工程塑料应用
工程塑料應用
공정소료응용
ENGINEERING PLASTICS APPLICATION
2014年
3期
65-68
,共4页
手机充电器底盖%注塑模设计%侧抽芯%模具结构
手機充電器底蓋%註塑模設計%側抽芯%模具結構
수궤충전기저개%주소모설계%측추심%모구결구
mobile phone charger bottom cover%injection mold design%pulling side%mold structure
针对手机充电器底盖进行了相关的工艺设计和模具设计。在具体设计过程中，采用了侧浇口浇注系统，通过计算分析采用了一模四腔结构，有利于生产的批量化；根据设计的原则要求选择分型面，使得模具结构变得更加简单；在结构易损复杂的部位，为了提高模具的寿命，采用镶嵌式结构。设计过程还运用了CAD，PRO/E对塑料件进行三维造型、调模架、设计冷却系统等，加快了设计的进程。
針對手機充電器底蓋進行瞭相關的工藝設計和模具設計。在具體設計過程中，採用瞭側澆口澆註繫統，通過計算分析採用瞭一模四腔結構，有利于生產的批量化；根據設計的原則要求選擇分型麵，使得模具結構變得更加簡單；在結構易損複雜的部位，為瞭提高模具的壽命，採用鑲嵌式結構。設計過程還運用瞭CAD，PRO/E對塑料件進行三維造型、調模架、設計冷卻繫統等，加快瞭設計的進程。
침대수궤충전기저개진행료상관적공예설계화모구설계。재구체설계과정중，채용료측요구요주계통，통과계산분석채용료일모사강결구，유리우생산적비양화；근거설계적원칙요구선택분형면，사득모구결구변득경가간단；재결구역손복잡적부위，위료제고모구적수명，채용양감식결구。설계과정환운용료CAD，PRO/E대소료건진행삼유조형、조모가、설계냉각계통등，가쾌료설계적진정。
The associated process design and die design of mobile phone charger bottom cover were processed. During specific design process,side gate pouring position was used. Through calculation and analysis,a mold four cavity structure was used, conducive to batch production. According to the design principle requires,parting surface was selected,the mold structure became more simple in structure. In vulnerable and complex parts of structure,in order to improve mold life,mosaic structure was used. The design also uses CAD and PRO/E for 3D modeling, mold, design of cooling system to speed up the design process.
