mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for transmitting electrical signals to and/or from a rotatable component of a motor vehicle, having a positionally fixed stator which is intended to be installed in a positionally fixed manner in the motor vehicle, having a rotor which is rotatably mounted on the stator and which is intended to be coupled in a rotationally fixed manner to the rotatable component of the motor vehicle, wherein the stator has a housing in which a flat cable for transmitting the electrical signals is arranged, wherein a connecting piece which is electrically coupled to the flat cable and is designed to be connected to a corresponding mating piece of the rotatable component is arranged on the rotor, and wherein the rotor has a viewing window through which it is possible for a viewer looking from outside the housing to identify a reference element of the flat cable in a neutral position of the rotor with respect to the stator, characterized in that the viewing window is arranged in the region of the connecting piece, so that the viewing window is covered by the mating piece in a state in which the connecting piece is connected to the mating piece.
A porous implant mass composition, providing an osteoconductive biocompatible bone graft substitute, for use in treating a defect in a living organism, comprising a plurality of biocompatible granules, at least a portion of the granules having surface indentations; wherein the individual granules have a specific surface area of less than 20 m 2 /g, and contain a network of interconnected pores, the interconnected pores within the granules having a homogeneous surface porosity defined by a diameter of at least 75% of the pores being between about 1 μm and about 10 μm between sintered grains as measured by mercury intrusion porosimetry, wherein the single granules can withstand a mean compressive force of at least 1N, as measured with a universal testing machine having a load cell, wherein at least 20 granules are loaded with a velocity of 1 mm/min until they brake, so that the granules can be pushed into a defect without risking significant breakage of the granules. at least a portion of the granules having surface indentations; wherein the individual granules have a specific surface area of less than 20 m 2 /g, and contain a network of interconnected pores, the interconnected pores within the granules having a homogeneous surface porosity defined by a diameter of at least 75% of the pores being between about 1 μm and about 10 μm between sintered grains as measured by mercury intrusion porosimetry, wherein the single granules can withstand a mean compressive force of at least 1N, as measured with a universal testing machine having a load cell, wherein at least 20 granules are loaded with a velocity of 1 mm/min until they brake, so that the granules can be pushed into a defect without risking significant breakage of the granules.
Device for detecting the loss of vacuum in a vacuum switching appliance, said switching appliance being situated in a powered primary electrical network and having a casing having a first portion of substantially cylindrical shape made at least partly from an insulating material such as ceramic, said first portion being closed at its two opposite ends by two bottoms, said casing accommodating a fixed electrode that is integral with one of the aforementioned bottoms and supporting a fixed contact, and a mobile electrode supporting a mobile contact, said mobile electrode being mounted so as to slide through the other of the two bottoms, between a closed position of the appliance, in which the mobile contact is in contact with the fixed contact, and an open position of the appliance, in which the mobile contact is separate from the fixed contact, characterized in that said casing has a second portion made from an insulating material and positioned at least partly around the aforementioned first portion, said second portion having, on at least one portion of its exterior surface, a layer of a conductive material that is electrically connected to the earth to form screening, in that a so-called first strip of said layer of conductive material is insulated from the rest of said layer, said so-called first strip being situated opposite, on the one hand, the first insulating portion and, on the other hand, either the fixed electrode or the mobile electrode, said so-called first strip forming a capacitance made up of two capacitances in series, one capacitance said to be for the vacuum, being situated between the mobile electrode or fixed electrode and the interior face of the first insulating portion, and one capacitance said to be for the solids, being interposed between the interior face of the aforementioned first insulating portion and the so-called first strip, and means for measuring the current flowing in the so-called first strip that are connected to signalling means, with a certain change value for the value of the current conveying a change of value for the capacitance of the vacuum, which change conveys a loss of vacuum inside the vacuum switching appliance A.
