mhurhangee/ep-ind-claims huggingface dataset:
Receiver for a system for measurement of the attenuation of electromagnetic shielding of an infrastructure as a function of the frequency, characterised it that it is capable of receiving a signal transmitted by a transmitter of a white noise signal with constant power over a frequency band between a minimum frequency and a maximum frequency, the transmitter and the receiver being capable of transmitting and receiving a signal on opposite sides of the infrastructure, And characterised in that it comprises A filter module capable of applying a sliding filter on the received signal between the minimum frequency and the maximum frequency, A double synchronous detection module capable of double synchronous detection on a signal output by the filter module, and A module for determination of the shielding attenuation as a function of the results output by the double synchronous detection module determined following signal transmission and reception in the absence of the infrastructure and then on each side of the infrastructure.
A compound of the formula in which R 1 is an organic radical having a (meth)acryloyl group and R 2, R 3, and R 4 independently of one another are an H atom or a C1 to C10 alkyl group. R 1 is an organic radical having a (meth)acryloyl group and R 2, R 3, and R 4 independently of one another are an H atom or a C1 to C10 alkyl group.
A wind turbine rotor blade with two integrated electrical connecting pieces (28, 30) and one equipotential bonding arrangement fastened to an outer side of the wind turbine rotor blade for electrically connecting the two connecting pieces (28, 30), wherein the equipotential bonding arrangement has the following features: • a suction side equipotential bonding rail that is arranged on a suction side of the wind turbine rotor blade, • a pressure side equipotential bonding rail that is arranged on a pressure side of the wind turbine rotor blade, and • a cross connection that connects a rear end of the suction side equipotential bonding rail to a rear end of the pressure side equipotential bonding rail and bridges a lateral distance between the two equipotential bonding rails (32, 34), • wherein the two equipotential bonding rails (32, 34) each have a front end that is electrically connected to one of the connecting pieces (28, 30). • a suction side equipotential bonding rail that is arranged on a suction side of the wind turbine rotor blade, • a pressure side equipotential bonding rail that is arranged on a pressure side of the wind turbine rotor blade, and • a cross connection that connects a rear end of the suction side equipotential bonding rail to a rear end of the pressure side equipotential bonding rail and bridges a lateral distance between the two equipotential bonding rails (32, 34), • wherein the two equipotential bonding rails (32, 34) each have a front end that is electrically connected to one of the connecting pieces (28, 30).
A composition for hard tissue repair comprising a monomer, a polymer, a polymerization initiator and a contrast medium having a volume mean particle diameter of 3.0 μm to 25.1 μm, wherein the polymer comprises: i) a polymer powder having a specific surface area of 0.05 to 0.5 m 2 /g; and ii) a polymer powder having a specific surface area of 0.51 to 1.2 m 2 /g and/or a polymer powder of particles having a specific surface area of 1.5 to 4.5 m 2 /g. i) a polymer powder having a specific surface area of 0.05 to 0.5 m 2 /g; and ii) a polymer powder having a specific surface area of 0.51 to 1.2 m 2 /g and/or a polymer powder of particles having a specific surface area of 1.5 to 4.5 m 2 /g.
A flight chart conversion system, comprising: a host computing device including one or more processers configured to execute program instructions causing the one or more processors to: convert one or more portable data format, PDF, or comma-separated value, flight chart files to one or more scalable vector graphics, SVG, flight chart files defined in extensible markup language, XML, wherein the one or more PDF or CSV flight chart files are image files that show: topographical features, including ground features available from altitude; and information related to airspace classes, including radio frequencies, wherein each of the SVG flight chart file(s) is associated with respective metadata defined in XML; preprocess each of the SVG flight chart file(s), wherein preprocessing each of the SVS flight chart file(s) includes at least: removing filled shapes overlapping navigational paths, detecting font characters, and replacing the font characters with font character references; convert the SVG flight chart file(s) to one or more flight charts defined in one or more sets of aircraft display hardware directives, wherein each of the flight chart(s) is associated with the respective metadata; compress the flight chart(s) and the respective metadata; and combine the flight chart(s) and the respective metadata into a flight chart database. convert one or more portable data format, PDF, or comma-separated value, flight chart files to one or more scalable vector graphics, SVG, flight chart files defined in extensible markup language, XML, wherein the one or more PDF or CSV flight chart files are image files that show: topographical features, including ground features available from altitude; and information related to airspace classes, including radio frequencies, topographical features, including ground features available from altitude; and information related to airspace classes, including radio frequencies, wherein each of the SVG flight chart file(s) is associated with respective metadata defined in XML; preprocess each of the SVG flight chart file(s), wherein preprocessing each of the SVS flight chart file(s) includes at least: removing filled shapes overlapping navigational paths, detecting font characters, and replacing the font characters with font character references; convert the SVG flight chart file(s) to one or more flight charts defined in one or more sets of aircraft display hardware directives, wherein each of the flight chart(s) is associated with the respective metadata; compress the flight chart(s) and the respective metadata; and combine the flight chart(s) and the respective metadata into a flight chart database.
