mhurhangee/ep-ind-claims huggingface dataset:
A target device positioning method, comprising: obtaining (101, 202), by a mobile terminal, measurement signals sent by a target device from a trigger moment to a current measurement moment, and determining azimuths of the target device relative to the mobile terminal at the moments according to the measurement signals; obtaining, by the mobile terminal, an original motion trail of the target device from the trigger moment to the current measurement moment, wherein the original motion trail is generated according to motion data collected by the target device from the trigger moment to the current measurement moment; determining (103, 204), by the mobile terminal, an effective motion trail of the target device according to the original motion trail and change rates of the azimuths of the target device relative to the mobile terminal at the moments, wherein an azimuth of the target device at a moment is determined according to the phase difference of the measurement signal; and performing, by the mobile terminal, matching with a map according to an azimuth of the target device relative to the mobile terminal at the current measurement moment and the effective motion trail of the target device, to determine location information of the target device at the current measurement moment, and displaying the location information of the target device at the current measurement moment. obtaining (101, 202), by a mobile terminal, measurement signals sent by a target device from a trigger moment to a current measurement moment, and determining azimuths of the target device relative to the mobile terminal at the moments according to the measurement signals; obtaining, by the mobile terminal, an original motion trail of the target device from the trigger moment to the current measurement moment, wherein the original motion trail is generated according to motion data collected by the target device from the trigger moment to the current measurement moment; determining (103, 204), by the mobile terminal, an effective motion trail of the target device according to the original motion trail and change rates of the azimuths of the target device relative to the mobile terminal at the moments, wherein an azimuth of the target device at a moment is determined according to the phase difference of the measurement signal; and performing, by the mobile terminal, matching with a map according to an azimuth of the target device relative to the mobile terminal at the current measurement moment and the effective motion trail of the target device, to determine location information of the target device at the current measurement moment, and displaying the location information of the target device at the current measurement moment.
A process for the preparation of a liquid fuel, the process comprising: introducing a first reactant to a reactor, wherein the first reactant comprises one or more light gases; wherein the light gas is selected from the group consisting of methane, ethane, propane, butane, and pentane; exposing the first reactant to non-thermal plasma to generate syngas and free radicals; introducing a first hydrocarbon liquid feed fuel to the reactor; and reacting the syngas and free radicals to the hydrocarbon liquid feed fuel by contacting the syngas and free radicals generated from the first reactant with the first hydrocarbon liquid feed fuel in the reactor to produce a liquid fuel having reduced viscosity, increased volume, and lower fraction of polyaromatic and aromatic compounds compared to the first hydrocarbon liquid feed fuel. introducing a first reactant to a reactor, wherein the first reactant comprises one or more light gases; wherein the light gas is selected from the group consisting of methane, ethane, propane, butane, and pentane; exposing the first reactant to non-thermal plasma to generate syngas and free radicals; introducing a first hydrocarbon liquid feed fuel to the reactor; and reacting the syngas and free radicals to the hydrocarbon liquid feed fuel by contacting the syngas and free radicals generated from the first reactant with the first hydrocarbon liquid feed fuel in the reactor to produce a liquid fuel having reduced viscosity, increased volume, and lower fraction of polyaromatic and aromatic compounds compared to the first hydrocarbon liquid feed fuel.
Part obtained by selective melting of a powder on a support plate, this part comprising a main element and rigid secondary elements (5a, 5b, 5c), these secondary elements (5a, 5b, 5c) supporting the main element between a lower surface of this main element and the support plate, the secondary elements (5a, 5b, 5c) being intended to be detached from the main element, the lower surface of the main element comprising a first surface portion and at least one second surface portion, characterized in that the first surface portion makes, with the support plate, an angle α1 of less than a predetermined value, and the second surface portion makes, with this support plate, an angle α2 greater than or equal to this predetermined value, the predetermined value being comprised between 20° and 30°, and in that the first surface portion is entirely supported by the secondary elements and the second surface portion is partially supported by the secondary elements and in that with the second surface portion having a given surface area, this second surface portion is supported over at most 50% of its surface area by the secondary elements, and in that the second surface portion is supported over at least 20% of its surface area by the secondary elements.
Wheel for an agricultural machine including a hub, a disc supporting a rim and a tyre mounted on the rim, the disc including legs connecting the rim to the hub and openings positioned between two adjacent legs, the wheel including a device to seal at least one of the openings, characterised in that the sealing device includes an inner face having at least one projection, at least one part of the inner face being designed to rest against the disc when the sealing device is mounted on the wheel and the shape of the projection matching the shape of the opening located between the legs.
