金刚石工具性能检测系统（机械执行部分）.rar
金刚石工具性能检测系统（机械执行部分）, 1.4万字 29页目录第一章引 言1第二章金刚石钻头及其工作环境简介22.1 钻压选择22.2 转速选择32.3 冲洗液泵量4第三章系统总体结构设计63.1 运动功能分配63.2 结构布局设计63.3 机床总体结构的概略形状与尺寸设计6第四章系统动力系统设计7第五章液压进给系统设...
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金刚石工具性能检测系统（机械执行部分）
1.4万字 29页
目 录
第一章 引 言 1
第二章 金刚石钻头及其工作环境简介 2
2.1 钻压选择 2
2.2 转速选择 3
2.3 冲洗液泵量 4
第三章 系统总体结构设计 6
3.1 运动功能分配 6
3.2 结构布局设计 6
3.3 机床总体结构的概略形状与尺寸设计 6
第四章 系统动力系统设计 7
第五章 液压进给系统设计 10
5.1 液压缸参数设计及选用 10
5.2 液压泵的计算选用 13
5.3 油箱的设计选用 13
第六章 导轨及滚珠丝杠设计 16
6.1 导轨的功能设计及应用 16
6.2 滚珠丝杠设计计算 18
第七章 系统机架的结构尺寸设计 25
结 束 语 26
致谢词 27
参考文献 28
附录一…………………………………………………………………………………29
附录二…………………………………………………………………………………30
摘 要
本文设计的是金刚石工具性能检测系统的一部分，即机械执行系统。主要完成钻头的钻进过程。鉴于其需要完成的运动和机床类似，故采用的是类似机床的总体布局。包括机体、立柱、横梁、工作台以及机座支承机构。
论文划分为七个章节，每个章节又细分为几个不同部分。第一章为序言，主要叙述课题的意义以及系统所要完成的功能。第二章介绍金刚石钻头及其工作环境分析，为系统选择合适的钻压、钻速和冲洗液量。以后几章则分别详细介绍了设计总体方案，主动力参数及传动设计，液压给进系统设计，滚动导轨及滚珠丝杠的选用计算，机座支承机构的设计计算等。
系统有三个方向的运动趋势，即横梁沿立柱上下方向的运动，工作台底层沿水平方向的运动，工作台沿前后方向的运动。其中，横梁和固定其上的电机以及钻头沿立柱的运动是由液压缸驱动的。工作台下层沿水平方向滚动导轨的运动是由一个小电机驱动滚珠丝杠带动的。由于工作台前后方向的运动不常用，而且推力不需要很大，故顶层工作台采用手柄人力驱动。
钻头主轴的旋转运动由安装在横梁上的三相交流电机驱动。可采用变频方式调速。整体结构简图见正文。
关键词：金刚石工具 变频 滚珠丝杠
Abstract
What this text designed is a part of diamond tool performance detection system, namely mechanical executive system. Finish the creeping into the course of the bit mainly. Seeing that its sport and lathe needing to be finished are similar, so it was the total arrangement which is similar to the lathe that adopted. Including the organism , post , crossbeam , workingbench and machine seat support the organization.
The thesis is divided into seven chapters, each chapter is subdivided into several different parts again. Chapter one a preamble, narrate the meaning of the subject and function finished of system mainly. Chapter two introduce the diamond bit and working environmental analysis , choose the suitable bit pressure , bore speed and amount of liquid developed for the system. Several rules and regulations differentiate the detailed introduction and design the overall scheme afterwards, initiative strength parameter and transmission will be designed, hydraulic pressure is it enter system design , roll guide and ball exertion of guide screw calculate to give, machine flat support design of organization calculate etc..
The system has the sport trends of three directions, namely the sport along the upper and lower directions of the post of crossbeam , workingbench sport when there is in horizontal direction ground floor,workingbench along in front and at the back of direction move. Among them, crossbeam and regular electrical machinery and bit that have their to that jar urge hydraulic pressure have along sport of post. Workingbench lower floor roll sport of guide to urge ball to be that guide screw drive by one light electrical machinery in horizontal direction. Because the sport of the direction is not daily in front and at the back of the workingbench, and thrust did not need very big , so the workingbench of top floor adopts the manpower drive of handles.
Bit rotation sport of main shaft install three phases at crossbeam exchange electrical machinery urge. Can adopt the frequency conversion way to adjust the speed . See the text in whole structure sketch .
