海底观测网络摄像系统设计与实现

Design and Implementation of Seafloor Observatory Network Camera System

为实现深海海底长期连续视频监控,建立一套基于ZERO计划海底观测网络的摄像系统.在对ZERO计划及摄像系统总体结构分析的基础上,完成摄像系统耐压腔体机械结构和散热结构设计.设计了摄像系统缓启动电路,有效解决了摄像系统与ZERO计划水下接驳盒电源转换器之间的矛盾.实验证明基于ZERO计划海底观测网络的摄像系统能正常工作,性能可靠,从而为深海海底观测网络长期连续视频监控的实现提供了技术支撑.

In order to implement long-term and continuous video surveillance in the deep seafloor, a set of camera system based on ZERO plan seafloor observatory networks was established. On the basis of overall framework analysis of ZERO plan and camera system, mechanical and thermal structure was designed for the pressure-resistant housings. Design a slowly-start circuit, which solves the contradiction between the camera system and the power converter of ZERO plan underwater junction box effectively. The experiments verify that the camera system based on ZERO plan seafloor observatory networks can work normally and perform reliably. It provides the technical supports for long-term continuous video surveillance for the seafloor observatory network in the deep seafloor.