Assembled mortise and tenon structure with diagonal braces

Abstract

The invention relates to a fabricated tenon-and-mortise structure with inclined struts. The fabricated tenon-and-mortise structure is of a beam-column type frame structure and comprises a plurality ofcolumn structures (1) and further comprises a plurality of unit beams (2), the vertical inclined struts (5) and the horizontal inclined struts (6) which are used for being connected with the column structures (1). The column structures (1) are composed of unit columns (11) formed by end-to-end inserted connection of first tenon-and-mortise joints (3), and each unit beam (2) is embedded between the two corresponding adjacent column structures (1) through second tenon-and-mortise joints (4). Compared with the prior art, the fabricated tenon-and-mortise structure is simple in structure and can be produced and machined rapidly, the tenon-and-mortise mode is standardized and industrialized, and the assembling mode is simple and rapid.

Description

technical field [0001] The invention relates to the construction field, in particular to an assembled mortise and tenon structure with diagonal braces. Background technique [0002] Mortise and tenon joints are the crystallization of wisdom of the ancient Chinese, but today they are constantly being replaced by reinforced concrete, with little success. However, the living experience brought by reinforced concrete is far inferior to the stable and gentle comfort of wooden structures. At the same time, various pouring, bolts, and hinged connections cannot make people perceive the exquisite beauty of the design. It is easier to collapse in shock. Mortise and tenon joints, on the one hand, inherit the wisdom of the ancients, which can arouse resonance with Chinese culture, and on the other hand, have been improved and optimized to be more suitable for the lifestyle of modern people. [0003] Although the traditional mortise and tenon has many advantages, but the style is too c...

AI Technical Summary

Problems solved by technology

[0003] Although the traditional mortise and tenon has many advantages, but the style is too complicated, it may not be fully utilized for the current pursuit of high efficiency and economy. Most of the mortise and tenon joints are semi-rigid joints, which have certain bending resistance and good seismic performance, but the joints There are many types, but they are very important to the whole structure. The damage of nodes often leads to the damage of the whole structure, which cannot withstand the impact of earthquakes.

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