CN109461278A - Intelligent electric fire monitoring system based on Internet of Things - Google Patents
Intelligent electric fire monitoring system based on Internet of Things Download PDFInfo
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- CN109461278A CN109461278A CN201811566682.7A CN201811566682A CN109461278A CN 109461278 A CN109461278 A CN 109461278A CN 201811566682 A CN201811566682 A CN 201811566682A CN 109461278 A CN109461278 A CN 109461278A
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B17/00—Fire alarms; Alarms responsive to explosion
- G08B17/06—Electric actuation of the alarm, e.g. using a thermally-operated switch
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/30—Services specially adapted for particular environments, situations or purposes
- H04W4/38—Services specially adapted for particular environments, situations or purposes for collecting sensor information
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Abstract
The invention discloses a kind of intelligent electric fire monitoring system based on Internet of Things; including at least electrical fire-detector, electrical fire monitoring device, monitoring cloud platform and mobile terminal; wherein; the electrical fire-detector setting is in monitoring site and access to remote monitoring cloud platform, for detecting the residual current in protected circuit, temperature, electric current, voltage, power information and information being uploaded to monitoring cloud platform.Compared with prior art; the present invention meets the networking control of various application electrical fire monitoring products by a variety of networking interfaces of Integrated design; utilize the technologies such as wireless communication, internet, big data; protected circuit parameter, the variation tendency of intelligent predicting institute monitoring parameter can be monitored round-the-clockly.
Description
Technical field
The present invention relates to electrical fire monitoring technical field more particularly to a kind of intelligent electric fire prisons based on Internet of Things
Control system.
Background technique
With the rapid development of social economy, electric energy have become in people's daily life and social development one kind must can not
Few energy.Electric energy is the energy for advocating a kind of relative clean used, and usually we send out electric energy in production and use
Raw fire is known as electrical internal heat fire.The short circuit of mainly power supply line, overload, the electrical equipment event for causing electrical fire to occur
Barrier, aging circuit violate the factors such as safety operation specification using electrical equipment.Lives and properties of the generation of electrical fire to people
Safety brings grave danger.
In the distribution line there are many China in house all in low installation horizontality, state specified standards is not achieved
Level, people are short in understanding to the criterion problem of electric wiring installation, cause to occur when buying house and house decoration
The hidden danger of electrical fire accident largely exists, and the probability that electrical fire occurs is very high.According to " the annual report of the Fire Department of Ministry of Public Security
Yearbook " in recent years national fire disaster analyzing show that the quantity that electrical fire occurs between 2010 to 2016 years occurs in total in fire
Maximum specific weight, up to 32.4% are occupied as beforely, and minimum is also 26.5%.The generation of fire is not only brought huge
Huge economic loss is accompanied by the injures and deaths of personnel, only causes 1582 people dead in fire in 2016,1065 people are injured, directly
Property loss is up to 37.2 hundred million yuan.Reduce threat of the fire to the people's lives and property safety, controls the maximum electrical fire of specific gravity
It is very important behave.On April 26th, 2017, " the safety in production committee, State Council prints and distributes electrical about carrying out
The notice of fire integrated control " file in, propose the whole nation carry out 3 years by a definite date electrical fire comprehensive treatment work.
It encourages to apply electrical fire monitoring technology, promotes detection, early warning and disposing capacity to electric equipment products and its route operating status.
Electric fire monitoring system device category currently on the market is many and more mature, multiple functional, has been formed
More perfect electrical fire monitoring product system.More well-known high-end product is usually by American-European, Japanese national company
Manufacture and design, such product is usually somewhat expensive.Mainstream electric fire monitoring system generally uses the form i.e. bus of wired networking
Formula, such as two lines bus, CAN, Modbus, RS485 fieldbus, there are wiring installation amount is big, monitoring mode is not humane etc. is asked
Topic, is not suitable with modern society's needs.Increasingly mature Internet of Things and the new technology continued to bring out provide good to solve these problems
Good opportunity.Electric fire monitoring system and Internet of Things, big data technology are combined into building and more meet modern architecture needs
Electrical fire prevention system be future development trend.
Therefore in view of the drawbacks of the prior art, it is really necessary to propose a kind of technical solution to solve skill of the existing technology
Art problem.
