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The design of control system based on autonomous underwater helicopter

机译:基于自动水下直升机的控制系统设计

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摘要

The ocean is rich in medical resources, mineral resources and marine living resources, it can for the future development of human society to provide endless valuable wealth and development prospects. In order to facilitate the research on ocean, human designed a large number of underwater vehicles. According to different structures, these submersible can be divided into AUV, ROV or glider. Though their scope of work basically covered the whole underwater world, they still produced the blanks of the operation mode from the seabed to the seabed. So we designed a type of underwater vehicle--autonomous underwater helicopter (AUH) with dished fluid shape to fill the gap. AUH, one kind of AUV, is able to rise or sink, move forward or back, and rotate in place, and the major working model is that it moves from seabed to seabed. Based on the motion characteristics and working mode of the submarine, combined with the submarine observation network, we can use the submarine for continuous submarine exploration and investigation.
机译:海洋丰富的医疗资源,矿产资源和海洋生活资源,可以为人类社会的未来发展提供无尽的宝贵财富和发展前景。为了促进海洋的研究,人类设计了大量的水下车辆。根据不同的结构,这些潜水可分为AUV,ROV或滑翔机。虽然他们的工作范围基本上覆盖了整个水下世界,但它们仍然从海底到海底生产了操作模式的空白。因此,我们设计了一种类型的水下车辆 - 自动水下直升机(AUH),流体形状呈抛光以填充间隙。 AUH,一种AUV,能够上升或下沉,向前或向后移动,并旋转到位,主要的工作模型是它从海底移动到海底。基于潜艇的运动特性和工作模式,与潜艇观测网络相结合,我们可以使用潜艇以进行连续潜艇勘探和调查。

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