Electronic product automatic detection and automatic aging system

Abstract

The invention discloses an electronic product automatic detection and automatic aging system comprising an inlet carrier elevator. A finished product installing position is fixedly connected at one side of the inlet carrier elevator, and a finished product preliminary detection position and an aging feeding standby position are fixedly connected at one side, which is away from the inlet carrier elevator, of the finished product installing position in turn. A first aging unit is fixedly connected at one side of the front surface of the aging feeding standby position, and a second aging unit, a third aging unit and a fourth aging unit are fixedly connected at the right side of the first aging unit in turn. According to the electronic product automatic detection and automatic aging system, test and aging work personnel are reduced, enterprise labor cost is reduced, production efficiency is enhanced, the fraud and omission phenomena of the test and aging process of production line manual work are avoided and labor intensity of manual carrying of a support plate is reduced so that field management is enabled to be more standard and beautiful, and the aging effectiveness is ensured by constant temperature aging.

Description

technical field [0001] The invention relates to the technical field of automatic detection and automatic aging of electronic products, in particular to an automatic detection and automatic aging system of electronic products. Background technique [0002] When the products produced now are tested and aged, they are tested and aged one by one through a single manual station. After the production line test is completed, the products are pulled by a flatbed truck to a separate aging room and manually put into the aging cabinet one by one for aging. After the aging is completed, they are manually removed one by one and then framed for inspection. The quality department receives the products to be inspected and then conducts manual testing one by one. This method of testing, aging, and inspection is all manual work and each station. The operations are all in different positions. Since it is a manual operation, there must be missed and false detections caused by manual negligence....

AI Technical Summary

Problems solved by technology

[0002] When the products produced now are tested and aged, they are tested and aged one by one through a single manual station. After the production line test is completed, the products are pulled by a flatbed truck to a separate aging room and manually put into the aging cabinet one by one for aging. After the aging is completed, they are manually removed one by one and then framed for inspection. The quality department receives the products to be inspected and then conducts manual testing one by one. This method of testing, aging, and inspection is all manual work and each station. The operations are all in different positions. Due to the manual operation, there must be missed and false detections caused by manual negligence. At the same time, the products between the various stations are constantly shuttled back and forth, and the management of the production site is chaotic.

Images