資源標準WORD格式排版 80頁

摘 要
在工程技術(shù)領(lǐng)域，經(jīng)常會遇到一些需要反復操作，重復性很高的工作，如果能有一個供反復操作且操作簡單的專用工具，圖形用戶界面就是最好的選擇。如在本設(shè)計中對于牛頭刨床平面六桿機構(gòu)來說，為了保證結(jié)構(gòu)參數(shù)與運動參數(shù)不同的牛頭刨床的運動特性，即刨刀在切削過程中接近于等速運動從而保證加工質(zhì)量和延長刀具壽命，以及刀具的急回性能從而提高生產(chǎn)率，這樣的問題如果能夠通過設(shè)計一個模型平臺，之后只需改變參量就可以解決預期的問題，這將大大的提高設(shè)計效率。本設(shè)計中正是通過建立牛頭刨床六桿機構(gòu)的數(shù)學模型，然后用MATLAB程序設(shè)計出一個友好的人機交互的圖形界面，并將數(shù)學模型參數(shù)化，使用戶只需改變牛頭刨床的參數(shù)就可以方便的實現(xiàn)運動分析和運動仿真，用戶可以形象直觀地觀察到牛頭刨床的運動軌跡、速度變化及加速度變化規(guī)律。
關(guān)鍵詞：牛頭刨床 六桿機構(gòu) MATLAB 運動仿真 程序開發(fā)

Abstract
In the engineering area, often repeatedly encountered some operational needs, repetitive highly, and if the operation can be repeated for a simple operation and dedicated tool graphical user interface is the best choice. As in the planer graphic design for six pole bodies, and campaigns to ensure the structural parameters of different parameters planer movement characteristics, planning tool in the process of cutting close to equal campaign to ensure processing quality and extended life cutlery and cutlery rush back to the performance enhancing productivity, If such issues can be adopted to design a model platform parameter can be changed only after the expected settlement, which will greatly enhance the efficiency of the design. It is through the establishment of this design planer six pole bodies mathematical model, and then use MATLAB to devise procedures of a friendly aircraft in the world graphics interface, and mathematical models of the parameters, so that users only need to change the parameters planer can facilitate the realization of movement analysis and sports simulation, Users can visual image observed in planer movement trajectories, speed changes and acceleration changes.
Keywords：Planer 6 pole bodies MATLAB Campaign simulation Procedure development.


目錄
1 緒論...............................................................4
2牛頭刨床六桿機構(gòu)運動分析程序設(shè)計
2.1 MATLAB介紹 ................................................5
2.2 MATLAB的特點 ..............................................6
2.3 用MATLAB處理工程問題優(yōu)缺點................................7
3牛頭刨床運動分析的模型
3.1 基本概念與原理...............................................9
3.2 牛頭刨床六桿機構(gòu)的數(shù)學模型 .................................9
4 圖形用戶界面GUI
4.1界面設(shè)計的原則 .............................................13
4.2 功能要求 .................................................. 16
4.3界面結(jié)構(gòu)設(shè)計 ................................................17
4.4 程序框圖的設(shè)計 .............................................19
5運動仿真程序界面設(shè)計與編程實現(xiàn)
5.1 句柄圖形體系 .................................................21
5.1.1 圖形對象、對象句柄和句柄圖形樹結(jié)構(gòu)..................... 22
5.1.2 對象屬性 ..............................................23
5.1.3 對象句柄的獲取方法.....................................23
5.1.4 對象句柄的獲取和設(shè)置...................................25
5.2 主界面參數(shù)含義 ............................................. 27
5.3 界面制作步驟................................................ 27
6總結(jié) ............................................................. 49
7致謝.............................................................. 50
8參考書目.......................................................... 51
9附錄 程序源代碼.................................................... 52