Simple automatic water-saving spraying and dedusting system of temporarily constructed road

Abstract

The invention belongs to a simple automatic water-saving spraying and dedusting system of a temporarily constructed road. The system is composed of a ground art and an underground part. The ground part is composed of water pumps, a dust inductor, supporting columns, a spraying water pipe and fixing bases. The hollow supporting columns are located on one side or two sides of the temporarily constructed road at intervals through the fixing bases. The upper ends of the supporting columns are fixedly provided with water pipe support grooves, and the upper ends of the water pipe support grooves support the transverse spraying water pipe. The side, towards the temporarily constructed road, of the spraying water pipe is provided with buckle type spherical spray nozzles at intervals. Water inlets of the water pumps are communicated with a water storage pond, and water outlets of the water pumps are communicated with the two ends and the middle of the spraying water pipe respectively. The dust inductor control operation of the water pumps through a controller. The underground part comprises a basement dewatering well, a drainage ditch, the water storage pond and a settlement pond. The constructed road can be effectively dedusted through the method, pollution-free construction is guaranteed, and the system has the advantages of being simple and practical in structure, capable of saving water sources, low in pollution control cost, capable of recycling sewage in site and good in use effect.

Description

technical field [0001] The invention belongs to a simple automatic water-saving spraying and dust-reducing system for temporary construction roads. Background technique [0002] With the rapid development of modern industry, the degree of industrialization of construction sites has increased, and the amount of dust produced during the operation has also increased. Especially the dust generated by earthwork excavation and transportation has further deteriorated the operating conditions, seriously affecting the surrounding construction, site environment and operations. personnel health and safety. However, the traditional methods of renting sprinklers or manual sprinkling and dust reduction have a single water source, high vehicle rental costs, easy waste of water resources, and low efficiency. Some of the existing new sprinkler equipment are bulky, costly, cumbersome to install, and require professionals to learn and operate. They are not suitable for local precipitation and...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of modern industry, the degree of industrialization of construction sites has increased, and the amount of dust produced during the operation has also increased. Especially the dust generated by earthwork excavation and transportation has further deteriorated the operating conditions, seriously affecting the surrounding construction, site environment and operations. health and safety of personnel

However, the traditional rental sprinkler or artificial sprinkler dust reduction method has a single water source, high vehicle rental costs, easy waste of water resources, and low efficiency

Some of the existing new sprinkler equipment are bulky, costly, cumbersome to install, and require professionals to learn and operate. They are not suitable for local precipitation and dust removal on construction sites. At the same time, there is a large waste of water sources, high pollution control costs, cross-flow of sewage, ground Muddy, which has a great impact on the construction site

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