mhurhangee/ep-ind-claims huggingface dataset:
An avionics system for an aircraft, the avionics system comprising: a storage device for storing instructions for converting between airspeed types; and one or more data processors configured to execute the instructions to: generate a calibrated airspeed, CAS, of the aircraft based on sensor readings from a pitot tube and a static port adjusted for known instrument and position errors for the specific type and model of aircraft; convert the calibrated airspeed to an actual true airspeed, TAS, of the aircraft using a measured air density at a current altitude of the aircraft; determine an initial approximate relationship between the calibrated airspeed and a computed true airspeed as a function of a pressure altitude of the aircraft; generate an adjusted approximate relationship based on the actual true airspeed and the initial approximate relationship at a chosen pressure altitude; and estimate a future airspeed of the aircraft based on the adjusted approximate relationship and a future altitude. a storage device for storing instructions for converting between airspeed types; and one or more data processors configured to execute the instructions to: generate a calibrated airspeed, CAS, of the aircraft based on sensor readings from a pitot tube and a static port adjusted for known instrument and position errors for the specific type and model of aircraft; convert the calibrated airspeed to an actual true airspeed, TAS, of the aircraft using a measured air density at a current altitude of the aircraft; determine an initial approximate relationship between the calibrated airspeed and a computed true airspeed as a function of a pressure altitude of the aircraft; generate an adjusted approximate relationship based on the actual true airspeed and the initial approximate relationship at a chosen pressure altitude; and estimate a future airspeed of the aircraft based on the adjusted approximate relationship and a future altitude. generate a calibrated airspeed, CAS, of the aircraft based on sensor readings from a pitot tube and a static port adjusted for known instrument and position errors for the specific type and model of aircraft; convert the calibrated airspeed to an actual true airspeed, TAS, of the aircraft using a measured air density at a current altitude of the aircraft; determine an initial approximate relationship between the calibrated airspeed and a computed true airspeed as a function of a pressure altitude of the aircraft; generate an adjusted approximate relationship based on the actual true airspeed and the initial approximate relationship at a chosen pressure altitude; and estimate a future airspeed of the aircraft based on the adjusted approximate relationship and a future altitude.
A method for producing an alcohol, comprising subjecting a lactone or a carboxylic acid ester to hydrogen reduction in a solvent or without solvent, in the presence of a catalyst selected from the group of catalysts consisting of: (i) a catalyst represented by the following formula: [Ru 2 (μ-X 1) 3 (Phos) 2]X 2 wherein X 1 represents a halogen atom; X 2 represents a counter anion; and Phos represents a phosphine compound represented by the following formula: wherein R 1 represents a spacer; R 2, R 3, R 4, R 5, R 6 and R 7 each independently represent a hydrogen atom, or an alkyl group having 1 to 12 carbon atoms, an aryl group or a heterocyclic group; and R 8, R 9, R 10, R 11, R 12 and R 13 each independently represent an alkyl group having 1 to 12 carbon atoms, an aryl group or a heterocyclic group; (ii) a catalyst represented by the following formula: [Ru(Phos) (L 1) (L 2) (L 3)](X 3) 2 wherein L 1, L 2 and L 3, which may be present singly or linked together, each represent a neutral ligand or a coordinating solvent; X 3 represents a counter anion; and Phos represents the phosphine compound represented by the formula; (iii) a catalyst represented by the following formula: [RuH(BH 4)(Phos)] wherein Phos represents the phosphine compound represented by the formula; and (iv) a catalyst represented by the following formula: [Ru (OAc)(Phos)] wherein Ac represents an acetyl group; and Phos represents the phosphine compound represented by the formula. (i) a catalyst represented by the following formula: [Ru 2 (μ-X 1) 3 (Phos) 2]X 2 wherein X 1 represents a halogen atom; X 2 represents a counter anion; and Phos represents a phosphine compound represented by the following formula: wherein R 1 represents a spacer; R 2, R 3, R 4, R 5, R 6 and R 7 each independently represent a hydrogen atom, or an alkyl group having 1 to 12 carbon atoms, an aryl group or a heterocyclic group; and R 8, R 9, R 10, R 11, R 12 and R 13 each independently represent an alkyl group having 1 to 12 carbon atoms, an aryl group or a heterocyclic group; (ii) a catalyst represented by the following formula: [Ru(Phos) (L 1) (L 2) (L 3)](X 3) 2 wherein L 1, L 2 and L 3, which may be present singly or linked together, each represent a neutral ligand or a coordinating solvent; X 3 represents a counter anion; and Phos represents the phosphine compound represented by the formula; (iii) a catalyst represented by the following formula: [RuH(BH 4)(Phos)] wherein Phos represents the phosphine compound represented by the formula; and (iv) a catalyst represented by the following formula: [Ru (OAc)(Phos)] wherein Ac represents an acetyl group; and Phos represents the phosphine compound represented by the formula.
