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    • 9. 发明公开
    • SYSTEM AND METHOD FOR FORMING GLASS SHEETS
    • VORRICHTUNG UND VERFAHREN ZUM BIEGEN VON GLASSSCHEIBEN
    • EP1292544A4
    • 2004-11-17
    • EP01946139
    • 2001-06-05
    • GLASSTECH INC
    • MCMASTER RONALD AVILD MICHAEL JSHETTERLY DONIVAN MDUCAT PAUL D
    • C03B23/03C03B23/035C03B35/24C03B18/00C03B23/02C03B27/00C03B35/14
    • C03B23/0357C03B23/0307C03B35/24
    • A method for forming glass sheets is performed by a system (10) that includes a furnace (12) having a heating chamber (14) in which a vacuum platen (20) has a downwardly facing surface (22) to which a vacuum is supplied to support a heated glass sheet received from a conveyor (16). A forming station (24) located externally of the furnace has a vertically movable upper mold (28) whose temperature is not greater than 500° C. The upper mold (28) cooperates with a horizontally movable lower ring (34). A first actuator (39) moves the vacuum platen (20) vertically to transfer a heated glass sheet from the conveyor (16) to the lower ring (34) which is then moved by a second actuator (40) to the forming station (24). A third actuator (42) then moves the upper mold (28) downwardly to cooperate with the lower ring (34) in forming the glass sheet. The forming station (24) includes apparatus (43) for reducing heat loss of the glass sheet during the forming. A vacuum impulse is provided to the upper mold (28) to assist in the forming. A cooling station (3) cools tHe formed glass sheet.
    • 一种用于形成玻璃板的方法由系统(10)执行,所述系统包括具有加热室(14)的炉(12),真空板(20)具有供给真空的面朝下的表面(22) 以支撑从输送机(16)接收的加热的玻璃板。 位于炉外的成形站(24)具有温度不高于500℃的可垂直移动的上模(28)。上模(28)与可水平移动的下环(34)配合。 第一致动器(39)垂直地移动真空压板(20)以将加热的玻璃板从传送器(16)传送到下环(34),然后第二致动器(40)将其移动到成形工位(24 )。 然后第三致动器(42)向下移动上模(28)以与下环(34)配合以形成玻璃板。 成形站(24)包括用于在成形期间减少玻璃板的热损失的装置(43)。 向上模(28)提供真空脉冲以辅助成形。 冷却站(3)冷却成形的玻璃板。