The invention relates to the technical field of UUVs, in particular to a cross-medium communication buoy. The underwater communication link and the water surface communication link or the air communication link can be automatically established after releasing, and meanwhile the requirement that the navigation and operation capacity of the underwater vehicle is not affected before and after releasing can be met. According to the communication buoy, a data transmission link method of water surface radio communication and underwater optical fiber communication is adopted, radio equipment, optical fiber communication equipment and the like are integrated, and meanwhile, a method of folding down and erecting is adopted for an antenna required by radio transmission to ensure that the underwater vehicle is not influenced; an underwater communication link and a water surface communication link or an air communication link can be autonomously established after release, and meanwhile, the requirement that the navigation and operation capabilities of the underwater vehicle are not influenced before and after release can be met; when the communication buoy is not released, the underwater vehicle can rotate and erect the antenna on the water surface, long-distance big data transmission is carried out, and the underwater vehicle does not need to be recycled.
本发明涉及UUV技术领域,具体涉及一种跨介质通信浮标。能够在释放后自主建立水下和水面或空中的通信链路,同时可满足释放前后均对潜航器的航行及作业能力无影响。通信浮标采用水面无线电通信和水下光纤通信的数据传输链路方法,将无线电、光纤通信等设备集成一体,同时针对无线电传输的所需的天线采取了能够折倒和树立的方法确保对潜航器无影响,能够在释放后自主建立水下和水面或空中的通信链路,同时可满足释放前后均对潜航器的航行及作业能力无影响;通信浮标不释放时,潜航器在水面也可旋转树立天线,进行远距离的大数据传输,无需回收潜航器。
Cross-medium communication buoy
一种跨介质通信浮标
2024-05-03
Patent
Electronic Resource
Chinese
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