JZA02-4铲板油缸活塞的铣宽70两侧面夹具设计及加工工艺规程装备含4张CAD图+说明书

JZA02-4活塞

JZA02-4铲板油缸活塞的加工工艺及夹具设计
摘要

本次设计内容涉及了机械制造工艺及机床夹具设计、金属切削机床、公差配合与测量等多方面的知识。
活塞的加工工艺规程和铣宽70两侧面的工装夹具设计，包括零件加工的工艺设计、工序设计以及专用夹具设计三部分。在工艺设计中要首先对零件进行分析，了解零件的工艺再设计出毛坯的结构，并选择好零件的加工基准，设计出零件的工艺路线；接着对零件各个工步的工序进行尺寸计算，关键是决定出各个工序的工艺装备及切削用量；然后进行专用夹具的设计，选择设计出夹具的各个组成部件，如定位元件、夹紧元件、引导元件、夹具体与机床的连接部件以及其它部件；计算出夹具定位时产生的定位误差，分析夹具结构的合理性与不足之处，并在以后设计中注意改进。

关键词：活塞;加工工艺;夹具设计;工序;工艺路线;切削用量

Abstract
This design involves mechanical manufacturing technology and machine tool fixture design, metal cutting machine tools, tolerance fit and measurement and other aspects of knowledge.
Processing procedure of piston and design of fixturewith two sides of millingwidth 70 include process design, process design and special fixture design. In the process design,we must first analyze the parts, understand the process of the parts, then design the structure of the blank, and select the processing benchmark of the parts, then design the process route of the parts. The design of special fixture is carried out, and each component of fixture is selected, such as positioning component, clamping component, guiding component, connecting component between fixture and machine tool, and other components; the positioning error caused by fixture positioning is calculated, the rationality and shortcomings of fixture structure are analyzed, and the notes in future design are given. It is intended to be improved.

Keywords: piston; machining process; fixture design; process; process route; cutting parameter

目录
摘要I
Abstract II
第1章活塞的工艺分析1
1.1活塞的分析1
1.2毛坯的选择1
1.3基准的选择1
第2章工艺规程设计3
2.1加工余量的确定3
确定毛坯直径3
2.2制定工艺路线4
2.3工时的计算4
第3章铣床夹具设计33
3.1工件自由度分析33
3.2定位误差计算33
3.3夹紧力的确定34
3.4夹具整体结构说明35
总结37
参考文献38

活塞毛坯图A3

装配图A1

夹具体A1

工艺分析部分

过程卡

夹具设计部分

设计所包含文件

说明书前三页

字数统计