mhurhangee/ep-ind-claims huggingface dataset:
A filling system configured to perform a filling process for filling a vessel with liquid, comprising: a liquid tank for storing liquid; a compressor for pressurizing the inside of the liquid tank; a filling head having a seal member adapted to be pressed against a mouth (Vm) of the vessel and channeling the liquid stored inside the liquid tank to the vessel through a liquid passageway while the mouth of the vessel is sealed by the seal member during the filling process; a liquid valve provided in the liquid passageway; a gas passageway connecting a headspace of the liquid tank to an interior of the vessel abutting against the seal member; a gas valve provided in the gas passageway; a snifting passage provided with a snifting valve and connecting the interior of the vessel abutting against the seal member to the outside; and a flowmeter for detecting the amount of liquid supplied to the vessel, the filling system having a first mode for filling non-fizzy liquids, in which the liquid valve is opened to allow the liquid to fill the vessel while the liquid tank is pressurized, the gas valve is closed and the snifting valve is opened, wherein the closed and open conditions of the gas valve and the snifting valve are maintained during the vessel filling process. a liquid tank for storing liquid; a compressor for pressurizing the inside of the liquid tank; a filling head having a seal member adapted to be pressed against a mouth (Vm) of the vessel and channeling the liquid stored inside the liquid tank to the vessel through a liquid passageway while the mouth of the vessel is sealed by the seal member during the filling process; a liquid valve provided in the liquid passageway; a gas passageway connecting a headspace of the liquid tank to an interior of the vessel abutting against the seal member; a gas valve provided in the gas passageway; a snifting passage provided with a snifting valve and connecting the interior of the vessel abutting against the seal member to the outside; and a flowmeter for detecting the amount of liquid supplied to the vessel, the filling system having a first mode for filling non-fizzy liquids, in which the liquid valve is opened to allow the liquid to fill the vessel while the liquid tank is pressurized, the gas valve is closed and the snifting valve is opened, wherein the closed and open conditions of the gas valve and the snifting valve are maintained during the vessel filling process.
Method for coring of a subsurface formation comprising: a) running a coring system comprising an outer core string, a hollow core bit for coring said subsurface formation, an inner core string for collecting of core material, b) measuring formation parameters including properties of the cored material by means of downhole sensors, characterized in further comprising: c) using said formation measurements to determine if sections of the cored material is to be kept or discarded. a) running a coring system comprising an outer core string, a hollow core bit for coring said subsurface formation, an inner core string for collecting of core material, b) measuring formation parameters including properties of the cored material by means of downhole sensors, c) using said formation measurements to determine if sections of the cored material is to be kept or discarded.
An article of apparel, comprising: a textile material; a mobile device holder, coupled to the textile material, configured to secure a mobile device with respect to the article of apparel; and an electrical system, including: an antenna, configured to communicatively couple with a primary antenna of the mobile device, positioned in relation to the holder; a power supply coupled to the antenna; a controller, coupled to the power supply, operable based on the power as output by the power supply; and a sensor, coupled to the textile material, communicatively coupled to the controller via a conductor, configured to detect a sensor condition and output a sensor signal when powered by the power output by the power supply; characterized in that: the electrical system is a passive system in that components of the electrical system are configured to operate when a current is induced in the antenna by the mobile device and the primary antenna, wherein the power supply is configured to rectify and convert the current to a voltage suitable for operation of the components of the electrical system. a textile material; a mobile device holder, coupled to the textile material, configured to secure a mobile device with respect to the article of apparel; and an electrical system, including: an antenna, configured to communicatively couple with a primary antenna of the mobile device, positioned in relation to the holder; a power supply coupled to the antenna; a controller, coupled to the power supply, operable based on the power as output by the power supply; and a sensor, coupled to the textile material, communicatively coupled to the controller via a conductor, configured to detect a sensor condition and output a sensor signal when powered by the power output by the power supply; an antenna, configured to communicatively couple with a primary antenna of the mobile device, positioned in relation to the holder; a power supply coupled to the antenna; a controller, coupled to the power supply, operable based on the power as output by the power supply; and a sensor, coupled to the textile material, communicatively coupled to the controller via a conductor, configured to detect a sensor condition and output a sensor signal when powered by the power output by the power supply; characterized in that: the electrical system is a passive system in that components of the electrical system are configured to operate when a current is induced in the antenna by the mobile device and the primary antenna, wherein the power supply is configured to rectify and convert the current to a voltage suitable for operation of the components of the electrical system.
