智能封装贴标机设计与分析

Design and analysis of intelligent packaging and labeling machine

为实现大部分零散物的封装,设计一种智能封装贴标机。提出模块化机构的解决方案,首先通过视觉模块识别封装散物的种类,其次将标签信息传给打标模块进行打标,最后通过封装模块完成散物的打包任务,试验仿真验证各模块机构设计的合理性。验证结果显示,关键结构件鸭舌形压爪、活动压爪和翻斗连杆中各个部分的最大应力分别为380.1,480.7,14.57 MPa,3者在抗拉和抗剪强度上都具备实际的应用条件。研究设计可智能化完成封装贴标中的生产作业,有效缓解相关人员的劳动压力,同时提高劳动效率,为零散物料的生产封装提供借鉴。

In order to realize the packaging of most odd objects,an intelligent packaging labeling machine was designed.The solution of modular mechanism was proposed.Firstly,the type of packaged odd items was identified by visual module.Secondly,the label information was transmitted to the marking module for marking.Finally,the packaging task of bulk items was completed by the packaging module.The rationality of the design of each module mechanism was verified by experimental simulation.The verification results show that the stress of each part of the key structural members of the duck tongue claw,the movable claw and the bucket connecting rod is 380.1,480.7,14.57 MPa,respectively.The three all have practical application conditions in terms of tensile and shear strength.The research and design can intelligently complete the production operation in packaging and labeling,effectively alleviate the labor pressure of relevant personnel,improve labor efficiency,and provide reference for the production and packaging of odd materials.