mhurhangee/ep-ind-claims huggingface dataset:
An intra base-layer prediction method for use in decoding an enhanced layer in a scalable video codec, comprising: reading, from a sequence header of the enhanced layer, a global shift flag to determine whether or not there is a global phase shift between the enhanced layer and an upsampled base layer, and obtaining, from the sequence header, sequence level phase shift information for compensating the global phase shift between the enhanced layer and the upsampled base layer, when the global shift flag indicates that the global phase shift exists; reading, from a macroblock header of the enhanced layer, a local shift flag to determine whether or not there is a local phase shift, different from the global phase shift, between a macroblock of the enhanced layer and an upsampled corresponding block of the base layer, and obtaining, from the macroblock header, macroblock level phase shift information for compensating the local phase shift between the macroblock of the enhanced layer and the upsampled corresponding block of the base layer, when the local shift flag indicates that the local phase shift exists; and obtaining predicted samples from an upsampled base layer picture based on the sequence level phase shift information and the macroblock level phase shift information. reading, from a sequence header of the enhanced layer, a global shift flag to determine whether or not there is a global phase shift between the enhanced layer and an upsampled base layer, and obtaining, from the sequence header, sequence level phase shift information for compensating the global phase shift between the enhanced layer and the upsampled base layer, when the global shift flag indicates that the global phase shift exists; reading, from a macroblock header of the enhanced layer, a local shift flag to determine whether or not there is a local phase shift, different from the global phase shift, between a macroblock of the enhanced layer and an upsampled corresponding block of the base layer, and obtaining, from the macroblock header, macroblock level phase shift information for compensating the local phase shift between the macroblock of the enhanced layer and the upsampled corresponding block of the base layer, when the local shift flag indicates that the local phase shift exists; and obtaining predicted samples from an upsampled base layer picture based on the sequence level phase shift information and the macroblock level phase shift information.
A planting unit for a seeding machine, comprising: a seed supply; and a driven seed meter adapted to receive seeds from the seed supply and to dispense a singularized seed to a seed delivery system adapted to deposit the seed within a furrow in the ground of a field; wherein the driven movement of the seed meter is adapted to be controlled by an electronic control unit such as to achieve a pre-defined pattern of the seeds in the field and the planting unit is adapted to skip dispensing of seeds at locations at which a tramline extending in an angle to the travel direction is to be provided according to the pre-defined pattern characterized in further comprising a seed removal device, the seed removal device provided to remove a seed from the seed meter and is adapted to be activated upon receipt of a signal from the control unit to provide the skip. a seed supply; and a driven seed meter adapted to receive seeds from the seed supply and to dispense a singularized seed to a seed delivery system adapted to deposit the seed within a furrow in the ground of a field; wherein the driven movement of the seed meter is adapted to be controlled by an electronic control unit such as to achieve a pre-defined pattern of the seeds in the field and the planting unit is adapted to skip dispensing of seeds at locations at which a tramline extending in an angle to the travel direction is to be provided according to the pre-defined pattern characterized in further comprising a seed removal device, the seed removal device provided to remove a seed from the seed meter and is adapted to be activated upon receipt of a signal from the control unit to provide the skip.
A voltage limiter with overvoltage protection, which comprises an insulating shell, closed from the top by an electrically and thermally conductive first contact plate provided with a first connecting point and from the bottom by an electrically and thermally conductive second contact plate provided with a second connecting point, where two triggering semiconductor elements (5, 13) oriented in opposing directions and a protection member are connected in parallel and are located inside the insulation shell, the protection member consisting of a varistor or more varistors connected in parallel, where the protection member is located between two thermally and electrically conductive inner plates (3, 11), wherein the semiconductor elements (5, 13) are interconnected with an electronic control device and connecting points (1, 9) via auxiliary lines, and where the voltage limiter is equipped with a compressive construction for mutual clamping and electrical interconnection of individual parts characterised in that the first triggering semiconductor element is located between the electrically and thermally conductive first inner plate, which is in contact with its cathode, and the electrically and thermally conductive first contact plate, which is in contact with its anode, and the second triggering semiconductor element located between the thermally and electrically conductive second inner plate, which is in contact with its cathode, and the electrically and thermally conductive second contact plate, which is in contact with its anode, wherein the electrically and thermally conductive first contact plate and the thermally and electrically conductive second inner plate are pushed against each other via the first triggering semiconductor element, the thermally and electrically conductive first inner plate and the protection member at least by two electrically conductive first thrust members oriented perpendicularly to the X-axis, electrically insulated from the thermally and electrically conductive first inner plate by first insulating shells, wherein the electrically and thermally conductive first contact plate and the thermally and electrically conductive second inner plate are electrically interconnected, and the electrically and thermally conductive second contact plate and the thermally and electrically conductive first inner plate are pushed against each other via the second triggering semiconductor element, the thermally and electrically conductive second inner plate and the protection member at least by two electrically conductive second thrust members oriented perpendicularly to the X-axis, electrically insulated from the thermally and electrically conductive second inner plate by second insulating shells, wherein the electrically and thermally conductive second contact plate and the thermally and electrically conductive first inner plate are electrically bonded.