A device for neurostimulation, comprising at least a number N of electrodes (102.a, 102.b; 800, 801, 802, 803; 1, 2, 3, 4, i), wherein N is equal or larger than 3, wherein the device is configured to deliver via each of the N electrodes a set with a frequency f of therapeutic electric phases of amplitude I 1, I 2,.., I N and a number of N-1 charge balancing electric phases after each therapeutic electric phase, wherein the charge balancing electric phases of the respective electrode each have a polarity that is opposite the polarity of the therapeutic electric phase of the respective electrode, wherein the device is configured to return for each electrode the current of each therapeutic electric phase in the other N-1 electrodes, wherein the device is configured such that the charge balancing electric phases have in sum the same amount of charge than the respective therapeutic electric phase
A method of calibrating a rotational accelerometer, the method including: attaching a rotational accelerometer to be tested to a plate fitted with first and second linear accelerometers; vibrating the plate; obtaining angular acceleration measurements from the rotational accelerometer during the vibrating; obtaining linear acceleration measurements from the first and second linear accelerometers during the vibrating; converting the linear acceleration measurements into angular acceleration values, and generating data representing, or usable for, a comparison of the angular acceleration measurements from the rotational accelerometer and the converted angular acceleration values. attaching a rotational accelerometer to be tested to a plate fitted with first and second linear accelerometers; vibrating the plate; obtaining angular acceleration measurements from the rotational accelerometer during the vibrating; obtaining linear acceleration measurements from the first and second linear accelerometers during the vibrating; converting the linear acceleration measurements into angular acceleration values, and generating data representing, or usable for, a comparison of the angular acceleration measurements from the rotational accelerometer and the converted angular acceleration values.
Use of a sealing and mounting tape (100, 100g) for placing a bathtub or shower stall in a corner comprised of two connecting walls standing perpendicular to each other, wherein the sealing and mounting tape (100, 100g) comprises a carrier material (4, 4g) and wherein the carrier material (4, 4g) forms a first or upper area (5, 5g) and a second or lower area (6, 6g), and wherein, in the mounted state, the sealing and mounting tape (100, 100g), is secured on the front side with the second or lower area (6, 6g) toward a connecting surface of the bathtub or shower stall, and on the rear side with a first or second area (5, 5g) toward a connecting wall, wherein the sealing and mounting tape (100, 100g) comprises a flexible cut protection strip (9, 9g) comprised of a flexible material, so as to prevent any cutting of the sealing and mounting tape when cutting away a silicone joint, and wherein the flexible cut protection strip (9, 9g) is bonded a front or upper side of the carrier material (4, 4g) by means of an adhesive surface, or placed in a pocket or a strap of the sealing and mounting tape, wherein the cut protection strip (9, 9g) overlaps the first or upper area (5, 5g) and the second or lower area (6, 6g), wherein the sealing and mounting tape (100, 100g) is vertically arranged, and wherein an upper edge of the cut protection strip (9, 9g) projects over the lower edge of a rear sealing surface of the sealing and mounting tape (100, 100g) toward the connecting wall, and a lower edge of the cut protection strip (9, 9g) projects over an upper edge of a front sealing surface of the sealing and mounting tape (100, 100g) toward the connecting surface of an on- or off-board installation of the bathtub or shower stall, wherein the cut protection strip (9, 9g) is a flexible metal film or a flexible Kevlar or carbon fabric. wherein the flexible cut protection strip (9, 9g) is bonded a front or upper side of the carrier material (4, 4g) by means of an adhesive surface, or placed in a pocket or a strap of the sealing and mounting tape, wherein the cut protection strip (9, 9g) overlaps the first or upper area (5, 5g) and the second or lower area (6, 6g), wherein the sealing and mounting tape (100, 100g) is vertically arranged, and wherein an upper edge of the cut protection strip (9, 9g) projects over the lower edge of a rear sealing surface of the sealing and mounting tape (100, 100g) toward the connecting wall, and a lower edge of the cut protection strip (9, 9g) projects over an upper edge of a front sealing surface of the sealing and mounting tape (100, 100g) toward the connecting surface of an on- or off-board installation of the bathtub or shower stall, wherein the cut protection strip (9, 9g) is a flexible metal film or a flexible Kevlar or carbon fabric.
