Concrete surface protection system and method

Abstract

An embodiment of the invention provides a concrete surface protection system and method. The concrete surface protection system comprises an environmental collection device installed on a periphery ofa concrete surface to be controlled, a thermal insulation monitoring board arranged on the concrete surface to be controlled, a water flow control device connected with an opening of the thermal insulation monitoring board, a water supply device connected to the water flow control device, and a main processing unit in communication with the environment collection device. The environmental collection device is used for measuring environmental parameters in surrounding environment, the thermal insulation monitoring board is provided with an accommodating chamber, one end of the thermal insulation monitoring board is provided with an opening communicated with the accommodating chamber, the water flow control device is used to control the quantity of a water flow let into the thermal insulation monitoring board, and the water supply device is used to control water temperature and supply water to the heat insulation monitoring board..

Description

technical field [0001] The invention relates to the technical field of construction, in particular to a concrete surface protection system and method. Background technique [0002] In my country, concrete is widely used in infrastructure construction, especially concrete dams. The problem of cracks in large-volume concrete has long plagued project builders, and the temperature control and crack prevention of concrete surfaces directly affect the quality of the project. During concrete construction and operation, the protection of concrete surface is one of the important measures for concrete temperature control and anti-cracking, especially in dry and hot areas with extreme environments or cold areas with high latitudes and high altitudes, where the temperature difference is large and the climate is dry and harsh. The protection and insulation conditions have a great influence on the temperature control and crack prevention of concrete, and the problem of surface protection...

AI Technical Summary

Problems solved by technology

[0003] Traditional concrete surface protection and heat preservation measures generally only control the temperature and even humidity of the surface by manually laying or pasting insulation quilts. The artificial heat preservation method is laborious, time-consuming and inaccurate. Unresponsive

The effect of heat preservation is measured manually, but there are also problems of untimely, inaccurate and incomplete information acquisition.

It is difficult to cope with sudden or extreme weather conditions, and it is also difficult to achieve the purpose of temperature control and crack prevention

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