CN203117748U - Power environment monitoring device - Google Patents
Power environment monitoring device Download PDFInfo
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- CN203117748U CN203117748U CN2013200490798U CN201320049079U CN203117748U CN 203117748 U CN203117748 U CN 203117748U CN 2013200490798 U CN2013200490798 U CN 2013200490798U CN 201320049079 U CN201320049079 U CN 201320049079U CN 203117748 U CN203117748 U CN 203117748U
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Abstract
The utility model discloses a power environment monitoring device comprising a remote base station terminal acquirer and an information source terminal processor. The remote base station terminal acquirer comprises a serial acquisition interface, a dry contact acquisition interface, a first information processing module, a first photoelectric conversion module, and a first single core optical fiber communication module. The information source terminal processor comprises a second single core optical fiber communication module, a second photoelectric conversion module, a second information processing module, and a serial port communication module. According to the utility model, the power environment monitoring data of the remote base station terminal can be transmitted to the information source base station by the single core optical fiber, and the problem of the remote base station lacking in the transmission devices can be solved, and the power environment monitoring costs of the remote base station can be reduced.
Description
Technical field
The utility model relates to rotating ring monitoring field, relates in particular to a kind of rotating ring supervising device.
Background technology
Fast development along with China 3G and even 4G business, the base station coverage density increases sharply, but each big operator be faced with the base station build a station the difficulty problem, therefore have fast, flexibly, the remote base station of network design characteristics such as low cost, as a kind of new base station mode, become trend and the main flow of networking rapidly, efficiently solve the base station build a station the difficulty problem.Because the running status of remote base station directly has influence on client's perception, and base station rotating ring supervisory system has important effect to rotating ring safeguard level and the operational reliability that promotes remote base station, therefore base station rotating ring supervisory system also becomes one of essential support equipment of remote base station, and this also is that current telecom operators are in common recognition and the trend in communication power supply field.
At present, after the rotating ring data of base station rotating ring equipment are detected collection, mainly carry out data transmission by following several modes: communicate by time slot inserted mode, 2M bus mode, local area network building mode, wide area network networking mode and wireless mode and Surveillance center; Perhaps be connected with transmission equipment by the RJ45 communication interface, finally be connected with Surveillance center by transmission equipment; Perhaps ring-type or the chain SDH path by SDH transmission equipment and structure thereof transfers data to Surveillance center.
Because remote base station is different from traditional grand station, the scene has only the slack of 2-4 core, and itself is transmission equipment not, and above-mentioned data transfer mode all depends on newly-increased extra transmission equipment, limitation is big when being applied to remote base station, cost is high, and is very not convenient.
The utility model content
In order to solve the above-mentioned defective that exists in the prior art, the utility model proposes a kind of rotating ring supervising device, can pass through slack list core resource transmission rotating ring data.
An aspect of the present utility model proposes a kind of rotating ring supervising device, comprising: remote base station end collector and information source end processor; Wherein:
Described remote base station end collector comprises: serial acquisition interface, dry contact acquisition interface, first information processing module, first photoelectric conversion module, the first single-core fiber communication module; Described serial acquisition interface links to each other with described first information processing module respectively with described dry contact acquisition interface, described first information processing module links to each other with described first photoelectric conversion module, and described first photoelectric conversion module links to each other with the described first single-core fiber communication module;
Described information source end processor comprises: the second single-core fiber communication module, second photoelectric conversion module, second message processing module, serial communication modular; The described second single-core fiber communication module links to each other with described second photoelectric conversion module, and described second photoelectric conversion module links to each other with described second message processing module, and described second message processing module links to each other with described serial communication modular;
The described first single-core fiber communication module links to each other by single-core fiber with the described second single-core fiber communication module.
Preferred as technique scheme, described remote base station end collector comprises that also sampling filter keeps module, described sampling filter module is connected between described dry contact acquisition interface and the described first information processing module.
Preferred as technique scheme, described remote base station end collector also comprises the first anti-surge module, described anti-surge module links to each other with described serial acquisition interface, dry contact acquisition interface and the first single-core fiber communication module respectively.