A method, comprising: transmitting a first frame comprising a first type of message from a first node for reception by a second node and a third node, the first node and third node belonging to a first wireless communication network and the second node belonging to a second wireless communication network, the first type of message comprising a first information element for identifying the second node and a second information element for specifying that the first frame is transmitted to initiate a request for simultaneous transmission by the first node and by the second node; receiving, by the first node from the third node a second frame comprising a second type of message, the second type of message identifying at least the first node and specifying, based on a measurement performed by the third node on the first frame and a measurement performed by the third node on a third frame transmitted by the second node, whether the request for simultaneous transmission is accepted or is not accepted by the third node; and transmitting, by the first node in response to receiving the second frame, a fourth frame comprising the second type of message for reception by the second node, the second type of message identifying the second node and specifying that the request for simultaneous transmission was accepted by the third node. transmitting a first frame comprising a first type of message from a first node for reception by a second node and a third node, the first node and third node belonging to a first wireless communication network and the second node belonging to a second wireless communication network, the first type of message comprising a first information element for identifying the second node and a second information element for specifying that the first frame is transmitted to initiate a request for simultaneous transmission by the first node and by the second node; receiving, by the first node from the third node a second frame comprising a second type of message, the second type of message identifying at least the first node and specifying, based on a measurement performed by the third node on the first frame and a measurement performed by the third node on a third frame transmitted by the second node, whether the request for simultaneous transmission is accepted or is not accepted by the third node; and transmitting, by the first node in response to receiving the second frame, a fourth frame comprising the second type of message for reception by the second node, the second type of message identifying the second node and specifying that the request for simultaneous transmission was accepted by the third node.
Stereolithography machine comprising: - a container, containing a base material in a liquid or paste state defining an external surface delimiting said base material; - a light emitting unit configured so as to emit a light beam; - a light reflecting device suited to deviate said light beam and to be controlled in such a way that said light beam is incident on any point of an incidence area belonging to said external surface; - a logic control unit configured so as to control said light reflecting device in such a way that said light beam is selectively incident on any point of an operating area belonging to said incidence area; - an optical unit configured so as to focus said light beam on a focal surface defined by the points where said light beam has minimum cross section along the different directions defined by said light reflecting device, said optical unit being arranged between said light emitting unit and said light reflecting device; characterized in that said optical unit is configured in such a way that said focal surface is spherical, and in that said light emitting unit and said optical unit are configured in such a way that the ratio between the maximum diameter of the intersection between said light beam and said operating area across the entire operating area, and the diameter (w F) of said minimum cross section, does not exceed 1.15. - a container, containing a base material in a liquid or paste state defining an external surface delimiting said base material; - a light emitting unit configured so as to emit a light beam; - a light reflecting device suited to deviate said light beam and to be controlled in such a way that said light beam is incident on any point of an incidence area belonging to said external surface; - a logic control unit configured so as to control said light reflecting device in such a way that said light beam is selectively incident on any point of an operating area belonging to said incidence area; - an optical unit configured so as to focus said light beam on a focal surface defined by the points where said light beam has minimum cross section along the different directions defined by said light reflecting device, said optical unit being arranged between said light emitting unit and said light reflecting device;
Sound signal processing method, comprising the following steps: - synchronously acquiring an input sound signal (S entrée) by means of N microphones, N being a natural number greater than or equal to three; - encoding said input sound signal (S entrée) in a sound data format, said encoding comprising a sub-step of transforming said input signal into an ambisonic-type format of order R, R being a natural number greater than or equal to one, said sub-step of transforming into an ambisonic-type format being carried out by means of a Fast Fourier Transform, a matrix multiplication, an Inverse Fast Fourier Transform and by means of a band-pass filter; and - delivering an output sound signal (S sortie) by means of digitally processing said sound data; and characterized in that the matrix multiplication uses a matrix H calculated by the method of least squares from measured directivities of the N microphones and ideal directivities of the ambisonic components. - synchronously acquiring an input sound signal (S entrée) by means of N microphones, N being a natural number greater than or equal to three; - encoding said input sound signal (S entrée) in a sound data format, said encoding comprising a sub-step of transforming said input signal into an ambisonic-type format of order R, R being a natural number greater than or equal to one, said sub-step of transforming into an ambisonic-type format being carried out by means of a Fast Fourier Transform, a matrix multiplication, an Inverse Fast Fourier Transform and by means of a band-pass filter; and - delivering an output sound signal (S sortie) by means of digitally processing said sound data;
Control method for a system comprising a frequency converter connected to a power grid, the method comprising at least the steps of obtaining the sub-synchronous components (V xs, V ys) of the grid voltage based on detections of said grid voltage, and determining damping current set points (400, 410) according to said sub-synchronous components (V xs, V ys) to compensate for the sub-synchronous resonances of the grid, the damping current set points (400, 410) being determined by regulation means receiving the sub-synchronous components (V xs, V ys) of the grid voltage and returning damping current set points (400, 410) as outputs, said regulation means comprising at least one regulator with at least one variable damping gain, characterized in that the variable damping gain is dynamically adjusted based on at least one electric variable of the system reflecting the sub-synchronous frequency of the power grid to which the system is connected, such that the required compensation level can be adapted to the frequency converter for damping sub-synchronous resonance of the grid, said electric variable being selected from the sub-synchronous components (V xs, V ys) of the grid voltage, the zero-sequence current at a point of the system where it is possible to determine the zero-sequence current, and the bus voltage (V BUS) of the frequency converter, and at least the module of said electric variable being determined to adjust the damping gain, the damping gain being calculated based on said module by means of a regulator receiving said module as input and returning the damping gain.
