mhurhangee/ep-ind-claims huggingface dataset:
A playback device, comprising: an amplifier; a voltage regulator; a volume control unit configured to receive settings metadata associated with a volume setting of the playback device; a digital-to-analog converter configured to convert a digital voltage control signal into an analog voltage control signal; a content source configured to provide content metadata associated with content to be output by the amplifier; and a media processor configured to: receive the settings metadata and the content metadata; generate, based on the settings metadata and the content metadata, a digital voltage control signal; transmit the digital voltage control signal to the digital-to-analog converter for conversion into the analog voltage control signal; receive the analog voltage control signal from the digital-to-analog converter; transmit the analog voltage control signal to the voltage regulator to control the voltage regulator by regulating a voltage provided to the amplifier; and characterized in that the media processor is further configured to store, in a memory of the playback device, the digital voltage control signal with the content to be output by the amplifier. an amplifier; a voltage regulator; a volume control unit configured to receive settings metadata associated with a volume setting of the playback device; a digital-to-analog converter configured to convert a digital voltage control signal into an analog voltage control signal; a content source configured to provide content metadata associated with content to be output by the amplifier; and a media processor configured to: receive the settings metadata and the content metadata; generate, based on the settings metadata and the content metadata, a digital voltage control signal; transmit the digital voltage control signal to the digital-to-analog converter for conversion into the analog voltage control signal; receive the analog voltage control signal from the digital-to-analog converter; transmit the analog voltage control signal to the voltage regulator to control the voltage regulator by regulating a voltage provided to the amplifier; and characterized in that the media processor is further configured to store, in a memory of the playback device, the digital voltage control signal with the content to be output by the amplifier. receive the settings metadata and the content metadata; generate, based on the settings metadata and the content metadata, a digital voltage control signal; transmit the digital voltage control signal to the digital-to-analog converter for conversion into the analog voltage control signal; receive the analog voltage control signal from the digital-to-analog converter; transmit the analog voltage control signal to the voltage regulator to control the voltage regulator by regulating a voltage provided to the amplifier; and characterized in that the media processor is further configured to store, in a memory of the playback device, the digital voltage control signal with the content to be output by the amplifier.
A method for monitoring a charge of a battery in a device, comprising: providing a low power processor having a wake state and a dormant state, the low power processor configured to periodically change from the dormant state to the wake state; wherein the dormant state draws a small amount of current to maintain an internal timing mechanism to determine when to enter the wake state; and wherein in the wake state, the low power processor enables several circuits, including a battery monitor circuit, to determine the remaining charge of the battery; and periodically enabling the battery monitor circuit to determine the charge of the battery, the low power processor enabling the battery monitor circuit when the low power processor is in the wake state; wherein the battery monitor circuit has a default safe state in which a digital processor enables the battery monitor circuit, wherein in the default safe state, the battery monitor circuit does not or has not detected the low power processor and signals to the digital processor that it is responsible for monitoring the charge of the battery, and a normal operating state in which the low power processor periodically enables the battery monitor circuit, wherein the normal operating state allows for the low power processor to monitor the charge of the battery, the battery monitor circuit switching from the default safe state to the normal operating state when the low power processor is detected, wherein the digital processor is different than the low power processor. providing a low power processor having a wake state and a dormant state, the low power processor configured to periodically change from the dormant state to the wake state; wherein the dormant state draws a small amount of current to maintain an internal timing mechanism to determine when to enter the wake state; and wherein in the wake state, the low power processor enables several circuits, including a battery monitor circuit, to determine the remaining charge of the battery; and periodically enabling the battery monitor circuit to determine the charge of the battery, the low power processor enabling the battery monitor circuit when the low power processor is in the wake state; wherein the battery monitor circuit has a default safe state in which a digital processor enables the battery monitor circuit, wherein in the default safe state, the battery monitor circuit does not or has not detected the low power processor and signals to the digital processor that it is responsible for monitoring the charge of the battery, and a normal operating state in which the low power processor periodically enables the battery monitor circuit, wherein the normal operating state allows for the low power processor to monitor the charge of the battery, the battery monitor circuit switching from the default safe state to the normal operating state when the low power processor is detected, wherein the digital processor is different than the low power processor.
