mhurhangee/ep-ind-claims huggingface dataset:
A flux qubit readout circuit (14, 50) comprising: a gradiometric superconducting quantum interference device, SQUID (16, 52), that is configured to inductively couple with a gradiometric flux qubit (12, 102) to modify flux associated with the gradiometric SQUID based on a flux state of the gradiometric flux qubit, the gradiometric flux qubit comprising a first flux loop and a second flux loop arranged in parallel and in which a persistent current flows in opposite orientations to provide differential flux of opposite polarity with respect to the first and second flux loops based on the flux state of the gradiometric flux qubit, the gradiometric SQUID comprising a first readout flux loop that is inductively coupled to the first flux loop and a second readout flux loop that is inductively coupled to the second flux loop, the first and second readout flux loops being arranged in parallel with each other between a readout node and a voltage reference node and in which a readout current flows in opposite orientations to provide differential flux of opposite polarity with respect to the first and second readout flux loops, the first readout flux loop comprising a first Josephson junction (J 1) and a second Josephson junction (J 2), the second readout flux loop comprising the first Josephson junction and a third Josephson junction (J 3); and a current source configured to provide the readout current through the gradiometric SQUID (16, 52) during a state readout operation to determine the flux state of the gradiometric flux qubit (12, 102) at the readout node. a gradiometric superconducting quantum interference device, SQUID (16, 52), that is configured to inductively couple with a gradiometric flux qubit (12, 102) to modify flux associated with the gradiometric SQUID based on a flux state of the gradiometric flux qubit, the gradiometric flux qubit comprising a first flux loop and a second flux loop arranged in parallel and in which a persistent current flows in opposite orientations to provide differential flux of opposite polarity with respect to the first and second flux loops based on the flux state of the gradiometric flux qubit, the gradiometric SQUID comprising a first readout flux loop that is inductively coupled to the first flux loop and a second readout flux loop that is inductively coupled to the second flux loop, the first and second readout flux loops being arranged in parallel with each other between a readout node and a voltage reference node and in which a readout current flows in opposite orientations to provide differential flux of opposite polarity with respect to the first and second readout flux loops, the first readout flux loop comprising a first Josephson junction (J 1) and a second Josephson junction (J 2), the second readout flux loop comprising the first Josephson junction and a third Josephson junction (J 3); and a current source configured to provide the readout current through the gradiometric SQUID (16, 52) during a state readout operation to determine the flux state of the gradiometric flux qubit (12, 102) at the readout node.
A test and measurement instrument (500, 600, 900, 1000) comprising: an analog-to-digital converter configured to convert an input signal into a continuous stream of digital data; and a processor configured to process the digital data in real-time by transforming (510, 610, 910, 1010) the digital data into a series of frequency spectra during a measurement period; characterized in that the processor is designed to: window time segments of the digital data to produce a series of time windowed time segments; and in response to a gating signal, transform a time windowed time segment of the series of time windowed time segments, into a frequency spectra using a frequency transform, wherein the gating signal is indicative of an on state of pulses within the digital data; and accumulate (515, 615, 915, 1015) the frequency spectra in a database of frequency spectra that provides a measurement of the percentage of time during the measurement period that the frequency spectra occupied each location of an amplitude or power versus frequency space. an analog-to-digital converter configured to convert an input signal into a continuous stream of digital data; and a processor configured to process the digital data in real-time by transforming (510, 610, 910, 1010) the digital data into a series of frequency spectra during a measurement period; window time segments of the digital data to produce a series of time windowed time segments; and in response to a gating signal, transform a time windowed time segment of the series of time windowed time segments, into a frequency spectra using a frequency transform, wherein the gating signal is indicative of an on state of pulses within the digital data; and accumulate (515, 615, 915, 1015) the frequency spectra in a database of frequency spectra that provides a measurement of the percentage of time during the measurement period that the frequency spectra occupied each location of an amplitude or power versus frequency space.
