurality of packets or cells from the service provider to the DSL subscriber, wherein a data rate for a first DSL PHY of the multiple DSL PHYs is different than a data rate for a second DSL PHY of the multiple DSL PHYs, wherein the at least one transmission parameter value is a Reed Solomon coding parameter value or an interleaving parameter value, and wherein the combined multiple DSL PHYs generate the single high data rate connection between the service provider and the DSL subscriber over the plurality of twisted pair communications channels.
A system for utilising the waste heat of an internal combustion engine by means of the Clausius-Rankine cycle process, comprising - a circuit having lines with a working medium, particularly water, - a pump for conveying the working medium, - an evaporator heat exchanger for vaporising the liquid working medium with waste heat of the internal combustion engine with an inlet opening for conveying the working medium into a flow duct and an outlet opening for conveying the working medium out of the flow duct and the flow duct is divided into a plurality of flow duct parts, connected hydraulically in parallel, - an expander, - a condenser for liquefying the vaporous working medium, and - a collecting and equalising tank for the liquid working medium, characterised in that the evaporator heat exchanger has a mixing duct and in the flow direction of the working medium at least two flow duct parts, connected hydraulically in parallel, open into the mixing duct and in the flow direction of the working medium the mixing duct opens into at least two flow duct parts, connected hydraulically in parallel. - a circuit having lines with a working medium, particularly water, - a pump for conveying the working medium, - an evaporator heat exchanger for vaporising the liquid working medium with waste heat of the internal combustion engine with an inlet opening for conveying the working medium into a flow duct and an outlet opening for conveying the working medium out of the flow duct and the flow duct is divided into a plurality of flow duct parts, connected hydraulically in parallel, - an expander, - a condenser for liquefying the vaporous working medium, and - a collecting and equalising tank for the liquid working medium, characterised in that the evaporator heat exchanger has a mixing duct and in the flow direction of the working medium at least two flow duct parts, connected hydraulically in parallel, open into the mixing duct and in the flow direction of the working medium the mixing duct opens into at least two flow duct parts, connected hydraulically in parallel.
A plastisol composition, comprising polyvinyl chloride and a mixture of alkyl sulfonic acid phenyl ester, alkyl disulfonic acid diphenyl ester, and di-octyl adipate as plasticizers.
Vehicle, in particular motor vehicle, with a luggage compartment which, as seen in the transverse direction of the vehicle (y direction), has oppositely arranged luggage compartment side panels (8, 9) fastened releasably to the body of the vehicle, and with a loading floor system assigned to the luggage compartment of the vehicle, wherein the loading floor system has at least in each case one receiving bracket (18, 19) which is mounted or can be mounted on the oppositely arranged luggage compartment side panels (8, 9), and also at least one loading floor which, in the mounted state of the receiving brackets (18, 19), is deposited or can be deposited thereon or is inserted or can be inserted therein, characterized in that the receiving brackets (18, 19) are mounted or can be mounted in the luggage compartment in such a manner that a first loading surface formed by the at least one loading floor, which is deposited or can be deposited on the receiving brackets (18, 19) or is inserted or can be inserted therein, when a backrest of a rear seat bench of the vehicle is folded over towards the front of the vehicle, the rear-side surface of which forms a second loading surface in the folded-over state of the backrest, is arranged in the plane of said second loading surface.
