mhurhangee/ep-ind-claims huggingface dataset:
A door handle comprising a casing inside which an accommodation space is provided; and a lamp unit disposed in the accommodation space, wherein the lamp unit includes a light emission element, a circuit board on which the light emission element is mounted, and a combination member including a housing and a light guiding lens; the housing supports the circuit board, and the light guiding lens guides light emitted from the light emission element in a predetermined direction; characterized in that a connection wire that supplies driving current to at least the light emission element is connected to the circuit board, and a portion of the connection wire is wound around a portion of the combination member.
An indirect firing fastening tool, comprising driving and propelling means for a fastener to be laid into a support, such driving means comprising two inertial flywheels which are mounted rotationally mobile in opposite directions around two substantially parallel axes, characterized in that the inertial flywheels define between them an engagement space for a fastener and are configured to directly cooperate with the fastener or with a propelling member supported by the latter, so that a rotation of the driving means directly causes the translational driving and the propulsion of the fastener.
A receiver, wherein the receiver comprises an attenuation circuit, a low-noise amplification circuit, an orthogonal down-frequency conversion circuit, and a control circuit (14, 309), an output end of the attenuation circuit is coupled to an input end of the low-noise amplification circuit, an output end of the low-noise amplification circuit is coupled to an input end of the orthogonal down-frequency conversion circuit, and the control circuit (14, 309) is separately coupled to the low noise amplification circuit and the attenuation circuit, wherein the attenuation circuit is configured to receive an input signal, and obtain a first signal according to the input signal, wherein the first signal is the input signal or an attenuated signal obtained after the input signal is attenuated; the low-noise amplification circuit is configured to receive the first signal, and obtain a second signal according to the first signal, wherein the second signal is the first signal or an amplified signal obtained after low-noise amplification processing is performed on the first signal; the orthogonal down-frequency conversion circuit is configured to receive the second signal, and process the second signal to obtain an output signal, wherein the orthogonal down-frequency conversion circuit comprises two low-pass filters, LPFs (106, 107, 206, 207, 307, 308) and two demodulators (102, 103, 202, 203, 303, 304), and wherein output ends of the two demodulators are coupled to input ends of the two LPFs (106, 107, 206, 207, 307, 308) respectively; and the control circuit (14, 309) is configured to separately control the attenuation circuit and the low-noise amplification circuit. the attenuation circuit is configured to receive an input signal, and obtain a first signal according to the input signal, wherein the first signal is the input signal or an attenuated signal obtained after the input signal is attenuated; the low-noise amplification circuit is configured to receive the first signal, and obtain a second signal according to the first signal, wherein the second signal is the first signal or an amplified signal obtained after low-noise amplification processing is performed on the first signal; the orthogonal down-frequency conversion circuit is configured to receive the second signal, and process the second signal to obtain an output signal, wherein the orthogonal down-frequency conversion circuit comprises two low-pass filters, LPFs (106, 107, 206, 207, 307, 308) and two demodulators (102, 103, 202, 203, 303, 304), and wherein output ends of the two demodulators are coupled to input ends of the two LPFs (106, 107, 206, 207, 307, 308) respectively; and the control circuit (14, 309) is configured to separately control the attenuation circuit and the low-noise amplification circuit.
Method for processing at least one sequence of fault messages occurring in an aeronautical device comprising numerous on-board systems and at least one on-board computer, making it possible to distinguish between fault messages originating from an actual failure of one of the on-board systems and fault messages without an actual fault generated by one of the on-board systems, said method having the following steps: - constructing a knowledge model able to be used by the on-board computer before the first in-flight use, - executing, in flight and in real time, an on-board method for recording data from fault messages, forming sequences stored in a fault database of said on-board computer, and assisting in the immediate diagnosis using a diagnostic tool in order to determine, from among the fault messages, those which originate from an actual failure, - and implementing, by way of a ground computer, a ground method for analysing a posteriori fault sequence data from the fault database, said ground method including a step of improving the diagnostic tool used in the on-board method for a subsequent in-flight use of said tool. - constructing a knowledge model able to be used by the on-board computer before the first in-flight use, - executing, in flight and in real time, an on-board method for recording data from fault messages, forming sequences stored in a fault database of said on-board computer, and assisting in the immediate diagnosis using a diagnostic tool in order to determine, from among the fault messages, those which originate from an actual failure, - and implementing, by way of a ground computer, a ground method for analysing a posteriori fault sequence data from the fault database, said ground method including a step of improving the diagnostic tool used in the on-board method for a subsequent in-flight use of said tool.
