刀柄系统智能化技术基础研究机械制造及其自动化专业论文.docxVIP

南京航空航天大学硕士学位论文 南京航空航天大学硕士学位论文 刀柄系统智能化技术基础研究 刀柄系统智能化技术基础研究 摘 要 智能刀柄系统是近年来刚发展起来的一种新型刀具夹持系统，通过结合目前成熟的刀柄 制造技术以及高端的智能系统，能实现刀柄系统的智能化控制，使高速切削加工过程得到极 大的改善和提高。论文针对智能刀柄系统的两项关键技术——非接触供电技术和无线数据传 输技术，展开了相关的理论分析和技术研究，主要研究内容分为以下几点： （1）对目前的非接触供电技术和无线数据传输技术进行相关理论分析和对比，提出采用 射频电能传输和蓝牙数据传输作为智能刀柄系统的非接触供能方案和无线数据传输方案。 （2）针对现有的射频电能传输和蓝牙数据传输方法，重点研究了实现射频电能传输和蓝 牙数据传输的几项关键技术，据此合理地选择硬件模块以及自主开发相关的软硬件模块。 （3）完成智能刀柄系统试验模型的三维建模、CAD 制图以及实物装配，并在原型样机 上安装射频电能传输装置与蓝牙数据传输装置，最终进行大量的试验并总结了相关试验结论。 关键词：智能刀柄，射频，蓝牙，通信协议，三维建模 I PAGE PAGE IV III III Abstract The Intelligent-Handle system developed recently is a new type of tool clamping system. Through the combination of the current mature technique in tool manufacturing and the intelligent system, the Intelligent-Handle system has realized the intelligent control on the tool handle, and as a result, the high machining process has also been improved greatly. In this paper, two key-technologies for Intelligent-Handle system-contactless power supply technology and wireless data transmission technology-are researched both in theory and practice. The main content includes: (1)Make a theoretical analysis and comparison for the contactless power supply technology and wireless data transmission technology, according to the comparison, subsequently we select the RF Power Transmission and Bluetooth Data Transmission as the way of realizing the contactless power supply technology and wireless data transmission technology based on the Intelligent-Handle system. Make a theoretical analysis and comparison for the RF Power Transmission and Bluetooth Data Transmission, especially the key theories used in these technologies, and as a result, we will choose some reasonable hardware modules as well as develop the related hardware and software modules. After completing the 3D modeling, CAD drawings and assemblage of the test-module, we will add the RF Power Transmission equipment and Bluetooth Data Transmission equipment to the test-module, lastly, make a reasonabl