Fully assembled recyclable enclosure wall and construction method

Abstract

The invention discloses a fully assembled recyclable enclosure wall and a construction method. The enclosure wall comprises PC component bases, a PC component column, a PC component column cover, a PCcomponent enclosure wall page, a PC component enclosure wall page cover, an enclosure wall fence piece and enclosure wall lighting, wherein the PC component column and PC component base are plugged and fixed; the PC component enclosure wall page is located between two PC component bases and both ends of the PC component enclosure wall page are plugged into the two PC component bases, respectively; the PC component enclosure wall page cover is inserted on the PC component enclosure wall page; the PC component column cover is inserted on the PC component column; the enclosure wall fence piece is welded and fixed with a metal embedded part embedded on the side of the PC component column, and the enclosure wall lighting is installed on the top of the PC component column, and at the upper endof the PC component column cover. The fully assembled recyclable enclosure wall, by adopting combined assembly construction, greatly shortens the construction period, saves construction period and labor, improves the overall construction quality at the same time, and has the advantages of saving working procedures, high installation efficiency, detachable assembly and recycling, beautiful appearance and the like.

Description

technical field [0001] The invention relates to the technical field of construction engineering fences, in particular to a fully assembled recyclable fence and a construction method. Background technique [0002] At present, the traditional fence construction methods include brick fence, color steel fence, cast-in-place concrete fence, etc., all of which have various problems. The brick fence is built with sintered clay bricks, which cannot meet the environmental protection requirements, and has the disadvantages of slow construction speed and inability to construct in winter; the color steel fence is built with color steel plates, which has poor wind resistance, is easy to dump, and has poor safety; cast-in-place concrete The wall is poured on site, and its main disadvantages are high labor cost, complicated construction steps and long construction period. The above several wall construction methods also have the following disadvantages: the amount of construction and demo...

AI Technical Summary

Problems solved by technology

Brick fences are built with sintered clay bricks, which cannot meet environmental protection requirements, and have the disadvantages of slow construction speed and inability to construct in winter; color steel fences are built with color steel plates, which have poor wind resistance, are easy to dump, and have poor safety; cast-in-place concrete The wall is poured on site. The main disadvantages are high labor cost, complicated construction steps and long construction period.

The above several wall construction methods also have the following disadvantages: the amount of construction and demolition is relatively large, and the removed wall bricks, concrete and other materials cannot be reused, which causes very serious waste and pollutes the environment. Increased the construction cost of fences

[0003] Aiming at the problems existing in the above-mentioned traditional fence construction methods, relevant patents have proposed improvements and solutions. For example, patent CN104895399B discloses a prefabricated composite fence construction method. Many, cumbersome construction procedures, not easy to construct and install, etc.

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