Anti-seismic foundation

Abstract

The invention relates to the building technology field, in particular to an earthquake proof foundation which consists of a foundation main body, a concrete cover plate, a foundation soleplate, a downward oblique bar layer, an upward oblique bar layer, an upward longitudinal bar layer, an upward transverse bar layer, a foundation pit soleplate, a retaining wall, a quenched steel cover plate, a quenched steel support plate and a quenched steel clapboard. The foundation main body is positioned in the foundation pit, the foundation soleplate is a horizontal quenched steel plate, four bar layers forming an angle with one another are arranged between the foundation soleplate and the foundation pit soleplate, each bar layer consists of a row of cylindrical quenched steel bars which are horizontally arranged and have gaps with each other, and one horizontally positioned quenched steel clapboard is arranged between every two adjacent bar layers. The retaining wall is positioned at the peripheral walls of the foundation pit, and spaces are remained between the retaining wall and the foundation main body as well as the downward oblique bar layer, the upward oblique bar layer, the upward longitudinal bar layer, the upward transverse bar layer and the edges of the quenched steel clapboard.

Description

Technical field [0001] The invention relates to the field of construction technology, in particular to a seismic foundation. Background technique [0002] Horizontal seismic force is the main hazard to buildings. First, the horizontal seismic amplitude is much larger than the vertical seismic amplitude in the vast earthquake-damaged area beyond the epicenter; second, because people have sufficient knowledge of vertical gravity, they generally have a greater surplus capacity to resist Vertical seismic force, while horizontal shear resistance is the weak link of the building. This is because the shear strength of bricks, concrete and other components is far less than the compressive strength, and the level is generally through joints, mortar and bricks and other masonry. The bonding strength is often less than that of masonry and other reasons. [0003] The "Slippage Anti-seismic Building Foundation" with the patent number 00112457.9 uses two smooth surfaces in contact with each ot...

AI Technical Summary

Problems solved by technology

[0006] 3. The strength of the smooth surface is low

The effect of effectively weakening the horizontal force of the earthquake cannot be achieved

[0009] 2. Under the action of horizontal force, each ball rubs against multiple balls in contact with it, which hinders its rolling and reduces the anti-seismic effect