KR200463675Y1

KR200463675Y1 - A connector

Info

Publication number: KR200463675Y1
Application number: KR2020120007073U
Authority: KR
Inventors: 김태찬
Original assignee: 주식회사 제이앤티씨
Priority date: 2012-08-08
Filing date: 2012-08-08
Publication date: 2012-11-16

Abstract

The present invention relates to a connector for an electronic device, and to increase the elastic binding force when the plug connector and the socket connector are coupled.
In other words, in the connector for an electronic device, a slitting incision is bent inward to prevent contact interference with an apparatus such as an LCD mounted on the socket housing of the socket connector around the socket connector. It is provided with an elastic binding hole in the plug housing of the plug connector corresponding thereto.
Accordingly, the present invention is provided by providing the elastic connector in the socket connector and forming an elastic binding hole in the plug connector corresponding thereto, so that the binding of the plug connector is smooth and firm, the configuration is simplified, and both ends of the interview elastic binding piece are It is integrally formed with the socket housing to prevent the damaging of the binding process with the plug connector, and the contact elastic binding piece is protruded on the inner surface and does not protrude to the outside to prevent contact interference with an apparatus such as an LCD provided on the mounting board. Will be.

Description

Electronic connector {A connector}

The present invention relates to a connector for an electronic device, and more particularly, to a connector for an electronic device, the connector having an interview elastic binding piece having a slitting cut and bending elastically inward in the socket housing of the socket connector, and having a corresponding plug connector. Elastomeric binding holes are provided in the plug housing of the plug connector to increase the elastic binding force when the plug connector and the socket connector are coupled, and the interview elastic binding piece does not protrude on the outside and does not protrude on the inside to prevent contact interference with an apparatus such as an LCD. The purpose is to make it possible.

In general, a connector is a connector used for input and output of data in a terminal such as a computer.

The connector as described above is composed of a socket connector provided in the portable terminal, and a plug connector connected to the cable to be coupled to the socket connector.

The socket connector of the connector as described above is composed of a socket connector mold provided with a socket connecting pin portion, and a socket housing coupled to surround the socket connector mold.

In addition, the plug connector is composed of a plug connector mold having a plug connecting pin portion and a plug housing coupled to surround the plug connector mold.

In the conventional socket connector and the plug connector configured as described above, the binding key provided in the plug connector is configured to be engaged in the binding hole provided in the socket connector.

However, the conventional connector as described above has a separate binding key for binding to the socket connector in the plug connector, and its structure is complicated. If the operation of the binding key is not clear, the binding is not made clearly. There was a problem.

Thus, the present invention is to solve the problem that the structure is complicated and the operation process is not clear because the conventional connector has a binding key for binding to the plug connector as described above.

That is, the present invention, in the connector for an electronic device, is provided with an interview elastic binding piece having an elastic binding force by bending the slitting cut inward to the socket housing of the socket connector, and has an elastic binding hole in the plug housing of the plug connector corresponding thereto. It is.

Accordingly, the present invention is provided by providing the elastic connector in the socket connector and forming an elastic binding hole in the plug connector corresponding thereto, so that the binding of the plug connector is smooth and firm, the configuration is simplified, and both ends of the interview elastic binding piece are It is integrally formed with the socket housing to prevent the damaging of the binding process with the plug connector, and the contact elastic binding piece is protruded on the inner surface and does not protrude to the outside to prevent contact interference with an apparatus such as an LCD provided on the mounting board. Will be.

1 is a perspective view of the present invention;
2 is a side cross-sectional view of the present invention.
3 is a perspective view of the coupling process of the present invention.
4 is a side cross-sectional view of the present invention.

Hereinafter, described in detail by the accompanying drawings as follows.

The present invention is to simplify the binding structure of the socket connector and the plug connector in the connector and to make a clear and solid binding.

