mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the content of cat fines in a sample of a heavy oil, in particular a fuel for marine engines, by means of the following steps: a) a sample is taken from the heavy oil, b) the sample is diluted and intensively mixed in a first container with a first reagent consisting primarily of hydrocarbon-containing solvents, c) some of the mixture in the first container is introduced into a second container containing a mixture of methanol and KOH ethanol as a second reagent, and is intensively mixed therewith, d) some of the contents are removed from the second container and transferred into a third container via a filter, e) the content of cat fines in the sample is ascertained in the third container by determining the intensity of the resulting fluorescence radiation upon UV light excitation, f) the appearing fluorescence radiation is detected and evaluated visually or by using a photometer. a) a sample is taken from the heavy oil, b) the sample is diluted and intensively mixed in a first container with a first reagent consisting primarily of hydrocarbon-containing solvents, c) some of the mixture in the first container is introduced into a second container containing a mixture of methanol and KOH ethanol as a second reagent, and is intensively mixed therewith, d) some of the contents are removed from the second container and transferred into a third container via a filter, e) the content of cat fines in the sample is ascertained in the third container by determining the intensity of the resulting fluorescence radiation upon UV light excitation, f) the appearing fluorescence radiation is detected and evaluated visually or by using a photometer.
Optical conduit in particular intended for an electronic display arrangement, and intended to transmit light signals, from one of its ends, called the entrance surface, to its other end, called the exit surface, toward the eye of a user for vision of a virtual image, said conduit including a diffractive component on a surface, called the enhanced surface, this diffractive component being an element respecting the equation of an aspherical component of revolution, said conduit being characterized in that it includes an optical relay formed by a parallelepipedal bar intended to transmit the light along its longitudinal axis (A-A'), called the first axis, and having at one of its ends said entrance surface and at its other end a reflective wall that is inclined with respect to said first axis and to an exit surface the axis of revolution (B-B') of which is contained in a longitudinal plane of symmetry and in that said diffractive component is formed directly in said entrance surface.
A steam exhaust device for a steam turbine module, the steam exhaust device having a steam exhaust duct (4a, 4b) a steam exhaust bottom wall (7a, 7b), a rigid fastening device (6a, 6b) and a rigid hub (13a, 13b), wherein the steam exhaust duct (4a,4b) is provided with a steam diffuser (5a, 5b), the steam exhaust duct (4a, 4b) being delimited by a surface (8a, 8b) of the steam diffuser allowing the steam to be guided by the steam exhaust bottom wall (7a, 7b), wherein the rigid hub (13a, 13b) has one of a circular and a semicircular shape on which are fixed: - the steam diffuser (5a, 5b), and - a rigid fastening device (6a, 6b), the steam exhaust device being characterised by: the rigid fastening device comprising a set of rigid rods (6a, 6b) extending through the steam exhaust duct (4a, 4b), a first end of each rod (6a, 6b) being implemented in the hub (13a, 13b), and wherein a second end of each rod is fixed to said steam exhaust bottom wall (7a, 7b), wherein said steam exhaust bottom wall (7a, 7b) is fixed to a support means (18a, 18b). - the steam diffuser (5a, 5b), and - a rigid fastening device (6a, 6b), the rigid fastening device comprising a set of rigid rods (6a, 6b) extending through the steam exhaust duct (4a, 4b), a first end of each rod (6a, 6b) being implemented in the hub (13a, 13b), and wherein a second end of each rod is fixed to said steam exhaust bottom wall (7a, 7b), wherein said steam exhaust bottom wall (7a, 7b) is fixed to a support means (18a, 18b).
An oral film formulation of dapoxetine or a pharmaceutically acceptable salt thereof and tadalafil or a pharmaceutically acceptable salt thereof, comprising at least one sweetener.
