mhurhangee/ep-ind-claims huggingface dataset:
A method for processing data, comprising: mapping, by a first User Equipment, UE, data to a Quality of Service, QoS, flow at a Vehicle to Everything, V2X, layer according to a first configuration; and transmitting, by the first UE, a first information to an access layer, wherein the first information at least comprises an identification associated with the QoS flow. mapping, by a first User Equipment, UE, data to a Quality of Service, QoS, flow at a Vehicle to Everything, V2X, layer according to a first configuration; and transmitting, by the first UE, a first information to an access layer, wherein the first information at least comprises an identification associated with the QoS flow.
A stent graft comprising: a wall defining a generally tubular lumen, the wall defining an opening, the opening having a circumferential periphery; a resilient reinforcing wire curved to follow the periphery of the opening; and a marker winding wound helically around the reinforcing wire, whereby the marker winding is viewable on an image display system employing electromagnetic radiation so as to indicate the location of the periphery of the opening; wherein the marker winding defines a curved passageway around the resilient wire, the curved passageway having an internal diameter D, wherein the marker winding is helically wound with a pitch providing at least one winding per length D along the reinforcing wire; and wherein the marker winding is helically wound with a pitch of greater than 60 degrees. a wall defining a generally tubular lumen, the wall defining an opening, the opening having a circumferential periphery; a resilient reinforcing wire curved to follow the periphery of the opening; and a marker winding wound helically around the reinforcing wire, whereby the marker winding is viewable on an image display system employing electromagnetic radiation so as to indicate the location of the periphery of the opening; wherein the marker winding defines a curved passageway around the resilient wire, the curved passageway having an internal diameter D, wherein the marker winding is helically wound with a pitch providing at least one winding per length D along the reinforcing wire; and wherein the marker winding is helically wound with a pitch of greater than 60 degrees.
A power converter circuit comprising: a supply rectifier circuit for rectifying an AC supply power to generate a rectified supply power; an inverter circuit for receiving the rectified supply power to generate an inverted supply power; a load rectifier circuit for rectifying the inverted supply power to generate a rectified load power for supplying a load current to a load; and a passive boost circuit driven by the load current to provide a boosted voltage to the rectified supply power. a supply rectifier circuit for rectifying an AC supply power to generate a rectified supply power; an inverter circuit for receiving the rectified supply power to generate an inverted supply power; a load rectifier circuit for rectifying the inverted supply power to generate a rectified load power for supplying a load current to a load; and a passive boost circuit driven by the load current to provide a boosted voltage to the rectified supply power.
A pressure tank for drinking water configured for operation as a hydrophore tank, said tank having a cylindrical mantle, a first end section, and a second end section, said cylindrical mantle having a first cylinder end opening located in a first end of said mantle, and a second cylinder end opening located in an opposite end of said mantle, wherein said first end section is detachably mounted on any one of said first or said second cylinder end openings (8, 12), and wherein said second end section is detachably mounted on any one of said second or said first cylinder end openings (12, 8), characterized in that at least said first end section has a curved first center section, whose outer diameter is equal to or less than the inner diameter of said mantle, wherein said first end section may be positioned with the whole of said curved first center section inside said mantle in a transport configuration.
Method for layer thickness determination on a test body made up of at least two layers, with an outer cover layer and a base layer, arranged deeper in the test body with respect to the cover layer, the cover layer and the base layer having different magnetic properties and a different material composition, comprising the following steps: - generating an alternating magnetic field in the test body; - measuring the magnetic field strength at or near the surface of the test body; - measuring at least one pair of values, preferably a plurality of pairs of values, of the harmonic content of the time signal of the tangential magnetic field strength in dependence on the magnetic field strength; - measuring at least one pair of values, preferably a plurality of pairs of values, of the incremental permeability in dependence on the magnetic field strength and - determining the layer thickness of the cover layer and/or one or more other layers arranged in the test body by a method of statistical analysis, with the measured pairs of values of the harmonic content of the time signal of the tangential magnetic field strength and the incremental permeability or local and/or global extreme values and/or symmetries and/or reversal points and/or half-value widths and/or distortion factors determined from the pairs of values as input variables. - generating an alternating magnetic field in the test body; - measuring the magnetic field strength at or near the surface of the test body; - measuring at least one pair of values, preferably a plurality of pairs of values, of the harmonic content of the time signal of the tangential magnetic field strength in dependence on the magnetic field strength; - measuring at least one pair of values, preferably a plurality of pairs of values, of the incremental permeability in dependence on the magnetic field strength and - determining the layer thickness of the cover layer and/or one or more other layers arranged in the test body by a method of statistical analysis, with the measured pairs of values of the harmonic content of the time signal of the tangential magnetic field strength and the incremental permeability or local and/or global extreme values and/or symmetries and/or reversal points and/or half-value widths and/or distortion factors determined from the pairs of values as input variables.
