mhurhangee/ep-ind-claims huggingface dataset:
Electrical supply assembly for a vehicle having electrical propulsion having at least one electrical energy distribution arm which is articulated to a pole which is repeated along the travel path of the vehicle, the assembly comprising the plurality of poles defined in this manner and the vehicle with electrical propulsion carrying a longitudinal conductor track, the arm of each pole being electrically connected to an electrical supply and provided with an electrical contact piece which is used as a shoe on the longitudinal conductor track which is carried by the vehicle, characterised in that the assembly comprises for each arm associated with the longitudinal conductor track which is carried by the vehicle, - a means for assisting the optimum electrical contacting between the electrical contact piece of the arm and the conductor track carried by the vehicle, this means being part of the arm and comprising a temporary contact and abutment element, and in that the assembly comprises - a movement track which is present on at least one front upper portion of the vehicle, which portion is adjacent to the conductor track and extends over at least a portion of the length of the conductor track, each temporary contact and abutment element abutting and moving on the movement track at the beginning of the passage of the vehicle below the arm before the electrical contact piece abuts the conductor track, the pole being repeated along the travel path of the vehicle forming a succession of poles so that the conductor track of the vehicle is in successive contact with the electrical contact piece of the respective arm of each of the poles. - a means for assisting the optimum electrical contacting between the electrical contact piece of the arm and the conductor track carried by the vehicle, this means being part of the arm and comprising a temporary contact and abutment element, and in that the assembly comprises - a movement track which is present on at least one front upper portion of the vehicle, which portion is adjacent to the conductor track and extends over at least a portion of the length of the conductor track, each temporary contact and abutment element abutting and moving on the movement track at the beginning of the passage of the vehicle below the arm before the electrical contact piece abuts the conductor track, the pole being repeated along the travel path of the vehicle forming a succession of poles so that the conductor track of the vehicle is in successive contact with the electrical contact piece of the respective arm of each of the poles.
A system, comprising: one or more support stent delivery catheters (5608, 5618); one or more prosthetic valve delivery catheters (5660, 5665) at least partially positioned in the interior of the one or more support stent delivery catheters (5608, 5618); an expandable support stent releasably coupled to the one or more support stent delivery catheters (5608, 5618); and an expandable prosthetic valve releasably coupled to the one or more prosthetic valve delivery catheters (5660, 5665); the expandable support stent having an annular body that defines one or more peaks and one or more valleys along its circumference, the expandable support stent being radially compressible into a compressed state and self-expandable into an uncompressed state, the expandable support stent being sized such that it can be positioned within the aorta of a patient at a location adjacent to the aortic valve and thereby circumscribe the aortic valve, the expandable support stent further comprising a plurality of covers, each cover at least partially enclosing a valley of the expandable support stent, the one or more covers comprising a biocompatible material. one or more support stent delivery catheters (5608, 5618); one or more prosthetic valve delivery catheters (5660, 5665) at least partially positioned in the interior of the one or more support stent delivery catheters (5608, 5618); an expandable support stent releasably coupled to the one or more support stent delivery catheters (5608, 5618); and an expandable prosthetic valve releasably coupled to the one or more prosthetic valve delivery catheters (5660, 5665); the expandable support stent having an annular body that defines one or more peaks and one or more valleys along its circumference, the expandable support stent being radially compressible into a compressed state and self-expandable into an uncompressed state, the expandable support stent being sized such that it can be positioned within the aorta of a patient at a location adjacent to the aortic valve and thereby circumscribe the aortic valve, the expandable support stent further comprising a plurality of covers, each cover at least partially enclosing a valley of the expandable support stent, the one or more covers comprising a biocompatible material.
