Wall body strengthening device for resisting earthquake and typhoon

Abstract

The invention relates to a wall body strengthening device for resisting an earthquake and a typhoon and relates to a wall body. A ring beam is horizontally distributed at the top end of the wall body and is connected with a roof truss; the bottom of the wall body forms the bottom end of the wall body; a grid is arranged between the ring beam and the bottom end of the wall body; keels vertical to the horizontal plane are distributed on the side surfaces of the wall body; vertical included angles are formed respectively between the ring beam and the keels, between the grid and the keels as well as between the bottom end of wall body and the keels. The invention is characterized in that connecting holes distributed correspondingly are longitudinally penetrated on the ring beam and the grid; strengthening components are arranged in the vertical included angles and include fixing angle irons, threaded connecting rods and fastening components, wherein the threaded connecting rods are fixedly connected with the wall body after penetrating through the fixing angle irons and the connecting holes, and the fastening components are arranged at both ends of the threaded connecting rods. By virtue of the combination of the threaded connecting rods and the fixing angle irons, the structure for auxiliary fixing is added on the wall body based on the inherent framework of the wall body, thereby strengthening the whole wall body and improving the effects of resisting the typhoon and the earthquake of the wall body.

Description

technical field [0001] The invention relates to a reinforcement device, in particular to a wall body anti-seismic and anti-typhoon reinforcement device. Background technique [0002] In most building constructions, walls are an essential structure. Therefore, the firmness of the wall is directly related to the overall firmness of the building. However, existing walls often have different defects in resisting external stress, especially typhoons and earthquakes, resulting in loose wall structures and easy collapse. In view of such defects, corresponding reinforcing devices are often re-added inside or outside the wall after the wall is manufactured. However, the installation and application process of these reinforcing devices is complicated, which will directly affect the construction period. Moreover, with the increase of reinforcing devices, the overall cost of building construction is increased, which is not conducive to wide-scale promotion. Contents of the inventio...

AI Technical Summary

Problems solved by technology

However, the installation and application process of these reinforcement devices is complicated, which will directly affect the construction period

Moreover, with the increase of reinforcement devices, the overall cost of building construction is increased, which is not conducive to large-scale promotion

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