CJK6032數控車床的設計
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- CJK6032數控車床的設計CJK6032數控車床的設計
CJK6032數控車床的設計
學生姓名
指導教師
專 業
學 院
年 月 日
s
Abstract
The CJK6032 numerically controlled lathe including bed,way system,headstock and spindle,turret construction,tailstok,and work holding device. The asynchronous motor and frequency conwerter connect with each other, thus get have frequency control of motor speed.Horizontal enter to with enter lengthways to all from tread with power to arouse into the electrical engineering, is pass by the electrical engineering to double roller chain couplingto arouse horizontal enter to with enter lengthways to, but its pulse equivalent want to be small in the 0.005 mms, because of choose to tread to tread to be apart from Cape to 0.36 into the electrical engineering, past the step enter electrical engineering and double roller chain couplingto still need to use to spread to move to compare to 1:2 of decline soon wheel gear. The feed movement from tread to arouse into the electrical engineering, pass to decline soon wheel gear to spread to double roller chain coupling, arouse the cutter to do the feed movement.
Keywords: numerically controlled lathe; frequency conwerter; double roller chain coupling
目錄
摘 要.................................................................................................................................. I
Abstract.................................................................................................................................. II
緒 論................................................................................................................................... 1
1．1數控車床在國內外的發現狀.............................................................................. 1
1．2課題的研究的目的和意義.................................................................................. 2
2 總體方案設計................................................................................................................... 3
2.1 設計參數.............................................................................................................. 3
2.2 總體方案的確定.................................................................................................. 3
2.3 傳動原理.........................................
..................................................................... 4
2.4 基本參數的確定.................................................................................................... 6
3 傳動設計......................................................................................................................... 7
3.1 設計參數.............................................................................................................. 7
3.2 減速齒輪設計及校核............................................................................................ 7
3.3 帶輪及帶的計算................................................................................................... 11
3.4 軸的初步確定.................................................................................................... 12
3.5 軸的校核.............................................................................................................. 12
3.6 鍵的校核............................................................................................................ 15
4 進給系統設計............................................................................................................... 16
4.1 縱向進給絲杠設計............................................................................................ 16
4.2 橫向進給絲杠設計............................................................................................ 17
4.3 步進電機選擇.................................................................................................... 18
5 控制原理設計............................................................................................................... 19
5.1 數控系統的基本硬件組成................................................................................ 19
5.2 步進電機的控制........................................................................................................ 19
5.2.1 步進電機的工作原理............................................................................... 19
5.2.2 步進電機的控制....................................................................................... 20
5.2.3 譯碼法尋址............................................................................................... 21
5.2.4 鍵盤顯示器接口....................................................................................... 21
5.2.5 程序存儲器（EEPROM）芯片................................................................ 22
6 技術經濟分析................................................................................................................. 23
總 結................................................................................................................................. 26
附錄1 ................................................................................................................................ 28
附錄2 ..............
.................................................................................................................. 29
附錄3 ................................................................................................................................ 33...
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