机械设计论文cad图纸：api偏置抽油机设计.zip

A2-横梁譆@赏?dwg毕业设计 API偏置抽油机设计
论文说明书共49页。字数总计：15456
资料简介：
JS-912双圆弧齿轮减速器技术参数及安装尺寸.dwg
答辩PPT：API偏置抽油机设计.ppt
开题报告.doc
外文翻译.doc
外文摘要.doc
摘 要.doc
毕业设计（论文）：API偏置抽油机设计.doc
目录.doc
Book2.xls
设计计算.doc
几何运动计算.xls
受力计算.xls
工艺计算.xls
设计计算.xls
912安装尺寸.dwg
A0-底座总图.dwg
A0-抽油机总装配图.dwg
A3-轴.dwg
A0-支架总图.dwg
A0-游梁譆@赏?dwg
A3-尾轴承譆@赏?dwg
A1-曲柄体.dwg
A0-曲柄平衡块譆@赏?dwg
A0-驴头譆@赏?dwg
A3-连杆譆@赏?dwg
A2-横梁譆@赏?dwg
A4-焊接H型钢.dwg
A0-底座分成图.dwg
A0-底座譆@赏?dwg
A4-吊耳.dwg
A4-加强筋.dwg
A3-减速器座板.dwg
A3-筒体右侧板.dwg
A3-筒体左侧板.dwg
A4-左支腿支撑板.dwg
A3-左支腿座板.dwg
A4-筒体加强板.dwg
A4-筒体边板.dwg
A4-挡块.dwg
A2-电机底座.dwg
A4-垫块.dwg
A3-右斜撑.dwg
A4-右斜撑支撑板.dwg
A4-左斜撑.dwg
A4-调整螺栓M30×140.dwg
A4-调整座.dwg
A2-支架顶板.dwg
A0-支架体.dwg
A4-前腿连接板.dwg
A4-支架体后加强板.dwg
A4-支架体前加强板.dwg
A0-支架总图-1.dwg
A2-后腿体.dwg
A2-夹板.dwg
A1-轴座.dwg
A2-轴座合件.dwg
A2-轴座焊合件.dwg
A1-轴座底板.dwg
A1-轴盖.dwg
A2-支架轴座.dwg
A4-筋板.dwg
A4-加强板.dwg
A4-顶丝板.dwg
A0-垫板.dwg
A2-支架.dwg
A0-吊耳.dwg
A0-尾轴承横梁譆@?dwg
A4-连接板-1.dwg
A4-加强板-1.dwg
A0-横梁譆@?dwg
A0-横梁体.dwg
A4-补强板.dwg
A0-曲柄销譆@?dwg
A0-尾轴承譆@?dwg
A0-中央轴承座譆@?dwg
A4-顶丝.dwg
A4-顶丝座.dwg
A3-固定块.dwg
A0-游梁譆@?dwg
A2-连杆管.dwg
A2-连杆上接头.dwg
A2-连杆下座.dwg
A4-连杆销.dwg
A0-连杆譆@?dwg
A0-驴头譆@?dwg
A4-圆螺母.dwg
A2-四连杆机构.dwg
A3-螺栓M36.dwg
A3-螺栓M24.dwg
A4-弧面板.dwg
A4-侧板.dwg
A0-曲柄体.dwg
A3-楔键.dwg
A3-保险锁块.dwg
A0-曲柄平衡块譆@赏?1.dwg
A1-平衡块.dwg
A1-T形螺钉.dwg
【摘 要】抽油机是构成采油设备重要组成部分。在抽油机驱动下，带动其它设备运转，实现油井的机械式开采。偏置型抽油机是在常规型抽油机基础上发展的，通过对曲柄的改造和尺寸的优化获得。本文介绍了偏置型抽油机工作原理、节能原理以及设计过程。首先，根据已知的参数，对抽油机的连杆机构在几何、运动、和动力学进行了系列的分析与计算，阐述了这种设备的运动规律。其次、对抽油机进行了工艺参数计算和主要部件材料的强度校核分析，及对配套设备，如电动机、减速器的分析与选用，说明了该型设备在性能方面同其它种类设备的差异。最后，进行工况分析和结构草图设计。中间过程的有关计算部分，利用Excel软件进行了编程调试。
【关键词】偏置型抽油机 曲柄 强度 特性
【Abstract】The pumping units are one of important parts in exploitation equipments。Driving by the pumping units, the other equipments are running in order to achieve the mechanized exploitation of the oil well 。The unusual sharp beam-pumping unit is developed from the conventional beam-pumping units by the modification of crank and the optimization of size。 In this article, working routine and power-saving technology of the unusual sharp beam-pumping units will be introduced and the designing procedure, First，serial geometric calculation movement calculation and dynamic calculation of 4-bar rod of pump unit were finished accord to known design data and design standard to express law of motion of this kind of equipment。Second，process parameter was computed intensity of essential parts was checked and the selection of correlating equipments, such as electro-motor and reducing gearbox, sum up the characteristic in the performance. The end, working condition was analyzed and sketch was designed。In the middle of produce ,Excel was used to edit computational program。
【Key words】Unusual sharp beam-pumping units Crank Strength
Characteristic
目 录
任务书………………………………………………………………………………Ⅰ
开题报告……………………………………………………………………………Ⅱ
指导教师审查意见…………………………………………………………………Ⅲ
评阅教师评语………………………………………………………………………Ⅳ
答辩会议记录………………………………………………………………………Ⅴ
中文摘要……………………………………………………………………………Ⅵ
外文摘要……………………………………………………………………………Ⅶ
前言…………………………………………………………………………………1
1 概述………………………………………………………………………………2
1.1 选题背景…………………………………………………………………2
1.2 研究的目的和意义………………………………………………………2
1.3 国内外现状和发展趋势及研究方向……………………………………2
1.4 游梁式抽油机节能技术分析和指导思想………………………………3
1.5 方案论证…………………………………………………………………4
2 偏置型抽油机工作原理与节能原理……………………………………………6
2.1 工作原理…………………………………………………………………6
2.2 偏置型游梁抽油机特点…………………………………………………6
2.3 抽油..