Indoor lifting wall spliced based on 3D module

Abstract

The invention provides an indoor lifting wall spliced based on a 3D module. The indoor lifting wall comprises sub-walls. The nine sub-walls are arranged and are arranged to be rectangular. The left end faces and the right end faces of the nine sub-walls are connected through fixing cavities and connecting columns. Connecting columns and fixing cavities are formed in the left side end faces and the right side end faces of the three of the nine sub-walls. Only one side face of the left side and the right side of each of the other six sub-walls is provided with a connecting column and a fixing cavity. Locking plates are arranged on the upper end faces and the lower end faces in the fixing cavities. The locking plates and the upper end faces and the lower end faces of the fixing cavities are connected through springs. The upper end faces and the lower end faces of the nine sub-walls are connected through hinges. The hinges and the sub-walls are fixed through bolts. Suction cups are arranged on the upper end faces of the three sub-walls, located at the uppermost portion, of the nine sub-walls. Permanent magnets are embedded in the front end faces and the rear end faces of the three sub-walls, located at the bottommost portion, of the nine sub-walls. Iron pieces are embedded in the front end faces and the rear end faces of the rest of the six sub-walls.

Description

technical field [0001] The invention is an indoor lifting wall based on 3D module splicing, which belongs to the field of building materials. Background technique [0002] In the prior art, building a house is a relatively time-consuming thing, and it is easy to produce pollution during the construction process. Moreover, once the current house is built and decorated, the size of its interior space is almost fixed. Now there are A modular house, which is made of construction waste and mineral waste as raw materials, not only conforms to the natural environmental protection concept of the international circular economy, but more importantly, the houses assembled with it are green, pollution-free, fire-proof and earthquake-resistant, During the construction period, zero pollution and no water can be achieved, and the construction period is shortened by two-thirds compared with the traditional building time, but it has not been fully popularized, so it is impossible to change t...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, building a house is a relatively time-consuming thing, and it is easy to produce pollution during the construction process. Moreover, once the current house is built and decorated, the size of its interior space is almost fixed. Now there are A modular house, which is made of construction waste and mineral waste as raw materials, not only conforms to the natural environmental protection concept of the international circular economy, but more importantly, the houses assembled with it are green, pollution-free, fire-proof and earthquake-resistant, During the construction period, zero pollution and no water can be achieved, and the construction period is shortened by two-thirds compared with the traditional building time, but it has not been fully popularized, so it is impossible to change the structure of the current house if you want to change the house structure anytime and anywhere. Therefore, an indoor lifting wall based on 3D module splicing is needed to solve the above problems

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