A method for recording videos in a video call, the method comprising: determining a key voice input party of the video call, and acquiring an image of the key voice input party (201, 202); wherein the key voice input party of the video call is determined through a voice input source and/or a speaking control instruction received from a terminal in the video call; and recording audio data corresponding to the acquired image, and synthesizing the acquired image and the recorded audio data to generate a recorded video file of the video call (206, 207); characterized in that, in the step of determining the key voice input party of the video call through a voice input source and/or a speaking control instruction received from a terminal in the video call, the key voice input party is determined by combination of the following modes: making a determination according to whether there is a voice input in a microphone, wherein, if a voice input is received in the microphone, a terminal corresponding to the microphone is the key voice input party; making a determination according to intensity of audio signals, wherein, if there is a plurality of voice inputs simultaneously, one party that has an audio signal with a higher intensity is taken as the key voice input party; and making a determination according to the received speaking control instruction, wherein, after a speaking start instruction initiated by the terminal is received, one party that initiates the speaking start instruction is taken as the key voice input party. determining a key voice input party of the video call, and acquiring an image of the key voice input party (201, 202); wherein the key voice input party of the video call is determined through a voice input source and/or a speaking control instruction received from a terminal in the video call; and recording audio data corresponding to the acquired image, and synthesizing the acquired image and the recorded audio data to generate a recorded video file of the video call (206, 207); making a determination according to whether there is a voice input in a microphone, wherein, if a voice input is received in the microphone, a terminal corresponding to the microphone is the key voice input party; making a determination according to intensity of audio signals, wherein, if there is a plurality of voice inputs simultaneously, one party that has an audio signal with a higher intensity is taken as the key voice input party; and making a determination according to the received speaking control instruction, wherein, after a speaking start instruction initiated by the terminal is received, one party that initiates the speaking start instruction is taken as the key voice input party.
Table football with playing surface, players and goalkeepers attached to playing rods, wherein the playing rods are telescopic and at both ends are movably placed in eyes of deflection mechanisms enabling deflection of the playing rods in the direction to the left and to the right, while the deflection mechanisms are coupled with side walls of the playing surface of the table; on one side are placed in the eyes outer parts of the playing rods and on the opposite side are placed in the eyes inner parts of the playing rods, which have locking elements to prevent their axial movement, characterized in that the deflection mechanisms enabling deflection of the playing rods in the direction to the left and to the right, are formed by continuous horizontal chambers located on the side walls behind the playing surface, wherein each side wall has six guiding sectors for players and two guiding sectors for the goalkeepers, wherein the guiding sectors for the players have guideways sloping towards the center of the guiding sectors for the players and the guiding sectors for the goalkeepers have guideways sloping towards the goals; on the guideways there are rolling movement mechanisms for each playing rod, which consist of traveling wheels with axles; on the axles there are loosely attached pull rods, which are inserted in guide slots of the guideways and at the ends, the pull rods are finished with the eyes, through which the playing rods are guided.
A method of manipulating data moving to or from a mass storage medium in a continuous stream, the method comprising: receiving, at a reconfigurable logic device, a continuous stream of encrypted data moving from a mass storage medium, the reconfigurable logic device comprising a pipeline, the pipeline comprising a plurality of pipelined data processing engines having different processing functions, wherein the pipelined data processing engines comprise a decryption engine and a search engine, wherein, with reference to data streaming into the pipeline from the mass storage medium, the search engine is downstream from the decryption engine; performing a decryption operation on the streaming encrypted data using the decryption engine to thereby create a decrypted data stream; and performing a search operation on the decrypted data stream for the presence of a data key therein using the search engine. receiving, at a reconfigurable logic device, a continuous stream of encrypted data moving from a mass storage medium, the reconfigurable logic device comprising a pipeline, the pipeline comprising a plurality of pipelined data processing engines having different processing functions, wherein the pipelined data processing engines comprise a decryption engine and a search engine, wherein, with reference to data streaming into the pipeline from the mass storage medium, the search engine is downstream from the decryption engine; performing a decryption operation on the streaming encrypted data using the decryption engine to thereby create a decrypted data stream; and performing a search operation on the decrypted data stream for the presence of a data key therein using the search engine.
