mhurhangee/ep-ind-claims huggingface dataset:
A method for distributing a layer two device policy to a layer two device, comprising: generating, by a Resource and Admission Control Subsystem, RACS, of Telecoms & Internet converged Services & Protocols for Advanced Networks, TISPAN, dynamically, the layer two device policy according to a resource request, user subscription information and a resource availability status obtained from a transport layer function; wherein the layer two device policy comprises: a policy ID used to identify the policy uniquely, a policy type identifying the policy as a layer two policy or a layer three policy, a user ID used for uniquely determining the user a flow description, Quality of Service, QoS, information and gating information; sending, by the RACS, the layer two device policy down to an IP Edge Node; and notifying, by the IP Edge Node, the layer two device of the layer two device policy; receiving and enforcing, by the layer two device, the layer two device policy. generating, by a Resource and Admission Control Subsystem, RACS, of Telecoms & Internet converged Services & Protocols for Advanced Networks, TISPAN, dynamically, the layer two device policy according to a resource request, user subscription information and a resource availability status obtained from a transport layer function; wherein the layer two device policy comprises: a policy ID used to identify the policy uniquely, a policy type identifying the policy as a layer two policy or a layer three policy, a user ID used for uniquely determining the user a flow description, Quality of Service, QoS, information and gating information; sending, by the RACS, the layer two device policy down to an IP Edge Node; and notifying, by the IP Edge Node, the layer two device of the layer two device policy; receiving and enforcing, by the layer two device, the layer two device policy.
A method of producing a hydrogen separation membrane, comprising: forming a laminate by sequentially depositing palladium, an added metal A, and an added metal B, the added metal A and the added metal B being silver and copper, silver and cobalt, gold and cobalt, gold and iridium, or gold and rhodium; and heat treating the laminate to form a palladium alloy that includes palladium, the added metal A, and the added metal B, the content of palladium in the palladium alloy being 40 to 90 mass%, wherein the laminate is heat treated at a temperature within ±100°C of the triple point of the added metal A and the added metal B in an equilibrium diagram of the added metals A and B. forming a laminate by sequentially depositing palladium, an added metal A, and an added metal B, the added metal A and the added metal B being silver and copper, silver and cobalt, gold and cobalt, gold and iridium, or gold and rhodium; and heat treating the laminate to form a palladium alloy that includes palladium, the added metal A, and the added metal B, the content of palladium in the palladium alloy being 40 to 90 mass%, wherein the laminate is heat treated at a temperature within ±100°C of the triple point of the added metal A and the added metal B in an equilibrium diagram of the added metals A and B.
A method for manufacturing an impregnated fibrous material comprising a fibrous material (or rovings) made of continuous fibers and at least one thermoplastic polymer having a glass transition temperature Tg of greater than or equal to 40°C, in particular greater than or equal to 80°C, preferably of from 100 to 200°C, more preferentially of from 110 to 200°C, or a melting point Tm of less than or equal to 400°C, in particular less than or equal to 350°C, especially less than or equal to 290°C, the glass transition temperature Tg and the melting point Tm being measured by DSC according to standard ISO 11357-2: 2013 and ISO 11357-3: 2013, respectively, characterized in that said method comprises a step of impregnating, in a pultrusion head, said at least one fibrous material by injecting a reactive composition in the molten state comprising at least one precursor of said thermoplastic polymer in the presence of said fibrous material, said at least one fibrous material, during the entry thereof into said pultrusion head, being divided in its thickness into n layers, in particular of substantially equal thicknesses, n being from 2 to 20, in particular from 2 to 10, more particularly from 2 to 5, especially equal to 4, each layer circulating in said pultrusion head in a channel of its own, said reactive composition being injected into each channel and/or between said layers when they are brought back together at the outlet of each channel, said channel being heated to a temperature such that the reactive composition has an initial viscosity in the molten state of less than 50 Pa.s, more preferentially of less than 20 Pa.s, even more preferentially of less than 10 Pa.s, especially of less than 5 Pa.s, the viscosity in the molten state being measured by oscillatory rheology at a temperature Tm ≤ T ≤ Tm +50°C for a semi-crystalline polymer or Tg + 220°C for an amorphous polymer, at 10 rad/sec under nitrogen flushing with 5% deformation on a Physica MCR301 apparatus between two parallel planes 25 mm in diameter, the impregnation starting at the time of the injection and ending before or after said layers are brought back together by superposition in order to form said at least one final impregnated fibrous material wherein said precursors of said thermoplastic polymer are at least partially polymerized.