Oscillator circuit comprising a local oscillator configured to generate a carrier signal having a tunable frequency (f t), a first modulator and a power amplifier couple in cascade to said local oscillator and configured to generate an output signal (V OUT), the first modulator configured to be activated from a first modulating signal having a first modulating frequency defining alternatively states ON and states OFF of said first modulator, characterized by comprising: an estimator unit configured to receive the carrier signal during a time window (ΔTx) and to detect an estimated frequency variation (Δf) of said carrier signal during the states ON with respect to the states OFF of said first modulator, a compensation unit (16,160) comprising a second modulator and configured to generate a compensation signal (Vcom, Icom) proportional to the estimated frequency variation (Δf) and modulated with a second modulating frequency, the second modulating frequency being the same as the first modulating frequency, the compensation signal (Vcom, Icom) being added to a bias signal (V TUNE,I BIAS) of the local oscillator to tune the tunable frequency (f t). an estimator unit configured to receive the carrier signal during a time window (ΔTx) and to detect an estimated frequency variation (Δf) of said carrier signal during the states ON with respect to the states OFF of said first modulator, a compensation unit (16,160) comprising a second modulator and configured to generate a compensation signal (Vcom, Icom) proportional to the estimated frequency variation (Δf) and modulated with a second modulating frequency, the second modulating frequency being the same as the first modulating frequency, the compensation signal (Vcom, Icom) being added to a bias signal (V TUNE,I BIAS) of the local oscillator to tune the tunable frequency (f t).
Method for manufacturing a micro gas turbine, which comprises a compressor, a turbine and a generator driven by the turbine for generating electrical power, characterized by: (a) dividing an existing compressor-turbine unit into two separate parts being a compressor and a turbine; (b) joining the compressor and turbine shafts (28,29) together; (c) taking two existing bearing units (11,17) and connecting one of them to the compressor and the other to the turbine; (d) manufacturing a generator housing with interfaces for connection with the bearing units or other stationary parts; (e) mounting the stator of an existing generator into the generator housing; (f) mounting the rotor of the existing generator on the joined shaft, the generator having no bearings of its own and no shaft of its own; and (g) connecting the generator housing with the bearing units or other stationary parts. (a) dividing an existing compressor-turbine unit into two separate parts being a compressor and a turbine; (b) joining the compressor and turbine shafts (28,29) together; (c) taking two existing bearing units (11,17) and connecting one of them to the compressor and the other to the turbine; (d) manufacturing a generator housing with interfaces for connection with the bearing units or other stationary parts; (e) mounting the stator of an existing generator into the generator housing; (f) mounting the rotor of the existing generator on the joined shaft, the generator having no bearings of its own and no shaft of its own; and (g) connecting the generator housing with the bearing units or other stationary parts.
A container formed of polymeric material and having an open top end, a closed bottom end, and at least one wall extending between said ends, characterized in that the surface of the bottom end has a surface-bonded continuous copolymer layer having a monolithic topography, wherein the copolymer comprises at least three different monomer units, wherein (i) one of the at least three different monomer units is a photo-reactive cross-linker with a side group for a C, H-insertion cross-linking ["CHic"] reaction; (ii) one of the at least three different monomer units has a click binding-reactive side group ["Click"] for (bio-)functionalizing of the copolymer layer; and (iii) one of the at least three different monomer units is a hydrophilic monomer without partial charge. (i) one of the at least three different monomer units is a photo-reactive cross-linker with a side group for a C, H-insertion cross-linking ["CHic"] reaction; (ii) one of the at least three different monomer units has a click binding-reactive side group ["Click"] for (bio-)functionalizing of the copolymer layer; and (iii) one of the at least three different monomer units is a hydrophilic monomer without partial charge.
A method for determining a temperature dependency of a dielectric parameter of an electrical insulation of a power system component, comprising the following steps: - determining the activation energy of the electrical insulation, - determining the actual temperature of the electrical insulation and the temperature to which the measurement is to be corrected, - calculating a correction factor (Axy) by means of the Arrhenius equation, - stimulating the electrical insulation with a DC voltage stimulation signal; - determining a response for the power system to the DC voltage stimulation signal at the actual temperature, and - calculating the parameter of the electrical insulation at the temperature to which the measurement is to be corrected based on the response modified by means of the correction factor. - determining the activation energy of the electrical insulation, - determining the actual temperature of the electrical insulation and the temperature to which the measurement is to be corrected, - calculating a correction factor (Axy) by means of the Arrhenius equation, - stimulating the electrical insulation with a DC voltage stimulation signal; - determining a response for the power system to the DC voltage stimulation signal at the actual temperature, and - calculating the parameter of the electrical insulation at the temperature to which the measurement is to be corrected based on the response modified by means of the correction factor.
