mhurhangee/ep-ind-claims huggingface dataset:
A multiplex winding synchronous power generating system, comprising: a rotating part including a plurality of windings; a primer mover configured to drive the rotating part; a stator part having a plurality of windings; a plurality of rectifiers (404a - 404f); three 3-phase 5-level motor drives (444a-c); an asymmetric H-bridge; at least one 3-phase AC motor (448a-c); a generator voltage regulator that regulates current of voltages of local DC busses (412a-f) of the three 3-phase 5-level motor drives; and three cascaded H-bridges (446a, 446b, 446c), wherein a respective one of the three H-bridges (446a, 446b, 446c) is configured with one of three 3-phase 5-level motor drives (444a, 444b, 444c) wherein: the rotating part includes a main field winding, an exciter armature winding and a rotating rectifier, the stator part has a plurality of windings including an exciter field winding, the plurality of rectifiers (404a-404f) feed a plurality of local DC busses (412a-412f), and the generator voltage regulator regulates current in the exciter field winding via the asymmetric H-bridge in response to an averaging of voltage of the local DC busses (412a-412f) of the three 3-phase 5-level motor drives. a rotating part including a plurality of windings; a primer mover configured to drive the rotating part; a stator part having a plurality of windings; a plurality of rectifiers (404a - 404f); three 3-phase 5-level motor drives (444a-c); an asymmetric H-bridge; at least one 3-phase AC motor (448a-c); a generator voltage regulator that regulates current of voltages of local DC busses (412a-f) of the three 3-phase 5-level motor drives; and three cascaded H-bridges (446a, 446b, 446c), wherein a respective one of the three H-bridges (446a, 446b, 446c) is configured with one of three 3-phase 5-level motor drives (444a, 444b, 444c) wherein: the rotating part includes a main field winding, an exciter armature winding and a rotating rectifier, the stator part has a plurality of windings including an exciter field winding, the plurality of rectifiers (404a-404f) feed a plurality of local DC busses (412a-412f), and the generator voltage regulator regulates current in the exciter field winding via the asymmetric H-bridge in response to an averaging of voltage of the local DC busses (412a-412f) of the three 3-phase 5-level motor drives. the rotating part includes a main field winding, an exciter armature winding and a rotating rectifier, the stator part has a plurality of windings including an exciter field winding, the plurality of rectifiers (404a-404f) feed a plurality of local DC busses (412a-412f), and the generator voltage regulator regulates current in the exciter field winding via the asymmetric H-bridge in response to an averaging of voltage of the local DC busses (412a-412f) of the three 3-phase 5-level motor drives.
A method of manufacturing an electro-active lens including a peripheral edge, a discrete electro-active region, and at least two substrates, each of the at least two substrates including a respective layer of a transparent conductive material and a respective electrode contacting said layer of conductive material, said method comprising: isolating regions of the transparent conductive material required for establishing an electrical connection between the peripheral edge and the electro-active region from regions of the transparent conductive material not required for establishing an electrical connection by cutting the transparent conductive material; and laser cutting regions not required for establishing an electrical connection between the peripheral edge and the electro-active region to restrict electrical conductivity between an upper peripheral edge of the lens and a lower peripheral edge of the lens, wherein isolating the regions of the transparent conductive material required for establishing an electrical connection includes laser cutting patterns around an electrode of each of the substrates, the respective cut being substantially in the plane of the respective electrode. isolating regions of the transparent conductive material required for establishing an electrical connection between the peripheral edge and the electro-active region from regions of the transparent conductive material not required for establishing an electrical connection by cutting the transparent conductive material; and laser cutting regions not required for establishing an electrical connection between the peripheral edge and the electro-active region to restrict electrical conductivity between an upper peripheral edge of the lens and a lower peripheral edge of the lens, wherein isolating the regions of the transparent conductive material required for establishing an electrical connection includes laser cutting patterns around an electrode of each of the substrates, the respective cut being substantially in the plane of the respective electrode.
