A wire glass breaking machine, which is characterized in that it is provided with a fixed bracket, which is provided with a main control box of compressed air, the surface is provided with two parallel to the running direction of the guide wire glass, wherein the main control box through the compressed air pipeline and two gas cylinder connected with the reply. The return cylinder is arranged on the fixed bracket on both sides; a follower bracket fixed on the bottom support roller, the support roller to move along the guide rail, the servo rod bracket respectively before and after passing through a fixed tripod with the back of the cylinder is connected with a suction cup holder;, composed of an outer frame and an internal frame, the the outer frame is positioned in the follow-up frame, the guide rail and wheel arranged on both sides of the moving bracket, the outer frame is arranged on both sides of the lifting cylinder; the inner box The frame set is arranged on the outer frame, a crank lever end and the inner frame is fixedly connected with the other end is arranged on the support frame with a breaking off cylinder is connected; the outer frame and the inner bottom of the frame are respectively fixed with chuck group; a vacuum system, fixed to the following move the top of the bracket.
【技术实现步骤摘要】
本技术涉及一种夹丝玻璃掰断机，主要用于将连续生产的、输送辊道上的、已切割后的夹丝玻璃进行掰断分离的设备，属夹丝玻璃制品加工设备领域。技术背景我国自20世纪60年代开始生产夹丝玻璃，但连续生产出来的夹丝玻璃通过横向掰断后，仅能将夹丝玻璃的表面玻璃掰断而内加的丝网未断，要使其成为片状或块状成品夹丝玻璃，则始终是由人工将夹丝玻璃抬落翻折后才能将丝网折断。随着科学技术的进步，以及市场对大规格夹丝玻璃的需求，光靠人工将玻璃折断将很困难，同时也很不安全，在发达国家则是采用机械方法将夹丝玻璃掰断，目前采用的夹丝玻璃掰断方式有三种，掰断、剪断和扯断。从钢丝网断裂受力情况分析，前两种方式是受剪力，后一种是受拉力。而钢丝的抗剪强度要比抗拉强度低，因此将其剪断较之扯断要省力。但是，由于夹丝玻璃连续不断地在辊道上前进，而夹丝玻璃长度方向尺寸范围很大，用第一种方式显然不合适。用第二种方式仅在玻璃边部两点施加巨大推力，很可能造成局部破损，而第三种方式只要有足够的推力就能较可靠地将丝网扯断。上述几种方式均存在劳动强度高，易发生局部破损，无法保证夹丝玻璃的整体质量要求。
技术实现思路
本技术的目的...
【技术保护点】
【技术特征摘要】
【专利技术属性】
技术研发人员：孙保京，许崇复，
申请(专利权)人：中国凯盛国际工程公司，
类型：实用新型
国别省市：
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