CN106502152A - A kind of Internet of Things energy-saving safe intelligent control method and system - Google Patents
A kind of Internet of Things energy-saving safe intelligent control method and system Download PDFInfo
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- CN106502152A CN106502152A CN201610961012.XA CN201610961012A CN106502152A CN 106502152 A CN106502152 A CN 106502152A CN 201610961012 A CN201610961012 A CN 201610961012A CN 106502152 A CN106502152 A CN 106502152A
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- recognition device
- intelligent recognition
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- internet
- monitor area
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0428—Safety, monitoring
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/24—Pc safety
- G05B2219/24024—Safety, surveillance
Abstract
The invention discloses a kind of Internet of Things energy-saving safe intelligent control method and system, method implementation steps include installing the Intelligent Recognition device with manual power switch and WiFi probe functions in each monitor area in advance, intelligent control box is arranged in the supply line of monitor area, the operational mode of Intelligent Recognition device includes automatic mode and manual mode, the MAC Address of targeted customer's mobile terminal is registered in Intelligent Recognition device, the power supply of designated equipment opened first by Intelligent Recognition device according to WiFi probes or manual power switch after starting, then select to execute automatic mode and manual mode to close the power supply of designated equipment according to WiFi probes, mutually can change between automatic mode and manual mode；System includes Intelligent Recognition device and intelligent control box.Based on WiFi probe techniques, the present invention can differentiate that the active situation of user is realized carrying out power supply to all or part of equipment of monitor area, can prevent the generation of electrical fire, and quick, implementation cost easy to implement is low.
Description
Technical field
The present invention relates to Internet of Things energy-saving safe technology, and in particular to a kind of Internet of Things energy-saving safe intelligent control method and
System.
Background technology
After American developed First cities and towns fire-fighting calamity warning devicess in 1847, remove from office through a lot of technology
Newly, existing the fire automatic alarm control system is the third generation after improving, by triggering device, alarm of fire controller, warning devicess, connection
Dynamic alarm device, power supply composition, triggering device provides fire alarm condition, including various fire detectors, manual pull station；
Alarm of fire controller is to receive, show and transmit fire alarm, and can send control signal and with other miscellaneous functions
Control instruction equipment, including fire alarm control unit and fire display panel；Warning devicess are with sound, light form warning Field Force's note
The equipment of meaning, sound light crossing-signal and alarm bell etc.；After fire alarm is connected to, linkage alarm device energy automatic or manual starts phase
Close fire-fighting equipment and show its working condition, such as automatic fire extinguishing system, indoor fireplug system, Smoke prevention smoke evacuation system and air-conditioning lead to
Wind system, normally opened fire resistant doorsets, fire resisting shutter, non fire fighting power supply control device, elevator forced landing control device, fire disaster emergency broadcast control
Device processed, linkage alarm device combine these external equipment actions, and power supply is then power supply guarantee system worked well.However,
Very full-order system is looked, there are problems that a lot, such as system rate of false alarm and do not reported rate all some are high, need staff on duty, no
Generation of fire etc. is prevented in advance can.Therefore, a lot of researchers are making great efforts to employ new technology now, offset anti-automatic report
Alarm system is improved.
For example, the Chinese patent literature of Application No. CN201110322003.3 discloses a kind of fire-fighting based on Internet of Things
Remote supervisory peace comments system and its control method, there is provided a kind of fire-fighting remote supervisory peace based on Internet of Things comments system and its control
Method processed, needs supervision place or position for fire-fighting, it is characterised in that data acquisition unit by when reality or taken at regular intervals number
According to, information sent to by information transmission unit after Relay Server carries out information pre-processing and classification user and long-range in
Heart control unit；Centralized control unit server group is communicated with one another with display end module, and by information transmission unit and data
Collecting unit is mutually communicated, the live fire-fighting system operation information of reduction in real time, while store formation in server database going through
History data, are analyzed, contrast judgement with real time data, provide three-level early warning information when being manager and user in fact, and periodically
Generate peace Commentary Report to accuse.System administration side and user can understand the running state information of live fire-fighting system, our unit's fire-fighting at any time
The performance and operation safe condition of system and equipment, makes the fire-fighting in every profession and trade have normality Security Assurance Mechanism.The patent
Data acquisition, analysis is simply solved the problems, such as, system rate of false alarm is improved to a certain extent and is not reported rate, but can not prevent in advance
The only generation of fire.For example, the Chinese patent literature of Application No. CN201610380321.8 discloses a kind of Internet of Things fire-fighting
System, including：Some fire-fighting equipments with unique address code；Harvester, its gather the instantaneous operating conditions of each fire-fighting equipment
Data；Cloud Server, which stores and processes the data from harvester, and stores and process the data of each fire-fighting equipment, while
By the fault message of fire-fighting equipment and repair and maintenance information pushing to user terminal；Management terminal, manager are obtained by the management terminal
The data for taking Cloud Server are managed with carrying out fire-fighting equipment maintenance, configuration modification, processing customer order, process after-sale service and user
Reason；User terminal, user send the data of each fire-fighting equipment by user terminal to Cloud Server, and obtain the number of Cloud Server
According to, with online purchase fire-fighting equipment, check each fire-fighting equipment instantaneous operating conditions and application after-sale service.The Internet of Things of the invention
Net fire-fighting system can fire equipments carry out remote management, tracking, monitoring and control, and the efficiency of management is high.But also without solution
The problem for certainly preventing fire from occurring in advance.
