mhurhangee/ep-ind-claims huggingface dataset:
A radar antenna, comprising: an antenna unit provided with dielectric bodies in a front part thereof in a radio wave radiating direction; a housing unit for supplying a radio wave to the antenna unit; and an antenna supporting unit attached between the antenna unit and the housing unit to separate the antenna unit from the housing unit; wherein the antenna supporting unit includes: a pedestal attached to the housing unit; an attaching base attached to the antenna unit; and a plurality of supporting bars (32, 33) connecting the pedestal with the attaching base; characterized in that: the antenna supporting unit is made of fiber reinforced plastic, FRP; the antenna supporting unit is built by connecting members (31, 32, 33, 34), made of FRP, with each other in an overlapped manner; and at least a part of an outermost of said supporting bars (32, 33) and an end part of the pedestal are formed by a single FRP sheet. an antenna unit provided with dielectric bodies in a front part thereof in a radio wave radiating direction; a housing unit for supplying a radio wave to the antenna unit; and an antenna supporting unit attached between the antenna unit and the housing unit to separate the antenna unit from the housing unit; wherein the antenna supporting unit includes: a pedestal attached to the housing unit; an attaching base attached to the antenna unit; and a plurality of supporting bars (32, 33) connecting the pedestal with the attaching base; a pedestal attached to the housing unit; an attaching base attached to the antenna unit; and a plurality of supporting bars (32, 33) connecting the pedestal with the attaching base; characterized in that: the antenna supporting unit is made of fiber reinforced plastic, FRP; the antenna supporting unit is built by connecting members (31, 32, 33, 34), made of FRP, with each other in an overlapped manner; and at least a part of an outermost of said supporting bars (32, 33) and an end part of the pedestal are formed by a single FRP sheet. the antenna supporting unit is made of fiber reinforced plastic, FRP; the antenna supporting unit is built by connecting members (31, 32, 33, 34), made of FRP, with each other in an overlapped manner; and at least a part of an outermost of said supporting bars (32, 33) and an end part of the pedestal are formed by a single FRP sheet.
A method of controlling the operation of a gyratory crusher, which comprises a first crushing shell mounted on a crushing head, and a second crushing shell mounted on a machine frame, a crushing gap being formed between said first and second crushing shells (4, 5), material to be crushed being fed to said crushing gap, characterized in measuring a parameter being representative of the stresses to which the crusher is exposed during the crushing of material, determining an average value of said parameter, determining a deviation value of said parameter, calculating a peak value based on said average value and said deviation value, comparing said peak value to a reference value, and controlling the operation of the crusher in view of said comparison between said peak value and said reference value.
An energy storage device for storing energy, comprising: - a high-temperature regenerator containing a solid, in particular porous, storage material, and a working gas as a heat transfer medium, for the purpose of exchanging heat between the storage material and the working gas flowing through, - a closed charging circuit for the working gas, comprising a first compressor, a first expander, a first recuperator that has a first and a second heat exchange duct (130a, 130b), the high-temperature regenerator and a preheater, wherein the first compressor is coupled to the first expander by means of a shaft, and wherein the charging circuit is realized in such a manner that, starting from the high-temperature regenerator, at least the first heat exchange duct of the recuperator, the first expander, the preheater, the second heat exchange duct of the recuperator, the first compressor, and then the high-temperature generator, are connected to each other in a fluid-conducting manner, forming a closed circuit, and - a closed discharging circuit characterized in that a switching means (400, 401) in a fluid-conducting manner connects the high-temperature regenerator either to the charging circuit or to the discharging circuit in a controllable manner, such that the high-temperature regenerator forms either a part of the charging circuit or a part of the discharging circuit, and the charging circuit, the discharging circuit and the high-temperature regenerator have the same working gas, such that the working gas comes into direct contact with the storage material, both in the charging circuit and in the discharging circuit. - a