A covering device, in particular for covering the lips and labial angles and for holding the lips, cheeks and labial angles away from the rows of teeth in the mouth of a patient, comprising an elastic lip clamping element (110, 210, 310), at least one elastic vestibular clamping element (120, 220, 320) and a film (130, 230, 330) connecting the clamping elements, wherein the clamping elements are arranged along two opposite end regions of the film, wherein the clamping elements (110, 210, 310; 120, 220, 320) are elastically deformable and span the film (130, 230, 330) in a relaxed state, in particular in the shape of a ring or the shape of a tube, characterized in that the vestibular clamping element (120, 220, 320) comprises four bulges or bulging corners (512, 514, 516, 518) which project convexly towards the outside compared to a pointed oval or an oval, and in that the shape of the vestibular clamping element is incongruent or geometrically dissimilar compared to the pointed oval or oval.
Ajoint structure comprising: - a first member comprising a projection having a distal end and a base end, the distal end being thicker than the base end; and - a second member made of a material different from a material of the first member and having a fitting groove into which the projection is to be inserted, wherein the projection includes, on a surface thereof, an inclined surface (114d, 114e) extending from the distal end to the base end and inclined with respect to a facing direction in which the first member and the second member face each other, wherein the projection includes at least a plurality of fiber-containing layers each of which has a section in which a fiber extends along the inclined surface (114d, 114e), and wherein the distal end of the projection comprises an end face extending perpendicular to the facing direction, characterised in that the fiber-containing layers constituting the projection comprise a section extending along the end face. - a first member comprising a projection having a distal end and a base end, the distal end being thicker than the base end; and - a second member made of a material different from a material of the first member and having a fitting groove into which the projection is to be inserted, wherein the projection includes, on a surface thereof, an inclined surface (114d, 114e) extending from the distal end to the base end and inclined with respect to a facing direction in which the first member and the second member face each other, wherein the projection includes at least a plurality of fiber-containing layers each of which has a section in which a fiber extends along the inclined surface (114d, 114e), and wherein the distal end of the projection comprises an end face extending perpendicular to the facing direction, characterised in that the fiber-containing layers constituting the projection comprise a section extending along the end face.