A communication device for a hearing protection system comprising: a processor; a radio interface for connection to a radio unit; and an output interface; wherein the processor is configured to: obtain a first position signal indicative of a first position of a first source, wherein to obtain the first position signal comprises to receive first position data from the first source via the radio unit connected to the communication device, the first position data comprising global positioning system coordinates of the first position; obtain a user position signal indicative of position of the user; obtain a direction signal indicative of a head direction of the user; determine a first angle between the head direction and a first direction from the user to the first source, wherein the first direction is based on the first position data of the first position and the user position data of the user position; determine a first filter function based on the first angle; apply the first filter function to a first audio signal for provision of a first left output signal and a first right output signal, wherein the communication device is configured to receive a first input signal from the first source via the radio unit connected to the communication device, and wherein the first audio signal is based on the first input signal; and output a left output signal and a right output signal via the output interface, wherein the left output signal is based on the first left output signal and the right output signal is based on the first right output signal. a processor; a radio interface for connection to a radio unit; and an output interface; wherein the processor is configured to: obtain a first position signal indicative of a first position of a first source, wherein to obtain the first position signal comprises to receive first position data from the first source via the radio unit connected to the communication device, the first position data comprising global positioning system coordinates of the first position; obtain a user position signal indicative of position of the user; obtain a direction signal indicative of a head direction of the user; determine a first angle between the head direction and a first direction from the user to the first source, wherein the first direction is based on the first position data of the first position and the user position data of the user position; determine a first filter function based on the first angle; apply the first filter function to a first audio signal for provision of a first left output signal and a first right output signal, wherein the communication device is configured to receive a first input signal from the first source via the radio unit connected to the communication device, and wherein the first audio signal is based on the first input signal; and output a left output signal and a right output signal via the output interface, wherein the left output signal is based on the first left output signal and the right output signal is based on the first right output signal.
A cache memory, comprising: a tag compression structure storing a plurality of tag compression entries, wherein at least one of the plurality of tag compression entries contains a unique set of higher order bits shared by at least two memory tags and is identified by a respective index value; and a tag array storing a plurality of tag array entries, wherein each of the plurality of tag array entries contains a respective set of lower order bits of one of the memory tags and an index value, wherein the index value of each tag array entry corresponds to the index value of the tag compression structure entry containing the higher order bits of the memory tag of the respective tag array entry, wherein each of the plurality of memory tags comprises at least a portion of a respective memory address of a data element stored in a data array. a tag compression structure storing a plurality of tag compression entries, wherein at least one of the plurality of tag compression entries contains a unique set of higher order bits shared by at least two memory tags and is identified by a respective index value; and a tag array storing a plurality of tag array entries, wherein each of the plurality of tag array entries contains a respective set of lower order bits of one of the memory tags and an index value, wherein the index value of each tag array entry corresponds to the index value of the tag compression structure entry containing the higher order bits of the memory tag of the respective tag array entry, wherein each of the plurality of memory tags comprises at least a portion of a respective memory address of a data element stored in a data array.
Model car having a coil arrangement for supplying the model car with electrical energy, said coil arrangement having at least one substrate and at least one first coil portion and a second coil portion, wherein the substrate, which is manufactured from an electrically insulating material, has a basic shape extending in a planar manner with an upper side extending in a planar manner and an underside opposite the upper side, wherein at least the first coil portion and the second coil portion form a coil winding, wherein the first coil portion is arranged on the upper side and the second coil portion is arranged on the underside of the substrate.
A coated polymeric particulate comprising: one or more polymeric particulates; and a coating composition present on at least a portion of at least one surface of said polymeric particulate, wherein said coating composition consists of one dispersion consisting of; one base polymer, wherein the base polymer is selected from the group consisting of an ethylene/alpha-olefin copolymer, a propylene/alpha-olefin copolymer and an olefin block copolymer; one or more stabilizing agents; one or more biocide agents; one or more neutralizing agents; and water. one or more polymeric particulates; and a coating composition present on at least a portion of at least one surface of said polymeric particulate, wherein said coating composition consists of one dispersion consisting of; one base polymer, wherein the base polymer is selected from the group consisting of an ethylene/alpha-olefin copolymer, a propylene/alpha-olefin copolymer and an olefin block copolymer; one or more stabilizing agents; one or more biocide agents; one or more neutralizing agents; and water. one base polymer, wherein the base polymer is selected from the group consisting of an ethylene/alpha-olefin copolymer, a propylene/alpha-olefin copolymer and an olefin block copolymer; one or more stabilizing agents; one or more biocide agents; one or more neutralizing agents; and water.
