Detection instrument with protection function for iron ore

Abstract

The invention relates to a detection instrument with the protection function for iron ore. The instrument includes a detection disk, a supporting rod, an arm holder and a handle, wherein the arm holder is arranged at one end of the supporting rod, the detection disk is arranged at the other end of the supporting rod, the detection disk is hinged with the supporting rod, the handle is fixed on thesupporting rod, the detection disk is provided with two protection mechanisms and four auxiliary mechanisms, the supporting rod is arranged between the two protection mechanisms, the auxiliary mechanisms are uniformly arranged at periphery of the detection disk by taking the axis of the detection disk as the center, and the auxiliary mechanism includes universal wheels, a sliding rod, a sliding block, a connection pipe, an extrusion disk, a sealing cover, a gas pressure gauge and an air pipe. The detection instrument is advantaged in that the protection function for the detection disk is realized through the protection mechanisms, damage to the detection disk due to moisture is avoided, and the parallelism between the detection ground and the detection disk is realized through the auxiliary mechanisms.

Description

technical field [0001] The invention relates to the field of mineral detection equipment, in particular to a detection instrument for iron ore with a protective function. Background technique [0002] Underground metal detection equipment is a kind of mineral detection equipment. Underground metal detectors are made with advanced technology. They have the characteristics of wide detection, accurate positioning, strong resolution, and easy operation. Metal detectors are mainly used for detection and identification Metal objects buried in the ground. [0003] During the use of existing underground metal detectors for iron ore, when the detection coil is inclined to the ground, if the angle of the detection coil cannot be corrected in time, the detection results will be affected, while the existing underground metal detectors do not The angle between the detection coil and the ground cannot be detected in time, which reduces the practicability. Not only that, when the detectio...

AI Technical Summary

Problems solved by technology

[0003] During the use of existing underground metal detectors for iron ore, when the detection coil is inclined to the ground, if the angle of the detection coil cannot be corrected in time, the detection results will be affected, while the existing underground metal detectors do not The angle between the detection coil and the ground cannot be detected in time, which reduces the practicability. Not only that, when the detection environment is relatively humid, water droplets are easy to condense on the detection coil, and the water droplets will also affect the detection results, and in severe cases, it will also lead to detection failure. disk damage

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