mhurhangee/ep-ind-claims huggingface dataset:
A test instrument to detect phase slips on a multi-lane serial datalink, the test instrument comprising: a multi-lane serial interface to couple to the multi-lane serial datalink; and a slip detector to: for each lane of a plurality of lanes of the multi-lane serial datalink, access a First-In-First-Out FIFO filling level FFL of the lane; identify a reference lane from among the plurality of lanes based on the FFLs; wherein to identify the reference lane, the slip detector is further to identify, for each lane, a number of partner lanes of the lane, wherein a partner lane indicates a match between two lanes that have not slipped relative to one another, and select a lane having a highest number of partner lanes as the reference lane; and for each lane of the plurality of lanes, detect whether or not there exists phase slippage of the lane with respect to the reference lane based on a FFL of the reference lane and a FFL of the lane. a multi-lane serial interface to couple to the multi-lane serial datalink; and a slip detector to: for each lane of a plurality of lanes of the multi-lane serial datalink, access a First-In-First-Out FIFO filling level FFL of the lane; identify a reference lane from among the plurality of lanes based on the FFLs; wherein to identify the reference lane, the slip detector is further to identify, for each lane, a number of partner lanes of the lane, wherein a partner lane indicates a match between two lanes that have not slipped relative to one another, and select a lane having a highest number of partner lanes as the reference lane; and for each lane of the plurality of lanes, detect whether or not there exists phase slippage of the lane with respect to the reference lane based on a FFL of the reference lane and a FFL of the lane. for each lane of a plurality of lanes of the multi-lane serial datalink, access a First-In-First-Out FIFO filling level FFL of the lane; identify a reference lane from among the plurality of lanes based on the FFLs; wherein to identify the reference lane, the slip detector is further to identify, for each lane, a number of partner lanes of the lane, wherein a partner lane indicates a match between two lanes that have not slipped relative to one another, and select a lane having a highest number of partner lanes as the reference lane; and for each lane of the plurality of lanes, detect whether or not there exists phase slippage of the lane with respect to the reference lane based on a FFL of the reference lane and a FFL of the lane.
Sensor unit for detecting reference and measurement radiation (7, 5) for a distance measuring apparatus, the sensor unit comprising a sensor element and furthermore an optical shielding device; characterized in that the sensor element has a first detection region for detecting measurement radiation and a second detection region for detecting reference radiation; wherein the optical shielding device optically isolates the first and second detection regions (35, 37) from one another; wherein the optical shielding device is positioned and fixed with respect to the sensor element; wherein the optical shielding device has a first cutout and a second cutout, which are transmissive to the optical radiation in a first wavelength range.
A method for monitoring a heterogeneous radio access technology, characterized in that the method comprising: providing in an electronic device a single system clock having a single frequency reference signal capable of synchronization with at least two radio access network technologies; synchronizing the single system clock with a carrier signal of a first network employing a first radio access technology and applying a first frequency correction for the first radio access technology to the system clock; while the single system clock remains synchronized with the first network: monitoring a second network employing a second radio access technology by synchronizing a frequency synthesizer coupled to the single system clock with a carrier signal of the second network without altering synchronization of the system clock with the first network; and applying, independent of the first frequency correction, a second frequency correction for the second radio access technology to the frequency synthesizer while leaving the single system clock unchanged. providing in an electronic device a single system clock having a single frequency reference signal capable of synchronization with at least two radio access network technologies; synchronizing the single system clock with a carrier signal of a first network employing a first radio access technology and applying a first frequency correction for the first radio access technology to the system clock; while the single system clock remains synchronized with the first network: monitoring a second network employing a second radio access technology by synchronizing a frequency synthesizer coupled to the single system clock with a carrier signal of the second network without altering synchronization of the system clock with the first network; and applying, independent of the first frequency correction, a second frequency correction for the second radio access technology to the frequency synthesizer while leaving the single system clock unchanged.
