mhurhangee/ep-ind-claims huggingface dataset:
A radiation-resistant optical fiber which is resistant to ionizing radiations comprising: - at least one core and - at least one first cladding surrounding said core, characterized in that: - said core comprises a phosphosilicate matrix, the phosphorus concentration is comprised between 2 and 10 atomic %, - said core is erbium-ytterbium codoped, the erbium concentration is comprised between 100 and 1000 ppm, the ytterbium concentration is comprised between 500 and 10000 ppm and the ratio of the concentrations Yb/Er in the core of the fiber is comprised between 5 and 50, and in that - said core is codoped with cerium, the cerium concentration is comprised between 500 and 10000 ppm, and the ratio between the erbium concentration and the cerium concentration (Er/Ce) in the fiber core is comprised between 0.05 and 50. - at least one core and - at least one first cladding surrounding said core, - said core comprises a phosphosilicate matrix, the phosphorus concentration is comprised between 2 and 10 atomic %, - said core is erbium-ytterbium codoped, the erbium concentration is comprised between 100 and 1000 ppm, the ytterbium concentration is comprised between 500 and 10000 ppm and the ratio of the concentrations Yb/Er in the core of the fiber is comprised between 5 and 50, and in that - said core is codoped with cerium, the cerium concentration is comprised between 500 and 10000 ppm, and the ratio between the erbium concentration and the cerium concentration (Er/Ce) in the fiber core is comprised between 0.05 and 50.
A method for producing modules for the manufacture of two-dimensional or three-dimensional wooden parts, said modules comprising elements made of natural fibers, characterized in that it includes the following steps: For each module, a) arranging said natural fiber elements (1.1, 1.2, 1.3) in a parallel manner and orienting them in the same direction which is the direction of the growth of the natural fibers, b) assembling said natural fiber elements together in order to form a module (2.1, 2.2). a) arranging said natural fiber elements (1.1, 1.2, 1.3) in a parallel manner and orienting them in the same direction which is the direction of the growth of the natural fibers, b) assembling said natural fiber elements together in order to form a module (2.1, 2.2).
A method, performed by a User Equipment, UE, the method comprising: obtaining a Channel Hardening, CH, parameter; changing a measurement parameter based on the obtained CH parameter; and adapting a measurement procedure in accordance with the changed parameter; signaling the CH parameter to a network node; receiving from the network node an indication that the UE is allowed to perform optimizations of measurements based on the CH parameter; the method being characterized in that the indication indicates a granularity at which the UE is allowed to perform optimizations of measurements based on the CH parameter obtaining a Channel Hardening, CH, parameter; changing a measurement parameter based on the obtained CH parameter; and adapting a measurement procedure in accordance with the changed parameter; signaling the CH parameter to a network node; receiving from the network node an indication that the UE is allowed to perform optimizations of measurements based on the CH parameter; the method being characterized in that the indication indicates a granularity at which the UE is allowed to perform optimizations of measurements based on the CH parameter
A method of making an oxysterol-statin compound, the method comprising reacting pregnenolone of Formula I with alkyl halide R 1 X in the presence of a base, wherein R 1 is a methyl, ethyl, silyl or carbamate group, to form a pregnenolone derivative of Formula II: reacting the pregnenolone derivative of Formula II with n-hexyl magnesium chloride in tetrahydrofuran to form a diol derivative of Formula IIIa: reacting the diol derivative of Formula IIIa with a borane compound, wherein the borane compound is (i) BH 3, which upon reacting with Formula IIIa forms a borane intermediate; (ii) the borane intermediate of step (i) is reacted with hydrogen peroxide in NaOH, KOH or Ca 2 to form a compound of Formula Va: reacting the oxysterol of Formula Va with a statin comprising lovastatin to form an oxysterol-statin compound having the formula: wherein R4 is a moiety of lovastatin; and deprotecting the C 3 protected oxysterol-statin compound with an iodine source or a fluoride forming an oxysterol-statin compound of Formula VII:
A service pack system configured to be mounted on a work vehicle, said service pack system comprising: an engine; a generator driven by the engine and configured to supply power to a portable welder carried by the vehicle, wherein the generator places a power demand on the engine for providing power to the portable welder; a pneumatic air compression system driven by the engine and comprising a flow control member and being configured to receive inlet air and to compress the inlet air to produce compressed air; and a pneumatic flow control system comprising a proportional control valve having a proportionally variable activation state, wherein varying the activation state of the proportional control valve regulates a pressure acting on the flow control member to regulate the flow of the compressed air produced by the pneumatic air compression system in a variable manner, and further regulates a power demand placed on the engine by the pneumatic air compression system in a variable manner to permit the engine to provide power for the portable welder while still driving the pneumatic air compression system. an engine; a generator driven by the engine and configured to supply power to a portable welder carried by the vehicle, wherein the generator places a power demand on the engine for providing power to the portable welder; a pneumatic air compression system driven by the engine and comprising a flow control member and being configured to receive inlet air and to compress the inlet air to produce compressed air; and a pneumatic flow control system comprising a proportional control valve having a proportionally variable activation state, wherein varying the activation state of the proportional control valve regulates a pressure acting on the flow control member to regulate the flow of the compressed air produced by the pneumatic air compression system in a variable manner, and further regulates a power demand placed on the engine by the pneumatic air compression system in a variable manner to permit the engine to provide power for the portable welder while still driving the pneumatic air compression system.
