A VGA interface automatic locking detection mechanism

Abstract

The invention relates to an automatic locking detection mechanism with VGA port which includes a rack and a power distribution control box. The rack is provided with a convey trough coordinating productions. A chucking mechanism, a bolt feeding mechanism and a bolt locking mechanism, all of which interworks and disposed on the left of the convey trough. The right of the convey trough is provided with a detection mechanism. The upside of the chucking mechanism is provided with a locking positioning mechanism. The locking positioning mechanism comprises a bolt positioning air cylinder disposed on the front and back sides of the convey trough. The bolt positioning air cylinder is connected with a set piece. A bolt set piece is located on the top of the convey trough. The connection of two bolt set pieces is provided with bolt positioning holes which match up bolts. The bolt positioning holes is coordinated with bolt open holes of productions of the convey trough. The automatic locking detection mechanism with VGA port realizes an automatic integration locking and detection and ensures precise place and tightening of the bolt at the same time and improves the yield of the bolt locking.

Description

technical field [0001] The invention relates to the field of electronic product processing equipment, in particular to a VGA interface automatic locking detection mechanism. Background technique [0002] With the rapid development of electronic technology, the application of various electronic parts is becoming more and more extensive. As a data transmission interface, the VGA interface is widely used in the connection between the host computer and the display screen. It generally includes terminals and interface seats. At the time, it is necessary to lock the terminal and the interface seat with bolts first, and then inspect the product. [0003] Most of the existing VGA bolts are locked by hand. Even if there are some locking devices, most of them need to manually fix the bolts. There are low production efficiency, large consumption of human resources, and high labor intensity for operators. , And the assembly and detection errors of the VGA interface often occur, resulti...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing VGA bolts are locked by hand. Even if there are some locking devices, most of them need to manually fix the bolts. There are low production efficiency, large consumption of human resources, and high labor intensity for operators. , and there are often assembly and detection errors of the VGA interface, resulting in missed inspections of unqualified products

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