A pressure sensor comprising a piezoresistive sensor chip element having a closed chip cavity for measuring the pressure of a pressure medium flowing around the element, and having an element lower surface, as well as a substrate having a substrate upper surface to which the sensor chip element is attached at its lower surface wherein said lower surface has an adhesion area and an outer edge, and wherein the lower surface adheres to the substrate upper surface in the adhesion area, said lower surface having a non-adhesion area in which the lower surface does not adhere to the substrate upper surface and wherein said non-adhesion area extends at least over a circular area arranged centrally on the lower surface, said circular area comprising one third of the total area of the element lower surface, and wherein said non-adhesion area comprises one or more connection area(s) from the circular area to the edge of the lower surface so that the pressure in the pressure medium can spread through the connection area into a space under the non-adhesion area on the element lower surface characterized in that the substrate has a recess located centrally under the sensor chip element.
A bone fastener comprising: a shaft including a wall that defines a longitudinal cavity and a plurality of openings in communication therewith, the openings being disposed in axial alignment along the shaft and the wall being closed exclusive of the openings; and a distal tip; wherein the shaft extends along an axis between a proximal portion and the distal tip, characterized in that the proximal portion includes a proximal surface having a first thread and a distal surface having a second thread; the shaft further includes a resistance element in form of a thread, which extends along a portion of the surface between adjacent crests of the second thread, wherein the resistance element is separate and spaced apart from the second thread; and the first thread includes a smaller pitch or more thread turns per axial distance of shaft relative to the second thread such that the first thread provides a stronger fixation with vertebral tissue and/or resists loosening from tissue. a shaft including a wall that defines a longitudinal cavity and a plurality of openings in communication therewith, the openings being disposed in axial alignment along the shaft and the wall being closed exclusive of the openings; and a distal tip; wherein the shaft extends along an axis between a proximal portion and the distal tip, characterized in that the proximal portion includes a proximal surface having a first thread and a distal surface having a second thread; the shaft further includes a resistance element in form of a thread, which extends along a portion of the surface between adjacent crests of the second thread, wherein the resistance element is separate and spaced apart from the second thread; and the first thread includes a smaller pitch or more thread turns per axial distance of shaft relative to the second thread such that the first thread provides a stronger fixation with vertebral tissue and/or resists loosening from tissue.
Procedure for the radar-based measurement of the level of a medium located in a tank, wherein said procedure comprises the following steps: - Clocked emission of microwave pulses (S HF) in the direction of the medium at a defined clock rate (f c), - Reception of the reflected microwave pulses (E HF) following reflection at the surface of the medium, - Creation of an evaluation signal by scanning the microwave pulses received (e HF) at a defined scan rate (f' c), - Measurement of a relation (Φ) between the clock rate (f c) and the scan rate (f' c), characterized by the following steps: - Creation of an evaluation curve (ZF') by extending or compressing the evaluation signal over time, wherein the compression (Δt) or extension (Δt) is performed in proportion as a function of a ratio (Φ/Φ ref) between the measured relation (Φ) and the target relation (Φ ref), and - Determination of the level using the evaluation curve (ZF'). - Clocked emission of microwave pulses (S HF) in the direction of the medium at a defined clock rate (f c), - Reception of the reflected microwave pulses (E HF) following reflection at the surface of the medium, - Creation of an evaluation signal by scanning the microwave pulses received (e HF) at a defined scan rate (f' c), - Measurement of a relation (Φ) between the clock rate (f c) and the scan rate (f' c), - Creation of an evaluation curve (ZF') by extending or compressing the evaluation signal over time, wherein the compression (Δt) or extension (Δt) is performed in proportion as a function of a ratio (Φ/Φ ref) between the measured relation (Φ) and the target relation (Φ ref), and - Determination of the level using the evaluation curve (ZF').