In sum, the wrong report of existing fire system or do not report rate high, come from its system centralized configuration, i.e. triggering device
The fire protection warning of offer, system must be unified, after the process of alarm of fire controller, can just react, if alarm of fire
Controller goes wrong, and may result in the failure of whole system failure；And, a lot of fire Producing reasons are that user goes out
And forget that closing electrical equipment causes, so, if can be changed to distributed by fire-fighting system, and when user leaves, it is automatically switched off
Power supply, will greatly improve the accuracy rate of fire protection alarm system, and can prevent the generation of electrical fire.
Content of the invention
The technical problem to be solved in the present invention：For the problems referred to above of prior art, there is provided one kind can be visited based on WiFi
Pin technology differentiates that the active situation of user is realized carrying out power supply to all or part of equipment of monitor area, can prevent electricity
The generation of gas fire, the low Internet of Things energy-saving safe intelligent control method of quick, implementation cost easy to implement and system.
In order to solve above-mentioned technical problem, the technical solution used in the present invention is：
On the one hand, the present invention provides a kind of Internet of Things energy-saving safe intelligent control method, and implementation steps include：
1）The Intelligent Recognition device with manual power switch and WiFi probe functions is installed in each monitor area in advance,
Arrange in the supply line of monitor area for controlling the Based Intelligent Control of monitor area all or part device power supply (DPS) on off operating mode
Box, the intelligent control box is connected with Intelligent Recognition device, and the operational mode of the Intelligent Recognition device includes automatic mode and handss
Dynamic model formula, and the MAC Address of targeted customer's mobile terminal is registered in Intelligent Recognition device；
2）After Intelligent Recognition device electrifying startup, the WiFi probes detection customer mobile terminal of Intelligent Recognition device sends active scan
Search for the packet of WiFi equipment and obtain the MAC Address of customer mobile terminal, if the MAC Address is registered, judge to use
Family is targeted customer and opens the power supply of monitor area designated equipment and redirect execution next step；Otherwise, if Intelligent Recognition device
Detect manual power switch to be triggered, then open the power supply of monitor area designated equipment and redirect execution next step；
3）Intelligent Recognition device detects targeted customer by WiFi probes, if Intelligent Recognition device detects targeted customer, intelligence
Evaluator enters automatic mode and redirects execution step 4）, otherwise Intelligent Recognition device enters and manual mode redirects execution step
5）；
4）In automatic mode, if the WiFi probes of Intelligent Recognition device specify duration no target detected user more than first,
Then Intelligent Recognition device cuts out the power supply of monitor area designated equipment, and redirects execution step 3）；If detecting manual power to open
Pass is triggered, then Intelligent Recognition device enters manual mode and redirects execution step 5）；
5）In a manual mode, if the electric power starting that Intelligent Recognition device detects monitor area designated equipment is specified more than second
Duration or manual power switch are triggered, then close the power supply of monitor area designated equipment, and redirect execution step 3）；If
The WiFi probes of Intelligent Recognition device detect targeted customer, then Intelligent Recognition device enters automatic mode and redirects execution step 4）.
