这为注塑机模板的设计及优化提供了一种实用和有效的方法。
This provided a practical and effective method for future's design and optimization of platen of injection molding machine.
计算和测试结果对注塑机模板的优化设计具有重要的工程参考价值。
The results of calculation and test have important engineering reference value for the optimization design to the platens of injection molding machine.
本文探索了拓扑优化理论在注塑机模板实际设计中的应用，并得到了有实用价值的研究结论。
The research mainly to use topological theory in designing platen and draw some valuable conclusions.
为了有效地降低注塑机模板的重量，提出了从高层次拓扑优化到底层次参数化优化的顺序优化设计方法。
To effectively reduce the injection-machine mould-board weight, sequential optimization design method starting from high level topology optimization to low level parameter optimization was proposed.
典型应用：各种重要零部件螺纹孔脱扣后修复，如：注塑机模板螺纹孔的修复。发动机缸体螺纹孔的修复等。
Typical Applications: release a variety of important parts to repair the screw holes, such as: injection molding machine template screw hole repair. Engine block threaded holes of the repair.
合模装置是注塑机中最重要的机械部件，其中模板为最主要的零件之一。
The clamping system is the most important mechanical parts of the injection moulding machine, the platens are primary components.
注塑机的肘杆，拉杆以及模板承受了超出额定的机械力。
Toggles, tie bars and platens are subjected to more mechanical abuse than is necessary.
为了提高生产效率，尽用注塑机的四柱空间、模板空间及注塑重量来达到最高的腔数。
To increase productivity, maximize on the number of cavities by using the clearance between tiebars, the platen dimensions and the injection weight of the injection moulding machine to the most.
模板是注塑机合模机构的重要零件。
The platens are the important parts of clamping system in injection molding machine.
模板是注塑机合模机构的重要零件。
The platens are the important parts of clamping system in injection molding machine.
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