Fast in-place paving construction method for thick and heavy stone blocks

Abstract

The invention relates to a fast in-place paving construction method for thick and heavy stone blocks. The fast in-place paving construction method comprises the following steps of: (1) manufacturing a fast in-place device, wherein the fast in-place device comprises a transverse stress part and a longitudinal stress part which are vertical to each other, the transverse stress part is of a plane framework and is used for directly supporting single stone blocks, and the longitudinal stress part is fixedly connected with one side of the plane framework and used for supporting the transverse stress part and the stone blocks thereon; (2) pre-burying a connecting steel bar which is vertically upward in the paving position of each stone block; (3) testing repeatedly to measure the virtual paving height M of mortar for paving the stone blocks, which is further used for paving the stone blocks with the same thickness and size; (4) fixedly connecting the vertical stress part of the fast in-place device with the connecting steel bars to fixedly mount the fast in-place device, and performing the paving control on the stone blocks in a wire hanging mode; (5) enabling the paid mortar to achieve the virtual paving height M; and (6) paving the stone blocks on the transverse stress part of the fast in-place device, and thrashing the stone blocks to compress the mortar which is virtually paved.

Description

Technical field [0001] The invention belongs to the field of civil construction engineering, and in particular relates to a construction method for paving thick and heavy stones quickly in place. Background technique [0002] With the improvement of living standards, more and more activity squares appear and the demand is still increasing. Large squares generally use large-thick stones for floor paving. Stones such as granite are durable, strong and reliable. They are commonly used in square floor paving construction, and these large-thick stones are single The block is heavy and difficult to transport. [0003] When paving, factors such as the plane positioning of the stones, the elevation control, and the thickness of the mortar determine the quality, progress and perception of the paving of the square stones. However, when paving stones in the prior art, plane positioning, elevation control, and mortar thickness are all realized by repeated operations (for example, if the elev...

AI Technical Summary

Problems solved by technology

However, when paving stones in the prior art, plane positioning, elevation control and mortar thickness are all realized by repeated operations (for example: if the elevation or position or flatness does not meet the requirements, it is necessary to pry out the stones, add or Reduce the thickness of the mortar and adjust it before placing it again. If you can’t do it once, you have to adjust it several times. For thick stones, it’s very difficult to pry out), the stones cannot be placed in place accurately and quickly, and the ground where the stones are laid It is also difficult to guarantee the flatness of

Images