mhurhangee/patent-ind-claim-en huggingface dataset:
A discrete half bridge semiconductor device comprising: a first cascode arrangement and a second cascode arrangement ; each of the first cascode and second cascode arrangements comprising a high voltage FET device die and a low voltage FET device die, wherein the high voltage FET device of the first cascode arrangement and the high voltage FET device of the second cascode arrangement are having a flipped or inverted orientation; wherein the source of the high voltage FET device die is mounted on and connected to a drain of the low voltage FET device die; the source of the low voltage FET device die of the first cascode arrangement and gate of the high voltage FET device die of the first cascode arrangement are connected to a drain terminal of the high voltage FET device die of the second cascode arrangement at common connection pad ; wherein the gate and drain terminals of the high voltage FET device of the first cascode arrangement and the gate and drain terminals of the high voltage FET device of the second cascode arrangement are directly connected to the respective gate and drain pads; and wherein with respect to the second cascode arrangement the gate terminal of the high voltage FET device die and the source terminal of the low voltage FET device die are mounted on respective contact pads , and with respect to the first cascode arrangement the drain terminal of the high voltage FET device die is mounted on a respective contact pad . a first cascode arrangement and a second cascode arrangement ; each of the first cascode and second cascode arrangements comprising a high voltage FET device die and a low voltage FET device die, wherein the high voltage FET device of the first cascode arrangement and the high voltage FET device of the second cascode arrangement are having a flipped or inverted orientation; wherein the source of the high voltage FET device die is mounted on and connected to a drain of the low voltage FET device die; the source of the low voltage FET device die of the first cascode arrangement and gate of the high voltage FET device die of the first cascode arrangement are connected to a drain terminal of the high voltage FET device die of the second cascode arrangement at common connection pad ; wherein the gate and drain terminals of the high voltage FET device of the first cascode arrangement and the gate and drain terminals of the high voltage FET device of the second cascode arrangement are directly connected to the respective gate and drain pads; and wherein with respect to the second cascode arrangement the gate terminal of the high voltage FET device die and the source terminal of the low voltage FET device die are mounted on respective contact pads , and with respect to the first cascode arrangement the drain terminal of the high voltage FET device die is mounted on a respective contact pad .
A pharmaceutical composition comprising a combination of: a) Lactoferrin; and b) one or more Guanosine Nucleotide or a pharmaceutically acceptable salt thereof; wherein an amount of the Lactoferrin ranges from 5 to 50 % by wt. of the composition, and wherein an amount of the Guanosine Nucleotide ranges from 1 to 5% by wt. of the composition. a) Lactoferrin; and b) one or more Guanosine Nucleotide or a pharmaceutically acceptable salt thereof; wherein an amount of the Lactoferrin ranges from 5 to 50 % by wt. of the composition, and wherein an amount of the Guanosine Nucleotide ranges from 1 to 5% by wt. of the composition.
A downhole communication system adapted to provide logging-while-tripping data, comprising: a downhole communication equipment configured to transmit logging-while-tripping data; a plurality of repeaters located in segments of a wired drill pipe that extends from a surface to a bottom hole assembly, wherein each of said plurality of repeaters comprises a memory adapted to store data segments of said logging-while-tripping data received from the downhole communication equipment , wherein the repeater memories are designed to be periodically overwritten to store the newest data segments received from the downhole communication equipment in their memories ; and a surface communication equipment comprising one or more surface communication devices configured to read out the data segments stored in the repeater memories of those wired drill pipe segments that have reached the surface and have been disconnected from the wired drill pipe, wherein the repeater memories of the disconnected drill pipe segments comprise the last data segments they have received from the downhole communication equipment before disconnection. a downhole communication equipment configured to transmit logging-while-tripping data; a plurality of repeaters located in segments of a wired drill pipe that extends from a surface to a bottom hole assembly, wherein each of said plurality of repeaters comprises a memory adapted to store data segments of said logging-while-tripping data received from the downhole communication equipment , wherein the repeater memories are designed to be periodically overwritten to store the newest data segments received from the downhole communication equipment in their memories ; and a surface communication equipment comprising one or more surface communication devices configured to read out the data segments stored in the repeater memories of those wired drill pipe segments that have reached the surface and have been disconnected from the wired drill pipe, wherein the repeater memories of the disconnected drill pipe segments comprise the last data segments they have received from the downhole communication equipment before disconnection.
