Novel assembled wallboard, wall body structure and processing method

Abstract

The invention provides a novel assembled wallboard, a wall body structure and a processing method, wherein the novel assembled wallboard comprises a reinforced concrete outer wallboard and a fiber gypsum board inner wallboard which are arranged in parallel, wherein a supporting truss is arranged between the reinforced concrete outer wallboard and the fiber gypsum board inner wallboard; a first end of the supporting truss is pre-buried in the reinforced concrete outer wallboard; a second end of the supporting truss is pre-buried in the fiber gypsum board inner wallboard; and in addition, a cavity is formed between the reinforced concrete outer wallboard and the fiber gypsum board inner wallboard through the supporting truss. The novel assembled wallboard provided by the invention can achieve the goal that a formwork does not need to be dismounted; and in addition, both the strength and the waterproofness of a wall body are effectively guaranteed.

Description

technical field [0001] The invention belongs to the technical field of construction, and in particular relates to a novel assembled wall panel, a wall structure and a processing method. Background technique [0002] At present, modern high-rise buildings are towering between cities at an astonishing speed, which is closely related to the development and progress of modern building construction technology. Among them, building steel formwork and cast-in-place concrete wall structure have become the mainstream construction forms. It has simple structure, It has many advantages such as quick assembly, convenient maintenance, labor saving, etc. However, the steel formwork is used as the formwork system. The steel formwork has a large dead weight, requires large lifting equipment, and the cost is high. The steel formwork needs to be dismantled in the later stage of wall construction. After molding, secondary processing such as puttying is required on the wall surface. There are m...

AI Technical Summary

Problems solved by technology

[0002] At present, modern high-rise buildings are towering between cities at an astonishing speed, which is closely related to the development and progress of modern building construction technology. Among them, building steel formwork and cast-in-place concrete wall structure have become the mainstream construction forms. It has simple structure, It has many advantages such as quick assembly, convenient maintenance, labor saving, etc. However, the steel formwork is used as the formwork system. The steel formwork has a large dead weight, requires large lifting equipment, and the cost is high. The steel formwork needs to be dismantled in the later stage of wall construction. After molding, secondary processing such as puttying is required on the wall surface. There are many construction procedures and a long construction period, which increases the construction cost.

[0003] Traditionally, a Chinese patent with application number 201520014366.4 discloses a formwork-free wall structure, including fiber gypsum board panels and fiber gypsum board panels arranged parallel to each other. Several rows of steel bar trusses are arranged in parallel between each row of steel bar trusses. The top and bottom of the steel bar trusses are respectively inserted into the fiber gypsum board panel and the fiber gypsum board bottom plate and fixed, forming a structure supported by the steel bar truss between the two fiber gypsum boards. Cavities; the patent uses fiber gypsum boards for both the outer and inner walls of the wall structure, which achieves the purpose of avoiding demolition of the formwork, but both the inner and outer walls are made of fiber gypsum boards. At the same time, because the fiber gypsum board is not waterproof, the life of the wall using this kind of non-demolition module is not long, and the waterproof performance is poor. In order to achieve the purpose of waterproofing, other materials need to be installed on the outer wall, which increases virtually. construction cost

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