A smart wall pulley for fitness, comprising: an elastic rope which is elastic; a motion sensing detection device provided at one end of the elastic rope, wherein a battery, a circuit board and a tension sensor are provided within the motion sensing detection device, the battery and the tension sensor are electrically connected to the circuit board, the tension sensor is configured to detect a pulling force bore by the elastic rope; a fixed pulley assembly; an adjuster for adjusting the length of the elastic rope comprising a shell and a winding post located within the shell, the other end of the elastic rope passes into the shell, then is wound around the winding post, then passes out from the shell, and then is fixedly connected to the shell after being wound around the fixed pulley assembly. an elastic rope which is elastic; a motion sensing detection device provided at one end of the elastic rope, wherein a battery, a circuit board and a tension sensor are provided within the motion sensing detection device, the battery and the tension sensor are electrically connected to the circuit board, the tension sensor is configured to detect a pulling force bore by the elastic rope; a fixed pulley assembly; an adjuster for adjusting the length of the elastic rope comprising a shell and a winding post located within the shell, the other end of the elastic rope passes into the shell, then is wound around the winding post, then passes out from the shell, and then is fixedly connected to the shell after being wound around the fixed pulley assembly.
A visual veress needle assembly for viewing penetration of tissue and underlying anatomical structures comprising: an optically conducting veress needle having a body portion with a hollow interior and a tissue penetrating distal tip; and a stylet, the stylet being positionable through the hollow interior of the body portion of the needle, the stylet having a body portion including an image transmitting structure incorporated therein, to allow, in use, a surgeon to view the veress needle as it forms an incision, characterised in that the distal portion of the stylet incorporates a shape memory material such that a distal portion of the stylet is flexible or articulating to view the incision or surrounding tissues when extended out of the tissue penetrating distal tip. an optically conducting veress needle having a body portion with a hollow interior and a tissue penetrating distal tip; and a stylet, the stylet being positionable through the hollow interior of the body portion of the needle, the stylet having a body portion including an image transmitting structure incorporated therein, to allow, in use, a surgeon to view the veress needle as it forms an incision, characterised in that the distal portion of the stylet incorporates a shape memory material such that a distal portion of the stylet is flexible or articulating to view the incision or surrounding tissues when extended out of the tissue penetrating distal tip.
An apparatus comprising: at least one processor to generate a plurality of pilot transmissions for a plurality of transmit antennas based on a first multiplexing scheme, and to generate a plurality of data transmissions for the plurality of transmit antennas based on a second multiplexing scheme different from the first multiplexing scheme, wherein the at least one processor is further adapted to send the plurality of pilot transmissions in a first time interval and to send the plurality of data transmissions in a second time interval with time division multiplexing, TDM; and a memory coupled to the at least one processor; characterized in that the first multiplexing scheme is orthogonal frequency division multiplexing, OFDM, or single-carrier frequency division multiplexing, SC-FDM and the second multiplexing scheme is code division multiplexing, CDM. at least one processor to generate a plurality of pilot transmissions for a plurality of transmit antennas based on a first multiplexing scheme, and to generate a plurality of data transmissions for the plurality of transmit antennas based on a second multiplexing scheme different from the first multiplexing scheme, wherein the at least one processor is further adapted to send the plurality of pilot transmissions in a first time interval and to send the plurality of data transmissions in a second time interval with time division multiplexing, TDM; and a memory coupled to the at least one processor; characterized in that the first multiplexing scheme is orthogonal frequency division multiplexing, OFDM, or single-carrier frequency division multiplexing, SC-FDM and the second multiplexing scheme is code division multiplexing, CDM.
