The invention relates to an intelligent real-time communication subsurface buoy and a communication method. The communication subsurface buoy comprises a sea surface real-time communication buoy, a sub-floating body, a main floating body I, a main floating body II, two groups of inductive coupling thermohaline chains, an inductive coupling deep sea current and thermohaline measuring unit, an inductive coupling communication cable, a parallel releaser and a gravity anchor. The intelligent real-time subsurface buoy comprises two data and shore station communication links of real-time communication and timing communication; after subsurface buoy observation data is collected and gathered based on an inductive coupling mode, the intelligent real-time subsurface buoy is transmitted to a shore station through a sea surface real-time communication buoy during normal work, and when a sea surface real-time communication buoy fails in communication, the buoy is switched to a timing communicationlink through intelligent judgment, so subsurface buoy observation data is transmitted back to a shore station, and the observation data is retransmitted after real-time satellite communication is recovered, so that the reliability of subsurface buoy data transmission is greatly improved.
本发明涉及一种智能实时通讯潜标及通讯方法,所述通讯潜标包括海面实时通讯浮标、子浮体、主浮体I、主浮体II、2组感应耦合温盐链、感应耦合深海海流与温盐测量单元、感应耦合通讯缆、并联释放器及重力锚,本发明包括实时通讯和定时通讯两条数据与岸站通讯链路,在基于感应耦合方式实现潜标观测数据的采集和汇集后,智能实时潜标正常工作时通过海面实时通讯浮标传输至岸站,在海面实时通讯浮标通讯失败时,通过智能判断切换至定时通讯链路,使潜标观测数据回传至岸站,当实时卫星通讯恢复后补发观测数据,极大的提高了潜标数据传输的可靠性。
Intelligent real-time communication subsurface buoy and communication method
一种智能实时通讯潜标及通讯方法
2020-11-03
Patent
Electronic Resource
Chinese
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