A rotary disc saw comprising a carrier disc having a pair of major surfaces and a shaft accommodating bore extending therethrough from one of the major surfaces to the other one of the major surfaces, the carrier disc terminating adjacent its outer periphery in one or more cutting elements, a noise damping disc (15, 41) having a pair of major surfaces, and a shaft accommodating bore extending therethrough from one of the major surfaces of the noise damping disc (15, 41) to the other one of the major surfaces thereof, the noise damping disc (15, 41) being attached to one of the major surfaces of the carrier disc and being coaxial with the carrier disc, characterised in that the noise damping disc (15, 41) is of maximum diameter not greater than 60% of the diameter of the outer periphery of the carrier disc, and is attached to the carrier disc by a layer of a resilient adhesive located between adjacent ones of the major surfaces (5, 16) of the carrier disc and the noise damping disc (15, 41) and extending continuously over substantially the entire adjacent major surface of the noise damping disc (15, 41). a carrier disc having a pair of major surfaces and a shaft accommodating bore extending therethrough from one of the major surfaces to the other one of the major surfaces, the carrier disc terminating adjacent its outer periphery in one or more cutting elements, a noise damping disc (15, 41) having a pair of major surfaces, and a shaft accommodating bore extending therethrough from one of the major surfaces of the noise damping disc (15, 41) to the other one of the major surfaces thereof, the noise damping disc (15, 41) being attached to one of the major surfaces of the carrier disc and being coaxial with the carrier disc, characterised in that the noise damping disc (15, 41) is of maximum diameter not greater than 60% of the diameter of the outer periphery of the carrier disc, and is attached to the carrier disc by a layer of a resilient adhesive located between adjacent ones of the major surfaces (5, 16) of the carrier disc and the noise damping disc (15, 41) and extending continuously over substantially the entire adjacent major surface of the noise damping disc (15, 41).
A control circuit that controls a permanent magnet synchronous motor used in driving the drum in washing machines comprising a converter that converts AC mains voltage to DC voltage, a three-phase inverter that inverts the direct current received from the converter to three phase current (la, Ib, Ic), a speed and position estimator that detects the data relating to position and speed of rotor during start up and operation of the motor and a microcontroller that provides control of the motor by sending sinusoidal switching signals to the three-phase inverter with the signals received from the speed and position estimator, characterized in that the microcontroller - operates the motor during the washing program by implementing, more than one cycle (P1, P2,...) formed of start periods (T-st1, Tsf2,...) and steady state periods (T-ss1, T-ss2,...) after each start period (T-st1, Tst2,...) wherein the motor operates at constant speed, - provides current to be applied to the motor with the magnitude to provide start up in maximum load condition in the first start period (T-st1) of the first cycle, - monitors and measures the currents that change in value depending on the load in the drum driven by the motor in the first steady state period (T-ss1) after the first start period (T-st1) wherein the motor operates at constant speed and - provides current to be applied to the motor in the start period (T-st2) of the second cycle that is equal or close in value to the currents measured in the first steady state period (T-ss1). - operates the motor during the washing program by implementing, more than one cycle (P1, P2,...) formed of start periods (T-st1, Tsf2,...) and steady state periods (T-ss1, T-ss2,...) after each start period (T-st1, Tst2,...) wherein the motor operates at constant speed, - provides current to be applied to the motor with the magnitude to provide start up in maximum load condition in the first start period (T-st1) of the first cycle, - monitors and measures the currents that change in value depending on the load in the drum driven by the motor in the first steady state period (T-ss1) after the first start period (T-st1) wherein the motor operates at constant speed and - provides current to be applied to the motor in the start period (T-st2) of the second cycle that is equal or close in value to the currents measured in the first steady state period (T-ss1).
A window box holder for window frames, by means of which window boxes and decorative elements, e.g. plant troughs, plant pots or the like, can be fixed and secured to prevent them from falling, wherein the window box holder has a hook holding profile which can be brought into engagement with a window frame profile, and at least one holding member which can be fixedly connected to the hook holding profile of the window box holder and by means of which at least one window box or decorative element can be held, characterized in that the window box holder has a receiving part which is arranged between the hook holding profile and the holding member of the window box holder and by means of which a lower end portion of a roller blind belonging to a window frame can be closed, and that at least two holding brackets are provided which are arranged on both end portions of the hook holding profile.
RELIEF MODULE comprising a tubular body for allowing the passage of bulk material, at least one lateral opening in the tubular body, a window to cover the respective lateral opening, characterized in that the window is operated in a closed position which prevents the bulk material from exiting through the lateral opening or in an open position allowing the bulk material to exit through the lateral opening, the window having at least a portion made of filtering material which allows the air to pass through and retain solid particles, when the window is in the closed position. a tubular body for allowing the passage of bulk material, at least one lateral opening in the tubular body, a window to cover the respective lateral opening, characterized in that the window is operated in a closed position which prevents the bulk material from exiting through the lateral opening or in an open position allowing the bulk material to exit through the lateral opening, the window having at least a portion made of filtering material which allows the air to pass through and retain solid particles, when the window is in the closed position.
