Multisource-control spraying method based on cloud server and multisource-control spraying system

Abstract

The invention provides a multisource-control spraying method based on a cloud server. The multisource-control spraying method comprises the following steps that: multisource sensors arranged around a construction site are used for acquiring multisource signals and sending the multisource signals to a control unit; signals of the control unit are uploaded to a cloud server; the cloud server transmits the signals to a remote monitoring end; and the control unit or a remote control end controls a spraying head to spray water according to the multisource signals so as to realize spraying noise reduction and dust removal on a construction target object. The invention provides a multisource-control spraying system simultaneously. The multisource-control spraying system comprises a group of multisource sensors, the spraying head and the control unit, wherein the control unit is connected with a supercharging device or a switching valve of a water source; and the control unit is connected with the remote monitoring end by the cloud server. The multisource-control spraying method and the multisource-control spraying system provided by the invention have the advantages that the construction target object can be accurately determined, construction-site automatic control spraying and remote automatic control spraying can be adopted for carrying out dust removal and noise reduction on the construction target object efficiently; and the multisource-control spraying method and the multisource-control spraying system are especially suitable for operation of the demolition site, and are convenient for industrial and mining enterprises to simultaneously manage a plurality of projects.

Description

technical field [0001] The invention relates to a multi-source control spraying method and a multi-source control spraying system based on a cloud server, especially a multi-source control spraying method and a multi-source control spraying system suitable for demolition construction sites, which belong to engineering facility technology field. Background technique [0002] In daily life and production, cities emit various air pollutants to nature every day, which brings harm to human body, production and life. Among them, construction sites are the hardest-hit areas of urban air pollution, and have become one of the main sources of pollution affecting urban air quality. At the same time, in summer, the temperature on the construction site is close to 50°C, which is very hot, especially during the time period from 12:00 to 4:00 pm. Construction work cannot be carried out during this time period. [0003] If the existing resources of the construction site can be used to pro...

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Problems solved by technology

[0004] At this stage, there are some sprinkler devices used on engineering sites, which usually need to be manually fixed on the construction site. Generally, the sprinkler head cannot be moved, and the water flow cannot be automatically adjusted.

When the engineering vehicles on the construction site are working, the dust and noise caused by the construction will change with the changes in the hardness of the target object, the angle and strength of the excavation, and the ambient humidity. Therefore, it is difficult for the general spraying device to effectively remove dust from the construction target object. , resulting in a great waste of water

[0005] Especially on the demolition site, many construction vehicles of different models are usually gathered to work at the same time. Only using a single-source sensor is often unable to accurately locate the source of noise and dust, which leads to frequent occurrence of mis-spraying, which wastes water resources and increases project costs. cost

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