CN208060794U - A kind of 40G with bull turns 10,000,000,000 MPO-LC optical patchcords of 10G - Google Patents
A kind of 40G with bull turns 10,000,000,000 MPO-LC optical patchcords of 10G Download PDFInfo
- Publication number
- CN208060794U CN208060794U CN201820416081.7U CN201820416081U CN208060794U CN 208060794 U CN208060794 U CN 208060794U CN 201820416081 U CN201820416081 U CN 201820416081U CN 208060794 U CN208060794 U CN 208060794U
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- optical
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- optical fiber
- mpo
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Abstract
The utility model discloses a kind of 40G with bull to turn 10,000,000,000 MPO-LC optical patchcords of 10G, including No.1 optical fiber port, the No.1 optical fiber port is arranged right below No.1 connector, No. two connectors are equipped on the left of the No.1 connector, No. two connector upper surfaces are equipped with No. two optical fiber ports, No. three optical fiber ports are equipped on the left of No. two optical fiber ports, No. three optical fiber ports are arranged right below No. three connectors, No. four connectors are equipped on the left of No. three connectors, No. four connector upper surfaces are equipped with No. four optical fiber ports, the No.1 connector, No. two connectors, No. three connectors and No. four connector lower surfaces are equipped with casing, described sleeve pipe lower surface is equipped with multicomponent optical patchcord, it is described to be equipped with band per component fiber wire jumper centre.The utility model has the beneficial effects that with multiple fibre-optical splices, it can be achieved that the proliferation of function；It is provided with protective case and flame-retardant layer in optical patchcord, can prevent optical patchcord from occurring to destroy and burn；Whole device is simple in structure, easy to carry.
Description
Technical field
The utility model is related to optical patchcord field, especially a kind of 40G with bull turns 10,000,000,000 MPO-LC optical fiber of 10G
Wire jumper.
Background technology
MPO/MTP fibre distribution frames (case) are to be applied to large-scale data center computer room MDF, the wiring areas IDF optical fiber backbone
Connection and block management etc. need the fibre circuit environment of High Density Integration, realize the transmitting-receivings such as FTTX and 40/100G SFP
Optical module connects.It is installed in 19 inch racks and cabinet, can configure MPO/MTP pre-terminated modular cartridge or is adapted to MPO/MTP
Device front panel.MPO/MTP optical fiber concrete practices intensive wiring system optical fiber telecommunications system, local area network wiring light between building have
Optical link interconnects in source device, the wiring of communication base station inner fiber, industrial park computer room, commercial building computer room, cable television network, electricity
The connection of communication network LAN (LAN), wide area network (WAN), fiber to the desk (FTTX) optical signal.
Design a kind of 40G with bull turn 10,000,000,000 MPO-LC optical patchcords of 10G with multiple fibre-optical splices, it can be achieved that
The proliferation of function；It is provided with protective case and flame-retardant layer in optical patchcord, can prevent optical patchcord from occurring to destroy and burn；It is whole
A apparatus structure is simple, easy to carry.
Utility model content
Purpose of the utility model is to solve the above problem, devises a kind of 40G with bull and turn 10G 10,000,000,000
MPO-LC optical patchcords.
Realize that above-mentioned purpose the technical solution of the utility model is, a kind of 40G with bull turns 10,000,000,000 MPO-LC light of 10G
Fine wire jumper, including No.1 optical fiber port, the No.1 optical fiber port are arranged right below No.1 connector, two are equipped on the left of the No.1 connector
Number connector, No. two connector upper surfaces are equipped with No. two optical fiber ports, and No. three optical fiber ports are equipped on the left of No. two optical fiber ports, described
No. three optical fiber ports are arranged right below No. three connectors, and No. four connectors, No. four connector upper surfaces are equipped on the left of No. three connectors
Equipped with No. four optical fiber ports, the No.1 connector, No. two connectors, No. three connectors and No. four connector lower surfaces are equipped with casing, described
Casing lower surface is equipped with multicomponent optical patchcord, described to be equipped with band per component fiber wire jumper centre, described to divide under optical patchcord
Surface is equipped with connector, and the connector lower surface is equipped with main fiber wire jumper, and main fiber wire jumper lower surface is returned equipped with optical fiber
Road device, the main fiber wire jumper bosom are equipped with core wire, and the core wire both sides are equipped with a pair of of shielded layer, each shielded layer
Outside is equipped with flame-retardant layer.
The main fiber wire jumper front surface is equipped with graduation mark.
Mark label are equipped with below the graduation mark.
It is equipped with protective case on the outside of each flame-retardant layer.
The mark label are the mark label of waterproof.
Described sleeve pipe is corrosion resistant casing.
