Intelligent urban road guardrail cleaning device with high working efficiency

Abstract

The invention relates to an intelligent urban road guardrail cleaning device with high working efficiency. The intelligent urban road guardrail cleaning device comprises a base, a water storage tank,a controller, a cleaning mechanism and a flushing mechanism. The cleaning mechanism comprises a sliding rod, a sliding block, a translation assembly and two cleaning assemblies, wherein each cleaningassembly comprises a lifting unit, a sleeve pipe, a telescopic assembly and a cleaning plate, each telescopic assembly comprises an air pump and two telescopic units, each telescopic unit comprises anair pipe, an air cylinder and a piston, and the flushing mechanism comprises a hinged assembly, a direction adjusting rod, a direction adjusting assembly, a water pump, a first water pipe, a second water pipe, a communicating pipe, a filter screen and two spray heads. Guardrails are cleaned from both sides through the cleaning mechanism, so that the intelligent urban road guardrail cleaning device does not need to clean the guardrails by making a detour, the cleaning efficiency is improved, moreover, the flushing mechanism enables the spray heads to spray a water solution to flush dust on thecleaning plate so that the cleaning plate can restore the cleaning capability, the continuous cleaning of the device is realized, and the practicability of the device is improved.

Description

technical field [0001] The invention relates to the field of smart cities, in particular to an intelligent urban road guardrail cleaning device with high working efficiency. Background technique [0002] Road guardrails are not only a traffic management tool, but also represent the overall image of a city. Regular cleaning is required to maintain a good appearance. Manual cleaning of road guardrails is not only labor-intensive but also inefficient. For this reason, government departments Generally, intelligent robots are used to clean these public facilities. [0003] However, during the cleaning process of existing intelligent robots, as the cleaning time increases, the dust on the cleaning brushes gradually increases. The cleaning ability is reduced. Not only that, compared with manual cleaning, although the labor cost is reduced when using intelligent robots for cleaning, the existing cleaning robots use one-sided cleaning to clean the guardrail. When cleaning the other ...

AI Technical Summary

Problems solved by technology

[0002] Road guardrails are not only a traffic management tool, but also represent the overall image of a city. Regular cleaning is required to maintain a good appearance. Manual cleaning of road guardrails is not only labor-intensive but also inefficient. For this reason, government departments Generally, intelligent robots are used to clean these public facilities

[0003] However, during the cleaning process of existing intelligent robots, as the cleaning time increases, the dust on the cleaning brushes gradually increases. The cleaning ability is reduced. Not only that, compared with manual cleaning, although the labor cost is reduced when using intelligent robots for cleaning, the existing cleaning robots use one-sided cleaning to clean the guardrail. When cleaning the other side of the guardrail, Requires equipment to be moved to the other side of the guardrail for cleaning, resulting in reduced cleaning efficiency of the unit

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