A nickel-based alloy composition consisting, in weight percent, of: 1.0 to 3.5% aluminium, 0.0 to 3.6% titanium, 0.0 to 6.0% niobium, 0.0 to 4.9% tantalum, 0.0 to 5.4% tungsten, 1.6 to 4.0% molybdenum, 8.9 to 30.0% cobalt, 15.0 to 20.6% chromium, 0.02 to 0.35% carbon, 0.001 to 0.2% boron, 0.001 to 0.5% zirconium, 0.0 to 5.0% rhenium, 0.0 to 8.5% ruthenium, 0.0 to 4.6 percent iridium, 0.0 to 0.5% vanadium, 0.0 to 1.0% palladium, 0.0 to 1.0% platinum, 0.0 to 0.5% silicon, 0.0 to 0.1% yttrium, 0.0 to 0.1% lanthanum, 0.0 to 0.1% cerium, 0.0 to 0.003% sulphur, 0.0 to 0.25% manganese, 0.0 to 6.0% iron, 0.0 to 0.5% copper, 0.0 to 0.5% hafnium, the balance being nickel and incidental impurities, wherein the following equations are satisfied in which W Nb, W Ta, W Ti, W Mo, W Al, W Re and W Ru are the weight percent of niobium, tantalum, titanium, molybdenum, aluminium, rhenium and ruthenium in the alloy respectively 4.2 ≤ W W + 0.92 W Re + 1.58 W Ru + W Mo W Al + 0.5 W Ti + 0.3 W Nb + 0.15 W Ta ≤ 4.0 and 3.0 ≤ W Al + 0.5 W Ti + 1.5 0.3 W Nb + 0.15 W Ta
Apparatus for degassing a liquid for dialysis or for an extracorporeal blood treatment, comprising a container of a degassing unit for receiving the liquid and an ultrasonic unit consisting of an ultrasonic sonotrode with a transducer and a resonator, the resonator being suitable for immersion in the liquid of the container and for inducing a degassing of the liquid by way of ultrasound, characterized in that the resonator contains a hollow channel, by means of which the degassed liquid can be removed from the container.
Method for providing an operator control apparatus, in which - the actuation of an input device is used to control a display of information on a display panel, wherein the display panel has a first and a second display area in which status information is displayed, the displayable information comprising at least two lists each having multiple list entries (16, 18), - a second actuation process, which is a single actuation of the input device, is used to change, during the display of a display content that is associated with a selected list entry on the first list, to a display of a display content that is associated with a list entry on the second list, wherein - the second actuation process is used, during the display of the display content that is associated with the selected list entry on the first list, to change initially to a representation of a first graphical object, which is associated with the first list, on a virtual, perspectively represented ring having multiple objects, the ring then being rotated until a second graphical object, which is associated with the second list, is displayed in the foreground, and to change finally to the display of the display content that is associated with the list entry on the second list, characterized in that a first actuation process is used, during the display of the display content that is associated with the selected list entry on the first list, to display at least one subset of the first list, the first display area disappearing and the second display area being represented in smaller form. - the actuation of an input device is used to control a display of information on a display panel, wherein the display panel has a first and a second display area in which status information is displayed, the displayable information comprising at least two lists each having multiple list entries (16, 18), - a second actuation process, which is a single actuation of the input device, is used to change, during the display of a display content that is associated with a selected list entry on the first list, to a display of a display content that is associated with a list entry on the second list, wherein - the second actuation process is used, during the display of the display content that is associated with the selected list entry on the first list, to change initially to a representation of a first graphical object, which is associated with the first list, on a virtual, perspectively represented ring having multiple objects, the ring then being rotated until a second graphical object, which is associated with the second list, is displayed in the foreground, and to change finally to the display of the display content that is associated with the list entry on the second list,
A method for making a lignin component from a lignin material by an acid treatment, the method comprising: - pre-treating the lignin material by re-slurrying the lignin material, - forming the lignin component of the lignin material by treating the lignin material in an acid treatment stage by means of an acid composition, and - optimizing process conditions in the acid treatment stage so that high temperature of over 70 °C, long retention time of over 6 hours and pH of between 4.5-7 are used during the acid treatment. - pre-treating the lignin material by re-slurrying the lignin material, - forming the lignin component of the lignin material by treating the lignin material in an acid treatment stage by means of an acid composition, and - optimizing process conditions in the acid treatment stage so that high temperature of over 70 °C, long retention time of over 6 hours and pH of between 4.5-7 are used during the acid treatment.
