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。
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。
Aiming at the new design of handle injection mould,the author expatiated the structural form of handle injection mould and analyzed the design of mould slanting tip core machine.
针对把手注射模的新设计,阐述了把手注射模的结构形式,并重点分析了模具斜顶抽芯机构的设计。
By the use of slanted slider to do inner and outer side core pulling and the application of inclined ejecting block structure,the layout of the mould was more reasonable and the problem of difficult demoulding was resolved.
介绍了耳机支架模具的设计过程,采用点浇口形式,提高了产品的表面质量,采用斜滑块内、外侧抽芯及斜顶块结构,不但使模具布局合理,而且解决了出模难的问题。
Over the comparison between two kinds of applicable cases for mother and son sliding block in mold, the advantages of angle eject structure applied in mother and son sliding block is analyzed, so as to solve the application of similar kinds mold mother and son sliding block core.
通过对母子滑块在模具中两种应用案例的比较,分析斜顶结构在母子滑块中应用的优点,以达到解决同类模具母子滑块的抽芯应用问题。