Stereolithography machine comprising: - a tank suited to contain a light sensitive resin, provided with a bottom; - a modelling plate facing said bottom; - a moving unit suited to move said modelling plate according to a direction of movement orthogonal to said bottom; - a coupling unit suited to associate said modelling plate with said moving unit, comprising a first coupling member integral with said moving unit and a second coupling member integral with said modelling plate and movable with respect to said first coupling member at least according to said direction of movement, in such a way as to define a plurality of mutual configurations; - tightening means suited to be operated to lock the movement between said coupling members (6, 7) in any of said mutual configurations in such a way as to make said modelling plate and said moving unit integral with each other; characterized in that said tightening means are suited to be operated so as to tighten said coupling members (6, 7) against each other according to a tightening direction that is orthogonal to said direction of movement. - a tank suited to contain a light sensitive resin, provided with a bottom; - a modelling plate facing said bottom; - a moving unit suited to move said modelling plate according to a direction of movement orthogonal to said bottom; - a coupling unit suited to associate said modelling plate with said moving unit, comprising a first coupling member integral with said moving unit and a second coupling member integral with said modelling plate and movable with respect to said first coupling member at least according to said direction of movement, in such a way as to define a plurality of mutual configurations; - tightening means suited to be operated to lock the movement between said coupling members (6, 7) in any of said mutual configurations in such a way as to make said modelling plate and said moving unit integral with each other;
An engine control apparatus that changes at least one of a valve duration and a valve lift of the intake valve by controlling a variable valve mechanism, wherein the variable valve mechanism changes at least one of the valve duration and the valve lift of the intake valve, characterized in that the control apparatus comprises an electronic control unit that changes at least one of the valve duration and the valve lift of the intake valve toward an initial value, which is defined to be a largest or nearly largest open valve duration of the intake valve when an ignition switch is switched to an off position, and if the electronic control unit detects that the engine has failed to start before the ignition switch being switched to the off position, the electronic control unit prohibits the changing of at least one of the valve duration and the valve lift of the intake valve toward the initial value. the variable valve mechanism changes at least one of the valve duration and the valve lift of the intake valve, characterized in that the control apparatus comprises an electronic control unit that changes at least one of the valve duration and the valve lift of the intake valve toward an initial value, which is defined to be a largest or nearly largest open valve duration of the intake valve when an ignition switch is switched to an off position, and if the electronic control unit detects that the engine has failed to start before the ignition switch being switched to the off position, the electronic control unit prohibits the changing of at least one of the valve duration and the valve lift of the intake valve toward the initial value.
A method of operating an electronic valve in a converter, in particular a high power converter, wherein the valve comprises an electrically insulated control electrode and wherein the method comprises the steps: - an operating state of the converter and/or of the valve is/are monitored while the valve is in the conductive state, - if the operating state fulfils a first pre-defined criterion, indicating that there is a short circuit which affects a current through the valve, a first process of de-charging the control electrode is performed in order to bring the valve into the non-conductive state, characterised in that: - if the operating state fulfils a second pre-defined criterion, indicating that there may be a short circuit which affects a current through the valve, a second process of de-charging the control electrode is performed before the first criterion is fulfilled or is performed before the first process is started, - the second process does not bring the valve into the non-conductive state, and - the second pre-defined criterion is defined in such a way that the first process is accelerated if it is performed after the second process has been performed. - an operating state of the converter and/or of the valve is/are monitored while the valve is in the conductive state, - if the operating state fulfils a first pre-defined criterion, indicating that there is a short circuit which affects a current through the valve, a first process of de-charging the control electrode is performed in order to bring the valve into the non-conductive state, characterised in that: - if the operating state fulfils a second pre-defined criterion, indicating that there may be a short circuit which affects a current through the valve, a second process of de-charging the control electrode is performed before the first criterion is fulfilled or is performed before the first process is started, - the second process does not bring the valve into the non-conductive state, and - the second pre-defined criterion is defined in such a way that the first process is accelerated if it is performed after the second process has been performed.
