Circulation deslagging method during house construction

Abstract

The invention discloses a circulation deslagging method during house construction. According to the method, a slurry pump is used for pressing slurry or clear water to a center flow pipe of a drillingmachine or a y-branch pipe of the side wall of a drill pipe so that the slurry or the clear water is jetted to a drill, the drill is slowly lowered to break ground and drill, when drilling reaches the designed elevation, a motor stops running, the slurry still works to be discharged from an orifice, and a pump does not stops and the drilling machine is not lifted until the density of the slurry in a hole reaches about 1.1-1.5. The circulation deslagging method during the house construction can quickly discharge waste residues generated during piling, so that the construction efficiency cannotbe affected.

Description

technical field [0001] The invention relates to the construction field, in particular to a positive circulation slag discharge method in building construction. Background technique [0002] The buildings are mainly wooden structures, while the traditional western buildings are mainly masonry structures. Modern buildings are dominated by reinforced concrete. [0003] Ancient Chinese architecture has a simple and elegant style, mainly using thatch and wood as building materials, and using wooden structures as structural methods (columns, beams, squares, purlins, rafters, etc.), combined in accordance with the actual size, shape and spacing required by the structure. Together. This architectural structure reflects the clarity, order and stability of the ancient patriarchal society. Since the beams and columns made of wooden materials are not easy to form a huge internal space, ancient buildings cleverly used the natural space outside the port to form a courtyard. The courty...

AI Technical Summary

Problems solved by technology

[0006] The technical problem to be solved by the present invention is that the waste slag discharge efficiency generated when concrete piles are placed on the building is low, and it is easy to cause equipment to be stuck, which affects the construction efficiency. At present, the discharge efficiency of waste slag generated when driving concrete piles on the building is low, and it is easy to cause equipment to be stuck, which affects the construction efficiency.