Improvement of windproof and antiknocking performances of wooden-structure house

Abstract

This is a method to enhance the capability of shock and strong wind resistance for wood buildings. By strengthening the basement and installing anchor bolts to enhance banding strength of integrated structure to basement as well as that of wood structure parts.

Description

technical field [0001] The invention relates to a wooden structure house, in particular to a method for improving the windproof and earthquake resistance performance of a wooden structure house, and belongs to the construction field. Background technique [0002] Houses such as wooden villas are favored by people because of their high grade, comfortable living, and easy construction. Since this type of house adopts a wooden structure instead of a reinforced concrete structure as a whole, the windproof and seismic performance is one of the key issues to be considered in the construction of this type of house. A common practice at present is: use anchor bolts to connect and fix the anti-corrosion base wood with the foundation (wooden piles, concrete piles, concrete wall foundations, etc.), and then erect ground beams, wall stud columns, etc. on the anti-corrosion base wood to build a The wooden frame of the building is added to the floor and the outer wall panels to form the ...

AI Technical Summary

Problems solved by technology

[0003] This approach in the prior art only pays attention to the connection between the wooden frame of the first floor and the foundation, and the connection between the foundation and the overall frame of the house and the connection between the wooden structural members is not specially reinforced, so that the wind and earthquake resistance of the house can be improved. It is not very strong, and it is not suitable to be built on the shore of the lake or on the mountain, which limits the popularization and application of wooden houses