CN206057920U - For the intelligent monitoring and controlling device and intelligent monitor system of front monitoring front-end electrical equipment - Google Patents
For the intelligent monitoring and controlling device and intelligent monitor system of front monitoring front-end electrical equipment Download PDFInfo
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- CN206057920U CN206057920U CN201620848197.9U CN201620848197U CN206057920U CN 206057920 U CN206057920 U CN 206057920U CN 201620848197 U CN201620848197 U CN 201620848197U CN 206057920 U CN206057920 U CN 206057920U
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- controlling device
- electrical equipment
- intelligent monitoring
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Abstract
This utility model is related to intelligent monitoring and controlling device and intelligent monitor system for front monitoring front-end electrical equipment, intelligent monitoring and controlling device includes cabinet, transformator, manostat, single-chip microcomputer and controller are provided with cabinet, transformator has mains electricity input end and the transformation current output terminal for being used to connecting civil power, transformator is electrically connected with single-chip microcomputer, single-chip microcomputer is communicated to connect with controller, the transformation current output terminal of transformator connects the current input terminal of manostat, and the current output terminal of manostat connects single-chip microcomputer and controller respectively；Single-chip microcomputer is provided with for gathering the parameter acquisition port of front end electrical equipment running parameter, and controller has for connecting the relay and the network interface for connecting far-end server of front end electrical equipment.Intelligent monitor system includes far-end server, front end electrical equipment and intelligent monitoring and controlling device, far-end server connection intelligent monitoring and controlling device.Intelligent monitoring and controlling device disclosure satisfy that remote real-time monitoring of the far-end server to front end electrical equipment working condition.
Description
Technical field
This utility model is related to control panel field, more particularly to a kind of intelligent monitoring for front monitoring front-end electrical equipment
Device and intelligent monitor system.
Background technology
With attention of the country to public safety, various places popularize " safe city ", " intelligent transportation " and " intelligence in an all-round way
Highway " etc. monitors project, so as to reach the generation for realizing effective monitoring, containment crime case and accident potential.It is accompanied by
These monitored item purposes are promoted, and the front end electrical equipment such as substantial amounts of monitoring camera, illuminating lamp is mounted.
However, constantly riseing with front end electrical equipment quantity, front end electrical equipment is gone wrong repeatedly, and is caused
Later stage gradually increases for the O＆M difficulty of front end electrical equipment.For example, first-class front end electrical equipment is such as imaged by widely
Installed in city and rural area, front end electrical equipment breaks down, and just needs operation maintenance personnel to keep in repair.And in fact, front end electricity consumption sets
Standby failure often do not lie in hardware device failure (according to statistics, about 20%) equipment failure itself only accounts for, be generally more because
For reason causes the front end electrical equipment such as power-off suspension, civil power be unstable and equipment the crashes failure of itself, monitoring personnel
Often blindly can only physically go to carry out diagnosis and repair at faulty equipment scene, this will be undoubtedly greatly increased for front end electricity consumption
The maintenance cost of equipment.
Therefore, how to realize that monitoring personnel controls the front end electrical equipment working condition of far-end in real time, and use in front end
Effective reference information is obtained when electric equipment breaks down, for monitoring personnel in time and as far as possible easily prosthetic appliance failure, with
Ensure that front end electrical equipment normal work becomes the technical barrier of control panel field urgent need to resolve.
Utility model content
First technical problem to be solved in the utility model is to provide one kind for above-mentioned prior art to gather
The working status parameter of front end electrical equipment, and meet far-end server real-time remote monitoring front end electrical equipment working condition
For the intelligent monitoring and controlling device of front monitoring front-end electrical equipment.
Second technical problem to be solved in the utility model is to provide one kind for above-mentioned prior art to realize
Far-end server real-time remote monitoring front end electrical equipment working condition, to provide effective when front end electrical equipment breaks down
The intelligent monitor system of reference information.