Preferred as technique scheme, described remote base station end collector also comprises first indicating lamp module, described first indicating module links to each other with described serial acquisition interface, dry contact acquisition interface respectively.
Preferred as technique scheme, described information source end processor comprises that also optical-fibre channel enables to dispose the frame-skipping module, described optical-fibre channel enables to dispose the frame-skipping module and links to each other with the described second single-core fiber communication module.
Preferred as technique scheme, described information source end processor also comprise expands the second anti-surge module, and the described second anti-surge module links to each other with the described second single-core fiber communication module, described serial communication modular respectively.
Preferred as technique scheme, described information source end processor also comprises second indicating lamp module, described second indicating lamp module links to each other with described single-core fiber communication module.
Preferred as technique scheme, described information source end processor also comprises memory module, described memory module links to each other with described second message processing module.
The utility model utilizes single-core fiber to realize the rotating ring monitor data of remote base station end is sent to the information source base station, can be uploaded to Surveillance center by the base station rotating ring monitoring transmission channel of information source end group station rotating ring monitoring collecting device and composition thereof then, having solved remote base station does not have the problem of transmission equipment, has reduced remote base station and has built the cost of rotating ring monitoring.
Other features and advantages of the utility model will be set forth in the following description, and, partly from instructions, become apparent, perhaps understand by implementing the utility model.The purpose of this utility model and other advantages can realize and obtain by specifically noted structure in the instructions of writing, claims and accompanying drawing.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Description of drawings
Accompanying drawing is used to provide further understanding of the present utility model, and constitutes the part of instructions, is used from explanation the utility model with embodiment one of the present utility model, does not constitute restriction of the present utility model.In the accompanying drawings:
Fig. 1 is the structural representation of the rotating ring supervising device of the utility model preferred embodiment proposition.
Fig. 2 is that information source end processor is supported the structural representation that 4 remote base station end collectors insert in the rotating ring supervising device that proposes of the utility model embodiment.
Embodiment
Below in conjunction with accompanying drawing preferred embodiment of the present utility model is described, should be appreciated that preferred embodiment described herein only is used for description and interpretation the utility model, and be not used in restriction the utility model.
Be illustrated in figure 1 as a kind of rotating ring supervising device that the utility model preferred embodiment proposes, this device comprises remote base station end collector 101 and information source end processor 102, wherein, remote base station end collector 101 is installed in the remote base station, and information source end processor 102 is installed in the information source base station.Remote base station end collector 101 and information source end processor 102 are connected by single-core fiber.Remote base station end collector 101 is main is responsible for gathering in real time rotating ring equipment operating data in the remote base stations, and after these data are converted to light signal, is sent to optical fiber in the information source station by optical fiber and converges and change serial ports processor 102.Information source end processor 102 main being responsible for are handled the remote base station rotating ring data that one or more remote base station end collectors 101 are uploaded, and converge be packaged as 1 serial line interface packet after, send the base station rotating ring monitoring collecting device of information source end to by serial communication modular, base station rotating ring supervisory system transmission channel by this collecting device and formation thereof is uploaded to base station rotating ring Surveillance center, thus realize remote base station stable, reliably, rotating ring monitoring cheaply.Preferably:
Remote base station end collector 101 comprises: serial acquisition interface 1011, dry contact acquisition interface 1012, first information processing module 1013, first photoelectric conversion module 1014, the first single-core fiber communication module 1015; Wherein, described serial acquisition interface 1011 links to each other with described first information processing module 1013 respectively with described dry contact acquisition interface 1012, described first information processing module 1013 links to each other with described first photoelectric conversion module 1014, and described first photoelectric conversion module 1014 links to each other with the described first single-core fiber communication module 1015;
Wherein, serial acquisition interface 1011 can be RS232 serial acquisition interface, and main being responsible for inserted rotating ring smart machine in the remote base station, and it is carried out the information data collection, realizes the monitoring to the rotating ring smart machine; The information data that RS232 serial acquisition interface can collect each road RS232 interface is packaged into a RS232 serial data packet.