Preferably, step 1）Middle user is additionally included in when the MAC Address of customer mobile terminal is registered in Intelligent Recognition device
APP softwares are installed on mobile terminal, WiFi search is initiated according to the default cycle by APP softwares, the default cycle is 1
～1200 seconds；If APP software detection switches to Intelligent Recognition device sending mode before being powered off to mobile terminal shutdown action
Instruction, after the Intelligent Recognition device receives pattern switching instruction, if it exceeds first specifies duration no target detected user, then
Enter manual mode and redirect execution step 5）.
Preferably, the default cycle is 1～1200 second.
Preferably, the APP softwares are included for opening and closing the power management work(of monitor area designated equipment power supply
Energy module, the mobile terminal of targeted customer is directly or indirectly connected with Intelligent Recognition device by network, when user operation power supply pipe
When reason functional module sends the operational order for opening and closing monitor area designated equipment power supply, operational order is led to by APP softwares
The Intelligent Recognition device that network is directly or indirectly sent to targeted customer place monitor area is crossed, Intelligent Recognition device detects operation and refers to
After order, then the power supply of monitor area designated equipment is turned on and off according to operational order.
Preferably, the Intelligent Recognition device is also associated with for triggering the triggering device of fire-fighting alarm signal, the triggering
Device includes that at least one in fire detector and manual pull station, the fire detector include heat detector, sense
At least one in smoke detector, sensitive detector, gas detector.
Preferably, the Intelligent Recognition device of each monitor area is commonly connected to the Internet of Things as alarm of fire controller
Energy-saving safe controls server, is connected to warning devicess, interlink warning on the Internet of Things energy-saving safe control server
Device and uninterrupted power source, the uninterrupted power source are reported with Internet of Things energy-saving safe control server, warning devicess, linkage respectively
Alarm device, Intelligent Recognition device, intelligent control box are connected so that triggering device, Intelligent Recognition device, Internet of Things energy-saving safe control clothes
Business device, warning devicess, linkage alarm device and uninterrupted power source form distributed the fire automatic alarm control system；If Intelligent Recognition
Device detects the trigger of fire detector output by triggering device, then Intelligent Recognition device is controlled to Internet of Things energy-saving safe
Server output alarm signal simultaneously closes the power supply of monitor area designated equipment, Internet of Things energy-saving safe control server respectively to
Warning devicess output alarm signal, corresponding fire-fighting equipment is controlled by linkage alarm device and shows its working condition.
Preferably, the intelligent control box is also associated with current collection circuit, and the current collection circuit is arranged in monitoring
In the supply line in region；Step 2）After Intelligent Recognition device electrifying startup, if Intelligent Recognition device detects current acquisition electricity
Road output current exceed predetermined threshold value, then Intelligent Recognition device to warning devicess output alarm signal and close monitor area specify set
Standby power supply.
Preferably, the Intelligent Recognition device include the first power module, first microprocessor, the first wireless communication line,
First wire communication circuit, the first memory module, the first clock module, the first key-press module and buzzer, first power supply
The outfan of module stores mould with first microprocessor, the first wireless communication line, the first wire communication circuit, first respectively
Block, the first clock module, the first key-press module, buzzer are connected, and the first microprocessor is electric with the first wireless telecommunications respectively
Road, the first wire communication circuit, the first memory module, the first clock module, the first key-press module, buzzer are connected.
Preferably, the intelligent control box include second source module, the second microprocessor, the second wire communication circuit,
The control of 3rd wire communication circuit, the second memory module, second clock module, luminaire controlling switch circuit and power line
On-off circuit, the outfan of the second source module respectively with the second microprocessor, the second wire communication circuit, the 3rd wired
Communicating circuit, the second memory module, second clock module, luminaire controlling switch circuit and power line controlling switch circuit
Be connected, second microprocessor respectively with the second wire communication circuit, the 3rd wire communication circuit, the second memory module, the
Two clock modules, luminaire controlling switch circuit, power line controlling switch circuit are connected.
