Improved shock insulation, damping or energy consumption layer structural system with non-horizontal linear section

Abstract

The invention discloses an improved shock insulation, damping or energy consumption layer structural system with a non-horizontal linear section. A part of the vertical section or horizontal section of a shock insulation, damping or energy consumption layer can be of a diagonal form, a curved form, a folded-line form or a combined form. In an improved rotary shock insulation, damping or energy consumption layer structural system with a non-horizontal linear section, the vertical section or horizontal section of a rotary shock insulation, damping or energy consumption layer can be of a diagonal form, a curved form, a folded-line form or a combined form. In an improved vertical shock insulation, damping or energy consumption layer structural system with the non-horizontal linear section, the vertical section or horizontal section of a vertical shock insulation, damping or energy consumption layer can be of a diagonal form, a curved form, a folded-line form or a combined form. By adopting the improved shock insulation, damping or energy consumption layer with the non-horizontal linear section, overturning can be resisted, overturning rotation displacement can be limited and reduced, surpassing of maximum allowed displacement can be prevented, the tension of a damping support can be reduced, long-period structural damping can be realized, and self-locking can be avoided; the shock insulation, damping or energy consumption layer can be provided with a plurality of vertical segments or diagonal segments.

Description

technical field [0001] The present invention relates to several kinds of building structure shock isolation, shock absorption and energy consumption systems, and relates to non-horizontal linear (such as broken line, curved, or its combination) building structure insulation layer, shock absorbing layer or energy dissipation layer. Shock, shock absorption, energy consumption system, can resist overturning. It is a shock isolation, shock absorption, and energy dissipation system that can be applied to high-rise buildings or buildings with large height-to-width ratios; it can also be used in high-rise structures and multi-storey structures. It can resist the overturning moment, and can limit the overturning displacement and rotational displacement. Can be adjusted with larger structural stiffness contrast changes. The section of the set shock-absorbing layer, shock-absorbing layer or energy-dissipating layer can be in the shape of a broken line, a curve or a combination of both...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problem of overturning (poor tensile capacity), insufficient seismic isolation effect (long cycle), limited aspect ratio, and avoiding "self-locking" problem in many high-rise isolation structures, only horizontal isolation layers are set up at present. , in order to improve the shock isolation and shock absorption capacity of the structure, the present invention provides several improvement measures to solve the existing technical problems, defects and related research and application difficulties

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