A multilevel compact antenna comprising: a ground plane; a radiating element (20, 30, 40, 50) comprising n≥3 portions (21, 22, 23, 31, 32, 33, 41, 42, 43, 44, 45, 53, 55) extending in n≥3 planes (210, 220, 230, 310, 320, 330, 410, 420, 430, 440, 450, 530, 550) parallel according to a planar pattern, the planes defining a volume above the ground plane, the radiating element (20, 30, 40, 50) comprising a first end (2, 3, 4, 5) connected to the ground plane and a second end (2', 3', 4', 5') terminating in an open circuit; an excitation probe able to supply the antenna, wherein the excitation probe comprises a central core connected to the radiating element (20, 30, 40, 50) and an external conductor connected to the ground plane, the central core of the excitation probe connected at a point of the radiating element relating to the connection to the ground plane of the radiating element calculated in a way so as to fix the value of the level of adaptation of the antenna at a predefined value, the spaces between the planes being empty or staffed with dielectric materials and such that the radiating element is a metal wire. a ground plane; a radiating element (20, 30, 40, 50) comprising n≥3 portions (21, 22, 23, 31, 32, 33, 41, 42, 43, 44, 45, 53, 55) extending in n≥3 planes (210, 220, 230, 310, 320, 330, 410, 420, 430, 440, 450, 530, 550) parallel according to a planar pattern, the planes defining a volume above the ground plane, the radiating element (20, 30, 40, 50) comprising a first end (2, 3, 4, 5) connected to the ground plane and a second end (2', 3', 4', 5') terminating in an open circuit; an excitation probe able to supply the antenna, wherein the excitation probe comprises a central core connected to the radiating element (20, 30, 40, 50) and an external conductor connected to the ground plane, the central core of the excitation probe connected at a point of the radiating element relating to the connection to the ground plane of the radiating element calculated in a way so as to fix the value of the level of adaptation of the antenna at a predefined value, the spaces between the planes being empty or staffed with dielectric materials and such that the radiating element is a metal wire.
A rotary vane expander for generating mechanical energy from the expansion of a gaseous medium, comprising a housing, an inlet and an outlet for the gaseous medium and having a rotor arranged in the housing, wherein the inner contour of the housing has two or more stroke regions which are in communication with the inlet for the gaseous medium such that the gaseous medium expands simultaneously in the two or more stroke regions during the operation of the energy recovery system, characterized in that the inner contour of the housing is made asymmetric with respect to the rotary region associated with a respective stroke, whereby the rotary region associated with the expansion phase makes up more than 50% of the total rotary region of the rotor associated with the respective stroke.
An orthogonal acceleration time-of-flight mass spectrometer including an orthogonal acceleration unit for accelerating incident ions in a direction orthogonal to an incident axis of the ions and an ion-injecting optical system for sending the ions into the orthogonal acceleration unit, wherein the ion-injecting optical system comprises: a) an electrostatic lens (3, 3B); b) a voltage supplier for applying a voltage to the electrostatic lens (3, 3B); and c) a restrictor having an aperture of a predetermined size on an ion-optical axis, characterized in that the electrostatic lens (3, 3B) is composed of five or more cylindrical electrodes arranged along the ion-optical axis; the voltage supplier is configurable for applying voltages (V1, V2) to the respective cylindrical electrodes so that the electrostatic lens (3, 3B) becomes an afocal system; and the restrictor being located on a common focal plane of a first-stage virtual convex lens formed by a portion of the five or more cylindrical electrodes and a second-stage virtual convex lens formed by a portion of the five or more cylindrical electrodes under a condition that the voltages (V1, V2) for making the electrostatic lens (3, 3B) become an afocal system are applied from the voltage supplier. a) an electrostatic lens (3, 3B); b) a voltage supplier for applying a voltage to the electrostatic lens (3, 3B); and c) a restrictor having an aperture of a predetermined size on an ion-optical axis, characterized in that
A symbol synchronizer apparatus for detecting and identifying the beginning of preamble symbols of a preamble that precedes data symbols in a frame of input samples of a narrowband OFDM signal from a power line, the preamble symbols including four F1F2 symbols, followed by four P symbols, the F1F2 symbols having better autocorrelation properties than the P symbols, wherein each of the F1F2 symbols comprises S samples and each of the F1F2 symbols is formed by an F1 symbol followed by an F2 symbol, the F1 symbol comprising N samples and being formed by generating N samples of each of U tones having selectable tone phases and adding the samples of each of the U tones together, the F2 symbol comprising N ± m samples and being formed by shifting each of the U tones by an abrupt phase change, generating N ± m samples of each of the U tones shifted by the abrupt phase change and adding the samples of each of the U shifted tones together, so that each F1F2 symbol comprises S = 2N ± m samples and has a programmable phase difference between its Nth sample and its