This utility model solve technical scheme that above-mentioned first technical problem adopted for：Set for front monitoring front-end electricity consumption
Standby intelligent monitoring and controlling device, including cabinet, it is characterised in that in cabinet, be provided with transformator, manostat, single-chip microcomputer and control
Device, transformator have mains electricity input end and the transformation current output terminal for being used to connecting civil power, and transformator carries out electricity with single-chip microcomputer
Connection, single-chip microcomputer are communicated to connect with controller, and the transformation current output terminal of transformator connects the current input terminal of manostat, voltage stabilizing
The current output terminal of device connects single-chip microcomputer and controller respectively；It is provided with single-chip microcomputer for gathering front end electrical equipment work ginseng
Several parameter acquisition ports, controller have the relay for connecting front end electrical equipment and for connecting far-end server
Network interface；Wherein：
The parameter acquisition port of the single-chip microcomputer, for gathering electric current and/or voltage ginseng when front end electrical equipment works
Number；
The relay, for realizing that the sequential to front end electrical equipment starts and closing according to the instruction of controller.
After intelligent monitoring and controlling device connection far-end server, intelligent monitoring is will appreciate that for the ease of far-end server
Temperature conditionss inside and outside the cabinet of device, with improvement, the intelligent monitoring and controlling device includes the temperature inspection for detecting cabinet internal and external temperature
Device is surveyed, temperature-detecting device is connected with single chip communication.
In order to reduce the heat in cabinet in time, to ensure that intelligent monitoring and controlling device can be normal within the temperature range of permission
Work, further improve, the intelligent monitoring and controlling device include to cabinet inside realize radiating radiator fan, radiator fan with
Single chip communication connects.Wherein, radiator fan both directly can start radiating work according to the control instruction of single-chip microcomputer, again can be with
After the radiating instruction that single-chip microcomputer receives far-end server, then the radiating of far-end server is forwarded to instruct to radiation air by single-chip microcomputer
Fan.
In order to grasp whether cabinet is opened in time, with improvement, the intelligent monitoring and controlling device includes door status switch, and door sensor is opened
Pass is installed on the inwall of cabinet, and door status switch is connected with single chip communication.Door status switch be used for detect whether cabinet is opened,
Testing result is concurrently sent to give single-chip microcomputer process.
After front end electrical equipment is connected with the intelligent monitoring and controlling device, in order to point out the work of accessed front end electrical equipment
Make situation, then improve, the intelligent monitoring and controlling device also includes the status indicator lamp for showing front end electrical equipment working condition, state
Display lamp connects single-chip microcomputer.For example, status indicator lamp can point out the various of front end electrical equipment by following set-up mode
Working condition：Often bright expression front end electrical equipment starts status indicator lamp, and status indicator lamp extinguishes expression front end electrical equipment and closes
Close.Break down it is of course also possible to increase and represent when setting status indicator lamp flashes.User can be right according to status indicator lamp institute
The different instruction situations answered take corresponding measure.
For the ease of debugging intelligent monitoring and controlling device to ensure the normal work of intelligent monitoring and controlling device, and to intelligent monitoring and controlling device
Work in every parameter configured, with improvement, in the intelligent monitoring and controlling device, the controller include for debugging intelligence
The debugging interface of supervising device running parameter and the parameter/configuration interface for configuration intelligent monitoring and controlling device running parameter.
In order to store the running parameter of the front end electrical equipment gathered by intelligent monitoring and controlling device in time, to ensure intelligent monitoring
Storage front end electrical equipment running parameter is supplied to into far-end server after device connection far-end server, with improvement, the intelligence
Energy supervising device also includes storing the memorizer of front end electrical equipment running parameter, and memorizer is communicated to connect with controller.
This utility model solve technical scheme that second technical problem adopted for：Intelligent monitor system, including distal end
Server and front end electrical equipment, it is characterised in that also including above-described intelligent monitoring and controlling device, become in intelligent monitoring and controlling device
The mains electricity input end of depressor is electrically connected with city, and the parameter acquisition port connection front end electrical equipment of intelligent monitoring and controlling device, intelligence are supervised
Control device realizes communication connection by the network interface of controller with far-end server.
For the ease of video monitoring is still normally carried out when ambient light is dark, with improvement, the front end electrical equipment
At least include photographic head and the light compensating lamp of light filling is carried out to photographic head.When ambient light residing for photographic head is dark, then by mending
Light lamp carries out light filling, so as to ensure that photographic head performs video monitoring under compared with dark situation.Wherein, can select built-in in light compensating lamp
Light sensor, to perform benefit according to the ambient lighting situation detected by light sensor in which by light compensating lamp automatically, independently
Light.Certainly, after light compensating lamp can also connect single-chip microcomputer, by far-end server by single-chip microcomputer controlling the light filling work of light compensating lamp
Make.
