mhurhangee/ep-ind-claims huggingface dataset:
A receiver for an N-wire digital interface, where N is any integer exceeding two, the receiver comprising N input terminals (101, 102, 103) and N detection stages (D1, D2, D3), the receiver being characterised by: a common node; each of the N detection stages (D1, D2, D3) comprising a resistive element (R1, R2, R3) coupled between the common node and a respective one of the N input terminals (101, 102, 103), and a comparator (C1, C2, C3) having a first input (121, 123, 125) coupled to the respective one of the N input terminals (101, 102, 103) and a second input (122, 124, 126) coupled to the common node; and by the resistive element (R1, R2, R3) of each of the detection stages (D1, D2, D3) having the same resistance. a common node; each of the N detection stages (D1, D2, D3) comprising a resistive element (R1, R2, R3) coupled between the common node and a respective one of the N input terminals (101, 102, 103), and a comparator (C1, C2, C3) having a first input (121, 123, 125) coupled to the respective one of the N input terminals (101, 102, 103) and a second input (122, 124, 126) coupled to the common node; and a resistive element (R1, R2, R3) coupled between the common node and a respective one of the N input terminals (101, 102, 103), and a comparator (C1, C2, C3) having a first input (121, 123, 125) coupled to the respective one of the N input terminals (101, 102, 103) and a second input (122, 124, 126) coupled to the common node; and by the resistive element (R1, R2, R3) of each of the detection stages (D1, D2, D3) having the same resistance.
A system for measuring tread depth of a pneumatic tyre, the system comprising: a sensor element comprising a magnetic inlay that is sized and shaped to be embedded in the tyre and to have an outer surface that is part of a rolling surface of the tyre; a first coil having a first inductance; a second coil having a second inductance, wherein the first inductance is different from the second inductance and the first inductance and the second inductance are dependent at least in part on the size of the magnetic inlay; an inductance measuring circuit for measuring the first inductance of the first coil and the second inductance of the second coil, wherein wear of the magnetic inlay causes a change in the value of the measured first inductance and/or measured second inductance, the change being indicative of wear of the tread depth of the tyre; means for calculating a ratio of the measured first inductance and the measured second inductance; a transmitter for transmitting one or more output values representative of the measured first inductance and/or the measured second inductance and/or the ratio of the measured first inductance and the measured second inductance. a sensor element comprising a magnetic inlay that is sized and shaped to be embedded in the tyre and to have an outer surface that is part of a rolling surface of the tyre; a first coil having a first inductance; a second coil having a second inductance, wherein the first inductance is different from the second inductance and the first inductance and the second inductance are dependent at least in part on the size of the magnetic inlay; an inductance measuring circuit for measuring the first inductance of the first coil and the second inductance of the second coil, wherein wear of the magnetic inlay causes a change in the value of the measured first inductance and/or measured second inductance, the change being indicative of wear of the tread depth of the tyre; means for calculating a ratio of the measured first inductance and the measured second inductance; a transmitter for transmitting one or more output values representative of the measured first inductance and/or the measured second inductance and/or the ratio of the measured first inductance and the measured second inductance.
A method for building a subject-specific statistical model of shape variation for an anatomical structure using a set of geometric representations of shape for said anatomical structure, wherein each representation is associated with one of multiple subjects, each subject having a respective subset of associated representations, and each subset comprising multiple representations including a reference representation, said multiple representations corresponding to different shapes of the anatomical structure arising from physical motion and/or deformation thereof, the method comprising specifying a set of shape parameters whose values, for any given representation, characterise the shape of the representation, the method being characterised by for each subject, representing a probability distribution of the values of the shape parameters across the subset of representations associated with that subject by a set of subject-specific distribution parameters; determining a regression between the subject-specific distribution parameters and the respective reference representation for each subject; applying said determined regression to a reference representation for a new subject to determine subject-specific distribution parameters for the new subject; and using the subject-specific distribution parameters to build a subject-specific statistical motion model, SMM, for the new subject.
A method implementing a single biological sample selected from the group of biological sample consisting of peripherical tissues containing cells for evaluating the pathological alteration of a mRNA editing in the brain and wherein said mRNA editing is an ADAR dependent A to I mRNA editing; - wherein said peripherical tissue containing cells is selected from the group consisting whole blood sample or blood sample containing buffy coat; - wherein said edited mRNA is 5HTR2C mRNA; - evaluating the pathological alteration of the 5HTR2C mRNA editing in the brain by determining the ADAR expression products ADAR1, isoforms 150 and/or 110, and the ADAR2 gene expression products expressed in said sample. - wherein said peripherical tissue containing cells is selected from the group consisting whole blood sample or blood sample containing buffy coat; - wherein said edited mRNA is 5HTR2C mRNA; - evaluating the pathological alteration of the 5HTR2C mRNA editing in the brain by determining the ADAR expression products ADAR1, isoforms 150 and/or 110, and the ADAR2 gene expression products expressed in said sample.
