mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a plurality of qubits; a plurality of qubit frequency control lines, each qubit frequency control line corresponding to an individual qubit and controlling the frequency of the qubit; a global excitation driveline configured to provide global excitation control of the plurality of qubits; a plurality of couplers, each coupler coupling a corresponding qubit to the driveline so that a plurality of qubits are coupled to the driveline. a plurality of qubits; a plurality of qubit frequency control lines, each qubit frequency control line corresponding to an individual qubit and controlling the frequency of the qubit; a global excitation driveline configured to provide global excitation control of the plurality of qubits; a plurality of couplers, each coupler coupling a corresponding qubit to the driveline so that a plurality of qubits are coupled to the driveline.
A castor wheel arrangement for cleaning appliances and the like comprising: - a casing, - a pivot, - a collar, - a ring nut, - a flange, - a ring, wherein the castor wheel arrangemente furthermore includes a stem of the protruding pivot made of a plastic/resinous material, where said pivot is solidly connected to a collar, said casing has a first top seat and a second bottom seat, wherein said collar rests on a ring nut made of wear-resistant material housed inside a first top seat of the casing, wherein all the aforementioned components are made of a non-metallic material, characterised by the fact that said pivot is held on the bottom by said flange that rests on said ring housed inside a second bottom seat. - a casing, - a pivot, - a collar, - a ring nut, - a flange, - a ring,
A measurement apparatus comprising a measuring tube (12; 112, 122) and a thermal sensor (20; 120) for measuring the flow rate of a fluid flowing through the measuring tube (12; 112), wherein the measuring tube (12; 112, 122) has an inlet (14; 114, 124) and an outlet (16; 116, 126) as well as a measuring section (18; 118, 128) in which the sensor (20; 120) is arranged, wherein the inlet (14; 114, 124) has an inlet inside diameter and the measurement section (18; 112, 122) has a measurement section inside diameter, the measuring section inside diameter being greater than the inlet inside diameter, characterized in that an inner tube is arranged in the measuring tube, the inner tube having an inner tube inlet, an inner tube outlet and an inner tube measurement section, wherein the inner tube measurement section has an inside diameter being greater than the inside diameter of the inner tube inlet, and the sensor is arranged at the inner tube, in that the inside diameter of the inner tube increases steadily from the inner tube inlet to the inner tube measurement section and tapers steadily from the inner tube measurement section towards the inner tube outlet, and in that the sensor is arranged at the inner wall of the inner tube in the region of the measuring section.
An article (10a-10e) comprising: an optical filter, wherein the optical filter comprises a wavelength selective scattering layer, wherein the wavelength selective scattering layer comprises a binder, a plurality of particles, and a plurality of interconnected voids, wherein the wavelength selective scattering layer has a near-infrared scattering ratio of less than about 0.9, the near-infrared scattering ratio being a ratio of an average near-infrared scattering to an average visible haze, the average visible haze being visible transmission haze determined according to ASTM D 1003, the average infrared scattering being determined by the average of near-infrared scattering determined using a spectrometer at wavelengths between 800 nm and 1000 nm, wherein the wavelength selective scattering layer has a visible reflective haze ratio of greater than about 0.1, the visible reflective haze ratio being a ratio of an average visible diffusive reflectance to an average visible total reflectance, wherein the plurality of particles have an imaginary refractive index less than 10. wherein the optical filter comprises a wavelength selective scattering layer, wherein the wavelength selective scattering layer comprises a binder, a plurality of particles, and a plurality of interconnected voids, wherein the wavelength selective scattering layer has a near-infrared scattering ratio of less than about 0.9, the near-infrared scattering ratio being a ratio of an average near-infrared scattering to an average visible haze, the average visible haze being visible transmission haze determined according to ASTM D 1003, the average infrared scattering being determined by the average of near-infrared scattering determined using a spectrometer at wavelengths between 800 nm and 1000 nm, wherein the wavelength selective scattering layer has a visible reflective haze ratio of greater than about 0.1, the visible reflective haze ratio being a ratio of an average visible diffusive reflectance to an average visible total reflectance, wherein the plurality of particles have an imaginary refractive index less than 10.
A method for the determination of the simultaneous binding of a multispecific antibody to a first and a second antigen comprising the following steps: a) incubating a cell expressing cell-membrane bound FRET-donor-tagged first antigen and a cell-membrane bound FRET-acceptor-tagged second antigen with the multispecific antibody, and b) determining the simultaneous binding of the multispecific antibody by determining the energy transfer from the FRET-donor to the FRET-acceptor. a) incubating a cell expressing cell-membrane bound FRET-donor-tagged first antigen and a cell-membrane bound FRET-acceptor-tagged second antigen with the multispecific antibody, and b) determining the simultaneous binding of the multispecific antibody by determining the energy transfer from the FRET-donor to the FRET-acceptor.