In order to the operating condition of intelligent monitoring and controlling device is supplied to user in time, with improvement, the intelligent monitoring system
System also includes the mobile terminal for receiving intelligent monitoring and controlling device information, and mobile terminal carries out radio communication with intelligent monitoring and controlling device
Connection.
Compared with prior art, the utility model has the advantage of：
First, connect the intelligent monitoring dress in this utility model in extraneous front end electrical equipment by parameter acquisition port
Postpone, intelligent monitoring and controlling device can pass through the running parameter of parameter acquisition port processing correspondence front end electrical equipment, and in intelligence
After energy supervising device connection far-end server, the running parameter of front end electrical equipment can be sent to distal end by intelligent monitoring and controlling device
Server, it is so that monitoring personnel understands the working condition of current front end electrical equipment, remote in real time so as to meet far-end server
The needs of range monitoring front end electrical equipment working condition；
Secondly, after intelligent monitoring and controlling device is connected with far-end server and forms monitoring system, once front end electrical equipment
Break down, monitoring personnel can first according to faulty equipment at far-end server corresponding running parameter as reference information
Fault diagnosis is carried out, monitoring personnel directly is attempted repairing by the restarting of command fault equipment in distal end；If hardware event
Barrier, monitoring personnel just arrive the field maintenance on the spot of faulty equipment, can so avoid monitoring personnel from blindly going to equipment fault
Scene, so as to greatly save the time of maintainer.
Description of the drawings
The structural representation of intelligent monitoring and controlling devices of the Fig. 1 to be used for front monitoring front-end electrical equipment in this utility model embodiment
Figure；
Fig. 2 is the intelligent monitor system with intelligent monitoring and controlling device shown in Fig. 1.
Specific embodiment
This utility model is described in further detail below in conjunction with accompanying drawing embodiment.
As shown in figure 1, in the present embodiment, it is used for the intelligent monitoring and controlling device of front monitoring front-end electrical equipment, including cabinet 10, machine
Transformator 101, manostat 102, single-chip microcomputer 103 and controller 104 are provided with case 10, transformator 101 has for connecting
The mains electricity input end of civil power and transformation current output terminal, transformator 101 are electrically connected with single-chip microcomputer 103 is connected, single-chip microcomputer
103 are communicated to connect with controller 104, and the transformation current output terminal of transformator 101 connects the current input terminal of manostat 102, surely
The current output terminal of depressor 102 connects single-chip microcomputer 103 and controller 104 respectively；It is provided with single-chip microcomputer 103 for gathering front end
The parameter acquisition port 1030 of electrical equipment running parameter, controller 104 have the relay for being used to connecting front end electrical equipment
1041 and for connecting the network interface 1042 of far-end server；Wherein：
The parameter acquisition port 1030 of single-chip microcomputer 103, for gathering electric current and/or voltage when front end electrical equipment works
Parameter；According to actual needs, parameter acquisition port 1030 both can individually gather current parameters when front end electrical equipment works,
Voltage parameter when front end electrical equipment works can also individually be gathered, it is also possible to while gathering when front end electrical equipment works
Current parameters and voltage parameter；Electric current in the present embodiment can both be real-time current, or according to it is certain default when
Between the electric current that gathers；Similarly, voltage can both be real-time voltage, or the voltage gathered according to Preset Time herein；
Relay 1041, for realizing that the sequential to front end electrical equipment starts and closing according to the instruction of controller 104.
For example, the timing command that controller 104 is arranged is " starting 10 seconds retention times, close 10 seconds retention times ", by relay
1014 is powered according to the timing command of controller 104 kept for 10 seconds to control front end electrical equipment starting time, then relay
1041 power-off of device is kept for 10 seconds with controlling the front end electrical equipment shut-in time.The front end electricity consumption monitored by the intelligent monitoring and controlling device sets
Standby can be both single front end electrical equipment, or multiple front end electrical equipments；Accordingly, parameter acquisition port 1030
Quantity be correspondingly arranged also according to the quantity of the front end electrical equipment of required monitoring.Six parameters can be arranged to adopt in the present embodiment
Collect port 1030 to correspond to six front end electrical equipments, and the surge protection of civil power Jing transformators 101 and manostat 102 respectively
After process, the sequential of front end electrical equipment is started and sequential power-off by relay 1041, realize reducing surge current to front
Adverse effect when end electrical equipment is impacted.
