Premixed mortar thin plastering construction method

Abstract

The invention discloses a ready-mixed mortar thin plastering construction method, which comprises the following key steps of: 1, treating a base layer; 2, paying off is controlled; 3, mortar pre-mixing: dry-mixed mortar is adopted, water is added in proportion on site, and the mixture is stirred by a machine for standby application; fourthly, joint treatment is conducted, specifically, when the mortar is stirred through the machine in the last step, the operation of hanging reinforcing nets or net cloth on the joint portions of different wall materials is conducted; 5, automatic spraying is carried out; uniformly spraying the stirred mortar on the wall surface by using automatic spraying equipment, and trowelling and compacting; in the implementation process of all the steps, a network camera is installed on a safety helmet of a worker, and the camera transmits a site construction picture to a project supervision server in real time. The device has the beneficial effects that the occupied area is small, flying dust is little, the construction environment is better, the construction quality is guaranteed, slurry cannot fall off after construction, and the cost is lower.

Description

technical field [0001] The invention relates to the technical field of building engineering construction, in particular to a ready-mixed mortar thin plastering construction method suitable for wall plastering construction. Background technique [0002] There are many technical solutions adopted in the building exterior wall decoration technology in the prior art, and the most commonly used ones are the exterior wall heat preservation technology and the dry hanging or paint decoration technology. At present, most of the two technologies in our country are on-site operations, including laminating technology, polyurethane spraying technology, coating construction, and mortar mixing. Due to the need for the laying or construction of the thermal insulation layer, the production of the decorative layer, etc., the construction process is very complicated, resulting in a long construction period and large environmental pollution; a large number of on-site operations put forward high...

AI Technical Summary

Problems solved by technology

The inventor of this patent application has found through practice that the above-mentioned operation method has the following disadvantages: traditional mortar is used, a cement warehouse needs to be equipped on site, and a storage area for ash and sand piles must be planned, which has a large footprint and dust. Disadvantages of waiting more

Although the thin plastering system with the above-mentioned structure avoids the previous problems of large land occupation and high dust, but in actual implementation, because the construction personnel often cut corners, the construction is not standardized, the quality cannot be guaranteed, and hollowing and cracking are prone to occur after construction. There may even be cases where the insulation layer falls as a whole.

[0006] In view of the above current situation, there is currently a lack of a thin plastering construction method that occupies less land, has less dust, better construction environment, guaranteed construction quality, does not fall off after construction, and has lower cost.

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