Summary of the invention
In view of this, being set it is necessory to provide a kind of intelligent electric fire monitoring system based on Internet of Things by integrated
Count a variety of networking interfaces to meet the networking control of various application electrical fire monitoring products, using wireless communication, mutually
The technologies such as networking, big data, can monitor protected circuit parameter round-the-clockly, and the variation of intelligent predicting institute monitoring parameter becomes
Gesture, anticipatory analysis predict the risk that electrical fire occurs, accurately issue alarm signal, to reduce the wind of electrical fire generation
Threat of the electrical fire to people's lives and properties is reduced in danger.
In order to solve technical problem of the existing technology, technical scheme is as follows:
Intelligent electric fire monitoring system based on Internet of Things includes at least electrical fire-detector, electrical fire monitoring
Equipment, monitoring cloud platform and mobile terminal, wherein
The electrical fire-detector setting is in monitoring site and access to remote monitoring cloud platform, for detecting by protective wire
Information is simultaneously uploaded to monitoring cloud platform by residual current, temperature, electric current, voltage, power information in road；
The monitoring cloud platform realizes distributed connection network using micro services framework, each electrical for receiving and storing
The data information of fire detector upload simultaneously carries out Data Analysis Services to realize electric fire disaster warning；
The mobile terminal is for remotely accessing monitoring cloud platform, for inquiring and obtaining relevant data information；
The electrical fire-detector includes at least free-standing electrical fire-detector and the detection of dependent formula electrical fire
Device, the electrical fire-detector are directly accessed network and monitoring by GPRS/NB-IOT/2G/3G/4G/LTE eMTC or 5G
Cloud platform communication, or networking is realized by LoRa/Ziggbee/WIFI/SigFox access gateway and passes through gateway accessing network
It is communicated with monitoring cloud platform；The dependent formula electrical fire-detector accesses electricity by LoRa/Ziggbee/WIFI/SigFox
Gas fire hazard monitoring equipment realizes networking, then accesses network by the electrical fire monitoring device and communicate with monitoring cloud platform；
RN8209D Acquisition Circuit, the RN8209D Acquisition Circuit and ac input end is arranged in the electrical fire-detector
It is connected with residual current transformer output end, for detecting residual current, electric current, voltage, power information.
As the scheme of further improvement, the electrical fire-detector is using A9G module as controller.
As be further improved scheme, the monitoring cloud platform use MQTT, CoAP, WebSockes, REST/HTTP,
One of XMPP, SoAP, DDS, AMQP, JMS or a variety of.
As the scheme of further improvement, the mobile terminal uses PC, plate, smart phone or intelligent wearable device.
As the scheme of further improvement, the monitoring cloud platform builds the end Web for showing electrical fire-detector
The latest data information and historical data information of biography, data information includes at least position, device id, data report frequency, newest
Reported data time, the protocol information used.
As the scheme of further improvement, the monitoring cloud platform was handled and is analyzed to the data monitored and to future
Data variation trend is predicted to prenotice user and carry out processing preparation in advance；Simultaneously be more than threshold values when by short message,
Mail or liaison mode notify user's warning message.
Preferably, Future Data variation tendency is precisely predicted, assessment alarm risk is accurate to alarm；
Preferably, using distributed structure/architecture, have high stability, support high concurrent, is expansible.
Preferably, support the Internet of Things communication protocol of mainstream, be MQTT, CoAP, WebSockes, REST/HTTP, XMPP,
One of SoAP, DDS, AMQP, JMS or a variety of.
Preferably, diversified data presentation mode is supported, user can be on PC browser or mobile terminal to monitoring
It is very clear to latest data and historical data；
Preferably, a variety of type of alarms are supported, can notify user's warning message by modes such as short message, mail, phones；
Preferably, the data monitored are handled and are analyzed, be more than threshold values when and alarm.
Preferably, remotely located the parameter allowed can be standardized；
Preferably, has subscriber management function.
Mobile terminal APP: in the upper development and application of the mobile terminal such as smart phone, plate and intelligent wearable device etc. of mainstream
Program.Realize user can checking monitoring data information whenever and wherever possible function；It can be with the function of remotely located equipment relevant parameter
Energy.