Dry contact acquisition interface 1012 belongs to the switching value interface and handles type, and the main switching value information of being responsible for inserting rotating ring equipment in the remote base station realizes the monitoring to the rotating ring unintelligent device; The dry contact acquisition interface can be packaged into a dry contact packet according to the switching value channel position with for example 8 dry contact interfaces.
Preferably, also be connected with sampling filter between dry contact acquisition interface 1012 and the first information processing module and keep module, be used for carrying out signal and handle, be responsible for that mainly eight road dry contact switching value signals that sample are carried out filtering and keep, to remove undesired signal.
First information processing module 1013 is core components of remote base station end collector, main be uploaded to information source end processor 102 by photoelectric conversion module, single-core fiber communication module after being responsible for bottom image data bag is packaged as the udp protocol bag, after the udp protocol bag that information source end processor 102 is issued is disassembled out RS232 serial line interface packet simultaneously, realize the remote regulating remote control to rotating ring smart machine in the remote base station.Particularly:
(1) send in the packing of udp protocol bag: the 8 passage dry contact signals that keep module to transmit sampling filter are packaged into a dry contact signal data bag, the signal that 2 RS232 serial acquisition interfaces are transmitted is packaged into 2 RS232 serial line interface packets, gather ID number for these three packets increase respectively then, will increase three packets gathering ID number according to udp protocol then and send on being packaged as behind 1 udp protocol bag.
(2) the udp protocol bag is unpacked and issued: the udp protocol bag that information source end processor is issued is disassembled out RS232 serial line interface packet and is handed down to rotating ring smart machine in the remote base station, realizes the remote regulating remote control to it.
The electric signal that first photoelectric conversion module 1014 is mainly used in sending on the first information processing module 1013 is converted to light signal, and the light signal that single-core fiber communication module 1015 is received is converted to electric signal.This functional module mainly comprises and transmits and receives two parts, wherein, radiating portion: the electric signal of a constant bit rate of input is launched the modulated light signal of respective rate through driving chip processing rear drive semiconductor laser (LD) or the light emitting diode (LED) of the first photoelectric conversion module inside, its inside can also have the luminous power automatic control circuit, makes the optical signal power of output keep stable; Receiving unit: the light signal of a constant bit rate is converted to electric signal by the photodetection diode after entering first photoelectric conversion module, the electric signal of output phase code rate behind prime amplifier.
Single-core fiber communication module 1015 is mainly used in realizing effectively optical link butt joint between monitoring remote base station end collector 101 and the information source end processor 102, and finishes signal transmitting and receiving between remote base station end collector 101 and the information source end processor 102 according to corresponding single-core fiber communication mode.
In addition, remote base station end collector 101 also should possess power module, mainly is responsible for collector stable power is provided, and its input power supply for example be the 48V direct supply, input range is-36V extremely-72V.
Preferably; remote base station end collector 101 also comprises anti-surge module; described anti-surge module links to each other with serial acquisition interface, dry contact acquisition interface and the first single-core fiber communication module respectively; be used for adopting the anti-surge degree of protection of carrier class; input, output terminal and the power supply unit of protection collector; prevent that it from being damaged by overvoltage, its effect is exactly to dredge and limit the overvoltage that occurs in the remote base station end collector, and it is no longer constituted a threat to equipment.
Preferably, remote base station end collector 101 also comprises first indicating lamp module, and described first indicating module links to each other with described serial acquisition interface, dry contact acquisition interface respectively.This first indicating lamp module belongs to man-machine interaction unit, and main being responsible for adopts the LED lamp to indicate the duty of acquisition interface.
Information source end processor 102 comprises: the second single-core fiber communication module 1021, second photoelectric conversion module 1022, second message processing module 1023, serial communication modular 1024; Wherein, the described second single-core fiber communication module 1021 links to each other with described second photoelectric conversion module 1022, described second photoelectric conversion module 1022 links to each other with described second message processing module 1023, and described second message processing module 1023 links to each other with described serial communication modular 1024;
The second single-core fiber communication module 1021 is mainly used in realizing between information source end processor 102 and the remote base station end collector 101 effectively optical link butt joint, and finishes signal transmitting and receiving between information source end processor 102 and the remote base station end collector 101 according to corresponding single-core fiber communication mode.
