仿生机器鱼的设计与制造

Shrikant Arale, Chirag Pawar, Arvind Deshmukh, Shruti Dalvi, Pariksheet Pinjari, S. Ohol
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引用次数: 2

摘要

采用仿生设计方法设计并制造了一种水下机器人,用于监视应用。本报告介绍了仿生水下机器人机器鱼的设计、开发、图形建模和控制。简洁高效的设计灵感来自大自然。该机器人不仅可以在水下自主导航,而且还可以通过两个伺服电机和一个泵组件组成的简单机构进行高效操作。伺服电机能够获得快速的前进和旋转运动,泵组件有助于在水中深潜。各种传感器帮助机器人做出智能决策,如障碍物检测、改变方向,还提供有价值的信息,如直播、压力和温度。机器人的创新设计有助于减少复杂的结构,而不影响机器人的敏捷性和性能,有助于实现鱼的真实运动,使机器人能够胜任水下勘探,海洋监督,污染水平检测和军事探测等水生应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and manufacture of Bio-mimic robotic fish
Design and manufacture an underwater robot by using bio-mimic design approach for the application of surveillance. The design, development, graphical modelling and control of a bio-mimic underwater robot named the Robotic Fish has been presented in this report. The simple and efficient design is inspired from Mother Nature. This robot not only navigates in an underwater environment on its own but also operates efficiently with simple mechanism consisting of two servo motors and a pump assembly. Servo motors enable to obtain swift forward and rotational motion and pump assembly assists deep diving in water. Various sensors help the robot to make intelligent decisions such as obstacle detection, change in direction and also provide valuable information as live streaming, pressure and temperature. The innovative design of robot helps to reduce the complex structure without compromising the agility and performance of the robot which helps to achieve the real motion of the fish, making robot competent for aquatic-based applications such as underwater exploration, oceanic supervision, detection of pollution level and military detection.
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