mhurhangee/ep-ind-claims huggingface dataset:
A system for providing selectable video using scalable video coding, SVC, comprising: a scalable video coding capable encoder that receives a base content sequence from a base video source and a plurality of added content sequences from an added video source that have different content from the base content sequence and that produces an SVC stream that includes a basic layer, that corresponds to the base content sequence, and a plurality of enhanced layers (412, 414, 416), that correspond to content in the plurality of added content sequences, wherein the scalable video coding capable encoder is arranged to provide the SVC stream to a first destination (312, 314, 316) and a second destination (312, 314, 316); and a controller that provides a control signal to the first destination and the second destination which provides an indication of which of said enhanced layers are displayed at one of the first destination and the second destination; wherein the indication causes a first of the plurality of enhanced layers (412, 414,416) in the SVC stream to be displayed at the first destination (312, 314, 316) and a second of the plurality of enhanced layers in the SVC stream to be displayed at the second destination (312, 314, 316). a scalable video coding capable encoder that receives a base content sequence from a base video source and a plurality of added content sequences from an added video source that have different content from the base content sequence and that produces an SVC stream that includes a basic layer, that corresponds to the base content sequence, and a plurality of enhanced layers (412, 414, 416), that correspond to content in the plurality of added content sequences, wherein the scalable video coding capable encoder is arranged to provide the SVC stream to a first destination (312, 314, 316) and a second destination (312, 314, 316); and a controller that provides a control signal to the first destination and the second destination which provides an indication of which of said enhanced layers are displayed at one of the first destination and the second destination; wherein the indication causes a first of the plurality of enhanced layers (412, 414,416) in the SVC stream to be displayed at the first destination (312, 314, 316) and a second of the plurality of enhanced layers in the SVC stream to be displayed at the second destination (312, 314, 316).
An active transceiver array for a wireless telecommunications network comprising: a plurality of calibratable transceiver modules, each transceiver module comprising: a transceiver chain operable to process a primary signal and generate a processed primary signal; characterised by a comparator unit provided at each transceiver module operable to compare a reference signal and said processed primary signal to determine a transceiver chain error induced by said transceiver chain in said processed primary signal; and a correction unit which uses the transceiver error to correct said primary signal to be processed by said transceiver chain further comprising a phase stable distribution element operable to distribute said reference signal to each of said plurality of transceiver modules, and wherein said phase stable distribution network comprises a standing wave line, and said standing wave line comprises a line fed with a primary reference signal at one end and shorted at its other end, and a plurality of couplers attached, at one end to said standing wave line, and configured to couple the primary reference signal in said standing wave line as said reference signal to said plurality of calibratable transceiver modules. a plurality of calibratable transceiver modules, each transceiver module comprising: a transceiver chain operable to process a primary signal and generate a processed primary signal; a transceiver chain operable to process a primary signal and generate a processed primary signal; a comparator unit provided at each transceiver module operable to compare a reference signal and said processed primary signal to determine a transceiver chain error induced by said transceiver chain in said processed primary signal; and a correction unit which uses the transceiver error to correct said primary signal to be processed by said transceiver chain further comprising a phase stable distribution element operable to distribute said reference signal to each of said plurality of transceiver modules, and wherein said phase stable distribution network comprises a standing wave line, and said standing wave line comprises a line fed with a primary reference signal at one end and shorted at its other end, and a plurality of couplers attached, at one end to said standing wave line, and configured to couple the primary reference signal in said standing wave line as said reference signal to said plurality of calibratable transceiver modules.
An electronic system comprising a package, a support contained in the package, and an anti-intrusion device (19; 32; 35) of the package comprising: a switch attached to the support; a flexible membrane interposed between the switch and an internal portion of the package, said portion exerting, when the package is closed, a pressure on the switch via the membrane; and at least one protection element (28; 33), different from the membrane and from the switch, and interposed between the membrane and the support at least around the switch. a switch attached to the support; a flexible membrane interposed between the switch and an internal portion of the package, said portion exerting, when the package is closed, a pressure on the switch via the membrane; and at least one protection element (28; 33), different from the membrane and from the switch, and interposed between the membrane and the support at least around the switch.
