Anti-typhoon wood structure system of dwelling mount wall space considering both sunshade and rainproof function

Abstract

The invention discloses an anti-typhoon wood structure system of a dwelling mount wall space considering both sunshade and rainproof function. The anti-typhoon wood structure system of the dwelling mount wall space considering both sunshade and rainproof function comprises a main body building and wrap eave buildings, wherein the wrap eave buildings are arranged on both sides of the main body building; a sheet type column and tie structure is formed by main body building pillars, main body building mount wall pillars and main body building longitudinal beams; main body building cross beams are connected with the sheet type column and tie structure in a mortise mode; main body building purlines are parallel to the main body building cross beams and evenly distributed on short pillars of the sheet type column and tie structure; one ends of auxiliary short pillars of the wrap eave buildings are fixed with the upper ends of the main body building pillars of right angle ends of the main body building, and the other ends of the auxiliary short pillars are connected with one ends of auxiliary purlines; the auxiliary purlines are abutted against the mount wall space of the main body building, the other ends of the auxiliary purlines are connected with the auxiliary short pillars on the other space; the auxiliary short pillars are sequentially connected through the main body building longitudinal beams and connected with the main body building mount wall pillars through the main body building cross beams; the main body building purlines are arranged on the main body building mount wall pillars and the tops of first auxiliary short pillars, second auxiliary short pillars and third auxiliary short pillars; and rafters are vertically arranged on the main body building purlines. The anti-typhoon wood structure system of the dwelling mount wall space considering both sunshade and rainproof function can enhance structural strength and improve integral rigidity.

Description

technical field [0001] The invention belongs to the technical field of construction engineering, and in particular relates to a traditional residential structure, a typhoon-resistant wooden structure system that takes into account both sunshade and rainproof gable surfaces of residential buildings. Background technique [0002] The summer climate in the coastal areas of the south of the Yangtze River is extreme, either with high temperature, high humidity and calm wind, or typhoon and heavy rain. High temperature, high humidity and quiet wind, strong solar radiation, long-term radiation on the east and west walls of residential buildings, resulting in room temperature much higher than outdoor temperature, greatly increasing the energy consumption of air conditioners for residents; during the typhoon season from July to September, typhoon accompanied With strong wind and heavy rain, huge wind pressure and load caused by heavy rain will be generated on the building facade and ...

AI Technical Summary

Problems solved by technology

This kind of bucket-type wooden frame has good stability in the longitudinal direction of the building, but the horizontal direction of the building only relies on a few beams to connect, and the structural stability is weak.

When the gable surface is affected by the huge wind pressure and compound influence of the typhoon, the building is easy to shake horizontally from side to side, and in severe cases, the house will collapse

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