N+1st sample to enhance peaks at the correlation, wherein m is a non-zero small number preferably set to 1 and is used to control a phase difference between two consecutive F1F2 symbols, the symbol synchronizer apparatus comprising: a moving average filter for averaging samples of the currently received preamble symbols with the corresponding samples of one or more previous preamble symbols to generate averaged samples of a sample vector, a correlation estimator to compute a correlation of the averaged samples and a corresponding set of reference samples representing a local copy of the preamble symbol to be detected and identified, and a synchronization detector coupled to the correlation estimator to detect symbol synchronization, the symbol synchronizer apparatus including two states, wherein, in a first state, the apparatus searches for the F1F2 symbols, and when the apparatus detects the F1F2 symbols the apparatus switches to a second state and searches for the P symbols. a moving average filter for averaging samples of the currently received preamble symbols with the corresponding samples of one or more previous preamble symbols to generate averaged samples of a sample vector, a correlation estimator to compute a correlation of the averaged samples and a corresponding set of reference samples representing a local copy of the preamble symbol to be detected and identified, and a synchronization detector coupled to the correlation estimator to detect symbol synchronization,
A variable coolant pump for the cooling circuit of an internal combustion engine, comprising a pump housing in which a mechanically or electrically driven pump shaft is rotatably supported, and on whose axial end a pump impeller is mounted that is arranged in a pump head having an inlet, an annular channel and an outlet, wherein a plurality of adjustable guide blades is arranged concentrically about the blade wheel in the pump head, wherein each guide blade is provided with three pivots (9, 10, 11) of which a first and a second pivot (9, 10) extend at right angles to a respective one of both longitudinal sides of the guide blades, the guide blade being rotatably supported in the pump head by means of the first and second pivots (9, 10), and wherein a third pivot, provided in parallel with the first and second pivots (9, 10), is arranged in the area of the guide blade remote from the axis of rotation and protrudes into a groove or an oblong hole in an adjustment ring rotatably arranged in the pump head, characterized in that the adjustable guide blades are arranged between the annular channel and the blade wheel, wherein the first and the second pivot (9, 10) are arranged in the vicinity of a radially inward outer edge of the guide blade, wherein the groove or the oblong hole extends obliquely and thus has a radial and a tangential component (r, t).
Tray for a cable route, comprising longitudinal wires and transverse wires (6, 6A, 6B) welded into a lattice which defines a base of the tray and also two sides (23, 25) extending on one and the other side of that base, that tray being provided, along a longitudinal axis of the tray, with a first end and a second end such that the first end can be engaged in and received in the second end of an identical tray, characterised in that the first end bears, on the outside of each of its sides (23, 25), at least one elongate bar, a longitudinal axis of which is parallel to the longitudinal axis of the tray.
Method for producing an interior trim part of a vehicle, comprising the following steps: forming a substrate provided with an uneven surface, at least in some areas, applying a decorative layer made of paper to the uneven surface of the substrate, wherein the decorative layer is provided for deliberate fold formation during or before the application to the uneven surface of the substrate. forming a substrate provided with an uneven surface, at least in some areas, applying a decorative layer made of paper to the uneven surface of the substrate, wherein the decorative layer is provided for deliberate fold formation during or before the application to the uneven surface of the substrate.
A mold comprising a first shell and a second shell that are suitable, in the closed position, for imparting a shape to a part that is to be molded in said mold, a main axis A being perpendicular to the main plane in which said first shell and said second shell extend, said mold further comprising at least two slides that are situated between said first shell and said second shell and that are in contact with said first shell and said second shell when said mold is in the closed position, and that are to come into contact with said molded part, each of said at least two slides presenting a first face that constitutes its interface with said first shell, said first face presenting a primary direction along which the slide is suitable for sliding along said first face when said mold is in the open position, one of the slides being suitable for moving in translation in the main plane in a longitudinal direction along a longitudinal axis B when the mold is in the open position, another one of the slides being suitable for moving in translation in the main plane in a direction perpendicular to said longitudinal axis B, said mold being characterized in that a contact interface between a slide and the second shell is situated in line with a contact interface between the first shell and the second shell, said line being in a direction having a non-zero component along the main axis A.
