mhurhangee/ep-ind-claims huggingface dataset:
An audio product for obtaining biologically-relevant information associated with a user comprising: a first electrode placed on an ear tip of the audio product; a second electrode placed on the audio product; a processor coupled to the first and second electrodes, wherein the processor is configured to: receive, via the first electrode or the second electrode, signals affected by an action of the user, infer one or more states of the user based on the signals received via the first electrode or the second electrode, wherein inferring the one or more states of the user includes processing the signals received via the first electrode or the second electrode to determine the presence of alpha waves in the signals received via the first electrode or the second electrode and determining the eyes of the user are closed in response to the determined presence of alpha waves; and take one or more actions to control a wireless device based on the one or more inferred states of the user, the one or more actions including adjusting a volume of music played by the wireless device or entering a low power mode at the wireless device; and an electroacoustic transducer coupled to the processor. a first electrode placed on an ear tip of the audio product; a second electrode placed on the audio product; a processor coupled to the first and second electrodes, wherein the processor is configured to: receive, via the first electrode or the second electrode, signals affected by an action of the user, infer one or more states of the user based on the signals received via the first electrode or the second electrode, wherein inferring the one or more states of the user includes processing the signals received via the first electrode or the second electrode to determine the presence of alpha waves in the signals received via the first electrode or the second electrode and determining the eyes of the user are closed in response to the determined presence of alpha waves; and take one or more actions to control a wireless device based on the one or more inferred states of the user, the one or more actions including adjusting a volume of music played by the wireless device or entering a low power mode at the wireless device; and receive, via the first electrode or the second electrode, signals affected by an action of the user, infer one or more states of the user based on the signals received via the first electrode or the second electrode, wherein inferring the one or more states of the user includes processing the signals received via the first electrode or the second electrode to determine the presence of alpha waves in the signals received via the first electrode or the second electrode and determining the eyes of the user are closed in response to the determined presence of alpha waves; and take one or more actions to control a wireless device based on the one or more inferred states of the user, the one or more actions including adjusting a volume of music played by the wireless device or entering a low power mode at the wireless device; and an electroacoustic transducer coupled to the processor.
A fuse end cap comprising: a mounting cuff defining a first cavity adapted to receive a fuse body; and a terminal extending longitudinally outwardly from the mounting cuff and defining a second cavity adapted to receive a conductor (116, 117), wherein the terminal is configured to be crimped about the conductor (116, 117) to retain the conductor (116, 117) within the second cavity, characterized in that the mounting cuff includes a fastening stem extending therefrom and the terminal is press fit onto the mounting stem. a mounting cuff defining a first cavity adapted to receive a fuse body; and a terminal extending longitudinally outwardly from the mounting cuff and defining a second cavity adapted to receive a conductor (116, 117), wherein the terminal is configured to be crimped about the conductor (116, 117) to retain the conductor (116, 117) within the second cavity, characterized in that the mounting cuff includes a fastening stem extending therefrom and the terminal is press fit onto the mounting stem.
A tire comprising: a pair of beads having a bead core and a bead filler which extends to an outer side in a tire-radial direction of the bead core; a carcass ply including a ply body which extends from one bead core to another bead core, and a ply folding part which is folded back around the bead core; a metal reinforcement layer provided to interpose the ply folding part and the bead filler; characterised in that an electronic component is provided to interpose the bead filler and the ply body. a pair of beads having a bead core and a bead filler which extends to an outer side in a tire-radial direction of the bead core; a carcass ply including a ply body which extends from one bead core to another bead core, and a ply folding part which is folded back around the bead core; a metal reinforcement layer provided to interpose the ply folding part and the bead filler; characterised in that an electronic component is provided to interpose the bead filler and the ply body.
A molded member made of form-stabilized material comprising at least a first component and a second component, wherein said second component has a different pigmentation from that of the first component, and the second component is arranged within the first component to form an interface in such a way that said interface represents a surface curved in space, wherein the interface is essentially described by a family of parabolas, whereby said second component has an essentially parabolic border line (42, 44, 46) towards said first component in a cross-sectional plane (36, 38, 40), said parabolic border line (42, 44, 46) has a maximum, in which the maximums of the parabolic border lines,, decrease continuously along a plane of symmetry over a width of the molded member, and in which the decrease of the maximums of the parabola goes through at least 50%, preferably through at least 75%, of the second component in the taper direction.
