mhurhangee/ep-ind-claims huggingface dataset:
A target for proton-beam or neutron-beam irradiation, comprising: a graphite film (A; 11) having a thermal conductivity of 500 W/mK or more at 25°C in a direction parallel to an a-b plane of a graphite layer; and a layer (B; 12) of a starting material for producing a radioactive substance, wherein the target is a laminate of the graphite film and the layer (B; 12) of the starting material for producing the radioactive substance; wherein the target further comprises a metal layer (C; 13); characterised in that the graphite film (A; 11) and the layer (B; 12) of the starting material for producing the radioactive substance are laminated with the metal layer (C; 13) interposed therebetween, wherein a thickness of the metal layer (C; 13) is 1 μm or less. a graphite film (A; 11) having a thermal conductivity of 500 W/mK or more at 25°C in a direction parallel to an a-b plane of a graphite layer; and a layer (B; 12) of a starting material for producing a radioactive substance, wherein the target is a laminate of the graphite film and the layer (B; 12) of the starting material for producing the radioactive substance; wherein the target further comprises a metal layer (C; 13); characterised in that the graphite film (A; 11) and the layer (B; 12) of the starting material for producing the radioactive substance are laminated with the metal layer (C; 13) interposed therebetween, wherein a thickness of the metal layer (C; 13) is 1 μm or less.
A method for sending data messages transmitted by a source compute node, SCN, executing on a host computer in a datacenter to a group of service nodes, SNs, the method comprising on the host computer: on the egress datapath of the SCN along which data messages transmitted by the SCN are sent out of the host computer, identifying a data message transmitted by the SCN and determining whether a service action has to be performed on the data message; when a service action has to be performed on the data message, identifying a particular SN in the SN group that should receive the data message, said SN group comprising a plurality of SNs external to the datacenter for performing the same service action and connected to the host computer by a tunnel; from a plurality of tunnels between the host computer and the plurality of SNs, identifying a tunnel connecting the host computer to the identified particular SN; and sending the data message to the identified particular SN along the identified tunnel. on the egress datapath of the SCN along which data messages transmitted by the SCN are sent out of the host computer, identifying a data message transmitted by the SCN and determining whether a service action has to be performed on the data message; when a service action has to be performed on the data message, identifying a particular SN in the SN group that should receive the data message, said SN group comprising a plurality of SNs external to the datacenter for performing the same service action and connected to the host computer by a tunnel; from a plurality of tunnels between the host computer and the plurality of SNs, identifying a tunnel connecting the host computer to the identified particular SN; and sending the data message to the identified particular SN along the identified tunnel.
A pipeline installation system for positioning a pipeline in a target area on a seabed, comprising: an anchor installed in the seabed, the anchor having a sheave coupled thereto; at least a portion of a pipeline having a first end; a transfer sling coupled to the first end; and a winch wire coupled to the transfer sling and adapted to cooperate with the sheave to pull the first end toward the target area, characterised in that the transfer sling comprises a pull wire and a initiation wire and wherein the winch wire is coupled to the pull wire to pull the first end to the target area and the initiation wire is adapted to be coupled to the anchor and allow forces from the pipeline to be applied to the anchor independent of the sheave. an anchor installed in the seabed, the anchor having a sheave coupled thereto; at least a portion of a pipeline having a first end; a transfer sling coupled to the first end; and a winch wire coupled to the transfer sling and adapted to cooperate with the sheave to pull the first end toward the target area,
A boat stabilizer system comprising: - a hull, - a first gyro stabilizer arranged inside the hull, - a first fin stabilizer comprising a fin arranged outside the hull and arranged to move relative to the hull, - a power transmission interconnecting the first gyro stabilizer and the first fin stabilizer, wherein the power transmission is arranged to transfer energy, derived from precession torque of the first gyro stabilizer, to the first fin stabilizer to actuate the fin, wherein the first gyro stabilizer comprises a precessing element and the first fin stabilizer comprises a movable element connected to the fin, wherein the power transmission is arranged to transfer energy from the precessing element to the movable element, wherein the precessing element is a precession shaft and the movable element is a drive shaft connected to the fin, wherein the processing element and the movable element are co-axial, and wherein the power transmission is a shaft integrating the precessing element and the movable element, characterized in that the drive shaft and the fin extend laterally from the hull. - a hull, - a first gyro stabilizer arranged inside the hull, - a first fin stabilizer comprising a fin arranged outside the hull and arranged to move relative to the hull, - a power transmission interconnecting the first gyro stabilizer and the first fin stabilizer,
An ornithopter comprising: a main wing mounted on a fuselage, wherein the main wing comprises: a main spar extending outwardly from the fuselage; and one or more rib(s) extending rearwardly from the main spar, wherein the rib has an S-shaped camber, wherein the rib(s) is/are arranged to be passively automatically tilted based on a flight speed and a lowering speed of the main wing, and wherein the rib(s) is/are rotatable around the main spar. a main spar extending outwardly from the fuselage; and one or more rib(s) extending rearwardly from the main spar, wherein the rib has an S-shaped camber, wherein the rib(s) is/are arranged to be passively automatically tilted based on a flight speed and a lowering speed of the main wing, and wherein the rib(s) is/are rotatable around the main spar.