A method for processing encoded data representative of a sequence of digital frames, for transmission to a client equipment via a communication network in a first container, so-called transport container, for storing at least the encoded data of the frames of the sequence, characterised in that it comprises the following steps, implemented following the encoding of a frame of said sequence, so-called current frame: - obtaining encoded data representative of the current frame; - extracting at least one information representative of an encoding structure of the current frame; - updating the first container by inserting encoded data representative of the current frame into a predetermined location; - updating a second container, so-called metadata container, by inserting said at least one information of encoding structure and information representative of the location of the encoded data in the transport container; and - transmitting the second container to the client equipment; - upon receipt of a request from the client equipment, whose generation is decided based on metadata information of the second container, comprising at least one piece of information representative of the location of the data, transmitting the encoded data of the transport container corresponding to said location. - obtaining encoded data representative of the current frame; - extracting at least one information representative of an encoding structure of the current frame; - updating the first container by inserting encoded data representative of the current frame into a predetermined location; - updating a second container, so-called metadata container, by inserting said at least one information of encoding structure and information representative of the location of the encoded data in the transport container; and - transmitting the second container to the client equipment; - upon receipt of a request from the client equipment, whose generation is decided based on metadata information of the second container, comprising at least one piece of information representative of the location of the data, transmitting the encoded data of the transport container corresponding to said location.
A multiple stud tensioner machine adapted to exert a longitudinal pre-stressing traction on a plurality of studs, characterized in that it comprises a sensor supporting assembly adapted to receive a plurality of elongation sensors arranged in a row and positioning means adapted to move one of said sensors from said row into an operating engagement with one of said studs.
Device with a frictional contact, with a first contact body and second contact body, wherein the first contact body can be adjusted relative to the second contact body, and with a lubricant supply means for the frictional contact, by means of which the frictional contact can be supplied with lubricant, wherein the lubricant supply means has a lubricant path with a first region, in which heat released therein can be absorbed by the lubricant, and with a second region, in which the heat absorbed by the lubricant can be discharged, characterized in that the lubricant path has an isotropic or anisotropic structuring which is at least sectionally formed on a surface of the second contact body, wherein the structuring has at least one micro-channel, wherein in each case an intermediate region (18c, 18d) is arranged between the first region of the lubricant path and the second region of the lubricant path, wherein the at least one micro-channel has a surface area-to-volume ratio of between 30 000 and 250 000 000 m -1 in the first region and the second region of the lubricant path, and wherein the at least one micro-channel has a surface area-to-volume ratio of between 500 and 600 000 m -1 in the respective intermediate region (18c, 18d) of the lubricant path.
Device for supplying therapeutic gas, comprising: - an internal passage for conveying a flow of therapeutic gas between a gas inlet and a gas outlet, - valve means for controlling the flow of therapeutic gas in the internal passage, - control means configured to control at least the valve means, - a graphic display configured to display choices (9a-9d) that can be selected by a user, and - selection means configured to make a selection from among the selectable choices (9a-9d) displayed on the graphic display, characterized in that the control means are configured to count a total number of patients treated by administration of the therapeutic gas from the selection, by a user, via the selection means, of a first given choice corresponding to the start of a treatment by administering the therapeutic gas to a patient concerned. - an internal passage for conveying a flow of therapeutic gas between a gas inlet and a gas outlet, - valve means for controlling the flow of therapeutic gas in the internal passage, - control means configured to control at least the valve means, - a graphic display configured to display choices (9a-9d) that can be selected by a user, and - selection means configured to make a selection from among the selectable choices (9a-9d) displayed on the graphic display,
A system for spin-coating at least one substrate, the system comprising: - at least one holder assembly configured to receive the at least one substrate, wherein the holder assembly is moveable along a substantially vertical axis; and - a dispensing arm assembly comprising a base; and at least one arm (35; 37) having a first end and a second end, wherein the dispensing arm assembly is moveable along a horizontal axis, and wherein the at least one arm (35; 37) is operably coupled to the base at the first end and operably coupled to at least one applicator (20; 22) that is in fluid communication with one coating solution source at the second end, and wherein the at least one applicator (20; 22) is capable of being positioned along the substantially vertical axis so as to coat at least the coating solution onto the substrate and to obtain a coated substrate, characterized in that the system comprises a drying and cooling assembly that is positioned along said substantially vertical axis and that is able to force air onto said coated substrate. - at least one holder assembly configured to receive the at least one substrate, wherein the holder assembly is moveable along a substantially vertical axis; and - a dispensing arm assembly comprising a base; and at least one arm (35; 37) having a first end and a second end, wherein the dispensing arm assembly is moveable along a horizontal axis, and wherein the at least one arm (35; 37) is operably coupled to the base at the first end and operably coupled to at least one applicator (20; 22) that is in fluid communication with one coating solution source at the second end, and wherein the at least one applicator (20; 22) is capable of being positioned along the substantially vertical axis so as to coat at least the coating solution onto the substrate and to obtain a coated substrate, characterized in that the system comprises a drying and cooling assembly that is positioned along said substantially vertical axis and that is able to force air onto said coated substrate. a base; and at least one arm (35; 37) having a first end and a second end, wherein the dispensing arm assembly is moveable along a horizontal axis, and wherein the at least one arm (35; 37) is operably coupled to the base at the first end and operably coupled to at least one applicator (20; 22) that is in fluid communication with one coating solution source at the second end, and wherein the at least one applicator (20; 22) is capable of being positioned along the substantially vertical axis so as to coat at least the coating solution onto the substrate and to obtain a coated substrate, characterized in that the system comprises a drying and cooling assembly that is positioned along said substantially vertical axis and that is able to force air onto said coated substrate.