A print data generating apparatus for generating print data for a printer capable of printing print band by print band on a surface of a medium that has a spherical or an ellipsoidal printing surface, characterized in that the print data generating apparatus comprises: a relative curvature calculating means for calculating, for each print band, a relative curvature relative to a reference print band corresponding to the longest band among the print bands; and an image data thinning means for generating the print data by thinning out image data of each print band according to the relative curvature of the print band. a relative curvature calculating means for calculating, for each print band, a relative curvature relative to a reference print band corresponding to the longest band among the print bands; and an image data thinning means for generating the print data by thinning out image data of each print band according to the relative curvature of the print band.
An ion trap system, comprising: a laser coupled to a fiber bundle comprising a plurality of fibers, wherein the fiber bundle is configured to receive light from the laser and to split the light from the laser into the plurality of fibers, wherein the plurality of fibers are separated so as to form a plurality of separated fibers; a preparation cell coupled to each of the separated fibers, the preparation cell comprising a plurality of electro-optical modulators, EOMs, wherein each EOM is coupled to a different separated fiber of the plurality of separated fibers, wherein each EOM is configured to prepare a state of laser light received by the separated fiber it is coupled to such that the prepared laser light can be directed at an ion trapped in an ion trap to cause the ion to fluoresce, and wherein, for each EOM, the state of laser light is prepared by at least one of setting a frequency, setting a polarization, or shuttering the laser light passing through the separated fiber that the EOM is coupled to; and a vacuum port fiber bundle to receive the plurality of separated fibers after the plurality of separated fibers have exited the preparation cell, and to couple the fibers into an alignment cell the system further comprising an ion trap within the alignment cell, wherein the alignment cell is configured to utilize each of the plurality of separated fibers to focus corresponding laser light from that fiber on the ion trap to allow laser light of a particular separated fiber to illuminate a particular ion trapped in the ion trap. a laser coupled to a fiber bundle comprising a plurality of fibers, wherein the fiber bundle is configured to receive light from the laser and to split the light from the laser into the plurality of fibers, wherein the plurality of fibers are separated so as to form a plurality of separated fibers; a preparation cell coupled to each of the separated fibers, the preparation cell comprising a plurality of electro-optical modulators, EOMs, wherein each EOM is coupled to a different separated fiber of the plurality of separated fibers, wherein each EOM is configured to prepare a state of laser light received by the separated fiber it is coupled to such that the prepared laser light can be directed at an ion trapped in an ion trap to cause the ion to fluoresce, and wherein, for each EOM, the state of laser light is prepared by at least one of setting a frequency, setting a polarization, or shuttering the laser light passing through the separated fiber that the EOM is coupled to; and a vacuum port fiber bundle to receive the plurality of separated fibers after the plurality of separated fibers have exited the preparation cell, and to couple the fibers into an alignment cell the system further comprising an ion trap within the alignment cell, wherein the alignment cell is configured to utilize each of the plurality of separated fibers to focus corresponding laser light from that fiber on the ion trap to allow laser light of a particular separated fiber to illuminate a particular ion trapped in the ion trap.
A method of performing supercritical carbon dioxide based chromatographic separation procedures on at least two different carbon dioxide based separation systems comprising: performing a first carbon dioxide based separation on a first carbon dioxide separation system, the first carbon dioxide based separation system including a first separation column, a first detector for detecting target analytes, and a first back pressure regulator; determining an average mobile phase density or average column pressure for the first carbon dioxide based separation; and performing a second carbon dioxide based separation on a second carbon dioxide based separation system substantially at the average mobile phase density or average column pressure determined for the first carbon dioxide based separation, the second carbon dioxide based separation system including a second separation column, a second detector for detecting target analytes, and a second back pressure regulator, wherein the first carbon dioxide separation system and the second carbon dioxide separation system have distinct system configurations. performing a first carbon dioxide based separation on a first carbon dioxide separation system, the first carbon dioxide based separation system including a first separation column, a first detector for detecting target analytes, and a first back pressure regulator; determining an average mobile phase density or average column pressure for the first carbon dioxide based separation; and performing a second carbon dioxide based separation on a second carbon dioxide based separation system substantially at the average mobile phase density or average column pressure determined for the first carbon dioxide based separation, the second carbon dioxide based separation system including a second separation column, a second detector for detecting target analytes, and a second back pressure regulator, wherein the first carbon dioxide separation system and the second carbon dioxide separation system have distinct system configurations.
