自动码砖机设计含开题、SW三维及12张CAD图+说明书

A三维总装图

本次设计的码砖机由龙门机架，行走机构，升降机构和夹砖机构组成。整个夹砖机构机构由夹板，纵横气缸装置，中心旋转轴架装置，夹板挂架装置，电动气动装置以及其他焊件装置构成。夹板两侧为直线导轨引导的侧板方管，承受压力大，并且直线性能好，摩擦力小，平稳性能好，有利于夹砖。纵向气缸装置也为加紧机构增加横向作用力，更大程度上有利于砖块的夹紧。本文就是通过各方面考虑，综合对比传统的夹砖机构，获取整机各零件的参数，并且通过计算，论证了该设计方案的可行性。最后利用三维SOLIDWORKS对整机进行三维建模
关键词：码砖机；夹砖机构；三维建模
Abstract
With the market economy development trend, the huge brick factory currently facing the artificial factors difficult to please, artificial cost is too high, the brick brick pallet is the inevitable outcome of market development, but the manual brick pallet in the face of daily output in more than 250000 brick factory far cannot meet the efficiency of the brick tower, so only choose bricks palletizing equipment automatically.
By the design code of brick machine gantry frame, running gear, lifting mechanism and the brick clamping mechanism. The whole brick clamping bodies with plywood, vertical and horizontal cylinder device, center of rotation device, splint hanging rack device, electric pneumatic device and other welding device. Splint on both sides for linear guide to guide the side panel of square tube, under pressure, and straight line performance is good, friction small, stable performance is good, is advantageous to the brick clamping. Vertical cylinder device to intensify institutional transverse force, also more conducive to the brick clamping. This article is through everything into consideration, comprehensive comparison of traditional brick clamping mechanism, to obtain the parameters of the machine the parts, and through calculation, demonstrates the feasibility of the design. The use of 3 d SOLIDWORKS 3 d modeling on the whole machine

Key words: brick yards machine; Brick clamping mechanism; 3 d modeling

目录

摘要I
Abstract II
1绪论1
1.1课题研究的目的及意义1
1.2码砖机在国内外的发展现状2
1.3国内外码垛机的研究状况及发展趋势2
1.3.1研究现状2
1.3.2发展趋势3
1.4课题研究的内容4
3码砖机整体方案的确定5
2.1码砖机的组成及各部分关系概述5
2.2码砖机驱动方案的确认5
2.2.1液压驱动5
2.2.2气压驱动6
2.2.3电动机驱动6
2.2.4驱动方案的确认6
2.3总体方案拟定6
3码砖机夹砖机构机构设计8
3.1夹砖机构机构总体设计方案8
3.1.1夹砖机构机构设计要求8
3.1.2夹砖机构各功能板块9
3.2转动机构的设计9
3.2.1轴的校核计算9
3.2.2轴承的校核11
3.3大小齿轮的校核计算和选用12
3.3.1选精度等级、材料及齿数材料及热处理12
3.3.2初步设计齿轮传动的主要尺寸12
3.3.3按齿根弯曲强度设计14
3.3.4几何尺寸计算: 15
3.3.5轴上键连接的选择及校核16
3.4气压传动机构的选用16
3.4.1横向气压装置的选用16
3.4.2纵向气压装置的选用16
3.5夹板机构的设计17
3.5.1夹板的整体设计17
3.5.2挂板轴的校核和设计18
3.6挂轮的设计20
3.6.1挂轮的整体设计20
3.6.2挂轮轴的校核和设计21
3.6.3轴承的选用23
3.6.4挂轮筒的设计23
3.7框架及各焊接件的作用和选用23
3.8电机的选用24
4码砖机行走机构的设计25
4.1行走机构结构组成25
4.2行走轮组件设计25
4.2.1电机的选用25
4.2.2行走驱动轴的设计26
4.2.3链轮的设计27
4.2.4轴承座的选用28
4.2.5行走轮的设计28
5码砖机三维造型的设计29
5.1 Solidworks软件简介29
5.2零件建模31
5.2.1龙门架三维建模的形成31
5.2.2油缸体的三维建模形成31
5.2.3其他零件的三维模型造型32
5.3零件装配33
5.4三维向二维的转换35
结论37
参考文献38
致谢39

A三维总装图四视图

A0码砖机总图

A0夹砖机构装配图

中心轴轴承座

中心轴下轴承端盖A3

中心轴上轴承端盖A3

中心轴架A3

码砖机中心轴

夹盘挂架A2

挂轮轴A4

挂轮桶A3

挂轮架A3

挂轮部装A3

字数

摘要

设计所包含文件

目录