1) Acclivitous Ejector
斜顶出
2) tilt mandril
斜顶
1.
According to the structure of the product, the unique asymmetric tilt mandril of the core side-pulling mechanism and the cool- ing system made up of channel and deep cavity are designed, which increases the ability of cooling and ensures that the product can be successfully taken out from the injection mould.
根据产品的结构,设计了独特的横向斜错位非对称斜顶侧向抽芯机构和深水孔加冷却水道的冷却系统,提高了模具的冷却效果,确保了产品顺利脱模。
2.
According to the structure of the product,the unique tilt mandril and side-slug of the core side-pulling mechanism were designed,which ensured that the product could be taken out from the injection mould.
根据塑料件的结构,重点设计了两凹槽的斜顶侧向抽芯机构和斜导柱滑块抽芯机构,保证了塑料件的顺利脱模。
3.
In order to achieve the four-direction pulling core,the special tilt mandril was designed according to the product structure,which simplized the injection mould structure.
根据产品结构,应用斜顶机构实现了产品四向侧抽芯,简化了模具结构,降低了制造成本。
3) lifter
[英]['liftə] [美]['lɪftɚ]
斜顶
1.
Analyzed the processing characteristics of product,determined the gate location by simulating the molding process of clutch through MoldFlow,designed the lifter structure and two-parting plane mold structure,descripted the mold\'s work process.
模具为三板式点浇口结构,采用成型斜顶杆方式实现了模具抽芯要求,并完成了模具结构设计。
4) angle ejector
斜顶
1.
Introduced a inner ejection pin in angle ejector structure that prevent product pulling pulling injury and displacement.
介绍了一种从斜顶内顶杆顶出,防止产品拉伤、位移的基本结构。
2.
By process analysis of the complex angle ejector,proposed a way for manufacturec omplex angle ejector via adjusting the machine order for mold parts,put forward a manufacturep rocess for angle ejector,solved the manufacture problem concerning a unsymmetrical anglee jector with different slope in each side,and as a result,realized efficient manufacture of anglee jector.
通过对复杂斜顶零件的加工工艺研究,提出了合理安排模具零件的加工顺序及加工复杂斜顶零件的方法,制定了斜顶零件的加工工艺过程,解决了四面具有斜度的不对称斜顶零件的加工问题,实现斜顶零件高效、快速地加工。
补充资料：西归出斜谷
【诗文】：
行过险栈出褒斜，出尽平川似到家。
万里客愁今日散，马前初见米囊花。
【注释】：
【出处】：
全唐诗：卷518-75
行过险栈出褒斜，出尽平川似到家。
万里客愁今日散，马前初见米囊花。
【注释】：
【出处】：
全唐诗：卷518-75
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条