A method of encoding an image or an image portion comprising: determining the value QPC of a quantization parameter for a chroma component of an image or image portion by using the following function to obtain the value QPC from a value of an intermediate quantization parameter QPI both when the color format is 4:2:2 and when the color format is 4:4:4, QPI < 51 ≥ 51 QPC = QPI 51 and determining the value of the quantization parameter for the chroma component by using the following function to obtain the value QPC from the intermediate quantization parameter QPI when the color format is 4:2:0, QPI <30 30 31 32 33 34 35 36 37 38 39 40 41 42 43 >43 QPC = QPI 29 30 31 32 33 33 34 34 35 35 36 36 37 37 = QPI - 6 the intermediate quantization parameter QPI being based on the value of a quantization parameter of a luma component of the image or image portion; and using the determined value QPC to encode the image or image portion. determining the value QPC of a quantization parameter for a chroma component of an image or image portion by using the following function to obtain the value QPC from a value of an intermediate quantization parameter QPI both when the color format is 4:2:2 and when the color format is 4:4:4, QPI < 51 ≥ 51 QPC = QPI 51 and determining the value of the quantization parameter for the chroma component by using the following function to obtain the value QPC from the intermediate quantization parameter QPI when the color format is 4:2:0, QPI <30 30 31 32 33 34 35 36 37 38 39 40 41 42 43 >43 QPC = QPI 29 30 31 32 33 33 34 34 35 35 36 36 37 37 = QPI - 6 the intermediate quantization parameter QPI being based on the value of a quantization parameter of a luma component of the image or image portion; and using the determined value QPC to encode the image or image portion.
A blow head for the implementation of a blown film extrusion process, having at least one melt channel for conveying the molten material to a blow outlet of the blow head, wherein in at least one melt channel at least one overturning device for overturning a molten material is arranged in a melt channel, having a melt inlet and a melt outlet, wherein between the melt inlet and the melt outlet at least one melt guiding means is arranged for moving molten material from the center of the melt inlet to the edge of the melt outlet and for moving molten material from the edge of the melt inlet to the center of the melt outlet, characterized in that the blow head has a displacement device, which is designed for the displacement of the overturning device between a first position, in which the melt inlet and the melt outlet are located in fluid-communicating connection with the melt channel and a second position, in which the melt inlet and the melt outlet are separated from the melt channel.
A method of analyzing and/or treating a fertilized egg, characterized in that the method comprises a step of tapping and/or injecting substance into the albumin sac of the egg, said tapping and/or injecting step being carried out by piercing a hole in the shell next to the pointed end of the egg and passing a hollow needle into said hole so as to lead the distal end of said needle into the albumin sac.
