Battery quality traceable production method

Abstract

The invention discloses a battery traceable quality detection method. The method comprises the steps that system self-inspection and battery positioning are carried out, after a battery is positioned,detection equipment automatically detects performance parameters of a storage battery, after detection by to-be-detected equipment is completed, the detection equipment sends a detection completion signal to a control unit PLC, and meanwhile detection data are stored in a memory area of the detection equipment; at the moment, a positioning cylinder resets, and a front blocking cylinder and a backblocking cylinder are in the front position; after the control unit PLC receives the detection completion signal, a pulse signal is sent out to trigger a code scanner to read the QR code successfully, the three-color yellow lamp is turned on, the code scanner transmits the read QR code value to the DM area of the control unit PLC, meanwhile, the reading mark of the of the control unit PLC is setto be 1, and at the moment, the numerical value of the DM memory area is changed. According to the scheme, the related performance of the battery can be automatically detected, the performance parameters of the related battery are traced through a server, and meanwhile the characteristics of automatic operation, automatic detection and high-speed operation are achieved.

Description

Technical field [0001] This patent belongs to the field of intelligent manufacturing technology, and specifically relates to a battery quality traceable production method Background technique [0002] Batteries are common industrial products. In modern industrial production, the production of batteries is also completed by means of assembly lines. For assembly line products, online monitoring is usually used in industrial production to control their quality, but for battery production, there are still many technical problems in the quality control of online monitoring. [0003] For example, in a fast production line, the inspection of products often only stays at whether a certain product is qualified, whether there is a problem with the production quality of a certain product, but ignores the law of inferior products in industrial production, which is There is no effective monitoring method for whether adjacent products have problems under similar working conditions. [0004] In a...

AI Technical Summary

Problems solved by technology

For assembly line products, online monitoring is usually used to control their quality in industrial production, but for battery production, there are still many technical difficulties in the quality control of online monitoring

[0003] For example, in a fast production line, the inspection of products often only stays on whether a certain product is qualified, whether there is a problem with the production quality of a certain product, but ignores the law that there must be defective products in industrial production, so for There is no effective monitoring method for whether adjacent products have problems under similar working conditions

[0004] In addition, the detection methods in battery production also have the disadvantages of low detection efficiency and slow detection speed in the prior art.

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