mhurhangee/ep-ind-claims huggingface dataset:
A redundant computing system which can execute the same computation using a first computing device and second computing device, comprises: a first power supply circuit which is adapted to supply a power source to a first computing device via a first switch; a second power supply circuit which is adapted to supply a power source to a second computing device via a second switch; a first voltage anomaly detection circuit which is adapted to detect that the power supply voltage of the first power supply circuit is out of the range of an allowable power supply voltage of the first computing device, and is adapted to output a voltage anomaly detection signal; and a second voltage anomaly detection circuit which is adapted to detect that the power supply voltage of the second power supply circuit is out of the range of an allowable power supply voltage of the second computing device, and is adapted to output a voltage anomaly detection signal, the system being characterized in that the first computing device is adapted to shut off the second switch based on the voltage anomaly detection signal output from the second voltage anomaly detection circuit, and the second computing device is adapted to shut off the first switch based on the voltage anomaly detection signal output from the first voltage anomaly detection circuit. a first power supply circuit which is adapted to supply a power source to a first computing device via a first switch; a second power supply circuit which is adapted to supply a power source to a second computing device via a second switch; a first voltage anomaly detection circuit which is adapted to detect that the power supply voltage of the first power supply circuit is out of the range of an allowable power supply voltage of the first computing device, and is adapted to output a voltage anomaly detection signal; and a second voltage anomaly detection circuit which is adapted to detect that the power supply voltage of the second power supply circuit is out of the range of an allowable power supply voltage of the second computing device, and is adapted to output a voltage anomaly detection signal, the system being characterized in that the first computing device is adapted to shut off the second switch based on the voltage anomaly detection signal output from the second voltage anomaly detection circuit, and the second computing device is adapted to shut off the first switch based on the voltage anomaly detection signal output from the first voltage anomaly detection circuit.
A susceptor heating element for use with an aerosol-generating device for heating an aerosol-forming substrate when received in the device, the device comprising an induction coil configured to generate an alternating magnetic field when an alternating current is provided to the coil, characterized in that the susceptor heating element is formed from a shape-memory material.
A method for adapting a digital lighting setpoint intended to be projected by a digital lighting unit of a motor vehicle, comprising a matrix light source and an optical system, characterized in that the method comprises a step of applying, by way of a computing unit, digital filtering to the digital setpoint before relaying the filtered digital setpoint (F) to the lighting unit, said digital filtering anticipating geometric aberrations induced by said optical system during the projection P of a digital setpoint, characterized in that the said filtering comprises applying a dedicated digital filter for each of the elementary light setpoints, said dedicated digital filter anticipating the geometric aberrations induced by said optical system on the projected pixels that form part of a spatial neighborhood of the projected pixel P corresponding to said elementary light setpoint.
A metal-insulator transition device self-heating preventive-circuit comprising: a MIT device that generates an abrupt MIT at a temperature equal to or greater than a critical temperature and is connected to a current driving device to control the flow of current in the current driving device; a transistor (200, 400) that is connected to the MIT device to control the self-heating of the MIT device after generating the MIT in the MIT device; and a resistor connected to the MIT device and the transistor, wherein the transistor is a bipolar transistor, the MIT device is connected between a base electrode and a collector electrode of the bipolar transistor, and the resistor is connected between the base electrode and an emitter electrode of the bipolar transistor, or wherein the transistor is a Metal-Oxide-Semiconductor transistor, the MIT device is connected between a gate electrode and a drain electrode of the MOS transistor, and the resistor is connected between the gate electrode and a source electrode of the MOS transistor.
A fine-particle sampling device that samples fine particles in a liquid, the fine-particle sampling device comprising: a first electrode having a tubular shape and whose both ends in an axial direction thereof are open; a second electrode extending in the axial direction of the first electrode and disposed in an inside of the first electrode to be spaced from an inner surface of the first electrode; a supplier that supplies a liquid to the inside of the first electrode and causes the liquid to be stored at a portion of the inner surface in a direction around an axis of the first electrode; a voltage applicator that applies a voltage between the first electrode and the second electrode; a driver that rotates the first electrode around a rotational axis extending in the axial direction of the first electrode and passing through the inside of the first electrode; and a retriever that retrieves the stored liquid. a first electrode having a tubular shape and whose both ends in an axial direction thereof are open; a second electrode extending in the axial direction of the first electrode and disposed in an inside of the first electrode to be spaced from an inner surface of the first electrode; a supplier that supplies a liquid to the inside of the first electrode and causes the liquid to be stored at a portion of the inner surface in a direction around an axis of the first electrode; a voltage applicator that applies a voltage between the first electrode and the second electrode; a driver that rotates the first electrode around a rotational axis extending in the axial direction of the first electrode and passing through the inside of the first electrode; and a retriever that retrieves the stored liquid.