A method of controlling at least part of a start-up or re-light process of a gas turbine engine having a first shaft arranged to drive a low pressure compressor; a second shaft arranged to drive a high pressure compressor; and a fan driven by the first shaft, the method comprising: determining when a flame in a combustion chamber of a gas turbine engine is extinguished, during a start-up process or re-light process or during operation; purging the combustion chamber by controlling rotation of the low pressure compressor using a first electrical machine, and controlling rotation of the high pressure compressor using a second electrical machine, the combustion chamber downstream of the low pressure compressor and high pressure compressor; and controlling rotation of the low pressure compressor using the first electrical machine, and controlling rotation of the high pressure compressor using the second electrical machine to restart the start-up process or perform the re-light process, wherein determining when the flame is extinguished comprises measuring a change in one or more of: a torque applied by the first electrical machine; and a torque applied by the second electrical machine. determining when a flame in a combustion chamber of a gas turbine engine is extinguished, during a start-up process or re-light process or during operation; purging the combustion chamber by controlling rotation of the low pressure compressor using a first electrical machine, and controlling rotation of the high pressure compressor using a second electrical machine, the combustion chamber downstream of the low pressure compressor and high pressure compressor; and controlling rotation of the low pressure compressor using the first electrical machine, and controlling rotation of the high pressure compressor using the second electrical machine to restart the start-up process or perform the re-light process, wherein determining when the flame is extinguished comprises measuring a change in one or more of: a torque applied by the first electrical machine; and a torque applied by the second electrical machine.
A piston ring comprising: a thermal spray coating that contains tungsten carbide and chrome carbide as a hard phase, and contains a metallic binder phase, wherein the thermal spray coating is formed by the spraying of a thermal spray powder that has been produced by means of a granulation sintering method, characterized in that the thermal spray coating contains nickel within a range of not less than 7.0 wt % and not more than 18.5 wt% as the metallic binder phase, and the thermal spray coating is formed by the spraying of a thermal spray powder that contains hard particles in which the mean particle diameter of the tungsten carbide has been adjusted by means of a BET method to fall within a range of not less than 0.15 μm and not more than 0.45 μm. a thermal spray coating that contains tungsten carbide and chrome carbide as a hard phase, and contains a metallic binder phase, wherein the thermal spray coating is formed by the spraying of a thermal spray powder that has been produced by means of a granulation sintering method, characterized in that the thermal spray coating contains nickel within a range of not less than 7.0 wt % and not more than 18.5 wt% as the metallic binder phase, and the thermal spray coating is formed by the spraying of a thermal spray powder that contains hard particles in which the mean particle diameter of the tungsten carbide has been adjusted by means of a BET method to fall within a range of not less than 0.15 μm and not more than 0.45 μm.
A system including: a first water pipe; a second water pipe having a smaller diameter than the first water pipe; a connection between the first and second pipes (2,3) formed by a valved fitting; and a device arranged to permanently seal the connection between the first and second pipes (2.3), wherein the device comprises a first member defining a chamber receiving the valved fitting and having a profile for engagement with the external surface of the first pipe, wherein the profile is surrounding the valved fitting so that the valved fitting is within the chamber, and the first member further comprises an inlet to the chamber for introducing a settable sealing material; the device further comprises a second member for securing the first member to the first pipe, wherein the system further includes a settable sealing material in the chamber of the device.
