The invention discloses a structural horizontal or vertical and rotatable shock insulation, damping and
energy consumption structural system. A conversion layer or a reinforced layer and a reinforcing member can be arranged above a vertical shock insulation or damping and
energy consumption layer, so that vertical non-uniform displacement of an upper shock insulation structure can be reduced. In a rotary shock insulation, damping and
energy consumption structural system, each shock insulation, damping and energy consumption support on a rotary shock insulation, damping and energy consumption layer shares an identical integral rotation center, and each shock insulation and damping support can be positioned at the same height but at different inclination angles. In a vertical shock insulation, damping and energy consumption
structural system, an oblique vertical shock insulation, damping and energy consumption layer is arranged, and a rubber support can be arranged between oblique sliding surfaces. In a vertical shock insulation, damping and energy consumption structural
system, an oblique vertical shock insulation, damping and energy consumption layer is arranged on a large-span
spatial structure, the inside of a band-shaped structure or an annular member is enclosed, and a pull rod, a pressure lever and a cable can be arranged for connecting. In a horizontal or vertical shock insulation, damping and energy consumption structural
system of a large-span
spatial structure, a conversion member is arranged above a vertical shock insulation, damping and energy consumption layer.