半自动管接头液动旋紧机设计（二）含9张CAD图+说明书

A旋紧机总图

半自动管接头液动旋紧机的设计
摘要

本次设计的题目是半自动管接头液动旋紧机（二）。因为旋紧机在抽油泵加工中起到很重要的作用。
此次的设计液压旋紧机是应用于筒式深井泵的内衬螺旋夹紧的半自动专用设备。可以对长6m、直径为90到110mm的泵进行旋紧。此次的液动旋紧机主要分为两部分，一部分是液压旋紧机构，一部分是上联和送料机构。本设计主要是上料和送料机构。液压缸一柱塞运动实现了夹紧和松夹，液压缸二柱塞运动实现了送料和退料。本次设计的部分主要有夹紧机构，齿轮齿条传动机构，升降机构，滑动机构以及支撑机构。所设计的底座包括导轨，焊接机座等。本装置结构简单，维护方便，操作简单，制作成本相对较低。本机床使可以将泵体的两端帽进行旋紧，使泵的内衬套同心的连接在一起而不松。
关键词液压旋紧；支撑机构；机床底座；送料机构
Abstract
The subject of this design is semi-automatic pipe joint hydraulic tightening machine (two). Because the tightening machine plays a very important role in the processing of the oil well pump.
The design of hydraulic tightening machine is used in the tube type deep well pump lining spiral clamping semi-automatic special equipment. A long 6m pump with a diameter of 90 to 110mm can be screwed. The hydraulic screwing machine is mainly divided into two parts, one part is the hydraulic screwing mechanism, a feeding mechanism and the upper part is. The design is mainly feeding and feeding mechanism. We choose the hydraulic pump as the power source, hydraulic pump piston movement to achieve the clamping and loose clamp, hydraulic pump two plunger movement to achieve feeding and withdrawal. The main parts of the design include clamping mechanism, gear rack drive mechanism, lifting mechanism, sliding mechanism and supporting mechanism. The designed base includes guide rail, welding frame and so on. The utility model has the advantages of simple structure, convenient maintenance, simple operation and relatively low production cost. The machine tool can make the two ends of the pump body be screwed, so that the inner lining of the pump is connected together without looseness.
Key wordsHydraulic tightening; support mechanism; machine tool base
目录
摘要I
Abstract II
1.绪论1
1.1 （设计）工作的理论意义和应用价值1
1.2目前研究的概况和发展趋势1
2.总体方案的选定3
3.后支座的设计4
3.1夹紧机构4
3.2夹紧力的确定5
3.2 V型块的设计6
3.3齿轮齿条传动机构设计7
3.4滑动部分设计10
3.5后支架设计11
4.前支座的设计13
4.1支撑机构13
4.2升降机构14
5机床底座的设计15
6.导轨的设计17
7. PLC控制19
8.结论21
参考文献22
致谢23

设计所包含文件

字数统计

底座

吊钩

滚轮1

阶梯轴

v块

齿轮

后支架

前支座