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The Reuse System of Cleaning Vehicle Sewage Based on Vehicle Structure

机译:基于车辆结构的清洁车污水再利用系统

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At present, most of the cleaning vehicles do not have the functions of recycling sewage, and the consumption rate of water resources is too fast, resulting in the decline of the driving capacity of the cleaning vehicles. After the cleaning, sewage is discharged directly, leading to the waste of water resources and environmental pollution. In view of the above problems, this study designs the sewage reuse system of cleaning vehicle according to the basic structure of cleaning vehicle, and established a complete sewage treatment system. The system includes the fan, water level sensor and filtration system and so on, which filters the sewage, converts it into clear water and recycles it to the clear water tank, to realize the recycling of sewage. The multi-stage filtration system is adopted to improve the filtration efficiency and accuracy, so that the filtered sewage can achieve the effect of re-cleaning, and meet the requirements of high-pressure water pumps and high-pressure nozzles. Through the simulation of the filter system, the system benefit model is established, and the calculated results fit well with the experimental data, which verifies the rationality of the research. The experimental results show that the system can save water consumption, prolong the single operation time of vehicles, and reduce the cost of cleaning vehicles.
机译:目前,大多数清洁车辆没有回收污水的功能,水资源的消耗率太快,导致清洁车辆的驱动能力下降。清洁后,污水直接排放,导致水资源浪费和环境污染。鉴于上述问题,本研究设计了根据清洁车辆的基本结构的清洁车辆污水再利用系统,并建立了完整的污水处理系统。该系统包括风扇,水位传感器和过滤系统等,透过污水,将其转化为清澈的水并将其循环到透明的水箱中,以实现污水的再循环。采用多级过滤系统来提高过滤效率和精度,以便过滤污水可以实现重新清洁的效果,并满足高压水泵和高压喷嘴的要求。通过模拟过滤系统,建立了系统益处模型,计算结果与实验数据相适合,验证了研究的合理性。实验结果表明,该系统可以节省耗水,延长车辆的单一操作时间,降低清洁车辆的成本。

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