A display comprising a liquid crystal display panel and a backlight disposed to illuminate the liquid crystal display panel, the backlight comprising an optical stack facing the liquid crystal display panel, the optical stack comprising: a first reflective polarizer having a first pass axis and an orthogonal first block axis and comprising a first plurality of alternating polymeric layers having a first f-ratio in a range of 0,4 to 0,6, the first reflective polarizer having a first average visible light reflectance for light polarized along the first block axis at normal incidence of at least 90 percent and a first average visible light transmittance for light polarized along the first pass axis at normal incidence of at least 85 percent; and a second reflective polarizer proximate the first reflective polarizer, the second reflective polarizer having a second pass axis and an orthogonal second block axis and comprising a second plurality of alternating polymeric layers having a second f-ratio the second reflective polarizer having a second average visible light reflectance for light polarized along the second block axis at normal incidence, wherein an angle between the first and second pass axes is in a range of 10 to 90 degrees, the display being characterised in that the second f-ratio is less than 0,2 or larger than 0,8, and in that the second average visible light reflectance is no more than the first average visible light reflectance minus 10 percent. a first reflective polarizer having a first pass axis and an orthogonal first block axis and comprising a first plurality of alternating polymeric layers having a first f-ratio in a range of 0,4 to 0,6, the first reflective polarizer having a first average visible light reflectance for light polarized along the first block axis at normal incidence of at least 90 percent and a first average visible light transmittance for light polarized along the first pass axis at normal incidence of at least 85 percent; and a second reflective polarizer proximate the first reflective polarizer, the second reflective polarizer having a second pass axis and an orthogonal second block axis and comprising a second plurality of alternating polymeric layers having a second f-ratio the second reflective polarizer having a second average visible light reflectance for light polarized along the second block axis at normal incidence, wherein an angle between the first and second pass axes is in a range of 10 to 90 degrees, the display being characterised in that the second f-ratio is less than 0,2 or larger than 0,8, and in that the second average visible light reflectance is no more than the first average visible light reflectance minus 10 percent.
A method comprising: determining whether multiple feedback is to be simultaneously transmitted, where the multiple feedback are related to at least one of: a carrier aggregation transmission, a coordinated multi-point transmission and an enhanced inter-cell interference coordination transmission; selecting a resource for an uplink control signal message, where the resource comprises an indication of which plurality of uplink control signals are present in the uplink control signal message, wherein the plurality of uplink control signals comprise at least channel state information and acknowledge/negative-acknowledge data, and wherein the plurality of uplink control signals form the multiple feedback; jointly encoding the multiple feedback; and transmitting, from a user equipment, the uplink control signal message comprising the indication and the jointly encoded multiple feedback to a network element. determining whether multiple feedback is to be simultaneously transmitted, where the multiple feedback are related to at least one of: a carrier aggregation transmission, a coordinated multi-point transmission and an enhanced inter-cell interference coordination transmission; selecting a resource for an uplink control signal message, where the resource comprises an indication of which plurality of uplink control signals are present in the uplink control signal message, wherein the plurality of uplink control signals comprise at least channel state information and acknowledge/negative-acknowledge data, and wherein the plurality of uplink control signals form the multiple feedback; jointly encoding the multiple feedback; and transmitting, from a user equipment, the uplink control signal message comprising the indication and the jointly encoded multiple feedback to a network element.