A compound comprised of the formula: or a steroisomer, tautomer, pharmaceutically acceptable salt or ester thereof, for use in treating or preventing cancer characterised by aberrant expression of MUC1, wherein the treatment or prevention comprises a determination of whether the subject's cancer aberrantly expresses MUC1 and treating the subject with the compound if so, wherein, R3 is selected from 2-thiofuranyl, phenyl optionally substituted with one or more of the following substituents: H, 3-, or 4-Cl, 4-F, 2, 3, 4,5, 6-per-fluoro, 2, 4-di-Cl, 3, 5-di-Cl, 3,4-di-Cl, 4-OCH 3, 3-, or 4-CF 3, 4-CN, 2-, 3-, 4-Me, 2, 3-di-Me, 4-t-Bu, 4-NO 2, and 4-N(CH 3) 2; R4 is phenyl ring optionally substituted with H, 4-OCH 3, 4-Cl, or 4-CF 3; R5 is H; R6 is H; R7 is H; R8 is H; G1 is CH; G2 is N; G3 is CH; G4 is CH; and G5 is N. R3 is selected from 2-thiofuranyl, phenyl optionally substituted with one or more of the following substituents: H, 3-, or 4-Cl, 4-F, 2, 3, 4,5, 6-per-fluoro, 2, 4-di-Cl, 3, 5-di-Cl, 3,4-di-Cl, 4-OCH 3, 3-, or 4-CF 3, 4-CN, 2-, 3-, 4-Me, 2, 3-di-Me, 4-t-Bu, 4-NO 2, and 4-N(CH 3) 2; H, 3-, or 4-Cl, 4-F, 2, 3, 4,5, 6-per-fluoro, 2, 4-di-Cl, 3, 5-di-Cl, 3,4-di-Cl, 4-OCH 3, 3-, or 4-CF 3, 4-CN, 2-, 3-, 4-Me, 2, 3-di-Me, 4-t-Bu, 4-NO 2, and 4-N(CH 3) 2; R4 is phenyl ring optionally substituted with H, 4-OCH 3, 4-Cl, or 4-CF 3; R5 is H; R6 is H; R7 is H; R8 is H; G1 is CH; G2 is N; G3 is CH; G4 is CH; and G5 is N.
A resin flow control system for controlling a resin flow upon a resin molding in which a resin is injected into a molding space where a fiber reinforced substrate is placed while a pressure in the molding space is reduced, the resin flow control system comprising: an image detection part for detecting an image of an actual flow front being a front edge of the resin flow in the molding space; a difference calculation part for calculating a difference between the actual flow front obtained by the image detection part and an ideal flow front obtained based on at least a viscosity of the resin and a pressure distribution in the molding space; a flow adjustment part for adjusting a flow state of the resin so that a variation in a distribution of the difference in a width direction of the actual flow front is reduced; and a curvature acquisition part for acquiring a curvature of the actual flow front from the image detected by the image detection part, characterised in that the flow adjustment part is configured to adjust the flow state of the resin when the curvature acquired by the curvature acquisition part falls out of a preset curvature range or is off a preset target curvature. an image detection part for detecting an image of an actual flow front being a front edge of the resin flow in the molding space; a difference calculation part for calculating a difference between the actual flow front obtained by the image detection part and an ideal flow front obtained based on at least a viscosity of the resin and a pressure distribution in the molding space; a flow adjustment part for adjusting a flow state of the resin so that a variation in a distribution of the difference in a width direction of the actual flow front is reduced; and a curvature acquisition part for acquiring a curvature of the actual flow front from the image detected by the image detection part, characterised in that the flow adjustment part is configured to adjust the flow state of the resin when the curvature acquired by the curvature acquisition part falls out of a preset curvature range or is off a preset target curvature.
In combination: an elongated traffic barrier extending along an elongated axis and having spaced first and second traffic barrier ends, said elongated traffic barrier including a plurality of pivotally interconnected traffic barrier modules, each module of said plurality of traffic barrier modules having module ends and pivotally interconnected at at least one module end thereof by a pivot pin to a module end of a module adjacent thereto, said adjacent module ends being spaced apart and each module including wheels for engaging a roadway or other support surface to support said elongated traffic barrier on said roadway or other support surface and a tow vehicle releasably connected to said elongated traffic barrier by tow connector structure at or closely adjacent to said first traffic barrier end operable to exert a pulling force on said elongated traffic barrier to pull said elongated traffic barrier while said elongated traffic barrier is in engagement with the roadway or other support surface and is supported by said wheels to reposition said elongated traffic barrier on said roadway or other support surface with said elongated traffic barrier extending along said elongated axis while the wheels engage said roadway or other support surface; a drag releasably connected to said elongated traffic barrier at or closely adjacent to said second barrier end by drag connector structure (20, 42, 44, 46, 48) operable to exert a drag force on said elongated traffic barrier opposed to the pulling force exerted on said elongated traffic barrier by said tow vehicle to maintain the elongated traffic barrier in a taut condition and extending along the elongated axis to resist wandering of the modules of said elongated traffic barrier during repositioning thereof, characterised in that said drag comprising a drag vehicle offset relative to said elongated traffic barrier and disposed behind said tow vehicle to provide protection from vehicles approaching from the rear of the drag vehicle; and restrictor elements between adjacent modules to limit articulative movement therebetween, said restrictor elements being pivotally mounted on said pivot pins and abuttingly engaged by opposed end plates (14, 16) of adjacent modules during relative pivotal movement between the adjacent modules.
