摘要
在单轨行车物料搬运系统中 ,传统接触供电方式带来的如不规则火花、碳积、不安全等问题 ,限制了其在一些如铸造、清洗、喷漆等一些环境条件恶劣的车间中的应用。笔者介绍了一种基于电磁感应耦合的单轨行车电力传输系统 ,并针对这种系统的若干关键技术问题 ,如工作频率的选定、多负载控制问题、效率特性、谐波影响等 ,作了全面系统的分析和探讨 ,并给出了相应的解决方案。通过此技术的应用可以在恶劣的生产环境下实现向单轨行车提供干净、稳定、安全的电能传输 。
The problems of industry monorail conveying system brought by tradition physical contact such as irregular contact spark, carbon laydown and unsafe, narrow the area which the material handling system can apply to in awful industry environment, e.g. forge, cleaning, lacquering. A novel monorail power supply method based on electromagnetic coupling theory is presented. Discussions are made on several problems such as frequency selection, load control, efficiency elements and harmonic effects at the same time. Moreover, solutions are brought about according to them. The monorail application of this technology provides clean, stable and safe power supply, and immunes to environment interference such as dust, water as well.
出处
《重庆大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
2003年第1期50-53,共4页
Journal of Chongqing University