high-temperature regenerator containing a solid, in particular porous, storage material, and a working gas as a heat transfer medium, for the purpose of exchanging heat between the storage material and the working gas flowing through, - a closed charging circuit for the working gas, comprising a first compressor, a first expander, a first recuperator that has a first and a second heat exchange duct (130a, 130b), the high-temperature regenerator and a preheater, wherein the first compressor is coupled to the first expander by means of a shaft, and wherein the charging circuit is realized in such a manner that, starting from the high-temperature regenerator, at least the first heat exchange duct of the recuperator, the first expander, the preheater, the second heat exchange duct of the recuperator, the first compressor, and then the high-temperature generator, are connected to each other in a fluid-conducting manner, forming a closed circuit, and - a closed discharging circuit
An operation method of an electronic device, the electronic device comprising an illumination sensor, a camera module, a processor and a memory the method comprising: displaying content on a screen of the electronic device at a first brightness; measuring a surrounding brightness of the electronic device; if the measured surrounding brightness is not equal to or greater than a set brightness, or else if the displayed content is being scrolled, detecting movement speed of the content being scrolled, then driving the camera module to capture an image in a set direction; and if the captured image comprises a set part, analyzing a variation of the set part, wherein the set part is at least one part among a pupil of a human, eyebrows of the human, and a distance between the eyebrows, and, said variation being measured relative to a stored image of the pupil or the eyebrow, or the distance between the eyebrows of a user, respectively, if the variation of the set part is equal to or greater than a set variation, changing a brightness of the screen from the first brightness to a second brightness; and changing the brightness of the screen from the second brightness to the first brightness according to changing movement speed of content being scrolled, or else, if the variation of the set part is not equal to or greater than the set variation, the present method is terminated. displaying content on a screen of the electronic device at a first brightness; measuring a surrounding brightness of the electronic device; if the measured surrounding brightness is not equal to or greater than a set brightness, or else if the displayed content is being scrolled, detecting movement speed of the content being scrolled, then driving the camera module to capture an image in a set direction; and if the captured image comprises a set part, analyzing a variation of the set part, wherein the set part is at least one part among a pupil of a human, eyebrows of the human, and a distance between the eyebrows, and, said variation being measured relative to a stored image of the pupil or the eyebrow, or the distance between the eyebrows of a user, respectively, if the variation of the set part is equal to or greater than a set variation, changing a brightness of the screen from the first brightness to a second brightness; and changing the brightness of the screen from the second brightness to the first brightness according to changing movement speed of content being scrolled, or else, if the variation of the set part is not equal to or greater than the set variation, the present method is terminated.
A package for products packed in blister packs, which package comprises a housing, a tray-shaped slide which is slidably accommodated in the housing in a sliding direction as well as at least one blister pack stacked inside the tray-shaped slide, which tray-shaped slide comprises a bottom wall and side walls (3, 4, 5, 6) connected to the bottom wall, wherein the tray-shaped slide is provided with a pen, whilst said at least one blister pack is provided with a passage, wherein the pen of the tray-shaped slide extends through the passage of said at least one blister pack stacked inside the tray-shaped slide, characterized in that one side wall of the tray-shaped slide extending perpendicular to the sliding direction is provided with a pivotable flap, which flap extends over the pen, whilst the housing comprises a top wall, which top wall is provided with a pivotable part on a side extending perpendicular to the sliding direction, whereby in a position in which the tray-shaped slide is partly slit out of the housing in the sliding direction, the flap of the tray-shaped slide is located between the top wall and the pivotable part of the top wall of the housing, preventing the tray-shaped slide to slide fully out of the housing.