A method of separating oxygen from an oxygen-containing fluid stream, the method comprising: contacting the oxygen-containing fluid stream with an oxygen-selective zeolite adsorbent comprising at least 90% chabazite, wherein the chabazite is a single phase chabazite having an Si/Al ratio of 1.2 to 1.8, and is selected from K,NaCHA and Li,NaCHA.
A method comprising: detecting an event at a first apparatus; determining usage of one or more connected apparatuses connected to the first apparatus by determining usage of a first user interface capability of the one or more connected apparatuses based on a usage status indication received from the one or more connected apparatuses; determining, by adaptive notification circuitry, based on the determined first user interface capability, a notification method for notifying of the event, wherein the notification method comprises a second user interface capability other than the first user interface capability; generating an event notification message based on the determined notification method; and causing the event notification message to be sent to a connected apparatus of the one or more connected apparatuses to trigger the connected apparatus to provide an alert indicative of the event in accordance with the determined notification method. detecting an event at a first apparatus; determining usage of one or more connected apparatuses connected to the first apparatus by determining usage of a first user interface capability of the one or more connected apparatuses based on a usage status indication received from the one or more connected apparatuses; determining, by adaptive notification circuitry, based on the determined first user interface capability, a notification method for notifying of the event, wherein the notification method comprises a second user interface capability other than the first user interface capability; generating an event notification message based on the determined notification method; and causing the event notification message to be sent to a connected apparatus of the one or more connected apparatuses to trigger the connected apparatus to provide an alert indicative of the event in accordance with the determined notification method.
Computer-implemented method for separating random components from periodic components of a given noisy input signal x(n) by using an adaptive line enhancer filter implemented in the short-time frequency-domain comprising following steps: a. transforming the noisy input signal x(n) into the short-time frequency-domain to produce a succession of short-time magnitude and phase spectra; b. delaying the succession of short-time magnitude and phase spectra of the noisy input signal x(n) separately to reduce the statistical dependency of random components with respect to the succession of magnitude and phase spectra of the noisy input signal x(n) while leaving the periodic noise components of the input signal x(n) correlated; c. computing frequency-dependent mutual information measures (I A (k), I P (k)) to quantify the dependency between the magnitudes of the noisy input signal and the magnitudes of the delayed noisy input signal, and the dependency between the phases of the noisy input signal and the phases of the delayed noisy input signal; d. deriving a frequency-dependent step-size (μ (k)) using the mutual information measures; e. controlling an adaptive filter of the adaptive line enhancer in the frequency-domain using a set of adaptive weights (w(k,m)) which are adjusted using the frequency-dependent step-size. a. transforming the noisy input signal x(n) into the short-time frequency-domain to produce a succession of short-time magnitude and phase spectra; b. delaying the succession of short-time magnitude and phase spectra of the noisy input signal x(n) separately to reduce the statistical dependency of random components with respect to the succession of magnitude and phase spectra of the noisy input signal x(n) while leaving the periodic noise components of the input signal x(n) correlated; c. computing frequency-dependent mutual information measures (I A (k), I P (k)) to quantify the dependency between the magnitudes of the noisy input signal and the magnitudes of the delayed noisy input signal, and the dependency between the phases of the noisy input signal and the phases of the delayed noisy input signal; d. deriving a frequency-dependent step-size (μ (k)) using the mutual information measures; e. controlling an adaptive filter of the adaptive line enhancer in the frequency-domain using a set of adaptive weights (w(k,m)) which are adjusted using the frequency-dependent step-size.
