Protection device and method for monitoring pipe based on soil and stone filling dynamic compaction process

Abstract

The invention discloses a protection device and method for a monitoring pipe based on a soil and stone filling dynamic compaction process, and relates to the technical field of detection pipe protection. The protection device comprises a metal pipe, a filling part, a connecting part and a lifting hole, the outer diameter of the metal pipe is matched with the inner diameter of the monitoring pipe, and the metal pipe can be arranged in the monitoring pipe in a penetrating mode; the filling part is filled in the metal pipe and is connected with the metal pipe to form a whole; the connecting part is arranged at the end of the metal pipe, and two metal pipes can be in butt joint through the connecting part; and the lifting hole is formed in one end of the metal pipe. According to the device, the metal pipe filled with the filling part is put into the monitoring pipe, so that the internal space of the monitoring pipe is filled, the monitoring pipe is prevented from being fractured during dynamic compaction of soil and stones, and the effect of protecting the monitoring pipe is achieved.

Description

technical field [0001] The invention belongs to the technical field of monitoring tube protection, and more specifically relates to a monitoring tube protection device and method based on earth-rock filling dynamic compaction technology. Background technique [0002] Monitoring pipes are pipes of various types and materials used in projects that need to be monitored. During the burial of monitoring pipes, it is necessary to put the monitoring pipes in a designated position first, and use earthwork for landfill. Implement the dynamic compaction process, so that the earthwork around the monitoring pipe is compacted. During the implementation of the dynamic compaction process, the earth and rock around the monitoring pipe will squeeze the monitoring pipe, and the radial extrusion of the monitoring pipe will often cause the rupture of the monitoring pipe and cause huge losses. Contents of the invention [0003] The purpose of the present invention is to address the deficienci...

AI Technical Summary

Problems solved by technology

During the implementation of the dynamic compaction process, the earth and rocks around the monitoring pipe will squeeze the monitoring pipe, and the radial extrusion of the monitoring pipe will often cause the rupture of the monitoring pipe and cause huge losses.

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