The intelligent sampling device structurally comprises a sampling mechanism, a screw rod, an undercarriage and a machine body, the screw rod is welded to the outer side of the machine body, the outer end of the screw rod is connected with a line in the machine body, the undercarriage is installed at the lower end of the machine body, and the sampling mechanism is fixed to the lower end of the machine body through threads. According to the invention, independent collection of water samples is realized through the collection bottle, so that after the water samples at one position are collected, the water samples in three areas can be separately loaded by controlling the motor to rotate, the situation that the water samples need to be taken down again after one-time collection and then can be sampled again is prevented, and the situation that the sampling frequency is too high and the sampling time is short is avoided. Water enters the conical plate and is extruded towards the middle, and the water moves towards the permeation block in the middle under the guide of the arc-shaped ring, so that particle impurities in the water are clamped in the permeation block, the filtering effect on the water is achieved, the impurities in the water are prevented from being collected, and the situation that the impurities in the water enter the sealing pipe through the water inlet pipe to cause blockage is avoided.
本发明公开了一种基于无人机的遥感水质监测试验智能采样装置,其结构包括采样机构、螺旋杆、起落架、机体,螺旋杆焊接在机体外侧,且螺旋杆外端与机体内线路连接,起落架安装于机体下端,采样机构螺纹固定在机体下端,本发明中进而通过收集瓶实现对水样的单独采集,从而在采集到一个位置的水样后,通过控制电机旋转能对三个地区的水样进行分开装取,防止采集一次后需要重新取下水样才能再次采样,避免采样频率过高,且水液进入锥形板位置往中间挤压,水液在弧形环的引导下往中间渗透块活动,使水液中的颗粒杂质卡合在渗透块内,实现对水体的过滤效果,防止水体中的杂质被采集到,避免水体中的杂质通过入水管进入密封管内形成堵塞。
Remote sensing water quality monitoring test intelligent sampling device based on unmanned aerial vehicle
一种基于无人机的遥感水质监测试验智能采样装置
2024-11-22
Patent
Electronic Resource
Chinese
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