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    • 26. 发明专利
    • ROTARY KILN
    • JPH1163842A
    • 1999-03-05
    • JP22573997
    • 1997-08-06
    • TAKASAGO KOGYO KK
    • MINOWA AKIRA
    • F27B7/24F27B7/34
    • PROBLEM TO BE SOLVED: To prevent the penetration of outside air by providing a discharge chamber with an auxiliary burner which jets out combustion flame for interrupting the outside air penetrating from the space between a retort and the discharge chamber. SOLUTION: The matter to be calcined sent in by a belt conveyor 4 is combusted by the flame jetting out from a main burner 7 mounted on a discharge cylinder 6 constituting a discharge chamber 5 provided at the left end while being carried left accompanying the rotation of a retort 1, and then, it is let fall into the discharge chamber 5, and the combustion gas produced in the retort 1 is discharged from the exhaust cylinder 9 constituting the exhaust chamber 8 provided at the right end, thus narrow space a is provided between the discharge cylinder 6 and the retort 1. An auxiliary burner 10 for jetting out the combustion flame for interrupting outside air penetrating from the space a is mounted on the top end of the discharge chamber 5 within the discharge cylinder 6. As a result, the penetration of outside air can be prevented.
    • 28. 发明专利
    • STRUCTURE OF MATERIAL INLET PORT IN ROTARY VESSEL AND MATERIAL CHARGING DEVICE
    • JPH1054666A
    • 1998-02-24
    • JP21116896
    • 1996-08-09
    • SUMITOMO METAL IND
    • MORISHITA SHIGERU
    • B01J2/12B01J4/00F27B7/20F27B7/24F27B7/32F27B7/33
    • PROBLEM TO BE SOLVED: To prevent the run of material over a dam, seal a space between a material charging device and a vessel easily and permit operation with a large space factor, which was not available by a conventional device, by a method wherein a space factor in the upstream side of the dropping point of charging material is made smaller than that in the downstream side of the same. SOLUTION: A material inlet port 11a in a cylindrical vessel 11 is structured so that material is discharged continuously out of a material outlet port while charging the material 2 into the vessel through the material inlet port 11a under a condition that the vessel is rotated about the axial center of the same. The upper surface is a plane parallel to the stationary accumulating slope of the material 2 charged through the central point of the vessel 11 during rotating while a downstream side side surface 12c is arranged so as to insert a lifter plate 12, formed spirally in the advancing direction of rotation of the vessel 11, into a material inlet port 11a in the vessel 11 from the outside of the vessel 11 through a stand 13 so that the upstream side side surface 12a becomes orthogonal to the central axis of the vessel 11.