A rotating shaft device of a circuit breaker, comprising a plurality of contact supports provided with movable contacts, and a rotating shaft being in linkage with the plurality of contact supports; an operating mechanism drives the plurality of contact supports to rotate synchronously to drive the movable contacts to be in contact with and separated from static contacts, thereby realizing switching-on and switching-off of the circuit breaker; the rotating shaft has a parallelogram radial section; characterised in that each contact support is provided with an shaft groove having a V-shaped structure in which the rotating shaft is mounted; the rotating shaft device further comprises a clamping plate provided with a fixing groove having a V-shaped structure; the fixing groove having the V-shaped structure corresponds to the shaft groove having the V-shaped structure; the contact supports are fixedly connected to the clamping plate; the rotating shaft is fixed in a space defined by the shaft groove and the fixing groove; the shaft groove is matched with two adjacent sides of the rotating shaft, and the fixing groove is matched with another two adjacent sides of the rotating shaft.
A computer implemented method for detecting a behavioral anomaly in an application, the method comprising: retrieving historical usage information for an application on a computing device; identifying data associated with at least one key metric from the historical usage information; generating a regression model configured to predict usage behavior associated with the application based on the data associated with the at least one key metric; generating a statistical model configured to identify known outliers in the data associated with the at least one key metric; subsequent to generating the regression model and the statistical model, receiving usage information in real-time for the application; predicting, using the regression model, a usage pattern for the application indicating expected values of the at least one key metric; in response to determining that the usage information received in real-time does not correspond to the predicted usage pattern, determining via the statistical model whether the usage information comprises a known outlier, wherein the known outlier is a historical value of the at least one key metric that is not anomalous; in response to determining that the usage information does not comprise the known outlier, detecting the behavioral anomaly; and generating an alert indicative of the behavioral anomaly. retrieving historical usage information for an application on a computing device; identifying data associated with at least one key metric from the historical usage information; generating a regression model configured to predict usage behavior associated with the application based on the data associated with the at least one key metric; generating a statistical model configured to identify known outliers in the data associated with the at least one key metric; subsequent to generating the regression model and the statistical model, receiving usage information in real-time for the application; predicting, using the regression model, a usage pattern for the application indicating expected values of the at least one key metric; in response to determining that the usage information received in real-time does not correspond to the predicted usage pattern, determining via the statistical model whether the usage information comprises a known outlier, wherein the known outlier is a historical value of the at least one key metric that is not anomalous; in response to determining that the usage information does not comprise the known outlier, detecting the behavioral anomaly; and generating an alert indicative of the behavioral anomaly.
An input device comprising: a transparent substrate with a display area and a decorative area; a surface member that is provided above the transparent substrate, the surface member including an operation surface; transparent electrodes that are provided in the display area on a side opposite to the operation surface; a decorative layer that is provided in the decorative area; and a wiring unit that is provided on the decorative area of the transparent substrate, the wiring unit facing the decorative layer, the wiring unit including metal wiring units and transparent units, characterised in that the wiring unit has a layered structure in which the metal wiring units and the transparent wiring units are layered, the transparent wiring units being a transparent conductive layer integrally formed with the transparent electrodes, the transparent wiring units include transparent connection wiring units that extend into both the display area and the decorative area to connect the transparent electrodes electrically with the metal wiring units, a plurality of level parts are provided in the decorative area between the metal wiring units and the display area, wherein gaps are provided between adjacent level parts, wherein the plurality of the level parts are provided in a direction in which the metal wiring units extend in a plan view, the plurality of level parts are formed as protrusions molded together with the transparent substrate, and the transparent connection wiring units extend from the display area to the decorative area through the gaps. a transparent substrate with a display area and a decorative area; a surface member that is provided above the transparent substrate, the surface member including an operation surface; transparent electrodes that are provided in the display area on a side opposite to the operation surface; a decorative layer that is provided in the decorative area; and a wiring unit that is provided on the decorative area of the transparent substrate, the wiring unit facing the decorative layer, the wiring unit including metal wiring units and transparent units, characterised in that the wiring unit has a layered structure in which the metal wiring units and the transparent wiring units are layered, the transparent wiring units being a transparent conductive layer integrally formed with the transparent electrodes, the transparent wiring units include transparent connection wiring units that extend into both the display area and the decorative area to connect the transparent electrodes electrically with the metal wiring units, a plurality of level parts are provided in the decorative area between the metal wiring units and the display area, wherein gaps are provided between adjacent level parts, wherein the plurality of the level parts are provided in a direction in which the metal wiring units extend in a plan view, the plurality of level parts are formed as protrusions molded together with the transparent substrate, and the transparent connection wiring units extend from the display area to the decorative area through the gaps.
