CN2560118Y - Sockets for communication devices - Google Patents

Abstract

A socket for a communication device, the socket comprising: a rear slot seat, which is provided with a plurality of upper and lower slots, and each slot is provided with an insertion hole; the plurality of upper and lower jointing terminals are respectively inserted into the jacks of the upper and lower channels of the rear slot seat, and the front end of each jointing terminal is provided with a convex connecting part; a front slot seat is positioned at the front end of the rear slot seat; the top and the bottom of the front slot seat are respectively provided with a plurality of upper and lower notches which are used for respectively accommodating the front end parts of the upper and lower joint terminals; a sleeve body, wherein a groove seat chamber is arranged in the sleeve body for accommodating the front groove seat and the rear groove seat; the components are accommodated in a shell. The utility model discloses the joint terminal that the top, bottom were established all can supply the joint of communication electric wire to insert to close the use, not only is suitable for the communication electric wire especially high-speed network communication wire joint's the use of inserting to close.

Description

Sockets for communication devices

[technical field]

The utility model relates to a socket of a communication device.

[Background technique]

In the past communication devices such as telephones, the communication wires are four transmission core wires. Therefore, the plug-in socket of the communication device also has four corresponding joint terminals, and these terminals are usually installed on one side of the socket. In addition, the current general network communication uses eight transmission core wires, and its socket also has eight corresponding joint terminals, and the terminals are usually installed on one side of the socket. The communication wires mentioned above, whether they have four transmission core wires or eight transmission core wires, all transmit signals in one direction and cannot receive and send signals at the same time, so they cannot meet the demand for high-speed signal transmission.

In order to meet the needs of high-speed network transmission signals, network equipment for two-way transmission signals has been gradually developed. The communication wires are 16 transmission core wires, of which eight core wires are used for receiving signals, and the other eight core wires are for sending signals. Used to send and receive bidirectionally to achieve the purpose of high-speed signal transmission. And with this corresponding communication device such as modem, the socket that it is used as the plug-in usefulness of electric wire connector also must be to have 16 joint terminals, in order to join the usefulness of each core wire of communication electric wire respectively. However, if the sixteen joint terminals are arranged on the same side of the socket as a conventional socket, the socket will inevitably be relatively bulky, which does not meet the requirements of thin, light and small electronic products.

[utility model content]

The purpose of this utility model is to provide a socket for a communication device, which can be installed with double joint terminals in the same socket space, which is not only suitable for general communication wires, but especially suitable for the socket of many transmission core wire joints of high-speed network communication wires. Suitable for use, and the socket has the advantage of small size.

In order to achieve the above purpose, the utility model provides a socket for a communication device, which is characterized in that: the socket at least includes:

A rear trough, the rear trough is in the shape of a ladder body, the top and bottom of the rear trough are respectively provided with a plurality of upper channels and a plurality of lower channels, and each of the upper channels and the lower channels is provided with its own The top surface of the rear groove seat penetrates to the jack on the bottom surface of the rear groove seat; tenons are provided on both sides of the rear groove seat;

A plurality of joint terminals includes a plurality of upper joint terminals and a plurality of lower joint terminals. The front and rear ends of the upper and lower joint terminals, the front ends of each of the upper and lower joint terminals are provided with a protrusion, and the protrusions of the upper and lower joint terminals protrude oppositely;

A front groove seat, the front groove seat is in the shape of a ladder, and is located at the front end of the rear groove seat. Notches are respectively provided on both sides of the rear end of the front groove seat, and the tenons on both sides of the rear groove seat are respectively engaged with the notches; the top and bottom of the front slot seat are respectively provided with a plurality of upper slots and a plurality of lower slots, respectively accommodating the front ends of the upper joint terminals and the lower joint terminals; each side of the front slot seat is provided with at least a groove;

a rear cover plate, which is assembled on the rear end surface of the rear housing, and closes the combined rear housing and the rear end surface of the front housing;

A set of body is in the shape of a frame, and a groove seat room is set in the body of the cover to accommodate the front and rear groove seats. The grooves on both sides are engaged;

A casing is also in the shape of a frame. An accommodating chamber is arranged inside the casing. A blocking wall is provided on the inner edge of the front end of the accommodating chamber. The sleeve is accommodated in the accommodating chamber and is positioned by the blocking wall.

