Guiding rail type composite wall structure capable of adapting to vertical tolerance

Abstract

The invention provides a guiding rail type composite wall structure capable of adapting to a vertical tolerance. The guiding rail type composite wall structure capable of adapting to the vertical tolerance comprises bottom groove beams installed on a top wall face and a bottom wall face correspondingly and a wall body located between the top wall face and the bottom wall face, wherein the wall body comprises one or more wall units, the adjacent wall units are in lap joint, each wall unit comprises two panel layers and a filling layer filled between the two panel layers, a supporting frame is arranged in each filling layer, boundary beams are arranged at the top and the bottom of the wall body correspondingly, boundary beam grooves facing the bottom groove beams are formed in the boundary beams, bottom grooves facing the boundary beams are formed in the bottom groove beams, the boundary beam grooves in the bottom are matched with the bottom grooves of the bottom groove beams in the bottom wall face, and limiting beams are matched between the boundary beam grooves in the top and the bottom grooves of the bottom groove beams in the top wall face, and gaps are reserved between the limiting beams and the bottom grooves. Compared with the prior art, the guiding rail type composite wall structure capable of adapting to the vertical tolerance has the advantages that the limiting beams are inserted between the boundary beam grooves of the wall body and the bottom grooves of the wall face so as to position the wall body, and the gaps reserved between the limiting beams and the bottom grooves can adapt to the tolerance in the vertical direction.

Description

technical field [0001] The invention relates to the field of building decoration, in particular to a guide rail type combined wall structure that can adapt to vertical tolerances. Background technique [0002] None of the existing traditional walls or existing new walls for indoor use has the installation function of tolerance adjustment. Tolerance adjustment is a problem of system combination, not within the reach of materials. Before solving the tolerance problem of clear height space, the industrialized production and highly assembled installation of interior walls will become difficult problems, and it will be difficult to realize finished partition walls and removable functional walls with integrated functions and decorations. [0003] The industrialized production of prefabricated walls depends on the application technology of prefabricated walls. Existing single wall materials and light steel keel walls do not have the function of adjusting installation errors. Most o...

AI Technical Summary

Problems solved by technology

Before solving the tolerance problem of clear height space, the industrialized production and highly assembled installation of interior walls will become difficult problems, and it will be difficult to realize finished partition walls and removable functional walls with integrated functions and decorations

[0003] The industrialized production of prefabricated walls depends on the application technology of prefabricated walls. Existing single wall materials and light steel keel walls do not have the function of adjusting installation errors. Most of them are processed and installed by on-site measurement, which consumes a lot of time in engineering applications. Labor force, and cause large construction waste

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