According to the intelligent electric fire monitoring system of above-mentioned internet of things oriented, a kind of design method, this method tool are proposed
Body is as follows:
Electrical fire-detector: design multisensor stand alone type electrical fire-detector can detecte in protected circuit
Residual current, temperature, electric current, voltage, power information, using the communication mode of GPRS.Detector acquires electricity by RN8209D
Road, temperature acquisition, A9G, key, display, control signal output, sound and light alarm signal, SD card storage, power module composition.A9G
Reading collects parameter, sees if fall out user setting threshold values, and sound-light alarm and control signal output are carried out if exceeding, will
Information preservation is collected into SD card, for inquiry, and timing is reported to electrical fire monitoring platform.
The RN8209D Acquisition Circuit is for acquiring residual current, electric current, information of voltage；
The temperature collecting module is used for temperature collection information；
Controller and communication module of the A9G module as detector；
Input of the key for user and detection interaction is supported；
The display module is for showing the collected information of equipment；
The control signal output module is used for fire protection linkage control signal；
The sound and light alarm signal module is used to issue acousto-optic report when collected signal exceeds threshold values set by user
Alert signal；
The SD card storage is for storing the collected information of equipment；
The power module is used to power to detector；
Preferably, this method a kind of electrical fire-detector controller hardware type selecting of low cost involved in design method
A9G GPRS mould group, the mould group are used as the controller and communication module of detector simultaneously, are not necessarily to MCU required for traditional design,
Cost is saved from hardware；
Preferably, this method a kind of hardware selection of simple information acquisition involved in design method, using RN8209D core
Piece acquire residual current, electric current, information of voltage, compared with traditional acquisition mode, greatly simplify residual current acquisition difficulty, mention
High sampling accuracy, meanwhile, acquisition parameter is extended, can be used for the Integrated Development of other wisdom electricity consumption occasions.
Preferably, residual current acquisition access circuit, residual current transformer in the detector RN8209D Acquisition Circuit
Two output terminals are separately connected the two-terminal of HE1, No. 2 terminal grounds of HE1, and controller first controls IO connection resistance R11, into
One step is connected to the base stage of triode Q2, and the one end resistance R10 connects power supply 2V8, the collector of other end connecting triode Q2, control
Device second processed controls the collector of IO connecting triode Q2；The emitter series resistance R13 of triode Q2 is further accessed
The port VIP of RN8209D, the port the V1N ground connection of RN8209D；The one end R15 connects the port V1P, other end ground connection；Capacitor C7 is simultaneously
It is associated in the both ends resistance R15.This circuit can detect mutual inductor connection state and filtering.When the control of controller first IO is high level,
Triode Q2 conducting, controller second control IO and detect incoming level, and if height, then mutual inductor does not access, conversely, then accessing.
Capacitor C7 and resistance R13 constitutes passive low-pass filter circuit, filters out the clutter in residual current signal, makes the sampling of residual current
It is worth more accurate.
Preferably, the acquisition of electric current accesses circuit, the alternating current of 220V/50Hz in the detector RN8209D Acquisition Circuit
Firewire (L) is entered by 1 terminal of HE2, is gone out from 2 terminals of HE2；The port V2P of the 1 terminal series-shunt R1 access RN8209D of HE2,
The port V2N of the 2 terminal series-shunt R8 access RN8209D of HE2；Resistance RC is connected in parallel between the port V2P and V2N；R2 series connection R5, electricity
Hold C1 series connection C2 to be further connected in parallel between V2P and V2N, R2 and R5, C1 and C2 points of common connection ground connection.This circuit constitutes anti-mixed
Folded filter circuit, increases the sampling precision of electric current.
Preferably, the telecommunication circuit in the detector RN8209D Acquisition Circuit with A9G, the end RX/RST_N of RN8209D
Mouth connects one end of capacitor C1_2, and further, the other end of C1_2 is grounded；The RX/RST_N of one end connection RN8209D of resistance R45
Port, the other end connect the port controller TX；The port TX of RN8209D connects the one end resistance R44, and further, the R44 other end connects
Connect the port controller RX, a termination port controller RN_TX of C1_1, other end ground connection.This circuit constitutes passive low-pass filter
Circuit improves the anti-interference ability of serial communication.
Preferably, this detector supports MQTT, CoAP, http protocol, meanwhile, SSL encryption is used to data, guarantees data
Safety, realize directly with electrical fire monitoring Platform communication.