In addition, extra standby parameter acquisition port 1030 can also be set on intelligent monitoring and controlling device, it is follow-up to facilitate
Expand and monitor other front end electrical equipments.Front end electrical equipment in the present embodiment can be the monitoring camera or fan of distal end
Or the electrical equipment of optical transmitter and receiver or other needs monitoring.
After intelligent monitoring and controlling device connection far-end server, intelligent monitoring and controlling device is will appreciate that for the ease of far-end server
Cabinet inside and outside temperature conditionss, with improvement, the intelligent monitoring and controlling device in the present embodiment includes detecting cabinet 10 internal and external temperature
Temperature-detecting device 105, temperature-detecting device 105 are communicated to connect with single-chip microcomputer 103.
In order to reduce the heat in cabinet 10 in time, to ensure that intelligent monitoring and controlling device can be within the temperature range of permission just
Often work, further improve, the intelligent monitoring and controlling device in the present embodiment also includes the radiating to realizing radiating inside cabinet 10
Fan 106, radiator fan 106 are communicated to connect with single-chip microcomputer 103.Radiator fan 106 both can directly according to single-chip microcomputer 103 control
System instruction starts radiating work, again can be after the radiating instruction that single-chip microcomputer 103 receives far-end server, then by single-chip microcomputer 103
The radiating of forwarding far-end server is instructed to radiator fan 106.
In order to grasp whether cabinet is opened in time, with improvement, intelligent monitoring and controlling device includes door status switch 107, and door sensor is opened
Close 107 to be installed on the inwall of cabinet 10, door status switch 107 is communicated to connect with single-chip microcomputer 103.Door status switch 107 is used to detect
Whether cabinet 10 is opened, and concurrently send testing result to process to single-chip microcomputer 103.
After extraneous front end electrical equipment is connected with the intelligent monitoring and controlling device, in order to point out accessed front end electricity consumption to set
Standby working condition, then improve, intelligent monitoring and controlling device also includes the status indicator lamp for showing front end electrical equipment working condition
108, the connection single-chip microcomputer 103 of status indicator lamp 108.For example, before status indicator lamp 108 can be pointed out by following set-up mode
The various working conditions of end electrical equipment：108 normal bright expression front end electrical equipment of status indicator lamp starts, status indicator lamp 108
Extinguish and represent that front end electrical equipment is closed, the flicker of status indicator lamp 108 represents that front end electrical equipment breaks down.User can be with
Different instruction situations according to corresponding to status indicator lamp 108 take corresponding measure.
In order to store the running parameter of the front end electrical equipment gathered by intelligent monitoring and controlling device in time, to ensure intelligent monitoring
Storage front end electrical equipment running parameter is supplied to into far-end server, with improvement, controller after device connection far-end server
104 include for the debugging interface 1043 of debugging intelligent monitoring and controlling device running parameter and for configuration intelligent monitoring and controlling device work ginseng
Several parameter/configuration interfaces 1044.User is after commissioning device is connected with debugging interface 1043, you can unlatching is set using debugging
The standby debugging efforts to intelligent monitoring and controlling device in the present embodiment；Similarly, user can also utilize the equipment and parameter of configuration
Configuration interface 1044 connects, and is configured with the running parameter to intelligent monitoring and controlling device in the present embodiment.
In order to store the running parameter of the front end electrical equipment gathered by intelligent monitoring and controlling device in time, to ensure intelligent monitoring
Storage front end electrical equipment running parameter is supplied to into far-end server after device connection far-end server, with improvement, intelligence is supervised
Control device also includes storing the memorizer 110 of front end electrical equipment running parameter, and memorizer 110 is communicated with controller 104
Connection.For example, after the intelligent monitoring and controlling device and far-end server disconnect network connection, intelligent monitoring and controlling device still Real-time Collection
And the running parameter of front end electrical equipment is stored in memorizer 110, once the connection of intelligent monitoring and controlling device and far-end server
After reparation, the front end electrical equipment running parameter that in time memorizer 110 has been stored is sent to distal end clothes by intelligent monitoring and controlling device
Business device.
