Automatic conveying device used for electronic product detection

Abstract

The invention mainly discloses an automatic conveying device for electronic product detection. Its technical proposal includes a conveying device, a moving device and a detecting device. There is a rodless cylinder connected to the board, the mobile cylinder is connected with the rodless cylinder, and the mobile cylinder is also connected with the fixture. The detection device includes a support frame, a detection table, a rotating table and a fixing device. The detection table and the fixing device are all installed on the support frame. The rotary table is rotatably connected in the detection table, and the fixing device includes a fixed base, a second rotating motor and a press, and the output shaft of the second rotating motor is connected with the press through a rotating plate. The invention separates the conveying device and the detection device to avoid mutual influence, not only speeds up the detection speed, but also improves the detection efficiency. At the same time, the rotary table is used to automatically rotate the product, and the product is fixed by the fixing device, so that the detection is more comprehensive and accurate.

Description

technical field [0001] The invention relates to an automatic conveying device for electronic product detection. Background technique [0002] In the prior art, some electronic products have complex structures, are relatively precise, and require high production requirements. After the processing and manufacturing are completed, inspections are required to ensure the quality and pass rate of the products. Due to the diversity of defects in electronic products, it is impossible to detect all the defects by only detecting one part, while the general testing instrument can only detect one direction due to the fixed position when testing products. The detection parts are limited and the detection range is narrow. Detecting all the positions of the product, or manually rotating the product, cannot guarantee the stability and accuracy of rotation and detection, and it is easy to miss detection, and it is manual, which requires a lot of labor, takes a lot of energy, and takes a long...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, for some electronic products, the structure is complex, relatively precise, and the production requirements are relatively high. After the processing and manufacturing are completed, inspection is required to ensure the quality and pass rate of the products.

Due to the diversity of defects in electronic products, it is impossible to detect all the defects by only detecting one part, while the general testing instrument can only detect one direction due to the fixed position when testing products. The detection parts are limited and the detection range is narrow. Detecting all the positions of the product, or manually rotating the product, cannot guarantee the stability and accuracy of rotation and detection, and it is easy to miss detection, and it is manual, which requires a lot of labor, takes a lot of energy, and takes a long time. The requirements are high, requiring a high concentration of attention, which is prone to fatigue, resulting in a decrease in product quality, resulting in a substandard quality of the final product

In order to improve the detection efficiency, some detection institutions usually adopt pipeline detection work. In order to save time, the workpiece is placed on the continuous conveying conveyor belt, and the detector is installed on the side of the conveying device for detection, which is transported by the conveyor belt. Automatic detector detection, the workpiece on the transmission belt has a certain speed when passing through the detector due to uninterrupted transmission, which makes the detection time short and has a certain degree of ambiguity. It is easy to cause inaccurate detection and missed detection during detection. Phenomenon, also susceptible to external interference, affecting detection accuracy

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