A valve member of a fuel injector, comprising: - a cylindrical body at a first end of which is formed a valve plug defining a conical male face adapted to cooperate with a female complementary face of a valve seat integrated in a nozzle body, the cylindrical body and the plug connecting to each other along an intersection line, characterized in that the valve member comprises at least one first annular groove arranged adjacent to the intersection line, and a second annular groove adjacent to the intersection line, one of the two grooves (50, 51) is arranged on the cylindrical body on one side of the intersection zone and the other of the two grooves (50, 51) is arranged on the plug on the other side of the intersection line. - a cylindrical body at a first end of which is formed a valve plug defining a conical male face adapted to cooperate with a female complementary face of a valve seat integrated in a nozzle body, the cylindrical body and the plug connecting to each other along an intersection line,
A method for scheduling of radio resources to user terminals (UE11-UE24) of different network operators using a scheduling unit, characterized in, that • the scheduling unit determines weight parameters for the user terminals (UE11-UE24) of the different network operators for scheduling of the radio resources based on a predefined distribution of radio resources among the different network operators (s i) and data throughputs per user terminal in a time interval (T ij), • and the scheduling unit schedules the radio resources to the user terminals (UE11-UE24) of the different network operators based on said weight parameters. • the scheduling unit determines weight parameters for the user terminals (UE11-UE24) of the different network operators for scheduling of the radio resources based on a predefined distribution of radio resources among the different network operators (s i) and data throughputs per user terminal in a time interval (T ij), • and the scheduling unit schedules the radio resources to the user terminals (UE11-UE24) of the different network operators based on said weight parameters.
A surgical instrument, comprising: a transducer (2514, 2614) configured to produce vibrations; and an enclosure (2561, 2661), comprising; a first compartment (2563, 2663), wherein said transducer is positioned within said first compartment; a second compartment (2565, 2665); and a material (2567, 2667) positioned within said second compartment, characterized in that said enclosure and said material are configured such that said material can be dispensed from said second compartment into said first compartment to at least partially surround said transducer. a transducer (2514, 2614) configured to produce vibrations; and an enclosure (2561, 2661), comprising; a first compartment (2563, 2663), wherein said transducer is positioned within said first compartment; a second compartment (2565, 2665); and a material (2567, 2667) positioned within said second compartment, characterized in that said enclosure and said material are configured such that said material can be dispensed from said second compartment into said first compartment to at least partially surround said transducer.
A heated enclosure for optimized sublimation of solid-phase semiconductor process materials and subsequent delivery of the resultant vapor, the enclosure is an oven approximately rectangular in shape, the enclosure comprising: a hollow housing which is insulated to retain heat within the housing and has a top, a bottom, a pair of side walls each defined by a side exterior wall and a corresponding side interior wall, a back interior wall and a door, wherein the top, the bottom, the side walls, the back interior wall, and the door are provided with insulation; at least two independent heated zones (10, 11) with independent temperature controls and dedicated overtemperature protection defining an upper heated zone and a lower heated zone and being located in the housing, the lower heated zone configured to accept a container storing a solid-phase semiconductor process material; a removable and height-adjustable rectangular divider plate being made of an insulation material, separating the upper heated zone and the lower heated zone, and minimizing heat transfer between the upper heated zone and the lower heated zone and the divider plate is a substantially flat, smooth, relatively thin component made of a durable material capable of withstanding the elevated temperatures within both the upper heated zone and the lower heated zone; and a heat shield affixed between a source of heating (12, 14) and the container; and the source of heating (12, 14) comprising a first heater providing heat to the upper heated zone and a second heater providing heat to the lower heated zone; characterized in that the divider plate is sized to fit snugly within the heated enclosure, contacting and extending among the side interior walls, the back interior wall and the door. at least two independent heated zones (10, 11) with independent temperature controls and dedicated overtemperature protection defining an upper heated zone and a lower heated zone and being located in the housing, the lower heated zone configured to accept a container storing a solid-phase semiconductor process material; a removable and height-adjustable rectangular divider plate being made of an insulation material, separating the upper heated zone and the lower heated zone, and minimizing heat transfer between the upper heated zone and the lower heated zone and the divider plate is a substantially flat, smooth, relatively thin component made of a durable material capable of withstanding the elevated temperatures within both the upper heated zone and the lower heated zone; and a heat shield affixed between a source of heating (12, 14) and the container; and the source of heating (12, 14) comprising a first heater providing heat to the upper heated zone and a second heater providing heat to the lower heated zone; characterized in that the divider plate is sized to fit snugly within the heated enclosure, contacting and extending among the side interior walls, the back interior wall and the door.