Preferably, our law detector includes low-power consumption warning output control circuit.J1 is connecting terminal, linkage control electricity
Pressure is accessed by 2 terminals of J1, is drawn out to the interlocking equipments such as breaking road device by 1 terminal of J1.K1 is relay, the dynamic touching of relay
Point is connected with 1 terminal of J1, and the normally opened contact of relay is connected with 2 terminals of J1, and electricity is accessed in one end of relay coil terminal
Source VUSB, the collector of another termination triode Q3；The cathode of diode D is connected with power supply VUSB, and anode connects triode Q3
Collector；After Light-Emitting Diode and resistance R12 series connection, it is connected between power supply VUSB and Q3 collector；Controller third control
IO processed connects at one end of resistance R20, capacitor C8 and the both ends in R20, and then the other end of R20 connects resistance R17, accesses three poles
The base stage of pipe Q3；Resistance R19 and the base stage of triode Q3 and transmitting collection between；The emitting stage of triode Q3 is grounded, this circuit
Power consumption when relay closure is kept can be reduced.
Preferably, this method uses micro services framework on electrical fire monitoring platform, realizes distribution, has good
Scalability.
Preferably, the electrical fire monitoring platform of this method can analyze data and predict, provide the service of giving warning in advance.
Preferably, the electrical fire monitoring platform of this method, supports a variety of type of alarms, if relevant parameter is more than valve
Value, then notify user's warning message by way of short message, mail
Preferably, the electrical fire monitoring platform of this method, has built MQTT, CoAP, HTTP server, support MQTT,
CoAP, http protocol.
Preferably, the end Web of the electrical fire monitoring platform of this method can show equipment upload latest data information,
The details of historical data information and equipment include position, device id, data report frequency, the newest reported data time,
The protocol information used, other function further illustrate in the concrete realization.
Mobile terminal: mobile terminal APP is developed based on Android, realizes the end the Web phase supported with electrical fire monitoring platform
As function.
Compared with prior art, by a variety of networking interfaces of Integrated design to meet various application electrical fires
The networking control of monitoring product can be monitored round-the-clockly by protective wire using technologies such as wireless communication, internet, big datas
Road parameter, the variation tendency of intelligent predicting institute monitoring parameter, anticipatory analysis predicts the risk that electrical fire occurs, accurate to issue report
Alert signal reduces threat of the electrical fire to people's lives and properties to reduce the risk of electrical fire generation.
Detailed description of the invention
Fig. 1 is that the present invention is based on the system block diagrams of the intelligent electric fire monitoring system of Internet of Things；
Fig. 2 is electrical fire-detector structure chart in the present invention；
Fig. 3 is RN8209D Acquisition Circuit figure Acquisition Circuit figure in the present invention；
Fig. 4 is electrical fire-detector alarm output circuit figure in the present invention；
Fig. 5 is electrical fire monitoring paralell composition in the present invention；
Fig. 6 is that electrical fire monitoring platform implements schematic diagram in the present invention；
Following specific embodiment will further illustrate the present invention in conjunction with above-mentioned attached drawing.
Specific embodiment
Technical solution provided by the invention is described further below with reference to attached drawing.
System schema referring to Fig.1, mainly by electrical fire-detector, electrical fire monitoring device, electrical fire monitoring cloud
Platform and mobile terminal APP composition.Relative to traditional electrical fire-detector or electrical fire monitoring device, this system makes
With wireless communication/networking mode, device-dependent message is uploaded into electrical fire monitoring by the Internet of Things fidonetFido of mainstream maturation
Platform, monitor supervision platform handle the message that equipment reports, and provide related service, and pass through PC browser end and intelligent movable
Terminal is supplied to user.Each component part is illustrated respectively below:
Electrical fire-detector: residual current, temperature, electric arc etc. are related to electrical fire prevention in detection protected circuit
One or more parameters, other function are not repeating.It is to be noted that free-standing electrical fire-detector, can independently make
With not needing to be used cooperatively with electrical fire monitoring device, have monitor supervision platform or gateway communication/networking function；Dependent
The electrical fire-detector of formula needs and electrical fire monitoring device is used cooperatively, and has and electrical fire monitoring device wireless group
The ability of net.
Electrical fire monitoring device: being used cooperatively with dependent formula electrical fire-detector, has and detects with electrical fire
The ability of device wireless networking capabilities and electrical fire monitoring platform wireless communication.Electrical fire-detector and electrical fire monitoring are set
Standby other function is designed according to existing relevant specification of country.
