High-temperature forging visual inspection system with vibration isolation capability

Abstract

The invention discloses a high-temperature forging visual inspection system with vibration isolation capability, which comprises industrial cameras and a self-adaptive vibration compensation device, the industrial cameras are arranged on the self-adaptive vibration compensation device, the number of the industrial cameras is two, the shooting included angle of the two industrial cameras is 90 degrees, an optical filter is arranged in a lens of each industrial camera, the self-adaptive vibration compensation device comprises a camera mounting platform and a motion controller, and the system can detect the sizes and defects of high-temperature forgings of various different specifications in the forging process of the forgings, so that the imaging quality of the detection system on the high-temperature forgings is almost the same as the imaging effect at room temperature, the visual detection efficiency is improved, and accuracy is high and production cost is reduced.

Description

technical field [0001] The invention relates to a high-temperature forging vision detection system with vibration isolation capability. Background technique [0002] In the production process of the modern forging industry, some workpieces need to be tested under high temperature conditions. The traditional contact manual detection has low precision, high labor intensity and inconsistent detection standards. There are mainly two methods of non-contact detection currently used. The first is laser scanning detection. This detection method is very expensive and the operation is relatively complicated. Many companies cannot afford high hardware costs; Visual inspection, the visual inspection method has the advantages of fast speed, high precision, and low cost. However, high-temperature forgings are different from objects at room temperature. Ordinary visual sensors cannot be close to high-temperature forgings. In addition, due to the strong light radiated by high-temperature f...

AI Technical Summary

Problems solved by technology

[0002] In the production process of the modern forging industry, some workpieces need to be tested at high temperature. The traditional contact manual detection has low precision, high labor intensity and inconsistent detection standards.

There are mainly two methods of non-contact detection currently used. The first is laser scanning detection. This detection method is very expensive and the operation is relatively complicated. Many companies cannot afford high hardware costs; Visual inspection, the visual inspection method has the advantages of fast speed, high precision, and low cost. However, high-temperature forgings are different from objects at room temperature. Ordinary visual sensors cannot be close to high-temperature forgings. In addition, due to the strong light radiated by high-temperature forgings, ordinary visual inspection equipment cannot effectively collect high-quality images and cannot meet the inspection needs of enterprises. However, the cost of special visual inspection equipment will increase a lot. Conducive to business development

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