A sheet manufacturing apparatus comprising: a screening unit that has first openings for screening a defibrated material that is defibrating-processed; a refining unit that has second openings having sizes equal to or greater than sizes of the first openings and refines the defibrated material passing through the screening unit by causing the defibrated material to pass through the second openings; and a deposition unit on which the defibrated material passing through the refining unit is deposited. a screening unit that has first openings for screening a defibrated material that is defibrating-processed; a refining unit that has second openings having sizes equal to or greater than sizes of the first openings and refines the defibrated material passing through the screening unit by causing the defibrated material to pass through the second openings; and a deposition unit on which the defibrated material passing through the refining unit is deposited.
Toothed gear (50A-50F) for a gear box , comprising: - a rim on which a toothing with a multiplicity of teeth is provided, - a support point , and - a web via which the rim is connected to the support point , wherein, at a side of the rim that is situated opposite the toothing and adjacent to the web , a periodic geometry variation aligned with the teeth of the toothing is formed, characterized in that the toothed gear (50A-50F) has an axis of rotation (D), and a radius relative to the axis of rotation (D) to an inner surface of the rim varies in an axial direction relative to the axis of rotation (D) in such a way that, in an axial direction proceeding from the web , the radius becomes continuously smaller. - a rim on which a toothing with a multiplicity of teeth is provided, - a support point , and - a web via which the rim is connected to the support point , wherein, at a side of the rim that is situated opposite the toothing and adjacent to the web , a periodic geometry variation aligned with the teeth of the toothing is formed, characterized in that the toothed gear (50A-50F) has an axis of rotation (D), and a radius relative to the axis of rotation (D) to an inner surface of the rim varies in an axial direction relative to the axis of rotation (D) in such a way that, in an axial direction proceeding from the web , the radius becomes continuously smaller.
A caching device, for an instruction cache , the instruction cache being respectively connected to an external instruction storage device and a plurality of processing cores of a multi-core processor , and the instruction cache being connected to the external instruction storage device via a bus, the caching device comprising a first queue, a second queue, a write port group, a read port, a first pop-up port, a second pop-up port and a press-in port, wherein the write port group is configured to write cache data into a set storage address in the first queue and/or the second queue; the read port is configured to read all cache data from the first queue and/or the second queue at one time; the press-in port is configured to press cache data into the first queue and/or the second queue; the first pop-up port is configured to pop up cache data from the first queue; and the second pop-up port is configured to pop up cache data from the second queue; wherein the first queue is used to store an instruction fetch missing identifier that has not been responded by the bus when the missing of the instruction fetch occurs, and the second queue is used to store an instruction fetch missing identifier that has been responded but not written back by the bus. the write port group is configured to write cache data into a set storage address in the first queue and/or the second queue; the read port is configured to read all cache data from the first queue and/or the second queue at one time; the press-in port is configured to press cache data into the first queue and/or the second queue; the first pop-up port is configured to pop up cache data from the first queue; and the second pop-up port is configured to pop up cache data from the second queue; wherein the first queue is used to store an instruction fetch missing identifier that has not been responded by the bus when the missing of the instruction fetch occurs, and the second queue is used to store an instruction fetch missing identifier that has been responded but not written back by the bus.
A radio-detector system comprising: a radio-detector; a flow cell comprising a plurality of discreetly-selectable fluid conduits each defining an elongate fluid passageway, wherein each said fluid conduit extends through said flow cell and is positioned in radiometric communication with said radio-detector and wherein each discreetly-selectable fluid conduit of said flow cell has a different inner diameter to each of the other said fluid conduits; and, a valve located upstream of said flow cell which includes an input port and a plurality of output ports, each said output port placed in sealed fluid communication with one end of said fluid conduits, said valve allowing said input port to be placed in fluid communication with a passageway of one or more of said fluid conduits. a radio-detector; a flow cell comprising a plurality of discreetly-selectable fluid conduits each defining an elongate fluid passageway, wherein each said fluid conduit extends through said flow cell and is positioned in radiometric communication with said radio-detector and wherein each discreetly-selectable fluid conduit of said flow cell has a different inner diameter to each of the other said fluid conduits; and, a valve located upstream of said flow cell which includes an input port and a plurality of output ports, each said output port placed in sealed fluid communication with one end of said fluid conduits, said valve allowing said input port to be placed in fluid communication with a passageway of one or more of said fluid conduits.
Porous micronized fat powder characterised in that said porous micronized fat powder comprises 70-99.8 % by weight on said powder of a structuring fat and 0.2-10 % by weight on said powder of lecithin, and wherein said powder comprise less than 10% by weight on said powder of water.