A screening device (101, 201, 302, 314) for screening powders, wherein said device comprises: a screening space comprising a first chamber (102, 202, 305, 325) and a second chamber (103, 203, 306, 326), wherein the first chamber and the second chambers are adjacent and have a common partition wall (104, 204), and a screen (204', 308, 316, 601, 701), wherein the screen forms at least a part of the partition wall, wherein the first chamber comprises a raw material inlet (105, 205, 324) and a residual particle outlet (108, 208), wherein the second chamber comprises a product material outlet (109, 209, 313) and a rotatable blade (210, 310, 390), wherein the rotatable blade comprises one or more nozzles which are configured for blowing gas against the screen, wherein the screen is placed obliquely or vertically, and in that the first chamber further comprises a float gas unit (107, 207, 207', 307, 327), wherein the float gas unit is configured for, in use, providing an upwards directed gas flow in a part of the first chamber, and wherein the screening device is configured for, in use, providing a pressure difference (dp, dp1, dp2) between the first chamber and the second chamber such that the pressure in the second chamber is lower than the pressure in the first chamber, wherein the raw material inlet (105, 205, 324) is arranged at or near a top side of the first chamber (102, 202, 305, 325), and wherein the float gas unit (107, 207, 207', 307, 327) is arranged at or near a bottom side of the first chamber (102, 202, 305, 325). a screening space comprising a first chamber (102, 202, 305, 325) and a second chamber (103, 203, 306, 326), wherein the first chamber and the second chambers are adjacent and have a common partition wall (104, 204), and a screen (204', 308, 316, 601, 701), wherein the screen forms at least a part of the partition wall, wherein the first chamber comprises a raw material inlet (105, 205, 324) and a residual particle outlet (108, 208), wherein the second chamber comprises a product material outlet (109, 209, 313) and a rotatable blade (210, 310, 390), wherein the rotatable blade comprises one or more nozzles which are configured for blowing gas against the screen, wherein the screen is placed obliquely or vertically, and in that the first chamber further comprises a float gas unit (107, 207, 207', 307, 327), wherein the float gas unit is configured for, in use, providing an upwards directed gas flow in a part of the first chamber, and wherein the screening device is configured for, in use, providing a pressure difference (dp, dp1, dp2) between the first chamber and the second chamber such that the pressure in the second chamber is lower than the pressure in the first chamber, wherein the raw material inlet (105, 205, 324) is arranged at or near a top side of the first chamber (102, 202, 305, 325), and wherein the float gas unit (107, 207, 207', 307, 327) is arranged at or near a bottom side of the first chamber (102, 202, 305, 325).
A method for controlling an autonomous drive related operation of a vehicle (100, 100'), the method comprising: - detecting a pre-determined foot arrangement of an occupant in a front seat of the vehicle (100, 100'); and - controlling a state of the autonomous drive related operation, based on the detected pre-determined foot arrangement, wherein the controlling comprises retracting the front seat in a direction towards a back end of the vehicle (100, 100') such that the occupant is out of reach of the one or more pedals of the vehicle (100, 100'), or returning the front seat in a direction towards a front end of the vehicle (100, 100') such that the front seat is in an initial position, the method further being characterized in that the detecting the pre-determined foot arrangement constitutes one of at least two conditions for the controlling, the method further comprising: - issuing an alert signal when the detecting does not occur within a predetermined time duration measured from a time instant when at least one other condition out of the at least two conditions is fulfilled. - detecting a pre-determined foot arrangement of an occupant in a front seat of the vehicle (100, 100'); and - controlling a state of the autonomous drive related operation, based on the detected pre-determined foot arrangement, wherein the controlling comprises retracting the front seat in a direction towards a back end of the vehicle (100, 100') such that the occupant is out of reach of the one or more pedals of the vehicle (100, 100'), or returning the front seat in a direction towards a front end of the vehicle (100, 100') such that the front seat is in an initial position, the method further being characterized in that the detecting the pre-determined foot arrangement constitutes one of at least two conditions for the controlling, the method further comprising: - issuing an alert signal when the detecting does not occur within a predetermined time duration measured from a time instant when at least one other condition out of the at least two conditions is fulfilled.
An ophthalmic formulation, wherein the ophthalmic formulation is an aqueous suspension comprising a therapeutically effective amount of Nintedanib particles or particles of a pharmaceutically acceptable salt of Nintedanib, a surfactant selected from a group consisting of poloxamers, Tween 80, Tween 20 and tyloxapol, and a viscosity regulator selected from a group consisting of Hydroxypropyl Methylcellulose (HPMC) and Sodium Carboxymethylcellulose.
A vibration damping and sound absorbing material comprising a polyurethane foam which comprises, as raw materials, (a) a polyol that comprises a plant-derived polyol produced using a raw material obtainable by a plant and having a hydroxyl group value of from 65 to 170 mgKOH/g, (b) a polyoxyalkylene polyol having a hydroxyl group value of from 15 to 60 mgKOH/g, (c) a polymer-dispersed polyol in which polymer fine particles obtainable by polymerizing an unsaturated bond-containing compound are dispersed in a polyol (d) water, (e) a catalyst and (f) a polyisocyanate. (a) a polyol that comprises a plant-derived polyol produced using a raw material obtainable by a plant and having a hydroxyl group value of from 65 to 170 mgKOH/g, (b) a polyoxyalkylene polyol having a hydroxyl group value of from 15 to 60 mgKOH/g, (c) a polymer-dispersed polyol in which polymer fine particles obtainable by polymerizing an unsaturated bond-containing compound are dispersed in a polyol (d) water, (e) a catalyst and (f) a polyisocyanate.
