Prefabricated wall structure

Abstract

The invention discloses a prefabricated wall structure. The prefabricated wall structure comprises a wall, wherein the wall is arranged between the building ground and a building ceiling, the end of the wall in the length direction extends to a built structural body which is crossed with the wall, the wall comprises one or a plurality of unit modules which are arranged in the length direction of the wall as well as a first elastic support seat and a second elastic support seat which have elasticity, and the wall is configured so as to be in sliding connection with the building ground and the building ceiling in the length direction of the wall; a first adjusting gap is formed between the wall and the built structural body, and the first elastic support seat is clamped between the wall and the built structural body; and a second adjusting gap is formed between the wall and the building ceiling, and the second elastic support seat is clamped between the wall and the building ceiling. The prefabricated wall structure provided by the invention relates to the field of buildings, internal stress of the wall can be eliminated, the wall is prevented from generating cracks, additionally, the vibration of the wall can be eliminated, a vibration reduction effect is achieved, and the wall is prevented from being damaged due to vibration.

Description

technical field [0001] The invention relates to the field of construction, and more specifically, to an assembled wall structure. Background technique [0002] The top of the wall and the end of the length direction are usually fixed by angle steel, expansion bolts, etc., and are firmly fixed on the building roof or the built structure after fastening. After the wall is fastened and when the wall is used, it is inevitable that the wall will generate internal stress. Temperature, wall thickness, load, and wall connection will all affect the size of the internal stress. The generation of internal stress will cause the wall to Cracking of the body will eventually affect the service life, structural safety and aesthetics of the partition wall. In addition, the wall will inevitably be affected by vibration during use, causing problems such as cracking. Contents of the invention [0003] An embodiment of the present invention provides a prefabricated wall structure, including a...

AI Technical Summary

Problems solved by technology

After the wall is fastened and when the wall is used, it is inevitable that the wall will generate internal stress. Temperature, wall thickness, load, and wall connection will all affect the size of the internal stress. The generation of internal stress will cause the wall to Cracking of the body will eventually affect the service life, structural safety and aesthetics of the partition wall. In addition, the wall will inevitably be affected by vibration during use, causing problems such as cracking

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