A kind of automatic assembly machine of usb interface

Abstract

An automatic assembly machine for a universal serial bus (USB) interface, comprising a power distribution control box (1), a conveying groove (2) which cooperates with a product (21) being disposed on the power distribution control box (1); a middle portion of the conveying groove (2) is a hollow groove, and a feeding device (3) which cooperates with the product (21) cooperates with the middle portion of the conveying groove (2); and a piece insertion device (4), a piece pressing mechanism (5) and a bending device (6) which cooperate with the product (21) within the conveying groove are disposed in sequence from right to left at a back side of the conveying groove (2); a product may move regularly within the conveying groove (2) by means of the feeding device (3), and a piece may be automatically inserted by means of the back side of the conveying groove (2) being provided with the piece insertion device (4), the piece pressing mechanism (5) and the bending device (6) which cooperate with the conveying groove (2), thus improving the efficiency of piece insertion and reducing production time, while further improving the efficiency of the overall assembly of USB interfaces since a product does not need to be transferred.

Description

technical field [0001] The invention relates to the field of assembly equipment for electronic products, in particular to an automatic assembly machine with a USB interface. Background technique [0002] With the wide application of electronic products, the demand for interfaces of various electronic products is also increasing, especially the USB interface, which is widely used in data transmission equipment such as computers and mobile phones, and the USB interface needs to be coppered during the production and processing process. Insertion of slices requires the use of inserting equipment. [0003] Most of the existing inserting equipment are semi-automatic operations, which require manual picking and placing of products, and some equipment even require manual placement of copper sheets, which consumes a lot of manpower and a lot of production man-hours, and the inserting efficiency is low. At the same time The product needs to be transshipped, which further increases th...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing inserting equipment are semi-automatic operations, which require manual picking and placing of products, and some equipment even require manual placement of copper sheets, which consumes a lot of manpower and a lot of production man-hours, and the inserting efficiency is low. At the same time The product needs to be transshipped, which further increases the man-hours of the entire pin insertion process

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