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Development of an Electric Power Chuck System for CNC lathe (1st Report): Basic Mechanism and Performance

机译:数控车床电动卡盘系统的开发(第一报告):基本机理和性能

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摘要

The study deals with a development of an electric power chuck system for CNC lathe. Today, almost power chuck system for CNC lathes are used with hydraulic system included with hydraulic fluid which causes the environment pollution. Besides, not only the hydraulic pump always wastes energy, but also its heat transfer causes thermal deformation and deteriorates machining accuracy. In the study, in order to remove the hydraulic pump system from CNC lathe, the electric power chuck system which is able to adopt to the general CNC lathe and to have enough capability as general hydraulic power chuck system are developed. The electric power chuck system adopt to alternate general hydraulic pump system. From the experimental result, the developed electric power chuck system is found to have enough abilities. In addition, the electric power chuck system aims to improve machining accuracy by intercepting heat transfer and environmental pollution as well as removing the hydraulic system from machine tools.
机译:该研究涉及用于数控车床的电动卡盘系统的开发。如今,用于数控车床的几乎动力卡盘系统与液压系统一起使用,液压系统包含液压油,这会污染环境。此外,不仅液压泵总是浪费能量,而且其热传递还会引起热变形并降低加工精度。在研究中,为了从数控车床上拆下液压泵系统,开发了一种能够采用通用数控车床并具有足够能力的电动液压卡盘系统。电动卡盘系统采用替代通用液压泵系统。从实验结果可以看出,开发的电力卡盘系统具有足够的能力。此外,电动卡盘系统旨在通过拦截传热和环境污染以及从机床上拆除液压系统来提高加工精度。

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