Wherein, there are three types of the communication patterns of electrical fire-detector and electrical fire monitoring platform, the first is directly to connect
The mode entered, directly and server communication by the 5G technology in GPRS/NB-IOT/2G/3G/4G/LTE eMTC and future.Second
Kind is gateway accessing, i.e., gateway carries out networking by way of LoRa/Ziggbee/WIFI/SigFox, and gateway passes through first again
The communication technology and electrical fire monitoring Platform communication of kind mode.First two is the access side of free-standing electrical fire-detector
Formula；The third access way is the access way of dependent formula electrical fire-detector, and electrical fire-detector first passes through second
Kind local networking mode and electrical fire monitoring device networking, monitoring device pass through again the communication technology of the first mode with
Electrical fire monitoring Platform communication.
Preferably, communication data is used uniformly JSON format.
Preferably, one or more Internet of Things communication protocols are supported.In the mistake of local area data transmissions and remote data transmission
Data are encrypted in Cheng Zhong, guarantee data security.
Electrical fire-detector and electrical fire monitoring terrace part specific embodiment are as follows:
Electrical fire-detector is the GPRS mould group for selecting Shenzhen An Xinke Science and Technology Ltd. referring to Fig. 2, A9G, is used
The mode of the secondary development of CSDK, the controller of the mould group as detector, while as communication module, it no longer needs to using MCU,
Cost is saved from hardware, this is a big advantage of the type selecting.Route residual current, electric current, electricity are detected using RN8209D
Information is pressed, and reads power information；Using DS18B20 temperature collection.Serial communication is used between RN8209D and A9G mould group；
The communication of DS18B20 and A9G is realized by one-line bus timing.Electrical fire-detector supports MQTT, CoAP, HTTP Internet of Things
Agreement, first two realize that latter realizes http protocol POST request by transplanting corresponding Open Source Code.Data transmission uses
JSON format encrypts data using SSL algorithm, realizes the direct communication with electrical fire monitoring platform.
For RN8209D Acquisition Circuit referring to Fig. 3, it is 9600bps, alternating current L that baud rate, which is arranged, by the port B1 and B0 in RN8209D
Line accesses 1 terminal of HE3, and N line accesses 2 terminals of HE3.Resistance R3_1 takes 2M ohm, and R3_2 takes 1k ohm, constitutes partial pressure electricity
Road is accessed for voltage detecting.Residual current and current detecting access circuit are being described above, are not repeating.
For alarm output circuit referring to Fig. 4, J1 is connecting terminal, and control voltage signal is accessed by No. 2 terminals of J1, by J1's
No. 1 terminal draws the interlocking equipments such as breaking road device, the different control electricity that the equipment that this mode is adapted to different linkages needs
Pressure changes the control voltage signal of the 2 terminals access of J1；K1 is relay, and diode D rises reversed continuous when Q3 is turned off
Stream effect, inhibits surge；Light emitting diode D2 indicates alarm signal output state.Capacitor C8 at the both ends Q3 base resistance R20,
Be to charge in the short time of high level in the port of A9G controller, R20 be in short-circuit condition, and Q3 is connected, thus make after
Electric appliance is closed, and after steady operation, C8 charging complete will be reduced by the electric current of Q3 base stage, and the total current of collector will reduce, relay
The electric current that device is got is inevitable will also to be reduced, and be reduced the voltage at relay coil both ends, be maintained the attracting state of relay, reach low
The purpose of power consumption.
Electrical fire monitoring paralell composition joins Fig. 4, and MQTT proxy server realizes there is Apache using Open Source Code
Tri- kinds of Apollo, mosquitto and emqttd, this method uses emqttd, is deployed on Ali's cloud.The realization of CoAP agreement
Main libcoap (C language realization) and Californium (Java language realization) has transplanted libcoap in the design detector
Client-side program, platform use Californium server-side.Electrical fire monitoring platform Web is developed using Java language,
Support http protocol.Use Redis cluster as cache database, MySql realizes that data persistence, MySql have used Mycat
Construct cluster.Monitor supervision platform is that key is stored in Redis database with device id, then holds again after obtaining the data that equipment reports
Longization arrives MySql database, directly obtains from Redis when user checks the latest data reported, can accelerate platform response
Speed reduces the pressure of MySql database.
