CN205725843U - Use the power telecom network of optoelectronic integration equipment network - Google Patents
Use the power telecom network of optoelectronic integration equipment network Download PDFInfo
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- CN205725843U CN205725843U CN201620343417.2U CN201620343417U CN205725843U CN 205725843 U CN205725843 U CN 205725843U CN 201620343417 U CN201620343417 U CN 201620343417U CN 205725843 U CN205725843 U CN 205725843U
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Abstract
Use the power telecom network of optoelectronic integration equipment network, including: plant stand end optoelectronic integration equipment, local side optoelectronic integration equipment, plant stand end remote-terminal unit, plant stand end dispatching telephone, plant stand end administration telephone, plant stand end video conferencing system, plant stand end office system, local side office system, local side video conferencing system, local side optoelectronic integration equipment webmaster, local side program controlled system, local side scheduling data acquisition and supervisor control, wherein: plant stand end optoelectronic integration equipment is connected with local side optoelectronic integration equipment by optical cable, plant stand end optoelectronic integration equipment is connected with plant stand end remote-terminal unit by Serial Port Line；Plant stand end optoelectronic integration equipment is connected with plant stand end dispatching telephone by tone frequency channel wire；Plant stand end optoelectronic integration equipment is connected with plant stand end administration telephone by tone frequency channel wire；Plant stand end optoelectronic integration equipment is connected with plant stand end video conferencing system by netting twine；Plant stand end optoelectronic integration equipment is connected with plant stand end office system by netting twine.
Description
Technical field
The utility model relates to a kind of power telecom network using Novel photoelectric integrated equipment network, belong to power telecom network technical field.
Background technology
At present, traditional power telecom network uses optical transmission device and customer access equipment networking.Coaxial cable is used to carry out 2M interconnection by DDF between optical transmission device and customer access equipment.Optical transmission device generally uses different rack to install from customer access equipment, needs independent current source to power, and requires higher to machine room space and communication power supply.Optical transmission device and customer access equipment brand, model are of all kinds, and need independent webmaster, add O&M difficulty.
As shown in Figure 1, a kind of high based on conventional electric power communication network networking schematic diagram, including: plant stand end optical transmission device 11, local side optical transmission device 12, plant stand end subscriber access device 21, plant stand end video conferencing system 22, plant stand end office system 23, plant stand end remote-terminal unit 24, plant stand end dispatching telephone 25, plant stand end administration telephone 26, plant stand end digital wiring unit 27, local side customer access equipment 31, local side customer access equipment webmaster 32, local side program controlled system 33, local side scheduling data acquisition and supervisor control 34, local side optical transmission device webmaster 35, local side video conferencing system 36, local side office system 37, local side digital wiring unit 38.
Described plant stand end optical transmission device 11 side is connected with described local side optical transmission device 12 by optical cable, and opposite side is connected with described plant stand end digital wiring unit 27 by 2M coaxial cable；Described plant stand end optical transmission device 11 is connected with described plant stand end video conferencing system 22 by netting twine；Described plant stand end optical transmission device 11 is connected with described plant stand end office system 23 by netting twine；Described plant stand end subscriber access device 21 is connected with described plant stand end optical transmission device 11 by described plant stand end digital wiring unit 27；Described plant stand end subscriber access device 21 is connected with described plant stand end remote-terminal unit 24 by Serial Port Line；Described plant stand end subscriber access device 21 is connected with described plant stand end dispatching telephone 25 by tone frequency channel wire；Described plant stand end subscriber access device 21 is connected with described plant stand end administration telephone 26 by tone frequency channel wire；Described local side optical transmission device 12 is connected with described local side digital wiring unit 38 by 2M coaxial cable；Described local side optical transmission device 12 is connected with described local side optical transmission device webmaster 35 by netting twine；Described local side optical transmission device 12 is connected with described local side video conferencing system 36 by netting twine；Described local side optical transmission device 12 is connected with described local side office system 37 by netting twine；Described local side customer access equipment 31 is connected with described local side optical transmission device 12 by described local side digital wiring unit 38；Described local side customer access equipment 31 is connected with described local side customer access equipment webmaster 32 by 2M coaxial cable；Described local side customer access equipment 31 is connected with described local side program controlled system 33 by tone frequency channel wire；Described local side customer access equipment 31 is connected with supervisor control 34 with the scheduling data acquisition of described local side by Serial Port Line.