A rotary clothes drier comprising a pole and support arms, which are hinged on the pole, wherein the support arms are hinged on a sliding joint, which can be displaced along the pole during an opening movement or closing movement of the rotary clothes drier and which spread apart during the opening movement, in which the sliding joint is displaced upwards, and which rest against the pole during the closing movement, in which the sliding joint is displaced downwards, and wherein lines run from a support arm to adjacent support arms and are fastened with one end and for forming a pull rope, which is activated automatically in response to closing, to retraction weights, which can be displaced along the support arm by means of the dead weight, characterized in that provision is made for at least three support arms and the support arms are hinged on the sliding joint such that, in the open state, a first support arm and an adjacent second support arm draw a first angle (α) between one another and the first support arm and a third support arm (2") adjacent to the first support arm and located opposite the second support arm draw a second angle (β) between one another, wherein the first angle (α) is greater than the second angle (β), so that a long line section runs between the first support arm and the second support arm and a short line section runs between the first support arm and the third support arm (2"), and wherein the long line section is connected to a retraction weight at both ends.
A medicament containing (a) at least one compound of formula with the proviso that R1 is H or CH3 and R2 is H or COOH, or salts thereof, and (b) at least one UV light protection filter for use in the treatment of skin aging caused by UV radiation. (a) at least one compound of formula with the proviso that R1 is H or CH3 and R2 is H or COOH, or salts thereof, and (b) at least one UV light protection filter
A wing for use with an aircraft, the wing comprising: a fixed portion; a folding portion (312,322) proximate a distal end of the wing, the folding portion (312,322) including: a raked surface; and a winglet (314,324); the wing further comprising a hinge (318,328) operatively coupled between the fixed and folding (312,322) portions to enable the folding portion (312,322) to fold relative to the fixed portion; wherein the wing includes a bottom surface and a top surface, and wherein the winglet (314,324) extends past the bottom surface and past the top surface of the wing; wherein the folding portion (312,322) is configured to rotate about the hinge relative to the fixed portion; and wherein the folding portion (312,322) rotates to an angular displacement greater than 90 degrees from the fixed portion so that the part of the winglet (314,324) that extends past the bottom surface remains within a span limit. a fixed portion; a folding portion (312,322) proximate a distal end of the wing, the folding portion (312,322) including: a raked surface; and a winglet (314,324); a raked surface; and a winglet (314,324); the wing further comprising a hinge (318,328) operatively coupled between the fixed and folding (312,322) portions to enable the folding portion (312,322) to fold relative to the fixed portion; wherein the wing includes a bottom surface and a top surface, and wherein the winglet (314,324) extends past the bottom surface and past the top surface of the wing; wherein the folding portion (312,322) is configured to rotate about the hinge relative to the fixed portion; and wherein the folding portion (312,322) rotates to an angular displacement greater than 90 degrees from the fixed portion so that the part of the winglet (314,324) that extends past the bottom surface remains within a span limit.
A method, comprising: determining, by one or more network elements in a server network in response to a replacement path inquiry message sent by a first packet switching device, a new communications path between a first network node and a second network node in the server network while an existing communications path is currently configured in the server network to carry traffic between the first and second network nodes (111, 114), wherein the first packet switching device is external to the server network and connected to the first network node, and a second packet switching device is external to the server network and connected to the second network node, such that the server network communicatively couples the first packet switching device to the second packet switching device over the existing communications path; wherein the existing communications path is defined to span inclusively between a network interface of the first network node and a network interface of the second network node, with the existing communications path including one or more exclusive physical resources dedicated to the existing communications path; and wherein the new communications path includes at least one of said exclusive physical resources dedicated to the existing communications path. determining, by one or more network elements in a server network in response to a replacement path inquiry message sent by a first packet switching device, a new communications path between a first network node and a second network node in the server network while an existing communications path is currently configured in the server network to carry traffic between the first and second network nodes (111, 114), wherein the first packet switching device is external to the server network and connected to the first network node, and a second packet switching device is external to the server network and connected to the second network node, such that the server network communicatively couples the first packet switching device to the second packet switching device over the existing communications path; wherein the existing communications path is defined to span inclusively between a network interface of the first network node and a network interface of the second network node, with the existing communications path including one or more exclusive physical resources dedicated to the existing communications path; and wherein the new communications path includes at least one of said exclusive physical resources dedicated to the existing communications path.