Sensor module (2, 35), having: - a sensor unit (4, 32), - a sensor cover (6, 36), and - a separate main body (8, 34), the sensor unit (4, 32) having a sensor surface and a base surface (12, 38), the sensor cover (6, 36) covering the sensor surface and at least a portion of the base surface (12, 38), the sensor cover (6, 36) being connected to the base surface (12, 38) by way of a fused connection, and the main body (8, 34) being connected at least to the base surface (12, 38) of the sensor unit (4, 32) by way of a fused connection with a selectable relative position in relation to the sensor cover (6, 36). - a sensor unit (4, 32), - a sensor cover (6, 36), and - a separate main body (8, 34),
A method for diagnosing a patient for a cardio-pulmonary condition, comprising: receiving data indicative of speech from the patient; calculating, based upon the received data, an average intensity function across a plurality of frequencies; and determining, based at least in part upon a change in intensity between at least two frequencies found in the calculated average intensity function, an existence of a cardio-pulmonary condition associated with the patient; wherein the average intensity function is calculated across the plurality of frequencies by averaging, at each of the plurality of frequencies, a plurality of sample intensity values of the speech, wherein the existence of a cardio-pulmonary condition associated with the patient is determined based upon the average intensity function including an intensity peak in the region of 40-45 Hz. receiving data indicative of speech from the patient; calculating, based upon the received data, an average intensity function across a plurality of frequencies; and determining, based at least in part upon a change in intensity between at least two frequencies found in the calculated average intensity function, an existence of a cardio-pulmonary condition associated with the patient; wherein the average intensity function is calculated across the plurality of frequencies by averaging, at each of the plurality of frequencies, a plurality of sample intensity values of the speech, wherein the existence of a cardio-pulmonary condition associated with the patient is determined based upon the average intensity function including an intensity peak in the region of 40-45 Hz.
An antispastic device comprising: - a horizontal support table, which has the shape of a rectangular prism, - a posterior supports insert structure which has the shape of a rectangular prism and is attached to the horizontal support table close to a posterior long edge of the horizontal support table, - two pairs of triangular wedges (T4,T5), - a supporting platform which has the shape of a rectangular prism and which contains an embedded board, wherein • one of the longer edges of the supporting platform and an anterior long edge of the horizontal support table which is opposite to the posterior long edge of the horizontal support table are connected to each other with two hinges, • said posterior supports insert structure has traces into which the triangular wedges (T4,T5) can fit, • different alpha angles can be generated in the sagittal plane by supporting the supporting platform on the posterior supports insert structure in or without combination with the triangular wedges (T4,T5), • the embedded board generates in use beta angles in the transverse plane, whereby the supporting platform can support a patient so that a three-dimensional rehabilitation procedure can be achieved covering the frontal, sagittal and transverse planes. - a horizontal support table, which has the shape of a rectangular prism, - a posterior supports insert structure which has the shape of a rectangular prism and is attached to the horizontal support table close to a posterior long edge of the horizontal support table, - two pairs of triangular wedges (T4,T5), - a supporting platform which has the shape of a rectangular prism and which contains an embedded board, • one of the longer edges of the supporting platform and an anterior long edge of the horizontal support table which is opposite to the posterior long edge of the horizontal support table are connected to each other with two hinges, • said posterior supports insert structure has traces into which the triangular wedges (T4,T5) can fit, • different alpha angles can be generated in the sagittal plane by supporting the supporting platform on the posterior supports insert structure in or without combination with the triangular wedges (T4,T5), • the embedded board generates in use beta angles in the transverse plane,