A method for manufacturing a machine component made of metal-based material, consisting of the following steps: forming said component by a powder bed fusion based additive manufacturing process using a powder blend, comprising providing the powder blend comprising at least one metal-containing powder material and at least one strengthening dispersor in powder form, characterized in that the strengthening dispersor in powder form has an average grain size equal to or less than 5 micrometers and less than an average grain size of the metal-containing powder material; wherein the amount of strengthening dispersor in powder form in the final blend is between 0.1% and 2% by weight; wherein said the at least one strengthening dispersor in powder form is a ceramic material; and wherein the at least one metal-containing powder material is a high-temperature superalloy selected from the group consisting of: Ni-based superalloys, Co-based superalloys, Fe-based superalloys, Mo-based superalloys, W-based superalloys, Ta-based superalloys; Nb-based superalloys, and combinations thereof. forming said component by a powder bed fusion based additive manufacturing process using a powder blend, comprising providing the powder blend comprising at least one metal-containing powder material and at least one strengthening dispersor in powder form, characterized in that the strengthening dispersor in powder form has an average grain size equal to or less than 5 micrometers and less than an average grain size of the metal-containing powder material; wherein the amount of strengthening dispersor in powder form in the final blend is between 0.1% and 2% by weight; wherein said the at least one strengthening dispersor in powder form is a ceramic material; and wherein the at least one metal-containing powder material is a high-temperature superalloy selected from the group consisting of: Ni-based superalloys, Co-based superalloys, Fe-based superalloys, Mo-based superalloys, W-based superalloys, Ta-based superalloys; Nb-based superalloys, and combinations thereof.
A touch substrate, comprising: a touch region; and a wiring region arranged adjacent to the touch region and covered by a protection structure, wherein the protection structure comprises at least two organic layers and at least two inorganic layers arranged alternately one on another, characterized by that each inorganic layer is made of SiNxOy, x and y each being a positive integer, and each inorganic layer has a thickness ranging from 350 to 550Å, and the at least two inorganic layers of the protection structure cover a touch electrode in the touch region, and each inorganic layer has a refractive index ranging from 1.60 to 1.75. a touch region; and a wiring region arranged adjacent to the touch region and covered by a protection structure, wherein the protection structure comprises at least two organic layers and at least two inorganic layers arranged alternately one on another, characterized by that each inorganic layer is made of SiNxOy, x and y each being a positive integer, and each inorganic layer has a thickness ranging from 350 to 550Å, and the at least two inorganic layers of the protection structure cover a touch electrode in the touch region, and each inorganic layer has a refractive index ranging from 1.60 to 1.75.
An image processing unit comprising: a memory unit in which continuously captured images are stored, the images including a reference image and a comparative image different from the reference image; an image dividing unit configured to divide each of the reference image and the comparative image into image blocks of a predetermined size; a mean value calculator unit configured to calculate a mean value of pixel outputs in each image block of each of the reference image and the comparative image; a threshold determining unit configured to determine a threshold determined from a mean value of pixel outputs of an image block of the reference image, the threshold being for determining whether image blocks of the reference image and the comparative image are suitable for image synthesis; and a determiner unit configured to compare the threshold determined by the threshold determining unit with a difference value of the mean values of the pixel outputs in the image blocks of the reference image and the comparative image to be synthesized and determine whether the image blocks of the reference image and the comparative image are suitable for image synthesis based on a result of the comparison, wherein the threshold determining unit is configured to determine different thresholds according to ISO sensitivity. a memory unit in which continuously captured images are stored, the images including a reference image and a comparative image different from the reference image; an image dividing unit configured to divide each of the reference image and the comparative image into image blocks of a predetermined size; a mean value calculator unit configured to calculate a mean value of pixel outputs in each image block of each of the reference image and the comparative image; a threshold determining unit configured to determine a threshold determined from a mean value of pixel outputs of an image block of the reference image, the threshold being for determining whether image blocks of the reference image and the comparative image are suitable for image synthesis; and a determiner unit configured to compare the threshold determined by the threshold determining unit with a difference value of the mean values of the pixel outputs in the image blocks of the reference image and the comparative image to be synthesized and determine whether the image blocks of the reference image and the comparative image are suitable for image synthesis based on a result of the comparison, wherein the threshold determining unit is configured to determine different thresholds according to ISO sensitivity.