Autogyro with (a) a payload receptacle in the form of a seat, (b) a rotor and (c) a support structure that connects the rotor with the payload receptacle, characterised by the fact that (d) the support structure comprises a damping device for damping oscillations originating from the rotor, (e) the damping device is designed to damp a transfer of a pitching movement of the rotor to the seat. (a) a payload receptacle in the form of a seat, (b) a rotor and (c) a support structure that connects the rotor with the payload receptacle, (d) the support structure comprises a damping device for damping oscillations originating from the rotor, (e) the damping device is designed to damp a transfer of a pitching movement of the rotor to the seat.
Packing and/or transport unit comprising several insulation elements for flat roof insulation, each insulation element having four side faces being arranged rectangular to each other, a lower surface and an upper surface, the lower and upper surfaces being connected to the side faces and being arranged spaced apart and non-parallel to each other, whereby the insulation elements are arranged in layers in at least one stack on at least one support means being arranged under the stack, which support means comprises at least two carrying feet arranged for resting on a support surface, characterized in that the stack comprises an uneven number of layers of insulation elements, and that the packing and/or transport unit comprises at least one leveling means ensuring that a top plane of the packing and/or transport unit is arranged substantially parallel to the support surface.
A quantum dot comprising: a first core; a second core around the first core; and a shell layer around the second core, wherein there is a difference in lattice constants between the first core and the shell layer that is 3% or less, and wherein the shell layer comprises ZnSe z S 1-z, and z is 0 to 1 characterized in that the first core comprises In 1-y (Ga x Al 1-x) y P, the second core comprises InP, and x and y are each independently greater than 0 and less than 1. a first core; a second core around the first core; and a shell layer around the second core, wherein there is a difference in lattice constants between the first core and the shell layer that is 3% or less, and wherein the shell layer comprises ZnSe z S 1-z, and z is 0 to 1 characterized in that the first core comprises In 1-y (Ga x Al 1-x) y P, the second core comprises InP, and x and y are each independently greater than 0 and less than 1.
Extraction device for wheelset bearings of track vehicles with holding tools, which can be brought into engagement with a wheelset bearing mounted on a wheelset axle, and with a drive device, with which a compressive force is transferable to the wheelset axle and a corresponding pull-off force is transferable to the holding tools, which are each connected to a cam, which is guided in a cam track of a cam ring that is rotatably held and coupled with a cam mechanism drive, characterised in that the holding tools are mounted, preferably radially shiftable against one another, on a tool ring and preferably releasably connected to a guide sledge, which comprises a receiving profile, into which a guide profile element is engaged that is held by the tool ring and that each guide sledge is connected by means of at least one guide rod, which is traversing a guide opening in the tool ring, with a related cam.
Apparatus for generating a decoded two-channel signal, comprising: an audio processor for decoding an encoded two-channel signal to obtain a first set of first spectral portions; a parametric decoder for providing parametric data for a second set of second spectral portions and a two-channel identification identifying either a first or a second different two-channel representation for the second spectral portions; and a frequency regenerator for regenerating a second spectral portion depending on a first spectral portion of the first set of first spectral portions, the parametric data for the second portion and the two-channel identification for the second portion, wherein the audio processor is configured to decode the first set of first spectral portions in accordance with a further two-channel identification for the first set of first spectral portions and to transform the first set of first spectral portions so that a first two-channel representation of the first set of first spectral portions and a second two-channel representation of the first set of first spectral portions are obtained, and wherein the frequency regenerator is configured to use either the first two-channel representation or the second two-channel representation of the first set of first spectral portions as indicated in the two-channel identification for the second portion. an audio processor for decoding an encoded two-channel signal to obtain a first set of first spectral portions; a parametric decoder for providing parametric data for a second set of second spectral portions and a two-channel identification identifying either a first or a second different two-channel representation for the second spectral portions; and a frequency regenerator for regenerating a second spectral portion depending on a first spectral portion of the first set of first spectral portions, the parametric data for the second portion and the two-channel identification for the second portion, wherein the audio processor is configured to decode the first set of first spectral portions in accordance with a further two-channel identification for the first set of first spectral portions and to transform the first set of first spectral portions so that a first two-channel representation of the first set of first spectral portions and a second two-channel representation of the first set of first spectral portions are obtained, and wherein the frequency regenerator is configured to use either the first two-channel representation or the second two-channel representation of the first set of first spectral portions as indicated in the two-channel identification for the second portion.
