Electrode plugging device for electrical prospecting

Abstract

The invention discloses an electrical prospecting electrode plugging device, which comprises a shell, a longitudinal moving mechanism arranged in the shell and an exploration electrode connected with the longitudinal moving mechanism, and is characterized in that the bottom of the shell is provided with an outlet; during insertion, the longitudinal moving mechanism drives the exploration electrode to extend out of the outlet and be inserted into the ground; during pulling, the longitudinal moving mechanism drives the exploration electrode to be pulled out of the ground and collected into the shell. The exploration electrode can be inserted or pulled out through the longitudinal moving mechanism, manpower is saved, the problem that the exploration electrode is difficult to insert and pull out is solved, meanwhile, after the exploration electrode is pulled out, the exploration electrode is collected into the shell, and the risk that workers are punctured by the exploration electrode is reduced.

Description

technical field [0001] The present application relates to the technical field of prospecting equipment, in particular to an electrical prospecting electrode insertion and removal device. Background technique [0002] Electrical prospecting is based on the differences in electromagnetic properties and electrochemical properties of various rocks, ore bodies or other media in the earth's crust, through the observation and research of the spatial distribution and time characteristics of artificial or natural electric fields, electromagnetic fields or electrochemical fields. Geophysical exploration methods used to solve geological or geotechnical problems. [0003] Metal electrodes are an essential equipment for electrical exploration. At present, in the field of engineering survey technology, high-density electrical prospecting is the main method of engineering prospecting. High-density electrical prospecting needs to be transported and driven into hundreds of metal electrodes ...

AI Technical Summary

Problems solved by technology

At present, in the field of engineering survey technology, high-density electrical prospecting is the main method of engineering prospecting. High-density electrical prospecting needs to be transported and driven into hundreds of metal electrodes at various measuring points along the ground. The electrodes currently used are Rod-shaped metal electrodes are generally made of iron or steel. One end of the electrode is a tip for driving into the ground. Because the tip has a certain ability to hurt people and is not conducive to placement, it often occurs that personnel are injured by the instrument during work. Injury

When electrodes are used, they generally need to be driven deep into the ground, which often requires a lot of manpower, and the electrodes need to be pulled out after use, which also requires a lot of manpower

[0004] Application number: CN201920135401.6, which discloses a metal electrode for electrical exploration. This solution still requires manual operation of the metal electrode to insert and pull out the detection hole. When facing more detection points, it requires a lot of manpower to install, and When the staff uses the device, the electrode sheath needs to be removed from one end of the motor, and then the electrode is inserted into the detection hole. The tip of the electrode with the electrode sheath removed still has the risk of contact with the worker, and there is still a tip injury to a certain extent. human possibility

[0005] Application number: CN202011181191.8, which discloses a grounding electrode device suitable for electrical exploration under surface hardening conditions. During the use of this scheme, an adhesive ring needs to be set at each detection point to stick the elastic electrode column to the ground. Maintain close contact for detection, the entire operation process is complicated, and it takes a lot of energy for the staff whether to paste the adhesive ring first for installation or to separate the equipment after detection from the adhesive ring for cleaning

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