Generally use different rack to install based on optical transmission device in conventional electric power communication network networking from subscriber equipment, need independent current source to power, machine room space and communication power supply are required higher.
Summary of the invention
The purpose of this utility model is the deficiency overcoming prior art to exist, and a kind of power telecom network using optoelectronic integration equipment network is provided, the shortcoming such as it overcomes in current transformer station optical transmission device and customer access equipment takes up room and power supply is more, reduce O&M difficulty, reduce equipment purchasing expense and construction cost.
The purpose of this utility model completes by following technical solution: a kind of power telecom network using Novel photoelectric integrated equipment network, including: the scheduling data acquisition of plant stand end optoelectronic integration equipment, local side optoelectronic integration equipment, plant stand end remote-terminal unit, plant stand end dispatching telephone, plant stand end administration telephone, plant stand end video conferencing system, plant stand end office system, local side office system, local side video conferencing system, local side optoelectronic integration equipment webmaster, local side program controlled system, local side and supervisor control.Described plant stand end optoelectronic integration equipment is connected with described local side optoelectronic integration equipment by optical cable；Described plant stand end optoelectronic integration equipment is connected with described plant stand end remote-terminal unit by Serial Port Line；Described plant stand end optoelectronic integration equipment is connected with described plant stand end dispatching telephone by tone frequency channel wire；Described plant stand end optoelectronic integration equipment is connected with described plant stand end administration telephone by tone frequency channel wire；Described plant stand end optoelectronic integration equipment is connected with described plant stand end video conferencing system by netting twine；Described plant stand end optoelectronic integration equipment is connected with described plant stand end office system by netting twine；Described local side optoelectronic integration equipment is connected with described local side office system by netting twine；Described local side optoelectronic integration equipment is connected with described local side video conferencing system by netting twine；Described local side optoelectronic integration equipment is connected with described local side optoelectronic integration equipment webmaster by netting twine；Described local side optoelectronic integration equipment is connected with described local side program controlled system by tone frequency channel wire；Described local side optoelectronic integration equipment is connected with supervisor control with the scheduling data acquisition of described local side by Serial Port Line；
V.24 as preferably: described plant stand end optoelectronic integration equipment contains STM-1, E1, FE, FXO/S, 2/4W, the interface such as；V.24 described local side optoelectronic integration equipment contains STM-16, STM-4, STM-1, E1, GE, FE, FXO/S, 2/4W, the interface such as.
Advantageous Effects of the present utility model is: by above-mentioned a kind of power telecom network using Novel photoelectric integrated equipment network, overcome in current transformer station optical transmission device and the shortcoming such as customer access equipment takes up room and power supply is more, reduce O&M difficulty, decrease equipment purchasing expense and construction cost.
Accompanying drawing explanation
Fig. 1 is based on conventional electric power communication network networking schematic diagram；
The power telecom network schematic diagram of Fig. 2 employing of the present utility model optoelectronic integration equipment network.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is described in detail: shown in Fig. 2, a kind of power telecom network schematic diagram using optoelectronic integration equipment network described in the utility model, including: plant stand end optoelectronic integration equipment 101, local side optoelectronic integration equipment 102, plant stand end remote-terminal unit 201, plant stand end dispatching telephone 202, plant stand end administration telephone 203, plant stand end video conferencing system 204, plant stand end office system 205, local side office system 301, local side video conferencing system 302, local side optoelectronic integration equipment webmaster 303, local side program controlled system 304, local side scheduling data acquisition and supervisor control 305.Described plant stand end optoelectronic integration equipment 101 is connected with described local side optoelectronic integration equipment 102 by optical cable；Described plant stand end optoelectronic integration equipment 101 is connected with described plant stand end remote-terminal unit 201 by Serial Port Line；Described plant stand end optoelectronic integration equipment 101 is connected with described plant stand end dispatching telephone 202 by tone frequency channel wire；Described plant stand end optoelectronic integration equipment 101 is connected with described plant stand end administration telephone 203 by tone frequency channel wire；Described plant stand end optoelectronic integration equipment 101 is connected with described plant stand end video conferencing system 204 by netting twine；Described plant stand end optoelectronic integration equipment 101 is connected with described plant stand end office system 205 by netting twine；Described local side optoelectronic integration equipment 102 is connected with described local side office system 301 by netting twine；Described local side optoelectronic integration equipment 102 is connected with described local side video conferencing system 302 by netting twine；Described local side optoelectronic integration equipment 102 is connected with described local side optoelectronic integration equipment webmaster 303 by netting twine；Described local side optoelectronic integration equipment 102 is connected with described local side program controlled system 304 by tone frequency channel wire；Described local side optoelectronic integration equipment 102 is connected with supervisor control 305 with the scheduling data acquisition of described local side by Serial Port Line.