As shown in Fig. 2 the present embodiment also provides a kind of intelligent monitor system, the intelligent monitor system includes far-end server
2nd, front end electrical equipment 3 and the intelligent monitoring and controlling device 1 described in the present embodiment, the civil power of transformator 101 in intelligent monitoring and controlling device
Input is electrically connected with city, the connection of the parameter acquisition port 1030 front end electrical equipment 3 of intelligent monitoring and controlling device 1, intelligent monitoring dress
Put 1 and communication connection is realized by the network interface 1042 of controller 104 with far-end server 2.
For the ease of video monitoring is still normally carried out when ambient light is dark, with improvement, front end electrical equipment 3 is at least
The light compensating lamp of light filling is carried out including photographic head and to photographic head.When ambient light residing for photographic head is dark, then by light compensating lamp
Light filling is carried out, so as to ensure that photographic head performs video monitoring under compared with dark situation.Wherein, can select to arrange photosensitive in light compensating lamp
Sensor, automatically, independently to perform light filling according to the ambient lighting situation detected by light sensor in which by light compensating lamp.When
So, after light compensating lamp can also connect single-chip microcomputer 103, the light filling work of light compensating lamp is controlled by far-end server 2.
In order to the operating condition of intelligent monitoring and controlling device 1 is supplied to user in time, with improvement, intelligent monitor system is also
Including the mobile terminal 4 for receiving intelligent monitoring and controlling device information, mobile terminal 4 carries out radio communication with intelligent monitoring and controlling device 1
Connection.
Below in conjunction with Fig. 1 and Fig. 2, the working condition of intelligent monitor system in the present embodiment is illustrated：
After the intelligent monitoring and controlling device in the present embodiment connects civil power, front end electrical equipment 3 and far-end server respectively,
The running parameter of the parameter acquisition port 1030 Real-time Collection correspondence front end electrical equipment 3 of intelligent monitoring and controlling device 1, then again by intelligence
The running parameter of front end electrical equipment 3 is sent to far-end server 2, the prison at far-end server 2 by energy supervising device 1 in real time
Control personnel can understand the working condition of current front end electrical equipment according to the front end electrical equipment running parameter for receiving；Once away from
When breaking down from the front end electrical equipment farther out of far-end server 2, monitoring personnel is first according to the front end electrical equipment remote
The corresponding running parameter in end 2 place of server carries out fault diagnosis：
A () monitoring personnel sends the order for restarting the faulty equipment to intelligent monitoring and controlling device by far-end server 2, by intelligence
Energy supervising device 1 controls faulty equipment energization by relay 1041 and restarts, to recover the normal work of the front end electrical equipment
Make；
If b () the faulty equipment is restarted after, the failure of equipment is eliminated not yet, then show that the failure is that front end electricity consumption sets
Standby hardware fault, now arranges maintainer to go to again by far-end server 2 and carry out at faulty equipment field maintenance on the spot.
The intelligent monitor system passes through preferentially to carry out remote monitoring diagnostic reparation, to save the front end electricity consumption to breaking down
The maintenance cost and time cost of equipment；Only failure front end electrical equipment is carried out remote diagnostics reparation and repair it is invalid after
Arrangement personnel keeped in repair on the spot, so as to save the time of maintainer to the full extent.
Claims (10)
1. a kind of intelligent monitoring and controlling device for front monitoring front-end electrical equipment, including cabinet (10), it is characterised in that cabinet (10)
Transformator (101), manostat (102), single-chip microcomputer (103) and controller (104) are provided with inside；
Transformator (101) with for connecting mains electricity input end and the transformation current output terminal of civil power, transformator (101) with it is single
Piece machine (103) is electrically connected, and single-chip microcomputer (103) is communicated to connect with controller (104), and the change current voltage of transformator (101) is defeated
Go out the current input terminal at end connection manostat (102), the current output terminal of manostat (102) connect respectively single-chip microcomputer (103) and
Controller (104)；
Be provided with single-chip microcomputer (103) for gather the external world front end electrical equipment running parameter parameter acquisition port
(1030), controller (104) is with for connecting the relay (1041) of front end electrical equipment and for connecting remote service
The network interface (1042) of device；Wherein：
The parameter acquisition port (1030) of the single-chip microcomputer (103), for gather electric current when front end electrical equipment works and/or
Voltage parameter；
The relay (1041), for realizing starting the sequential of front end electrical equipment according to the instruction of controller (104) and
Close.