Antiflooding valve, comprising - an emergency locking lever; - a valve flap which can be arrested in the closed state by means of the emergency locking lever, - a test connection to which a pressure testing device, e.g. a test funnel, can be connected, characterized in that the emergency locking lever comprises a U-shaped operating lever with legs (25, 25'), the leg ends (27, 27') of which are coupled to an actuating shaft (30, 30') of a valve flap actuating member, wherein the test connection is arranged between the legs (25, 25'). - an emergency locking lever; - a valve flap which can be arrested in the closed state by means of the emergency locking lever, - a test connection to which a pressure testing device, e.g. a test funnel, can be connected,
A method for controlling reproduction of external noise in an audio output device, comprising: detecting a speech signal in the vicinity of the audio output device; transcribing the speech signal into text; comparing the transcribed text with reference text; when at least a portion of the transcribed text matches with a portion of the reference text, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable a user of the audio output device to hear sounds external to the audio output device; when at least a portion of the transcribed text does not match with a portion of the reference text at a text level, converting each word from the transcribed text to corresponding phonemes and comparing said phonemes with words of the reference text at a phonetic level, and when said phonemes match with words of the reference text at a phonetic level, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable the user of the audio output device to hear sounds external to the audio output device. detecting a speech signal in the vicinity of the audio output device; transcribing the speech signal into text; comparing the transcribed text with reference text; when at least a portion of the transcribed text matches with a portion of the reference text, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable a user of the audio output device to hear sounds external to the audio output device; when at least a portion of the transcribed text does not match with a portion of the reference text at a text level, converting each word from the transcribed text to corresponding phonemes and comparing said phonemes with words of the reference text at a phonetic level, and when said phonemes match with words of the reference text at a phonetic level, determining to reduce at least one of a level of active noise reduction or a level of noise masking in the audio output device to enable the user of the audio output device to hear sounds external to the audio output device.
An illumination processing method at a video recording apparatus, the video recording apparatus comprising: a liquid crystal panel having adjustable light transmittance between a photosensitive sensor and a lens assembly, wherein an incident light from the lens assembly reaches the photosensitive sensor after passing through the liquid crystal panel, and wherein the method comprises: determining a highlight blooming region of a first image captured from the photosensitive sensor by determining a grayscale value of each pixel in the first image; obtaining an adjustment region on the liquid crystal panel by performing a perspective transformation of the highlight blooming region; turning down light transmittance of each pixel in the adjustment region on the liquid crystal panel, wherein the adjustment region is corresponding to the highlight blooming region; predicting a predicted highlight blooming region that is on a subsequent image after the first image and that is corresponding to the highlight blooming region by determining distances between centers of gravity in difference images of successive images captured before the subsequent image and using a uniform rectilinear model to predict the predicted highlight blooming region based upon the distances between centers of gravity in the difference images of the successive images captured before the subsequent image; and turning down light transmittance of each pixel in a region on the liquid crystal panel, wherein the region is corresponding to the predicted highlight blooming region, before the subsequent image corresponding to the predicted highlight blooming region is captured from the photosensitive sensor. determining a highlight blooming region of a first image captured from the photosensitive sensor by determining a grayscale value of each pixel in the first image; obtaining an adjustment region on the liquid crystal panel by performing a perspective transformation of the highlight blooming region; turning down light transmittance of each pixel in the adjustment region on the liquid crystal panel, wherein the adjustment region is corresponding to the highlight blooming region; predicting a predicted highlight blooming region that is on a subsequent image after the first image and that is corresponding to the highlight blooming region by determining distances between centers of gravity in difference images of successive images captured before the subsequent image and using a uniform rectilinear model to predict the predicted highlight blooming region based upon the distances between centers of gravity in the difference images of the successive images captured before the subsequent image; and turning down light transmittance of each pixel in a region on the liquid crystal panel, wherein the region is corresponding to the predicted highlight blooming region, before the subsequent image corresponding to the predicted highlight blooming region is captured from the photosensitive sensor.
A method for producing a radiation detector comprising pluralities of first and second cells constituted by scintillators having different compositions for different detection sensitivity distributions of radiation energy, pluralities of light-receiving elements each receiving light emitted from each of the first and second cells by radiation to convert the light to electric signals, and reflective layers for guiding the light emitted from said first and second cells to said light-receiving elements, comprising a step of forming a first cell array having at least m x n first cells via reflective layers from a first scintillator plate, wherein m and n are natural numbers of 2 or more, which may be the same or different; a step of forming a second cell array having at least m x n second cells via reflective layers from a second scintillator plate; a step of cutting said first cell array to obtain at least n first single arrays each comprising at least m x 1 first cells via reflective layers; a step of cutting said second cell array to obtain at least n second single arrays each comprising at least m x 1 second cells via reflective layers; a step of aligning each first single array and each second single array with a light-receiving element array having at least m x 2 light-receiving elements, such that said first and second cells oppose said light-receiving elements; and a step of adhering said first single array and said second single array to said light-receiving element array.