An extraction tool for a tangless spiral coil insert comprising, for extracting the tangless spiral coil insert which has been attached to a work from the work, a mandrel a leading end section of which is constituted as a screw shaft, and a pivotal claw provided with an actuation section which is a slender member and is provided at one end thereof with a claw section engaging with a notch of an end coil section of the tangless spiral coil insert positioned on a surface side of the work and a support section integrally formed with the actuation section, wherein the mandrel has a small-diameter shaft section formed with the screw shaft, characterized in that the mandrel has a slender-cylindrical tubular shaft section which is formed to continuously connect to the small-diameter shaft section and an outer diameter of which is larger than an outer diameter of the small-diameter shaft section; a pivotal-claw attachment groove is formed in the small-diameter shaft section and the tubular shaft section from an end face of the small-diameter shaft section in an axial direction of the mandrel over a predetermined length in order to install the pivotal claw; the pivotal claw is attached to the pivotal-claw attachment groove and the support section is pivotally attached to the mandrel by a pivotal shaft; the tubular shaft section is provided with biasing means acting on the support section of the pivotal claw; the biasing means acts on the support section to bias the claw section outward in a radial direction of the screw shaft such that a hook section formed on the claw section elastically engages with the notch of the end coil section of the tangless spiral coil insert positioned on a surface side of the work; the biasing means is provided with a compression coil spring housed inside the tubular shaft section and a spring reception member caused to abut on an end face of the support section of the pivotal claw by the compression coil spring; and the pivotal claw is constituted as a slender plate member, the claw section is formed in a plate-thickness end-face region positioned of a predetermined distance from a leading end of the plate member, a rear end face of the support section abutting on the spring reception member of the biasing means is inclined in a widthwise direction, and the spring reception member engages with the inclined rear end face to bias the claw section outward in a radial direction of the screw shaft.
A method for audio signal processing in an audio surround processing system (104, 202, 302), comprising: dividing a source audio signal having at least two channels (140, 142) into a first set of components and a second set of components, where a range of frequency of the first set of components is lower than the range of frequency of the second set of components; transforming the first set of components from a time domain to a frequency domain; generating an ambience estimate control coefficient (242, 342, 416) using the estimated ambient energy contained in the first set of components only, the first set of components being in the frequency domain; and determining an overall gain of a plurality of pre-generated surround sound signals using the ambience estimate control coefficient (242, 342, 416). dividing a source audio signal having at least two channels (140, 142) into a first set of components and a second set of components, where a range of frequency of the first set of components is lower than the range of frequency of the second set of components; transforming the first set of components from a time domain to a frequency domain; generating an ambience estimate control coefficient (242, 342, 416) using the estimated ambient energy contained in the first set of components only, the first set of components being in the frequency domain; and determining an overall gain of a plurality of pre-generated surround sound signals using the ambience estimate control coefficient (242, 342, 416).
Tooth stump for a dental model, which dental model comprises at least one tooth and at least one tooth stump receptacle for at least partially receiving the tooth stump, which tooth stump comprises a tooth portion in the form of a human or animal tooth and a coupling portion defining a coupling portion longitudinal axis for force-locking and/or positive-locking engagement with the at least one tooth stump receptacle of the dental model in a coupling position, the tooth stump comprising a positioning device for defined spatial positioning of the tooth stump in the tooth stump receptacle in the coupling position, characterised in that the positioning device comprises at least one positioning element formed on the coupling portion, in that the at least one positioning element can be deflected from a basic position against the action of a restoring device into a holding position displaced towards or away from the coupling portion longitudinal axis or substantially towards or away from the coupling portion longitudinal axis, in that the at least one positioning element, when it is in the holding position, is deflected from the basic position against the action of the restoring device, in that the positioning device comprises at least one guide element, and in that the at least one guide element is arranged or formed on the at least one positioning element.
A method for sterilizing clothing by using a washing machine, characterized by comprising: providing a washing machine having a processing barrel and an air passage in spatial communication with each other, wherein a rubber door seal is disposed at an input port of the processing barrel, an inlet of the air passage is connected to the processing barrel, an outlet is connected to the door seal, and a fan and a heating device are disposed in the air passage, wherein the fan is located on an upstream side of the heating device based on a flow direction of an airflow blown by the fan; starting the heating device to heat air therearound; starting the fan to drive the air to circulate between the processing barrel and the air passage; starting an ozone generator located in the air passage and located on the upstream side of the heating device, to generate ozone, and wherein the ozone generator is started after the heating device and the fan are started. providing a washing machine having a processing barrel and an air passage in spatial communication with each other, wherein a rubber door seal is disposed at an input port of the processing barrel, an inlet of the air passage is connected to the processing barrel, an outlet is connected to the door seal, and a fan and a heating device are disposed in the air passage, wherein the fan is located on an upstream side of the heating device based on a flow direction of an airflow blown by the fan; starting the heating device to heat air therearound; starting the fan to drive the air to circulate between the processing barrel and the air passage; starting an ozone generator located in the air passage and located on the upstream side of the heating device, to generate ozone, and wherein the ozone generator is started after the heating device and the fan are started.