On the other hand, the present invention also provides a kind of Internet of Things energy-saving safe intelligent monitor system, including being arranged in each
The monitoring unit of monitor area, each monitoring unit include intelligent control box and visit with manual power switch and WiFi
The Intelligent Recognition device of pin function, the intelligent control box are arranged in the supply line of monitor area whole to control monitor area
Or equipment component on/off state, the MAC Address of targeted customer's mobile terminal is registered with the Intelligent Recognition device；The intelligence
The operational mode of energy evaluator includes automatic mode and manual mode, after Intelligent Recognition device electrifying startup, Intelligent Recognition device
WiFi probes detection customer mobile terminal sends the packet of active scan search WiFi equipment and obtains customer mobile terminal
MAC Address, if the MAC Address is registered, judges user as targeted customer and opens the power supply of monitor area designated equipment
And enter the model selection stage；Otherwise, it is triggered if Intelligent Recognition device detects manual power switch, opens monitor area
The power supply of designated equipment simultaneously enters the model selection stage；In the model selection stage, Intelligent Recognition device detects mesh by WiFi probes
Mark user, if Intelligent Recognition device detects targeted customer, Intelligent Recognition device enters automatic mode, and otherwise Intelligent Recognition device enters
Enter manual mode；In automatic mode, if duration no target detected specified by the WiFi probes of Intelligent Recognition device more than first
User, then Intelligent Recognition device close the power supply of monitor area designated equipment, and enter the model selection stage；If detected manually
On and off switch is triggered, then Intelligent Recognition device enters manual mode；In a manual mode, if Intelligent Recognition device detects monitoring
The electric power starting in region specifies duration or manual power switch to be triggered more than second, then close monitor area designated equipment
Power supply, and enter the model selection stage；If the WiFi probes of Intelligent Recognition device detect targeted customer, Intelligent Recognition device enters
Enter automatic mode；The Intelligent Recognition device is also associated with for triggering the triggering device of fire-fighting alarm signal, the triggering device
At least one in including fire detector and manual pull station, the fire detector include that heat detector, sense cigarette are visited
At least one that surveys in device, sensitive detector, gas detector；The Intelligent Recognition device of each monitor area is commonly connected to make
For the Internet of Things energy-saving safe control server of alarm of fire controller, distinguish on the Internet of Things energy-saving safe control server
Be connected with warning devicess, linkage alarm device and uninterrupted power source, the uninterrupted power source respectively with Internet of Things energy-saving safe control
Control server, warning devicess, linkage alarm device are connected so that triggering device, Intelligent Recognition device, the control of Internet of Things energy-saving safe
Server, warning devicess, linkage alarm device and uninterrupted power source form distributed the fire automatic alarm control system.
Preferably, the Intelligent Recognition device include the first power module, first microprocessor, the first wireless communication line,
First wire communication circuit, the first memory module, the first clock module, the first key-press module and buzzer, first power supply
The outfan of module stores mould with first microprocessor, the first wireless communication line, the first wire communication circuit, first respectively
Block, the first clock module, the first key-press module, buzzer are connected, and the first microprocessor is electric with the first wireless telecommunications respectively
Road, the first wire communication circuit, the first memory module, the first clock module, the first key-press module, buzzer are connected；The intelligence
Can control box include second source module, the second microprocessor, the second wire communication circuit, the 3rd wire communication circuit, second
Memory module, second clock module, luminaire controlling switch circuit and power line controlling switch circuit, the second source
The outfan of module stores mould with the second microprocessor, the second wire communication circuit, the 3rd wire communication circuit, second respectively
Block, second clock module, luminaire controlling switch circuit are connected with power line controlling switch circuit, second microprocessor
Device respectively with the second wire communication circuit, the 3rd wire communication circuit, the second memory module, second clock module, luminaire
Controlling switch circuit, power line controlling switch circuit are connected.
Internet of Things energy-saving safe intelligent control method tool of the present invention has the advantage that：
1st, WiFi probe techniques be in the transmission probe request frames using WiFi equipment active scan the information that includes come
Collect the facility information of WiFi equipment, such as MAC Address etc..Internet of Things energy-saving safe intelligent control method of the present invention is by being based on
WiFi probe techniques differentiate that the active situation of user is realized carrying out power supply to all or part of equipment of monitor area, can
Prevent the generation of electrical fire, quick, implementation cost easy to implement is low.
2nd, Internet of Things energy-saving safe intelligent control method of the present invention can be widely applied for all kinds of monitor areas, for example, occupy
Room, office, classroom etc., it is possible to form distributed Internet of Things energy-saving safe intelligent monitoring by multiple monitor areas, tool
Have wide range of applications, close the power supply of all monitor areas to prevent the generation of electrical fire when user is outgoing.
