The invention discloses a water quality multi-point monitoring method based on an unmanned aerial vehicle technology, and belongs to the field of unmanned aerial vehicles, when an unmanned aerial vehicle body samples, a heat storage ball absorbs heat and stores the heat, the temperature of the unmanned aerial vehicle body is reduced, the unmanned aerial vehicle body is convenient to work, memory bending pieces make contact with water and bend upwards to extrude hot air to flow, carbon dioxide is heated to expand, and the water quality is monitored. The deformation memory spring shrinks after being heated, so that the sample storage hemisphere pumps water for multi-point sampling, sampling at one position is avoided, sampling detection is more sufficient, data difference is reduced, data detection accuracy is improved, and meanwhile, carbon dioxide flow is matched with the heat absorption and heat insulation effect, so that heat is quickly dissipated; and as the two sample storage hemispheres are far away from each other, the first magnet block attracts the two second magnet blocks to get close to the two second magnet blocks until the two second magnet blocks collide with the adjacent rods, impurities on the filter screen are shaken off through vibration generated by collision, blockage is avoided, and the filtering effect is improved.
本发明公开了一种基于无人机技术的水质多点监测方法,属于无人机领域,实现无人机本体取样时,热量存储球吸热量储存,降低了无人机本体的温度,便于其工作,而记忆弯曲片与水接触向上弯曲挤压热空气流动,使二氧化碳受热膨胀,带动两个抽气管相互远离,且形变记忆弹簧受热收缩,使存样半球抽取水进行多点取样,避免集中在一处进行取样,使取样检测更加充分,减小数据差距,提高数据检测准确性,同时二氧化碳流动配合其吸热隔热效果,使热量快速散发,增强散热效果,且随着两个存样半球相互远离,使第一磁铁块吸引两个第二磁铁块向其靠近至与邻接杆碰撞,通过碰撞产生的振动震落过滤网上的杂质,避免造成堵塞,提高过滤效果。
Water quality multi-point monitoring method based on unmanned aerial vehicle technology
一种基于无人机技术的水质多点监测方法
2022-05-31
Patent
Electronic Resource
Chinese
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