The electric signal that second photoelectric conversion module 1022 is mainly used in issuing is converted to light signal, and the light signal that send on the collector 101 is converted to electric signal.This module mainly comprises and transmits and receives two parts, wherein, radiating portion is: the electric signal of a constant bit rate of input is launched the modulated light signal of respective rate through driving chip processing rear drive semiconductor laser (LD) or the light emitting diode (LED) of the second photoelectric conversion module inside, its inside can also have the luminous power automatic control circuit, makes the optical signal power of output keep stable.Receiving unit is: the light signal of a constant bit rate is converted to electric signal by the photodetection diode after importing second photoelectric conversion module, the electric signal of output phase code rate behind prime amplifier.
Second message processing module 1023 is core components of information source end processor 102, the main udp protocol bag of being responsible for each remote base station end collector 101 is uploaded carries out dissection process, converges to be packaged into 1 and to comprise collecting fiber mouth numbering and gather ID number RS232 serial line interface packet and be uploaded to information source end group station rotating ring monitoring collecting device and Surveillance center; Dissection process is carried out in the instruction of the RS232 serial line interface data packet form that issues of information source end group station rotating ring monitoring collecting device simultaneously, and converges according to collecting fiber mouth numbering and to be packaged into 1-4 udp protocol bag, and is issued to each remote base station end collector; Enable to dispose the parameter configuration situation of frame-skipping module and the working condition of each single-core fiber communication module according to optical-fibre channel in addition, judge each road optical-fibre channel whether normally, whether enable.The principle of work of second message processing module mainly comprises 3 parts: optical-fibre channel self diagnosis principle of work, data report work for the treatment of principle, data distributing work for the treatment of principle.
The optical-fibre channel self diagnosis principle of work of second message processing module is as follows: (1) enables to dispose the parameter configuration situation of frame-skipping module according to optical-fibre channel, judges whether each optical fiber communication module enables; (2) enabled optical fiber communication module is analyzed, judged whether the work of each single-core fiber communication module is unusual, thereby judge whether each road optical-fibre channel is normal; (3) according to above-mentioned judgement, generate the operating state data that information source end optical fiber converges each road optical-fibre channel of changeing the serial ports processor.
The data of second message processing module report the work for the treatment of principle as follows: the udp protocol bag that (1) uploads remote base station end collector resolves to gathers ID number RS232 serial line interface packet and dry contact signal data bag, and is numbered this packet increase collecting fiber mouth numbering according to the single-core fiber communication module of uploading; (2) according to bottom analyzing device communication protocol RS232 serial line interface packet and dry contact signal data bag are resolved to and comprise collecting fiber mouth numbering one by one and gather ID number standardization B interface protocol data bag; (3) will comprise the standardization B interface protocol data bag that the collecting fiber mouth is numbered and gathered ID number one by one, operating state data in conjunction with each road optical-fibre channel of the generation of information source end processor, converge and be packaged as 1 and comprise collecting fiber mouth numbering and gather ID number RS232 serial line interface packet, and be uploaded to information source end group station rotating ring monitoring collecting device and Surveillance center, resolved to the monitor data of each rotating ring equipment of each remote base station for ID number according to collecting fiber mouth numbering and collection by Surveillance center, the monitor data of each road optical-fibre channel of information source end processor, thus realize the stable of remote base station, reliably, rotating ring monitoring cheaply.
The data distributing of second message processing module work for the treatment of principle is as follows: the instruction of the RS232 serial line interface data packet form that (1) issues Surveillance center and information source end group station rotating ring monitoring collecting device resolves to and comprises collecting fiber mouth numbering one by one and gather ID number standardization B interface protocol data bag; (2) will comprise collecting fiber mouth numbering one by one according to bottom analyzing device communication protocol and gather ID number standardization B interface protocol data bag and be encapsulated as again and comprise collecting fiber mouth numbering and gather ID number RS232 serial line interface packet and dry contact signal data bag; (3) will comprise collecting fiber mouth numbering and gather ID number RS232 serial line interface packet and dry contact signal data bag, according to collecting fiber mouth numbering, for each one of remote base station encapsulation comprises collecting fiber mouth numbering and gathers ID number udp protocol bag; (4) according to collecting fiber mouth numbering the udp protocol bag is issued to each remote base station end collector by corresponding photoelectric conversion module, single-core fiber communication module, and by remote base station end collector according to gathering the remote regulating remote control that realizes each rotating ring equipment for ID number.