Fill level radar having potential isolation for measuring a fill level in a container and for connection to a two-wire loop, the fill level radar comprising: an electronics unit for generating a transmission signal, for receiving and evaluating a received signal, and for generating and emitting an output signal that is based on the evaluated received signal; and a potential isolation (10a, 10b, 10c, 10d, 20) within the electronics unit for galvanically isolating first signals in a first region of the electronics unit from second signals in a second region of the electronics unit; wherein the electronics unit has an input and output circuit which is designed to control and emit the output signal and which is arranged in the first region; wherein the transmission signal is generated in the second region; further comprising a voltage supply for supplying the input and output circuit of the electronics unit with a first operating signal and for supplying a second electronics component (2, 5, 6) of the electronics unit with a second operating signal; wherein the potential isolation (10a, 10b, 10c, 10d, 20) is designed to isolate the first operating signal (11 a) from the second operating signal within the voltage supply such that a continuous potential isolation is provided within the electronics unit, which isolates different functional regions of the electronics unit, including the power supply thereof, from one another; wherein the second electronics component (2, 5, 6) of the electronics unit is arranged in the second region. an electronics unit for generating a transmission signal, for receiving and evaluating a received signal, and for generating and emitting an output signal that is based on the evaluated received signal; and a potential isolation (10a, 10b, 10c, 10d, 20) within the electronics unit for galvanically isolating first signals in a first region of the electronics unit from second signals in a second region of the electronics unit; wherein the electronics unit has an input and output circuit which is designed to control and emit the output signal and which is arranged in the first region; wherein the transmission signal is generated in the second region; further comprising a voltage supply for supplying the input and output circuit of the electronics unit with a first operating signal and for supplying a second electronics component (2, 5, 6) of the electronics unit with a second operating signal; wherein the potential isolation (10a, 10b, 10c, 10d, 20) is designed to isolate the first operating signal (11 a) from the second operating signal within the voltage supply such that a continuous potential isolation is provided within the electronics unit, which isolates different functional regions of the electronics unit, including the power supply thereof, from one another; wherein the second electronics component (2, 5, 6) of the electronics unit is arranged in the second region.
A composition comprising a) a polyvinyl chloride resin; b) a plasticizer; c) ammonium octamolybdate; d) a molybdate compound; e) a stabilizer; f) a lubricant; g) aluminum trihydrate; and h) silicon dioxide particles having a spherical shape, a mean particle size of less than 300 nm, and a BET surface area of 10-30 m 2 /g; characterized in that the composition further comprises polytetrafluoroethylene (PTFE). a) a polyvinyl chloride resin; b) a plasticizer; c) ammonium octamolybdate; d) a molybdate compound; e) a stabilizer; f) a lubricant; g) aluminum trihydrate; and h) silicon dioxide particles having a spherical shape, a mean particle size of less than 300 nm, and a BET surface area of 10-30 m 2 /g; characterized in that the composition further comprises polytetrafluoroethylene (PTFE).
A method of removing an electrical contact from an ultrasound probe to reuse the ultrasound probe, comprising: providing an ultrasound probe that has an ultrasound transducer in a distal region, wherein the ultrasound probe includes at least one exposed region of a plurality of conductive traces, the exposed region defining a probe contact; and disconnecting the probe contact from the ultrasound probe. characterized in that disconnecting the probe contact from the ultrasound probe comprises cutting the probe contact from the ultrasound probe. providing an ultrasound probe that has an ultrasound transducer in a distal region, wherein the ultrasound probe includes at least one exposed region of a plurality of conductive traces, the exposed region defining a probe contact; and disconnecting the probe contact from the ultrasound probe. characterized in that disconnecting the probe contact from the ultrasound probe comprises cutting the probe contact from the ultrasound probe.
A lens moving apparatus (100, 1000) comprising: a base including a body having an opening, and a first post, a second post, a third post and a fourth post, which project from the body; a bobbin disposed on the body; a coil disposed at the bobbin; a first magnet disposed between the first post and the second post; a second magnet disposed between the third post and the fourth post; a lower elastic member coupled both to a lower portion of the bobbin and to the base; and an upper elastic member coupled both to an upper portion of the bobbin and to the first to fourth posts, wherein the first magnet is coupled to side surfaces of the first and second posts (216a, 216b), and the second magnet is coupled to side surfaces of the third and fourth posts (216c, 216d), wherein the lower elastic member is positioned inside the first to fourth posts of the base, and wherein the lower elastic member is coupled to the base between the first post and the fourth post, which is adjacent to the first post. a base including a body having an opening, and a first post, a second post, a third post and a fourth post, which project from the body; a bobbin disposed on the body; a coil disposed at the bobbin; a first magnet disposed between the first post and the second post; a second magnet disposed between the third post and the fourth post; a lower elastic member coupled both to a lower portion of the bobbin and to the base; and an upper elastic member coupled both to an upper portion of the bobbin and to the first to fourth posts, wherein the first magnet is coupled to side surfaces of the first and second posts (216a, 216b), and the second magnet is coupled to side surfaces of the third and fourth posts (216c, 216d), wherein the lower elastic member is positioned inside the first to fourth posts of the base, and wherein the lower elastic member is coupled to the base between the first post and the fourth post, which is adjacent to the first post.
