五孔方垫片、名爵汽车底盘连接片连续模设计-冲压模具含8张CAD图+说明书

1工件图

名爵汽车底盘连接片连续模设计
摘要

随着全球的互通发展我国经济的蒸蒸日上，各行各业的发展都离不开模具，尤其在汽车，机械等领域方面我国取得了巨大进步，模具制造业在我国的发展已经从原来的低谷逐渐上升。本次课题是有关汽车底盘连接片连续模设计及制造的研究，概括起来其内容主要有对模具行业发展的分析、连续模在模具制造中的地位以及作用、UG技术的简介、冲压模具设计的基本方法、模具工艺分析以及模具零件和整体设计。这次设计的汽车底盘连接片连续模，该类模具是多任务冲模，有良好的工作效率，此零件在冲压环节精度高。本次设计的连续模主要的工序是冲孔和落料两部分，其中就需要对模具的压力机的选取，压力中心的计算，冲裁力的计算，凸凹模尺寸以及模具模架尺寸的计算和选用。其次运用UG软件对模具进行结构分析，画出毛坯进行加工。
关键词：连续模；尺寸计算；零部件选用；UG制图；

ABSTRACT
With the development of global connectivity, China's economy is booming, and the development of allwalks of life is inseparable from mold, especially in the fields of automobile, machinery and so on. China has made great progress in the development of mold manufacturing industry in China has gradually risen from the original trough. This topic is about the research of the design and manufacture of the continuous die for the connecting piece of the automobile chassis,which includes the analysis of the development of the die industry, the position and function of the continuous die in the die manufacture, the introduction of UG technology, the basic method of the stamping die design, the die process analysis, the die parts and the overall design. The continuous die for connecting piece of automobile chassis designed in this paper is a multi task diewith goodworking efficiency and high precision in stamping process. The main process of the design of the continuous die is punching and blanking,which requires the selection of the die press, the calculation of the pressure center, the calculation of the punching force, the calculation and selection of the convex and concave die size and the die frame size. Secondly, using UG software to analyze the structure of the mold, draw the blank for processing.
Keyword：Continuous die； Dimension calculation; Parts selection; UG drawing;

目录

第一章绪论1
1.1当代模具发展1
1.2连续模概念.................................................................................................................1
1.3连续模特点................................................................................................................1
1.4UG加工技术简介........................................................................................................1
第二章冲压工艺分析2
2.1材料分析2
2.2冲压工艺方案设计......................................................................................................2
第三章排样设计及确定压力中心4
3.1排样设计4
3.1.1计算条料宽度和送进距离4
3.2压力中心的确定5
第四章计算工序力及选择压力机6
4.1工序力6
4.2选择压力机7
第五章模具尺寸计算及零部件选用9
5.1确定工件尺寸公差9
5.1.1计算凸模、凹模刃口尺寸9
5.1.2计算中心距尺寸10
5.2主要零件外形尺寸的计算及选用11
5.2.1确定凹模外形尺寸及刃口形式11
5.2.2确定卸料板、凸模固定板、垫板、导料板厚度尺寸11
5.3凸模设计13
5.3.1凸模形式13
第六章模架、模柄的选用14
6.1模架的选用14
第七章凹模加工16
7.1确定55.69mm×49.69mm的工序尺寸和加工余量16
7.2确定φ6.30mm的工序尺寸和加工余量16
7.3确定φ10.34mm的工序尺寸和余量16
7.4 UG加工17
结束语19
致谢20
参考文献...........................................................................20

装配图

凹模

冲孔凸模1

冲孔凸模2

导料板

落料凸模

凸模固定板

卸料板

2字数

3摘要

4目录

5工艺方案

6设计所包含文件