Intelligent visual packaging system

Abstract

The invention provides an intelligent visual packaging system, including a controller, an industrial camera, an external sensor, a packing belt conveying device, and a cutting device, wherein the controller receives the video captured by the industrial camera in real time and the information measured by the external sensor in real time, and converts the The status and size of the packing box in the video are identified, and the external sensor mainly measures the position of the packing box on the conveyor belt in real time. The controller judges whether the packing box is within the correct video shooting range according to the position information of the packing box, and if not, an alarm will be issued. The strap conveying device calculates the required strap length according to the controller to deliver the strap, and the cutting device cuts the strap after outputting the strap. According to the intelligent visual packaging system of the present invention, the position, state and size of the packaging box can be judged in real time, the controller can accurately calculate the length of the required packaging belt, and control the packaging belt conveying device to output the corresponding length of the packaging belt and cut it. to precise packaging and avoid waste.

Description

technical field [0001] The invention relates to the field of automated production lines, in particular to an intelligent visual packaging system. Background technique [0002] As Internet + technology and industry coverage become wider and wider, factories, shops, and individuals around the world are closely linked together, and a large number of new business models and opportunities such as B2B, B2C, and C2C have emerged. With the continuous increase of business volume, the product packaging business volume of high-volume product suppliers such as factories and shops has also increased sharply, such as mobile phone manufacturers, cosmetics stores, e-commerce, booksellers, airports, etc. [0003] When the business volume is not large, manual procedures such as folding out packing boxes, packaging, posting express orders, scanning, and loading are generally used. With the continuous increase of business volume, the manual speed and quality cannot be guaranteed. In order to im...

AI Technical Summary

Problems solved by technology

[0003] When the business volume is not large, manual procedures such as folding out packing boxes, packaging, posting express orders, scanning, and loading are generally used. With the continuous increase of business volume, the manual speed and quality cannot be guaranteed. In order to improve efficiency, Generally, an automated production line is introduced. However, this kind of production line is usually very complicated and expensive, which cannot be afforded by general stores and logistics companies, and is not conducive to the large-scale promotion of technology, thus failing to improve the effective utilization rate and rapid transformation of the entire social resources. rate; or it can only be adapted to one kind of packing box, posting express delivery, etc., the degree of intelligence is low, and the packing tape cannot be precisely controlled, or it is too long, which wastes resources, or is too short to pack, so it cannot adapt to the product Many types of manufacturers, e-commerce, etc. will also cause waste of resources

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