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Further Research on the Integration of Headstock Electromechanical Turning and Milling

摘要


In this paper, this paper firstly tests the impact of belt drive on the headstock and machine tool under load environment which will bring loss, high friction and reduce machining efficiency. From there, this paper finds the reasons for these effects, analyzes the physical application context of them, changes the possibility of the problem occurring from the substance, and specifies the effects of eliminating heat dissipation, reducing noise, etc. while solving the belt drive problem, thus realizing further research on the integration of the headstock electromechanical turning and milling.

參考文獻


Lu Dong, Yu Chunquan. Research on the integration of headstock electromechanical turning and milling conducted [J]. Digital World, 2018(7): 235-236.
Tang Y, Sun Yalong. Research status and development trend of motor heat dissipation system.
Lv Yanfei. Analysis and calculation of thermal characteristics of CNC machine tools and experimental research.
Hao Zhongbo. On the application of mechatronics in CNC machine tools [J]. Internal Combustion Engine and Accessories,2021(02):69-70.
Zhou Bo. Analysis of CNC technology in modern machining [J]. Metallurgical Management,2021(13): 34-35.

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