An operational status checking method of an alternative compressor valve, comprising a method included in an operational status checking system of the alternative compressor valve, said system comprising at least a metal valve functionally disposed in at least a compression cylinder of an alternative compressor, at least an inductive component, at least a sensor, and at least a data processing core; said metal valve comprising a valve capable of being switched between at least two operational statuses, where the inductive component is fed by a signal in the form of a continuous current with amplitude, CHARACTERIZED in that it comprises: at least a step of achieving a signal of an electric parameter from the sensor; at least a step of measuring the voltage of the inductive component from the signal of the electric parameter from the sensor; at least a step of comparing between the voltage value of the inductive component and a predefined value (V min); and an opened operational status of the valve being identified when the voltage value is lower than the predefined value (V min). at least a step of achieving a signal of an electric parameter from the sensor; at least a step of measuring the voltage of the inductive component from the signal of the electric parameter from the sensor; at least a step of comparing between the voltage value of the inductive component and a predefined value (V min); and an opened operational status of the valve being identified when the voltage value is lower than the predefined value (V min).
A robotic system comprising: a self-standing platform movable between stations; an articulated arm assembly rotatably mounted to the platform around a first axis, the articulated arm assembly comprising at least one joint flexible through a second axis, and a third axis farther to the first axis than the joint, with the first axis and the second axis being parallel to each other; a tool driving assembly rotatably mounted to the articulated arm assembly about the third axis; powering assembly fixedly mounted to the articulated arm assembly, whereby the powering assembly is rotatable with the articulated arm assembly about the first axis; driving assemblies for driving a first movement of the articulated arm assembly relative to the first axis, driving a second movement of the articulated arm assembly relative to the second axis, driving a third movement of the tool driving assembly relative to the third axis and driving the tool driving assembly; wherein driving assemblies are connected to the powering assembly. a self-standing platform movable between stations; an articulated arm assembly rotatably mounted to the platform around a first axis, the articulated arm assembly comprising at least one joint flexible through a second axis, and a third axis farther to the first axis than the joint, with the first axis and the second axis being parallel to each other; a tool driving assembly rotatably mounted to the articulated arm assembly about the third axis; powering assembly fixedly mounted to the articulated arm assembly, whereby the powering assembly is rotatable with the articulated arm assembly about the first axis; driving assemblies for driving a first movement of the articulated arm assembly relative to the first axis, driving a second movement of the articulated arm assembly relative to the second axis, driving a third movement of the tool driving assembly relative to the third axis and driving the tool driving assembly; wherein driving assemblies are connected to the powering assembly.