Preferably, also comprise memory module in the information source end processor 102, this module links to each other with second message processing module, is non-different mistake memory module, adopts EEPROM, and main being responsible for carried out the storage of this machine local with above-mentioned remote base station rotating ring information.
Serial communication modular 1024 main being responsible for are uploaded to information source end group station rotating ring monitoring collecting device with the RS232 serial data packet that information source end processor pools, or receive the instruction of RS232 serial data packet format from base station, information source station rotating ring monitoring collecting device, thereby realize the utility model is linked in the base station rotating ring supervisory system of information source end; In addition, in order to guarantee the real-time of data upload, the serial ports transfer rate of this module is 19200bps.
Preferably, comprise also in the information source end processor 102 that optical-fibre channel enables to dispose the frame-skipping module, this module is mainly used in disposing optical-fibre channel and enables parameter, mainly be responsible for enabling or shielding four independently optical-fibre channels, described optical-fibre channel enables to dispose the frame-skipping module and links to each other with the described second single-core fiber communication module.
Also comprise power module in the information source end processor 102, this module mainly is responsible for information source end processor stable power is provided, and its input power supply is the 48V direct supply, input range be-36V extremely-72V.
Preferably; also comprise the second anti-surge module in the information source end processor 102; this module adopts the anti-surge degree of protection of carrier class; protection optical fiber converges input, output terminal and the power supply unit that changes the serial ports processor; prevent that it from being damaged by overvoltage; its effect is exactly to dredge and limit the overvoltage that occurs in the information source end processor, and it is no longer constituted a threat to equipment.
Preferably, also comprise second indicating lamp module in the information source end processor 102, described second indicating lamp module links to each other with described single-core fiber communication module.This module belongs to man-machine interaction unit, and main being responsible for adopts the LED lamp to indicate optical fiber connection, reiving/transmitting state.
The utility model adopts distributed combined interface, combines by single-core fiber transmission technology and single-core fiber, realize remote base station stable, reliably, rotating ring monitoring cheaply.
As shown in Figure 2, information source end processor can support 1-4 platform remote base station end collector to insert, thereby the rotating ring monitoring that realizes 1-4 remote base station inserts.
It is 1 RS232 serial data packet that the utility model converges the rotating ring monitor data of 1-4 remote base station, and monitor transmission channel by base station, information source station rotating ring monitoring collecting device and base station rotating ring and carry out uploading of data, the pipeline that has developed to innovation base station rotating ring monitoring is worth.
The utility model translates to band successively by the various acquisition port packets that the bottom is gathered and gathers ID number udp data bag, band collecting fiber mouth numbering and gather ID number acquisition port packet, band collecting fiber mouth numbering and gather ID number standard B interface protocol data bag, band collecting fiber mouth numbering and gather ID number RS232 serial data packet, solved the problem that variety of protocol carries out low-cost highly reliable transmission by single-core fiber, also solved various different communication protocol packets simultaneously and converged the protocol compatibility problem that is packaged as 1 232 serial data packet.
Collector of the present utility model is willing to have 8 dry contact acquisition interface and 2 RS232 acquisition interface simultaneously, can realize the non intelligent rotating ring equipment of remote base station and intelligent rotating ring equipment simultaneously, has the characteristic of simplifying, satisfy the few demand of remote base station measuring point, be conducive to the cost degradation of the utility model device.
The utility model is realized simple bottom memory function by in information source end processor the EEPROM memory module being set, the remote base station rotating ring monitor data when being used for preserving communication abnormality.
