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    • 1. 发明专利
    • CONTINUOUS POWDER FEEDER
    • JPH11180556A
    • 1999-07-06
    • JP35293997
    • 1997-12-22
    • COSMO SOGO KENKYUSHO KKCOSMO OIL CO LTD
    • SEKINE NOBUKIWATANABE KATSUYAKIMURA TAKAO
    • B65G53/18
    • PROBLEM TO BE SOLVED: To provide a device that delivers powder over continuously and quantitatively with a simple, little trouble causing mechanism. SOLUTION: This continuous powder feeder 20 comprises a powder storage tank 22, a lifting device 24 for the powder storage tank 22, a catalyst transfer pipe 48 and an upper gas inlet pipe 51. The powder storage tank 22 is a container topped with a lid 40, which container is provided at its lower place with a lower gas inlet port 42 that leads gas into the tank to fluidize the powder layer stored in the tank. The powder transfer pipe 48 extends upwards with its lower end opening leveled with the top of the fluidized powder layer. The upper gas inlet pipe 51 leads gas to above the fluidized powder layer held in the powder storage tank 22. According to the powder transfer, the powder- storage-tank lifting device 24 lifts up the powder storage tank 22 to maintain the contiguousness between the lower end opening of the powder transfer pipe 48 and the top of the fluidized powder layer continuously.
    • 7. 发明专利
    • FLOW CONTROL VALVE FOR POWDER
    • JPH11182692A
    • 1999-07-06
    • JP35294197
    • 1997-12-22
    • COSMO SOGO KENKYUSHO KKCOSMO OIL CO LTD
    • SEKINE NOBUKIWATANABE KATSUYAKIMURA TAKAO
    • F16K1/00F16K1/12
    • PROBLEM TO BE SOLVED: To provide a flow control valve for the flow of powder, applicable to even small-diameter piping with inside diameters of 25 mm or less. SOLUTION: A flow control valve 30 for powder comprises a valve main body 32 and driving unit 34 and controls the flow rate of powder flowing from top to bottom. The valve main body 32 includes a valve box 36, a valve seat 40 having a valve port 38 and provided in the valve box, and a valve stem 44 having a valve element 42 at its upper end and causing the end of the valve element 42 to be inserted and retracted into the valve port 38 in the valve seat 40. The valve box 36 has a first cylindrical hollow part 46 having openings in its upper and lower ends and extending in a straight line and a second cylindrical hollow part 48 forming an acute angle to the first cylindrical hollow part 46 and communicated with a part of the first cylindrical hollow part 46. The valve seat 40 has in its center a circular valve port 38 the center of which is located on the longitudinal centerline of the first cylindrical hollow part 46, the valve seat 40 being provided on top of the first cylindrical hollow part 46. The valve stem 44 is driven by the driving unit to rise and fall within the first cylindrical hollow part 46 to insert and retract the end of the valve element 42 into the valve port 38 in the valve seat 40.
    • 8. 发明专利
    • CYCLONE
    • JPH11179241A
    • 1999-07-06
    • JP35293897
    • 1997-12-22
    • COSMO SOGO KENKYUSHO KKCOSMO OIL CO LTD
    • SEKINE NOBUKIWATANABE KATSUYAKIMURA TAKAO
    • B04C5/14B04C5/185B04C11/00
    • PROBLEM TO BE SOLVED: To provide a cyclone which has high collecting efficiency and also whose seal mechanism for insulating off the inside thereof from the outside has no rotating part. SOLUTION: This cyclone 10 is provided as a shell with an upper cylindrical part 52 whose upper end part is closed by an end wall 60 and a inverted conical part 54 extending downward from the upper cylindrical part 52, and in the shell, dust is separated from an air flow. The cyclone is also provided with a lower circular pipe part 68 of a small diameter hung down from the lower end of the inverted conical part 54 and having an opening 66 at the lower end thereof and a gas introducing pipe 70 passing through the end wall 60 of the upper cylindrical part 52 and hung down along the central line in the longitudinal direction up to extremely near to the upper end part of the lower circular pipe 68 and having a lower end opening 74. Gas is introduced from the gas introducing pipe 70 and is caused to flow out toward into the lower circular pipe part 68 from the lower opening 74 to generate ejector effect. In this way, pressure in the cyclone is reduced to generate differential pressure from the outside of the cyclone and hold dust as a dust bed in the lower circular pipe part 68 to cut off the inside from the outside of the cyclone. And by reduced pressure in the cyclone, collecting efficiency is improved.