Internet of Things energy-saving safe intelligent monitor system of the present invention is Internet of Things energy-saving safe intelligent control method pair of the present invention
The device that answers, its equally also have the aforementioned advantages of Internet of Things energy-saving safe intelligent control method of the present invention, therefore here is no longer gone to live in the household of one's in-laws on getting married
State.
Description of the drawings
Basic procedure schematic diagrams of the Fig. 1 for present invention method.
Topological structure schematic diagrams of the Fig. 2 for embodiment of the present invention system.
Structural representations of the Fig. 3 for embodiment of the present invention Intelligent Recognition device.
Structural representations of the Fig. 4 for embodiment of the present invention intelligent control box.
Specific embodiment
As shown in figure 1, the implementation steps of the present embodiment Internet of Things energy-saving safe intelligent control method include：
1）The Intelligent Recognition device with manual power switch and WiFi probe functions is installed in each monitor area in advance,
Arrange in the supply line of monitor area for controlling the Based Intelligent Control of monitor area all or part device power supply (DPS) on off operating mode
Box, intelligent control box is connected with Intelligent Recognition device, and the operational mode of Intelligent Recognition device includes automatic mode and manual mode, and
The MAC Address of targeted customer's mobile terminal is registered in Intelligent Recognition device；
2）After Intelligent Recognition device electrifying startup, the WiFi probes detection customer mobile terminal of Intelligent Recognition device sends active scan
Search for the packet of WiFi equipment and obtain the MAC Address of customer mobile terminal, if the MAC Address is registered, judge to use
Family is targeted customer and opens the power supply of monitor area designated equipment and redirect execution next step；Otherwise, if Intelligent Recognition device
Detect manual power switch to be triggered, then open the power supply of monitor area designated equipment and redirect execution next step；
3）Intelligent Recognition device detects targeted customer by WiFi probes, if Intelligent Recognition device detects targeted customer, intelligence
Evaluator enters automatic mode and redirects execution step 4）, otherwise Intelligent Recognition device enters and manual mode redirects execution step
5）；
4）In automatic mode, if duration specified by the WiFi probes of Intelligent Recognition device more than first（Specifically take in the present embodiment
It is worth for 5 minutes）No target detected user, then Intelligent Recognition device close the power supply of monitor area designated equipment, and redirect execution
Step 3）；If detecting manual power switch to be triggered, Intelligent Recognition device enters manual mode and redirects execution step 5）；
5）In a manual mode, if the electric power starting that Intelligent Recognition device detects monitor area designated equipment is specified more than second
Duration（In the present embodiment, concrete value is 30 minutes）Or manual power switch is triggered, then close monitor area designated equipment
Power supply, and redirect execution step 3）；If the WiFi probes of Intelligent Recognition device detect targeted customer, Intelligent Recognition device enters
Enter automatic mode and redirect execution step 4）.
When mobile terminal accesses wireless network, first have to select corresponding Wi-Fi, i.e., according to the name of wireless network
Word is selected（SSID）.The name for obtaining the SSID of Wi-Fi has two ways, active scan and drive sweep, mobile whole
End can send probe claim frames to AP when carrying out active scan（Namely it route）, AP then feed back probe response frames, should
Probe response frames are almost consistent with the content of Beacon, and afterwards using the information in probe response frames, mobile terminal is
May proceed to initiate access procedure.The probe that WiFi probes are sent when referring to and searching for WiFi equipment using mobile terminal active scan
The information included in claim frame is collecting the facility information of WiFi equipment, such as MAC Address etc..
