Wear detection device

Abstract

The utility model relates to the field of mechanical structure state detection, specifically, relates to a wear detection device, and the wear detection device includes abrasive particle capture equipment, magnetic equipment, observation equipment and mobile sliding table, and the abrasive particle capture equipment includes glass slide and cover glass, the cover glass covers in cover glass, and the deposition area is formed between cover glass and glass slide. The magnetic equipment is set up in the one end of glass slide far from cover glass, and the magnetic end is toward the deposition area. The observation equipment is set up above the abrasive particle capture equipment, and includes line scan camera and microscope lens, and the line scan camera is installed above the microscope lens. The mobile sliding table is set up in one side of the abrasive particle capture equipment, is connected in the observation equipment and drives the observation equipment to scan the glass slide, drives the observation equipment whole movement through the mobile sliding table, realizes the area that the abrasive particle remained on the glass slide exists to carry out the complete identification scanning, avoids the observation equipment and can only shoot the identification of single area, influences the accurate judgment to the wear degree of mechanical parts.

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