A kind of 40G with bull made using the technical solution of the utility model is turned 10,000,000,000 MPO-LC optical fiber of 10G and jumped
Line, the utility model has the beneficial effects that with multiple fibre-optical splices, it can be achieved that the proliferation of function；It is set in optical patchcord
It is equipped with protective case and flame-retardant layer, can prevent optical patchcord from occurring to destroy and burn；Whole device is simple in structure, easy to carry.
Description of the drawings
Fig. 1 is the structural representation that a kind of 40G with bull described in the utility model turns 10,000,000,000 MPO-LC optical patchcords of 10G
Figure；
Fig. 2 is the vertical view that a kind of 40G with bull described in the utility model turns 10,000,000,000 MPO-LC optical patchcords of 10G；
In figure, 1, No.1 optical fiber port；2, No.1 connector；3, No. two connectors；4, casing；5, divide optical patchcord；6, band；7,
Connector；8, graduation mark；9, mark label；10, optical fiber circuit device；11, main fiber wire jumper；12, No. three connectors；13, No. four connectors；
14, No. four optical fiber ports；15, No. three optical fiber ports；16, No. two optical fiber ports；17, protective case；18, flame-retardant layer；19, shielded layer；20, core
Line.
Specific implementation mode
The utility model is specifically described below in conjunction with the accompanying drawings, it is as shown in Figs. 1-2, the 40G with bull turns a kind of
10,000,000,000 MPO-LC optical patchcords of 10G, including No.1 optical fiber port 1, the No.1 optical fiber port 1 is arranged right below No.1 connector 2, described
2 left side of No.1 connector is equipped with No. two connectors 3, and 3 upper surface of No. two connectors is equipped with No. two optical fiber ports 16, No. two optical fiber ports
16 left sides are equipped with No. three optical fiber ports 15, and No. three optical fiber ports 15 are arranged right below No. three connectors 12, and No. three connectors 12 are left
Side is equipped with No. four connectors 13, and 13 upper surface of No. four connectors is equipped with No. four optical fiber ports 14,2, No. two connectors of the No.1 connector
3, No. three connectors 12 and No. four 13 lower surfaces of connector are equipped with casing 4, and 4 lower surface of described sleeve pipe is equipped with multicomponent optical patchcord 5,
It is described to be equipped with band 6 per 5 centre of component fiber wire jumper, it is described that 5 lower surface of optical patchcord is divided to be equipped with connector 7, the connector 7
Lower surface is equipped with main fiber wire jumper 11, and 11 lower surface of main fiber wire jumper is equipped with optical fiber circuit device 10, the main fiber wire jumper
11 bosoms are equipped with core wire 20, and 20 both sides of the core wire are equipped with a pair of of shielded layer 19, and 19 outside of each shielded layer is equipped with
Flame-retardant layer 18；11 front surface of main fiber wire jumper is equipped with graduation mark 8；8 lower section of the graduation mark is equipped with mark label 9；It is described every
18 outside of a flame-retardant layer is equipped with protective case 17；The mark label 9 are the mark label of waterproof；Described sleeve pipe 4 is corrosion resistant casing.
The characteristics of the present embodiment is that No.1 optical fiber port is arranged right below No.1 connector, and No. two are equipped on the left of No.1 connector
Connector, No. two connector upper surfaces are equipped with No. two optical fiber ports, are equipped with No. three optical fiber ports on the left of No. two optical fiber ports, No. three optical fiber ports just under
Side is equipped with No. three connectors, and No. four connectors are equipped on the left of No. three connectors, and No. four connector upper surfaces are equipped with No. four optical fiber ports, and No.1 connects
Head, No. two connectors, No. three connectors and No. four connector lower surfaces are equipped with casing, and casing lower surface is equipped with multicomponent optical patchcord,
It is equipped with band among per component fiber wire jumper, optical patchcord lower surface is divided to be equipped with connector, connector lower surface is equipped with main fiber
Wire jumper, main fiber wire jumper lower surface are equipped with optical fiber circuit device, and main fiber wire jumper bosom is equipped with core wire, and core wire both sides are equipped with one
To shielded layer, flame-retardant layer is equipped on the outside of each shielded layer.The utility model has the beneficial effects that there are multiple fibre-optical splices, it can
Realize the proliferation of function；It is provided with protective case and flame-retardant layer in optical patchcord, can prevent optical patchcord from occurring to destroy and fire
It burns；Whole device is simple in structure, easy to carry.