The operating system of mobile terminal mainly has IOS and two kinds of Android, the iphone running of mobile terminal of Fructus Mali pumilae at present
Operating system be IOS, and the operating system of other intelligent terminal typically operation is Android, and both runs softwares are arranged
The interval time of active scan search WiFi equipment signal is different, and, mobile terminal producer is improved and is moved to reduce energy consumption
Dynamic terminal once charge after use time, operationally, used deep sleep state, after entering this state, used
The signal of the mobile terminal Wifi equipment of search in 5 to 6 minutes of Android, and the Fructus Mali pumilae mobile terminal of IOS is used then 15
To search in 20 minutes once.Therefore, the WiFi probes detection customer mobile terminal of Intelligent Recognition device actively sends active scan and searches
During the packet of rope WiFi equipment, if under mobile terminal deep-sleep situation, system correctly judge user residence or from
The time interval that opens will be more than 20 minutes, and, for fire prevention system, user leaves and interior so long do not close designated equipment for this
Power supply, then have very serious hidden danger.In order to overcome above-mentioned technical problem, the present embodiment step 1）Middle by customer mobile terminal
MAC Address be additionally included in installation APP softwares on customer mobile terminal when being registered in Intelligent Recognition device, by APP softwares according to
The default cycle initiates WiFi search, if APP software detection is to mobile terminal shutdown action, before being powered off to Intelligent Recognition
Device sending mode switching command, after Intelligent Recognition device receives pattern switching instruction, if it exceeds first specifies duration not detect
Targeted customer, then enter manual mode and redirect execution step 5）.In general, the default cycle can select 1 as needed
～1200 seconds, the more short then more power consumption of cycle of scanning, more long then hidden danger were more serious, and in the present embodiment, concrete value is 300 seconds.Logical
Above-mentioned functions are crossed, mobile terminal temporarily shutdown can be effectively overcome and be caused Intelligent Recognition device mistake thinks to supervise in automatic mode
The problem of the power supply of monitor area designated equipment is closed in control region without targeted customer, and pattern recognition is more intelligent and flexible.This
Outward, APP softwares can be increasing other service functions, such as financial service, online education etc. as needed for user.
In the present embodiment, APP softwares are included for opening and closing the power management work(of monitor area designated equipment power supply
Energy module, the mobile terminal of targeted customer is directly or indirectly connected with Intelligent Recognition device by network, when user operation power supply pipe
When reason functional module sends the operational order for opening and closing monitor area designated equipment power supply, operational order is led to by APP softwares
The Intelligent Recognition device that network is directly or indirectly sent to targeted customer place monitor area is crossed, Intelligent Recognition device detects operation and refers to
After order, then the power supply of monitor area designated equipment is turned on and off according to operational order.Power management functional module can basis
Need to arrange the functions such as switch lamp, Switching Power Supply, facilitate user to be controlled monitor area designated equipment using mobile terminal,
And the control can ignore the mode of operation of Intelligent Recognition device, can both work in automatic mode, it is also possible to which work is lower manually
Under pattern.
In the present embodiment, Intelligent Recognition device is also associated with for triggering the triggering device of fire-fighting alarm signal, the triggering
Device includes that at least one in fire detector and manual pull station, fire detector include that heat detector, sense cigarette are visited
At least one that surveys in device, sensitive detector, gas detector.The present embodiment fire detector includes heat detector and sense cigarette
Detector.
In the present embodiment, the Intelligent Recognition device of each monitor area is commonly connected to the thing as alarm of fire controller
Networking energy-saving safe control server, is connected to warning devicess, interlink warning on Internet of Things energy-saving safe control server
Device and uninterrupted power source, uninterrupted power source are filled with Internet of Things energy-saving safe control server, warning devicess, interlink warning respectively
Put, Intelligent Recognition device, intelligent control box are connected so that triggering device, Intelligent Recognition device, the control service of Internet of Things energy-saving safe
Device, warning devicess, linkage alarm device and uninterrupted power source form distributed the fire automatic alarm control system；If Intelligent Recognition device
The trigger that fire detector output is detected by triggering device, then Intelligent Recognition device is to Internet of Things energy-saving safe control clothes
Business device output alarm signal simultaneously closes the power supply of monitor area designated equipment, and Internet of Things energy-saving safe controls server respectively to police
Reporting device output alarm signal, corresponding fire-fighting equipment is controlled by linkage alarm device and shows its working condition.Wherein trigger
Device, warning devicess and linkage alarm device are existing equipment, and the corresponding fire-fighting equipment of linkage alarm device can be automatic
Fire extinguishing system, indoor fireplug system, Smoke prevention smoke evacuation system and air conditioner ventilating system, normally opened fire resistant doorsets, fire resisting shutter, non-fire-fighting
One or more in the fire-fighting equipments such as power control, elevator forced landing control device, fire disaster emergency broadcast control device；This
Embodiment is used as alarm of fire controller using Internet of Things energy-saving safe control server, and the meaning of the present embodiment is to utilize
Fire detector, warning devicess and linkage alarm device, collection are reported to the police and interlink warning, automatic circuit break function, the warning and linkage
Warning, automatic circuit break function can also ignore the mode of operation of Intelligent Recognition device, can both work in automatic mode, it is also possible to
Under the lower manual mode of work, the distributed fire-fighting energy-saving intelligent monitoring system of complete Internet of Things with monitor area as node can be formed
System.