An exhaust system of an internal combustion engine, - with an oxidation catalytic converter, - with a particle filter, - with an injector for injecting a reduction agent, - with a static mixer-evaporator, - with an SCR catalytic converter, - with a housing, which comprises a centrally arranged inner channel, an annular channel concentrically arranged about the inner channel, an eccentrically arranged outer channel, a first deflection chamber connecting the outer channel to the annular channel and a second deflection chamber connecting the inner channel to the annular channel, - wherein the oxidation catalytic converter is arranged upstream of the particle filter and upstream of the SCR catalytic converter, - wherein the injector is arranged upstream of the mixer-evaporator, and the mixer-evaporator is arranged upstream of the SCR catalytic converter, - wherein the mixer-evaporator is arranged in the inner channel, - wherein the oxidation catalytic converter is configured annularly and is arranged in the annular channel, - wherein the injector injects the reducing agent into the second deflection chamber, - wherein the particle filter is arranged in the inner channel, characterized in, - that the mixer-evaporator is arranged upstream of the particle filter, - that the SCR catalytic converter is arranged in the inner channel downstream of the mixer-evaporator. - with an oxidation catalytic converter, - with a particle filter, - with an injector for injecting a reduction agent, - with a static mixer-evaporator, - with an SCR catalytic converter, - with a housing, which comprises a centrally arranged inner channel, an annular channel concentrically arranged about the inner channel, an eccentrically arranged outer channel, a first deflection chamber connecting the outer channel to the annular channel and a second deflection chamber connecting the inner channel to the annular channel, - wherein the oxidation catalytic converter is arranged upstream of the particle filter and upstream of the SCR catalytic converter, - wherein the injector is arranged upstream of the mixer-evaporator, and the mixer-evaporator is arranged upstream of the SCR catalytic converter, - wherein the mixer-evaporator is arranged in the inner channel, - wherein the oxidation catalytic converter is configured annularly and is arranged in the annular channel, - wherein the injector injects the reducing agent into the second deflection chamber, - wherein the particle filter is arranged in the inner channel, - that the mixer-evaporator is arranged upstream of the particle filter, - that the SCR catalytic converter is arranged in the inner channel downstream of the mixer-evaporator.
A rotor rotation control system (1, 11) for a wind turbine, comprising: a rotation unit (104, 104a, 104b, 104c, 104d, 104e), configured to drive a rotor of the wind turbine to rotate relative to an engine base of the wind turbine; a driving unit (23, 103a, 103b, 103c, 103d, 103e), configured to drive the rotation unit (104, 104a, 104b, 104c, 104d, 104e); characterized by a processor (102, 22, 41), configured to determine a bending moment load switching position on a rotating shaft of the rotor, and output an adjustment instruction to the driving unit (23, 103a, 103b, 103c, 103d, 103e) based on the bending moment load switching position, wherein, the driving unit (23, 103a, 103b, 103c, 103d, 103e) is configured to receive the adjustment instruction from the processor (102, 22, 41) and adjust an operation state of the rotation unit (104, 104a, 104b, 104c, 104d, 104e) in response to the adjustment instruction to balance a bending moment load change at the bending moment load switching position. a rotation unit (104, 104a, 104b, 104c, 104d, 104e), configured to drive a rotor of the wind turbine to rotate relative to an engine base of the wind turbine; a driving unit (23, 103a, 103b, 103c, 103d, 103e), configured to drive the rotation unit (104, 104a, 104b, 104c, 104d, 104e); characterized by a processor (102, 22, 41), configured to determine a bending moment load switching position on a rotating shaft of the rotor, and output an adjustment instruction to the driving unit (23, 103a, 103b, 103c, 103d, 103e) based on the bending moment load switching position, wherein, the driving unit (23, 103a, 103b, 103c, 103d, 103e) is configured to receive the adjustment instruction from the processor (102, 22, 41) and adjust an operation state of the rotation unit (104, 104a, 104b, 104c, 104d, 104e) in response to the adjustment instruction to balance a bending moment load change at the bending moment load switching position.