A cold-rolled low-density steel sheet having excellent phosphorability, wherein: an iron particle layer is disposed on a surface of the cold-rolled low-density steel sheet, and dispersed iron particles exist in the iron particle layer; at the inner side of the iron particle layer is an internal oxidized layer which is adjacent to the iron particle layer, and the internal oxidized layer contains oxides of Al; the iron particles have a particle size of 0.1∼5 μm, and the iron particles cover 30% or more of the surface area of the steel sheet; the cold-rolled low-density steel sheet contains 3.0% to 7.0% of element Al by mass percentage. an iron particle layer is disposed on a surface of the cold-rolled low-density steel sheet, and dispersed iron particles exist in the iron particle layer; at the inner side of the iron particle layer is an internal oxidized layer which is adjacent to the iron particle layer, and the internal oxidized layer contains oxides of Al; the iron particles have a particle size of 0.1∼5 μm, and the iron particles cover 30% or more of the surface area of the steel sheet; the cold-rolled low-density steel sheet contains 3.0% to 7.0% of element Al by mass percentage.
A method (500, 600, 700) for controlling a slice flow of a slurry having two or more component slurries through a headbox for a paper making machine, the method (500, 600, 700) comprising: inputting a wire speed of the paper making machine or a ratio of a jet velocity to the wire speed of the paper making machine; determining a jet velocity setpoint based on the wire speed of the paper making machine or the ratio of the jet velocity to the wire speed of the paper making machine; determining a header pressure setpoint for two or more headers (110, 120) to generate the jet velocity determined by the jet velocity setpoint, each header providing one of the two or more component slurries to the headbox; and controlling the slice flow by: generating a first speed command to a first slurry pump to generate a header pressure determined by the header pressure setpoint in a first header; and generating a second speed command to a second slurry pump to generate the header pressure determined by the header pressure setpoint in a second header. inputting a wire speed of the paper making machine or a ratio of a jet velocity to the wire speed of the paper making machine; determining a jet velocity setpoint based on the wire speed of the paper making machine or the ratio of the jet velocity to the wire speed of the paper making machine; determining a header pressure setpoint for two or more headers (110, 120) to generate the jet velocity determined by the jet velocity setpoint, each header providing one of the two or more component slurries to the headbox; and controlling the slice flow by: generating a first speed command to a first slurry pump to generate a header pressure determined by the header pressure setpoint in a first header; and generating a second speed command to a second slurry pump to generate the header pressure determined by the header pressure setpoint in a second header. generating a first speed command to a first slurry pump to generate a header pressure determined by the header pressure setpoint in a first header; and generating a second speed command to a second slurry pump to generate the header pressure determined by the header pressure setpoint in a second header.
A method of adaptive power control for a transmitting station, the method comprising: transmitting a data signal during a time period prior to a transmission pause; receiving a transmit power command during the time period prior to the transmission pause; using the received transmit power command to adjust a transmitting power of the transmitting station during the time period prior to the transmission pause; and adjusting the transmitting power of the transmitting station in the transmission pause, characterized by receiving a reference signal during a time period during the transmission pause, wherein the data signal is not transmitted during the time period during the transmission pause, and using the received reference signal to adjust the transmitting power of the transmitting station during the time period during the transmission pause. transmitting a data signal during a time period prior to a transmission pause; receiving a transmit power command during the time period prior to the transmission pause; using the received transmit power command to adjust a transmitting power of the transmitting station during the time period prior to the transmission pause; and adjusting the transmitting power of the transmitting station in the transmission pause, characterized by receiving a reference signal during a time period during the transmission pause, wherein the data signal is not transmitted during the time period during the transmission pause, and using the received reference signal to adjust the transmitting power of the transmitting station during the time period during the transmission pause.