A method for encoding a block of video data in block prediction mode of a display stream compression constant bitrate video encoding scheme, the method comprising: determining one or more first candidate regions to be used to predict a current region within the block of video data based on a first partitioning scheme associated with a block prediction mode, the one or more first candidate regions being within a first range of locations associated with the current region, wherein the one or more first candidate regions are stored in a memory of a video encoding device; determining one or more second candidate regions to be used to predict the current region based on a second partitioning scheme associated with a block prediction mode, the one or more second candidate regions being within a second range of location associated with the current region, wherein the one or more second candidate regions are stored in the memory of the video encoding device; determining whether a first cost associated with encoding the current region based on a sum of absolute differences between the current region and the one or more first candidate regions is greater than a second cost associated with encoding the current region based on a sum of absolute differences between the current region and the one or more second candidate regions; and in response to determining that the first cost is greater than the second cost, encoding the current region based on the one or more second candidate regions into a bitstream. determining one or more first candidate regions to be used to predict a current region within the block of video data based on a first partitioning scheme associated with a block prediction mode, the one or more first candidate regions being within a first range of locations associated with the current region, wherein the one or more first candidate regions are stored in a memory of a video encoding device; determining one or more second candidate regions to be used to predict the current region based on a second partitioning scheme associated with a block prediction mode, the one or more second candidate regions being within a second range of location associated with the current region, wherein the one or more second candidate regions are stored in the memory of the video encoding device; determining whether a first cost associated with encoding the current region based on a sum of absolute differences between the current region and the one or more first candidate regions is greater than a second cost associated with encoding the current region based on a sum of absolute differences between the current region and the one or more second candidate regions; and in response to determining that the first cost is greater than the second cost, encoding the current region based on the one or more second candidate regions into a bitstream.
A method of controlling an air conditioning system for a vehicle, - in which at least one mixed air flow flows into at least one air-conditioning unit, the mixed air flow being located in a mixed air duct, and - at least one supply air flow flows out of the air conditioning unit, - wherein at least one actual flow value is determined in at least one fresh air duct, and - at least one control unit continuously adjusts at least one first level of opening for at least one external air shutter unit depending on the actual flow value, - wherein the quantity of the fresh air flow flowing into the mixed air duct is adjusted by changing the first opening level of the fresh air shutter unit, characterised in that - the control unit sets at least a second level of opening for at least one recirculation shutter unit independently of the first level of opening, - wherein the quantity of the circulating air flow flowing into the mixed air duct is adjusted by changing the second opening level of the circulating air shutter unit, - the control unit also continuously adjusts the second level of opening for the circulating air shutter unit dependent on the actual flow value and - at least one combination of a first opening level with a second opening level provides an actual flow value in the fresh air duct which corresponds to a predetermined flow setpoint value of the fresh air flow. - in which at least one mixed air flow flows into at least one air-conditioning unit, the mixed air flow being located in a mixed air duct, and - at least one supply air flow flows out of the air conditioning unit, - wherein at least one actual flow value is determined in at least one fresh air duct, and - at least one control unit continuously adjusts at least one first level of opening for at least one external air shutter unit depending on the actual flow value, - wherein the quantity of the fresh air flow flowing into the mixed air duct is adjusted by changing the first opening level of the fresh air shutter unit, characterised in that - the control unit sets at least a second level of opening for at least one recirculation shutter unit independently of the first level of opening, - wherein the quantity of the circulating air flow flowing into the mixed air duct is adjusted by changing the second opening level of the circulating air shutter unit, - the control unit also continuously adjusts the second level of opening for the circulating air shutter unit dependent on the actual flow value and - at least one combination of a first opening level with a second opening level provides an actual flow value in the fresh air duct which corresponds to a predetermined flow setpoint value of the fresh air flow.
A kit to detect soluble fibroblast growth factor receptors (sFGFRs) in a biological sample, comprising: a capture antibody composition specifically binding sFGFRs conjugated to the microsphere; and a detection antibody composition specifically binding sFGFRs conjugated to a detection label; wherein 0.14 - 494 ng/mL sFGFR2, 0.023 - 74 ng/mL of FGFR3, and 0.033 - 123 ng/mL of FGFR4 is detected in the biological sample; wherein the capture antibody composition comprises a capture antibody specifically binding FGFR2, a capture antibody specifically binding FGFR3, and a capture antibody specifically binding FGFR4; and wherein the detection antibody composition comprises a detection antibody specifically binding FGFR2, a detection antibody specifically binding FGFR3, and a detection antibody specifically binding FGFR4. a capture antibody composition specifically binding sFGFRs conjugated to the microsphere; and a detection antibody composition specifically binding sFGFRs conjugated to a detection label; wherein 0.14 - 494 ng/mL sFGFR2, 0.023 - 74 ng/mL of FGFR3, and 0.033 - 123 ng/mL of FGFR4 is detected in the biological sample;
Vehicular document holding board of the type with a clip for holding sheets and documents, comprising fixing means of the document holding board for connecting to a part of a vehicle and coupling means (14, 15) for connecting with a vehicular holding tray for documents and/or objects, characterized in that said coupling means (14, 15) are complementary to a second coupling means of said vehicular holding tray for documents and/or objects, said coupling means comprise a tongue on a first edge of the board and at least a magnet on a second edge of the board, opposite to said first edge.