A spark plug (1, 101) comprising: a center electrode (4, 104); and a ground electrode (8, 108) disposed providing a gap (G, G') with the center electrode (4, 104), wherein at least one of the center electrode (4, 104) and the ground electrode (8, 108) includes a tip (9, 109, 209, 309) forming the gap (G, G'), the tip (9, 109, 209, 309) including a main body portion and an outer peripheral side surface layer, a composition of the main body portion being Pt as a main constituent and Ni of 0 mass% or more to less than 8 mass%, the outer peripheral side surface layer being disposed at least at a surface radially outside of an axial line extending in a direction from a center of the main body portion to the gap (G, G'), the outer peripheral side surface layer containing Ni of 8 mass% or more and having a thickness of 2 μm or more; characterized in that the composition of the main body portion being also Rh of 5 mass% or more; and in a region (T1, T2) having a thickness of 0.2 mm from a surface of the tip (9, 109, 209, 309) forming the gap (G, G') to an opposite side from a side that the gap (G, G') is positioned, a total content proportion of Ni and an element having lower melting point than Ni to a total mass of the region (T1, T2) is 7 mass% or less. a center electrode (4, 104); and a ground electrode (8, 108) disposed providing a gap (G, G') with the center electrode (4, 104), wherein at least one of the center electrode (4, 104) and the ground electrode (8, 108) includes a tip (9, 109, 209, 309) forming the gap (G, G'), the tip (9, 109, 209, 309) including a main body portion and an outer peripheral side surface layer, a composition of the main body portion being Pt as a main constituent and Ni of 0 mass% or more to less than 8 mass%, the outer peripheral side surface layer being disposed at least at a surface radially outside of an axial line extending in a direction from a center of the main body portion to the gap (G, G'), the outer peripheral side surface layer containing Ni of 8 mass% or more and having a thickness of 2 μm or more; characterized in that the composition of the main body portion being also Rh of 5 mass% or more; and in a region (T1, T2) having a thickness of 0.2 mm from a surface of the tip (9, 109, 209, 309) forming the gap (G, G') to an opposite side from a side that the gap (G, G') is positioned, a total content proportion of Ni and an element having lower melting point than Ni to a total mass of the region (T1, T2) is 7 mass% or less.
Suspension system for fastening an extractor hood in an item of furniture, wherein the suspension system has at least one fastening device on the extractor hood and at least one wall bracket for fastening to the wall of the item of furniture, wherein the fastening device has a housing, at least one swivel arm with an inner face which faces the housing, and at least one compression spring, wherein the swivel arm is movably held on the housing about a swivel axis and comprises a latching lug which serves for engagement with the wall bracket, faces away from the housing of the fastening device, lies offset downwards relative to the swivel axis and has an inner face facing the housing, and the compression spring is perpendicular to the swivel axis and engages with the inner face of the swivel arm on the inner face of the latching lug offset downwards relative to the swivel axis, and a support surface for resting the swivel arm is formed on the wall bracket and tilts upwards from the horizontal, and the swivel arm has a lower face which describes a circular arc whose distance from the vertical to the swivel axis steadily decreases from below in the direction of the latching lug of the swivel arm.
