摘要
通过对采煤机制动器试验台的方案进行分析比较,试验台采用机械惯量模拟的方式进行设计.试验台的机械惯量采用飞轮进行蓄能,根据采煤机制动器的制动特点,设计了采煤机制动器试验台的基本结构,主要确定了方案中采煤机负载惯量的理论计算方法,并根据采煤机的负载惯量确定飞轮的质量和直径,并确定驱动电机的功率.
Shearer brake test bench programs are analyzed and compared with mechanical inertia simulation approach to design test bench. The mechanical inertia test bench uses the flywheel energy storage. According to the braking characteristics of shearer brake, this paper designs the basic structure of the shearer brake test bench by using the main theoretical calculation method to determine the progrmns load inertia of shearer, determine the flywheel quality and the diameter according to the load inertia of shearer, and finally determine the driving power of the motor.
出处
《矿业工程研究》
2017年第1期67-70,共4页
Mineral Engineering Research
