Realization of Self-Powered Ubiquitous System for Vibration Control

本文的研究报告，我们如何开发我们的创新数字自供电的振动控制器使用数字微处理器的自主系统。本发明的单元是完全自供电的控制系统，其根本不需要任何外部电源。然而，这种数字化、自我指导和自我供电的方法使系统能够进行编程，从而在控制方案中具有通用性。数字自治控制器比传统的模拟自治控制器更先进和进步，后者笨拙而笨拙。该数字系统可以在多输入多输出系统中实现，以抑制甚至复杂的结构振动。这对于节能或能源短缺系统的各种应用是非常有用的。实验表明，位移大大减少。实验中的能量耗散是通过各种情况来测量的。

The study reports herein on how we developed our innovative digital self-powered autonomous system for vibration controller using a digital micro-processor. The invented unit is a completely self-powered control system that does not require any external power-supply at all. Nevertheless, this digital, self-directive, and self-powered approach enables the system to be programmable and thus versatile in control scheme. The digital-autonomous controller is much more advanced and progressive than conventional analog-autonomous ones that are clumsy and awkward. This digital system can be implemented in multiple-input multiple-output systems to suppress even complicated structural vibrations. This is quite useful for various applications to energy-saving or energy-shortage systems. Experiments demonstrate that displacement is reduced drastically. Energy dissipation in experiments is measured by various cases.