Automatic material module testing and packaging system and method

Abstract

The invention discloses an automatic material module testing and packaging system and method. The system comprises a tray feeding and recycling device, a feeding device, a conveying mechanism, an output mechanism, a testing device and a packaging device; the tray feeding and recycling device conveys trays loaded with material modules to a material taking station; the feeding device acts on the tray at the material taking station to convey the material modules on the trays to the conveying mechanism, and the material modules are conveyed to the testing device by the conveying mechanism; the testing device is provided with a sorting mechanical arm and a testing assembly, the sorting mechanical arm conveys the material modules on the conveying mechanism to the testing assembly for testing, and after testing is completed, the sorting mechanical arm takes out the material modules again and places the material modules on the output mechanism; the output mechanism conveys the material modulesto the packaging device; the packaging device is provided with a third suction assembly and a braid packaging assembly; and the third suction assembly sucks the material modules on the output mechanism and sends the material modules to the braid packaging assembly for braid packaging. The system can realize unmanned management and improve the productivity.

Description

technical field [0001] The invention relates to the field of automation, in particular to an automated material module testing and packaging system and method. Background technique [0002] In the prior art, in the development and manufacturing stages of various electronic products, the circuit modules of the electronic devices need to be tested independently, and then the tested circuit modules are taped and packaged. Under the demand of mass supply, the number of circuit modules that need to be tested and packaged is very large, and they are often mass-produced and packaged through automated assembly lines. [0003] The above-mentioned automated assembly line is often composed of a feeding part, a testing part, a packaging part and a transmission part to form a test packaging system. Products in production or processed products are transported to the test packaging system for packaging and processing. After completion, it is sent out as a complete packaged product for eas...

AI Technical Summary

Problems solved by technology

[0004] The traditional test and packaging system is divided into two modes: full manual or artificial plus intelligence. A considerable part is manually sorting, testing and packaging the circuit modules one by one. However, manual work has low efficiency and high fatigue intensity. It is easy to make mistakes when picking, and there are

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