In the present embodiment, intelligent control box is also associated with current collection circuit, and current collection circuit is arranged in monitor area
Supply line on；Step 2）After Intelligent Recognition device electrifying startup, if to detect current collection circuit defeated for Intelligent Recognition device
Go out electric current and exceed predetermined threshold value, then Intelligent Recognition device to warning devicess output alarm signal and cuts out monitor area designated equipment
Power supply.By current collection circuit so that intelligent control box also has current sense function, produced when detecting in circuit suddenly
During high current, then it is assumed that be to generate short circuit or have high-power electric appliance using, system will be reported to the police or all cutting lines
Road power supply.
As shown in Fig. 2 the Internet of Things energy-saving safe intelligent monitor system of the present embodiment includes being arranged in each monitored space
The monitoring unit in domain, each monitoring unit include intelligent control box and with manual power switch and WiFi probe functions
Intelligent Recognition device, intelligent control box be arranged in the supply line of monitor area with control monitor area all or part equipment
On/off state, is registered with the MAC Address of targeted customer's mobile terminal in Intelligent Recognition device；The operational mode of Intelligent Recognition device
Including automatic mode and manual mode, after Intelligent Recognition device electrifying startup, the WiFi probes detection user of Intelligent Recognition device moves
Dynamic terminal sends the packet of active scan search WiFi equipment and obtains the MAC Address of customer mobile terminal, if the MAC ground
Location is registered, then judge user as targeted customer and open the power supply of monitor area designated equipment and enter the model selection stage；
Otherwise, it is triggered if Intelligent Recognition device detects manual power switch, the power supply for opening monitor area designated equipment is gone forward side by side
Enter the model selection stage；In the model selection stage, Intelligent Recognition device detects targeted customer by WiFi probes, if Intelligent Recognition
Device detects targeted customer, then Intelligent Recognition device enters automatic mode, and otherwise Intelligent Recognition device enters manual mode；In automatic mold
Under formula, if the WiFi probes of Intelligent Recognition device specify duration no target detected user, Intelligent Recognition device to close more than first
The power supply of monitor area designated equipment is closed, and enters the model selection stage；If detecting manual power switch to be triggered, intelligence
Can evaluator entrance manual mode；In a manual mode, if the electric power starting that Intelligent Recognition device detects monitor area exceedes
Second specifies duration or manual power switch to be triggered, then close the power supply of monitor area designated equipment, and Dietary behavior choosing
Select the stage；If the WiFi probes of Intelligent Recognition device detect targeted customer, Intelligent Recognition device enters automatic mode；Intelligence is known
Other device is also associated with for triggering the triggering device of fire-fighting alarm signal, triggering device include fire detector and manual alarm by
At least one in button, fire detector are included in heat detector, smoke detector, sensitive detector, gas detector
At least one；The Intelligent Recognition device of each monitor area is commonly connected to the Internet of Things safety joint as alarm of fire controller
Can control server, be connected on Internet of Things energy-saving safe control server warning devicess, linkage alarm device and not between
Power-off source, uninterrupted power source are connected with Internet of Things energy-saving safe control server, warning devicess, linkage alarm device respectively, are made
Triggering device, Intelligent Recognition device, Internet of Things energy-saving safe control server, warning devicess, linkage alarm device and uninterrupted
Power supply forms distributed the fire automatic alarm control system.
When the monitor area that includes when target area is a lot, such as one building, several buildings, or school district, cell,
Community, can set up server system, and the Intelligent Recognition device of each monitor area is got up to be managed collectively by network connection, and
And user carries out the control of Switching Power Supply by mobile phone A pp, mobile phone can be passed through with the Intelligent Recognition device added with WiFi communication module
Communicate to realize, and for high-volume user, such as cost-effective, then can be realized by server system.But, each residence
Internet of Things fire-fighting energy-saving monitoring system be all independent, they can manage alone the opening and closing of power supply, preventing electric fire
Generation, so, not in existing centralized fire protection alarm system, the monitoring system of the present embodiment is the monitoring system of the present embodiment
Distributed system, server system break down, and do not interfere with the monitoring unit operation of a monitor area.Referring to Fig. 2, with certain
The present embodiment Internet of Things energy-saving safe that school is implemented can only be as a example by monitoring system, and server system includes data server, Internet of Things
Net energy-saving safe control server and Cloud Server, data server, Internet of Things energy-saving safe control server are located at school's sheet
Ground, data server, Internet of Things energy-saving safe control server be connected with each other, data server respectively with each monitoring unit
Intelligent Recognition device is connected, and Cloud Server is that the server on the Internet, Internet of Things energy-saving safe control server then access interconnection
Net to be communicated with Cloud Server, when the intelligent terminal of each targeted customer accesses the Internet, then APP softwares and cloud service
Connection set up by device.The APP softwares of user can realize the indirect communication with Intelligent Recognition device by server system；When user takes
When band intelligent terminal enters monitor area and detected by Intelligent Recognition device, then APP softwares can be directly based upon wireless network
The WiFi probe techniques or conventional communications technology of network and Intelligent Recognition device carry out Direct Communication.