Method for the earthquake-proof connection of infill masonry comprising bricks to a frame structure, wherein the frame structure comprises a top beam, a foot beam and two supports (23, 24) extending between the top beam and the foot beam and wherein a receiving space for the infill masonry is formed by the frame structure, wherein the infill masonry further comprises connecting bricks (6, 7), which respectively adjoin the frame structure with at least one connection side (61, 62, 71), wherein the method comprises the following step: a) Attaching profile sections (8, 9, 10, 11) to the surfaces of the frame structure facing the receiving space; characterised in that the method further comprises the following steps: b) Providing decoupling elements between the surfaces of the frame structure comprising the profile sections (8, 9, 10, 11) and the connection sides (61, 62, 71) of the connecting bricks (6, 7), wherein the decoupling elements have grooves for receiving the profile sections (8, 9, 10, 11), c) Masoning of the infill masonry within the frame structure. a) Attaching profile sections (8, 9, 10, 11) to the surfaces of the frame structure facing the receiving space; b) Providing decoupling elements between the surfaces of the frame structure comprising the profile sections (8, 9, 10, 11) and the connection sides (61, 62, 71) of the connecting bricks (6, 7), wherein the decoupling elements have grooves for receiving the profile sections (8, 9, 10, 11), c) Masoning of the infill masonry within the frame structure.
A method for controlling content report behavior, comprising: When a service control function SCF judges that content report behavior of a terminal or a media control function MCF needs to be controlled, generating (101, 202) a session initiation protocol SIP message, wherein a preset parameter in a header field of the SIP message carries new content report configuration information, wherein the new content report configuration information comprises: at least one of configuration information of a content report timer, configuration information of a content report sending time interval, and configuration information of the number of content reports packaged together to be sent; and the SCF sending the SIP message to the terminal or the MCF so that the terminal or the MCF implements content report according to the new content report configuration information. at least one of configuration information of a content report timer, configuration information of a content report sending time interval, and configuration information of the number of content reports packaged together to be sent; and the SCF sending the SIP message to the terminal or the MCF so that the terminal or the MCF implements content report according to the new content report configuration information.
A hopper to be attached to a weighing apparatus comprising: a main body having a first opening to which articles are thrown in and a second opening from which the articles are discharged; a gate capable of being opened and closed with respect to the second opening; a restricting portion configured to restrict an opening and closing operation of the gate with respect to the second opening; and an attaching portion capable of being attached and detached with respect to an attached portion provided on the weighing apparatus, characterized in that the restricting portion is configured to start restricting the opening and closing operation in a state where the gate is closed with respect to the second opening in conjunction with an operation of detaching the attaching portion from the attached portion. a main body having a first opening to which articles are thrown in and a second opening from which the articles are discharged; a gate capable of being opened and closed with respect to the second opening; a restricting portion configured to restrict an opening and closing operation of the gate with respect to the second opening; and an attaching portion capable of being attached and detached with respect to an attached portion provided on the weighing apparatus, characterized in that the restricting portion is configured to start restricting the opening and closing operation in a state where the gate is closed with respect to the second opening in conjunction with an operation of detaching the attaching portion from the attached portion.
A neck patch to stick on a Tracheostoma consisting of a flat part which is provided with an opening, through which a tracheal cannula can be passed, and an attachment surface, which has an adhesive functionality, the flat part is a thin, planar, flexible film with a thickness of between 5 and 30 μm, which is adhesive on one side on its proximal side and on its distal side it has a centrically arranged hole surrounded by a round plastic disk with a centric recess, and the flat part comprises a supporting frame that surrounds the outer edge of the film so that it is possible to position the neck patch without rolling it up, characterized in that the supporting frame is approximately five to ten times thicker than the film, the film is an elastomer film made of thermoplastic plastics, and the plastic disk /the connector is made of a considerably harder material than the film and the frame and comprises a retaining closure edge.