In the present embodiment, the left end of optical fiber circuit device 10 is connected with main fiber wire jumper 11, and main fiber wire jumper 11 is responsible for
The transmission of total data, is provided with graduation mark 8 and mark label 9 on main fiber wire jumper 11, and graduation mark 8 is used for showing main fiber wire jumper
The effect of 11 length, mark label 9 is to show the type and model of main fiber wire jumper 11；Main fiber wire jumper 11 passes through connector 7
It separates four tunnels and divides optical patchcord 5, every fibre wire jumper 5 that is divided all the way contains two pieces points of optical patchcords 5, the fine wire jumper 5 per light splitting all the way
Centre position is linked together by band 6；The left end of band 6 resolves into two pieces points of optical patchcords 5, and every is divided optical patchcord
5 left end is all cased with casing 4；The first via divides optical patchcord 5 to be connected on No.1 connector 2 by casing 4, No.1 connector 2
Left end is connected with No.1 optical fiber port 1, and the second tunnel divides optical patchcord 5 to be connected on No. two connectors 3 by casing 4, No. two connectors 3
Left end be connected with No. two optical fiber ports 16, third road divides optical patchcord 5 by casing connection on No. three connectors 12, and No. three connect
First 12 left end is connected with No. three optical fiber ports 15, and the 4th tunnel divides optical patchcord 5 by casing connection on No. four connectors 13, and four
The left end of number connector 13 is connected with No. four optical fiber ports 14；The outermost layer of main fiber wire jumper 11 is protective case 17, and protective case 17 plays
It is flame-retardant layer 18 to protect the effect of main fiber wire jumper 11, the second layer, and effect is to prevent main fiber wire jumper 11 from burning, third layer
For shielded layer 19, the interference that can prevent outer bound pair main fiber wire jumper 11 from communicating, penetralia is core wire 20, and the effect of core wire 20 is
Data are transmitted, to have the function that communication.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art
Personnel embody the principles of the present invention to some variations that some of which part may be made, and belong to the utility model
Protection domain within.
Claims (6)
1. a kind of 40G with bull turns 10,000,000,000 MPO-LC optical patchcords of 10G, including No.1 optical fiber port (1), the No.1 optical fiber
Mouth (1) is arranged right below No.1 connector (2), and No. two connectors (3), No. two connectors (3) are equipped on the left of the No.1 connector (2)
Upper surface is equipped with No. two optical fiber ports (16), and No. three optical fiber ports (15), No. three light are equipped on the left of No. two optical fiber ports (16)
Fine mouth (15) is arranged right below No. three connectors (12), is equipped with No. four connectors (13) on the left of No. three connectors (12), described No. four
Connector (13) upper surface be equipped with No. four optical fiber ports (14), which is characterized in that the No.1 connector (2), No. two connectors (3), No. three
Connector (12) and No. four connector (13) lower surfaces are equipped with casing (4), and described sleeve pipe (4) lower surface is equipped with multicomponent optical patchcord
(5), described intermediate equipped with band (6) per component fiber wire jumper (5), it is described that optical patchcord (5) lower surface is divided to be equipped with connector
(7), connector (7) lower surface is equipped with main fiber wire jumper (11), and main fiber wire jumper (11) lower surface is returned equipped with optical fiber
Road device (10), main fiber wire jumper (11) bosom are equipped with core wire (20), and core wire (20) both sides are equipped with a pair of shield
Layer (19), each shielded layer (19) outside are equipped with flame-retardant layer (18).
2. a kind of 40G with bull according to claim 1 turns 10,000,000,000 MPO-LC optical patchcords of 10G, which is characterized in that
Main fiber wire jumper (11) front surface is equipped with graduation mark (8).
3. a kind of 40G with bull according to claim 2 turns 10,000,000,000 MPO-LC optical patchcords of 10G, which is characterized in that
Mark label (9) are equipped with below the graduation mark (8).
4. a kind of 40G with bull according to claim 1 turns 10,000,000,000 MPO-LC optical patchcords of 10G, which is characterized in that
Protective case (17) is equipped on the outside of each flame-retardant layer (18).
5. a kind of 40G with bull according to claim 3 turns 10,000,000,000 MPO-LC optical patchcords of 10G, which is characterized in that
The mark label (9) are the mark label of waterproof.
6. a kind of 40G with bull according to claim 1 turns 10,000,000,000 MPO-LC optical patchcords of 10G, which is characterized in that
Described sleeve pipe (4) is corrosion resistant casing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820416081.7U CN208060794U (en) | 2018-03-24 | 2018-03-24 | A kind of 40G with bull turns 10,000,000,000 MPO-LC optical patchcords of 10G |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820416081.7U CN208060794U (en) | 2018-03-24 | 2018-03-24 | A kind of 40G with bull turns 10,000,000,000 MPO-LC optical patchcords of 10G |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208060794U true CN208060794U (en) | 2018-11-06 |
Family
ID=63989165
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820416081.7U Expired - Fee Related CN208060794U (en) | 2018-03-24 | 2018-03-24 | A kind of 40G with bull turns 10,000,000,000 MPO-LC optical patchcords of 10G |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208060794U (en) |
-
2018
- 2018-03-24 CN CN201820416081.7U patent/CN208060794U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181106 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |