數(shù)控車床主傳動機構設計(畢業(yè)設計論文)

1、鹽城工學院機械工程系畢業(yè)設計1摘要本文作者研究的主要是數(shù)控車床的主傳動系統(tǒng)，這類主傳動系統(tǒng)的設計可用于對普通車床的改造，以適應當前我國機床工業(yè)發(fā)展的現(xiàn)狀，具有一定的經濟效益和社會效益。本文作者完成的設計主要包括根據(jù)一些原始數(shù)據(jù)（其中包括機床的類型、規(guī)格等）結合實際條件和情況對車床一些參數(shù)進行擬定，再根據(jù)擬定的參數(shù)，進行傳動方案的比較，確定傳動方案。然后計算各傳動副的傳動比及齒輪齒數(shù)，再估算齒輪的模數(shù)和各軸的軸徑，并對齒輪和軸的強度、剛度

2、進行校核。除此之外，還要對箱體內的主要結構進行設計，一些零件的選型，如電磁離合器的選擇等，從而完成對整個主傳動系統(tǒng)的設計。關鍵詞關鍵詞：數(shù)控車床主傳動系統(tǒng)設計AbstractAbstractWhatauthofthistextstudynumericalcontrolmaintransmissionoflathemainlythemaindesignoftransmissioncanuseftodinarytransfmationofl

3、atheIndertoadapttothecurrentsituationofthepresentindustrialdevelopmentoflatheofourcountryhavecertaineconomicbenefitssocialbenefit.Thedesignthattheauthofthistextfinishedincludesaccdingtosomeinitialdatamainly(typespecifica

4、tionofincludingthelatheetc.)CombineactualconditionsituationdrafttosomeparametersoflathethenaccdingtotheparameterdraftedCarryonthecomparisonofthetransmissionschemeconfirmthetransmissionscheme.It鹽城工學院機械工程系畢業(yè)設計331主擬定傳動方案...

5、......................................................................................................532傳動方案的比較.........................................................................................................532

6、1采用單速電機...................................................5322采用雙速電機...................................................633各級傳動比的計算..........................................................................................

7、...........734各軸轉速的確定方法..................................................................................................9341Ⅰ軸的轉速.....................................................9342中間傳動軸的轉速.........................

8、.....................935轉速圖擬定...............................................................................................................104動力計算............................................................114.1齒輪的計算...

9、..............................................................................................................114.1.1確定齒輪齒數(shù)和模數(shù)（查表法）....................................1141.2確定齒輪的齒數(shù)和模數(shù)（計算法）并校核..........................124

10、1.3齒輪的精度設計；..............................................154.2電磁離合器的選擇和使用.......................................................................................195軸的設計和驗算..................................................

11、.....215.1軸的結構設計.............................................................................................................215.2軸的強度校核(以Ⅰ軸為例).............................................................................

12、........215.2.1選擇軸的材料....................................................225.2.2初估軸徑........................................................225.2.3結構設計........................................................2252.4軸的受力分析.

13、.............................................................235.3軸的剛度校核(以Ⅰ軸為例).....................................................................................256主軸變速箱的裝配設計...........................................

14、......286.1箱體內結構設計的特點.............................................................................................286.2設計的方法(以軸的布置為例).................................................................................287結論.

15、................................................................31致謝...................................................................32參考文獻...............................................................33附件清單..........