Miniature double-pole fast-cutting intelligent integrated electrode without damaging rock coupling and application method thereof

Abstract

The invention discloses a miniature double-pole fast-cutting intelligent integrated electrode without damaging rock coupling. The miniature double-pole fast-cutting intelligent integrated electrode without damaging the rock coupling comprises a main support structure. The main support structure is connected with a fixed end structure. A small horn mouth is connected with a controller packaging cover. The controller packaging cover is fixed with a non-polarized electrode stem and a metal electrode stem. An electrode controller is packaged in the controller packaging cover. The fixed end structure is provided with an adhesive coating. A big horn moth of the main support structure is divided into two independent electrode cabins through a poly vinyl chloride (PVC) insulating separating plate. The electrode cabins are filled with electrode rock coupling materials. The electrode controller is connected with the electrode. The invention further discloses an application method of the miniature double-pole fast-cutting intelligent integrated electrode without damaging the rock coupling. The application method of miniature double-pole fast-cutting intelligent integrated electrode without damaging the rock coupling can improve the working efficiency of resistivity detecting and induced polarization detecting by more than one time in rock projects. The application method of the miniature double-pole fast-cutting intelligent integrated electrode without damaging the rock coupling can not only save detecting time but also improve coupling effect so as to ensure to obtain high-quality data.

Description

technical field [0001] The invention relates to an intelligent integrated electrode and an application method, in particular to a miniature bipolar fast-cut non-destructive rock coupling intelligent integrated electrode and an application method. Background technique [0002] In recent years, the application range of resistivity detection and induced polarization detection in geological exploration, quality inspection, disaster investigation, environmental assessment and other fields of rock engineering such as tunnels, mines, slopes, and dams has gradually expanded. Compared with the detection in other fields, there are some special problems in the electrical detection of rock engineering, which put forward new technical requirements for the detection of resistivity and induced polarization. In high-density resistivity and high-density induced polarization detection, there are dozens or even hundreds of measuring points. Since the rock is relatively hard and has poor co...

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Problems solved by technology

[0003] In the resistivity and induced polarization detection of rock engineering, the traditional electrodes have the following problems: (1) The arrangement of electrodes on the rock mass requires special drilling, which takes a long time, a large workload, and the coupling effect is not ideal. (2) For the high-density induced polarization method, two electrodes need to be arranged at each measuring point, that is, the metal power supply electrode and the non-polarization power supply electrode, and the working efficiency is relatively low. Low, it is necessary to design a new type of electrode that integrates metal electrodes and non-polarized electrodes and its corresponding fast selection and switching control device; (3) Traditional electrodes need to be connected to the host through wires to detect voltage signals, which can only be serialized one by one Measurement, the efficiency is low, it is necessary to propose a device to realize voltage signal detection and transmission at the electrode end, which can simultaneously detect and collect multiple electrodes simultaneously, and improve the collection efficiency

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