Component sorting method and sorting device for industrial production line

Abstract

The invention relates to a component sorting method and sorting device for an industrial production line. The component sorting method and the sorting device classify and sort components in a counting way, the cost is reduced, and the working stability of equipment is improved. Moreover, the component sorting method and the sorting device are convenient to use andhave high cost performance, and the extended function is liable to implement. The component sorting method and the sorting device are characterized in that a plurality of equally-spaced channels are arranged on one side of a production line conveying belt along the conveying direction, and actuating mechanisms used for pushing the components into the channels and corresponding to allchannels one to one are arranged on the other side of the production line conveying belt and are mentioned in the following order: SC1, SC2, SC3...SCn; component identification equipment used for identifying the types of the components is arranged at the head end of the production line conveying belt, and the first channel is closed to the component identification equipment; a photoelectric sensor or a proximity switch type sensor used for detecting the number of the components is arranged on the front side of each channel, and the photoelectric sensors or the proximity switch type sensors are separately named PS1, PS2, PS3...PSn; and the photoelectric sensors or the proximity switch type sensors correspond to the actuating mechanisms, and the corresponding different identification and classification results are named C1-Cn.

Description

technical field [0001] The invention relates to a sorting method and a sorting device for industrial assembly line parts, which can be widely used in industrial production, especially in production lines for sorting and sorting with various products. Background technique [0002] In the existing parts sorting process (such as the processing and production of magnetic materials or mechanical parts), most of them use various color recognition sensors and optical imaging methods to realize the identification of unique parts and use them as the basis for sorting parts . This type of method can clearly know the parts on the assembly line, which is convenient for the controller to sort them. But there are also deficiencies. There are two main points: 1. When the color sensor is used to identify the color of a part, the sensor will not recognize it accurately. It is necessary to continuously test and adjust the sensitivity parameters of a certain color in the program; and it is gr...

AI Technical Summary

Problems solved by technology

But there are also deficiencies. There are two main points: 1. When the color sensor is used to identify the color of the part, the sensor will be inaccurate. It is necessary to continuously test and adjust the sensitivity parameters of a certain color in the program; and it is greatly affected by the working environment.

2. The use of optical imaging to identify parts on the assembly line has the disadvantages of expensive detection equipment and a long time for the detection equipment to process images

3. A complete assembly line needs more testing equipment of the same kind, so the cost will inevitably increase exponentially

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