Computer-assisted meteorological monitoring robot

Abstract

The invention discloses a computer-assisted meteorological monitoring robot, which comprises a weather instrument, a wind indicator and an anemograph, wherein the wind indicator and the anemograph aremovably installed at the two ends of a top support of the weather instrument respectively. And an auxiliary mechanism capable of effectively preventing a plastic bag and a garbage bag from being wound to affect continuous and stable wind speed monitoring use in the continuous monitoring process is arranged at the position, close to the outer side of the anemograph, of the top of the weather instrument. Then in the continuous monitoring and use process of the weather instrument, the computer-assisted meteorological monitoring robot can effectively prevent the plastic garbage bag from being blown by wind to fall off and stay in the weather instrument through the use of the auxiliary mechanism, efficient and precise wind speed monitoring and use is guaranteed, in addition, through the real-time use of the auxiliary mechanism, the wound plastic garbage bag can be effectively loosened, continuous and irregular air blowing is conducted, therefore, the wound plastic garbage bag is effectively peeled off, and continuous, stable and precise wind speed real-time monitoring and use are guaranteed.

Description

technical field [0001] The invention relates to the technical field of meteorological monitoring, in particular to a computer-aided meteorological monitoring robot. Background technique [0002] The weather monitor can also be called a weather station. The working principle of the weather monitor is based on the weather monitoring system, and with the auxiliary use of the computer terminal system, the device can monitor and upload the indicators reflecting the meteorological environment elements to determine Meteorological environmental elements such as rainfall, wind speed and direction, temperature and humidity in the measured area. [0003] However, as a wind vane for wind speed measurement of a meteorological monitor, especially when used as a weather monitor in an agricultural area, the garbage and plastic waste in the fields or farmers' living areas are very easy to drift with the wind and fall on the wind vane, and follow the wind vane. The continuous rotation and wi...

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Problems solved by technology

[0003] However, as a wind vane for wind speed measurement of a meteorological monitor, especially when used as a weather monitor in an agricultural area, the garbage and plastic waste in the fields or farmers' living areas are very easy to drift with the wind and fall on the wind vane, and follow the wind vane. Continuous rotation and winding on it will affect the use of continuous and stable wind speed monitoring. For this reason, we propose a computer-aided weather monitoring robot

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