Device for inspecting and measuring weld defects in a cylindrical wall such as a wall of a "vessel bottom penetration" of a nuclear reactor, the device comprising an inspection head forming a probe having a proximal end and a distal end along its longitudinal axis (X-X'), and of which a first side called "inner side" is provided with at least one ultrasound wave transducer, said inspection head comprising a second side, called "outer side" opposite the first side, that has a curved surface in the form of a cylinder fraction, of longitudinal axis parallel to the longitudinal axis (X-X') of the head and with outward facing convexity and said wave transducer being formed of a series of juxtaposed elements, each element being both a transmitter and receiver, characterized by the fact that: - said series has a curved surface and is in the form of a cylinder fraction of same direction as said longitudinal axis (X-X') and with outward facing concavity; - the plane containing the two end generatrixes of the cylinder fraction of the second side, together with plane containing the two end generatrixes of said cylinder fraction of the wave transducer, forms a nonzero acute angle β. - said series has a curved surface and is in the form of a cylinder fraction of same direction as said longitudinal axis (X-X') and with outward facing concavity; - the plane containing the two end generatrixes of the cylinder fraction of the second side, together with plane containing the two end generatrixes of said cylinder fraction of the wave transducer, forms a nonzero acute angle β.
A hose reel comprising: a hose spool for coiling hose, the hose spool having a ratchet element; a frame for supporting the hose spool, the frame having a first latch hookup (402a, 404a); a guide arm supported by the frame, for guiding hose into the hose spool, the guide arm having a second latch hookup (402b, 404b); and a latch assembly for catching the ratchet element to halt rotation of the hose spool, the latch assembly mountable at either of the first latch hookup and at the second latch hookup. a hose spool for coiling hose, the hose spool having a ratchet element; a frame for supporting the hose spool, the frame having a first latch hookup (402a, 404a); a guide arm supported by the frame, for guiding hose into the hose spool, the guide arm having a second latch hookup (402b, 404b); and a latch assembly for catching the ratchet element to halt rotation of the hose spool, the latch assembly mountable at either of the first latch hookup and at the second latch hookup.
An arrangement for multi-screw vessels, in particular twin-screw vessels, with external propeller shafts, comprising at least two shaft brackets for supporting the propeller shafts, wherein each of the at least two shaft brackets has at least one shaft bracket arm (11a, 11b, 11c), preferably at least two shaft bracket arms (11a, 11b, 11c), for fastening the respective shaft bracket to the multi-screw vessel, and at least two devices for reducing the drive power requirement of the multi-screw vessels, wherein each device is assigned to one shaft bracket each, and wherein each of the at least two devices comprises at least one hydrofoil, wherein each of the at least two devices comprises a fore-nozzle and wherein for each of the at least two devices at least one fin (40a, 40b, 40c, 40d) each is provided which is formed as a hydrofoil, wherein the at least one fin (40a, 40b, 40c, 40d) is arranged in the interior of the fore-nozzle and on the outside of the fore-nozzle, wherein the fore-nozzle is formed closed in a circumferential direction or wherein the fore-nozzle is formed open in a circumferential direction, wherein the open-formed fore-nozzle is formed closed for at least 1⁄4 of the total circumference, and wherein the at least one shaft bracket arm (11a, 11b, 11c) has a hydrofoil profile, characterized in that the at least one hydrofoil has an angle of attack (γ), in that the at least one hydrofoil is formed so as to be twisted, and in that the angle of attack (γ) of the at least one hydrofoil in the region of the at least one hydrofoil facing the shaft bracket is greater than in the rest of the at least one hydrofoil.
A landing gear, comprising: a strut comprising a stationary sensor portion; an axle operatively coupled to the strut; a wheel rotatably mounted on the axle and comprising a rotating sensor portion in electronic communication with the stationary sensor portion, the rotating sensor portion comprising a pressure sensor, processor, a memory, and a transmitter, housed within a body, the transmitter configured to transmit data indicative of a pressure condition in a tire as measured by the pressure sensor; and the tire mounted on the wheel and defining a chamber that is configured to be pressurized, wherein the rotating sensor portion is in fluid communication with the chamber; characterised in that the stationary sensor portion is so mounted on the landing gear strut that the distance between said stationary sensor portion and said rotating sensor portion will be minimised. a strut comprising a stationary sensor portion; an axle operatively coupled to the strut; a wheel rotatably mounted on the axle and comprising a rotating sensor portion in electronic communication with the stationary sensor portion, the rotating sensor portion comprising a pressure sensor, processor, a memory, and a transmitter, housed within a body, the transmitter configured to transmit data indicative of a pressure condition in a tire as measured by the pressure sensor; and the tire mounted on the wheel and defining a chamber that is configured to be pressurized, wherein the rotating sensor portion is in fluid communication with the chamber; characterised in that the stationary sensor portion is so mounted on the landing gear strut that the distance between said stationary sensor portion and said rotating sensor portion will be minimised.