A form-retaining pad for use in a coffee-maker for preparing 1 or 2 cups of beverage, provided with an envelope (2A, 2B) with an inner space which is filled with a beverage preparation product for preparing the beverage, wherein the beverage preparation product comprises a product to be extracted with a fluid and/or a product soluble in a fluid, wherein the envelope (2A, 2B) is formed by a first disc-shaped sheet and a second disc-shaped sheet which are interconnected adjacent their longitudinal edges, wherein the interconnected parts of the first sheet and the second sheet form a sealing seam and wherein the first sheet and the second sheet each form a filter which can pass a fluid and which forms a barrier to the beverage preparation product, wherein, in use, with the coffee-maker a fluid such as water is supplied, under pressure, to the pad so that the fluid is pressed through the pad for obtaining the beverage which thereupon leaves the pad, characterized in that at least one of the first sheet and the second sheet is having at least one sheet portion comprising a coated enforcement layer of a binder material in such a way that it provides at least locally a reinforced area for providing a form-retaining design to the respective sheet, wherein the enforcement layer is applied to the sheet portion by spraying or a similar solution discharging method and/or is printed and especially ink-jetted to the sheet portion.
A double walled intra-luminal anchor for placement at a junction where at least two lateral lumens meet a primary lumen, comprising in combination: an inner wall surrounding and defining a primary fluid conduit extending through the anchor between an upper end and a lower end to provide fluid flow through the primary fluid conduit; an outer wall outboard from an exterior of said inner wall; and at least one void between the inner wall and the outer wall adapted to contain and be filled with fixation media; wherein the outer and inner walls (20, 30) have a contour generally defining at least two arms (15, 16, 18), each arm surrounding and defining at least one lateral fluid conduit extending laterally from the primary fluid conduit from between the upper and lower end and extending away from the primary fluid conduit, and wherein the at least one void surrounds the primary fluid conduit and extends into each of the at least two arms and surrounds each respective lateral fluid conduit and is adapted such that filling the at least one void with the fixation media, when the anchor is positioned at the junction with the respective conduits within the corresponding lumens, allows the outer wall to expand away from the inner wall until the outer wall comes into contact with a luminal wall so as to fill a space between the outer wall and the luminal wall at the junction where the primary lumen meets the at least two lateral lumens. an inner wall surrounding and defining a primary fluid conduit extending through the anchor between an upper end and a lower end to provide fluid flow through the primary fluid conduit; an outer wall outboard from an exterior of said inner wall; and at least one void between the inner wall and the outer wall adapted to contain and be filled with fixation media; wherein the outer and inner walls (20, 30) have a contour generally defining at least two arms (15, 16, 18), each arm surrounding and defining at least one lateral fluid conduit extending laterally from the primary fluid conduit from between the upper and lower end and extending away from the primary fluid conduit, and wherein the at least one void surrounds the primary fluid conduit and extends into each of the at least two arms and surrounds each respective lateral fluid conduit and is adapted such that filling the at least one void with the fixation media, when the anchor is positioned at the junction with the respective conduits within the corresponding lumens, allows the outer wall to expand away from the inner wall until the outer wall comes into contact with a luminal wall so as to fill a space between the outer wall and the luminal wall at the junction where the primary lumen meets the at least two lateral lumens.
A pharmaceutical composition for use in treating a depressive episode and a manic episode of bipolar disorder or for diminishing, inhibiting or eliminating manic and depressive symptoms in a mammal suffering from bipolar disorder comprising a therapeutically effective amount of -(beta-amino-benzenepropyl) carbamate or a pharmaceutically acceptable salt thereof, wherein said compound is the enantiomer substantially free of other enantiomers or an enantiomeric mixture where the enantiomer predominates.