Intelligent repairing device for geological profile measurement

Abstract

The invention relates to the field of geological monitoring, in particular to an intelligent repairing device for geological profile measurement. The technical aim of the invention is to provide the intelligent repairing device for geological profile measurement. According to the technical scheme, the intelligent repairing device for geological profile measurement comprises a mounting bottom plate, a mounting table, a first upwarp lifting system, a first auxiliary supporting system, a second upwarp lifting system, a second auxiliary supporting system and a sampling repairing system; and a mounting table is fixedly connected to the middle of the upper surface of the mounting bottom plate. According to the device, assistance and restoration of rock sampling in the geological profile measurement process are achieved, sampling holes are filled with stones and a glue solution, the glue solution is compressed and filled, compressed air can be exhausted along through holes in the manner that air in gaps is led out in the compression process, the air pressure counter-acting force of closed gas is reduced, and the phenomenon that equipment is damaged due to back-flushing of the glue solution is avoided.

Description

technical field [0001] The invention relates to the field of geological monitoring, in particular to an intelligent restoration device for geological profile measurement. Background technique [0002] In the prior art, in the process of geological profile measurement and sampling, for some slope profiles, the upper exposed rocks can be directly sampled, and for some lower rocks, because they are covered by the upper rocks, only the exposed corners cannot be effectively sampled, and manual work is required. Lift the rock on the upper side. When the capping stone is large in size, the space required for accommodating the tilting device is relatively deep. Generally, a hole-shaped space for accommodating the tilting device will be manually opened in advance, but the deep It is difficult to remove the crushed stones, which makes it very difficult for the general tilting device to go deep into the rocks, and it is impossible for the device to reach the appropriate point of applic...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the prior art in the geological profile measurement and sampling process, for some slope profiles, the upper exposed rocks can be directly sampled, and for some lower rocks, because they are covered by the upper rocks, only exposed corners cannot be effectively sampled, It is necessary to manually lift the rock on the upper side. When the capping stone is large in size, the space required for accommodating the tilting device is relatively deep. Generally, a hole-shaped space for accommodating the tilting device is manually opened in advance, but it is relatively The gravel in the depth is difficult to remove, which makes it very difficult for general tilting devices to go deep into the rocks, and it is impossible for the device to reach the appropriate point of force to apply force to the capping stones, eventually resulting in the inability to lift the capping stones At the same time, after the rock is sampled, the holes in the rock often cannot be repaired, which leads to the instability of the rock structure, accelerated natural corrosion, and affects the stability of the ground structure. It needs to be filled with stones and glue. For plugging, the general way of directly pressing the glue will cause the mechanical pressure to confront the air pressure of the gas sealed by the glue, causing the repair glue to fail to enter the gap between the repaired stones, and even cause the glue to recoil and damage the equipment. The shortcoming that the hole cannot be closed, the technical problem of the present invention: provide an intelligent restoration device for geological profile measurement

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