An imaging system for visualization and accurate mapping of temperature distribution in absolute values in the region of interest and anatomical structures of live human or animal tissue independently on spatial distribution of the optical fluence in the body and independently on spatial distribution of the tissue optical properties, comprising: an optoacoustic imaging module that uses pulsed optical illumination at preferred wavelength around 800 nm or around 1300 nm; an ultrasound imaging module having an ultrasonic probe communicably connected to an electronics system that also serves as a probe and to an electronics system for the optoacoustic imaging module and is configured to emit and to detect ultrasonic waves in an ultrasound imaging mode and to detect optoacoustic signals of thermal conditions dependent optoacoustic response of tissue in an optoacoustic imaging mode; an image processing and calibration module connected to the optoacoustic imaging module and to the ultrasound imaging module and configured to generate an image co-registered from an image generated of the temperature distribution and an image generated of the anatomical structures of the live human or animal tissues; an image display module programmed to display either image of anatomical structure or temperature or both; a therapeutic module configured to apply a thermal treatment,, to the live human or animal tissue; and an operating and controlling module electronically connected with said image processing module and configured to control and manipulate at least one of the modules of the imaging system. an optoacoustic imaging module that uses pulsed optical illumination at preferred wavelength around 800 nm or around 1300 nm; an ultrasound imaging module having an ultrasonic probe communicably connected to an electronics system that also serves as a probe and to an electronics system for the optoacoustic imaging module and is configured to emit and to detect ultrasonic waves in an ultrasound imaging mode and to detect optoacoustic signals of thermal conditions dependent optoacoustic response of tissue in an optoacoustic imaging mode; an image processing and calibration module connected to the optoacoustic imaging module and to the ultrasound imaging module and configured to generate an image co-registered from an image generated of the temperature distribution and an image generated of the anatomical structures of the live human or animal tissues; an image display module programmed to display either image of anatomical structure or temperature or both; a therapeutic module configured to apply a thermal treatment,, to the live human or animal tissue; and an operating and controlling module electronically connected with said image processing module and configured to control and manipulate at least one of the modules of the imaging system.
A method for processing a rate group of a service data stream, comprising: receiving, by a gateway device, an identification rule identifier and a corresponding charging control policy that are delivered by a policy and charging rules function PCRF entity, wherein the charging control policy comprises a rate group; matching, by the gateway device, by using the identification rule identifier delivered by the PCRF entity, an identification rule configured in the gateway device, and parsing a service packet of the service data stream according to the matched identification rule, so as to acquire application-layer information of the service data stream; matching, by the gateway device, according to a parsed result, the rate group delivered by the PCRF entity to re-determine a rate group, and if the re-determined rate group is different from a current rate group, reporting, by the gateway device, charging data to a charging system, so that the charging system performs charging according to the charging data, wherein: the charging data comprises service usage information and a reporting reason for reporting the charging data. receiving, by a gateway device, an identification rule identifier and a corresponding charging control policy that are delivered by a policy and charging rules function PCRF entity, wherein the charging control policy comprises a rate group; matching, by the gateway device, by using the identification rule identifier delivered by the PCRF entity, an identification rule configured in the gateway device, and parsing a service packet of the service data stream according to the matched identification rule, so as to acquire application-layer information of the service data stream; matching, by the gateway device, according to a parsed result, the rate group delivered by the PCRF entity to re-determine a rate group, and if the re-determined rate group is different from a current rate group, reporting, by the gateway device, charging data to a charging system, so that the charging system performs charging according to the charging data, wherein: the charging data comprises service usage information and a reporting reason for reporting the charging data.
A link capability indication method, comprising: determining, by a first multi-link device based on whether the first multi-link device supports simultaneous transmit and receive, STR, operation in at least one of directions from a first link to a second link and from the second link to the first link, whether the first multi-link device supports the STR operation on a link pair, wherein the link pair consists of the first link and the second link; sending, by the first multi-link device, indication information to a second device, wherein the indication information indicates whether the first multi-link device supports the STR operation on the link pair; characterized by the determining, by the first multi-link device, whether the first multi-link device supports the STR operation on the link pair, comprises: when the first multi-link device does not support the STR operation in at least one of directions from the first link to the second link and from the second link to the first link, the first multi-link device determines that the first multi-link device does not support the STR operation on the link pair. determining, by a first multi-link device based on whether the first multi-link device supports simultaneous transmit and receive, STR, operation in at least one of directions from a first link to a second link and from the second link to the first link, whether the first multi-link device supports the STR operation on a link pair, wherein the link pair consists of the first link and the second link; sending, by the first multi-link device, indication information to a second device, wherein the indication information indicates whether the first multi-link device supports the STR operation on the link pair; characterized by the determining, by the first multi-link device, whether the first multi-link device supports the STR operation on the link pair, comprises: when the first multi-link device does not support the STR operation in at least one of directions from the first link to the second link and from the second link to the first link, the first multi-link device determines that the first multi-link device does not support the STR operation on the link pair.