Proceedings Article | 30 August 2022
Xinyi Xie, Jie He, Qingyun Luo, Danji Xiao, Yuankai Du
KEYWORDS: Roads, Solar energy, Sensors, Fiber optic gyroscopes, Solar cells, Instrument modeling, Humidity, Control systems, Liquids, Data processing
Urban Road surface using sprinkler or spray dust, a certain water pressure washing way to clean operations, control the degree of air pollution, increase the humidity of the air. Now the city machine sweep, sprinkler rate reached more than 95%, although the benefits of sprinkler operation, due to the sprinkler body is too long, weight block, throttle water pressure is not easy to control, water supply difficulties and other reasons, the operation of the citizens will inevitably cause some inconvenience, and water waste is too large. Therefore, we designed a new road spray dust removal device, using the form of hydration spray instead of the traditional sprinkler mode, the ability to absorb dust in the air is stronger, to achieve a more efficient dust removal effect. The device uses natural resources such as sunlight, noise and rainwater to generate electricity, and the rainwater can be reused when it flows into the storage chamber. In addition, air water technology is used to inhale ambient air and condense and collect water after purification. At the same time, it has electronic display screen to warn pedestrians when the device is spraying. This device adopts humanized design concept, energy saving and environmental protection.