Keyword: Diamond tool Frequency conversion Ball guide screw
参考文献：
[1] 王生主编，钻孔工程，北京：地质出版社，2002
[2] 徐灏主编，机械设计手册，北京：机械工业出版社，1992
[3] 机电一体化技术手册编委会，机电一体化技术手册，机械工业出版社
1.4万字 29页
目 录
第一章 引 言 1
第二章 金刚石钻头及其工作环境简介 2
2.1 钻压选择 2
2.2 转速选择 3
2.3 冲洗液泵量 4
第三章 系统总体结构设计 6
3.1 运动功能分配 6
3.2 结构布局设计 6
3.3 机床总体结构的概略形状与尺寸设计 6
第四章 系统动力系统设计 7
第五章 液压进给系统设计 10
5.1 液压缸参数设计及选用 10
5.2 液压泵的计算选用 13
5.3 油箱的设计选用 13
第六章 导轨及滚珠丝杠设计 16
6.1 导轨的功能设计及应用 16
6.2 滚珠丝杠设计计算 18
第七章 系统机架的结构尺寸设计 25
结 束 语 26
致谢词 27
参考文献 28
附录一…………………………………………………………………………………29
附录二…………………………………………………………………………………30
摘 要
本文设计的是金刚石工具性能检测系统的一部分，即机械执行系统。主要完成钻头的钻进过程。鉴于其需要完成的运动和机床类似，故采用的是类似机床的总体布局。包括机体、立柱、横梁、工作台以及机座支承机构。
论文划分为七个章节，每个章节又细分为几个不同部分。第一章为序言，主要叙述课题的意义以及系统所要完成的功能。第二章介绍金刚石钻头及其工作环境分析，为系统选择合适的钻压、钻速和冲洗液量。以后几章则分别详细介绍了设计总体方案，主动力参数及传动设计，液压给进系统设计，滚动导轨及滚珠丝杠的选用计算，机座支承机构的设计计算等。
系统有三个方向的运动趋势，即横梁沿立柱上下方向的运动，工作台底层沿水平方向的运动，工作台沿前后方向的运动。其中，横梁和固定其上的电机以及钻头沿立柱的运动是由液压缸驱动的。工作台下层沿水平方向滚动导轨的运动是由一个小电机驱动滚珠丝杠带动的。由于工作台前后方向的运动不常用，而且推力不需要很大，故顶层工作台采用手柄人力驱动。
钻头主轴的旋转运动由安装在横梁上的三相交流电机驱动。可采用变频方式调速。整体结构简图见正文。
关键词：金刚石工具 变频 滚珠丝杠
Abstract
What this text designed is a part of diamond tool performance detection system, namely mechanical executive system. Finish the creeping into the course of the bit mainly. Seeing that its sport and lathe needing to be finished are similar, so it was the total arrangement which is similar to the lathe that adopted. Including the organism , post , crossbeam , workingbench and machine seat support the organization.
The thesis is divided into seven chapters, each chapter is subdivided into several different parts again. Chapter one a preamble, narrate the meaning of the subject and function finished of system mainly. Chapter two introduce the diamond bit and working environmental analysis , choose the suitable bit pressure , bore speed and amount of liquid developed for the system. Several rules and regulations differentiate the detailed introduction and design the overall scheme afterwards, initiative strength parameter and transmission will be designed, hydraulic pressure is it enter system design , roll guide and ball exertion of guide screw calculate to give, machine flat support design of organization calculate etc..
The system has the sport trends of three directions, namely the sport along the upper and lower directions of the post of crossbeam , workingbench sport when there is in horizontal direction ground floor,workingbench along in front and at the back of direction move. Among them, crossbeam and regular electrical machinery and bit that have their to that jar urge hydraulic pressure have along sport of post. Workingbench lower floor roll sport of guide to urge ball to be that guide screw drive by one light electrical machinery in horizontal direction. Because the sport of the direction is not daily in front and at the back of the workingbench, and thrust did not need very big , so the workingbench of top floor adopts the manpower drive of handles.
Bit rotation sport of main shaft install three phases at crossbeam exchange electrical machinery urge. Can adopt the frequency conversion way to adjust the speed . See the text in whole structure sketch .
Keyword: Diamond tool Frequency conversion Ball guide screw
参考文献：
[1] 王生主编，钻孔工程，北京：地质出版社，2002
[2] 徐灏主编，机械设计手册，北京：机械工业出版社，1992
[3] 机电一体化技术手册编委会，机电一体化技术手册，机械工业出版社