A method of enhancing fermentation efficiency of a microorganism, for the production of beer, cider, wine, a biofuel, bread, dairy product or any combination thereof, the method comprising: providing fermentation medium containing a carbon source and a microorganism capable of fermentation, and contacting the fermentation medium with methylsulfonylmethane, wherein the MSM is provided at a concentration of 0.02% to 5% by weight of the fermentation medium or at a concentration of 0.02% to 5% by weight of the moisture content of the fermentation medium, wherein the MSM increases the fermentation efficiency of the microorganism as compared to the fermentation efficiency in the absence of MSM. providing fermentation medium containing a carbon source and a microorganism capable of fermentation, and contacting the fermentation medium with methylsulfonylmethane, wherein the MSM is provided at a concentration of 0.02% to 5% by weight of the fermentation medium or at a concentration of 0.02% to 5% by weight of the moisture content of the fermentation medium, wherein the MSM increases the fermentation efficiency of the microorganism as compared to the fermentation efficiency in the absence of MSM.
Electrical device, in particular light module, comprising a housing with at least a first and a second housing part, wherein at least the first housing part has a connecting groove for section-wise receiving at least the second housing part, and the first housing part comprising a sealing receptacle, into which a sealing element with a sealing groove is inserted, the sealing element being arranged at an electric cable, in particular on a sheath of the cable, which cable is guided into the interior of the housing, characterized in that the sealing groove continues the connecting groove at least partly, and that a trough for the cable and/or cable elements is provided inside the housing, wherein a liquid adhesive or another liquid sealant may be introduced into the connecting groove and/or the sealing groove as well as the trough.
Apparatus for the magnetization of permanent magnets, including a system for cooling a superconducting material used for magnetization of magnets disposed within a cylindrical structure, the cooling system comprising: a first tubing system for allowing a cooling gas to interact with a first magnetization element, comprising a high-field strength superconducting material to thermosiphon-cool the high-field strength superconducting material; a second tubing system for allowing a cooling gas to interact with a second magnetization element, comprising a low-field strength superconducting material to thermosiphon-cool the low-field strength superconducting material; and a cooling gas in liquefied form configured to flow through the first tubing system and/or the second tubing system; wherein an outlet of the first tubing system and an outlet of the second tubing system are located at a same location on a surface of the cylindrical structure. a first tubing system for allowing a cooling gas to interact with a first magnetization element, comprising a high-field strength superconducting material to thermosiphon-cool the high-field strength superconducting material; a second tubing system for allowing a cooling gas to interact with a second magnetization element, comprising a low-field strength superconducting material to thermosiphon-cool the low-field strength superconducting material; and a cooling gas in liquefied form configured to flow through the first tubing system and/or the second tubing system; wherein an outlet of the first tubing system and an outlet of the second tubing system are located at a same location on a surface of the cylindrical structure.
An apparatus for preparing and dispensing a single dose of a food product comprising: - means for feeding a solvent liquid having at least one duct for dispensing the liquid; - a cavity for housing a single-dose unit of a food product comprising an inlet connected to the duct for dispensing the liquid designed for feeding the liquid to the single-dose unit; the cavity having at least one first transfer duct for transferring the product-liquid mixture; - a unit or chamber for cooling the mixture fed by the first transfer duct inside the cooling unit; - a unit for dispensing the product formed inside the cooling unit connected to the same unit, for dispensing the product formed in a single dose, wherein the feeding means have a supply pipe which can be connected directly to water mains or a tank for containing the solvent liquid, characterised in that the apparatus comprises heating means positioned along the duct for dispensing the liquid, for heating the liquid flowing inside the duct, and the apparatus further comprises selector means, associated with the cavity, for housing the single-dose unit and able to control the transfer of the mixture of product towards a second transfer duct distinct from the first transfer duct. - means for feeding a solvent liquid having at least one duct for dispensing the liquid; - a cavity for housing a single-dose unit of a food product comprising an inlet connected to the duct for dispensing the liquid designed for feeding the liquid to the single-dose unit; the cavity having at least one first transfer duct for transferring the product-liquid mixture; - a unit or chamber for cooling the mixture fed by the first transfer duct inside the cooling unit; - a unit for dispensing the product formed inside the cooling unit connected to the same unit, for dispensing the product formed in a single dose,