Simple type energy dissipation bracing device

Abstract

The invention relates to a simple type energy dissipation bracing device, comprising a supporting part provided with supporting axle part as well as a restriction member surrounding the supporting axle part; wherein the two ends of confinement sleeve frame of the restriction member are respectively jointed with a plurality of supporting bodies, each supporting body is extended to the connection position of the supporting axle part and can be over against at the supporting body of the supporting axle part. Resisting and supporting actions of the connection position of each supporting body to the support axle part are utilized, and a supporting member can acquire sufficient and enough restriction support efficiency at the connection position of the supporting axle part by virtue of effective and simple construction.

Description

technical field [0001] The present invention relates to a reinforced support device used in buildings and various civil engineering, especially a simple energy-dissipating diagonal bracing device that can improve the performance of buckling beam-made diagonal bracing and has a simplified structure. Background technique [0002] In order to strengthen the structural toughness and support strength of large buildings and various civil engineering projects, a diagonal bracing device is generally installed between the beams and columns of the building to form a diagonal support, so as to provide appropriate axial toughness, strengthen the structure and eliminate Vibration energy equivalent energy, in response to this subject, the applicant has previously developed and designed such as China Taiwan certificate number I262229 "Multi-section shock absorber" and China Taiwan certificate number M321445 "Completely separated buckling beam system diagonal brace " and other patent cases....

AI Technical Summary

Problems solved by technology

[0003] Although the structural design of the existing diagonal bracing device can use the containment frame to provide a good anti-buckling effect on the support shaft of the support, it is blocked by the connector, and the two ends of the containment frame cannot extend to the connection. As a result, the connection position of the support at both ends of the support shaft and the connection head cannot obtain the restraint support of the surrounding sleeve frame. When the support member is under pressure, it is easier to produce buckling at the connection position, which affects the consumption. The support performance and durability of the diagonal brace device

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