A method of (a) detecting cancer in a subject; or (b) monitoring disease progression in a subject diagnosed with cancer or a genetic disorder which predisposes the subject to cancer; or (c) for selecting a subject to be administered a pharmaceutical composition, wherein the subject has cancer or a genetic disorder which predisposes the subject to cancer, comprising: detecting in a biological sample obtained from the subject altered chromatin topology within a chromatin region, wherein said chromatin region comprises at least one distinct topologically-associated domain partitioned by insulator sites, wherein at least one of said insulator sites comprises a CpG dinucleotide within a CTCF binding motif, and wherein the chromatin region comprises the oncogene PDGFRA. (a) detecting cancer in a subject; or (b) monitoring disease progression in a subject diagnosed with cancer or a genetic disorder which predisposes the subject to cancer; or (c) for selecting a subject to be administered a pharmaceutical composition, wherein the subject has cancer or a genetic disorder which predisposes the subject to cancer, comprising: detecting in a biological sample obtained from the subject altered chromatin topology within a chromatin region, wherein said chromatin region comprises at least one distinct topologically-associated domain partitioned by insulator sites, wherein at least one of said insulator sites comprises a CpG dinucleotide within a CTCF binding motif, and wherein the chromatin region comprises the oncogene PDGFRA.
An elastomer nanocomposite characterized by an elastomer comprising a non-functionalized first elastomer and a functionalized second elastomer; and a functionalized filler crosslinked with the elastomer; wherein the non-functionalized first elastomer and the functionalized second elastomer are independently an ethylene-propylene-diene monomer rubber; a nitrile butadiene rubber; a hydrogenated nitrile butadiene rubber; a butadiene rubber; a styrene-butadiene rubber; an acrylonitrile butadiene rubber; an acrylate-butadiene rubber; a natural rubber; a polyisoprene rubber; a polychloroprene rubber; an ethylene-vinyl acetate rubber; a polypropylene oxide rubber; a polypropylene sulfide rubber; a fluoroelastomer; a perfluoroelastomer; a polyurethane rubber, or a functionalized derivative thereof; wherein the functionalized filler has a functional group comprising one or more of the following: a sulfonate group; a phosphonate group; a carboxylate group; a carboxyl group; a sulfonic acid group; a phosphonic acid group; an amino group; a hydroxyl group; a thiol group, or an alkyl group; and wherein the functionalized filler comprises one or more of the following: functionalized carbon nanotubes; functionalized carbon nanofiber; functionalized graphene; functionalized graphene oxide; functionalized graphite; functionalized carbon black; functionalized nanodiamonds; functionalized fullerene; functionalized polysilsequioxanes; functionalized metal nanowires; or functionalized silicon nanowires. functionalized carbon nanotubes; functionalized carbon nanofiber; functionalized graphene; functionalized graphene oxide; functionalized graphite; functionalized carbon black; functionalized nanodiamonds; functionalized fullerene; functionalized polysilsequioxanes; functionalized metal nanowires; or functionalized silicon nanowires.
A sensor button including at least one capacitive sensor electrode and at least one optical sensor coupled to a sensor circuit, characterized in, that the at least one capacitive sensor electrode is coupled to the sensor circuit for detecting the presence of a hand and/or a finger in a capacitive detection space, and the at least one optical sensor is coupled to the sensor circuit for detecting the position of a hand and/or a finger within an optical detection space and/or for detecting at least one hand and/or finger gesture within the optical detection space, wherein the optical detection space is at least partially more distant from the sensor button than the capacitive detection space characterized in, that the optical detection space is distant from the sensor button. the at least one capacitive sensor electrode is coupled to the sensor circuit for detecting the presence of a hand and/or a finger in a capacitive detection space, and the at least one optical sensor is coupled to the sensor circuit for detecting the position of a hand and/or a finger within an optical detection space and/or for detecting at least one hand and/or finger gesture within the optical detection space, wherein the optical detection space is at least partially more distant from the sensor button than the capacitive detection space characterized in, that the optical detection space is distant from the sensor button.