Test production line

Abstract

The invention discloses a test production line which comprises a conveying device, a detection device, a switching device and a plug-in device, wherein the conveying device is used for horizontally conveying solid-state disks; the detection device is arranged beside the conveying device and is provided with a plurality of test ports; the switching device is installed at the position, corresponding to the detection device, of the conveying device and can move up and down in a linear mode and rotate, and therefore the solid state disk conveyed on the conveying device is grabbed and rotated to be vertically placed. The plugging device is arranged between the switching device and the detection device and can linearly move relative to the conveying device,. The switching device rotates to pick and place the solid state disks vertically placed on the switching device to corresponding test ports of the detection device one by one. The detected solid state disks can be picked and placed on the switching device, and the switching device rotates and moves the detected solid state disks, so that the solid state disks are horizontally placed on the conveying device to facilitate discharging. The test production line is simple in structure and high in operation efficiency, and the production cost is effectively reduced.

Description

technical field [0001] The invention relates to a detection device, in particular to a test production line for solid state hard disk aging test. Background technique [0002] At present, when performing aging tests on SSDs, robots or manipulators are used to take the hard disks to be tested from the production line to the testing machine for testing, and then take the tested hard disks from the testing machine to the production line. Since the robot or manipulator has to complete both the pick-and-place operation on the production line and the plug-in operation at the testing machine, it often involves the steering adjustment of the hard disk to be tested so that it can be plugged into the testing machine. , the structure of the robot or manipulator is relatively complex, and the efficiency is relatively low. Moreover, since the existing testing machines are generally equipped with multiple testing ports, the volume of the testing machines is relatively large, and in order...

AI Technical Summary

Problems solved by technology

[0002] At present, when performing aging tests on SSDs, robots or manipulators are used to take the hard disks to be tested from the production line to the testing machine for testing, and then take the tested hard disks from the testing machine to the production line. Since the robot or manipulator has to complete both the pick-and-place operation on the production line and the plug-in operation at the testing machine, it often involves the steering adjustment of the hard disk to be tested so that it can be plugged into the testing machine. , the structure of the robot or manipulator is relatively complex, and the efficiency is relatively low

Moreover, since the existing testing machines are generally equipped with multiple testing ports, the volume of the testing machines is relatively large, and in order to improve efficiency, a plurality of testing machines are generally arranged, making the whole production line bulky, at least A few meters, up to tens of meters, resulting in a relatively long running distance of the robot or manipulator, and frequent running

Especially when the test time of some hard disks is short, the robot runs more frequently, causing the robot or manipulator to affect its service life due to frequent and long-distance running, thereby increasing production costs

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