A negative active material (100/200) for a rechargeable lithium battery, comprising: an agglomerate of crystalline carbon, the agglomerate including pores; and a plurality of amorphous conductive nanoparticles dispersed inside the pores, on a surface of the agglomerate of crystalline carbon, or both inside the pores and on the surface of the agglomerate of crystalline carbon, characterized in that the conductive nanoparticles have a full width at half maximum, FWHM, of 0.35 degrees or more to 0.50 degrees or less at a crystal plane that produces a highest peak by X-ray diffraction analysis. an agglomerate of crystalline carbon, the agglomerate including pores; and a plurality of amorphous conductive nanoparticles dispersed inside the pores, on a surface of the agglomerate of crystalline carbon, or both inside the pores and on the surface of the agglomerate of crystalline carbon, characterized in that the conductive nanoparticles have a full width at half maximum, FWHM, of 0.35 degrees or more to 0.50 degrees or less at a crystal plane that produces a highest peak by X-ray diffraction analysis.
Lock comprising - a lock case which has a lock case insert, a base and a top, - a forend which is connected to the lock case, - a latching bolt which is prestressed out of the lock case in a resilient manner, - a two-piece follower with a top-side follower half and a base-side follower half, - a spring-mounted follower coupling which can be actuated, - a motor-operated actuating apparatus for the follower coupling, which actuating apparatus has an electric motor with a motor controller, - an electronic radio module, and - an energy source for the actuating apparatus and the radio module, characterized in that the motor-operated actuating apparatus has a bell-like actuating element which, by means of its end face which is arranged at a right angle to its rotation axis, is in force-fitting contact with the follower coupling, wherein the bell-like actuating element has an end-face contour which is formed such that it holds the follower coupling in at least a coupling-in position or in at least a coupling-out position of the top-side follower half and the base-side follower half, wherein the bell-like actuating element has, in its end-face contour, at least two coupling-in positions and at least two coupling-out positions which are arranged in an alternating manner. - a lock case which has a lock case insert, a base and a top, - a forend which is connected to the lock case, - a latching bolt which is prestressed out of the lock case in a resilient manner, - a two-piece follower with a top-side follower half and a base-side follower half, - a spring-mounted follower coupling which can be actuated, - a motor-operated actuating apparatus for the follower coupling, which actuating apparatus has an electric motor with a motor controller, - an electronic radio module, and - an energy source for the actuating apparatus and the radio module,
A system for a vehicle comprising at least one seat of interest with a seating portion and a backrest, said seat being a front seat of the vehicle, and a control unit, the seat of interest comprising at least two motorised adjustment movements, namely a longitudinal adjustment movement and a backrest tilt adjustment movement (Mβ), the different adjustment possibilities each defining a posture for an occupant of the seat of interest, the occupant of the seat of interest having personal anthropometric measures (U05, U50, U95), said seat of interest allowing adjustment possibilities, comprising a backrest tilt adjustment angular travel of at least 20 degrees, wherein the control unit receives from other units of the vehicle a set of information, said set of information comprising at least the instantaneous speed of the vehicle, the system being characterised in that the control unit is configured to determine, for the seat of interest at least a first field of postures, the first field of postures being defined as a dimensional volume encompassing two or more adjustment movements, this first field defining a set of recommended safety postures to counter a passive safety event for the occupant installed in the seat, wherein the first field of postures is continuously redefined by the control unit in real time as a function of conditions known from the set of information, and as a function of the anthropometric measurements of the occupant and the intrinsic characteristics of the seat, the first field of postures shrinking when the instantaneous speed of the vehicle increases, and in that the control unit is configured to control, when the first field of postures shrinks, an automatic correction to return inside the first field of postures. wherein the control unit receives from other units of the vehicle a set of information, said set of information comprising at least the instantaneous speed of the vehicle, the system being characterised in that the control unit is configured to determine, for the seat of interest at least a first field of postures, the first field of postures being defined as a dimensional volume encompassing two or more adjustment movements, this first field defining a set of recommended safety postures to counter a passive safety event for the occupant installed in the seat, wherein the first field of postures is continuously redefined by the control unit in real time as a function of conditions known from the set of information, and as a function of the anthropometric measurements of the occupant and the intrinsic characteristics of the seat, the first field of postures shrinking when the instantaneous speed of the vehicle increases, and in that the control unit is configured to control, when the first field of postures shrinks, an automatic correction to return inside the first field of postures.