A moisture-absorbing resin composition comprising resin in an amount of 100 parts by mass, and zeolite in an amount of 40 to 300 parts by mass, and a dispersant in an amount of 1 to 3 parts by mass for the purpose of uniformly dispersing zeolite in the composition, wherein resin consists of at least one polymer selected from among ethylene-methyl acrylate copolymer, ethylene-ethyl acrylate copolymer and ethylene-butyl acrylate copolymer, and the dispersant is at least one species selected from among magnesium stearate, calcium stearate, and zinc stearate.
Powder comprising particles comprising a matrix material and silicon-based domains dispersed in this matrix material, the matrix material being a continuous phase, the silicon content in the silicon-based domains being 80 weight percent or more, whereby either part of the silicon-based domains are present in the form of agglomerates of silicon-based domains whereby at least 98% of these agglomerates have a maximum size of 3μm or less, or the silicon-based domains are not at all agglomerated into agglomerates, characterized in that the powder has a BET value of less than 10 m 2 /g.
A method of processing ions in a mass spectrometer, comprising: trapping a plurality of ions having different mass-to-charge, m/z, ratios in a collision cell, releasing said ions from the collision cell in a descending order in m/z ratio, receiving said ions in a mass analyzer having a plurality of rods to at least one of which an RF voltage is applied, wherein an amplitude of said RF voltage is varied from a first value to a lower second value as said released ions are received by the mass analyzer; wherein the change in the RF voltage is configured to ensure that efficient trapping of ions within the mass analyzer is achieved as the ions are released in a descending order in m/z ratio from the upstream collision cell to be received by the mass analyzer. trapping a plurality of ions having different mass-to-charge, m/z, ratios in a collision cell, releasing said ions from the collision cell in a descending order in m/z ratio, receiving said ions in a mass analyzer having a plurality of rods to at least one of which an RF voltage is applied, wherein an amplitude of said RF voltage is varied from a first value to a lower second value as said released ions are received by the mass analyzer; wherein the change in the RF voltage is configured to ensure that efficient trapping of ions within the mass analyzer is achieved as the ions are released in a descending order in m/z ratio from the upstream collision cell to be received by the mass analyzer.
A method for a system comprising a superconducting magnet carrying a DC current, a cryogenic refrigerator arranged to cool said magnet and a circuit to power the cryogenic refrigerator from an electrical power source, the method comprising the steps of: - detecting the failure of the electrical power source, and in response to the detection of the failure of the electrical power source, performing the following steps to ensure an orderly run-down of the superconducting magnet in advance of a possible quench: - directing the DC current through a DC to AC converter; - ramping down the magnitude of the current flowing through the superconducting magnet at a controlled ramping rate, thereby generating a controlled power from the DC to AC converter; - powering the cryogenic refrigerator by the controlled power; and - controlling the ramping rate in order to maintain a required controlled power. - detecting the failure of the electrical power source, and in response to the detection of the failure of the electrical power source, performing the following steps to ensure an orderly run-down of the superconducting magnet in advance of a possible quench: - directing the DC current through a DC to AC converter; - ramping down the magnitude of the current flowing through the superconducting magnet at a controlled ramping rate, thereby generating a controlled power from the DC to AC converter; - powering the cryogenic refrigerator by the controlled power; and - controlling the ramping rate in order to maintain a required controlled power.
