Outdoor rod body construction method

Abstract

The invention discloses an outdoor rod body construction method which comprises the following steps of digging a pit; putting a foundation bolt cage into the pit, and pre-burying the foundation bolt cage with sand; pouring concrete to fill the lower part of a base plate flange disk with the concrete; maintaining the concrete for 3-4 weeks, mounting first nuts on foundation bolts, then putting an inflatable cushion device on the base plate flange disk, wherein the inflatable cushion device comprises four inflatable cushions and controllers communicated with the inflatable cushions, and four buttons are arranged on the controllers and respectively control inflation and deflation of the four inflatable cushions; mounting a rod body, adjusting the perpendicularity of the rod body by performing inflation and deflation on the inflatable cushions, adjusting the first nuts when the rod body is in a vertical state, then screwing up second nuts for fixing a rod body flange disk, deflating the inflatable cushions, and pulling out the inflatable cushions from the lower surface of the rod body flange disk; performing secondary concrete pouring. The method is easy and convenient to operate; the effect of quick adjustment on the perpendicularity in outdoor rod body construction is achieved; defects caused by foundation construction and defects of a material are avoided, and the construction precision is high.

Description

technical field [0001] The invention belongs to the field of building construction, in particular to an outdoor pole body construction method. Background technique [0002] At present, the foundation needs to be prepared before the pole is erected, the floor flange and anchor bolts are pre-embedded, and the concrete plane foundation is leveled. After confirming that the rod body is vertical, tighten the flange with nuts to fix the rod body. Since the concrete plane is generally a cement plastered surface, the levelness is not high; the flange at the bottom of the rod body is mostly welded, and the levelness cannot be guaranteed due to welding reasons or the unevenness of the metal bottom of the flange itself. The perpendicularity between the rod body and the bottom surface is caused to deviate, and after the rod body is fixed, it is very inconvenient to fine-tune the rod body. Contents of the invention [0003] In order to overcome the deficiencies in the prior art, the ...

AI Technical Summary

Problems solved by technology

Since the concrete plane is generally a cement plastered surface, the levelness is not high; the flange at the bottom of the rod body is mostly welded, and the levelness cannot be guaranteed due to welding reasons or the unevenness of the metal bottom of the flange itself. The verticality between the rod body and the bottom surface is deviated, and after the rod body is fixed, it is very inconvenient to fine-tune the rod body

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