Electronic fitting testing pneumatic press

Abstract

The invention discloses an electronic fitting testing pneumatic press. A frame is internally provided with a controller and a power supply, a transmission track, an exchange conveying platform and a return track are arranged on the frame, each of the transmission track, the exchange conveying platform and the return track is provided with a corresponding belt and motor, the exchange conveying platform is arranged in the rear end of the transmission track, an exchange elevating cylinder controls rise and fall of the exchange conveying platform, the exchange conveying platform is connected with the transmission track when rising to the top end and is connected with the return rack when falling to the bottom, a detection bench is arranged under the transmission track, a material taking gas needle connected with a material taking up-down cylinder is arranged over the exchange conveying platform, and the material taking up-down cylinder is arranged on a recovered material handover slide rail. The electronic fitting testing pneumatic press needs lower labor cost, and is high in detection speed, the detection speed is much higher than that of purely manual detection, mental burden of operation staff is reduced, a sorting result is more accurate to control after detection, and confusion is avoided.

Description

technical field [0001] The invention relates to the field of electronic product testing, in particular to a pneumatic press for testing electronic accessories. Background technique [0002] After the processing of electronic products is completed, it is necessary to carry out quality inspection on the electronic products themselves, and pack the qualified products into trays, and further inspect or debug the unqualified products. In the existing inspection process, manual processing is required one by one. Each inspection process can only inspect one product, and after the inspection is completed, it will be processed separately. Manual processing has the following disadvantages: manual processing is slow, and each person produces about 5000pcs per day, which can be adjusted by 10% according to different test time and proficiency. When encountering soft boards with high density, only about 1000pcs can be tested, and the detection speed is slow ;After the test is completed, ...

AI Technical Summary

Problems solved by technology

The existing inspection process requires manual processing one by one. Each inspection process can only inspect one product, and then separate processing after the inspection is completed.

Manual processing has the following disadvantages: manual processing is slow, and each person produces about 5000pcs per day, which can be adjusted by 10% according to different test time and proficiency. When encountering soft boards with high density, only about 1000pcs can be tested, and the detection speed is slow ;After the test is completed, the classification process is easy to be confused, and the components that pass the test are placed in the unqualified products, or the unqualified products are placed in the qualified products, causing confusion in the overall test results; large manpower investment, Completing the testing of a project requires a lot of manual testing, handling, etc.; the mental consumption of the testing personnel is high, and the testing personnel are in a state of high mental tension for a long time, which consumes a lot of human energy and increases the impact on the testing results.

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