An electronic device comprising: a housing having an opening; a roll installed in the housing; a flexible display disposed in the housing and configured to be wound on the roll and withdrawn through the opening in accordance with a rotating direction of the roll; characterised by a housing guide disposed in the housing and configured to guide portions of the housing so that a size of the housing is reduced as the flexible display is withdrawn through the opening. a housing having an opening; a roll installed in the housing; a flexible display disposed in the housing and configured to be wound on the roll and withdrawn through the opening in accordance with a rotating direction of the roll; characterised by a housing guide disposed in the housing and configured to guide portions of the housing so that a size of the housing is reduced as the flexible display is withdrawn through the opening.
A surgical anvil assembly for use with a circular stapling instrument, comprising: an anvil center rod; an anvil head pivotally coupled to the anvil center rod and movable between a first, operative condition and a second, tilted condition; and a ring assembly disposed within a recess of the anvil head and movable within the recess from a proximal position preventing pivotal movement of the anvil head from the first, operative condition, to a distal position permitting pivotal movement of the anvil head to the second, tilted condition, wherein the ring assembly includes: a backup member configured to engage the anvil center rod when the ring assembly is in the proximal position; and a ring cup nested with the backup member and defining an annular chamber; characterised in that the ring assembly further includes a cut ring disposed within the annular chamber, wherein the ring cup has an outer wall defining a chamfered surface, such that upon an advancement of an annular knife, the annular knife is guided towards the cut ring by the chamfered surface to pierce the cut ring; wherein the cut ring is fabricated from a softer material than the ring cup. an anvil center rod; an anvil head pivotally coupled to the anvil center rod and movable between a first, operative condition and a second, tilted condition; and a ring assembly disposed within a recess of the anvil head and movable within the recess from a proximal position preventing pivotal movement of the anvil head from the first, operative condition, to a distal position permitting pivotal movement of the anvil head to the second, tilted condition, wherein the ring assembly includes: a backup member configured to engage the anvil center rod when the ring assembly is in the proximal position; and a ring cup nested with the backup member and defining an annular chamber; a backup member configured to engage the anvil center rod when the ring assembly is in the proximal position; and a ring cup nested with the backup member and defining an annular chamber;
Method for operating a burner arrangement having a burner which burns an air/fuel mixture, wherein the method comprises the following method steps: predefining a setpoint value for an ionization current; operating the burner in a first operating state at a first predefined power level; measuring an ionization current by means of an ionization electrode; comparing the measured ionization current with the predefined setpoint value and determining a deviation; and if the deviation exceeds a predefined limit value: transferring the burner into a second operating state at a second power level, wherein the second power level is higher than the first power level, and wherein the second power level is determined as a function of the deviation. predefining a setpoint value for an ionization current; operating the burner in a first operating state at a first predefined power level; measuring an ionization current by means of an ionization electrode; comparing the measured ionization current with the predefined setpoint value and determining a deviation; and if the deviation exceeds a predefined limit value: transferring the burner into a second operating state at a second power level, wherein the second power level is higher than the first power level, and wherein the second power level is determined as a function of the deviation. transferring the burner into a second operating state at a second power level, wherein the second power level is higher than the first power level, and wherein the second power level is determined as a function of the deviation.
A sieve assembly for an agricultural harvester, said sieve assembly comprising: right and left side frames (72, 70) interconnected by at least a cross frame at one end thereof; a mechanism for driving said right and left frames (72, 70) in fore and aft movement and permitting side to side movement; a mechanism for driving said right and left frames (72, 70) in side to side movement; and a link structurally connected to one of said right and left frames (72, 70), said link being cast and having: a single input for driving side to side movement, a structural mounting for said one of right and left frames (72, 70), and a plurality of mounting points, characterized in that the sieve assembly further comprises support frames (150, 152), mounted at the mounting points and extending between said one of said first and second frames (72, 70) and the other of said frames. right and left side frames (72, 70) interconnected by at least a cross frame at one end thereof; a mechanism for driving said right and left frames (72, 70) in fore and aft movement and permitting side to side movement; a mechanism for driving said right and left frames (72, 70) in side to side movement; and a link structurally connected to one of said right and left frames (72, 70), said link being cast and having: a single input for driving side to side movement, a structural mounting for said one of right and left frames (72, 70), and a plurality of mounting points, characterized in that the sieve assembly further comprises support frames (150, 152), mounted at the mounting points and extending between said one of said first and second frames (72, 70) and the other of said frames. a single input for driving side to side movement, a structural mounting for said one of right and left frames (72, 70), and a plurality of mounting points, characterized in that the sieve assembly further comprises support frames (150, 152), mounted at the mounting points and extending between said one of said first and second frames (72, 70) and the other of said frames.