1) override switch
超越控制开关
4) on-off control
开关控制
1.
Finally,the comparison of the vibration control effect among using traditional damper with passive control,MR damper with passive control and MR damper with semi-active on-off control in frequency domain is per.
研究了1/4车辆模型的半主动控制问题,采用一种改进的Bingham模型来描述磁流变阻尼力,研究了系统参数在共振域附近对振幅的影响,最后对比了采用该模型的磁流变阻尼器的被动控制、半主动开关控制以及采用传统阻尼器的被动控制在频域上的隔振效果,结果表明半主动非线性开关控制弥补了非线性被动控制的不足,使得系统在共振区和高频区上都有较好的隔振效果。
2.
The ER damper has been simulated with two extensive on-off control methods.
采用电流变阻尼器作为动作器,用开关控制对车辆模型进行模拟。
3.
In order to make the room s temperature realize automatic control in winter,keep the constant temperature in the room, and reach the energy-conservation, we take the PID Control to the burning device valve of gas fired boiler, and the non-linear on-off control, so that the temperature in the room is gotten the fast, accurate,steady and high-efficient regulation.
针对燃气锅炉燃烧器阀门的PID控制,结合非线性开关控制,使温度快速、准确、平稳、高效的调节。
5) switch control
开关控制
1.
Application of quasi-resonant mode switch controller in TV power;
准谐振模式开关控制器在电视机电源中的应用
2.
A switch control mode which controlled pulse width of inverter source was proposed in this paper.
同时介绍了研制的以单片机为核心的手弧焊、TIG焊逆变电源的控制系统组成原理 ,并利用开关控制法在该系统上加以应用 ,理论分析和试验结果表明 ,采用开关量控制法进行焊接 ,在电弧负载整个变化范围内可实现焊接电流无超调快速控制 ,有效地满足各种焊接工艺要求 ,保证了弧焊逆变电源工作的稳定性和可靠性。
3.
Regarding to degeneration of dynamics characteristics in a traditional single chaotic system,we propose a switch controller chaos & pseudo random bit generator(SCS-PRBG) based on multiple chaotic systems and switch control.
针对单混沌系统可能会出现的动力学特性退化的缺陷,基于多混沌系统和开关技术,提出开关控制混沌伪随机比特发生器(Switch Controller Chaos&Pseudo Random Bit Generator,简称SCS-PRBG)。
6) switching control
开关控制
1.
Nonlinear programming method for time optimal switching control;
时间最优开关控制的非线性规划方法
2.
Control of beam halo-chaos via exterior magnetic field switching control;
强流束晕-混沌的外部磁场开关控制
3.
A novel resetting switching control method for the structure with piezoelectric shunted circuit was proposed,and an energyrelease-based control law was created to reduce the total system energy.
对于具有压电分支电路系统的结构提出一种新颖的重置开关控制方法,建立了基于能量释放的控制律来减小系统的总能量:当电路中电感储存的能量达到最大值时,将电路开关短时断开并释放电感储存的能量,当电路开关再次合上后,电感无能量回传给被控结构,从而减小流入被控结构的能量,保证了控制系统的稳定性。
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条