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    • 1. 发明专利
    • METHOD FOR TRANSPORTING RIBBON-LIKE GLASS AND PRODUCTION OF SHEET GLASS
    • JPH11302029A
    • 1999-11-02
    • JP11383098
    • 1998-04-23
    • ASAHI GLASS CO LTD
    • SAKAMOTO OSAMUKOJIMA GENKOYAMA TSUTOMU
    • C03B18/00C03B35/18
    • PROBLEM TO BE SOLVED: To stabilize the production process and to improve the yield by executing production in such a manner that a film of vapor exists between ribbon-like glass and a support for supporting the ribbon-like glass at the time of transportation and that the vapor is formed by the evaporation of the liquid existing in the support. SOLUTION: The molten glass melted in a melting furnace in a float method is supplied from the left side into a molten metal bath 3 where the glass is smoothed and flattened on molten metal 2 and the thickness thereof is regulated, to form the ribbon-like glass 1. The ribbon-like glass 1 is drawn out of the molten metal bath 3 and is transported to the form of riding on a hydrophilic porous carbon roll 5 which is the ribbon-like glass support. The film of the vapor exists between the ribbon-like glass 1 and the roll 5. Water is preferable as a vapor film forming material. The space is so partitioned by a shielding plate 6 as to prevent the intrusion of the generated vapor into the upper space 4 in the molten metal bath where the generated vapor is held at a reducing atmosphere. The ribbon-like glass 1 is thereafter transported to a annealing furnace 7.
    • 3. 发明专利
    • FILLER FOR PLASTIC AND METHOD AND DEVICE FOR PRODUCING SAME FILLER
    • JPH02102144A
    • 1990-04-13
    • JP25672088
    • 1988-10-12
    • OLYMPUS OPTICAL CO
    • YAMADA NOBORU
    • B29B11/16B29C70/58B29K105/16C03B18/00C03B19/10C03B37/005
    • PURPOSE:To provide the subject filler capable of improving the shrinkage anisotropy of a plastic molded product and the mechanical strength of a welded portion thereof by preparing thin glass pieces and forming irregular holes and/or projections and depressions on the surfaces thereof into three-dimensional shapes. CONSTITUTION:For the production of the filler, melted glass 2 in a melting oven 1 is discharged 4 and simultaneously steam is jetted 6 to spray 5 the melted glass 2 in a fog state. The melted glass 2 is dropped on melted lead 10 having fine waves formed on the surface thereof with a shaking device 11 in a heating, heat-retaining bath 9. At this time, the melted glass 2 is struck on the surface of the melted lead 10 to transcribe the fine wave shapes of the surface of the melted lead 10 to the dropped melted glass pieces and simultaneously to flatten the melted glass pieces. Since a difference between the melting points of the lead and the glass is 900-1000 deg.C, the melted glass 2 is sufficiently cooled to solidify as glass pieces. The melted lead 10 is subsequently discharged by a tilting motion of a tilting plate 13. The glass pieces on a mesh, namely the objective fillers 25 are recovered in a melted material-recovering box 16.