A protection device for an assembled cell including a plurality of battery modules (2A to 2D) connected in series, each of which includes a plurality of secondary batteries (3-11 to 3-45) connected in series, the protection device comprising: a plurality of protection units (5A to 5D) provided corresponding one-to-one to the battery modules (2A to 2D), each of which is configured to operate using a corresponding battery module as a power supply; and a management unit connected to the protection units (5A to 5D) in common, where each protection unit includes a discharging unit (SW and R2) which is configured to discharge the corresponding battery module; characterized in that each protection unit furthermore includes: a consumption current measuring unit configured to measure its own consumption current or consumption electric quantity to obtain measurement data; a communication unit which is configured to transmit the measurement data to the management unit and to receive setting data from the management unit; and a control unit configured to control the discharging unit based on the measurement data and the setting data so that a total of the consumption current or consumption electric quantity and a discharging current or discharging electric quantity by the discharging unit is of a constant value among the protection units. a plurality of protection units (5A to 5D) provided corresponding one-to-one to the battery modules (2A to 2D), each of which is configured to operate using a corresponding battery module as a power supply; and a management unit connected to the protection units (5A to 5D) in common, where each protection unit includes a discharging unit (SW and R2) which is configured to discharge the corresponding battery module; characterized in that each protection unit furthermore includes: a consumption current measuring unit configured to measure its own consumption current or consumption electric quantity to obtain measurement data; a communication unit which is configured to transmit the measurement data to the management unit and to receive setting data from the management unit; and a control unit configured to control the discharging unit based on the measurement data and the setting data so that a total of the consumption current or consumption electric quantity and a discharging current or discharging electric quantity by the discharging unit is of a constant value among the protection units. a consumption current measuring unit configured to measure its own consumption current or consumption electric quantity to obtain measurement data; a communication unit which is configured to transmit the measurement data to the management unit and to receive setting data from the management unit; and a control unit configured to control the discharging unit based on the measurement data and the setting data so that a total of the consumption current or consumption electric quantity and a discharging current or discharging electric quantity by the discharging unit is of a constant value among the protection units.
Battery system comprising a plurality of battery cells and at least one temperature control element, which has a thermally conductive connection to the battery cells via a temperature control surface, the temperature control element in its interior further having a temperature control channel, which is routed via an inlet on the supply-flow side and via an outlet from the temperature control element on the return-flow side, wherein a bypass is connected to the temperature control channel via a dividing node and a uniting node, and the dividing node is arranged closer to the inlet than the uniting node, characterized in that the bypass is thermally insulated from the temperature control element or heat insulated.
A gas pressure vessel comprising: a body part comprising a cylindrical part, a hemispherical dome part extended outward from an opening end of the cylindrical part, and a cylindrical neck part protruded outward from a periphery of an opening provided at a top of the dome part, the cylindrical part, the hemispherical dome part, and the cylindrical neck part being integrally formed; and a lid screwed into a female thread part formed on an inner peripheral surface of the neck part, wherein the opening of the dome part has a diameter of 90 mm or greater, and the innermost root of the thread in the female thread part is provided inside an imaginary plane formed by extending an outer surface of the dome part toward the opening. a body part comprising a cylindrical part, a hemispherical dome part extended outward from an opening end of the cylindrical part, and a cylindrical neck part protruded outward from a periphery of an opening provided at a top of the dome part, the cylindrical part, the hemispherical dome part, and the cylindrical neck part being integrally formed; and a lid screwed into a female thread part formed on an inner peripheral surface of the neck part, wherein the opening of the dome part has a diameter of 90 mm or greater, and the innermost root of the thread in the female thread part is provided inside an imaginary plane formed by extending an outer surface of the dome part toward the opening.
A heterocyclic compound comprising a structure represented by General Formula (G1-2), wherein A represents oxygen or sulfur, wherein R 2 represents an alkyl group having 1 to 4 carbon atoms or a substituted or unsubstituted aryl group having 6 to 13 carbon atoms, and wherein R 51 to R 54, R 61 to R 64, and R 71 to R 77 separately represent any of hydrogen, an alkyl group having 1 to 4 carbon atoms, and a substituted or unsubstituted aryl group having 6 to 13 carbon atoms.
A method for manufacturing a battery module, comprising: accommodating a battery cell assembly having at least one battery cell in a module case; and injecting a thermally conductive adhesive through at least one injection hole provided in a bottom portion of the module case so that the module case is coated with the thermally conductive adhesive, wherein the injection hole is provided in plural, and the plurality of injection holes are spaced apart from each other by a predetermined distance at the bottom portion of the module case; and wherein convex portions and concave portions are formed alternately at an inner surface of the bottom portion of the module case, and wherein the plurality of injection holes are provided in the convex portions. accommodating a battery cell assembly having at least one battery cell in a module case; and injecting a thermally conductive adhesive through at least one injection hole provided in a bottom portion of the module case so that the module case is coated with the thermally conductive adhesive, wherein the injection hole is provided in plural, and the plurality of injection holes are spaced apart from each other by a predetermined distance at the bottom portion of the module case; and wherein convex portions and concave portions are formed alternately at an inner surface of the bottom portion of the module case, and wherein the plurality of injection holes are provided in the convex portions.