A method for processing, by a user equipment, UE, aperiodic channel state information, CSI, for dual connectivity in a wireless communication system, wherein the UE is connected to both a master cell group, MCG, and a secondary cell group, SCG, in the dual connectivity, the method comprising: receiving, by the UE, a first aperiodic CSI report request from the MCG and a second aperiodic CSI report request from the SCG; and assigning, by the UE, capability of an aperiodic CSI report for the MCG and the SCG based on the first aperiodic CSI report request and the second aperiodic CSI report request, wherein a maximum number of the capability of the aperiodic CSI report is 5, and wherein, when a number of CSI processes according to the first aperiodic CSI report request and the second aperiodic CSI report request exceeds 5, which is the maximum number of the capability of the aperiodic CSI report, CSI results for CSI processes up to 5 are updated and reported, and CSI results for remaining CSI processes more than 5 are not updated. CSI results for CSI processes up to 5 are updated and reported, and CSI results for remaining CSI processes more than 5 are not updated.
Method for estimating a property of a signal x(t) sensed in an electrical system, whereby the signal is sensed and a) a fundamental period of a fundamental of the signal is estimated by a. comparing the sensed signal with at least one threshold to detect threshold crossings, b. estimating the fundamental period from the threshold crossings characterized by the steps of: b) initializing a tracker variable with a starting value when the signal crosses a first threshold in a first direction (1.11), c) modifying the value of the tracker variable by a first mathematical operation linking a first weighting value and the value of the tracker variable when the signal crosses a second threshold in the first direction (1.21), d) modifying the value of the tracker variable by a second mathematical operation linking a second weighting value and the value of the tracker variable when the signal crosses the second threshold in a second direction (1.22), e) defining at least two points of time E i-1, E i, at which the value of the tracker variable fulfils a trigger-condition and f) estimating the signal property based on a. a distance in time between two subsequent points of time, D i = E i -E i-1, and/or b. the signal x(t) sensed between two subsequent points of time. a) a fundamental period of a fundamental of the signal is estimated by a. comparing the sensed signal with at least one threshold to detect threshold crossings, b. estimating the fundamental period from the threshold crossings characterized by the steps of: a. comparing the sensed signal with at least one threshold to detect threshold crossings, b. estimating the fundamental period from the threshold crossings characterized by the steps of: b) initializing a tracker variable with a starting value when the signal crosses a first threshold in a first direction (1.11), c) modifying the value of the tracker variable by a first mathematical operation linking a first weighting value and the value of the tracker variable when the signal crosses a second threshold in the first direction (1.21), d) modifying the value of the tracker variable by a second mathematical operation linking a second weighting value and the value of the tracker variable when the signal crosses the second threshold in a second direction (1.22), e) defining at least two points of time E i-1, E i, at which the value of the tracker variable fulfils a trigger-condition and f) estimating the signal property based on a. a distance in time between two subsequent points of time, D i = E i -E i-1, and/or b. the signal x(t) sensed between two subsequent points of time. a. a distance in time between two subsequent points of time, D i = E i -E i-1, and/or b. the signal x(t) sensed between two subsequent points of time.
An electric circuit arrangement for the functional testing of a first residual current device installed in a power supply system and having a reset motor device via an external snubber circuit of the first residual current device, characterized by a reset terminal (K R), a test terminal (K T) and a voltage terminal (K N), a reset switching contact disposed between the reset terminal (K R) and the test terminal (K T) and controllable via a reset-contact control signal, a series connection disposed between the test terminal (K T) and the voltage terminal (K N) and having a test switching contact controllable via a test-contact control signal and having a test-current limiter, a voltage measuring device for identifying a line voltage of the power supply system, the voltage measuring device having a first voltage measuring input connected to the test terminal (K T), the voltage measuring device having a second voltage measuring input connected to the voltage terminal (K N) and the voltage measuring device having a voltage measuring output, an interlocking device, which is connected to the voltage measuring-signal output, for electrically interlocking the test-contact control signal. a reset terminal (K R), a test terminal (K T) and a voltage terminal (K N), a reset switching contact disposed between the reset terminal (K R) and the test terminal (K T) and controllable via a reset-contact control signal, a series connection disposed between the test terminal (K T) and the voltage terminal (K N) and having a test switching contact controllable via a test-contact control signal and having a test-current limiter, a voltage measuring device for identifying a line voltage of the power supply system, the voltage measuring device having a first voltage measuring input connected to the test terminal (K T), the voltage measuring device having a second voltage measuring input connected to the voltage terminal (K N) and the voltage measuring device having a voltage measuring output, an interlocking device, which is connected to the voltage measuring-signal output, for electrically interlocking the test-contact control signal.