A fully automated manufacturing process usb3.1 connector socket and assembly method thereof

Abstract

The invention discloses a USB3.1 (universal serial bus) connector socket with a full-automatic manufacturing process and an assembly manufacturing method for the USB3.1 connector socket. The connector socket comprises an SMT (surface mount technology) terminal module, a DIP (double in-line package) terminal module, a separator module, an upper EMI (electro-magnetic interference) sheet, a lower EMI sheet and a shielding case; the SMT terminal module, the DIP terminal module and the separator module are superposed vertically; the SMT terminal module, the DIP terminal module and the separator module are assembled and positioned by buckling the upper EMI sheet and the lower EMI sheet to form an inner core whole, and then, the shielding case covers the inner core whole to form the connector socket product. The USB3.1 connector socket is simple in structure and skillful and reasonable in design; the full-automatic manufacturing process of the whole connector socket product is effectively realized, so that the production efficiency is greatly increased; the processing quality is easy to control in the manufacturing process of the connector socket, so that the product quality and the product yield are improved; moreover, through a special structural design of the upper EMI sheet, the lower EMI sheet and the separator of the USB3.1 connector socket, not only is steady assembly and positioning ensured but also good electrical conduction is ensured; the anti-EMI effect of the USB3.1 connector socket is better than that of a connector in the traditional technology.

Description

technical field

[0001] The invention relates to the technology in the field of connectors, in particular to a USB3.1 connector socket with a fully automated process and an assembly method thereof. Background technique

[0002] Connectors are widely used in electronic products for functions such as data transmission, charging and image transmission. At present, the manufacturing process of connectors is difficult to achieve full automation in the true sense. Some of the processes require manual processing. Although some are designed to be fully automated, it is found that it is difficult to control the processing quality in some processes, resulting in a decrease in processing yield. Undoubtedly increased the processing costs of enterprises.

[0003] Therefore, there is an urgent need to develop a new connector structure and a manufacturing and assembling method to obtain a connector with a fully automated process and easy control of processing quality. Contents of the inv...

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