A trash can lock comprising a latch, which is supported in a lock housing so as to be pivotable about a pivot axis and which has a latch head, to which a counter locking part can apply a tensile force in a tensile direction, and an opening slider, which can be displaced in the lock housing from an initial position into an operating position, wherein the latch has an arm comprising a locking cam, which, in the initial position, rests against a locking shoulder of the opening slider to hold the latch in the locked position, and which pivots into a release position in response to a displacement of the opening slider into the operating position, wherein the pivot axis of the latch is arranged so as to be laterally offset to a straight line, which is placed through the latch head in a tensile direction, in such a manner that the tensile force acts upon the locking cam against the locking shoulder, characterized in that, in the initial position, the locking shoulder is inclined about an angle of inclination (α), which lies within the self-locking range, as compared to the displacement direction of the opening slider, and that the opening slider can be rotated about an angle value (β), which brings the angle of inclination (α) out of the self-locking range.
A warp knit fabric having a locknit pattern comprising: polytrimethylene terephthalate yarn having a total fineness in the range of 33 to 82.5 dtex and elastic yarn having a total fineness in the range of 22 to 77 dtex and an elongation at break greater than 100%; wherein the warp knit fabric having a locknit pattern comprises: (a) a weight ratio between the PTT yarn and the elastic yarn in the range of 70:30 to 90:10; (b) a basis weight in the range of 180 g/m 2 or greater; characterised by a course density in the range of 15 to 35 courses/cm and (c) an elongation determined in the second elongation cycle at a load of 3.6 kg per 5 cm in the range of 120% to 185% in the warp direction and an elongation in the range of 80% to 150% in the weft direction. polytrimethylene terephthalate yarn having a total fineness in the range of 33 to 82.5 dtex and elastic yarn having a total fineness in the range of 22 to 77 dtex and an elongation at break greater than 100%; wherein the warp knit fabric having a locknit pattern comprises: (a) a weight ratio between the PTT yarn and the elastic yarn in the range of 70:30 to 90:10; (b) a basis weight in the range of 180 g/m 2 or greater; characterised by a course density in the range of 15 to 35 courses/cm and (c) an elongation determined in the second elongation cycle at a load of 3.6 kg per 5 cm in the range of 120% to 185% in the warp direction and an elongation in the range of 80% to 150% in the weft direction. (a) a weight ratio between the PTT yarn and the elastic yarn in the range of 70:30 to 90:10; (b) a basis weight in the range of 180 g/m 2 or greater; characterised by a course density in the range of 15 to 35 courses/cm and (c) an elongation determined in the second elongation cycle at a load of 3.6 kg per 5 cm in the range of 120% to 185% in the warp direction and an elongation in the range of 80% to 150% in the weft direction.
A method of displaying multiple image streams (14,16,18) each comprising multiple image frames for entertaining multiple viewers individually, comprising: generating at least three separate image streams (14,16,18) each comprising multiple image frames and providing an input from at least one viewer (40,42,44) to produce at least one of said image streams (14,16,18) in response to user inputs (60,62); interleaving image frames of each image stream to produce an interleaved image stream; displaying the interleaved image stream; further comprising filtering the displayed interleaved image stream to separate one of the image streams for viewing by one of the viewers (40,42,44); and characterized in that: displaying the interleaved image stream comprises providing a plurality of image projectors, one of which projecting a common background image stream visible to all viewers concurrently along with the interleaved image stream projected by another projector. generating at least three separate image streams (14,16,18) each comprising multiple image frames and providing an input from at least one viewer (40,42,44) to produce at least one of said image streams (14,16,18) in response to user inputs (60,62); interleaving image frames of each image stream to produce an interleaved image stream; displaying the interleaved image stream; further comprising filtering the displayed interleaved image stream to separate one of the image streams for viewing by one of the viewers (40,42,44); and characterized in that: displaying the interleaved image stream comprises providing a plurality of image projectors, one of which projecting a common background image stream visible to all viewers concurrently along with the interleaved image stream projected by another projector. displaying the interleaved image stream comprises providing a plurality of image projectors, one of which projecting a common background image stream visible to all viewers concurrently along with the interleaved image stream projected by another projector.