Monitor supervision platform specific implementation refers to Fig. 5, and whole system uses micro services framework, realizes distributed.To micro services frame
The Technology Selection of structure is as follows: the example exploitation of micro services uses the Spring Boot of Spring team, the service registration in framework
Center uses Spring Cloud Eureka, and client load equilibrium uses Hystrix, and server-side load balancing uses
Nginx is used Spring Cloud Zuul as the API gateway in framework, is packaged and is disposed using Docker.Platform
The service of exploitation has permission control and back-stage management of the subscriber management service for user；Single-sign-on services are used in distribution
The Authority Verification of user in system.Facility information, which is looked into change, services the modification checked and parameter is arranged for being used for device data information such as
Report frequency, alarming threshold value.MQTT service, CoAP service, HTTP service provide the service communicated with equipment.The analysis of data is pre-
The service of survey is mainly used to judgement and prediction and alarm information, if relevant parameter is more than threshold values, is led to by way of short message, mail
Know that user's warning message, short message and mail notification use the short message service and mail push service of Ali's cloud.Usage history data
Hidden horse paediatrics husband model (HMM) is constructed, the variation tendency of period device data is predicted, keeps warning message more accurate,
It can give warning in advance simultaneously and notify user.In the display of front end data, using Datatables table plug-in unit and Highcharts
The visualization of chart library realization data；Using the API of Baidu map, the latitude and longitude information reported according to equipment, by equipment geography
Location information is shown on map.
The above description of the embodiment is only used to help understand the method for the present invention and its core ideas.It should be pointed out that pair
For those skilled in the art, without departing from the principle of the present invention, the present invention can also be carried out
Some improvements and modifications, these improvements and modifications also fall within the scope of protection of the claims of the present invention.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (6)
1. the intelligent electric fire monitoring system based on Internet of Things, which is characterized in that including at least electrical fire-detector, electrically
Fire hazard monitoring equipment, monitoring cloud platform and mobile terminal, wherein
The electrical fire-detector setting is in monitoring site and access to remote monitoring cloud platform, for detecting in protected circuit
Residual current, temperature, electric current, voltage, power information and information is uploaded to monitoring cloud platform；
The monitoring cloud platform realizes distributed connection network using micro services framework, for receiving and storing each electrical fire
The data information of detector upload simultaneously carries out Data Analysis Services to realize electric fire disaster warning；
The mobile terminal is for remotely accessing monitoring cloud platform, for inquiring and obtaining relevant data information；
The electrical fire-detector includes at least free-standing electrical fire-detector and dependent formula electrical fire-detector, institute
It states electrical fire-detector and network and monitoring cloud platform is directly accessed by GPRS/NB-IOT/2G/3G/4G/LTE eMTC or 5G
Communication, or networking is realized by LoRa/Ziggbee/WIFI/SigFox access gateway and passes through gateway accessing network and monitoring
Cloud platform communication；The dependent formula electrical fire-detector accesses electrical fire by LoRa/Ziggbee/WIFI/SigFox
Monitoring device realizes networking, then accesses network by the electrical fire monitoring device and communicate with monitoring cloud platform；
The electrical fire-detector is arranged RN8209D Acquisition Circuit, the RN8209D Acquisition Circuit and ac input end and remains
Aftercurrent mutual inductor output end is connected, for detecting residual current, electric current, voltage, power information.
2. the intelligent electric fire monitoring system according to claim 1 based on Internet of Things, which is characterized in that described electrical
Fire detector is using A9G module as controller.
3. the intelligent electric fire monitoring system according to claim 1 or 2 based on Internet of Things, which is characterized in that described
Monitor cloud platform using one of MQTT, CoAP, WebSockes, REST/HTTP, XMPP, SoAP, DDS, AMQP, JMS or
It is a variety of.
4. the intelligent electric fire monitoring system according to claim 1 or 2 based on Internet of Things, which is characterized in that described
Mobile terminal uses PC, plate, smart phone or intelligent wearable device.
5. the intelligent electric fire monitoring system according to claim 1 or 2 based on Internet of Things, which is characterized in that described
The latest data information and historical data information that monitoring cloud platform builds the end Web to upload for showing electrical fire-detector,
Data information reports frequency, newest reported data time, the protocol information used including at least position, device id, data.
6. the intelligent electric fire monitoring system according to claim 1 or 2 based on Internet of Things, which is characterized in that described
Monitoring cloud platform is handled and is analyzed to the data monitored and predicted Future Data variation tendency to prenotice
User carries out processing in advance and prepares；User's warning message is notified by short message, mail or liaison mode when being more than threshold values simultaneously.
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