鱼雷活塞式凸轮发动机的智能控制设计

Intelligent control design of torpedo piston cam engine

为了提高鱼雷活塞式凸轮发动机的动力输出和智能控制能力,提出一种基于正反向旋转双轴输出控制的鱼雷活塞式凸轮发动机的智能控制方法。构造鱼雷活塞式凸轮发动机控制约束参量模型,发动机采用转阀配齐方法进行燃气热能驱动控制,采用锥形滚动轴承转动调节方法进行凸轮发动机的运转工质调节,利用正反向旋转双轴输出调节方法提高发动机驱动机械功,结合单片机进行鱼雷活塞式凸轮发动机的计算机智能控制,提高鱼雷活塞式凸轮发动机输出增益。实验测试结果表明,采用该方法进行鱼雷活塞式凸轮发动机控制的智能性较好,人机交互性较强,发动机的燃料工质效率较高,提高了鱼雷发动机的输出稳定性和连续运转能力。

In order to improve the power output and intelligent control ability of torpedo piston cam engine, an intelligent controlmethod of torpedo piston cam engine based on forward and backward rotation double axis output control is proposed. The controlconstraint parameter model of torpedo piston cam engine is constructed. The engine adopts the rotating valve alignment method todrive the gas heat energy and the tapered rolling bearing to adjust the working medium of the cam engine. The forward and backwardrotation biaxial output regulation method is used to improve the driving mechanical power of the engine, and the computer intelligentcontrol of the torpedo piston cam engine is carried out in combination with the single chip microcomputer to improve the output gainof the torpedo piston cam engine. The experimental results show that this method has better intelligence, better man -machineinteraction and higher efficiency of fuel working fluid in the control of torpedo piston cam engine. The output stability and continuousoperation ability of torpedo engine are improved.