A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides an implementation method of a kidney-shaped circle pile forming machine. When the kidney-shaped circle pile forming machine works, a water feed device feeds high-pressure water to the positions of a first stirring head, a second stirring head and a third stirring head through pipelines, and the three stirring heads cut soil bodies on the lower portions of the stirring heads and stir the soil bodies and water into slurry in the rotation process. Hydraulic liquid flows to a controller to control a first hydraulic cylinder, a second hydraulic cylinder, a third hydraulic cylinder and a fourth hydraulic cylinder to work synchronously, and a kidney-shaped circle component is then driven to be guided by a first drill stem, a second drill stem and a third drill stem to vertically reciprocate; meanwhile, the water feed device feeds water to a plurality of second harrow cutter parts of the kidney-shaped circle component through pipelines, first harrow cutters on the lower portion of the kidney-shaped circle component and second harrow cutters in the kidney-shaped circle component cut soil bodies which are not stirred by the three stirring heads and located in the kidney-shaped circle component and stir the soil bodies and water to form slurry, and the slurry flows out of a kidney-shaped hole so that a formed kidney-shaped hole can be obtained.
The invention provides an implementation method of a kidney-shaped circle pile forming machine. When the kidney-shaped circle pile forming machine works, a water feed device feeds high-pressure water to the positions of a first stirring head, a second stirring head and a third stirring head through pipelines, and the three stirring heads cut soil bodies on the lower portions of the stirring heads and stir the soil bodies and water into slurry in the rotation process. Hydraulic liquid flows to a controller to control a first hydraulic cylinder, a second hydraulic cylinder, a third hydraulic cylinder and a fourth hydraulic cylinder to work synchronously, and a kidney-shaped circle component is then driven to be guided by a first drill stem, a second drill stem and a third drill stem to vertically reciprocate; meanwhile, the water feed device feeds water to a plurality of second harrow cutter parts of the kidney-shaped circle component through pipelines, first harrow cutters on the lower portion of the kidney-shaped circle component and second harrow cutters in the kidney-shaped circle component cut soil bodies which are not stirred by the three stirring heads and located in the kidney-shaped circle component and stir the soil bodies and water to form slurry, and the slurry flows out of a kidney-shaped hole so that a formed kidney-shaped hole can be obtained.