A vacuum pump using a profile, the vacuum pump comprising: a hollow profile provided with a mounting hole at an upper portion thereof and a vacuum chamber at a lower portion thereof being in parallel to each other in a longitudinal direction to be adjacent to each other, with a side of the vacuum chamber formed with a plurality of communication holes communicating with a suction means; at least one ejector pump being a cylindrical-type pump configured such that a first end thereof is a compressed air inlet, a second end thereof is a compressed air outlet, and at least one through-hole is formed in a side wall thereof, and being disposed in the mounting hole in the longitudinal direction and fixed thereto; and end caps being provided in opposite openings of the profile, respectively, including a first cap and a second cap formed with through-holes (43 and 44) corresponding to the inlet or the outlet, with the first cap on an inlet side designed to have a passage communicating the vacuum chamber and the mounting hole with each other; characterized in that the mounting hole and the vacuum chamber exist as elements that do not communicate with each other in the profile. a hollow profile provided with a mounting hole at an upper portion thereof and a vacuum chamber at a lower portion thereof being in parallel to each other in a longitudinal direction to be adjacent to each other, with a side of the vacuum chamber formed with a plurality of communication holes communicating with a suction means; at least one ejector pump being a cylindrical-type pump configured such that a first end thereof is a compressed air inlet, a second end thereof is a compressed air outlet, and at least one through-hole is formed in a side wall thereof, and being disposed in the mounting hole in the longitudinal direction and fixed thereto; and end caps being provided in opposite openings of the profile, respectively, including a first cap and a second cap formed with through-holes (43 and 44) corresponding to the inlet or the outlet, with the first cap on an inlet side designed to have a passage communicating the vacuum chamber and the mounting hole with each other; characterized in that the mounting hole and the vacuum chamber exist as elements that do not communicate with each other in the profile.
An apparatus mounted around an elongated tube-like object for inspecting said elongated tube-like object, the apparatus comprising: - a body (1, 2) for moving along the elongated tube-like object while clamping an outer surface of the tube-like object; - a sensor frame (15, 15b, 15c) supporting one or more sensors for measuring a state indication property, wherein the sensor frame (15, 15b, 15c) comprises two or more engaging elements at different positions on the sensor frame, wherein the engaging elements are configured to engage the elongated tube-like object at different locations, wherein the engaging elements comprise a one or more biasing elements for exerting force onto the surface of the elongated tube-like object and position the sensor frame with respect to the elongated tube-like object; and - one or more body-to-sensor-frame connections (39, 40, 43, 72b, 72c) for connecting the sensor frame (15, 15b, 15c) to the body (1,2), wherein the body-to-sensor-frame connections (39, 40, 43, 72b, 72c) are arranged to allow an adjustable relative position between the sensor frame and the body and arranged to allow maintaining a position of the one or more sensors with respect to the tube-like object. - a body (1, 2) for moving along the elongated tube-like object while clamping an outer surface of the tube-like object; - a sensor frame (15, 15b, 15c) supporting one or more sensors for measuring a state indication property, wherein the sensor frame (15, 15b, 15c) comprises two or more engaging elements at different positions on the sensor frame, wherein the engaging elements are configured to engage the elongated tube-like object at different locations, wherein the engaging elements comprise a one or more biasing elements for exerting force onto the surface of the elongated tube-like object and position the sensor frame with respect to the elongated tube-like object; and - one or more body-to-sensor-frame connections (39, 40, 43, 72b, 72c) for connecting the sensor frame (15, 15b, 15c) to the body (1,2), wherein the body-to-sensor-frame connections (39, 40, 43, 72b, 72c) are arranged to allow an adjustable relative position between the sensor frame and the body and arranged to allow maintaining a position of the one or more sensors with respect to the tube-like object.