The quick design process of electrode and the method of the avoiding deformation in reinforced electrode manufacture are introduced, the aim is to shorten the cycle of die manufacture.
介绍了电极的快速设计过程与防止薄筋电极加工时发生变形的方法，最终达到缩短模具制造周期的目的。
With the construction of the electrode cover and the actual circumstance of the production equipmentses, practical the Multi-Position progressive die was designed.
针对电极罩的结构及生产设备的实际情况，设计了实用的多工位级进模。
Quantitatively analyzing the effect of two to the profile of tooth, the inversing compensation method is then put forward to modify the die cavity and the electrode is designed.
在定量分析了两者对齿轮精度的综合影响之后，运用反补偿法预先修正齿形凹模，并进行了齿模电极的设计。
The die structure was classified according to the relationship between the electrode and the billet.
根据电极与锻件接触关系的不同，将电阻连续加热热锻模具结构进行了分类。
The combination electrode can be reconditioned time after time to repeatedly use. Therefore the consume of material of electrode and the cost of manufacturing tooth die are greatly decreased.
新型组合电极可多次翻新使用，使电极材料消耗和齿模加工成本显著降低。
A specific hard-facing electrode is developed for die insert of big form cold die. The composition of electrode bar and electrode coating are given out experimentally.
介绍一种新研制的适合于大型冷冲模镶块刃口堆焊的专用堆焊焊条，通过试验确定了焊条的合金成分并给出了比较合理的焊芯和焊条药皮化学成分。
A die punch can be used as the electrode to reproduce its shape in the matching die plate, complete with the necessary clearance.
可用冲头作电极，在阴模板上复制其形状，并留有必须的间隙。
This basic method are suitable not only for forging die, but also for design of tooth form of electrode machining of other molding die, such as plastic die, die for die casting mold etc.
该方法不仅适用于锻模，也适用于塑料模和压铸模等其它型腔模打模电极齿形设计。
This basic method are suitable not only for forging die, but also for design of tooth form of electrode machining of other molding die, such as plastic die, die for die casting mold etc.
该方法不仅适用于锻模，也适用于塑料模和压铸模等其它型腔模打模电极齿形设计。
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