Typhoon-resistance earthquake-resistance strengthening device for wall

Abstract

The invention relates to walls, in particular to a typhoon-resistance earthquake-resistance strengthening device for a wall. In the device, a ring beam is horizontally distributed at the top end of the wall; the bottom of the wall forms the wall bottom end; a keel vertical to a horizontal plane is distributed at the lateral end of the wall; and the wall bottom end and the keel form a vertical included angle. The device is characterized in that: a reinforcing component is vertically distributed between the ring beam and the wall bottom end; the ring beam is provided with a fastening component; the wall bottom end is provided with a pre-embedded component; the fastening component is engaged with the head end of the reinforcing component; the pre-embedded component is engaged with the tail end of the reinforcing component; and the reinforcing component is parallel to the keel. Through the existence of the reinforcing component, a structure capable of assistant fixing is added to the wall based on the inherent structure thereof so as to strengthen the whole wall and improve the typhoon-resistance and earthquake-resistance effect of the wall. The device is simple to implement and convenient to adjust, and can be applied to house constructions in all light wood structures, in particular to single-storey constructions.

Description

technical field [0001] The invention relates to a reinforcement device, in particular to a typhoon-resistant and earthquake-resistant reinforcement device for walls. 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...

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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