An imaging system, comprising: a radiation source that emits radiation from a focal spot in a direction of an examination region; and a beam shaper, located between the focal spot and the examination region, that shapes an x-ray transmission profile of the radiation emitted from the source and incident on the beam shaper such that the radiation leaving the beam shaper has a pre-determined transmission profile, wherein the beam shaper has a central region (412, 600, 1002) and comprises a two dimensional array of individual radiation attenuating elements, which are spaced apart from each other and arranged such that a density of the attenuating elements varies from the central region in a direction away from the central region along an x-axis direction and the density is smaller in the central region than farther from the central region, wherein the individual radiation attenuating elements attenuate x-rays, characterised by that the individual radiation attenuating elements are cylindrically, cone or rectangular shaped rods, wires, or bars, which are focused at the focal spot. a radiation source that emits radiation from a focal spot in a direction of an examination region; and a beam shaper, located between the focal spot and the examination region, that shapes an x-ray transmission profile of the radiation emitted from the source and incident on the beam shaper such that the radiation leaving the beam shaper has a pre-determined transmission profile,
A screening method for selecting peptides consisting of from 3 to 50 amino acids that bind to a target molecule at a first pH and do not bind to the target molecule at a second pH, comprising: synthesizing a nucleic acid library in which nucleic acids respectively encode peptides consisting of from 3 to 50 amino acids and containing at least one special amino acid that undergoes a pH-dependent change in the charge of the side chain thereof; using the nucleic acid library to express the peptides and prepare a peptide library; bringing the peptide library into contact with the target molecule and incubating them under the first pH condition and selecting peptides that bind to the target molecule; and selecting, from the peptides that have bound to the target molecule, peptides that do not bind to the target molecule under the second pH condition. synthesizing a nucleic acid library in which nucleic acids respectively encode peptides consisting of from 3 to 50 amino acids and containing at least one special amino acid that undergoes a pH-dependent change in the charge of the side chain thereof; using the nucleic acid library to express the peptides and prepare a peptide library; bringing the peptide library into contact with the target molecule and incubating them under the first pH condition and selecting peptides that bind to the target molecule; and selecting, from the peptides that have bound to the target molecule, peptides that do not bind to the target molecule under the second pH condition.
Street light with a plurality of LED lighting devices, which in each case comprise at least one LED with a main radiation direction in the light emission of the LED and a light conducting body which is formed from a light conductor and at least one light distribution surface (12, 14, 18), wherein light from the LED is coupled into the light conducting body and the light conducting body deflects at least a part of the light in such a way that it leaves the light conducting body through the light distribution surface (12, 14, 18) with a light distribution which is asymmetric in relation to the main radiation direction of the LED, wherein the light distribution in a cutting plane, in which the main radiation direction of the LED lies and which intersects the light distribution surface (12, 14, 18), defines a light distribution curve which has a main maximum and at least one secondary maximum, whereby the main maximum lies asymmetrically in relation to the main beam direction of the LED.
A noise canceling system comprising: - a microphone for generating a captured signal representing sound in an audio environment; - a sound transducer for radiating a sound canceling audio signal in the audio environment; - a feedback path (105, 107, 109, 111, 113) from the microphone to the sound transducer, the feedback path (105, 107, 109, 111, 113) receiving the captured signal and generating a drive signal for the sound transducer and comprising a feedback filter; - a tone processor for determining a tone component characteristic for a tone component of a feedback signal of the feedback path (105, 107, 109, 111, 113); and - adaptation circuit for adapting the feedback path in response to the tone component characteristic. - a microphone for generating a captured signal representing sound in an audio environment; - a sound transducer for radiating a sound canceling audio signal in the audio environment; - a feedback path (105, 107, 109, 111, 113) from the microphone to the sound transducer, the feedback path (105, 107, 109, 111, 113) receiving the captured signal and generating a drive signal for the sound transducer and comprising a feedback filter; - a tone processor for determining a tone component characteristic for a tone component of a feedback signal of the feedback path (105, 107, 109, 111, 113); and - adaptation circuit for adapting the feedback path in response to the tone component characteristic.