System for measuring motor bearings consumption of railway vehicles, comprising: - a phonic wheel, arranged to be fixed to a shaft of a rotor, having a profile including an alternation of teeth and holes; - a sensor, arranged to measure an air-gap between the teeth of the phonic wheel and said sensor during rotation of the shaft, said sensor generating a basic sinusoidal signal function of said profile, wherein the basic sinusoidal signal is superimposed to a modulating wave, representative of a radial motion of the shaft, the basic signal and the modulating wave forming a complete signal; characterized in that the sensor further comprises: a control unit arranged to measure a maximum and a minimum amplitude value of the complete signal, said maximum and minimum amplitude values representing the maximum and minimum air-gap between the phonic wheel and the sensor, and for calculating an air-gap swing value; memory means arranged to store said air-gap swing value; wherein said sensor is arranged to send to an external control unit said air-gap swing value when the shaft stops rotating, said external control unit being arranged to determine the motor bearing consumption in function of said air-gap swing value. - a phonic wheel, arranged to be fixed to a shaft of a rotor, having a profile including an alternation of teeth and holes; - a sensor, arranged to measure an air-gap between the teeth of the phonic wheel and said sensor during rotation of the shaft, said sensor generating a basic sinusoidal signal function of said profile, wherein the basic sinusoidal signal is superimposed to a modulating wave, representative of a radial motion of the shaft, the basic signal and the modulating wave forming a complete signal; characterized in that the sensor further comprises: a control unit arranged to measure a maximum and a minimum amplitude value of the complete signal, said maximum and minimum amplitude values representing the maximum and minimum air-gap between the phonic wheel and the sensor, and for calculating an air-gap swing value; memory means arranged to store said air-gap swing value; wherein said sensor is arranged to send to an external control unit said air-gap swing value when the shaft stops rotating, said external control unit being arranged to determine the motor bearing consumption in function of said air-gap swing value. a control unit arranged to measure a maximum and a minimum amplitude value of the complete signal, said maximum and minimum amplitude values representing the maximum and minimum air-gap between the phonic wheel and the sensor, and for calculating an air-gap swing value; memory means arranged to store said air-gap swing value; wherein said sensor is arranged to send to an external control unit said air-gap swing value when the shaft stops rotating, said external control unit being arranged to determine the motor bearing consumption in function of said air-gap swing value.
A direct current circuit breaker including a cutout circuit, a commutation circuit and an energy absorption circuit connected in parallel, wherein said cutout circuit includes a cutout inductance and a cutout unit connected in series; said commutation circuit includes a commutation inductance, a commutation unit and a mechanical switch connected in series; said cutout unit and said commutation unit all include a full bridge structure converter; the number of converters included in the cutout unit is greater than in the commutation unit; said full bridge structure converter includes a capacitor and a H bridge structure power semiconductor switch module; said H bridge structure power semiconductor switch module includes four power semiconductor switch modules; each two are in series together and constitute a branch, two branches are parallel, and respectively, extract the intermediate point of the two branches as the input end and output end; the number of said capacitor is at least one, and it connects with the power semiconductor switch module branch after a series.
A resonant conversion circuit, comprising: resonant conversion circuit units having at least two phases interleaved in parallel, wherein magnetic devices in the resonant conversion circuit units are magnetically integrated in an inter-phase manner on a same magnetic core (403, 404, 405); characterized in that a first phase resonant inductor and a second phase resonant inductor in the resonant conversion circuit units are magnetically integrated in the inter-phase manner on the same magnetic core; wherein the first phase resonant inductor and the second phase resonant inductor are separately disposed on different E-type magnetic cores (403, 404), wherein the different E-type magnetic cores (403, 404) are integrated on a same I-type magnetic core; wherein an air gap between an E-type magnetic core (403, 404) and the I-type magnetic core is. adjustable for adjusting a coupling coefficient between the first phase resonant inductor and the second phase resonant inductor. resonant conversion circuit units having at least two phases interleaved in parallel, wherein magnetic devices in the resonant conversion circuit units are magnetically integrated in an inter-phase manner on a same magnetic core (403, 404, 405); characterized in that a first phase resonant inductor and a second phase resonant inductor in the resonant conversion circuit units are magnetically integrated in the inter-phase manner on the same magnetic core; wherein the first phase resonant inductor and the second phase resonant inductor are separately disposed on different E-type magnetic cores (403, 404), wherein the different E-type magnetic cores (403, 404) are integrated on a same I-type magnetic core; wherein an air gap between an E-type magnetic core (403, 404) and the I-type magnetic core is. adjustable for adjusting a coupling coefficient between the first phase resonant inductor and the second phase resonant inductor.