A gateway support node operable to provide an interface between an external packet data communications network and a packet radio network, the packet radio network providing a plurality of packet data bearers for communicating the internet packets with nodes attached to the packet radio network, each of the packet data bearers being defined with respect to a source home address of nodes communicating the internet packets, the gateway support node being arranged to receive an internet packet comprising a header field, the header field including a field identifying a source address of the internet packet, a field identifying the destination address of the internet packet and a next header field identifying whether an extension header follows the header and a type of the extension header, the header field identifying that the extension header includes a hop-by-hop extension header, the hop-by..hap extension header including a router alert option header indicating that the hop-by-hop extension header is optional for a router to read, and a value field indicating that the remainder of the hop-by-hop header is provided for the gateway support node, the remainder of the hop-by-hop extension header including a field providing a home address of a mobile node, the gateway support node being operable upon receipt of the internet packet to detect that the next header field of the internet packet includes a hop-by-hop extension header, and to detect the router alert option header in the hop-by-hop extension header, and the value field indicating that the remainder of the hop-by-hop extension header is provided for the gateway support node, and upon detecting the value field indicating that the remainder of the hop-by-hop extension header field is for the gateway support node, to recover information from a field provided in the remainder of the hop-by-hop extension header for use in controlling egress and/or ingress of internet packets to the packet radio network in accordance with the information, wherein the gateway support node is operable to control ingress of internet packets from the external communications network to the packet data bearers of the packet radio network, by detecting from the information field provided in the remainder of the hop-by-hop extension header a source home address of a mobile correspondent node communicating the internet packets, using the home address to identify the packet data bearer for communicating the internet packets to a correspondent node attached to the packet radio network, and allowing ingress of the internet packets to the identified packet data bearer.
A propulsion system (200, 400) for an electric vehicle, the system comprising: a high voltage battery unit having a first high voltage battery connected in series with a second high voltage battery such that a nominal operating voltage of the high voltage battery unit is the sum of a voltage of the first high voltage battery and a voltage of the second high voltage battery; a power inverter (302, 502) arranged to connect the high voltage battery unit and the first high voltage battery to a six-phase electric machine (304, 504), wherein the power inverter and the electric machine are configured to form a first and a second three-phase system; and a propulsion system control unit configured to detect a fault in the first or the second three-phase system, and characterized in that the power inverter is configured to operate the faulty three-phase system in a safe pulse-off mode, where transistors of the power inverter for the faulty three-phase system are in an open state and switching of the transistors is stopped, if a back electromotive force, back-EMF, of the faulty three-phase system is lower than the operating voltage of the high voltage battery unit, and in that the propulsion system control unit is configured to control the non-faulty three-phase system of the first and second three-phase system to provide field weakening current control to reduce the magnetic field in the faulty three-phase system. a high voltage battery unit having a first high voltage battery connected in series with a second high voltage battery such that a nominal operating voltage of the high voltage battery unit is the sum of a voltage of the first high voltage battery and a voltage of the second high voltage battery; a power inverter (302, 502) arranged to connect the high voltage battery unit and the first high voltage battery to a six-phase electric machine (304, 504), wherein the power inverter and the electric machine are configured to form a first and a second three-phase system; and a propulsion system control unit configured to detect a fault in the first or the second three-phase system, and characterized in that the power inverter is configured to operate the faulty three-phase system in a safe pulse-off mode, where transistors of the power inverter for the faulty three-phase system are in an open state and switching of the transistors is stopped, if a back electromotive force, back-EMF, of the faulty three-phase system is lower than the operating voltage of the high voltage battery unit, and in that the propulsion system control unit is configured to control the non-faulty three-phase system of the first and second three-phase system to provide field weakening current control to reduce the magnetic field in the faulty three-phase system.
A container for cryopreserved biological samples, the container comprising: an insulated housing comprising a cavity for containing at least one cryopreserved biological sample; and a sealed reservoir at least partly surrounding the cavity of the housing, the sealed reservoir comprising liquified gas, the sealed reservoir further comprising an inlet valve for filling the sealed reservoir with gas or liquified gas, the container further comprising a heat transfer engine for condensing gas in the sealed reservoir to provide liquified gas, or cooling the liquified gas in the sealed reservoir; and an airflow mechanism, wherein the valve is couplable to the airflow mechanism to enable gas to flow into the sealed reservoir and to enable evaporated gas to flow out of the sealed reservoir and wherein the airflow mechanism comprises a chamber containing an oxygen scavenger and/or a chamber containing a desiccant, the chamber(s) (130, 132) being located between a gas inlet and the inlet valve. an insulated housing comprising a cavity for containing at least one cryopreserved biological sample; and a sealed reservoir at least partly surrounding the cavity of the housing, the sealed reservoir comprising liquified gas, the sealed reservoir further comprising an inlet valve for filling the sealed reservoir with gas or liquified gas, the container further comprising a heat transfer engine for condensing gas in the sealed reservoir to provide liquified gas, or cooling the liquified gas in the sealed reservoir; and an airflow mechanism, wherein the valve is couplable to the airflow mechanism to enable gas to flow into the sealed reservoir and to enable evaporated gas to flow out of the sealed reservoir and wherein the airflow mechanism comprises a chamber containing an oxygen scavenger and/or a chamber containing a desiccant, the chamber(s) (130, 132) being located between a gas inlet and the inlet valve.
