The invention relates to the technical field of photoelectric buoys, and particularly discloses a photoelectric buoy for hydrological monitoring and a using method thereof.The photoelectric buoy for hydrological monitoring comprises a solar cell panel set, a water body detection device and a photoelectric conversion transmission control system; the system comprises a water body detection device, a photoelectric conversion transmission control system, a sealing float bowl, an air circulation cooling supporting mechanism with an air pressure adjusting function, an annular barrier fence, a fence cleaning mechanism, a buried box and a self-power-generation positioning mechanism, the water body detection device and the photoelectric conversion transmission control system are both installed on the sealing float bowl, and the bottom of the sealing float bowl communicates with a conical positioning box; a first high-precision positioning instrument is installed in the conical positioning box, and the air circulation cooling supporting mechanism is arranged on the sealing buoy in a sealed and communicated mode. The photoelectric buoy for hydrological monitoring is high in stability in water, suitable for water areas with large water surface stirring, stable in operation and capable of measuring the water depth.
本发明涉及光电浮标技术领域,具体的公开一种水文监测用光电浮标及其使用方法,其中,一种水文监测用光电浮标包括太阳能电池板组、水体检测设备以及光电转换传输控制系统,还包括密封浮筒、具有气压调节功能的气循环降温支撑机构、环形阻隔栅栏、栅栏清理机构、地埋箱和自发电定位机构,水体检测设备和光电转换传输控制系统均安装在密封浮筒上,密封浮筒的底部连通有锥形定位箱,锥形定位箱内安装有高精度定位仪一,气循环降温支撑机构密封且连通设置在密封浮筒上。该一种水文监测用光电浮标,不仅在水中稳定性较强,适用于水面拨动较大的水域,且运行稳定,还具有测量水深的功能。
Photoelectric buoy for hydrological monitoring and use method thereof
一种水文监测用光电浮标及其使用方法
2024-12-06
Patent
Electronic Resource
Chinese