摘要
目的针对易碎品玻璃杯研究一种玻璃杯自动封装机,通过各工序之间的协调配合实现玻璃杯的快速封装,重点解决玻璃杯的高效封装问题。方法通过囤箱机构、撑箱机构、热熔机构、升降机构、推杯机构、折箱机构、封箱机构实现易碎品封箱动作。纸箱运到下一机构时,上一机构继续工作,实现流水线封装过程控制。结果样机能将外形尺寸直径为80 mm,高为80 mm的玻璃杯缠绕减振膜后,装入纸箱中,并对纸箱进行封装工作。结论该流水线具有体积小、功能全、造价成本低等特点,提高了包装业的机动性,降低了包装成本,缩短了周期。
The work aims to study an automatic packaging machine for fragile glass, and achieve the rapid packaging of the glass through the coordination between the various processes, so as to emphatically solve the problem of efficient packaging of glass. The packaging of fragile products was achieved through the hoarding box mechanism, supporting box mechanism, hot melting mechanism, lifting mechanism, pushing cup mechanism, folding box mechanism and packaging mechanism. When the carton was transported to the next mechanism, the last mechanism continued working so that the packaging process of assembly line control was controlled. The prototype could place the glass（diameter： 80 mm, height： 80 mm） wrapped with vibration damping film into the carton for packaging. The assembly line is characterized by small size, full function and low cost, which can improve the mobility of the packaging industry, reduce the packaging cost and shorten the cycle.
出处
《包装工程》
CAS
北大核心
2017年第23期182-186,共5页
Packaging Engineering
关键词
易碎品
封装机
流水线
平衡控制
fragile
packaging machine
assembly line
balance control