That is, the present invention, in the connector for an electronic device composed of a socket connector and a plug connector, inward to prevent contact interference with a mechanism 320 such as an LCD mounted on the socket housing 100 of the socket connector around the socket connector. The interview elastic binding piece 10 is immersed in the plug housing 200 of the plug connector corresponding to the interview elastic binding piece 10, having an interview elastic binding piece 10 having a slitting incision and having an elastic binding force. It is to form a perforated elastic binding hole 210.

Here, the interview elastic binding piece 10 is formed by cutting both sides on the upper surface of the socket housing 100 to form a lower press bent.

And a binding plate 12 provided between the two connecting pieces 11 and the connecting piece 11 bound to the socket housing 100 in the front and rear directions of the interview elastic binding piece 10, and the binding plate 12 ) Increases the interview force and is formed to be twice as wide as the connecting piece so that the elastic deformation is concentrated on the connecting piece 11.

The front side of the connecting piece 11 is formed in a gentle inclination of 10 ~ 45 ° so that the plug housing 200 of the plug connector to be coupled is smoothly coupled, the rear side is to firmly bind the plug housing 200 of the plug connector is coupled. It is formed by steep slope of 60 ~ 90 °.

Hereinafter, the operation of the present invention will be described in detail.

As described above, in the connector for an electronic device, the slitting incision is bent inward so as to prevent contact interference with a device 320 such as an LCD mounted on the socket housing 100 of the socket connector around the socket connector. And an elastic binding hole 210 into which the interview elastic binding piece 10 is immersed in the plug housing 200 of the plug connector corresponding to the interview elastic binding piece 10. When the present invention is formed by perforation, the plug connector does not have to be provided with an elastically movable binding key, thereby simplifying its construction and preventing malfunction due to foreign matter.

In addition, the interview elastic binding piece 10 is protruded inward to prevent contact damage to the LCD and the like provided around the socket connector mounted on the mounting board 310.

When the plug connector is coupled to the socket connector according to the present invention, the interview elastic binding piece 10 recognizes a feeling of insertion to the user, and firmly and stably elastically binds the plug connector when coupled.

In addition, by forming the binding plate 12 of the interview elastic binding piece 10 to twice the width of the connecting piece 11, the amount of the interview is enlarged to ensure a stable coupling, the elastic deformation generated during the coupling process of the plug connector is connected The deformation of the binding plate 12 is prevented by concentrating on the plate 11.

In addition, the interview elastic binding piece 10 according to the present invention is formed integrally with the socket housing 100, and thus the coupling operation is smoothly performed without damaging the gap in the coupling process of the plug connector.

10: interview elastic binding piece
11: connection piece 12: binding plate
100: socket housing
200: plug housing
210: elastic binding hole
310: mounting board 320: fixture

Claims

A connector for an electronic device composed of a socket connector and a plug connector;
In the socket housing 100 of the socket connector is provided with an interview elastic binding piece (10) having an elastic binding force by bending slitting inwardly to prevent contact interference with the mechanism (320) mounted around the socket connector. The plug housing 200 of the plug connector corresponding to the interview elastic binding piece 10 is formed by punching the elastic binding hole 210 into which the interview elastic binding piece 10 is immersed.
The interview elastic binding piece 10 is formed by cutting both sides on the upper surface of the socket housing 100 to form a lower press bent,
And a binding plate 12 provided between the two connecting pieces 11 and the connecting piece 11 bound to the socket housing 100 in the front and rear directions of the interview elastic binding piece 10, and the binding plate 12 ) Is a connector for an electronic device, characterized in that formed in a width of at least twice the connecting piece so that the elastic deformation is concentrated on the connecting piece (11) as well as to increase the interview force.

The method of claim 1, further comprising:
The front side of the connecting piece 11 is formed in a gentle inclination of 10 ~ 45 ° so that the plug housing 200 of the plug connector to be coupled is smoothly coupled, the rear side is to firmly bind the plug housing 200 of the plug connector is coupled. Connector for electronic devices, characterized in that formed at a steep inclination of 60 ~ 90 °.