360-degree non-contact type automatic vision detector

Abstract

The invention discloses a 360-degree non-contact type automatic vision detector. The 360-degree non-contact type automatic vision detector comprises a charge hopper, a box body, a conveying belt, a material gate, an industrial control machine, a PLC, a light source controller and a removing and air blowing pipe, wherein a baffle I is arranged behind the material gate; a horizontal level sensor is arranged on the baffle I; a baffle II is arranged behind the horizontal level sensor; a roller is arranged behind the baffle II and another roller is arranged at the tail end of the baffle I; a wheel disc is arranged below the right part of the roller; each wheel disc is provided with a bayonet which is internally provided with a small ventilation hole; a vacuum pump is arranged right above each wheel disc; the middle of each wheel disc is provided with a wheel disc shaft; the middle of each wheel disc shaft is provided with a spraying and air blowing pipe; a wheel disc driving wheel is arranged below the right part of each wheel disc; a wheel disc driving motor is arranged in front of the wheel disc driving wheel; a position sensor is arranged below each wheel disc driving wheel; a light source is arranged below each position sensor; industrial cameras are around the periphery of the light source. With the 360-degree non-contact type automatic vision detector, the vision detection efficiency for the material appearance can be improved, and 360-degree dead-angle-free ominibearing full-automatic vision detection is realized.

Description

technical field [0001] The invention relates to the field of industrial automatic appearance inspection, in particular to a 360-degree non-contact automatic visual inspection device. Background technique [0002] Visual inspection is required in the production and packaging of small and large batches of parts with fixed symmetrical shapes, food, and pharmaceuticals. [0003] The traditional human eye detection method, according to the characteristics of the product, determines that the inspector uses the human eye or uses simple tools such as calipers and magnifying glasses to observe and measure the product, and relies on the inspector's supervisory experience to evaluate the appearance quality of the product; the human eye detection method requires There are high requirements for observation distance, angle, light intensity and vision, and the detection standard is greatly affected by the psychological and mental state of the tester; the efficiency of human eye detection i...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the problem of low efficiency and low accuracy of the traditional human eye detection method, and the problem that the ordinary visual detection system can only collect one side, and there are detection blind spots, and provide a 360-degree non-contact automatic visual detection device

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