A handheld crimp tool comprising: a tool housing (20; 270; 320; 410) defining a rear housing end and a generally hollow interior adapted for enclosing and supporting at least a portion of the components of the tool; an electric motor disposed and supported within the tool housing (20; 270; 320; 410); a planetary roller screw assembly (110; 250; 350; 300; 400) disposed and supported within the tool housing (20; 270; 320; 410), the screw assembly engaged with the motor and including a nut (114; 302; 402) and a screw (116; 306; 256; 356; 406) threadedly engaged with the nut, wherein upon rotation of one of the nut and the screw, the other of the nut and the screw is linearly and axially displaced; a movable clevis engageable with the other of the nut and the screw of the screw assembly (110; 250; 350; 300; 400); a jaw assembly including a first jaw and a second jaw which are positionable between a closed position and an open position; wherein the clevis is biased so as to urge the first jaw and the second jaw to a closed position. a tool housing (20; 270; 320; 410) defining a rear housing end and a generally hollow interior adapted for enclosing and supporting at least a portion of the components of the tool; an electric motor disposed and supported within the tool housing (20; 270; 320; 410); a planetary roller screw assembly (110; 250; 350; 300; 400) disposed and supported within the tool housing (20; 270; 320; 410), the screw assembly engaged with the motor and including a nut (114; 302; 402) and a screw (116; 306; 256; 356; 406) threadedly engaged with the nut, wherein upon rotation of one of the nut and the screw, the other of the nut and the screw is linearly and axially displaced; a movable clevis engageable with the other of the nut and the screw of the screw assembly (110; 250; 350; 300; 400); a jaw assembly including a first jaw and a second jaw which are positionable between a closed position and an open position; wherein the clevis is biased so as to urge the first jaw and the second jaw to a closed position.
A threaded joint for oil well steel pipe comprising: a pin having a male thread that is a male tapered thread at one end of a steel pipe; and a box having a female thread that is a female tapered thread threadedly engaged with the male thread at the other end of a steel pipe, the pin and the box forming radial seal structures which seals a fluid by metal contact with each other at two positions, one on an outer periphery side sealing portion of the pin on a pipe end side and one on an inner periphery side sealing portion of the box on a pipe end side, the threaded joint further comprising an intermediate shoulder (C) formed between thread rows of the female and male tapered threads, wherein on the outer periphery side sealing portion formed on the pin on the pipe end side, a cross-sectional area S1 (mm 2 ) of the pin at a seal point (sp1) which is a portion on the outer peripheral surface of a nose portion on the pin side which comes into contact with the seal surface on the box side first, and a cross-sectional area SO (mm 2 ) of a pipe body portion, which is an unprocessed pin portion satisfy the following expression , on the inner periphery side sealing portion formed on the box on the pipe end side, a cross-sectional area S2 (mm 2 ) of the box at a seal point (sp2), which is a portion on the inner peripheral surface of the pipe end portion on the box side which comes into contact with the seal surface on the pin side first and a cross-sectional area SO' (mm 2 ) of a pipe body portion, which is an unprocessed box portion satisfy the following expression , and a surface area S3 (mm 2 ) of a contact portion of the intermediate shoulder (C) and the cross-sectional area SO (mm 2 ) of the pipe body portion, which is the unprocessed pin portion, satisfy the following expression , S 1 / SO × 100 ≥ 15 % S 2 / S 0 ′ × 100 ≥ 20 % S 3 / S 0 × 100 ≥ 10 % wherein the S1, the SO, the S2, and the SO' satisfy the following expression , S 1 / S 0 ≤ S 2 / S 0 ′ an intermediate shoulder (C) formed between thread rows of the female and male tapered threads, wherein on the outer periphery side sealing portion formed on the pin on the pipe end side, a cross-sectional area S1 (mm 2 ) of the pin at a seal point (sp1) which is a portion on the outer peripheral surface of a nose portion on the pin side which comes into contact with the seal surface on the box side first, and a cross-sectional area SO (mm 2 ) of a pipe body portion, which is an unprocessed pin portion satisfy the following expression , on the inner periphery side sealing portion formed on the box on the pipe end side, a cross-sectional area S2 (mm 2 ) of the box at a seal point (sp2), which is a portion on the inner peripheral surface of the pipe end portion on the box side which comes into contact with the seal surface on the pin side first and a cross-sectional area SO' (mm 2 ) of a pipe body portion, which is an unprocessed box portion satisfy the following expression , and a surface area S3 (mm 2 ) of a contact portion of the intermediate shoulder (C) and the cross-sectional area SO (mm 2 ) of the pipe body portion, which is the unprocessed pin portion, satisfy the following expression ,
