CN209730383U - A kind of network system by optical fiber light transmission hunting - Google Patents

Abstract

The utility model discloses a kind of network systems by optical fiber light transmission hunting, the network system includes grid line, crystal head and connector, the both ends of the grid line are arranged in the crystal head, the crystal head is connected with connector is connect, the grid line includes internal core wire and insulating sleeve, the internal core wire is arranged in the insulating sleeve, the first optical fiber for light transmission is additionally provided in the insulating sleeve, first optical fiber extends to the end of the crystal head, with the socket that at least one is matched with the crystal head on the connector, it is provided in the socket and mutually matched second optical fiber of first optical fiber, when the crystal head is plugged in the socket, first optical fiber and the contact of the second optical fiber, the utility model its can not differentiate same wire jumper two when can solve wiring End, while the technical issues of same root network jumper wire can not be found in maintenance process.

Description

A kind of network system by optical fiber light transmission hunting

Technical field

The utility model relates to field of communication technology more particularly to a kind of network systems by optical fiber light transmission hunting.

Background technique

Network jumper wire exactly connects the conductive line of two device requirement points.Its effect is different telecommunications in adjustment equipment Number on-off relationship, and with the working condition of this adjustment equipment.Such as connected with network cable or wiring between interchanger and interchanger Connected with network cable between frame and interchanger.Network jumper wire is substantially made of two parts, and a part is network twisted-pair cable: by 4 Twisted pair and outer sleeve are formed, shielded layer can be added in shielding line.Another part is crystal connector.8 conducting wires are inserted into water In brilliant plug, the connection conducting of rock riveting is carried out.Form jumper connection function.

The various tie jumpers for needing to be arranged substantial amounts in its use process, when connecting these wire jumpers, peace Dress personnel, which generally require, finds corresponding port for the connection of the both ends of wire jumper up, but now often when installation due to Wire jumper is intensive and quantity is larger, the both ends of same wire jumper can not be often differentiated when wiring, therefore this jumps installation The inefficiency of line, and difficulty is caused to investigation and maintenance.

Utility model content

For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of by optical fiber light transmission hunting Network system, can solve can not differentiate same wire jumper both ends when wiring in the prior art, while in maintenance process The technical issues of same root network jumper wire can not be found.

The purpose of this utility model is implemented with the following technical solutions:

A kind of network system by optical fiber light transmission hunting, the network system include grid line, crystal head and connector, The both ends of the grid line are arranged in the crystal head, and the crystal head is connect with connector, and the grid line includes internal core wire And insulating sleeve, the internal core wire are arranged in the insulating sleeve, and for light transmission is additionally provided in the insulating sleeve One optical fiber, first optical fiber extend to the end of the crystal head, have on the connector at least one with it is described The socket that crystal head matches, be provided in the socket with mutually matched second optical fiber of first optical fiber, it is described When crystal head is plugged in the socket, first optical fiber and the contact of the second optical fiber.

Preferably, the both ends of the insulating sleeve are stretched out at the both ends of first optical fiber.

Preferably, first optical fiber is plastic light fibril.

Preferably, the internal core wire is connect with the pin of the crystal head.

Preferably, the quantity of first optical fiber is two.

Preferably, the quantity of second optical fiber is identical as the quantity of first optical fiber, second optical fiber Installation site it is corresponding with first optical fiber.

Preferably, the front end surface of the crystal head is stretched out in the end of first optical fiber.

Preferably, the position of the crystal head pin is arranged in first optical fiber.

Preferably, two first optical fibers are mounted on two outermost Pin locations on the crystal head.

Preferably, quantity of the quantity of the crystal head pin more than the internal core wire of the grid line.

Compared with prior art, the utility model has the beneficial effects that: the utility model can solve is connecing in the prior art Same wire jumper both ends can not be differentiated when line, while the technology that can not find in maintenance process same root network jumper wire is asked Topic.

Detailed description of the invention

Fig. 1 is the connection schematic diagram of the utility model embodiment.

Fig. 2 is the mounting structure schematic diagram of grid line and crystal head in the utility model embodiment.

Fig. 3 is the structural schematic diagram of connector in the utility model embodiment.

Fig. 4 is enlarged diagram at the A in Fig. 3.

Fig. 5 is the schematic perspective view of connecting component in the utility model embodiment.

Fig. 6 is the main view of connecting component in the utility model embodiment.

Fig. 7 is the structural schematic diagram of laser flashlight during the utility model is implemented.

