Landscape architecture wooden foot with anti-wind and anti-seismic function and construction technology of landscape architecture wooden foot

Abstract

The invention discloses a landscape architecture wooden foot with anti-wind and anti-seismic function and a construction technology of the landscape architecture wooden foot. The landscape architecture wooden foot with anti-wind and anti-seismic function comprises a pre-embedded iron part, a steel sleeve, a column log, a concrete foundation, concrete, a stone base of column and a drum-shaped stone block pedal. The pre-embedded iron is arranged in the concrete foundation. The diameter of pre-embedded iron part is larger than the outer diameter of the steel sleeve. The steel sleeve is welded to the top face of the pre-embedded iron part. The column log is inserted into the steel sleeve. The bottom of the steel sleeve is provided with the concrete. The stone base of column is sheathed outside the steel sleeve. The drum-shaped stone blocks pedal is arranged at the top end of the stone base of column. The drum-shaped stone blocks pedal is sheathed outside the steel sleeve. The landscape architecture wooden foot with anti-wind and anti-seismic function can meet the need of wooden foot of anti-moisture, and ensure that the wooden foot will not shift and affect the building appearance under the wind or earthquake effect.

Description

technical field [0001] The invention relates to the field of construction, in particular to a wooden column foot of a landscape building with functions of windproof and earthquake resistance and a construction process thereof. Background technique [0002] In areas with relatively high wind pressure, open terrain, and high seismic fortification intensity, traditional wooden structure houses are built. The traditional wooden structure method is that the wooden columns are simply supported on the stone drum pedals, and the stone drum pedals are supported on the rocks. The wooden columns and the foundation There is no reliable connection between them, and the wooden columns only rely on internal friction to prevent horizontal displacement. Under the action of strong winds or earthquakes, the foot of the wooden column is prone to horizontal displacement. If the displacement is too large, the wooden column will slip from the stone drum pedal, which will cause the collapse and dam...

AI Technical Summary

Problems solved by technology

However, the traditional method cannot resist strong wind or earthquake; the method indicated by the design code of the wooden s

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