An efficient and intelligent ground cleaning vehicle and its use method

Abstract

The invention relates to a high-efficiency intelligent ground cleaning vehicle, which includes a chassis, a walking wheel, a dust collection cabin, a traveling driving mechanism, a reverse cleaning mechanism, a lifting driving mechanism, an adhesive cleaning mechanism and a control system. Rectangular frame structure, at least three traveling wheels, evenly distributed on the lower end of the chassis, the traveling wheels are connected to the chassis through the traveling drive mechanism, the reverse cleaning mechanism is connected to the lower end surface and the side surface of the chassis, and the adhesive cleaning mechanism is connected to the lower end surface of the chassis through the lifting drive mechanism. The rear end surfaces of the chassis are slidably connected to each other, the dust collection cabin is installed on the upper end surface of the chassis through guide rails, and the control system is located at the front end of the upper end surface of the chassis. The system has a high degree of automation in operation. While effectively realizing the efficient and comprehensive cleaning of different types and volumes of pollutants on the road surface, it can also effectively improve the efficiency and quality of road cleaning operations, and effectively reduce the cleaning operations. operating costs.

Description

technical field [0001] The invention relates to a high-efficiency intelligent ground cleaning vehicle and a use method thereof, which belong to the technical field of geological exploration. Background technique [0002] At present, when cleaning urban roads, it is mainly carried out by various types of cleaning vehicles to achieve the purpose of improving the efficiency of cleaning operations and reducing labor intensity. , when cleaning the road surface pollutants, it mainly relies on the rolling brush to clean the road surface, and then collects the cleaned pollutants into the dust collection mechanism of the vehicle with the help of a complex negative pressure system. At the same time, it often needs to use high-pressure water spraying The system realizes the flushing of pollutants on the road surface. While eliminating the dust phenomenon when cleaning the road surface, it also realizes the purpose of flushing fine particle pollutants. Although the current various types...

AI Technical Summary

Problems solved by technology

[0002] At present, when cleaning urban roads, it is mainly carried out by various types of cleaning vehicles to achieve the purpose of improving the efficiency of cleaning operations and reducing labor intensity. , when cleaning the road surface pollutants, it mainly relies on the rolling brush to clean the road surface, and then collects the cleaned pollutants into the dust collection mechanism of the vehicle with the help of a complex negative pressure system. At the same time, it often needs to use high-pressure water spraying The system realizes the flushing of pollutants on the road surface. While eliminating the dust phenomenon when cleaning the road surface, it also realizes the purpose of flushing fine particle pollutants. Although the current various types of cleaning vehicles use such dirt cleaning systems and methods It can meet the needs of use, but on the one hand, the structure of the negative pressure system and the high-pressure water spray system are complex, and the energy consumption is high. Therefore, the overall structure of the currently used sweeping vehicle is relatively complicated, and it needs to consume a lot of power during operation, which is serious. It increases the cost and labor intensity of the current cleaning vehicle operation and maintenance operations. On the other hand, the negative pressure system currently used often produces a lot of noise during operation, and the high-pressure water spray system lacks effective water resource recovery and utilization capabilities, thus This leads to serious noise pollution and serious waste of water resources during the operation of the current cleaning vehicles. In addition, the current high-pressure water spray system is in the process of flushing the road surface. Damage occurs under impact, causing great damage to the road surface. Therefore, in view of this situation, it is urgent to develop a new ground sweeper and its corresponding use method to meet the needs of actual use.

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