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    • 4. 发明专利
    • DE1296943B
    • 1969-06-04
    • DES0103913
    • 1966-05-21
    • SVILUPPO SILICALCITE S P A
    • LUIGI NOE
    • B02C13/20B02C13/28B28C5/08
    • 1,141,892. Cage mills. SVILUPPO SILICALCITE S.p.A. 16 May, 1966 [29 May, 1965; 8 July, 1965; 28 Feb., 1966], No. 21679/66. Heading B2A. A disintegrator has concentric rings of blades 1, the adjacent rings being contrarotatable. Each blade in each ring is so mounted that its front face in the intended direction of rotation is at an angle from 5‹ to 55‹ to the tangent to a circle which passes through the radially inner ring point of the blade, and which is concentric with the rings of blades. As described, the angle is preferably from 24 to 26‹, and the blades have wear-resistant leading and trailing edges or reinforcements. The blades are held by sirens between pairs of concentric parallel annular plates 3, 3', Fig. 2, the innermost ring of blades being secured between a plate 3' and a hub 4, with spokes 5 connecting the innermost ring and alternate supporting rings. The remaining rings are connected by radial spokes 8, Fig. 1 which are secured to a plate 9 which is fastened to a hub 10. The hubs 4, 10 are rotated by shafts driven by motors (not shown). Various forms of blade 1 are described, Figs. 3-7 (not shown).
    • 5. 发明专利
    • FR1542461A
    • 1968-10-18
    • FR63383
    • 1966-05-27
    • SVILUPPO SILICALCITE S P A
    • NOE LUIGI
    • B02C13/20B02C13/28B28C5/08
    • 1,141,892. Cage mills. SVILUPPO SILICALCITE S.p.A. 16 May, 1966 [29 May, 1965; 8 July, 1965; 28 Feb., 1966], No. 21679/66. Heading B2A. A disintegrator has concentric rings of blades 1, the adjacent rings being contrarotatable. Each blade in each ring is so mounted that its front face in the intended direction of rotation is at an angle from 5‹ to 55‹ to the tangent to a circle which passes through the radially inner ring point of the blade, and which is concentric with the rings of blades. As described, the angle is preferably from 24 to 26‹, and the blades have wear-resistant leading and trailing edges or reinforcements. The blades are held by sirens between pairs of concentric parallel annular plates 3, 3', Fig. 2, the innermost ring of blades being secured between a plate 3' and a hub 4, with spokes 5 connecting the innermost ring and alternate supporting rings. The remaining rings are connected by radial spokes 8, Fig. 1 which are secured to a plate 9 which is fastened to a hub 10. The hubs 4, 10 are rotated by shafts driven by motors (not shown). Various forms of blade 1 are described, Figs. 3-7 (not shown).