工程塑料应用
工程塑料應用
공정소료응용
ENGINEERING PLASTICS APPLICATION
2015年
6期
73-76
,共4页
电脑主机箱挡板%注塑模%优化设计
電腦主機箱擋闆%註塑模%優化設計
전뇌주궤상당판%주소모%우화설계
computer mainframe box baffle%injection mold%optimization design
在分析塑料件成型工艺的基础上，为保障电脑主机箱挡板的表面质量，采用了侧浇口浇注系统；为提高生产效率及经济效益，采用了一模四腔结构；为了提高模具的寿命，降低模具的加工成本及加工难度，采用了镶拼式模具结构。此外，为了使本模具的设计更加科学合理，运用PRO／E的优化功能，大大提高了设计的科学性和合理性。
在分析塑料件成型工藝的基礎上，為保障電腦主機箱擋闆的錶麵質量，採用瞭側澆口澆註繫統；為提高生產效率及經濟效益，採用瞭一模四腔結構；為瞭提高模具的壽命，降低模具的加工成本及加工難度，採用瞭鑲拼式模具結構。此外，為瞭使本模具的設計更加科學閤理，運用PRO／E的優化功能，大大提高瞭設計的科學性和閤理性。
재분석소료건성형공예적기출상，위보장전뇌주궤상당판적표면질량，채용료측요구요주계통；위제고생산효솔급경제효익，채용료일모사강결구；위료제고모구적수명，강저모구적가공성본급가공난도，채용료양병식모구결구。차외，위료사본모구적설계경가과학합리，운용PRO／E적우화공능，대대제고료설계적과학성화합이성。
Based on the analysis of plastic molding process,to ensure the surface quality of plate of omputer host box, the side of the gate runner system was adopted. In order to improve the production efficiency and economic benefit, a mold four cavity structure was used. In order to improve die life,reduce processing costs and mould processing difficulty, the inlaying mould structure was adopted. In addition,in order to make the mold design more scientific and reasonable,the optimization function of PRO/E was used,the design of science and rationality was greatly improved .
