A sorting method for a high-speed imaging sorting system

Abstract

The invention discloses a high speed imaging sorting system and sorting method. In the sorting system, a main power conveyor and a shell are arranged on a rack; the shell is arranged in the middle ofthe main power conveyor; a conveying channel is formed between the shell and the main power conveyor; an x-ray receiver is arranged on the upper end of the conveying channel; an industrial tablet computer and a control button are arranged on one side of the shell; an indicator lamp is mounted on the top of the shell, while a lower side mounting chamber is arranged on the lower side of the shell; amain control box, a power control box and an x-ray transmitting device are arranged in the lower side mounting chamber; a power bend is arranged on one side of the main power conveyor located at theoutput end of the conveying channel; and a removal mechanism is installed at the connection point of the power bend and the main power conveyor. The high speed imaging sorting system and sorting method can visually display the internal image of inspected products, can immediately remove the unqualified products from the production line after finding any unqualified products, and can achieve the high-speed sorting function in the real sense.

Description

technical field [0001] The invention relates to the technical field of sorting, and more specifically, to a sorting method of a high-speed imaging sorting system. Background technique [0002] After industrial products are packaged, it is impossible to directly observe whether there is any missing or damaged inside with the naked eye. Nowadays, weighing detection methods are widely used to weigh the inspected products through dynamic check weighing scales. However, due to the need for stable In order to weigh the accurate weight value, but because the output of the assembly line is extremely high, it is not possible to allow the inspected product to stay on the checkweigher for accurate weighing. It can only be detected by weighing in motion, which greatly affects the Detection accuracy, the faster the speed, the lower the detection accuracy, so the production efficiency of automatic packaging equipment can only be reduced to meet the detection requirements. In addition, th...

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Problems solved by technology

[0002] After industrial products are packaged, it is impossible to directly observe whether there is any missing or damaged inside with the naked eye. Nowadays, weighing detection methods are widely used to weigh the inspected products through dynamic check weighing scales. However, due to the need for stable In order to weigh the accurate weight value, but because the output of the assembly line is extremely high, it is not possible to allow the inspected product to stay on the checkweigher for accurate weighing. It can only be detected by weighing in motion, which greatly affects the Detection accuracy, the faster the speed, the lower the detection accuracy, so the production efficiency of automatic packaging equipment can only be reduced to meet the detection requirements

In addition, the inside of the inspected product after packaging is damaged but the weight does not change, and the dynamic check weighing scale cannot judge (for example: the tablet in the medicine is broken, the mouth of the beer bottle is caused by the pressure inside the bottle, causing the mouth of the bottle to break Cracks, the total weight will not change in these cases) The above detection methods are for inspected products whose internal conditions cannot be directly observed by the naked eye (generally packed in cartons)

Another detection method is manual detection (such as aluminum-plastic packaged drugs with internal drugs that can be directly viewed on one side, or plastic bottled beverages, etc.) In some cases, there is another extremely unscientific testing method, unpacking and random inspection according to the production ratio, which not only causes product loss, but also cannot represent the quality of all products

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