Furniture kit (1; 10) comprising a set of ground ladders (2; 20), each having two vertical supports (21; 210) connected to one another via an upper rung (22; 220) and a lower rung (22; 220), wherein the two vertical supports (21; 210) are each equipped with a preferably height adjustable foot (23; 230) for placing on the ground, a set of longitudinal cross-bars (3; 30), each of which is equipped at its longitudinal ends with a latching claw which is configured to be mounted without tools on one of the rungs (22; 220) of one of the ground ladders (2; 20), and a set of longitudinal wind braces (4; 40), each of which is equipped at its longitudinal ends with a clamp (42; 420) which is configured to be mounted on one of the rungs (22; 220) of one of the ground ladders (2; 20) by gripping one of the rungs (22; 220), wherein the cross-bars (3; 30) and the wind braces (4; 40) are configured such that one of the cross-bars (3; 30) can be mounted on the upper rung (22; 220) of a first of the ground ladders (2; 20) and on the upper rung (22; 220) of a second of the ground ladders (2; 20), while one of the wind braces (4; 40) is mounted on the upper rung (22; 220) of the first of the ground ladders (2; 20) and the lower rung (22; 220) of the second of the ground ladders (2; 20). a set of ground ladders (2; 20), each having two vertical supports (21; 210) connected to one another via an upper rung (22; 220) and a lower rung (22; 220), wherein the two vertical supports (21; 210) are each equipped with a preferably height adjustable foot (23; 230) for placing on the ground, a set of longitudinal cross-bars (3; 30), each of which is equipped at its longitudinal ends with a latching claw which is configured to be mounted without tools on one of the rungs (22; 220) of one of the ground ladders (2; 20), and a set of longitudinal wind braces (4; 40), each of which is equipped at its longitudinal ends with a clamp (42; 420) which is configured to be mounted on one of the rungs (22; 220) of one of the ground ladders (2; 20) by gripping one of the rungs (22; 220), wherein the cross-bars (3; 30) and the wind braces (4; 40) are configured such that one of the cross-bars (3; 30) can be mounted on the upper rung (22; 220) of a first of the ground ladders (2; 20) and on the upper rung (22; 220) of a second of the ground ladders (2; 20), while one of the wind braces (4; 40) is mounted on the upper rung (22; 220) of the first of the ground ladders (2; 20) and the lower rung (22; 220) of the second of the ground ladders (2; 20).
A cable connection component for electrically conductive connection of a cable having at least one core with a connection body, with a union nut having an internal thread and with a core receiving and guide part having several notches, characterized in that the union nut has a second internal thread, the thread pitch (g 1) of the first internal thread being greater than the thread pitch (g 2) of the second internal thread, and that the core receiving and guide part has a radially running collar which in its shape is matched to the thread profile of the second internal thread and interacts with it.
A method for monitoring an electric power grid, the method comprising: detecting one or more physical stimuli in the electric power grid; obtaining, while the one or more physical stimuli is effective, a first set of measurement data, comprising one or more electrical parameters, associated with a first location of the electric power grid; computing a fault level of the first location of the electric power grid on the basis of the first set of measurement data; mapping the fault level to a fault level of a second location of the electric power grid on the basis of the first set of measurement data and correlation between electrical characteristics of the first location and the second location. detecting one or more physical stimuli in the electric power grid; obtaining, while the one or more physical stimuli is effective, a first set of measurement data, comprising one or more electrical parameters, associated with a first location of the electric power grid; computing a fault level of the first location of the electric power grid on the basis of the first set of measurement data; mapping the fault level to a fault level of a second location of the electric power grid on the basis of the first set of measurement data and correlation between electrical characteristics of the first location and the second location.
A panel saw machine for cutting panels comprising a work table for supporting the panels, a framework (7, 8, 9), a panel movement unit mounted on the framework (7, 8, 9) and movable, for moving the panels on the work table, between a first operating position and a second operating position along a feed direction, a cutting unit placed alongside the work table and mounted on the framework (7, 8, 9), movable, for cutting the panels, between a first operating position and a second operating position along a cutting direction transversal to the feed direction, drive means for moving the cutting unit between the respective first and second operating positions and for moving the movement unit between the respective first and second operating positions, the panel saw machine being characterized in that the drive means comprise at least one linear motor for moving the cutting unit between the first and second operating positions along the cutting direction, the linear motor comprising a stator integral with the framework (7, 8, 9) and extending along the cutting direction and a corresponding mover integral with the cutting unit.
