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Robotic Fish Development for the Next Generation Underwater Vehicle

机译:下一代水下车辆的机器人鱼类开发

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The author has developed many kinds of robotic fishes based on elastic oscillating fin propulsion system from 1989. The presentation describes past, present, and future robotic fish technologies, and applications of robotic fish technologies to various fields. Firstly, the history of the developed life-like robotic fish, such as sea bream in 1995, coelacanth in 1997, carp in 2000, shark ray in 2004 etc. is mentioned. The developed robotic fishes are basically propelled by vertical tail fin and operated by servo motors. Secondly, the life-like robotic dolphin was newly developed in 2013. The author developed tethered whale robot with horizontal tail fin propelled by hydraulic actuator in 1990s, however, the robotic dolphin is untethered and higher length, that is more than lm, and has characteristic of fast cruising and higher maneuverability with horizontal tail fin propelled by servo motors. Thirdly, new application fields of robotic fish technologies, such as medical forceps and extractors, space robots which went to International Space Station and swam in the space, and current power plant using oscillating fin propulsion system for new offshore sustainable energy are described. Finally, robotic fish technologies for the next generation underwater vehicle are summarized.
机译:作者从1989年开始基于弹性振荡翅片推进系统制定了多种机器人鱼类。演示文稿描述了过去,现在和未来的机器人鱼类技术,以及机器人鱼类技术对各种领域的应用。首先,提到了1995年的1995年的海绵鲷,1997年的海中鲷鱼,2000年,2004年的鲤鱼等,2004年的鲤鱼等。开发的机器人鱼基本上由垂直尾鳍推进并由伺服电机操作。其次,在2013年新开发的生活机器人海豚。作者开发了1990年代的液压执行器的水平尾鳍的系扣鲸鱼机器人,然而,机器人海豚是不可阻止的,长度更高,即超过LM,并且具有伺服电机推进水平尾鳍快速巡航和更高机动性的特点。第三,描述了机器人鱼类技术的新应用领域,例如医疗钳和提取器,在空间中去的空间机器人以及使用振动翅片推进系统进行新的空间的空间站和空间,电流发电厂用于新的海上可持续能量。最后,总结了下一代水下车辆的机器人鱼类技术。

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