A composition comprising one or more perovskite precursors dissolved in a mixture of solvents comprising: i. one or more polar aprotic solvents, each selected in such a way that it can, when used in absence of other components, dissolve said one or more perovskite precursors, ii. one or more linear alcohols of general formula C n H 2n+1 OH, wherein n is from 1 to 12, selected from ethanol, 1-propanol, or a mixture thereof, and iii. optionally, one or more acids, wherein the one or more acids comprise an organic acid; wherein each polar aprotic solvent is a solvent with a polarity of at least 1.65 D, a dielectric constant of at least 15, and that is not able to act as a proton donor, wherein the polar aprotic solvent or mixture of polar aprotic solvents represent between 50 and 95 vol% of the mixture of solvents, and wherein the vol% of the mixture of solvents not occupied by polar aprotic solvents is occupied for at least 90 vol%, preferably for 100 vol%, by the one or more linear alcohols, and the one or more acids if present. i. one or more polar aprotic solvents, each selected in such a way that it can, when used in absence of other components, dissolve said one or more perovskite precursors, ii. one or more linear alcohols of general formula C n H 2n+1 OH, wherein n is from 1 to 12, selected from ethanol, 1-propanol, or a mixture thereof, and iii. optionally, one or more acids, wherein the one or more acids comprise an organic acid;
A microscope system , comprising: a surgical microscope including an operating device with at least one control element , wherein said at least one control element is configured to be operated by a user to provide at least one control function for operating the surgical microscope , a remote operating unit configured to be spatially separated from the surgical microscope , wherein the remote operating unit has at least one remote control element configured to be operated by the user or a further user to provide said at least one control function, wherein the at least one control element comprises right and left handles , characterized in that : the at least one remote control element comprises right and left handles corresponding to the right and left handles formed on the surgical microscope , wherein the remote operating unit comprises a tablet computer provided with the right and left handles , and wherein the remote operating unit comprises a tilt sensor configured to detect tilting of the at least one remote control element , said control function provided by tilting being a corresponding tilting of the surgical microscope . a surgical microscope including an operating device with at least one control element , wherein said at least one control element is configured to be operated by a user to provide at least one control function for operating the surgical microscope , a remote operating unit configured to be spatially separated from the surgical microscope , wherein the remote operating unit has at least one remote control element configured to be operated by the user or a further user to provide said at least one control function, wherein the at least one control element comprises right and left handles , characterized in that : the at least one remote control element comprises right and left handles corresponding to the right and left handles formed on the surgical microscope , wherein the remote operating unit comprises a tablet computer provided with the right and left handles , and wherein the remote operating unit comprises a tilt sensor configured to detect tilting of the at least one remote control element , said control function provided by tilting being a corresponding tilting of the surgical microscope . the at least one remote control element comprises right and left handles corresponding to the right and left handles formed on the surgical microscope , wherein the remote operating unit comprises a tablet computer provided with the right and left handles , and wherein the remote operating unit comprises a tilt sensor configured to detect tilting of the at least one remote control element , said control function provided by tilting being a corresponding tilting of the surgical microscope .
A display apparatus comprising: a housing including a top plate having an opening and two opposed side plate units; a display member capable of moving through said opening; a shutter configured to open and close said opening ; and a moving mechanism provided on at least one of said two side plate units, said moving mechanism including a first slide member and a second slide member each moving along said at least one side plate unit and a transmission member configured to trasmit an amount of movement of said first slide member to said second slide member while increasing the amount of movement, wherein said shutter is configured to move according to movement of the second slide member as well as back and forth along and under the top plate (TP) of the housing characterized in that said shutter is a single plate, and the single plate shutter is configured to fully close the opening . a housing including a top plate having an opening and two opposed side plate units; a display member capable of moving through said opening; a shutter configured to open and close said opening ; and a moving mechanism provided on at least one of said two side plate units, said moving mechanism including a first slide member and a second slide member each moving along said at least one side plate unit and a transmission member configured to trasmit an amount of movement of said first slide member to said second slide member while increasing the amount of movement, wherein said shutter is configured to move according to movement of the second slide member as well as back and forth along and under the top plate (TP) of the housing characterized in that said shutter is a single plate, and the single plate shutter is configured to fully close the opening .