Specific embodiment

In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model:

It show a kind of embodiment of the network system by optical fiber light transmission hunting of the utility model, institute as shown in Figures 1 to 3 Stating network system includes grid line 1, crystal head 3 and connector 4, and the both ends of the grid line 1, institute is arranged in the crystal head 3 It states crystal head 3 to connect with connector 4, the grid line 1 includes internal core wire and insulating sleeve, and the internal core wire setting is described exhausted In edge casing, the first optical fiber 2 for light transmission is additionally provided in the insulating sleeve, first optical fiber 2 extends to institute State the end of crystal head 3, the socket 5 that on the connector 4 there is at least one to match with the crystal head 3, the socket 5 In be provided with and be plugged in the socket 5 with mutually matched second optical fiber 8 of first optical fiber 2, the crystal head 3 When, first optical fiber 2 and the second optical fiber 8 contact, and the network system in the present embodiment further includes grid line cabinet 6, even The electric wire connecting junction that device 4 is grid line is connect, is mounted in grid line cabinet 6 in a row-shapedly, crystal head 3 and grid line 1 pass through grid line Cabinet 6 picks out, and then connect with the network interface card of computer 7.

As shown in Fig. 3 to 6, connector 4 in the present embodiment include connecting plate and with the mutually matched connection of crystal head 3 Component 9, connecting component 9 are mounted on connecting plate, have the socket 5 that is inserted into for crystal head 3 in connecting component 9, in the present embodiment Second optical fiber 8 is arranged in connecting component 9, and more specifically, one end of the second optical fiber 8 is arranged in connecting component 9, and Exist positioned at socket 5, the bottom of one end protrusion socket 5 in socket 5 should be located at, and the setting of the other end of the second optical fiber 8 is even On fishplate bar, and the surface of connecting plate is stretched out at the end, more specifically, offers hole 11 in the present embodiment on connecting plate, and second Optical fiber 8 is arranged in the setting of one end on connecting plate and is pierced by hole 11 and from hole 11, in addition, the second light in the present embodiment The quantity of fibril 8 is two, this two second optical fibers 8 are arranged in one end on connecting plate and are respectively positioned in hole 11, and 11, hole In the top of connecting component 9, one end that connecting component 9 is arranged in this two second optical fibers 8 is located at socket 5 and respectively close to two The position of side.

The upper end of second optical fiber 8 is pierced by from hole 11, therefore it does not need to plug crystal head 3 in use Hunting can be carried out by getting off, and whole grid line 1 can be sought by only needing to irradiate hole 11 when hunting.

The laser flashlight being illustrated in figure 7 during dedicated hunting in this present embodiment, due to when flashlight irradiates Wait can not alignment hole 11, therefore the laser flashlight in the present embodiment includes flashlight canister portion 100, in the front end of flashlight canister portion 100 Light source exit is provided with needle like tube 200, only needs needle like tube 200 when irradiation against hole 11.

Grid line 1 in the prior art is the copper wire that can be used for transmitting current signal, is also in the prior art logical Twisted wire in the present embodiment, is provided with the first optical fiber 2 of light transmission, so at one end together in insulating sleeve in copper wire When irradiating the first optical fiber 2 with light emitting source such as flashlight, light can be appeared by the first optical fiber 2 from the other end, this Sample can find the both ends of same root wire jumper, and its is very easy to use.

It is twisted pair that grid line 1 in the present embodiment, which uses, and core wire is that the copper wire of insulation is used for transmission current signal.

In the present embodiment, the quantity of second optical fiber 8 is identical as the quantity of first optical fiber 2, and described second The installation site of optical fiber 8 is corresponding with first optical fiber 2.

In the present embodiment, the both ends of the insulating sleeve are stretched out at the both ends of the first optical fiber 2, by the two of the first optical fiber End appears insulating sleeve, can receive more light irradiations in irradiation one end, and can appear more light in the other end, this Sample more convenient can be found.

In the present embodiment, the first optical fiber 2 is plastic light fibril.

In the present embodiment, the both ends of the first optical fiber 2 are connect with the crystal head 3.

First optical fiber 2 is connected to crystal head, and since crystal head can be with light transmission, crystal head can be with when in use Receive more light.

In the present embodiment, the quantity of the first optical fiber 2 is two.

In the present embodiment, the rear and front end of the first optical fiber 2 extends respectively to the forward end of the crystal head 3, will The forward end of crystal head 3 can direct irradiation be on the end face of first optical fiber when irradiation, such light transmission effect Fruit is more preferable.