Lighting device, comprising a first housing, a lighting means arranged at the first housing, an electronic circuitry accommodated in the first housing for operating the lighting means, a second housing accommodating an energy storage means, the first housing and the second housing being arranged spaced apart, by an interconnecting means that connects the first housing and the second housing pivotally, and characterized in that the interconnecting means is a single element that connects the electronic circuitry and the energy storage means electrically and further connects the first housing and the second housing elastically, and that the interconnecting means has a cross section with a first width in the first direction being smaller than a second width in a second direction orthogonal to the first direction. a first housing, a lighting means arranged at the first housing, an electronic circuitry accommodated in the first housing for operating the lighting means, a second housing accommodating an energy storage means, the first housing and the second housing being arranged spaced apart, by an interconnecting means that connects the first housing and the second housing pivotally, and characterized in that the interconnecting means is a single element that connects the electronic circuitry and the energy storage means electrically and further connects the first housing and the second housing elastically, and that the interconnecting means has a cross section with a first width in the first direction being smaller than a second width in a second direction orthogonal to the first direction.
Dual temperature probe comprising: - two single temperature probes (1, 2), each comprising a resistive circuit (11,21) with a heat-sensitive electrically conductive material base, each resistive circuit (11, 21) being intended to be linked to an electrical current measuring device, and - a layer with a thermally insulating material base inserted between the single probes (1, 2), such that the dual probe has a known thermal resistance Rs according to the thickness e and according to the thermal conductivity λ of the inserted layer, the dual probe being characterised in that each resistive circuit (11, 21) is furthermore intended to be linked to an electrical power device, such that the temperatures balancing the single probes (1, 2) can be different from one another, when electrical currents of different intensities are applied to the resistive circuits. - two single temperature probes (1, 2), each comprising a resistive circuit (11,21) with a heat-sensitive electrically conductive material base, each resistive circuit (11, 21) being intended to be linked to an electrical current measuring device, and - a layer with a thermally insulating material base inserted between the single probes (1, 2), such that the dual probe has a known thermal resistance Rs according to the thickness e and according to the thermal conductivity λ of the inserted layer, the dual probe being characterised in that each resistive circuit (11, 21) is furthermore intended to be linked to an electrical power device, such that the temperatures balancing the single probes (1, 2) can be different from one another, when electrical currents of different intensities are applied to the resistive circuits.
Space structure comprising: - a first element and - a second element, wherein the first and the second element (102, 104) are connected to each other by means of a hinge assembly comprising: - a first tape spring element, - a second tape spring element, wherein each of the first and the second tape spring element (12, 14) connects the first element of the space structure to the second element of the space structure, and each of the first and the second tape spring element (12, 14) is movable from a folded state into an unfolded state by releasing stored strain energy so as to deploy the first and the second element of the space structure, characterized in that the first tape spring element is connected to a first direct current source and configured to conduct direct current of a first polarity which is supplied to the first tape spring element from the first direct current source, the second tape spring element is connected to a second direct current source and configured to conduct direct current of a second polarity opposite to the first polarity which is supplied to the second tape spring element from the second direct current source, and in that the space structure comprises a plurality of first tape spring elements and an equal plurality of second tape spring elements, the first and the second tape spring elements (12, 14) being arranged in pairs of a first and a second tape spring element (12, 14) and in pairs of a second and a first tape spring element (14, 12) side by side along opposing edges of the first and the second element (102,104) of the space structure, wherein a sum of the distances between the first and the second tape spring element (12, 14) along the opposing edges of the first and the second element (102, 104) of the space structure in the pairs of a first and a second tape spring element (12, 14) is equal to a sum of the distances between the second and the first tape spring element (14, 12) along the opposing edges of the first and the second element (102, 104) of the space structure in the pairs of a second and a first tape spring element (14, 12). - a first element and - a second element, wherein the first and the second element (102, 104) are connected to each other by means of a hinge assembly comprising: - a first tape spring element, - a second tape spring element, wherein each of the first and the second tape spring element (12, 14) connects the first element of the space structure to the second element of the space structure, and each of the first and the second tape spring element (12, 14) is movable from a folded state into an unfolded state by releasing stored strain energy so as to deploy the first and the second element of the space structure, - a first tape spring element, - a second tape spring element, wherein
A liquid composition comprising a lipophilic continuous liquid phase, a total amount of a first population of water-insoluble particles of at least 1% (w/w), and a polyol poly(hydroxy fatty acid) ester emulsifier (pphe emulsifier), said water-insoluble particles are dispersed in the lipophilic liquid phase.
A composition for use in treating an inherited metabolic disorder in a subject, said composition comprising an expanded population of hematopoietic stem cells, wherein the expanded hematopoietic stem cells result in microglia engraftment in the brain of the subject; and optionally, the inherited metabolic disorder has a neurological component.