A tweak mode encryption system for improving security of a device comprising: a first mixing unit that scrambles a first counter value for a first segment of data of a plaintext message, wherein the counter comprises the number of the first segment in the plaintext message; and a first block cipher that encrypts the first segment of data XORed to the scrambled first counter value to produce a first output data; wherein the system is further configured to XOR the scrambled first counter value to the first output data, thereby producing a first ciphertext segment for the first segment of data; characterized in that the first mixing unit is configured to perform a mixing function which is faster and less secure by itself than the first block cipher; and wherein the first mixing unit is a XOR tree mixing unit configured to perform a mixing function, wherein input bits (A1, A2, A3...) of the mixing function select corresponding subkeys (K1, K2, K3...) to XOR from a large amount of key material and wherein a final scrambling operation is applied to the XORed subkeys, thereby making the mixing function non-linear. a first mixing unit that scrambles a first counter value for a first segment of data of a plaintext message, wherein the counter comprises the number of the first segment in the plaintext message; and a first block cipher that encrypts the first segment of data XORed to the scrambled first counter value to produce a first output data; wherein the system is further configured to XOR the scrambled first counter value to the first output data, thereby producing a first ciphertext segment for the first segment of data; characterized in that the first mixing unit is configured to perform a mixing function which is faster and less secure by itself than the first block cipher; and wherein the first mixing unit is a XOR tree mixing unit configured to perform a mixing function, wherein input bits (A1, A2, A3...) of the mixing function select corresponding subkeys (K1, K2, K3...) to XOR from a large amount of key material and wherein a final scrambling operation is applied to the XORed subkeys, thereby making the mixing function non-linear.
A vehicle steering device comprising: an electric motor that applies a steering force to a turning mechanism of a vehicle; a first setting portion that sets a target assist torque (T m,mc) in accordance with a steering torque (T d); a second setting portion that sets an angle controlling target torque (T m,ac) for bringing an angular deviation between a target steering angle (θ cmda) and an actual steering angle (θ) close to zero; an estimator that estimates a compensation object load (T lem) with respect to the angle controlling target torque (T m,ac); and a first calculating portion that calculates a target automatic steering torque (T m,ad) based on the angle controlling target torque (T m,ac) set by the second setting portion and the compensation object load (T lem) estimated by the estimator, characterized by comprising a second calculating portion that performs weighted addition of the target automatic steering torque (T m,ad) and the target assist torque (T m,mc) in accordance with a value (Δθ, T d) that changes in accordance with a driver input to calculate a target motor torque (T m) that is a target value of a motor torque of the electric motor. an electric motor that applies a steering force to a turning mechanism of a vehicle; a first setting portion that sets a target assist torque (T m,mc) in accordance with a steering torque (T d); a second setting portion that sets an angle controlling target torque (T m,ac) for bringing an angular deviation between a target steering angle (θ cmda) and an actual steering angle (θ) close to zero; an estimator that estimates a compensation object load (T lem) with respect to the angle controlling target torque (T m,ac); and a first calculating portion that calculates a target automatic steering torque (T m,ad) based on the angle controlling target torque (T m,ac) set by the second setting portion and the compensation object load (T lem) estimated by the estimator, characterized by comprising a second calculating portion that performs weighted addition of the target automatic steering torque (T m,ad) and the target assist torque (T m,mc) in accordance with a value (Δθ, T d) that changes in accordance with a driver input to calculate a target motor torque (T m) that is a target value of a motor torque of the electric motor.
Pneumatic plug gauge, comprising a first measuring channel which can be connected to a pressure medium source (7a, 7b) and opens into a first output for the pressure medium, which outlet can be directed onto a surface of a workpiece to be tested, wherein the plug gauge is designed to determine the tilt angle (α-β) between a section on its surface and a region (1b, 2b, B) opposite this section, on the surface of the workpiece by the first outlet being arranged at one end of the section and by the first outlet being movable to the other end of the section, or by at least one second outlet being provided which is arranged at the other end of the section, characterized in that the plug gauge is of rotationally symmetrical design.
A method for a user equipment of a wireless communications system for selecting an operating frequency of a multimedia broadcast multicast service, called MBMS service hereinafter, characterized by: determining whether or not the user equipment has any established radio access bearers; switching a current operating frequency of the user equipment to a congested preferred frequency of an MBMS service prioritized by upper layers if the user equipment has no established radio access bearers. determining whether or not the user equipment has any established radio access bearers; switching a current operating frequency of the user equipment to a congested preferred frequency of an MBMS service prioritized by upper layers if the user equipment has no established radio access bearers.
Traction system, notably for a ship, comprising a fixed station and at least one first sail and one second sail, the first sail comprising a wing and being connected to a winch of the fixed station by a first traction cable, the second sail comprising a second wing and being connected to a winch of the fixed station by a second traction cable, the fixed station including a mast caracterized in that the said mast carries first means of mooring (33, 37, 38) the first wing to this mast, and second means of mooring (33', 37', 38) the second wing to this mast.