Wall keel frame for overall shockproof wall

Abstract

The invention discloses a wall keel frame for an overall shockproof wall. The wall keel frame is characterized in that the wall keel frame comprises a keel frame body; the keel frame body comprises upper keels, left keels, lower keels and right keels which are connected sequentially; a plurality of vertical keels are connected between the upper keels and the lower keels, and a plurality of transverse keels are connected between the left keels and the right keels; supporting net layers are laid on the inner face and the outer face of the keel frame body and cover and are fixed to the upper keels, the left keels, the lower keels, the right keels, the vertical keels and the transverse keels; and a containing space used for being filled with a nonflammable filler is formed between the supporting net layers on the two faces and the keel frame body. The wall keel frame and a building main body are an integral whole, the wall keel frame is formed through one-time spraying and smearing, the condition of falling-off of plate blocks and brick blocks is avoided, the possibility that users are hurt by smashing is decreased, and the life safety of the users is guaranteed to the utmost extent.

Description

technical field [0001] The invention belongs to the technical field of construction, and in particular relates to a wall dragon skeleton used for an integral anti-seismic wall. Background technique [0002] At present, traditional building walls mainly use monolithic walls made of block and slat wall bricks. This monolithic wall has common structural and penetrating wall cracks that lead to heat insulation. , thermal insulation, sound insulation and other poor effects; the monolithic wall is relatively heavy overall, with large inertia and poor earthquake resistance. During the shaking of the house, fragmentary and blocky objects on the wall are prone to collapse and cause injury to personnel. Problem: The monolithic wall is relatively thick, which occupies more construction area and compresses the usable area of ​​the living room; at the same time, there is also the problem of water seepage in the brick wall and the cracks in the board. On the other hand, the current monol...

AI Technical Summary

Problems solved by technology

[0002] At present, traditional building walls mainly use monolithic walls made of block and slat wall bricks. This monolithic wall has common structural and penetrating wall cracks that lead to heat insulation. , thermal insulation, sound insulation and other poor effects; the monolithic wall is relatively heavy overall, with large inertia and poor earthquake resistance. During the shaking of the house, fragmentary and blocky objects on the wall are prone to collapse and cause injury to personnel. Problem: the monolithic wall is relatively thick, which occupies more construction area and reduces the usable area of ​​the living room; at the same time, there is also the problem of water seepage in the brick wall and the cracks in the board

On the other hand, the current monolithic wall construction is mainly carried out by manpower, which is difficult to carry, high material loss rate, long construction period, high investment, and the generated construction waste is difficult to deal with, seriously affecting the surrounding environment

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