A control method for a work vehicle that is applicable to a work vehicle of a structure in which a movement of a bucket hydraulic cylinder is restricted by abutment of a work equipment constituted by a bucket and a boom against a stopper (3c, 3d), whereby the bucket in a dump position is forcibly actuated in a tilt direction and the bucket hydraulic cylinder is pressurized by a lifting operation of the boom, wherein control is performed to moderate the pressurization of the bucket hydraulic cylinder or to reduce the pressurization of the bucket hydraulic cylinder to zero when the work equipment is being actuated in an actuation region in which the bucket is forcibly actuated in the tilt direction or in an actuation region close thereto, characterized in that control is performed to supply a pressure oil to the bucket hydraulic cylinder so as to actuate the bucket hydraulic cylinder in the tilt direction when the work equipment is being actuated in an actuation region close to an actuation region in which the bucket is forcibly actuated in the tilt direction by lifting the boom in a state in which the bucket is operated to a neutral position or dump operated, or when the bucket is being actuated in the tilt direction in an actuation region in which the bucket is forcibly actuated in the tilt direction.
An inflatable paddleboard comprising a body having an upper surface for receiving a person and a lower surface for engaging water, and the inflatable paddleboard being such that: (i) the inflatable paddleboard comprises stiffening means; (ii) the stiffening means is located on the upper surface of the body; (iii) the stiffening means extends longitudinally of the body and thereby stiffens the body in a longitudinal direction; and (iv) the inflatable paddleboard being characterised in that it includes adjuster means which is able to act on the stiffening means to cause within the stiffening means a compression force which resists upward bending of the body by waves, and which is also able to alternatively act on the stiffening means to cause within the stiffening means a tension force which causes or enhances an upward curve in a front portion of the body. (i) the inflatable paddleboard comprises stiffening means; (ii) the stiffening means is located on the upper surface of the body; (iii) the stiffening means extends longitudinally of the body and thereby stiffens the body in a longitudinal direction; and (iv) the inflatable paddleboard being characterised in that it includes adjuster means which is able to act on the stiffening means to cause within the stiffening means a compression force which resists upward bending of the body by waves, and which is also able to alternatively act on the stiffening means to cause within the stiffening means a tension force which causes or enhances an upward curve in a front portion of the body.
Field-effect transistor including an active zone having a source, a channel, a drain and a control gate, which is positioned level with said channel, allowing a current to flow through said channel between the source and the drain along an x-axis, said channel comprising: - a first edge of separation with said source; - a second edge of separation with said drain; - said channel being compressively or tensilely strained, characterized in that said channel includes a perforation or a set of perforations localized along only said first and/or second edge of said channel so as to also create at least one shear strain in said channel. - a first edge of separation with said source; - a second edge of separation with said drain; - said channel being compressively or tensilely strained, characterized in that said channel includes a perforation or a set of perforations localized along only said first and/or second edge of said channel so as to also create at least one shear strain in said channel.
An energy storage device comprising: a current collector comprising a first surface and a second surface; and a first film of active electrode material, the first film comprising dry fibrillized carbon and binder particles, the first film comprising a third surface adjacent to the first surface of the current collector, wherein the first surface is adhered to the third surface, and wherein the first film is substantially free of solvent impurities; characterized in that the first surface of the current collector is uneven and comprises portions defining pits, wherein majority of the pits range in surface area between 0.5 and 8 square micrometers, surface area of each pit being measured at average level of the first surface. a current collector comprising a first surface and a second surface; and a first film of active electrode material, the first film comprising dry fibrillized carbon and binder particles, the first film comprising a third surface adjacent to the first surface of the current collector, wherein the first surface is adhered to the third surface, and wherein the first film is substantially free of solvent impurities; characterized in that the first surface of the current collector is uneven and comprises portions defining pits, wherein majority of the pits range in surface area between 0.5 and 8 square micrometers, surface area of each pit being measured at average level of the first surface.