CN203180271U

CN203180271U - Network connector

Info

Publication number: CN203180271U
Application number: CN 201220733895
Authority: CN
Inventors: 张力; 王娇娜; 赵越
Original assignee: Northeastern University China
Current assignee: Northeastern University China
Priority date: 2012-12-27
Filing date: 2012-12-27
Publication date: 2013-09-04
Anticipated expiration: 2022-12-27

Abstract

A network connector relates to the technical field of network equipment, including a switch, a campus network cable socket, a broadband network cable socket, a computer terminal network cable socket, a groove group, a conductive metal wire group and a chute. A switch is added on the basis of the network connector, the switch is arranged on the upper surface of the network connector, the left and right sides of the switch are provided with chutes, and the conductive metal wire group is welded under the switch. The groove groups drawn from the network cable socket of the computer end are respectively placed opposite to the groove groups drawn from the network cable socket of the campus network and the broadband network cable socket, and there is a gap between them. When the switch moves left or right along the chute to the maximum , the conductive metal wire group below is just vertically covering the gap, and the campus network or broadband can be connected by pressing the switch to realize the switching of the network. In this way, the inconvenience caused by repeatedly plugging and unplugging the network cable can be avoided, and it can also prevent the problem that the network cannot be connected due to loose network ports.

Description

A kind of network connection head

Technical field

The utility model belongs to network equipment technical field, particularly a kind of network connection head.

Background technology

Have two kinds of networks now in the university bedroom, a kind of is campus network, and another kind is the broadband.Because the broadband networks speed ratio is very fast, the student generally can select broadband access network, but looks into achievement at needs, looks into school timetable, under the situations such as curricula-variable, will select campus network.So, come converting network for different demand students will constantly plug netting twine.Operation so repeatedly not only brings very big inconvenience to the student, and plug also can make network interface loosening repeatedly, influences the normal connection of network and operation.

Have a kind of network connection head at present as shown in Figure 1, its end has a socket to link to each other with computer, and the other end has two sockets, and one is used for connecting the broadband, and another connects campus network.But because it is pure physical connection and can only utilizes a kind of network in use, so, plug that equally still will be repeatedly in a kind of network, the netting twine of another kind of network correspondence need be pulled out.

Summary of the invention

At the deficiency that prior art exists, the utility model provides a kind of network connection head, needn't plug the purpose that netting twine just can be realized handover network repeatedly to reach.

The technical solution of the utility model is achieved in that a kind of network connection head, comprises campus network netting twine socket, broadband netting twine socket and computer end netting twine socket, it is characterized in that: also comprise switch, groove group, conductive wire group and chute.Described groove group is made up of the identical groove of the diameter that connects together side by side, and groove surfaces is coated with conducting metal.The groove group of drawing from computer end netting twine socket is staggered relatively with the groove group of drawing from campus network netting twine socket, and leaves the space between above-mentioned two groove groups, and this gap length is less than the length of short metal wire in the conductive wire group; The groove group of drawing from computer end netting twine socket is staggered relatively with the groove group of drawing from broadband netting twine socket, and leaves the space between these two groove groups, and this gap length is less than the length of short metal wire in the conductive wire group.Described switch is at the upper surface of network connection head, be provided with the chute that horizontally slips for switch in the left and right sides of switch, the switch lower end extends to network connection head inside, and welding conductive metal silk group thereunder, wire in this conductive wire group is in same plane and is parallel to each other, and diameter wiry is less than or equal to the diameter of groove group further groove in this conductive wire group.

The beneficial effects of the utility model: add a switch on the basis of existing network connector and switch, can avoid plugging the inconvenience that netting twine brings repeatedly, the more important thing is can effectively prevent network interface loosening cause network to connect problem.

Description of drawings

Fig. 1 is an existing network connection schematic diagram, and wherein figure (a) is computer end netting twine socket schematic diagram, and figure (b) is campus network netting twine socket and broadband netting twine socket schematic diagram;

Fig. 2 is a kind of execution mode network connection of the utility model internal structure schematic diagram;

Fig. 3 is an a kind of execution mode network connection vertical view of the utility model;

Fig. 4 is the construction of switch schematic diagram of a kind of execution mode network connection of the utility model head;

Among the figure, 1-switch, 2-campus network netting twine socket, 3-broadband netting twine socket, 4-computer end netting twine socket, 5-groove group, 6-conductive wire group, 7-chute.

Embodiment

Below in conjunction with accompanying drawing embodiments of the present invention are described in further detail:

As shown in Figure 2, a kind of network connection head comprises switch 1, campus network netting twine socket 2, broadband netting twine socket 3, computer end netting twine socket 4, groove group 5, conductive wire group 6 and chute 7.Wherein campus network netting twine socket 2 is used for connecting campus network, and broadband netting twine socket 3 is used for connecting the broadband, and computer end netting twine socket 4 is used for connecting computer end.8 the groove combination that diameter identical of described groove group 5 for connecting together side by side, the diameter of present embodiment further groove is taken as 0.5mm, and groove surfaces is coated with metallic copper.Described switch 1 is located at the upper surface of network connection head and between campus network netting twine socket 2 and broadband netting twine socket 3, as shown in Figure 3, switch described in the present embodiment 1 is located at the centre of campus network netting twine socket 2 and broadband netting twine socket 3, be provided with the chute 7 that horizontally slips for switch in the left and right sides of switch, be used between campus network and broadband, switching.Switch 1 lower end extends to network connection head inside, as shown in Figure 4, in switch 1 lower end welding conductive metal silk group 6, wire in this conductive wire group 6 is in same plane and is parallel to each other, this conductive wire group 6 is made up of 8 identical copper wires of diameter in the present embodiment, and the diameter of these 8 copper wires is identical with the diameter of 8 grooves in the groove group 5, is 0.5mm.The groove group 5 of drawing from computer end netting twine socket 4 and the groove group of drawing from campus network netting twine socket 2 are 5 staggered relatively, and (namely each groove that is connected with computer end netting twine socket 4 and each groove that is connected with campus network netting twine socket 2 are toward each other, guarantee that the two is positioned on the same horizontal line, be moved to the left amplitude peak and when pressing with convenient switch 1, conductive wire group 6 is connected computer end netting twine socket 4 with campus network netting twine socket 2), make between above-mentioned two groove groups and leave the space, the width in this space less than in the conductive wire group 6 the shortest copper wire length; The groove group 5 of drawing from computer end netting twine socket 4 and the groove group of drawing from broadband netting twine socket 3 are 5 staggered relatively, and (namely each groove that is connected with computer end netting twine socket 4 and each groove that is connected with broadband netting twine socket 3 are toward each other, guarantee that the two is positioned on the same horizontal line, with move right amplitude peak and when pressing of convenient switch 1, conductive wire group 6 is connected computer end netting twine socket 4 with broadband netting twine socket 3), make between these two groove groups and leave the space, the width in this space less than in the conductive wire group 6 the shortest copper wire length.When switch 1 is moved to the left amplitude peak, 8 copper wires of switch 1 lower end just in time vertically cover interspace between the left side groove group 5 directly over, press switch 1, make campus network be communicated with; When switch 1 moves right amplitude peak, directly over interspacing between the groove group 5 on the right of 8 copper wires of switch 1 lower end just in time vertically cover, press switch 1, make the broadband be communicated with.

The course of work of network connection head is as follows in the present embodiment: as shown in Figure 1, when switch 1 is moved to the left amplitude peak, in the conductive wire group 6 of switch 1 lower end 8 copper wires just in time slide to the groove group 5 of drawing from computer end netting twine socket 4 and the groove group 5 of drawing from campus network netting twine socket 2 between the space directly over, 8 copper wires in the conductive wire group 6 of switch 1 lower end just in time lay respectively at 8 groove tops in the left side groove group 5 at this moment, press switch 1, these 8 copper wires are embedded in these 8 grooves, thereby campus network is communicated with.When wanting to use the broadband instead, earlier switch 1 is pulled up, when then switch 1 being moved right amplitude peak, 8 copper wires in the conductive wire group 6 of switch 1 lower end just in time slide to the groove group 5 of drawing from computer end netting twine socket 4 and the groove group 5 of drawing from broadband netting twine socket 3 between the space directly over, 8 copper wires in the conductive wire group 6 of switch 1 lower end just in time lay respectively at 8 groove tops in the right groove group 5 at this moment, press switch 1, these 8 copper wires are embedded in these 8 grooves, the broadband is communicated with, has so just realized the switching between campus network and broadband.

Claims

1. A network connector, comprising a campus network cable socket (2), a broadband network cable socket (3) and a computer terminal network cable socket (4), characterized in that it also includes a switch (1), a groove group (5), Conductive metal wire group (6) and chute (7), described groove group (5) is made up of grooves with the same diameter connected together side by side, the groove group (5) drawn from computer end network cable socket (4) ) is placed opposite to the groove group (5) drawn from the campus network cable socket (2), and there is a gap between the above two groove groups (5); the groove group drawn from the computer terminal network cable socket (4) ( 5) Placed opposite to the groove group (5) drawn from the broadband network cable socket (3), and there is a gap between the two groove groups (5), the switch (1) is on the upper surface of the network connector, The left and right sides of the switch (1) are provided with chutes (7) for the switch to slide left and right. The lower end of the switch (1) extends to the inside of the network connector, and the conductive wire group (6) is welded below it.

2. The network connection head according to claim 1, characterized in that: the surface of the groove group (5) is plated with conductive metal.

3. The network connector according to claim 1, characterized in that: the diameter of the metal wire in the conductive wire group (6) is smaller than or equal to the diameter of the groove in the groove group (5), and the conductive metal The metal wires in the wire group (6) are in the same plane and parallel to each other.

4. The network connector according to claim 1, characterized in that: the groove group (5) drawn from the network cable socket (4) of the computer end and the groove group (5) drawn from the network cable socket (2) of the campus network The width of the gap left between them is less than the length of the shortest metal wire in the conductive metal wire group (6), and the groove group (5) drawn from the network cable socket (4) at the computer end and the groove drawn from the broadband network cable socket (3) The width of the gap left between the groups (5) is smaller than the length of the shortest wire in the group (6) of conductive wires.