Vehicle, in particular bicycle, having a wheel and a device for ascertaining data for determining a velocity of the vehicle, wherein the device comprises: a magnet, which is attached to the wheel and carries out a circular movement upon rotation of the wheel, a sensor unit for recording signals, caused by the circular movement of the magnet, wherein the sensor unit is fastened on a component of the vehicle past which the magnet moves in the operation, characterized in that the sensor (12, 13, 14) is configured to sample the magnetic field or the magnetic field strength change at a sampling frequency of at least 200 Hz, in that the sensor unit comprises at least two sensors (12, 13, 14) for measuring a magnetic field strength and/or a magnetic field strength change, and in that the at least two sensors (12, 13, 14) for measuring a magnetic field strength and/or a magnetic field strength change are arranged in the direction of the circular movement of the magnet in a given distance d s and adjacent to each other in such a way that the magnet is sequentially moved past the sensors during its circular motion. a magnet, which is attached to the wheel and carries out a circular movement upon rotation of the wheel, a sensor unit for recording signals, caused by the circular movement of the magnet, wherein the sensor unit is fastened on a component of the vehicle past which the magnet moves in the operation, characterized in that the sensor (12, 13, 14) is configured to sample the magnetic field or the magnetic field strength change at a sampling frequency of at least 200 Hz, in that the sensor unit comprises at least two sensors (12, 13, 14) for measuring a magnetic field strength and/or a magnetic field strength change, and in that the at least two sensors (12, 13, 14) for measuring a magnetic field strength and/or a magnetic field strength change are arranged in the direction of the circular movement of the magnet in a given distance d s and adjacent to each other in such a way that the magnet is sequentially moved past the sensors during its circular motion.
Shoe, in particular a ski boot, comprising a shell-like element (2, 3), which at least partially consists of a plastics material, the shell-like element (2, 3) having at least one portion in which reinforcing fibres are provided, characterised in that the reinforcing fibres are combined in a flexible, film-like, substantially planar fibre structure before the shell-like element (2, 3) is formed, and the film-like fibre structure is back-moulded from the plastics material to form a three-dimensionally shaped, shell-like element (2, 3) which is fibre-reinforced in portions, the fibre structure and the plastics material of the shell-like element (2, 3) being thermoformable between 50°C and 130°C.
A method of improving localization of a mobile device (1, 51, 70), including the step of determining a location of a mobile device for use in a first communication network and a second communication network, and in communication with a cellular base station in the second communication network, the method comprising: - obtaining a list of records of communication units within the first and second communication network that are located within a predetermined geographical area, a communication unit record comprising information representative of an identity of the respective communication unit, information representative of a position of the respective communication unit, the communication unit record further comprises an indication of reliability of information representative of the position of the respective communication unit; and the method further comprises the steps of: - detecting communication units within the first and second communication network with said mobile device, wherein a communication unit is one of a cellular base station or an access point; - calculating the location of the mobile device based on the information representative of the position of the detected communication units, the indication of the reliability of information representative of the position of the detected communication units, as well as an indication of accuracy of data representative of the position of the detected communication units, the indication of accuracy of data comprising a radio technology component and a position component, the position component being representative for the type of coordinates used to identify the positions of the detected communication units. - obtaining a list of records of communication units within the first and second communication network that are located within a predetermined geographical area, a communication unit record comprising information representative of an identity of the respective communication unit, information representative of a position of the respective communication unit, the communication unit record further comprises an indication of reliability of information representative of the position of the respective communication unit; - detecting communication units within the first and second communication network with said mobile device, wherein a communication unit is one of a cellular base station or an access point; - calculating the location of the mobile device based on the information representative of the position of the detected communication units, the indication of the reliability of information representative of the position of the detected communication units, as well as an indication of accuracy of data representative of the position of the detected communication units, the indication of accuracy of data comprising a radio technology component and a position component, the position component being representative for the type of coordinates used to identify the positions of the detected communication units.