The socket of the communication device is characterized in that: the positions of the jacks between the adjacent channels of the rear socket are staggered front and rear.

The socket of the communication device is characterized in that: each of the four corners of the sleeve body is provided with a light groove, and a light fixture is inserted in each light groove, and the pin of the light light passes through the corresponding position of the front groove seat. pin holes and bend down.

The socket of the communication device is characterized in that: the indicator light is a light emitting diode.

The socket for communication wires is characterized in that: a foldable cover is provided on the top surface and the back of the housing, and the two sides of the cover are respectively provided with card slots, and the two side walls of the housing are correspondingly provided with The locking protrusion engaged with the locking slot is closed by the cover plate on the top surface and the rear surface of the housing.

The socket of the communication device is characterized in that: the bottoms of both sides of the housing are provided with posts, and the bottom of the casing is also provided with bosses.

In summary, the socket of the communication device of the present invention can be equipped with double joint terminals in the same socket space. It is suitable for common communication wires, especially suitable for plugging and mating joints of many transmission core wires of high-speed network communication wires, and the socket has the advantage of small size.

The structure, features and effects of the present utility model are described in detail as follows with preferred embodiments in conjunction with the accompanying drawings.

[Description of drawings]

Fig. 1 is an exploded view of the socket of the communication device of the present invention,

Fig. 2 is a perspective view of the appearance of the socket of the communication device of the present invention,

3 is a cross-sectional view of the socket of the communication device of the present invention.

[Detailed ways]

As shown in Figure 1, it is an exploded view of the socket of the communication device of the present invention, and please also refer to the sectional view shown in Figure 3, which shows that the socket of the present invention includes a rear groove seat 1, a plurality of joint terminals 2, a Front housing 3 , cover 4 , a rear cover 5 , and a frame 6 .

The above-mentioned rear housing 1 is in the form of a stepped body, and a plurality of upper channels 11a and a plurality of lower channels 11b are respectively provided on the top and bottom of the channel, and sockets 12 are respectively provided at appropriate positions of the channels to penetrate through the top surface. To its bottom surface, the positions of the sockets 12 between adjacent channels are staggered forward and backward. When inserting the following joint terminals, a larger space for assembly can be created, so that each joint terminal can be inserted in the adjacent The positions do not conflict with each other. In addition, tenons 13 are provided on both sides of the rear housing 1 for engaging and assembling the front housing described below.

The above-mentioned plurality of joint terminals includes a plurality of upper joint terminals 2a and a plurality of lower joint terminals 2b, which are respectively inserted into the sockets 12 of the plurality of upper channels 11a and the plurality of lower channels 11b of the rear housing 1, and expose their front and rear ends. , the rear end is used for soldering to the circuit board (not shown) of a machine such as a modem, and the front end forms a protruding part 21 for the upper and lower joint terminals to protrude oppositely, and the power supply line connector (not shown) is inserted For contact.

The above-mentioned front housing 3 is a stepped body and is located at the front end of the rear housing 1 . Both sides of the rear end of the front housing are respectively provided with notches 31 which can engage with the tenons 13 on both sides of the rear housing 1 . The top and the bottom of the front housing 3 are respectively provided with a plurality of upper notches 32a and a plurality of lower notches 32b, which can accommodate the front ends of the plurality of upper joint terminals 2a and the plurality of lower joint terminals 2b respectively. Both sides of the front housing 3 are respectively provided with at least one groove 33 for engaging and assembling the following sleeves.

The above-mentioned sleeve body 4 is a frame body, and a groove seat chamber 41 is formed on its inner periphery, which is used for accommodating the above-mentioned front and rear groove seats. The inner walls on both sides of the cover body are respectively provided with inner convex strips 42, which can be engaged with the grooves 33 on both sides of the front groove seat 3. Each of the four corners of the cover body 4 is provided with a lamp groove 43, which can be used to insert lamps such as light-emitting diodes 44 for indication. The hole 34 is then bent downwards for soldering on the circuit board.

