Continuous and automatic tray collecting and dispensing mechanism of detection equipment

Abstract

The invention relates to a continuous and automatic tray collecting and dispensing mechanism of detection equipment. The continuous and automatic tray collecting and dispensing mechanism comprises a tray dispensing mechanism and a tray collecting mechanism; the tray dispensing mechanism comprises a first bottom plate, a first moving mechanism is transversely arranged on the first bottom plate, andthe first moving mechanism is connected with a first clamping and lifting mechanism in a driving mode; an intermittent dispensing mechanism is fixedly arranged in the portion, above one end of the first moving mechanism, of the first bottom plate, and a first jacking mechanism is fixedly connected to the portion, below one end of the first moving mechanism, of the first bottom plate; and the traycollecting mechanism comprises a second bottom plate, a second moving mechanism, a second clamping and lifting mechanism, a stacking and collecting mechanism and a second jacking mechanism, wherein the portion, above one end of the second moving mechanism, of the second bottom plate is fixedly provided with the stacking and collecting mechanism, and the second jacking mechanism is fixedly connected to the portion, below one end of the second moving mechanism, of the second bottom plate. According to the continuous and automatic tray collecting and dispensing mechanism of the detection equipment, trays can be automatically dispensed and transported, and the trays can be orderly stacked and collected, so that labor is reduced, the detection efficiency is improved, and the operation error rate is reduced.

Description

technical field [0001] The invention relates to the field of detection equipment, in particular to a continuous automatic tray retracting mechanism of the detection equipment. Background technique [0002] In processing and production, there are often small or batch defective products in the production workpiece due to factors such as mechanical skipping production errors, tool wear, manual operation errors, or external production environments. For example, in the mass production of CPUs and circuit boards, products often appear Edge warping and missing corners, etc., so some testing equipment is needed for batch testing. [0003] Existing product inspection equipment, especially for the inspection of some expensive and easy-to-wear products, often arranges the products neatly in the grooves of the tray, and manually places the stacked trays full of products one by one from the feeding area to the screening Transported on the conveyor table (5), after being detected by the ...

AI Technical Summary

Problems solved by technology

[0004] At present, in the product inspection, the pallets are manually loaded one by one and the good product pallets and empty pallets are stacked and unloaded. This method requires a large amount of manual labor, and it often happens that manual labor cannot keep up with the detection speed, resulting in detection and screening. Errors in the steps affect the normal detection speed. When empty pallets and good product pallets are unloaded, it is difficult to manually stack the pallets vertically and neatly. Distortion and collapse often occur, and in severe cases, good products after inspection are destroyed.

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