Seam filling device for hydraulic pile sinking

Abstract

The invention discloses a seam filling device for hydraulic pile sinking. The seam filling device comprises a flow guide device and multiple backfill devices. The multiple backfill devices are symmetrically distributed on the two sides of the flow guide device, and the multiple backfill devices on the same side are evenly arranged at intervals. The seam filling device has the beneficial effects that the flow guide device is adopted for guiding the flowing direction of flowing liquid returning to the ground from the stratum after pressure water entering water passing pipes of piles cuts the stratum, mud and sand suspending in the flowing liquid returning to the ground from the stratum is deposited in seam holes between the two sides of the piles and the stratum to be solidified, the multiple backfill devices are adopted for backfill of filling materials, the seam holes between the two sides of the piles and the stratum are eliminated, shaking generated after the piles enter the stratum is effectively solved, it is effectively guaranteed that the hydraulic pile sinking process is smoothly completed with high quality and high efficiency, and the piles are fast sunk into soil to form a stable overall continuous body; and the seam filling device is simple in structure and low in cost, in different working conditions, the construction work requirements of the actual different working conditions can be met, and adaptability is high.

Description

technical field [0001] The invention relates to the technical field of pile sinking, in particular to a seam filling device for hydraulic pile sinking, which can meet the actual construction requirements of different working conditions in different working conditions and can ensure high-quality hydraulic pile sinking. , Efficiently and successfully completed, and quickly sink into the soil, forming a stable overall continuum. Background technique [0002] At present, the operating environment of hydraulic pile sinking construction is harsh, and is often affected by wind, waves and water depth. During the hydraulic pile sinking construction process, when water or flowing liquid cuts the stratum, the width of the cracks and holes will be greater than the width of the pile body, so that after the pile sinks, there will be cracks and holes between the two sides of the pile and the stratum, resulting in Under the action of the pile, the pile will shake, which will affect the sta...

AI Technical Summary

Problems solved by technology

[0002] At present, the operating environment of hydraulic pile sinking construction is harsh, often affected by wind, waves and water depth

During the hydraulic pile sinking construction process, when water or flowing liquid cuts the stratum, the width of the cracks and holes will be greater than the width of the pile body, so that after the pile sinks, there will be cracks and holes between the two sides of the pile and the stratum, resulting in Under the action of the pile, the pile will shake, which will affect the stability, safety, construction quality and cost of the pile; the stability problem has not been well resolved

Images