Robotic vacuum cleaner comprising a bristle roller that is arranged on an underside of a housing of the robotic vacuum cleaner and is rotatable about a horizontal shaft, characterised in that a blade that is fixed relative to the housing is arranged above the bristle roller, and in that the height of the shaft of the bristle roller is adjustable relative to the housing, the bristle roller being spaced apart from the blade in a lower position and the bristle roller being engaged with the blade in an upper position.
Binding system designed for binding of a boot on a touring snowboard, said snowboard comprising two longitudinal sections of board (3a, 3b) which are coupled to one another in the descent position, and detached in the touring position, said binding system being configured to be used in the descent position, and comprising: - a base which is configured to receive and retain a snowboard boot; - a first interface which is bound on the snowboard, comprising in particular two independent half-interfaces (7a, 7b) which are each bound facing each other on a section of board (3a, 3b); - a second interface which is connected to the base, is bound on the first interface, and forms the connection between the two half-interfaces (7a, 7b) in the descent position, characterized in that • each half-interface (7a, 7b) comprises at least one coupling element comprising a body surmounted by a blocking head which is wider than said body; • the second interface comprises at least two openings for receipt and blocking of the coupling elements, said receipt and blocking openings comprising two adjacent portions (90a, 90b), a first portion with a width which is sufficient to allow the blocking head to pass through the receipt and blocking opening, and a second portion, with a width smaller than the first portion, which permits passage only of the body; • the second interface additionally comprises at least one system for locking of at least one coupling element inside its associated receipt and blocking opening. - a base which is configured to receive and retain a snowboard boot; - a first interface which is bound on the snowboard, comprising in particular two independent half-interfaces (7a, 7b) which are each bound facing each other on a section of board (3a, 3b); - a second interface which is connected to the base, is bound on the first interface, and forms the connection between the two half-interfaces (7a, 7b) in the descent position, • each half-interface (7a, 7b) comprises at least one coupling element comprising a body surmounted by a blocking head which is wider than said body; • the second interface comprises at least two openings for receipt and blocking of the coupling elements, said receipt and blocking openings comprising two adjacent portions (90a, 90b), a first portion with a width which is sufficient to allow the blocking head to pass through the receipt and blocking opening, and a second portion, with a width smaller than the first portion, which permits passage only of the body; • the second interface additionally comprises at least one system for locking of at least one coupling element inside its associated receipt and blocking opening.
An apparatus, comprising: at least two time-interleaved slices, each of the time-interleaved slices comprising at least two sampler circuits configured and arranged to sample different versions of an input data stream, the input data stream including symbols, a multiplexer, and a latch; a speculative feedback connection coupling the at least two time-interleaved slices via the multiplexer of each of the at least two time-interleaved slices, wherein the multiplexer is configured and arranged to: select one of the at least two sampler circuits according to one or more respective selection signals, the selection signals being derived from outputs of other multiplexers in other ones of the at least two time-interleaved slices, the selection being enabled during a selection enable phase and disabled during a selection disable phase; and output data from the selected one of the at least two sampler circuits, characterised in that the selection disable phase has a duration equal to the amount of time to transmit one symbol. at least two time-interleaved slices, each of the time-interleaved slices comprising at least two sampler circuits configured and arranged to sample different versions of an input data stream, the input data stream including symbols, a multiplexer, and a latch; a speculative feedback connection coupling the at least two time-interleaved slices via the multiplexer of each of the at least two time-interleaved slices, wherein the multiplexer is configured and arranged to: select one of the at least two sampler circuits according to one or more respective selection signals, the selection signals being derived from outputs of other multiplexers in other ones of the at least two time-interleaved slices, the selection being enabled during a selection enable phase and disabled during a selection disable phase; and output data from the selected one of the at least two sampler circuits, select one of the at least two sampler circuits according to one or more respective selection signals, the selection signals being derived from outputs of other multiplexers in other ones of the at least two time-interleaved slices, the selection being enabled during a selection enable phase and disabled during a selection disable phase; and output data from the selected one of the at least two sampler circuits, characterised in that the selection disable phase has a duration equal to the amount of time to transmit one symbol.
