接着对级进模结构设计进行研究，为级进模结构设计提供了方法。
The following work is designing the structures of progressive die, which can provide theoretic instructions with intending design technology investigations.
用级进模结构形式，改现行简单模结构的一工步操作的冲裁为两工步操作：第一工步为半冲裁，第二工步为推料。
Use constructional type of progressive dies, change present one step operation of single die construction for two-step blanking, i. e, first step semi-blanking, second ejecting material.
用级进模结构形式，改现行简单模结构的一工步操作的冲裁为两工步操作：第一工步为半冲裁，第二工步为推料。
Use constructional type of progressive dies , change present one step operation of single die construction for two-step blanking , i.
对弹性阀座的机械加工工艺和冲压加工工艺进行了对比，并分析了冲压加工所产生的误差，介绍了冲压加工的特点及级进模的结构。
Contrasting machining technology with punch technology of elastic seat ring, analyzing the error created by punching, introducing the characteristic of punching and the structure of cut and carry die.
分析了转换推杆零件的冲压工艺，介绍了带料排样方案及级进模模具结构设计。
The pressing process of transforming throwout lever is analyzed, Layout of multi-position progressive and die structure are introduced.
分析了零件的特点，介绍了级进模设计要点，总体设计结构和排样方案。
Parts characters are analyzed, as well as, the critical progressive die design points, general design structure and layout program are introduced.
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。
With the construction of the electrode cover and the actual circumstance of the production equipmentses, practical the Multi-Position progressive die was designed.
分析了摇臂件的冲压工艺性，介绍了其级进模总体结构及排样设计方案。
The manufacturability of stamping for the rock arm was analyzed. The general structure and the stock layout design proposal of the progressive die were introduced.
根据台式电脑机箱侧盖的结构特性，确定了级进模与单工序模相结合的工艺方案。
According to the side cover structure characteristics of table model computer box, determined the progressive die and the single operation die.
介绍了摆动连杆的冲压工艺分析过程、载体的合理选择、带料排样方案的确定及级进模模具的总装结构设计。
Introduced the pressing technology analysis, the carrier choosing, layout designing and structure design of the progressive die for the swinging connecting rod.
根据级进模设计的特点，建立了由产品特征模型、冲压工艺特征模型和模具结构特征模型组成的级进模集成信息模型。
And it presents an integrated information model for progressive dies that is composed of product feature model, stamping process feature model and die design feature model.
通过对插座连接焊片结构特点的分析，确定该冲压件的排样方案，设计了一副级进模。介绍了主要工作零件及模具总装结构设计。
Through analysis of structure of the socket weld connection pieces, determined the layout project, designed a progressive die. Introduced the design points of main parts and die structure.
阐述了密封条钢芯级进模排样的改进对模具结构的影响，以及所带来的经济、技术方面的变化特点。
The economic and technical results received from the improvement in the layout of the progressive die for the steel core of the sealing bar were stated.
分析了文件夹手柄多工位级进模的冲压工艺，设计了排样图及模具结构。
The stamping technology of multi position progressive die of handle of file clip was analyzed. The layout and mould structure were designed.
实践证明，该模具结构合理、可靠、稳定，能保证产品质量，对此类零件的级进模设计有参考价值。
Proved by practice, the die's structure is feasible, reliable, stable, can ensure the products quality, and has reference value for this kind of parts progressive die design.
介绍了引线角多工位级进模，叙述了多单元条料的切断方法，及以一种新颖的导料钉结构。
The lead wire parts multi-position progressive die is introduced, the method of multi-units strip material cutting off is stated, and a novel guide pin structure is introduced.
多工位级进模精度要求高，结构复杂，传统的串行开发存在着制造难度大、生产周期长的缺点。
Because of the high precession and complicated construction requirements, the multi-stationed progressive die is hard to process with the traditional serial development besides a long production term.
介绍了焊片零件拉伸、冲裁多工位级进模，分析了零件的冲压工艺性，并对模具结构进行了合理的设计。
It introduced drawing, punching progressive dies for solder pieces and analyzed the processing ability of the component for stamping and punching. The structure of the die was designed reasonably.
文章分析了零件的工艺性，着重介绍了不锈钢零件套裁级进模的结构、间隙及模具的热处理。
The article analyses craft nature of part, With the emphasis on introducing the structure and gap of nesting progressive dies design for stainless steel parts and its heat treatment.
分析了拉簧钩件的工艺性，介绍了其特殊级进模总体设计结构和排样方案。
The technology of the pull-spring parts was analyzed, the particular progressive structure and arrange layout was introduced.
分析了弹力支座的工艺性，介绍了级进模总体设计结构和排样方案。
The manufacturability of the elastic pedestal was analyzed. The general structural design and layout scheme of the progressive die were introduced.
分析了电机定转子产品的冲压成形工艺，从优化排样入手，对单排自动叠压硬质合金级进模的相关结构及加工工艺的改进。
Analyzed pressing process for the motor stator and rotor, optimal layout design, improved single automatic overlying carbide progressive die structure and the related process.
介绍资料夹底座多工位级进模的排样设计、模具结构及工作过程。
The layout design, the structure and the working process of multi-position progressive die for pedestal of paper file have been introduced.
分析了带凸缘密封固定盖的工艺性，介绍了级进模总体设计结构和排样设计。
The manufacturability of a fixing cover with flange seal was analyzed. The general structural design and layout scheme of a progressive die for the cover were presented in detail.
分析了侧弯支架零件的工艺性，介绍了侧弯支架多工位级进模的总体结构、主要零部件和排样方案。
We have analyzed the side bend bracket parts of the process and introduced the side bend bracket of multi-position progressive die for the overall structure, main parts and the layout scheme.
对中点软定位簧零件进行了工艺分析，介绍了用于加工该零件的多工位级进模的结构设计思路及使用效果。
The technology analysis was made on the soft spring located at the mid point. The method for design of the multi positions progressive die and the used effects are introduced.
实践证明，该模具结构合理、可靠、稳定，能保证产品质量，对此类零件的级进模设计有参考价值。
Proved by practice, the die's structure is feasible, reliable, stable, can ensure the products quality, and has reference value for this kind of parts progre…
实践证明：该模具结构详细、清晰、可靠，并能保证产品质量，对此类零件的级进模设计有重要参考价值。
It shows that the die structure is careful, reliable and can ensure the product quality. The design is important reference to the kind of parts.
实践证明：该模具结构可靠，能保证产品质量，对此类零件的级进模设计有重要参考价值。
Practice shows that the die structure is clear and reliable and can ensure the product quality. The design is an important reference to the kind of parts.
实践证明：该模具结构可靠，能保证产品质量，对此类零件的级进模设计有重要参考价值。
Practice shows that the die structure is clear and reliable and can ensure the product quality. The design is an important reference to the kind of parts.
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