Masking device for floor coverings (5, 7, 8) having a fastening rail, which can be laid along a covering edge to be masked, and having a masking profile which can be connected to the fastening rail in different inclined positions with the aid of fastening screws engaging between two longitudinal limbs of the fastening rail and distributed over the profile length, wherein, between its longitudinal limbs, the fastening rail has a filler body, at least in regions, for the screwing-in of the fastening screws, and wherein the two longitudinal limbs of the fastening rail form angle-bent edge webs protruding towards each other while leaving free a longitudinal gap, characterised in that the fastening screws are adapted to the gap width of the longitudinal gap in terms of their core diameter in such a way that the fastening screws cut a thread into the mutually opposing longitudinal edges of the angle-bent edge webs.
A method of forming an erasable optical coupler (110, 210) in a photonic device comprising a conventional optical waveguide (130, 230) formed in a crystalline wafer (105, 205), characterised in that the method comprises: selectively implanting ions in a localised region of the wafer material adjacent to the conventional waveguide of the photonic device, to cause modification of the crystal lattice structure of, and a change in refractive index in, the ion implanted region of the wafer material to thereby form an ion implanted waveguide optically coupled to the adjacent conventional waveguide to couple light out therefrom, or in thereto, wherein the crystalline wafer material and ion implanted waveguide are such that the crystal lattice structure or wafer material composition can be modified to reduce or remove the optical coupling with the conventional waveguide by further modification of the refractive index in the ion implanted region forming the ion implanted waveguide, wherein the further modification of the refractive index of the ion implanted region (110, 210) comprises additional ion implantation or the application of heat.
Folding unit for folding cardboard blanks having a bottom panel and/or a top panel, an end panel (46; 48; 52), a corner panel (16; 18; 20; 22; 54; 56) and a side panel (58; 60; 62; 64), said folding unit comprising - an end panel folding element actuable to pivot about a first axis and - a side panel folding element actuable to pivot about a second axis, - a corner panel folding element, comprising a guiding plate, - said guiding plate being actuable to move about at least one axis in order to initiate folding a corner panel about an axis being substantially parallel to said second axis, characterized in that - said at least one axis is an actual axis running at an angle of about 0° to 60° with respect to said first axis in a plane formed by the first and second axis (34, 38). - an end panel folding element actuable to pivot about a first axis and - a side panel folding element actuable to pivot about a second axis, - a corner panel folding element, comprising a guiding plate, - said guiding plate being actuable to move about at least one axis in order to initiate folding a corner panel about an axis being substantially parallel to said second axis, characterized in that - said at least one axis is an actual axis running at an angle of about 0° to 60° with respect to said first axis in a plane formed by the first and second axis (34, 38).
Thermoelectric device comprising at least two thermoelectric elements (10, 20), called first and second thermoelectric elements, capable of generating an electric current under the action of a temperature gradient exerted between two of their faces, called first and second active faces, the first active faces being intended to undergo heat exchange with a hot source of the temperature gradient, and the second active faces being intended to undergo heat exchange with a cold source of the temperature gradient, said device comprising a first electrical connector connecting the two thermoelectric elements (10, 20) electrically, characterized in that said first connector covers a first part (11, 21) of each first, respectively each second, active face of said first and second thermoelectric elements, a second part (13, 23) of said first, respectively second, active faces being left free.
A vehicle control system, which is configured to stabilize a behavior of a vehicle (Ve) during turning by carrying out a correction to change a driving force or a braking force, comprising: a lateral acceleration detecting means, which is configured to detect a lateral acceleration (Gy) acting in an axle direction of the vehicle (Ve); and a driving/braking force correcting means, which is configured to determine a changing amount (Fctrl) and a changing rate (DFctrl) of the correction based on the lateral acceleration in case of turning the vehicle (Ve), characterized in that the driving/braking force correcting means includes a means configured to revise the changing amount and the changing rate to limit those values within a predetermined target region determined taking into consideration a control response to carry out the correction. a lateral acceleration detecting means, which is configured to detect a lateral acceleration (Gy) acting in an axle direction of the vehicle (Ve); and a driving/braking force correcting means, which is configured to determine a changing amount (Fctrl) and a changing rate (DFctrl) of the correction based on the lateral acceleration in case of turning the vehicle (Ve), characterized in that the driving/braking force correcting means includes a means configured to revise the changing amount and the changing rate to limit those values within a predetermined target region determined taking into consideration a control response to carry out the correction.
