摘要
针对高职模具技能大赛赛题的温控器上盖,分析了塑件模型的工艺结构,介绍了在赛项提供的限制条件下顶出系统、侧向分型与抽芯机构、浇注系统等设计过程,同时结合华塑CAE软件优化了浇注系统,最后制造出注射模,注射成型出合格的塑件,验证了模具设计的合理性。
Aiming at the top cover of the thermostat for the higher vocational mold skill competition,the process structure of the product model is analyzed,and the design of the ejection system,lateral parting and core-pulling mechanism,and pouring system under the constraints provided by the competition is introduced.At the same time,combined with Huasu CAE software,the pouring system was optimized,and finally the injection mold was processed and manufactured,and qualified products were injected,which verifies the rationality of the mold design.
作者
单志
郑佳鹏
戴护民
胡晓岳
张宁
Shan Zhi;Zheng Jiapeng;Dai Humin;Hu Xiaoyue;Zhang Ning(Mechanical&Electrical Polytechnic,Guangzhou,Guangdong 510515,CHN)
出处
《模具制造》
2022年第4期38-41,共4页
Die & Mould Manufacture
基金
2019年广东省普通高校青年创新人才类项目(项目编号2019GKQNCX039,项目名称:基于生物基可降解PLA复合材料的加工制备工艺和增韧阻燃性能改进研究)
2020年省高职教育教学改革研究与实践项目高职扩招专项(项目编号JGGZKZ2020027,项目名称:产教融合引领下数控技术专业“现代学徒制试点计划”高级技术技能型人才培养研究与实践)。
关键词
温控器上盖
侧向分型
抽芯机构
注射模
优化设计
thermostat upper cover
lateral parting
core-pulling mechanism
injection mold
optimized design