Method for address assignment for light modules, in particular video modules, arranged matrix-like (A-H), wherein itis determined in each light module (A-H) whether light will be emitted from adjacent light modules (A-H), and the position of the respective light module (A-H) within the arrangement, on the basis of this information, and wherein each light module (A-H) is assigned an address depending on the position, characterized in that the light of all the light modules (A-H) is switched onat the beginning of the addressing, and the position of a light module (A-H) arranged at one of the four corners of the matrix-like arrangement is determined as the first;
A computer-implemented method comprising: a) providing a set of sequence reads of cfDNA molecules, wherein the sequence reads map to a selected genomic region of a reference genome; b) determining allele frequency of a set comprising a plurality of genetic variants within the genomic region, wherein the set includes a variant of interest; c) determining a measure of variability of the allele frequency of the genetic variants in the set; d) providing a measure of variability threshold and an allele frequency threshold; e) determining if the measure of variability is below the variability threshold; and f) if the measure of variability is below the variability threshold: (i) call the variant of interest as having germline origin if the allele frequency of the variant of interest is above the allele frequency threshold, and (ii) call the variant of interest as having somatic origin if the allele frequency of the variant of interest is below the allele frequency threshold. a) providing a set of sequence reads of cfDNA molecules, wherein the sequence reads map to a selected genomic region of a reference genome; b) determining allele frequency of a set comprising a plurality of genetic variants within the genomic region, wherein the set includes a variant of interest; c) determining a measure of variability of the allele frequency of the genetic variants in the set; d) providing a measure of variability threshold and an allele frequency threshold; e) determining if the measure of variability is below the variability threshold; and f) if the measure of variability is below the variability threshold: (i) call the variant of interest as having germline origin if the allele frequency of the variant of interest is above the allele frequency threshold, and (ii) call the variant of interest as having somatic origin if the allele frequency of the variant of interest is below the allele frequency threshold. (i) call the variant of interest as having germline origin if the allele frequency of the variant of interest is above the allele frequency threshold, and (ii) call the variant of interest as having somatic origin if the allele frequency of the variant of interest is below the allele frequency threshold.
A compound selected from Formula I: and stereoisomers, geometric isomers, tautomers, and pharmaceutically acceptable salts thereof, wherein: R 1 is selected from -CH 3, -CH 2 CH 3, cyclopropyl, and cyclobutyl; R 2 is selected from -CH 3, -CHF 2, -CH 2 F, and -CF 3. R 1 is selected from -CH 3, -CH 2 CH 3, cyclopropyl, and cyclobutyl; R 2 is selected from -CH 3, -CHF 2, -CH 2 F, and -CF 3.
A Lighting device, in particular a lighting device for a vehicle, comprising - at least one light source from which light is emitted during operation of the lighting device, the at least one light source being designed as a light-emitting diode, - a first flexible foil through which the light emanating from the at least one light source passes at least partially, the first foil influencing the light passing through in such a way that directed light emerges from the first foil, - a second flexible foil into which the at least one light source is integrated or on which the at least one light source is arranged, wherein contact elements for making electrical contact with the at least one light source are arranged on the second foil, characterized in that the first foil comprises a hologram or is formed as a hologram. - at least one light source from which light is emitted during operation of the lighting device, the at least one light source being designed as a light-emitting diode, - a first flexible foil through which the light emanating from the at least one light source passes at least partially, the first foil influencing the light passing through in such a way that directed light emerges from the first foil, - a second flexible foil into which the at least one light source is integrated or on which the at least one light source is arranged, wherein contact elements for making electrical contact with the at least one light source are arranged on the second foil,
A panel fastener for insulated panels comprising: a pair of sidewalls each having a boss therethrough; a cam rotatably positioned within said boss of each said sidewall, said cam having a spring mounting notch; a spring mounted within said spring mounting notch of said cam, and a hook extending from said pair of sidewalls and having a generally round cam engagement hole therethrough and a catch extending past said pair of sidewalls, said cam being positioned within said generally round cam engagement hole with said spring extending outwardly to frictionally engage said generally round cam engagement hole, whereby contact between the spring and said generally round cam engagement hole causes frictional contact sufficient to rotate the hook through rotation of said cam. a pair of sidewalls each having a boss therethrough; a cam rotatably positioned within said boss of each said sidewall, said cam having a spring mounting notch; a spring mounted within said spring mounting notch of said cam, and a hook extending from said pair of sidewalls and having a generally round cam engagement hole therethrough and a catch extending past said pair of sidewalls, said cam being positioned within said generally round cam engagement hole with said spring extending outwardly to frictionally engage said generally round cam engagement hole, whereby contact between the spring and said generally round cam engagement hole causes frictional contact sufficient to rotate the hook through rotation of said cam.