V.24 plant stand end optoelectronic integration equipment described in the utility model 101 is containing STM-1, E1, FE, FXO/S, 2/4W, the interface such as；V.24 described local side optoelectronic integration equipment 102 is containing STM-16, STM-4, STM-1, E1, GE, FE, FXO/S, 2/4W, the interface such as.
By a kind of power telecom network using optoelectronic integration equipment network described in the utility model, overcome optical transmission device in current transformer station and customer access equipment takes up room and power supply is more shortcoming, reduce O&M difficulty, decrease equipment purchasing expense and construction cost.
Claims (2)
1. use the power telecom network of optoelectronic integration equipment network, including: plant stand end optoelectronic integration equipment, local side optoelectronic integration equipment, plant stand end remote-terminal unit, plant stand end dispatching telephone, plant stand end administration telephone, plant stand end video conferencing system, plant stand end office system, local side office system, local side video conferencing system, local side optoelectronic integration equipment webmaster, local side program controlled system, local side scheduling data acquisition and supervisor control, it is characterized in that: described plant stand end optoelectronic integration equipment is connected with described local side optoelectronic integration equipment by optical cable；Described plant stand end optoelectronic integration equipment is connected with described plant stand end remote-terminal unit by Serial Port Line；Described plant stand end optoelectronic integration equipment is connected with described plant stand end dispatching telephone by tone frequency channel wire；Described plant stand end optoelectronic integration equipment is connected with described plant stand end administration telephone by tone frequency channel wire；Described plant stand end optoelectronic integration equipment is connected with described plant stand end video conferencing system by netting twine；Described plant stand end optoelectronic integration equipment is connected with described plant stand end office system by netting twine；Described local side optoelectronic integration equipment is connected with described local side office system by netting twine；Described local side optoelectronic integration equipment is connected with described local side video conferencing system by netting twine；Described local side optoelectronic integration equipment is connected with described local side optoelectronic integration equipment webmaster by netting twine；Described local side optoelectronic integration equipment is connected with described local side program controlled system by tone frequency channel wire；Described local side optoelectronic integration equipment is connected with supervisor control with the scheduling data acquisition of described local side by Serial Port Line.
A kind of power telecom network using Novel photoelectric integrated equipment network the most according to claim 1, it is characterised in that: described plant stand end optoelectronic integration equipment contains STM-1, E1, FE, FXO/S, 2/4W, V.24 interface；Described local side optoelectronic integration equipment contains STM-16, STM-4, STM-1, E1, GE, FE, FXO/S, 2/4W, V.24 interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620343417.2U CN205725843U (en) | 2016-04-22 | 2016-04-22 | Use the power telecom network of optoelectronic integration equipment network |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620343417.2U CN205725843U (en) | 2016-04-22 | 2016-04-22 | Use the power telecom network of optoelectronic integration equipment network |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205725843U true CN205725843U (en) | 2016-11-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620343417.2U Active CN205725843U (en) | 2016-04-22 | 2016-04-22 | Use the power telecom network of optoelectronic integration equipment network |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205725843U (en) |
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2016
- 2016-04-22 CN CN201620343417.2U patent/CN205725843U/en active Active
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