Device for latching a first front connector to a complementary second rear connector, each connector (10, 12) comprising a series of male contact pins and respectively complementary female contact pins, the latching device comprising at least: - a front latching element supported by the front connector, said front latching element comprising a rear latching segment, - a rear latching element supported by the rear connector, said rear latching element comprising a front latching segment and being mounted movable axially, from rear to front, relatively to the rear connector, from a rear unlatching position to a front latching position in which the front latching segment of the rear latching element cooperates with the rear latching segment of the front latching element, to immobilize axially said front and rear connectors (10, 12) together, characterized in that the latching device comprises an axial sleeve supported by the rear connector, said sleeve being opened axially towards the front and the rear, and said rear latching element being mounted movable axially into the sleeve from its said rear unlatching position to its said front latching position. - a front latching element supported by the front connector, said front latching element comprising a rear latching segment, - a rear latching element supported by the rear connector, said rear latching element comprising a front latching segment and being mounted movable axially, from rear to front, relatively to the rear connector, from a rear unlatching position to a front latching position in which the front latching segment of the rear latching element cooperates with the rear latching segment of the front latching element, to immobilize axially said front and rear connectors (10, 12) together,
A supercontinuum source, comprising: a pump source; and a supercontinuum generator configured for receiving electromagnetic radiation derived from the pump source and for generating supercontinuum radiation, the supercontinuum generator comprising a nonlinear microstructured optical fibre, wherein the nonlinear microstructured optical fibre comprises a core region and a cladding region, wherein the core region comprises silica and is loaded with hydrogen and/or deuterium, characterised in that at least a part of the core region of the microstructured optical fiber is co-doped with aluminium and fluorine, wherein the aluminium reduces light-induced non-bridging oxygen hole centre loss in the nonlinear microstructured optical fibre, and the fluorine compensates for at least part of the change in refractive index that would otherwise be caused by the presence of the aluminium. a pump source; and a supercontinuum generator configured for receiving electromagnetic radiation derived from the pump source and for generating supercontinuum radiation, the supercontinuum generator comprising a nonlinear microstructured optical fibre, wherein the nonlinear microstructured optical fibre comprises a core region and a cladding region, wherein the core region comprises silica and is loaded with hydrogen and/or deuterium, characterised in that at least a part of the core region of the microstructured optical fiber is co-doped with aluminium and fluorine, wherein the aluminium reduces light-induced non-bridging oxygen hole centre loss in the nonlinear microstructured optical fibre, and the fluorine compensates for at least part of the change in refractive index that would otherwise be caused by the presence of the aluminium.
A connection cage for connecting two electrical flat contacts (39, 51), with a first flat contact receptacle for a first flat contact, which is accessible from the outside through a first insertion opening along a first insertion direction, a second flat contact receptacle for a second flat contact, which is accessible from the outside though a second insertion opening along a second insertion direction, wherein the second flat contact receptacle is arranged between the first flat contact receptacle and at least one resiliently deflectable press-on means which projects at least in sections into the flat contact receptacle for the second flat contact, wherein the second flat connection receptacle projects beyond the first flat contact receptacle in the second insertion direction, and wherein an external wall of the connection cage has, opposite the second insertion opening, a protrusion which protrudes in the second insertion direction relative to the rest of the connection cage, characterised in that the first insertion direction runs perpendicular to the second insertion direction and the external wall in the region of the protrusion is fully closed to the outside.
Apparatus for generating short radiation pulses, namely an optical parametric oscillator, comprising at least a pump radiation source, preferably a pump laser, for delivering radiation at a pump wavelength in pump pulses, and an optical resonator having a wavelength-dependent effective resonator length, wherein the resonator comprises: - a non-linear wavelength converter for producing radiation with at least a first and a second wavelength; - a dispersive element having a strong wavelength-dependent delay characteristic; and - a coupling-out element for at least partially coupling-out the radiation from the resonator, characterized in that the dispersive element is an optical fiber having a dispersion in the range of 10-100 ps/nm and a length of 10-1000 m, wherein - the resonator comprises a variable delay line for variation of the effective resonator length, and/or - the pump radiation source has a variable repetition rate and/or a variable pump pulse shape. - a non-linear wavelength converter for producing radiation with at least a first and a second wavelength; - a dispersive element having a strong wavelength-dependent delay characteristic; and - a coupling-out element for at least partially coupling-out the radiation from the resonator, - the resonator comprises a variable delay line for variation of the effective resonator length, and/or - the pump radiation source has a variable repetition rate and/or a variable pump pulse shape.