An apparatus for inserting optical fibers into tubes, namely for inserting optical fibers into furcation tubes, comprising a plurality duct-like channels for the furcation tubes, wherein each duct-like channel is configured to receive one furcation tube in such a way that the respective furcation tube is insertable from a first side of the apparatus into the respective duct-like channel so that a relative long tube section of the respective furcation tube can be left protruding on the first side and a relative short tube section of the respective furcation tube can extend from the respective duct-like channel so as to protrude on an opposite second side of the apparatus, wherein each duct-like channel is further configured so that when the respective furcation tube is inserted into the respective duct-like channel, an optical fiber can extend into the relative short tube section of the respective furcation tube on the second side of the apparatus and protrude from the portion of the relative long tube section of the respective furcation tube on the first side of the apparatus, characterized in that the furcation tubes are longitudinally slotted, each duct-like channel is configured so that when the respective slotted furcation tube is inserted into the respective duct-like channel, a portion of the relative long tube section becomes spread apart along a longitudinally slot of the respective furcation tube. comprising a plurality duct-like channels for the furcation tubes, wherein each duct-like channel is configured to receive one furcation tube in such a way that the respective furcation tube is insertable from a first side of the apparatus into the respective duct-like channel so that a relative long tube section of the respective furcation tube can be left protruding on the first side and a relative short tube section of the respective furcation tube can extend from the respective duct-like channel so as to protrude on an opposite second side of the apparatus, wherein each duct-like channel is further configured so that when the respective furcation tube is inserted into the respective duct-like channel, an optical fiber can extend into the relative short tube section of the respective furcation tube on the second side of the apparatus and protrude from the portion of the relative long tube section of the respective furcation tube on the first side of the apparatus, characterized in that the furcation tubes are longitudinally slotted, each duct-like channel is configured so that when the respective slotted furcation tube is inserted into the respective duct-like channel, a portion of the relative long tube section becomes spread apart along a longitudinally slot of the respective furcation tube.
An exhaust structure for a circuit breaker comprising a wiring device, the exhaust structure comprising a housing including an exhaust structure, characterized in that the exhaust structure comprises three exhaust ports (101, 102, 103) arranged at equal intervals on the housing, a first exhaust port, a second exhaust port and a third exhaust port respectively aligned with the top, middle and bottom of a tail of an arc extinguish chamber, wherein: the exhaust port aligned with the middle of the tail of the arc extinguishing chamber includes an exhaust space arranged to overlap with the wiring device of the circuit breaker, and the exhaust space is arranged to house the wiring device when the wiring device is not connected, and the exhaust space is arranged to be vacated when the wiring device is connected. the exhaust port aligned with the middle of the tail of the arc extinguishing chamber includes an exhaust space arranged to overlap with the wiring device of the circuit breaker, and the exhaust space is arranged to house the wiring device when the wiring device is not connected, and the exhaust space is arranged to be vacated when the wiring device is connected.
Printer having a printing device for printing on histology-laboratory consumable articles having a control apparatus, which is configured to receive analogue or digital image signals of a target impression image pattern, and having an optical reading apparatus, characterized in that the optical reading apparatus reads an impression printed on a histology-laboratory consumable article by the printing device, generates analogue or digital impression image signals relating to the impression that has been read, and transfers the impression image signals to the control apparatus, which evaluates the impression image signals received from the optical reading apparatus by comparing them with the analogue or digital image signals of the target impression image pattern and determines at least one quality parameter relating to the impression.
A battery pack comprising: a plurality of batteries that are chargeable and dischargeable; a battery holder that arranges the batteries at predetermined positions; and a bus bar that is a metal sheet fixed to electrode terminals (1x, 1y) of the batteries, wherein the bus bar includes: a plurality of fixed terminals connected with the electrode terminals (1x, 1y) of the batteries; a base that connects the plurality of batteries with each other through the plurality of fixed terminals in series and/or in parallel; and fuse links that include ends that are connected with the fixed terminals, respectively, and roots that are connected with the base, and the battery pack further comprises a heat insulating member that tightly covers surfaces of the fuse links, and surfaces of the fixed terminals connected with the fuse links, respectively. a plurality of batteries that are chargeable and dischargeable; a battery holder that arranges the batteries at predetermined positions; and a bus bar that is a metal sheet fixed to electrode terminals (1x, 1y) of the batteries, wherein the bus bar includes: a plurality of fixed terminals connected with the electrode terminals (1x, 1y) of the batteries; a base that connects the plurality of batteries with each other through the plurality of fixed terminals in series and/or in parallel; and fuse links that include ends that are connected with the fixed terminals, respectively, and roots that are connected with the base, and a plurality of fixed terminals connected with the electrode terminals (1x, 1y) of the batteries; a base that connects the plurality of batteries with each other through the plurality of fixed terminals in series and/or in parallel; and fuse links that include ends that are connected with the fixed terminals, respectively, and roots that are connected with the base, and the battery pack further comprises a heat insulating member that tightly covers surfaces of the fuse links, and surfaces of the fixed terminals connected with the fuse links, respectively.