摘要
介绍了采用液压及电磁增力的离心式离合器,说明了其工作原理,给出输出力和输出转矩,接合角速度和接合转速,额定角速度和额定转速以及弹簧最大工作载荷的计算公式。其结构紧凑,输出转矩的能力提高非常显著。将离合器的工作作为子系统纳入设备电控系统综合考虑,根据设备工作需要及状态,实现离合器最佳起动时间与起动时刻的自动控制,是离合器的研制发展方向。
The centrifugal clutch to add power with hydraulic pressure and electromagnetism is introduced. The operation principle is explained. The calculation formulas of output force and driving torque, joint angular velocity and joint speed, rated angular velocity and rated speed and maximum load of spring are presented. The structure of this clutch is compact. It can greatly improve the abilities of driving torque, synthetically considering designing clutch. Leave the function of clutch under the comprehensive consideration of equipment's computer control system as a small system. To realize the best starting time and starting second under its auto-control, according to the need and working state of the equipment, is the manufacturing and developing direction.
出处
《机械工程学报》
EI
CAS
CSCD
北大核心
2003年第12期151-153,157,共4页
Journal of Mechanical Engineering
基金
湖南工程学院重点课题
关键词
离心力
离合器
杠杆液压增力机构
电磁力
重块
电控
子系统
Centrifugal force Clutch Force amplifier with lever and hydraulic Pressure electromagnetism Weight Control by computer Small system