2. intelligent monitoring and controlling device according to claim 1, it is characterised in that including the temperature of detection cabinet (10) internal and external temperature
Degree detection means (105), temperature-detecting device (105) are communicated to connect with single-chip microcomputer (103).
3. intelligent monitoring and controlling device according to claim 2, it is characterised in that include to radiating is realized inside cabinet (10)
Radiator fan (106), radiator fan (106) and single-chip microcomputer (103) are communicated to connect.
4. intelligent monitoring and controlling device according to claim 1, it is characterised in that including door status switch (107), door status switch
(107) it is installed on the inwall of cabinet (10), door status switch (107) is communicated to connect with single-chip microcomputer (103).
5. intelligent monitoring and controlling device according to any one of claim 1 to 4, it is characterised in that also use including showing front end
The status indicator lamp (108) of electric equipment working condition, status indicator lamp (108) connection single-chip microcomputer (103).
6. intelligent monitoring and controlling device according to any one of claim 1 to 4, it is characterised in that controller (104) bag
Include for the debugging interface (1043) of debugging intelligent monitoring and controlling device running parameter and for configuration intelligent monitoring and controlling device running parameter
Parameter/configuration interface (1044).
7. intelligent monitoring and controlling device according to any one of claim 1 to 4, it is characterised in that before also including storing
The memorizer (110) of end electrical equipment running parameter, memorizer (110) are communicated to connect with controller (104).
8. a kind of intelligent monitor system, including far-end server (2) and front end electrical equipment (3), it is characterised in that also including power
Profit requires the intelligent monitoring and controlling device (1) any one of 1 to 7, the mains electricity input end of transformator (101) in intelligent monitoring and controlling device
Electrically connect with city, the parameter acquisition port (1030) connection front end electrical equipment (3) of intelligent monitoring and controlling device (1), intelligent monitoring dress
Put (1) and communication connection is realized by the network interface (1042) of controller (104) with far-end server (2).
9. intelligent monitor system according to claim 8, it is characterised in that the front end electrical equipment (3) at least includes
Photographic head and the light compensating lamp of light filling is carried out to photographic head.
10. intelligent monitor system according to claim 8, it is characterised in that also including receiving intelligent monitoring and controlling device prompting
The mobile terminal (4) of information, mobile terminal (4) carry out wireless communication connection with intelligent monitoring and controlling device (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620848197.9U CN206057920U (en) | 2016-08-08 | 2016-08-08 | For the intelligent monitoring and controlling device and intelligent monitor system of front monitoring front-end electrical equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620848197.9U CN206057920U (en) | 2016-08-08 | 2016-08-08 | For the intelligent monitoring and controlling device and intelligent monitor system of front monitoring front-end electrical equipment |
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| Publication Number | Publication Date |
|---|---|
| CN206057920U true CN206057920U (en) | 2017-03-29 |
Family
ID=58379882
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| CN201620848197.9U Active CN206057920U (en) | 2016-08-08 | 2016-08-08 | For the intelligent monitoring and controlling device and intelligent monitor system of front monitoring front-end electrical equipment |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108388214A (en) * | 2018-02-07 | 2018-08-10 | 淮阴工学院 | A kind of intelligent O＆M device and method of road monitoring equipment |
| CN108549287A (en) * | 2018-05-11 | 2018-09-18 | 南京铁道职业技术学院 | A kind of monitoring temperature platform and its method |
| CN110007626A (en) * | 2019-04-04 | 2019-07-12 | 成都风行科技有限公司 | A kind of embedded O&M monitoring system |
-
2016
- 2016-08-08 CN CN201620848197.9U patent/CN206057920U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108388214A (en) * | 2018-02-07 | 2018-08-10 | 淮阴工学院 | A kind of intelligent O＆M device and method of road monitoring equipment |
| CN108549287A (en) * | 2018-05-11 | 2018-09-18 | 南京铁道职业技术学院 | A kind of monitoring temperature platform and its method |
| CN108549287B (en) * | 2018-05-11 | 2020-12-15 | 南京铁道职业技术学院 | Temperature monitoring platform and method thereof |
| CN110007626A (en) * | 2019-04-04 | 2019-07-12 | 成都风行科技有限公司 | A kind of embedded O&M monitoring system |
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