A method comprising: receiving a first program instruction, the first program instruction including a source field having a first index value used as an index into a register file and a destination field having a second index value used as an index into register file; characterized by: processing the first program instruction at a plurality of execution units; reading the first index value from the source field of the program instruction; accessing the register file at a location based on the first index value and obtaining a first register-out value; performing a mathematical/logical operation on the first register-out value to obtain a first result; reading the second index value from the destination field of the program instruction; accessing the register file at a location based on the second index value and obtaining a second register-out value; performing a mathematical/logical operation on the second register-out value to determine a third index value, and storing the first result at a location of the register file based on the third index value. receiving a first program instruction, the first program instruction including a source field having a first index value used as an index into a register file and a destination field having a second index value used as an index into register file; characterized by: processing the first program instruction at a plurality of execution units; reading the first index value from the source field of the program instruction; accessing the register file at a location based on the first index value and obtaining a first register-out value; performing a mathematical/logical operation on the first register-out value to obtain a first result; reading the second index value from the destination field of the program instruction; accessing the register file at a location based on the second index value and obtaining a second register-out value; performing a mathematical/logical operation on the second register-out value to determine a third index value, and storing the first result at a location of the register file based on the third index value. processing the first program instruction at a plurality of execution units; reading the first index value from the source field of the program instruction; accessing the register file at a location based on the first index value and obtaining a first register-out value; performing a mathematical/logical operation on the first register-out value to obtain a first result; reading the second index value from the destination field of the program instruction; accessing the register file at a location based on the second index value and obtaining a second register-out value; performing a mathematical/logical operation on the second register-out value to determine a third index value, and storing the first result at a location of the register file based on the third index value.
Sensor for monitoring a part displaceable by translation with respect to the sensor with regard to its position on the displacement axis, in particular of a piston in a cylinder equipped with the sensor, which sensor can be actuated by means of a magnet placed on the displaceable part, orientated with respect to north and south pole in the direction of displacement, characterized in that the sensor has three parallel orientated Reed contacts (15, 16, 17), a first and a second Reed contact of them are placed in a plane and with their longitudinal axes parallel side by side so that they can be actuated practically simultaneously by the magnetic field of the magnet placed on the displaceable part and the third Reed contact is placed at a distance from the plane of the first and of the second Reed contact (15, 16).
A process for preparing a product comprising at least one active component, the process comprising: (i) providing a coating liquid comprising at least one active component, a saccharide and a water-miscible solvent; (ii) providing particles comprising one or more water-soluble gel-forming compounds; (iii) fluidising the particles within a processing chamber of an apparatus in such a manner that the particles move in an upward direction within the chamber in a helical path; (iv) spraying the coating liquid onto the particles so as to provide coated particles, comprising spraying the coating liquid in an upwards direction such that the coating liquid moves along a column created by the flow of the particles; (v) allowing the coated particles to dry. (i) providing a coating liquid comprising at least one active component, a saccharide and a water-miscible solvent; (ii) providing particles comprising one or more water-soluble gel-forming compounds; (iii) fluidising the particles within a processing chamber of an apparatus in such a manner that the particles move in an upward direction within the chamber in a helical path; (iv) spraying the coating liquid onto the particles so as to provide coated particles, comprising spraying the coating liquid in an upwards direction such that the coating liquid moves along a column created by the flow of the particles; (v) allowing the coated particles to dry.
A composition comprising: a compound represented by general formula and a compound represented by general formula, wherein the composition comprises 0.00002 to 0.2 parts by mass of the compound with respect to 100 parts by mass of the compound, (R 1 -COO) n -R 2 - m (R 1 -COO) n -R 2 -(R 3 -R 1) m wherein in the general formulae and, R 1 is an ethylenically unsaturated group having 2 to 7 carbon atoms; R 2 is a (m + n)-valent hydrocarbon group having 1 to 7 carbon atoms and optionally contain an ether group; R 1 and R 2 in the general formula are the same as R 1 and R 2 in the general formula; in the general formula, R 3 is -NHC (=O)-; and n and m each represent an integer of 1 or 2. a compound represented by general formula and a compound represented by general formula, wherein the composition comprises 0.00002 to 0.2 parts by mass of the compound with respect to 100 parts by mass of the compound, (R 1 -COO) n -R 2 - m (R 1 -COO) n -R 2 -(R 3 -R 1) m wherein in the general formulae and, R 1 is an ethylenically unsaturated group having 2 to 7 carbon atoms; R 2 is a (m + n)-valent hydrocarbon group having 1 to 7 carbon atoms and optionally contain an ether group; R 1 and R 2 in the general formula are the same as R 1 and R 2 in the general formula; in the general formula, R 3 is -NHC (=O)-; and n and m each represent an integer of 1 or 2.