An intelligent maintenance device suitable for various concrete surfaces

Abstract

The invention discloses an intelligent curing device applicable to diversified concrete surfaces. The intelligent curing device comprises a tank. An absorbent cotton apron is enveloped at the bottom of the tank. A pipeline spray device is mounted in the tank and comprises a pipeline, the pipeline is rotationally arranged on a rotary shaft in the tank, and a plurality of sprayers are mounted on thepipeline. A humidity probe is further mounted in the tank and comprises a telescopic rod and a humidity sensor, the humidity sensor is mounted at an end of the telescopic rod, and the telescopic rodis arranged in the tank and is positioned on the lower side of the pipeline spray device. Universal wheels which can be controlled by central processing computers are mounted on the outer side of thebottom of the tank. The intelligent curing device has the advantages that water spray curing working procedures in plane, tunnel and side wall concrete curing periods can be electronized and informationized by the aid of the intelligent curing device; water consumption in curing procedures in regions with deficiency in fresh water resources in China can be reduced to a great extent by the aid of water circulation systems of the intelligent curing device and the closed work characteristics of the intelligent curing device, and accordingly water-saving, energy-saving, green and environment-friendly effects can be realized.

Description

technical field [0001] The invention belongs to the fields of intelligence, water saving and environmental protection of concrete construction, and in particular relates to an intelligent maintenance device suitable for various concrete surfaces. Background technique [0002] In modern construction projects, concrete is an indispensable building material. It has a series of advantages such as rich raw materials, plasticity, good durability, simple production and convenient construction. Therefore, it is widely used in bridges, roads, dams and other projects. During the hydration and hardening of concrete, a large amount of water will be consumed. Especially in the traditional process, manual or mechanical watering is often used for maintenance, which is very random, the temperature and humidity are not accurately controlled, and the concrete blocks are exposed to the air during the process. Due to the permeation loss and evaporation loss of water, the maintenance water In g...

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Problems solved by technology

[0003] The invention provides a more scientific, economical and sustainable concrete hydration maintenance method to solve the problems of water seepage loss and evaporation loss at the construction site, as well as the uneven spraying time and spraying rate.

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