hanging gable

Abstract

The invention relates to a gable of a house, in particular to a gable of a factory building and a warehouse, and discloses a hanging gable with higher seismic performance. The suspended gable includes a wall, end columns, wind-resistant beams, roof trusses and gable foundations, the end columns are located at both ends of the wall, the wind-resistant beams are located on the wall, and the two ends of the wind-resistant beams are connected to the end columns , the gable foundation is located at the bottom of the wall, the roof truss is located at the top of the wall, a vertical bar connected to it is arranged under the roof truss, the wind-resistant beam is hung on the roof truss through the vertical bar, and the gable foundation is connected by the vertical bar The rods are connected to the wind beams. The suspended gable can be widely used in various factories, warehouses and other large buildings. It has superior mechanical performance, economical materials, excellent seismic performance, and the gable foundation can be set shallower, so that the underground layout is more convenient.

Description

technical field [0001] The invention relates to a gable of a house, in particular to a gable of a factory building and a warehouse. Background technique [0002] In a house, the walls arranged along the short axis of the building are called transverse walls, and the transverse outer walls at both ends of the building are generally called gables. Now, all kinds of factory buildings, large warehouses and other houses have high requirements for the size of the internal space, and the height of the houses must be increased. Wind performance, stability and shock resistance are all demanding. Therefore, the difficulty of the construction of the gable wall is brought, and the construction cost will increase accordingly. [0003] In the prior art, there are mainly two forms of wind resistance for gable walls: one is a combination of wind resistance columns and their roof structures, and the other is a combination of wind resistance columns and wind resistance beams or wind resista...

AI Technical Summary

Problems solved by technology

[0006] In the above-mentioned gable plan, a large part of the weight of the wall and the wind-resistant beams needs to be borne by the wind-resistant columns, and even some wind-resistant beams need to bear part of the weight of the roof structure, so the foundation of the wind-resistant columns often needs to be extended into the ground to create a solid foundation , which not only consumes a lot of manpower and material resources, but also has high construction costs, especially in some poor geological conditions, and brings a lot of inconvenience to the layout of underground facilities in houses, especially in many factories (such as the main factory building of thermal power plants) ), the process specialty is complicated, and the diameter of the circulating water pipe is usually large, and the conventional gable will often affect the pipeline passing through the gable, causing many problems in the cooperation between the civil engineering specialty and the craft specialty

Images