建立了基于二维环境的汽车翻边模智能化设计系统。
It is established as intelligential design system of automobile flanging die on base of 2d environmental.
采用关联设计思想，实现翻边模模型参数的输入与结构再设计的和谐统一。
The system uses associated design idea in order to realize input of flanging die model parameter and harmonious unification of structure redesign.
同时，以一翻边精度要求较高的零件为例，介绍了一种倒装式结构的翻边模。
Meanwhile, as a part needs high precision as flanging for example, flanging die with hyperbatic structure is described.
分析了后减震器帽的成形工艺，介绍了成形该零件的拉深模、翻边模以及旋压模具结构。
The forming technology of rear shock absorber cap is analyzed, and its drawing die, flanging die and spinning die structure are also introduced.
本实用新型公开了一种开口薄壁轴套的翻边模，用于开口薄壁轴套类零件进行翻边的加工。
The utility model discloses a flanging die of a shaft sleeve with an opening and thin walls, which is used in the flanging process of fitting parts such as shaft sleeves with openings and thin walls.
基于现代典型翻边模产品智能化设计的理念，系统采用参数化技术，实现汽车翻边件初始模型特征的提取。
The system uses intelligential design principle on the base of the modern typical flanging die production and parameter technique in order to realize original model of automobile flanging hardware.
汽车覆盖件中，存在着大量的翻边特征，而翻边零件的修边线直接影响到修边模的设计和翻边后零件的质量。
There are many flangings in auto panels, the location of the trimming line directly affected the design of the trim mould and the quality of the flanging parts.
改进了的旧的骨架翻边整形模，采用自动哈夫成形，解决了零件出模困难的问题。
The flanging-sizing die structure of the exo-skeletal was improved, using auto-half block, solved the difficult problem of part out off die.
汽车覆盖件中，存在着大量的翻边特征，而翻边零件的修边线直接影响到修边模的设计和翻边后零件的质量。
The work process of the trimming die for vertically forming the thin-wall barrels of the shell top part of hot-water shower device was introduced.
介绍了双向弯曲(翻边)成形模的结构及工作过程，指出了模具设计、制造时应注意的事项。
The structure and working principle of a bi_directional bending die were introduced. And the points for attention in design and manufacture of the die were listed.
针对此工艺设计了翻边成形双槽模，并介绍了模具的结构特点及工作过程。
A double_slot flanging forming die was designed according to this processing technology. And the characteristics of the structure of the die and its working process were introduced.
分析了挤压翻边与传统翻边应力状态的不同之处，以及翻边凸模的冲头曲率半径对翻边效果的影响。
The differences of stress state between extrusion-flanging and traditional flanging, and the influences of curvature radius of burring punch on flange height were analyzed.
镦粗凸模尺寸以及下支撑板斜角对镦粗翻边有较大的影响。
The size of upsetting-burring punch and angle of support panel also have great impacts on the upsetting-burring.
镦粗凸模尺寸以及下支撑板斜角对镦粗翻边有较大的影响。
The size of upsetting-burring punch and angle of support panel also have great impacts on the upsetting-burring.
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