Method for coating at least one metallic component, in particular at least one nozzle body of an injection nozzle, wherein the method takes place in a process chamber in the form of a vacuum chamber comprising an HiPIMS arrangement and a plasma immersion implantation arrangement which operates in pulsed operation with an ECR plasma source, comprising the following method steps: a) introducing the at least one component as a three-dimensional substrate into the vacuum chamber, b) selecting one of the arrangements in dependence on a layer type to be formed currently, c) activating the selected arrangement, in order to form a layer of predetermined layer thickness, and d) optionally repeating method steps b) to d) until layers of different layer type have each been formed on the component, wherein, during method step c), the at least one component is acted on electrically by high-voltage pulses of a pulse generator associated with the selected and activated arrangement without electrical interposition of a substrate carrier assigned to the at least one component, and wherein, when selecting and/or activating the plasma immersion implantation arrangement, at least one gas or gas mixture serving as precursor is introduced into the vacuum chamber in a metered manner. a) introducing the at least one component as a three-dimensional substrate into the vacuum chamber, b) selecting one of the arrangements in dependence on a layer type to be formed currently, c) activating the selected arrangement, in order to form a layer of predetermined layer thickness, and d) optionally repeating method steps b) to d) until layers of different layer type have each been formed on the component,
A method for adjusting timing advance values on a mobile communication device, comprising: determining whether a timing advance adjustment value received by a mobile communication device after a tune-away from a base station is received after a predetermined number of sub-frames after the tune-away is completed; determining whether the timing advance adjustment value received in the mobile communication device exceeds an adjustment threshold; ignoring the timing advance adjustment value in response to determining that the timing advance adjustment value is received before a predetermined number of sub-frames after the tune-away is completed and that the timing advance adjustment value exceeds the adjustment threshold; and adjusting a timing advance value stored on the mobile communication device by the timing advance adjustment value in response to determining that the timing advance adjustment value is received after a predetermined number of sub-frames after the tune-away is completed. determining whether a timing advance adjustment value received by a mobile communication device after a tune-away from a base station is received after a predetermined number of sub-frames after the tune-away is completed; determining whether the timing advance adjustment value received in the mobile communication device exceeds an adjustment threshold; ignoring the timing advance adjustment value in response to determining that the timing advance adjustment value is received before a predetermined number of sub-frames after the tune-away is completed and that the timing advance adjustment value exceeds the adjustment threshold; and adjusting a timing advance value stored on the mobile communication device by the timing advance adjustment value in response to determining that the timing advance adjustment value is received after a predetermined number of sub-frames after the tune-away is completed.
Apparatus for separation of grain for a plot combine harvester, comprising a deflecting surface for a conveying air stream laden with the granular material, the flow of the conveying air stream taking place substantially tangentially against the deflecting surface, characterised in that the deflecting surface is curved downwards in the flow direction and in that a guiding surface, which is curved in the opposite direction, for a substantially laminar flow diversion adjoins the deflecting surface in the flow direction.
A differential bus system having a connecting assembly for electrically connecting a bus subscriber to the differential bus system, wherein the connecting assembly comprises a differential main conductor section of the differential bus system having a first main electrical conductor (2 1) and a second main electrical conductor (2 2), wherein the differential main conductor section comprises a first sub-section (5 1) and a second sub-section (5 2) which is electrically connected to the first sub-section (5 1), wherein, in the first main electrical conductor (2 1), between the first sub-section (5 1) and the second sub-section (5 2), a first terminal (4 1) for electrically connecting to a first mating terminal of the bus subscriber and, in the second main electrical conductor (2 2), between the first sub-section (5 1) and the second sub-section (5 2), a second terminal (4 2) for electrically connecting to a second mating terminal of the bus subscriber are configured, wherein the connecting assembly comprises a first electrical spur conductor (3 1) and a second electrical spur conductor (3 2), wherein the first electrical spur conductor (3 1) is connected to the first terminal (4 1), and is designed to be connectable to the first mating terminal, and the second electrical spur conductor (3 2) is connected to the second terminal (4 2), and is designed to be connectable to the second mating terminal, characterized in that only the first and the second main electrical conductor (2 1, 2 2), at least in the first sub-section (5 1) or in the second sub-section (5 2), is respectively enclosed by a body (6; 6 1, 6 2) of a magnetizable material. wherein, in the first main electrical conductor (2 1), between the first sub-section (5 1) and the second sub-section (5 2), a first terminal (4 1) for electrically connecting to a first mating terminal of the bus subscriber and, in the second main electrical conductor (2 2), between the first sub-section (5 1) and the second sub-section (5 2), a second terminal (4 2) for electrically connecting to a second mating terminal of the bus subscriber are configured, wherein the connecting assembly comprises a first electrical spur conductor (3 1) and a second electrical spur conductor (3 2), wherein the first electrical spur conductor (3 1) is connected to the first terminal (4 1), and is designed to be connectable to the first mating terminal, and the second electrical spur conductor (3 2) is connected to the second terminal (4 2), and is designed to be connectable to the second mating terminal, characterized in that only the first and the second main electrical conductor (2 1, 2 2), at least in the first sub-section (5 1) or in the second sub-section (5 2), is respectively enclosed by a body (6; 6 1, 6 2) of a magnetizable material.
