Push Network Connector

Abstract

The invention discloses a push-type network connector. A base of the connector is provided with an accommodating space within two side arms. A circulating guide slot is arranged in a sliding space inside one side wall. A sliding seat can be assembled in the accommodating space, so that a guide rod arranged outside the sliding seat can be movably pushed in the circulating guide slot in the sliding space. A terminal group can pass through multiple terminal slots in the wall surface of a plugging space inside the sliding seat. The two sides of the plugging space are respectively provided with a groove for accommodating a rotary frame. The two rotary frames can movably rotate in the grooves at the two sides and can be folded inward into the plugging space of the sliding seat or unfolded outward and matched with the plugging space to form a plugging slot space. Thus, the sliding seat and the two rotary frames can be movably pushed in and go into and out of the accommodating space of the base, and a foldable network connector is formed.

Description

technical field [0001] The invention provides a push-type network connector, especially a network connector that is unfolded or folded by pushing and pressing. A sliding seat is installed inside the base and a shielding shell is installed outside, so that the sliding seat is placed in the base. Moving in and out, the network connector can be expanded to form a network connector, so that the network connector can be movably expanded and folded, and the height of the network connector can be reduced and the occupied space can be reduced after the network connector is folded. Background technique [0002] With the rapid development of today's computer technology, desktop computers or notebook computers have generally existed in every corner of the society. It can be carried and used anywhere, and is not limited by space and location. It is widely loved by the industrial and commercial circles, office workers, and student groups, which makes the usage rate of notebook computers ...

AI Technical Summary

Problems solved by technology

[0004] However, currently used network connectors such as Figure 19 As shown, in the currently used network connector A, the internal insertion space A0 is provided with a plurality of terminals A1, and through the insertion space A0, the network cable plug B is plugged in to perform Internet connection. The size of the network cable plug B is a predetermined specification, so the insertion space A0 of the network connector A must have a certain length and width for the insertion of the network cable plug B, and the size of the network connector A cannot be changed, which also leads to network connection problems. Device A is bulky and takes up space, which does not meet the design requirements of light, thin, short, and small notebook computers, and cannot be used in thin and light or ultra-thin notebook computers.

[0005] Therefore, how to solve the problems and lack of the current network connectors, which are large in size and occupy space, cannot be applied to thin and light or ultra-thin notebook computers, and have poor practicality, is the urgent desire of relevant manufacturers engaged in this industry. The direction of research improvement

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