Use of a sinterable powder mixture according for the production of sintered molded parts, wherein the sinterable powder mixture comprises - at least a metallic powder material as well as - a mixture and / or mixture concentrate, which comprises ∘ at least one pressing aid and ∘ at least one additive; wherein the additive is selected from a group of substances, which have releasable carbon dioxide, comprising organic carboxylic acids and / or their derivatives, wherein the additive is selected from a group comprising compounds with at least three carboxy groups, characterized in that the powder mixture is used for preventing surface stains, which comprise soot particles on sintered molded parts, which are produced out of metallic material. - at least a metallic powder material as well as - a mixture and / or mixture concentrate, which comprises ∘ at least one pressing aid and ∘ at least one additive; wherein the additive is selected from a group of substances, which have releasable carbon dioxide, comprising organic carboxylic acids and / or their derivatives, ∘ at least one pressing aid and ∘ at least one additive; wherein the additive is selected from a group of substances, which have releasable carbon dioxide, comprising organic carboxylic acids and / or their derivatives,
A method of determining a hydrostatic collapse pressure of a pipe joint for use in a subsea pipeline, the method comprising the steps of: i) determining an internal diameter of the pipe joint; ii) determining a minimum allowable hydrostatic pressure at the depth at which the pipe joint is to be used; iii) determining a target wall thickness for the pipe joint, the target wall thickness corresponding to the internal diameter and the minimum allowable hydrostatic pressure; iv) manufacturing a plurality of preliminary pipe joints having the internal diameter and the target wall thickness; v) carrying out external pressure collapse tests resulting in data representative of the hydrostatic collapse pressures at which the plurality of preliminary pipe joints collapse; characterised by: vi) determining a probability distribution corresponding to the hydrostatic collapse pressures obtained during the tests based on a Generalised Pareto Distribution derived from Extreme Value Theory; vii) determining from the probability distribution a hydrostatic collapse pressure occurring with a probability of 10 -5 or lower. i) determining an internal diameter of the pipe joint; ii) determining a minimum allowable hydrostatic pressure at the depth at which the pipe joint is to be used; iii) determining a target wall thickness for the pipe joint, the target wall thickness corresponding to the internal diameter and the minimum allowable hydrostatic pressure; iv) manufacturing a plurality of preliminary pipe joints having the internal diameter and the target wall thickness; v) carrying out external pressure collapse tests resulting in data representative of the hydrostatic collapse pressures at which the plurality of preliminary pipe joints collapse; characterised by: vi) determining a probability distribution corresponding to the hydrostatic collapse pressures obtained during the tests based on a Generalised Pareto Distribution derived from Extreme Value Theory; vii) determining from the probability distribution a hydrostatic collapse pressure occurring with a probability of 10 -5 or lower. vi) determining a probability distribution corresponding to the hydrostatic collapse pressures obtained during the tests based on a Generalised Pareto Distribution derived from Extreme Value Theory; vii) determining from the probability distribution a hydrostatic collapse pressure occurring with a probability of 10 -5 or lower.
An electronic device for a wireless communication system, comprising: one or more processing circuits configured to: measure a first link quality between the electronic device and a relay user equipment in the wireless communication system for a relay service for the electronic device in the wireless communication system, the first link being a PC5 link, and report the first link quality back to the relay user equipment; receive, from the relay user equipment, relay reselection trigger information and scenario information; receive, from the relay user equipment, a cell ID of the candidate target cell and a corresponding bias value; receive discovery signals; based on the bias value and the discovery signals perform a relay reselection process on a candidate target relay user equipment; and perform communication with a base station through the relay user equipment when a second link quality between the electronic device and the base station becomes poor; wherein the one or more processing circuits are configured to: transmit a cell ID announcement request to the candidate target relay user equipment; and receive a cell ID announcement response from the candidate target relay user equipment. measure a first link quality between the electronic device and a relay user equipment in the wireless communication system for a relay service for the electronic device in the wireless communication system, the first link being a PC5 link, and report the first link quality back to the relay user equipment; receive, from the relay user equipment, relay reselection trigger information and scenario information; receive, from the relay user equipment, a cell ID of the candidate target cell and a corresponding bias value; receive discovery signals; based on the bias value and the discovery signals perform a relay reselection process on a candidate target relay user equipment; and perform communication with a base station through the relay user equipment when a second link quality between the electronic device and the base station becomes poor; wherein the one or more processing circuits are configured to: transmit a cell ID announcement request to the candidate target relay user equipment; and receive a cell ID announcement response from the candidate target relay user equipment. transmit a cell ID announcement request to the candidate target relay user equipment; and receive a cell ID announcement response from the candidate target relay user equipment.