Multi-specification building module easy to splice

Abstract

The invention relates to the field of modular buildings, in particular to an easy-to-splice multi-specification building module which comprises a plurality of building module bodies and a plurality of gallery bodies, the building module bodies are arranged in parallel and vertically arranged in multiple layers, and the gallery bodies are arranged in multiple layers. A splicing device used for stable connection is further arranged between the building module body and the corridor body of each layer, each splicing device comprises corner columns and connecting mechanisms, and a joint damping device is further arranged at the joint between every two adjacent connecting mechanisms; and a supporting device is further arranged at the lower end of each connecting mechanism located on the bottom-layer building module body and the corridor body. According to the building module, the node damping devices and the supporting devices are arranged, and the multiple building module bodies are spliced through the corner columns and the connecting mechanisms; stability is guaranteed while a plurality of building module bodies are easy to splice, and the anti-seismic effect is greatly improved.

Description

technical field [0001] The invention relates to the field of modular buildings, in particular to an easily spliced ​​multi-standard building module. Background technique [0002] In the existing modular buildings, each building module is a hexahedral box structure, and the building modules are closely connected, that is, the building modules are stacked continuously without interruption, so that a double layer is formed between the left and right adjacent building modules. The wall (the side wall of two adjacent building modules), and the upper and lower adjacent building modules form a double-layer floor (the top plate of the lower building module and the bottom plate of the upper building module). The current earthquake resistance is aimed at the seismic fortification area The design made is mainly reflected at the joints of the corner columns. In case of a super-severe earthquake, the building cannot be earthquake-resistant according to the original earthquake-resistant d...

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Problems solved by technology

[0004]According to the above-mentioned patent, the connection of two adjacent corner columns in this patent is fixed through the connection between the installation part and the matching part. This fixing method makes The stacking of multiple building modules is not stable. Under the action of earthquake load, the joint stiffness between every two adjacent corner columns will aggravate the damage of the corner columns, which will cause local damage to the building structure, and even cause local collapse of the building. When the earthquake intensity is too large, the general shock-absorbing structure cannot guarantee the stability of the building module body. Therefore, it is necessary to add a shock-absorbing structure to the bottom building module body to better cope with the impact of the earthquake. Therefore , for this type of problem, a splicing device that is not only easy to splice multi-standard building modules but also has the effect of shock absorption and shock absorption is needed

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