Actuator assembly for a clutch arrangement in the driveline of a motor vehicle, comprising: a rotatably drivable drive gear; a first ramp ring, which is rotatably drivable by the drive gear, and a second ramp ring, wherein the first ramp ring and the second ramp ring are axially supported against each other and are configured to convert a relative rotary movement into an axial movement; chararcterised by a locking ring which is mounted in a stationary housing so as to be rotatable about an axis of rotation and which is drivingly connected to the drive gear via a power path, the locking ring being rotatable by the drive gear from a first rotational position against a rotation stop (23, 24) into a second rotational position; wherein at least one friction face pairing (28, 19; 7, 9) is provided in the power path between the drive gear and the locking ring, via which a torque can be transmitted to the locking ring by means of frictional forces; and wherein the first ramp ring, after the locking ring has reached the rotation stop (23, 24), is further rotatably drivable by the drive gear. a rotatably drivable drive gear; a first ramp ring, which is rotatably drivable by the drive gear, and a second ramp ring, wherein the first ramp ring and the second ramp ring are axially supported against each other and are configured to convert a relative rotary movement into an axial movement; chararcterised by a locking ring which is mounted in a stationary housing so as to be rotatable about an axis of rotation and which is drivingly connected to the drive gear via a power path, the locking ring being rotatable by the drive gear from a first rotational position against a rotation stop (23, 24) into a second rotational position; wherein at least one friction face pairing (28, 19; 7, 9) is provided in the power path between the drive gear and the locking ring, via which a torque can be transmitted to the locking ring by means of frictional forces; and wherein the first ramp ring, after the locking ring has reached the rotation stop (23, 24), is further rotatably drivable by the drive gear.
A core compartment aft vent, comprising: a flexible core engine cowl; a core engine case, the core engine case surrounded by the flexible core engine cowl; and an annular bumper, the annular bumper located between the flexible core engine cowl and the core engine case, the annular bumper in operative association with the flexible core engine cowl; characterised in that the annular bumper and the flexible core engine cowl are telescopically operatively associated such that the flexible core engine cowl is capable of extending radially outwardly from the annular bumper; and in that the annular bumper and the flexible core engine cowl are telescopically operatively associated through use of slip joints. a flexible core engine cowl; a core engine case, the core engine case surrounded by the flexible core engine cowl; and an annular bumper, the annular bumper located between the flexible core engine cowl and the core engine case, the annular bumper in operative association with the flexible core engine cowl; characterised in that the annular bumper and the flexible core engine cowl are telescopically operatively associated such that the flexible core engine cowl is capable of extending radially outwardly from the annular bumper; and in that the annular bumper and the flexible core engine cowl are telescopically operatively associated through use of slip joints.
A battery pack of a vehicle, the battery pack comprising: a battery; a battery case including: a battery tray which contains the battery; and a battery cover which is mounted on the battery tray and which covers the battery; a cooling unit provided in an end part of the battery case in a first direction that is a longitudinal direction of the battery case, and configured to supply a cooling air into the battery case; an air flow passage provided above the battery and extending along the first direction, in a center part in a second direction perpendicular to the first direction inside the battery case, one end of the air flow passage connected to the cooling unit; and an electric cable arranged between the air flow passage and the battery cover, along the first direction, and configured to supply an electric power of the battery to a motor, the electric cable comprising a positive side cable and a negative side cable, characterized in that a concave part in a shape of a groove is formed on an upper face of an upper wall of the air flow passage along the first direction, the electric cable being arranged in the concave part, and in that for each of the positive side cable and the negative side cable, the concave part of the air flow passage has a width at least twice as large as the diameter of the positive side cable and the negative side cable, thereby being capable of absorbing a superfluous length of the electric cable when both ends of the electric cable are respectively connected to objects to be connected. a battery; a battery case including: a battery tray which contains the battery; and a battery cover which is mounted on the battery tray and which covers the battery; a cooling unit provided in an end part of the battery case in a first direction that is a longitudinal direction of the battery case, and configured to supply a cooling air into the battery case; an air flow passage provided above the battery and extending along the first direction, in a center part in a second direction perpendicular to the first direction inside the battery case, one end of the air flow passage connected to the cooling unit; and an electric cable arranged between the air flow passage and the battery cover, along the first direction, and configured to supply an electric power of the battery to a motor, the electric cable comprising a positive side cable and a negative side cable, characterized in that a concave part in a shape of a groove is formed on an upper face of an upper wall of the air flow passage along the first direction, the electric cable being arranged in the concave part, and in that for each of the positive side cable and the negative side cable, the concave part of the air flow passage has a width at least twice as large as the diameter of the positive side cable and the negative side cable, thereby being capable of absorbing a superfluous length of the electric cable when both ends of the electric cable are respectively connected to objects to be connected.