Energy-saving Ground Earth Anchor Pile

Manufacturing method of energy-saving ground earth anchor pile foundation protective cylinder:

In the construction field, when the drilling machine is used to construct the ground earth anchor pile hole, it is usually set up the guard cylinder, the use of the guard cylinder to increase the well water pressure in the hole to prevent collapse of the hole, but also to isolate the surface water, protect the hole ground, fix the position of the pile hole and drill guiding role. When the construction personnel drill in the guard cylinder, the mud is injected into the hole from the opening at the top of the guard cylinder, when the concrete is poured into the pile hole, The mud in the pile hole will flow out of the opening at the top of the guard barrel. According to the above mentioned technology, the inventor believes that the following defects exist: when concrete is poured into the pile hole, the mud in the hole continuously flows from the top of the guard cylinder to the ground around the pile hole, resulting in the mud being wasted. Technical implementation elements: In order to facilitate the recovery and utilization of mud, avoid the waste of mud, this application provides an energy-saving pile protection cylinder. The energy-saving pile foundation protective cylinder provided in this application adopts the following technical scheme: The energy-saving pile foundation protective cylinder includes the body of the protective cylinder, and also includes: A diversion tube and locking assembly, the upper end of the guard cylinder body is provided with a diversion port, the diversion port is located above the ground, the peripheral wall of the guard cylinder body is provided with a horizontal connection tube, one end of the connecting tube can be detachable connected to the diversion port, the diversion tube is located outside the guard cylinder body, the locking assembly is provided with a plurality of groups, The other end of the connecting tube is detachable connected with the end of the diversion tube through a plurality of sets of locking components. By using the above technical scheme, when pouring concrete into the pile hole, the connecting pipe and the diversion pipe are connected and fixed by locking components. When the mud in the pile hole rises from the bottom to the diversion port, it flows out from the diversion port. The mud can be diverted to the predetermined position through the connecting pipe and diversion pipe, which is convenient for the construction personnel to recycle the mud and avoid the waste of mud. Thus, the construction cost is reduced, and the diversion pipe can also avoid mud flow to the ground around the pile hole, improve the cleanliness of the construction site.