阅读说明：本技术 一种海洋原位立体监测系统 (Ocean in-situ three-dimensional monitoring system ) 是由 梁前勇 叶建良 董一飞 张锋 郭斌斌 钟超 吴学敏 于 2020-11-09 设计创作，主要内容包括：本发明涉及一种海洋原位立体监测系统,其特征在于,包括浮标、第一复合缆、主浮体、第二复合缆、海底接驳盒和电源,电源设置在浮标内,浮标位于海水表面,浮标内设置有第一监测设备,浮标通过第一复合缆与主浮体连接,主浮体位于距离海面预设深度位置处,第一复合缆上设置有配重块和浮力块,以使得第一复合缆形成至少包括第一拐点和第二拐点的弯曲形状,主浮体通过第二复合缆与海底接驳盒连接,主浮体上设置有第二监测设备,海底接驳盒上设置有第三监测设备,海底接驳盒固定设置在海底表面,电源用于供电。本发明兼顾了采集数据的时效性和准确性,无需进行设备回收即可获取相关监测数据,抗风浪流方面的可靠性得到大幅度提高。(The invention relates to an ocean in-situ three-dimensional monitoring system which is characterized by comprising a buoy, a first composite cable, a main floating body, a second composite cable, a seabed connection box and a power supply, wherein the power supply is arranged in the buoy, the buoy is positioned on the surface of seawater, first monitoring equipment is arranged in the buoy, the buoy is connected with the main floating body through the first composite cable, the main floating body is positioned at a position away from the sea surface by a preset depth, a balancing weight and a buoyancy block are arranged on the first composite cable, so that the first composite cable forms a bent shape at least comprising a first inflection point and a second inflection point, the main floating body is connected with the seabed connection box through the second composite cable, second monitoring equipment is arranged on the main floating body, third monitoring equipment is arranged on the seabed connection box, the seabed connection box is fixedly arranged on the surface of the seabed, and the power supply is used for supplying power. The invention gives consideration to the timeliness and the accuracy of the acquired data, can acquire related monitoring data without equipment recovery, and greatly improves the reliability in the aspect of wind wave and current resistance.)