An illumination device, arranged to provide illumination device light, the illumination device comprising a light chamber, an electrically variable scattering element, and a controller, wherein - the light chamber contains a light emitting diode arranged to emit LED light; comprises a luminescent material layer arranged remote from the LED and arranged to absorb at least part of the LED light and emit luminescent material emission; and comprises an exit face, through which one or more of the LED light and the luminescent material emission may escape to the exterior of the light chamber thereby providing illumination device light; - the electrically variable scattering element is arranged downstream of the luminescent material layer and upstream of the exit face; and - the controller is electrically connected to the electrically variable scattering element and arranged to control the scattering of the electrically variable scattering element. - the light chamber contains a light emitting diode arranged to emit LED light; comprises a luminescent material layer arranged remote from the LED and arranged to absorb at least part of the LED light and emit luminescent material emission; and comprises an exit face, through which one or more of the LED light and the luminescent material emission may escape to the exterior of the light chamber thereby providing illumination device light; - the electrically variable scattering element is arranged downstream of the luminescent material layer and upstream of the exit face; and - the controller is electrically connected to the electrically variable scattering element and arranged to control the scattering of the electrically variable scattering element.
A method of profiling the performance of a graphics unit when rendering a scene according to a graphics pipeline comprising a geometry processing stage and a fragment processing stage, the method comprising: executing stages of the graphics pipeline using one or more units of rendering circuitry to perform at least one rendering task that defines a portion of the work required to render the scene, the at least one rendering task associated with a set flag; propagating an indication of the set flag through stages of the graphics pipeline as the scene is rendered including from the geometry processing stage to the fragment processing stage so that work done as part of the at least one rendering task is associated with the set flag in the geometry processing stage and the fragment processing stage; enabling a counter in response to a unit of rendering circuitry performing an item of work associated with the set flag, changing the value of the counter associated with the unit of rendering circuitry in response to an occurrence of the event whilst that unit performs an item of work associated with the set flag, and disabling the counter when the associated unit performs an item of work not associated with the set flag; and reading the value of the counter to thereby measure the occurrences of the event caused by completing the at least one rendering task. executing stages of the graphics pipeline using one or more units of rendering circuitry to perform at least one rendering task that defines a portion of the work required to render the scene, the at least one rendering task associated with a set flag; propagating an indication of the set flag through stages of the graphics pipeline as the scene is rendered including from the geometry processing stage to the fragment processing stage so that work done as part of the at least one rendering task is associated with the set flag in the geometry processing stage and the fragment processing stage; enabling a counter in response to a unit of rendering circuitry performing an item of work associated with the set flag, changing the value of the counter associated with the unit of rendering circuitry in response to an occurrence of the event whilst that unit performs an item of work associated with the set flag, and disabling the counter when the associated unit performs an item of work not associated with the set flag; and reading the value of the counter to thereby measure the occurrences of the event caused by completing the at least one rendering task.
An automatic transaction machine configured to print on both sides of a document having a first side and a second side comprising: a printer configured to rotate about a printer axis allowing the printer to move between a first positon and a second position that is different than the first position; a transport configured to transport a document adjacent the printer, wherein while in the first position the printer is configured to print on a first side of the document as the document passes the printer on the transport; characterised by a document spool with a spool axis configured to receive the document from the transport and at least partially rotate the document so that the first side of the document is facing toward the spool axis, wherein the printer is configured to rotate to the second position to print on the second side of the document that is facing outward away from the spool axis. a printer configured to rotate about a printer axis allowing the printer to move between a first positon and a second position that is different than the first position; a transport configured to transport a document adjacent the printer, wherein while in the first position the printer is configured to print on a first side of the document as the document passes the printer on the transport; characterised by a document spool with a spool axis configured to receive the document from the transport and at least partially rotate the document so that the first side of the document is facing toward the spool axis, wherein the printer is configured to rotate to the second position to print on the second side of the document that is facing outward away from the spool axis.