Intelligent aging system using AGV mobile aging rack

Abstract

The invention discloses an intelligent aging system using an AGV mobile aging rack, and the system comprises an upper and lower plate control system, an AGV automatic transportation system, an aging room control system, and an electric control terminal, and the upper and lower plate control system, the AGV automatic transportation system, the aging room control system, and the electric control terminal maintain real-time data intercommunication through the Internet. A plate loading and unloading system, an AGV transportation system and a burn-in room control system are organically combined, and an innovative element of an AGV mobile burn-in rack is added, so that the problems that the automation degree is higher, after a mechanical or electric appliance fault occurs at a certain burn-in position, a rail transportation vehicle and even a power supply of the whole burn-in room needs to be stopped to maintain the fault position, and the maintenance cost is low are solved. When the AGV mobile aging rack and the aging position have mechanical or electric appliance faults, only the fault object needs to be paused, so that the model combination of the aged products is richer and easier, and the aging control of a tail clearing machine, a repairing machine and a processing single machine is more accurate and flexible.

Description

technical field [0001] The invention belongs to the technical field of aging equipment for aging rooms, in particular to an intelligent aging system using an AGV mobile aging rack. Background technique [0002] Many large-scale electronic products need to be aged, such as inverters. The traditional aging method is generally a self-contained system in the aging room. There are fixed rails, robotic arms and other products in the aging room, and there are aging shelves on both sides. [0003] Due to cost and space considerations, traditional aging rooms generally only have one fixed track and one robotic arm, and products are single-in and single-out. The traditional method has the following disadvantages: [0004] 1. Once the mechanical failure of the conveying system, the entire aging room will stop throughput; [0005] 2. There is an electrical or mechanical failure in an aging position. When maintenance, in order to ensure safety, it is often necessary to stop the transmis...

AI Technical Summary

Problems solved by technology

[0004] 1. Once the transmission system fails mechanically, the entire aging room will stop throughput;

[0005] 2. When an electrical or mechanical failure occurs in an aging position, the transmission system is often stopped in order to ensure safety during maintenance.

[0006] 3. Because the mechanical design of the entire aging room is complex, the failure rate is high, and the maintenance time is long, which has a great impact on production capacity

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