Automatic sensor detection machine

Abstract

The invention discloses an automatic sensor detection machine. The automatic sensor detection machine comprises a front end circulation type feeding unit, a middle multi-station rotary disc type detection unit and a rear end material arranging and box discharging unit. Products are conveyed through the front end circulation type feeding unit, subjected to magneto-electricity parameter detection and sorted and enter a feeding station of the middle multi-station rotary disc type detection unit, the products pass a mechanical appearance precision related parameter detection station of the middle multi-station rotary disc type detection unit and are subjected to related parameter detection, then defective products are pushed into an NG material box, qualified products are conveyed to a next station, a clamping mechanism on the middle multi-station rotary disc type detection unit is used for rotating the products by 90 degrees, and after the products are rotated by 90 degrees, a code spraying device is used for conducting code spraying on the products, the products obtained after code spraying are conveyed to a discharging station, and a discharging clamping device on the discharging station conducts flow division on the products according to parameter specifications. The whole detecting, sorting and code spraying processes are automatically operated, the manual work labor amount is greatly reduced, the product detecting, sorting and code spraying efficiency is improved, sorting is conducted after layer-by-layer detection, and the product quality is improved.

Description

technical field [0001] The invention relates to sensor detection equipment, in particular to an automatic sensor detection machine. Background technique [0002] With the wide application of automation and semi-automation equipment, purely manual production greatly restricts production efficiency, so the demand for automation equipment in today's production enterprises is becoming more and more obvious, especially for small size, high detection requirements and mass production. Manual inspection and packaging of products is not only cumbersome and unstable in quality, but also consumes a lot of labor, and the cost cannot be effectively controlled. At present, in the detection and packaging process of sensors, the efficiency of manual detection is low and the quality of detection is unstable. During mass production, a large amount of manpower and material resources of the production enterprise are wasted, which increases the cost and the benefit of the enterprise is low. Co...

AI Technical Summary

Problems solved by technology

[0002] With the wide application of automation and semi-automation equipment, purely manual production greatly restricts production efficiency, so the demand for automation equipment in today's production enterprises is becoming more and more obvious, especially for small size, high detection requirements and mass production. Manual inspection and packaging of products is not only cumbersome and unstable in quality, but also consumes a lot of labor, and the cost cannot be effectively controlled

At present, in the detection and packaging process of sensors, the efficiency of manual detection is low and the quality of detection is unstable. During mass production, a large amount of manpower and material resources of the production enterprise are wasted, which increases the cost and the benefit of the enterprise is low.

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