Intelligent maintenance device for concrete building

Abstract

The invention relates to an intelligent concrete building maintenance device which comprises a water conveying base, two side spraying mechanisms and two top spraying mechanisms, the left side spraying mechanism and the right side spraying mechanism are installed on the left side and the right side of the water conveying base respectively, and the top spraying mechanisms are installed at the upper ends of the side spraying mechanisms. The problems that in the traditional maintenance process, no matter manual water spraying or water pipe water spraying is conducted, the spraying area and the spraying water amount are difficult to control, too much water is likely to be caused when the water amount is too large or concentrated spraying is conducted, and consequently the just-condensed wall surface is damaged, and then water sprayed to the wall surface often flows on the ground and is not recycled, and the water spraying efficiency is poor can be solved. And a large amount of water resources are wasted.

Description

technical field [0001] The invention relates to the related technical field of concrete building maintenance, in particular to an intelligent maintenance device for concrete buildings. Background technique [0002] Generally, concrete buildings are mostly cement concrete. Due to the characteristics of cement, cement concrete should be solidified in a humid environment for a period of time to meet the specified design requirements. If the water evaporates too quickly, it is easy to cause cracks. Especially in the hot summer when the temperature is high and the water is easy to evaporate and lose. After the concrete pouring is completed, a large amount of water and a suitable temperature are required for the normal hydration reaction. Especially on the concrete wall, the surface dehydration phenomenon is particularly obvious. To ensure The continuous development of the strength of concrete walls, and the reduction of shrinkage cracks caused by dehydration as much as possible, ...

AI Technical Summary

Problems solved by technology

[0004] First of all, no matter it is artificial watering or water pipe spraying, it is difficult to control the spraying area and the amount of water sprayed. Excessive water or concentrated spraying in one place will easily lead to excessive water Thereby destroying the freshly condensed wall surface, secondly, the water sprayed on the wall surface often flows on the ground, and it is not recycled, resulting in a large waste of water resources

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