An implantable sealing device for closing an aperture in a vessel sidewall in a subject, comprising: an annular puncture frame comprising a longitudinal axis, a plurality of proximal fingers coupled to a proximal end of the frame, and a plurality of distal fingers coupled to a distal end of the frame; wherein the proximal and distal fingers (52, 54) extend radially outward from the longitudinal axis when the annular frame is in a non-constrained state; and the distal fingers can be moved to a constrained state pointing in a substantially axial direction for insertion through the aperture in the vessel sidewall and can self-extend to the non-constrained state, thereby pinching the vessel sidewall between the proximal and distal fingers (52, 54); and a tubular sealing member comprising a distal end coupled to the puncture frame, the tubular sealing member comprising an open state that allows access to a lumen of the vessel via the aperture; wherein the tubular sealing member can be moved to a sealed state to close the aperture in the vessel sidewall, characterized in that a proximal end of the tubular sealing member is coupled to a twisting frame, and wherein the twisting frame can be angularly rotated to twist the tubular sealing member to the sealed state to close the aperture in the vessel sidewall. an annular puncture frame comprising a longitudinal axis, a plurality of proximal fingers coupled to a proximal end of the frame, and a plurality of distal fingers coupled to a distal end of the frame; wherein the proximal and distal fingers (52, 54) extend radially outward from the longitudinal axis when the annular frame is in a non-constrained state; and the distal fingers can be moved to a constrained state pointing in a substantially axial direction for insertion through the aperture in the vessel sidewall and can self-extend to the non-constrained state, thereby pinching the vessel sidewall between the proximal and distal fingers (52, 54); and a tubular sealing member comprising a distal end coupled to the puncture frame, the tubular sealing member comprising an open state that allows access to a lumen of the vessel via the aperture; wherein the tubular sealing member can be moved to a sealed state to close the aperture in the vessel sidewall, characterized in that a proximal end of the tubular sealing member is coupled to a twisting frame, and wherein the twisting frame can be angularly rotated to twist the tubular sealing member to the sealed state to close the aperture in the vessel sidewall.
A solvent consisting essentially of: a first component consisting of a sulfoxide; a second component consisting of a glycol ether; and a third component consisting of at least one of N-formyl morpholine, N,N-dimethyl propionamide, 3-methoxy-N,N-dimethyl propanamide, triethyl phosphate, N,N-dimethyl acetamide; N,N-diethyl acetamide, N,N-diethyl propionamide, N-methyl acetamide, N-methyl propionamide, N-ethyl acetamide, and N-ethyl propionamide. a first component consisting of a sulfoxide; a second component consisting of a glycol ether; and a third component consisting of at least one of N-formyl morpholine, N,N-dimethyl propionamide, 3-methoxy-N,N-dimethyl propanamide, triethyl phosphate, N,N-dimethyl acetamide; N,N-diethyl acetamide, N,N-diethyl propionamide, N-methyl acetamide, N-methyl propionamide, N-ethyl acetamide, and N-ethyl propionamide.
A method of manufacturing an energy storage apparatus which includes a plurality of energy storage devices each provided with a positive electrode terminal and a negative electrode terminal having terminal height measuring portions respectively which differ in a surface shape, the method comprising: measuring a height of the terminal height measuring portion of the positive electrode terminal and a height of the terminal height measuring portion of the negative electrode terminal; and comparing the measured height of the positive electrode terminal and the measured height of the negative electrode terminal with a reference value. measuring a height of the terminal height measuring portion of the positive electrode terminal and a height of the terminal height measuring portion of the negative electrode terminal; and comparing the measured height of the positive electrode terminal and the measured height of the negative electrode terminal with a reference value.
