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Experimental Studies on a Fuel Cell and Battery Hybrid Power Source for Unmanned Ground Vehicle (UGV) applications

机译:无人机(UGV)应用燃料电池和电池混合动力源的实验研究

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"The scientists from far-flung fields share a common conviction: that future engineering has a great deal to learn from the natural world." Today, there is a lot of study carried out on mimicking the natural environmental structures and principles. These biomarkers have an efficient structures and functions appropriate for the environment. Thus, these biomarkers have provided new inspiration and ideas to a robot deign engineer [1]. For these reasons, the biomimetic robot has attracted the attention of the world. As a result of this thinking lead to the development of biomimetic robots. The basic structure and action principle of biomimetic robot mimic humans, insects, birds and fish. So, the research and development has been actively progressing. In particular, biomimetic robot technology incorporating renewable energy is under research for developing a proficient system.
机译:“来自遥远的领域的科学家们共同信念:未来的工程从自然界中学习了很多。” 今天,在模仿自然环境结构和原则上进行了很多研究。 这些生物标志物具有适合环境的有效结构和功能。 因此,这些生物标志物向机器人尊贵工程师提供了新的灵感和想法[1]。 由于这些原因,仿生机器人引起了世界的关注。 由于这种思考导致仿生机器人的发展。 仿生机器人,昆虫,鸟类和鱼类的基本结构与动作原则。 因此,研究和发展一直在积极进步。 特别地,融合了可再生能源的仿生机器人技术正在研究熟练的系统。

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