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    • 1. 发明申请
    • Method and facilities of manufacturing optical components and end items
    • 制造光学部件和终端物品的方法和设备
    • US20070113588A1
    • 2007-05-24
    • US11283726
    • 2005-11-22
    • Chien-Yi HuangJen-Feng Chang
    • Chien-Yi HuangJen-Feng Chang
    • C03B11/00C03B13/00C03B9/16
    • C03B11/08C03B2215/50C03C27/02G02B1/00Y02P40/57
    • This invention relates to a “method and facilities of manufacturing optical components and end items”, producing optical components by molding of separately heating glass and a mold, said manufacturing facilities comprises of a glass furnace and a glass molding machine. The glass furnace is applied to heat glass into a molten state and the mold is heated to temperature at 400˜500° C. in a glass molding machine. When molten glass passes through a furnace mouth comprising of a cooling pipeline and flows down on the mold of said glass molding machine, a cap, which is set inside the mold. It has a plurality of grappling hooks projecting outwards on the perimeter of the cap opening, during the shaping process, to be bent into claws and directly positioned inside the coagulated glass. Consequently, an optical component item is completed and integrated with said cap in one piece after molten glass is coagulated and shaped at one time.
    • 本发明涉及“制造光学部件和终端物品的方法和设备”,通过分别加热玻璃和模具来制造光学部件,所述制造设备包括玻璃熔炉和玻璃成型机。 将玻璃熔炉用于将玻璃加热至熔融状态,并将模具在玻璃成型机中加热至400〜500℃的温度。 当熔融玻璃通过包括冷却管道的炉口并在所述玻璃成型机的模具上向下流动时,设置在模具内部的盖。 它在成形过程中具有多个在盖开口的周边向外突出的卡钩,以便弯曲成爪并直接位于凝固玻璃内部。 因此,在熔融玻璃凝固并成形之后,光学部件物品完成并与所述盖一体成型。