Generator comprising a rotor and a stator, - whereby the generator is an radial flux electrical machine, - whereby an outer part of the generator is the stator or the rotor, - whereby the outer part of the generator comprises a support structure, - whereby the support structure is modular and the modules are arranged in rows (9, 10, 11), - whereby the modules are arranged in a staggered manner, so that a module in a first row of modules is connected to two modules of a second row abutting on the first row, characterized in that the modules comprise holes, so that two modules are connected by bolts, - whereby first holes of the module are arranged close to the upper end of the module, where the module is abutting on the modules of a first neighboring row, and second holes of the module are arranged close to the lower end of the module, where the module is abutting on the modules of a second neighboring row. - whereby the generator is an radial flux electrical machine, - whereby an outer part of the generator is the stator or the rotor, - whereby the outer part of the generator comprises a support structure, - whereby the support structure is modular and the modules are arranged in rows (9, 10, 11), - whereby the modules are arranged in a staggered manner, so that a module in a first row of modules is connected to two modules of a second row abutting on the first row, characterized in that the modules comprise holes, so that two modules are connected by bolts, - whereby first holes of the module are arranged close to the upper end of the module, where the module is abutting on the modules of a first neighboring row, and second holes of the module are arranged close to the lower end of the module, where the module is abutting on the modules of a second neighboring row.
A driver interface system (100; 200; 400; 600; 800) comprising: a steering wheel assembly (102; 202; 402; 602; 702; 802) comprising a variable-function input device (112; 114; 212; 214; 418; 518), said variable-function input device having a plurality of assignable functions and a present function being one of said plurality of assignable functions; a display (122; 222; 322; 422; 622; 722; 822) configured to display an image corresponding to said present function of said variable-function input device, characterized in that said driver interface system automatically adjusts to a user based on a user height estimation and / or a user eye tracking input such that the display (122; 222; 322; 422; 622; 722; 822) is not obscured from said user's view by the steering wheel assembly. a steering wheel assembly (102; 202; 402; 602; 702; 802) comprising a variable-function input device (112; 114; 212; 214; 418; 518), said variable-function input device having a plurality of assignable functions and a present function being one of said plurality of assignable functions; a display (122; 222; 322; 422; 622; 722; 822) configured to display an image corresponding to said present function of said variable-function input device, characterized in that said driver interface system automatically adjusts to a user based on a user height estimation and / or a user eye tracking input such that the display (122; 222; 322; 422; 622; 722; 822) is not obscured from said user's view by the steering wheel assembly.
A finished uncut spectacle lens with - a curved front surface including an optical bowl with a convex curvature; and - a peripheral lentic zone surrounding the optical bowl,; wherein - the curvature of the curved front surface in the peripheral lentic zone deviates from the convex curvature of the optical bowl, - the finished uncut spectacle lens has a concavely curved back surface which is spherical, aspherical, toric, atoric, or has a freeform having no symmetry, and includes an concave effective curvature which provides, together with the convex curvature of the optical bowl, a prescribed optical correction, and the effective curvature has a radius of curvature that is smaller than the radius of curvature of the front surface in the peripheral lentic zone, characterized in that the radius of curvature of the front surface in the peripheral lentic zone is an infinite radius, and the concavely curved back surface is also present in the in the peripheral lentic zone. - a curved front surface including an optical bowl with a convex curvature; and - a peripheral lentic zone surrounding the optical bowl,; wherein - the curvature of the curved front surface in the peripheral lentic zone deviates from the convex curvature of the optical bowl, - the finished uncut spectacle lens has a concavely curved back surface which is spherical, aspherical, toric, atoric, or has a freeform having no symmetry, and includes an concave effective curvature which provides, together with the convex curvature of the optical bowl, a prescribed optical correction, and the effective curvature has a radius of curvature that is smaller than the radius of curvature of the front surface in the peripheral lentic zone,
Nuclear reactor including a primary duct for continuous insertion and discharge of liquid fuel into and out of a core volume in a core vessel, wherein said primary duct enters the core vessel via an inlet, is lead through the core volume and leaves the core vessel in which the chain reaction can take place critically or sub-critically via an outlet and a secondary duct for a liquid coolant arranged in such a way, that the coolant from the secondary duct enters the aforementioned core vessel via an inlet, passing and bathing the primary duct and leaving the core vessel via an outlet.