The above-mentioned rear cover plate 5 is assembled on the rear end surface of the rear housing 1 to close the rear end surface after the rear housing 1 and the front housing 3 are combined.

The above-mentioned casing 6 is also a frame body, and its inner periphery forms an accommodating chamber 61, and its front end inner edge is provided with a retaining wall 62. The above-mentioned assembled components are accommodated in the accommodating chamber and are restrained by the retaining wall. Blocked and positioned, and covered by the housing. The top surface and the back of the housing form a foldable cover plate 63, and the appropriate positions on both sides of the cover plate are respectively provided with draw-in slots 64, and the corresponding positions of the draw-in slots on the two side walls of the housing Each is provided with a locking protrusion 65, and after the above-mentioned assembled components are accommodated in the accommodation chamber 61 of the housing from the rear to the front, the cover plate 63 can be closed and locked. In addition, posts 66 are provided on the bottoms of both sides of the housing 6, and bosses 46 are provided on the bottom of the casing 4, both of which are holes (not shown) for inserting and securing the corresponding positions of the communication device.

The socket of the communication device combined with the above-mentioned components can be used for the plugging of the connector of the communication wire or its corresponding connector, and the joint terminals provided on the top and bottom can be used to contact the corresponding terminal of the connector , to connect the wire and the communication device.

Claims (6)

1. A socket for a communication device, characterized in that: the socket at least includes: A rear trough, the rear trough is in the shape of a ladder body, the top and bottom of the rear trough are respectively provided with a plurality of upper channels and a plurality of lower channels, and each of the upper channels and the lower channels is provided with its own The top surface of the rear groove seat penetrates to the jack on the bottom surface of the rear groove seat; tenons are provided on both sides of the rear groove seat; A plurality of joint terminals includes a plurality of upper joint terminals and a plurality of lower joint terminals. The front and rear ends of the upper and lower joint terminals, the front ends of each of the upper and lower joint terminals are provided with a protrusion, and the protrusions of the upper and lower joint terminals protrude oppositely; A front groove seat, the front groove seat is in the shape of a ladder, and is located at the front end of the rear groove seat. Notches are respectively provided on both sides of the rear end of the front groove seat, and the tenons on both sides of the rear groove seat are respectively engaged with the notches; the top and bottom of the front slot seat are respectively provided with a plurality of upper slots and a plurality of lower slots, respectively accommodating the front ends of the upper joint terminals and the lower joint terminals; each side of the front slot seat is provided with at least a groove; a rear cover plate, which is assembled on the rear end surface of the rear housing, and closes the combined rear housing and the rear end surface of the front housing; A set of body is in the shape of a frame, and a groove seat room is set in the body of the cover to accommodate the front and rear groove seats. The grooves on both sides are engaged; A casing is also in the shape of a frame. An accommodating chamber is arranged inside the casing. A blocking wall is provided on the inner edge of the front end of the accommodating chamber. The sleeve is accommodated in the accommodating chamber and is positioned by the blocking wall. 2. The socket for a communication device as claimed in claim 1, wherein the positions of the sockets between adjacent channels of the rear housing are staggered front and rear. 3. The socket for a communication device as claimed in claim 1, characterized in that: each of the four corners of the sleeve body is provided with a light groove, each light groove is inserted with a light fixture, and the pin of the light light passes through the front The pin holes provided at the corresponding positions of the groove base are bent downwards. 4. The socket for a communication device as claimed in claim 3, wherein the indicator light is a light emitting diode. 5. The socket for communication wires as claimed in claim 1, characterized in that: a foldable cover is provided on the top surface and the back of the housing, and both sides of the cover are provided with card slots, and the housing The two side walls are correspondingly provided with engaging protrusions engaged with the engaging groove, and the cover plate is closed on the top surface and the rear surface of the housing. 6. The socket for a communication device as claimed in claim 1, characterized in that: the bottoms of both sides of the casing are respectively provided with posts, and the bottom of the casing is also provided with protruding posts.

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