工程塑料应用
工程塑料應用
공정소료응용
ENGINEERING PLASTICS APPLICATION
2013年
6期
63-65
,共3页
套管帽%圆弧抽芯%抽芯%脱模%模具设计
套管帽%圓弧抽芯%抽芯%脫模%模具設計
투관모%원호추심%추심%탈모%모구설계
sleeve cap%arc core-pulling%loose core%demoulding%mould design
套管帽模具采用圆弧抽芯结构、直线抽芯结构等设计，分析了圆弧抽芯的动作要点，阐述了模具中重要零件设计过程，设计的模具达到了套管帽脱模的要求。经过实践证明，该模具结构合理，圆弧抽芯脱模顺利，模具能适应批量生产，产品无缺陷等。
套管帽模具採用圓弧抽芯結構、直線抽芯結構等設計，分析瞭圓弧抽芯的動作要點，闡述瞭模具中重要零件設計過程，設計的模具達到瞭套管帽脫模的要求。經過實踐證明，該模具結構閤理，圓弧抽芯脫模順利，模具能適應批量生產，產品無缺陷等。
투관모모구채용원호추심결구、직선추심결구등설계，분석료원호추심적동작요점，천술료모구중중요령건설계과정，설계적모구체도료투관모탈모적요구。경과실천증명，해모구결구합리，원호추심탈모순리，모구능괄응비량생산，산품무결함등。
The arc core-pulling structure and linear core-pulling structure were adopted in injection mold design of sleeve cap, the action key points of arc core-pulling was analyzed, the design process of important parts in the mold was expounded and the mold met demoulding request of the sleeve cap. The practice proves that the mold structure is reasonable with arc core-pulling demoulding smoothly, the mold can adapt to mass production and products have no defects.