A computer enabled method for controlling distribution of encrypted media content to a player from a source, the player being associated with a host device, the method comprising the acts of: the player exchanging authentication data with the host device; the host device sending a request for a token to the source, wherein the request includes a global universal identifier of the source and of the player, and additional authentication information pertaining to the global universal identifiers; the host device receiving, from the source, a token generated by the source in response to the source receiving the request for the token from the host; the player receiving the token generated by the source, via the host device, wherein the token is encrypted with a key related to the player; sending identification data from the player to the source, the data including the token generated by the source and the global universal identifier of the player; and accessing at the player, in response to the source having been sent the token from the player, at least one key received from the source relating to decryption of the media content to be distributed; receiving the encrypted media content at the player; and; decrypting the encrypted media content using the key. the player exchanging authentication data with the host device; the host device sending a request for a token to the source, wherein the request includes a global universal identifier of the source and of the player, and additional authentication information pertaining to the global universal identifiers; the host device receiving, from the source, a token generated by the source in response to the source receiving the request for the token from the host; the player receiving the token generated by the source, via the host device, wherein the token is encrypted with a key related to the player; sending identification data from the player to the source, the data including the token generated by the source and the global universal identifier of the player; and accessing at the player, in response to the source having been sent the token from the player, at least one key received from the source relating to decryption of the media content to be distributed; receiving the encrypted media content at the player; and; decrypting the encrypted media content using the key.
An apparatus for applying at least one cyclical load to an elongate specimen having an aerofoil cross section, comprising: - at least two reciprocating mass means each comprising a mass and an actuator, wherein the actuator is operatively associated with the mass to move the mass along a linear displacement path; - mounting means for mounting each actuator to a specimen; and - a control system operatively associated with each actuator, the control system operating each actuator to reciprocate its corresponding mass along its respective linear displacement path; wherein the reciprocating mass means are spaced apart and separately mounted eitherside of a longitudinal axis of the specimen and perpendicular to said longitudinal axis such that the actuators move their corresponding masses on separate, and substantially parallel, linear displacement paths. - at least two reciprocating mass means each comprising a mass and an actuator, wherein the actuator is operatively associated with the mass to move the mass along a linear displacement path; - mounting means for mounting each actuator to a specimen; and - a control system operatively associated with each actuator, the control system operating each actuator to reciprocate its corresponding mass along its respective linear displacement path; wherein the reciprocating mass means are spaced apart and separately mounted eitherside of a longitudinal axis of the specimen and perpendicular to said longitudinal axis such that the actuators move their corresponding masses on separate, and substantially parallel, linear displacement paths.
A pressure bulkhead comprising: a dome-shaped bulkhead wall having a radially inner disk and a radially outer compression ring, the outer compression ring being reinforced to balance meridional and hoop stresses sustained by the bulkhead wall in response to a pressure differential across the pressure bulkhead; and a plurality of stiffeners attached to the bulkhead wall, the plurality of stiffeners extending in a radial direction, the direction being from the center of the pressure bulkhead toward the outer compression ring; the radially inner disk being unitary with the outer compression ring; wherein the radially inner disk has a first thickness, and the compression ring has a second thickness greater than the first thickness; and wherein the thickness of the radially inner disk tapers from an outer periphery adjacent the outer compression ring to the center of the pressure bulkhead; wherein the plurality of stiffeners includes a shorter stiffener and a longer stiffener. a dome-shaped bulkhead wall having a radially inner disk and a radially outer compression ring, the outer compression ring being reinforced to balance meridional and hoop stresses sustained by the bulkhead wall in response to a pressure differential across the pressure bulkhead; and a plurality of stiffeners attached to the bulkhead wall, the plurality of stiffeners extending in a radial direction, the direction being from the center of the pressure bulkhead toward the outer compression ring; the radially inner disk being unitary with the outer compression ring; wherein the radially inner disk has a first thickness, and the compression ring has a second thickness greater than the first thickness; and wherein the thickness of the radially inner disk tapers from an outer periphery adjacent the outer compression ring to the center of the pressure bulkhead; wherein the plurality of stiffeners includes a shorter stiffener and a longer stiffener.