A method of making a fuel channel for a fuel assembly for a nuclear power boiling water reactor, the fuel channel defining a length direction which in use corresponds substantially to the vertical direction, the method comprising: providing at least one first sheet of a Zr-based material, said at least one first sheet having a first thickness, providing at least one second sheet of a Zr-based material, said at least one second sheet having a second thickness (t), wherein said second thickness (t) is less than said first thickness, assembling different elements which together are to form the fuel channel, which elements comprise said at least one first sheet and said at least one second sheet, such that a fuel channel is formed and such that said at least one first sheet forms a lower part of the fuel channel and such that said at least one second sheet forms a higher part of the fuel channel and such that said lower part is joined with said higher part in that said at least one first sheet is joined with said at least one second sheet, wherein the joint between said lower part and said higher part is located such that the lower part constitutes 20-75% of the length of the fuel channel. providing at least one first sheet of a Zr-based material, said at least one first sheet having a first thickness, providing at least one second sheet of a Zr-based material, said at least one second sheet having a second thickness (t), wherein said second thickness (t) is less than said first thickness, assembling different elements which together are to form the fuel channel, which elements comprise said at least one first sheet and said at least one second sheet, such that a fuel channel is formed and such that said at least one first sheet forms a lower part of the fuel channel and such that said at least one second sheet forms a higher part of the fuel channel and such that said lower part is joined with said higher part in that said at least one first sheet is joined with said at least one second sheet, wherein the joint between said lower part and said higher part is located such that the lower part constitutes 20-75% of the length of the fuel channel.
Method for operating a multiplicity of technical units as a pool on an electrical distribution network, in which a central control apparatus, in at least one coordination cycle, respectively: - ascertains, on the basis of a predetermined optimization target of the pool, for each unit, at least one respective individual stimulus function that indicates, for at least one time interval indicated by the unit, a time characteristic of a predetermined orientation variable for planning a power exchange of an electrical power exchanged between the unit and the distribution network, and provides said stimulus function to the respective unit, - receives from each unit, in response to the at least one individual stimulus function, a respective schedule describing, for the at least one time interval indicated by the unit, a time characteristic of the power exchange planned in accordance with a local optimization target of the unit, and - forms from the schedules of the units an overall schedule for the pool that indicates a planned power exchange of the pool with at least one pool-external technical unit, characterized in that to ascertain the stimulus function: there are received from each technical unit respective flexibility data containing an indication, for the at least one time interval, of a respective power range within which the electrical power exchanged between the unit and the distribution network is permitted to vary or will probably vary, wherein in the case of a technical unit having flexibility the power range is a power band indicating multiple possible power values for a given time, and wherein in the case of a technical unit without flexibility the power range indicates a respective forecast value for the at least one time interval, and the stimulus function is ascertained from the respective flexibility data of each unit. - ascertains, on the basis of a predetermined optimization target of the pool, for each unit, at least one respective individual stimulus function that indicates, for at least one time interval indicated by the unit, a time characteristic of a predetermined orientation variable for planning a power exchange of an electrical power exchanged between the unit and the distribution network, and provides said stimulus function to the respective unit, - receives from each unit, in response to the at least one individual stimulus function, a respective schedule describing, for the at least one time interval indicated by the unit, a time characteristic of the power exchange planned in accordance with a local optimization target of the unit, and - forms from the schedules of the units an overall schedule for the pool that indicates a planned power exchange of the pool with at least one pool-external technical unit,
Suspension system, in particular cab suspension, comprising at least one first hydraulic cylinder with a piston chamber and a rod chamber, wherein the first hydraulic cylinder is connected to at least one hydraulic accumulator for retraction and extension purposes, wherein the first hydraulic cylinder is connected to at least one further hydraulic cylinder via a cross-connected circuit, wherein the hydraulic cylinders are inter connected crosswise and permit a fluid flow from the piston chambers to the rod chambers of the hydraulic cylinders, and the system has a branch for dividing a fluid flow from the piston chamber into a partial flow flowing to a rod chamber of the further hydraulic cylinder and into a partial flow flowing through a throttle valve to a hydraulic accumulator, characterized in that a backflow preventer is arranged in a fluid path between the piston chamber and the throttle valve, said backflow preventer opening during the retraction operation and closing during the extension operation.
A topical cannabinoid composition for use in treating radiotherapy or chemotherapy-associated cognitive or emotional impairment in a subject in need thereof; wherein the composition is topically administered to an area of the face of the subject not including the palpebral part of the eye or to the back of the neck of the subject.