How to consider the windproof function to ensure the stability of Rain Gun?

In the design of the Rain Gun, wind protection is a key factor in ensuring its stability. To this end, designers have taken a series of measures to reduce the impact of wind on the equipment. First of all, the overall structure is designed to have low wind resistance, reducing wind resistance and improving wind resistance through streamlined and smooth surfaces. The base of the supporting structure is also designed to be stable to effectively disperse wind forces. This requires the use of heavy-duty materials, well-designed structures, and ensuring strong and reliable connections.

In terms of material selection, the key components of Rain Gun are made of materials with good wind resistance, such as high-strength, corrosion-resistant metal or engineering plastics, to improve overall stability. Some Rain Guns may also have a foldable or retractable design. When the equipment is not in use, the nozzle and support parts can be stowed away to reduce the wind area and improve windproof performance.

Some advanced Rain Guns are even equipped with wind speed sensors to monitor ambient wind speed in real time. When the wind speed exceeds the safe range, the system can automatically stop or reduce the spray water flow to maintain the stability of the equipment. At the same time, some equipment may also adopt tilt and stability control systems to adapt to changes in wind direction by adjusting the angle of the support structure to maintain equipment balance and stability.

Such comprehensive design considerations ensure that Rain Gun can perform irrigation tasks stably in various weather conditions. For agricultural irrigation systems, this not only improves the reliability of the equipment, but also ensures irrigation efficiency, thereby better serving the needs of agricultural production.