Magnetic levitation electrode automatic layout and rock mass camera integrated device and method

Abstract

The present disclosure provides a magnetic levitation type electrode automatic deployment and rock mass imaging integration device and method, including a guide rail, a coil is arranged inside the guide rail to form an electromagnet; a vehicle body for carrying electrodes, and a There is a superconducting electromagnet to form the repulsive force between the magnetic field and the magnetic field formed by the coil on the guide rail, so that the vehicle body is suspended on the guide rail; Perform image acquisition. The disclosure utilizes the principle of magnetic levitation to ensure the quality of the layout when the geophysical electrical method uses electrodes for detection, saves a lot of manpower and materials, and does not have any impact on the detection.

Description

technical field [0001] The disclosure belongs to the technical field of geophysical electrical methods, and in particular relates to an integrated device and method for magnetic levitation electrode automatic deployment and rock mass imaging. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] An electrode is a component of an electronic or electrical device or device, which is used as the two ends of the input or output current in a conductive medium (solid, gas, vacuum or electrolytic solution). The pole that inputs current is called anode or positive pole, and the pole that emits current is called cathode or negative pole. The inventors have found that the existing geophysical electrical methods use electrodes for detection. In the hole, the electrode can be placed for detection by using its own gravity or directly using manpower. The exi...

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Problems solved by technology

The pole that inputs current is called anode or positive pole, and the pole that emits current is called cathode or negative pole. The inventors have found that the existing geophysical electrical methods use electrodes for detection. In the hole, the electrode can be placed for detection by using its own gravity or directly using manpower. The existing device cannot meet the requirements of inserting the electrode into the hole obliquely upward or horizontally into the ground. In some cases, although it can be pushed in manually, the The depth cannot be guaranteed, and a lot of manpower is wasted

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