A method for producing ferrocoke by molding and carbonizing a mixture of coal and iron ore, wherein the coal is a single coal or a blend of plural coals, characterized in that a non-caking or slight caking coal having a load average value of ash content of not less than 10.7% and a load average value of mean maximum reflectance of not less than 0.81% is used as the coal.
A cyclodextrin complex, comprising a cyclodextrin, wherein the cyclodextrin comprises beta-cyclodextrin and a perfume comprising perfume raw materials, wherein 20% to 100%, by weight of the perfume, of the perfume raw materials have: a cyclodextrin complex stability constant of 3.0 or less as measured by the calorimetry technique as found in Rekharsky and Inoue, Complexation Thermodynamics of Cyclodextrins, Chemical Review, 98,1875-1917; a ClogP of 2.5 or less as computed by the Consensus algorithm implemented in ACD/Percepta version 14.02 by Advanced Chemistry Development, Inc.; and a weight average molecular weight of 200 Daltons or less.
A dust collector, comprising walls defining a receptacle for receiving dust, the receptacle having adhesive means for removable attachment to a work surface, wherein the dust collector comprises 2 walls that define a generally V-shaped receptacle characterised in that it comprises an opening to confront the work surface, and an opening opposite thereto to provide access to a tool; said walls spacing said openings apart and being located to act as baffles to intercept dust spattered sideways by the tool, when the receptacle is attached to the work surface, and in that the walls project away from the opening that confronts the worksurface, so as to define generally rectangular panels, the extent of their projection being sufficient to act as baffles for deflecting the spatter from a tool, and in that the walls have flanges for adhesively abutting the work surface.
A network for use with a data stream that is associated with a required bandwidth allocation and that is associated with a bandwidth sharing definition that defines a bandwidth sharing of the data stream with allocated bandwidths over the network, the network comprising: a first node (A, 24); a second node (E, 24); a first path defined from the first node (A, 24) to the second node (E, 24) that comprises at least a first (25, A-B) segment that is associated with a first allocated bandwidth; and a second path defined from the first node to the second node that comprises at least a second (25, A-D) segment that is associated with a second allocated bandwidth, wherein the data stream is transported (40, 48) over the first or second path that is selected in response to a comparing of a first additional allocation bandwidth to a second additional allocation bandwidth, wherein the first additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the first segment based on the first allocated bandwidth according to the bandwidth sharing definition, wherein the second additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the second segment based on the second allocated bandwidth according to the bandwidth sharing definition, and wherein the sharing of bandwidths between the data stream and the allocated bandwidth over the at least one of the segments is established to protect one another against a failure in at least one of the segments or at least one of the nodes in the network. a first node (A, 24); a second node (E, 24); a first path defined from the first node (A, 24) to the second node (E, 24) that comprises at least a first (25, A-B) segment that is associated with a first allocated bandwidth; and a second path defined from the first node to the second node that comprises at least a second (25, A-D) segment that is associated with a second allocated bandwidth, wherein the data stream is transported (40, 48) over the first or second path that is selected in response to a comparing of a first additional allocation bandwidth to a second additional allocation bandwidth, wherein the first additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the first segment based on the first allocated bandwidth according to the bandwidth sharing definition, wherein the second additional allocation bandwidth is calculated as the bandwidth required for carrying the data stream over the second segment based on the second allocated bandwidth according to the bandwidth sharing definition, and wherein the sharing of bandwidths between the data stream and the allocated bandwidth over the at least one of the segments is established to protect one another against a failure in at least one of the segments or at least one of the nodes in the network.
A method for group management during machine-to-machine communication, comprising: receiving a group creation request sent by a requesting apparatus, wherein the group creation request carries a group type of a group requested to be created; checking consistency between member types of members in the group and the group type; determining that a member in the group is unreachable and setting a consistency check flag of the group to "uncompleted"; and creating the group and returning a group creation response that carries the consistency check flag of the group to the requesting apparatus. receiving a group creation request sent by a requesting apparatus, wherein the group creation request carries a group type of a group requested to be created; checking consistency between member types of members in the group and the group type; determining that a member in the group is unreachable and setting a consistency check flag of the group to "uncompleted"; and creating the group and returning a group creation response that carries the consistency check flag of the group to the requesting apparatus.