The utlity model has self-diagnostic function, the parameter configuration that enables to dispose the frame-skipping module when optical-fibre channel be some single-core fiber communication modules with and also during communication abnormality, then be judged as this road optical channel communication abnormality; The parameter configuration that enables to dispose the frame-skipping module when optical-fibre channel be some single-core fiber communication modules with and also communication normal, then be judged as this road optical channel communication abnormality; The parameter configuration that enables to dispose the frame-skipping module when optical-fibre channel be some single-core fiber communication modules not in usefulness, then directly judge this road optical channel not enabled; The LED lamp indicating module of information source end processor, remote base station end collector can show corresponding alarm indicator according to the duty of optical fiber reiving/transmitting state, acquisition interface.
The utility model utilizes single-core fiber to realize the rotating ring monitor data of remote base station end is sent to the information source base station, can be uploaded to Surveillance center by the base station rotating ring monitoring transmission channel of information source end group station rotating ring monitoring collecting device and composition thereof then, having solved remote base station does not have the problem of transmission equipment, the utlity model has simultaneously and simplify characteristic, reduced remote base station and built the cost of rotating ring monitoring.
The above; it only is the preferable embodiment of the utility model; but protection domain of the present utility model is not limited thereto; anyly be familiar with the people of this technology in the disclosed technical scope of the utility model; the variation that can expect easily or replacement all should be encompassed within the protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (8)
1. a rotating ring supervising device is characterized in that, comprising: remote base station end collector and information source end processor; Wherein:
Described remote base station end collector comprises: serial acquisition interface, dry contact acquisition interface, first information processing module, first photoelectric conversion module, the first single-core fiber communication module; Described serial acquisition interface links to each other with described first information processing module respectively with described dry contact acquisition interface, described first information processing module links to each other with described first photoelectric conversion module, and described first photoelectric conversion module links to each other with the described first single-core fiber communication module;
Described information source end processor comprises: the second single-core fiber communication module, second photoelectric conversion module, second message processing module, serial communication modular; The described second single-core fiber communication module links to each other with described second photoelectric conversion module, and described second photoelectric conversion module links to each other with described second message processing module, and described second message processing module links to each other with described serial communication modular;
The described first single-core fiber communication module links to each other by single-core fiber with the described second single-core fiber communication module.
2. device according to claim 1 is characterized in that, described remote base station end collector comprises that also sampling filter keeps module, and described sampling filter module is connected between described dry contact acquisition interface and the described first information processing module.
3. device according to claim 1, it is characterized in that, described remote base station end collector also comprises the first anti-surge module, and described anti-surge module links to each other with described serial acquisition interface, dry contact acquisition interface and the first single-core fiber communication module respectively.
4. device according to claim 1 is characterized in that, described remote base station end collector also comprises first indicating lamp module, and described first indicating module links to each other with described serial acquisition interface, dry contact acquisition interface respectively.
5. according to each described device in the claim 1 to 4, it is characterized in that described information source end processor comprises that also optical-fibre channel enables to dispose the frame-skipping module, described optical-fibre channel enables to dispose the frame-skipping module and links to each other with the described second single-core fiber communication module.
6. according to each described device in the claim 1 to 4, it is characterized in that described information source end processor comprises that also expanding second prevents the surge module, the described second anti-surge module links to each other with the described second single-core fiber communication module, described serial communication modular respectively.
7. according to each described device in the claim 1 to 4, it is characterized in that described information source end processor also comprises second indicating lamp module, described second indicating lamp module links to each other with described single-core fiber communication module.
8. according to each described device in the claim 1 to 4, it is characterized in that described information source end processor also comprises memory module, described memory module links to each other with described second message processing module.
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| CN2013200490798U CN203117748U (en) | 2013-01-28 | 2013-01-28 | Power environment monitoring device |
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| CN2013200490798U CN203117748U (en) | 2013-01-28 | 2013-01-28 | Power environment monitoring device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105446242A (en) * | 2015-11-17 | 2016-03-30 | 高新兴科技集团股份有限公司 | Intelligent equipment automation identification system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105446242A (en) * | 2015-11-17 | 2016-03-30 | 高新兴科技集团股份有限公司 | Intelligent equipment automation identification system |
| CN105446242B (en) * | 2015-11-17 | 2018-11-16 | 高新兴科技集团股份有限公司 | A kind of smart machine automatic recognition system |
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Granted publication date: 20130807 |