A DC/DC conversion circuit, comprising an input end, a power circuit, and an output end, and further comprising a bypass circuit, wherein the bypass circuit is a unidirectional conduction circuit; a switch is disposed between the input end and the power circuit, the input end is configured to be connected to one or more external power supplies, and the external power supply is configured to supply power to the DC/DC conversion circuit; the bypass circuit is connected between the input end and the power circuit, the bypass circuit is disposed between the switch and the power circuit, and the bypass circuit is connected to the power circuit so that when the input end is reversely connected to the external power supply, a current output by the external power supply passes through the bypass circuit and the switch to form a closed loop; and the DC/DC conversion circuit characterized by further comprising a controller, wherein the controller is connected to the switch, and the controller is configured to control the switch to be closed, so that the external power supply supplies power to the DC/DC conversion circuit and configured to detect a current or a voltage at an output end of the external power supply, to determine whether the input end is reversely connected to the external power supply; and the controller is further configured to, when determining that the input end is reversely connected to the external power supply, control the switch to be opened. a switch is disposed between the input end and the power circuit, the input end is configured to be connected to one or more external power supplies, and the external power supply is configured to supply power to the DC/DC conversion circuit; the bypass circuit is connected between the input end and the power circuit, the bypass circuit is disposed between the switch and the power circuit, and the bypass circuit is connected to the power circuit so that when the input end is reversely connected to the external power supply, a current output by the external power supply passes through the bypass circuit and the switch to form a closed loop; and the DC/DC conversion circuit characterized by further comprising a controller, wherein the controller is connected to the switch, and the controller is configured to control the switch to be closed, so that the external power supply supplies power to the DC/DC conversion circuit and configured to detect a current or a voltage at an output end of the external power supply, to determine whether the input end is reversely connected to the external power supply; and the controller is further configured to, when determining that the input end is reversely connected to the external power supply, control the switch to be opened.
An oral care implement comprising: a handle; a head connected to the handle, the head having a first surface, a second surface, and a peripheral surface extending between the first and second surfaces (122, 121); a first cleaner formed of a resilient material for cleansing soft oral tissue, the first cleaner being a pad having a central hole that is fixed to the first surface of the head; a second cleaner formed of a resilient material for cleansing soft oral tissue, the second cleaner being a structure that is fixed to a portion of the first surface of the head that is exposed through the central hole of the first cleaner; and a third cleaner formed of a resilient material for cleansing soft oral tissue, the third cleaner being an elongated strip fixed to the head along the peripheral surface of the head, the first cleaner comprising a plurality of protuberances (144,145) extending upward from a top surface of the pad; the second cleaner being a structure that comprises one or more rings; and the third cleaner comprising a plurality of spaced-apart grooves. a handle; a head connected to the handle, the head having a first surface, a second surface, and a peripheral surface extending between the first and second surfaces (122, 121); a first cleaner formed of a resilient material for cleansing soft oral tissue, the first cleaner being a pad having a central hole that is fixed to the first surface of the head; a second cleaner formed of a resilient material for cleansing soft oral tissue, the second cleaner being a structure that is fixed to a portion of the first surface of the head that is exposed through the central hole of the first cleaner; and a third cleaner formed of a resilient material for cleansing soft oral tissue, the third cleaner being an elongated strip fixed to the head along the peripheral surface of the head, the first cleaner comprising a plurality of protuberances (144,145) extending upward from a top surface of the pad; the second cleaner being a structure that comprises one or more rings; and the third cleaner comprising a plurality of spaced-apart grooves.
A method for producing a non-woven and stretchable workpiece, comprising: applying, using a controlled spraying, of a material, in liquid form, for forming the workpiece onto a surface of a wall on a conveyor or a mold so as to produce, at the same time, a workpiece having two or more zones, wherein at least one zone comprises a different material feature than one of the remaining zones; and wherein two adjacent zones are blended at their connection lines, creating a continuous seamless workpiece; and wherein the material feature is selected from polymer type, porosity, liquid permeability, breathability, tear strength, elongation at break, retractive force after extension, tensile strength, color, odor, density, tactile feel, and fibre type. applying, using a controlled spraying, of a material, in liquid form, for forming the workpiece onto a surface of a wall on a conveyor or a mold so as to produce, at the same time, a workpiece having two or more zones, wherein at least one zone comprises a different material feature than one of the remaining zones; and wherein two adjacent zones are blended at their connection lines, creating a continuous seamless workpiece; and wherein the material feature is selected from polymer type, porosity, liquid permeability, breathability, tear strength, elongation at break, retractive force after extension, tensile strength, color, odor, density, tactile feel, and fibre type.