In the present embodiment, the position of 3 pin of crystal head is arranged in the first optical fiber 2.

In the present embodiment, two first optical fibers 2 are mounted on two outermost Pin locations on the crystal head 3, Light transmission can be increased in this way, and do not influence the normal use of wire jumper.

In the present embodiment, quantity of the quantity of 3 pin of crystal head more than the internal core wire of the grid line 1.

In the present embodiment, the quantity of 3 pin of crystal head than the grid line 1 quantity more than two, more specifically, this In embodiment crystal head 3 use be 10 pins crystal head, and it is the twisted wire with 8 core wires that grid line 1, which uses, separately Outside, need to be arranged in edge casing two first optical fibers 2, the first optical fiber 2 is can be purchased in the market with light transmission The first optical fiber of plastics of performance.

Used in the present embodiment be 10 pins crystal head, and it is the strand with 8 core wires that grid line 1, which uses, Line, and the quantity of the first optical fiber is two, and have more two crystal head pins can be used to install the first optical fiber, and this Sample can be easier for installation by common crystal head installation tool with regard to achievable installation.

It is as shown in Figure 1 the connection status diagram of the network circuit in the present embodiment, by routing in whole network system Device 10, line cabinet 6 and computer 7 are constituted, and connector 4 is installed in a row-shapedly in online cabinet 6, and router 10, line cabinet 6 and computer 7 pass through Grid line connection.

In the present embodiment when wiring, crystal head is inserted into socket 5, so that the first optical fiber 2 and the second light Fibril 8 contacts, when needing to overhaul whole network route when network breaks down, it is only necessary in network jumper wire Starting point irradiation light fibril can search out the interface of a line cabinet of route process, it might even be possible to which maintenance is extremely connect with computer Cable, it is very convenient during whole line fault is excluded and overhauled.

It will be apparent to those skilled in the art that can make various other according to the above description of the technical scheme and ideas Corresponding change and deformation, and all these changes and deformation all should belong to the protection of the utility model claims Within the scope of.

Claims (10)

1. a kind of network system by optical fiber light transmission hunting, the network system includes grid line (1), crystal head (3) and connects It connects device (4), at the both ends of the grid line (1), the crystal head (3) connects with connector (4) are connect for crystal head (3) setting It connects, the grid line (1) includes internal core wire and insulating sleeve, and the internal core wire is arranged in the insulating sleeve, and feature exists In being additionally provided with the first optical fiber (2) for light transmission in the insulating sleeve, first optical fiber (2) extends to described The end of crystal head (3), with the socket (5) that at least one is matched with the crystal head (3), institute on the connector (4) It states to be provided in socket (5) and be plugged with mutually matched second optical fiber (8) of first optical fiber (2), the crystal head (3) When in the socket (5), first optical fiber (2) and the second optical fiber (8) contact.

2. a kind of network system by optical fiber light transmission hunting according to claim 1, which is characterized in that first light The both ends of the insulating sleeve are stretched out at the both ends of fibril (2).

3. a kind of network system by optical fiber light transmission hunting according to claim 2, which is characterized in that first light Fibril (2) is plastic light fibril.

4. a kind of network system by optical fiber light transmission hunting according to claim 3, which is characterized in that the internal core wire It is connect with the pin of the crystal head (3).

5. a kind of network system by optical fiber light transmission hunting according to claim 4, which is characterized in that first light The quantity of fibril (2) is two.

6. a kind of network system by optical fiber light transmission hunting according to claim 5, which is characterized in that second light The quantity of fibril (8) is identical as the quantity of first optical fiber (2), the installation site of second optical fiber (8) with it is described First optical fiber (2) is corresponding.

7. a kind of network system by optical fiber light transmission hunting according to claim 6, which is characterized in that first light The front end surface of the crystal head (3) is stretched out in the end of fibril (2).

8. a kind of network system by optical fiber light transmission hunting according to claim 7, which is characterized in that first light Fibril (2) is arranged in the position of the crystal head (3) pin.

9. a kind of network system by optical fiber light transmission hunting according to claim 8, which is characterized in that described two One optical fiber (2) is mounted on the upper two outermost Pin locations of the crystal head (3).

10. a kind of network system by optical fiber light transmission hunting according to claim 9, which is characterized in that the crystal Quantity of the quantity of head (3) pin more than the internal core wire of the grid line (1).