As shown in figure 3, Intelligent Recognition device include the first power module, first microprocessor, the first wireless communication line,
One wire communication circuit, the first memory module, the first clock module, the first key-press module and buzzer, the first power module
Outfan respectively with first microprocessor, the first wireless communication line, the first wire communication circuit, the first memory module, first
Clock module, the first key-press module, buzzer are connected, first microprocessor respectively with the first wireless communication line, first wired
Communicating circuit, the first memory module, the first clock module, the first key-press module, buzzer are connected.
As shown in figure 4, intelligent control box include second source module, the second microprocessor, the second wire communication circuit,
The control of three wire communication circuits, the second memory module, second clock module, luminaire controlling switch circuit and power line is opened
Powered-down road, the outfan of second source module are electric with the second microprocessor, the second wire communication circuit, the 3rd wire communication respectively
Road, the second memory module, second clock module, luminaire controlling switch circuit are connected with power line controlling switch circuit,
Second microprocessor respectively with the second wire communication circuit, the 3rd wire communication circuit, the second memory module, second clock mould
Block, luminaire controlling switch circuit, power line controlling switch circuit are connected.In the present embodiment, the first wireless communication line
For detecting the probe claim frames that the intelligent terminal of user sends as WiFi probes；First wire communication circuit then be used for and
Intelligent control box is connected；Buzzer is then used for exporting warning message.Additionally, being also associated with interlink warning dress on first microprocessor
The communication interface that puts（Do not draw in Fig. 3）, for exporting interlink warning, the second wire communication circuit of intelligent control box be used for and
First wire communication circuit of Intelligent Recognition device is connected by Ethernet, the 3rd wire communication circuit of intelligent control box pass through with
Too net is connected to realize data communication with data server.In the present embodiment, Intelligent Recognition device is taken by intelligent control box and data
Business device is connected, and such benefit is to carry out data forwarding by the less intelligent control box of data processing amount, can reduce intelligence
The workload of processor in energy evaluator, improves the performance and efficiency of system.
The above is only the preferred embodiment of the present invention, and protection scope of the present invention is not limited merely to above-mentioned enforcement
Example, all technical schemes belonged under thinking of the present invention belong to protection scope of the present invention.It should be pointed out that for the art
Those of ordinary skill for, some improvements and modifications without departing from the principles of the present invention, these improvements and modifications
Should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of Internet of Things energy-saving safe intelligent control method, it is characterised in that implementation steps include：
1）The Intelligent Recognition device with manual power switch and WiFi probe functions is installed in each monitor area in advance,
Arrange in the supply line of monitor area for controlling the Based Intelligent Control of monitor area all or part device power supply (DPS) on off operating mode
Box, the intelligent control box is connected with Intelligent Recognition device, and the operational mode of the Intelligent Recognition device includes automatic mode and handss
Dynamic model formula, and the MAC Address of targeted customer's mobile terminal is registered in Intelligent Recognition device；
2）After Intelligent Recognition device electrifying startup, the WiFi probes detection customer mobile terminal of Intelligent Recognition device sends active scan
Search for the packet of WiFi equipment and obtain the MAC Address of customer mobile terminal, if the MAC Address is registered, judge to use
Family is targeted customer and opens the power supply of monitor area designated equipment and redirect execution next step；Otherwise, if Intelligent Recognition device
Detect manual power switch to be triggered, then open the power supply of monitor area designated equipment and redirect execution next step；
3）Intelligent Recognition device detects targeted customer by WiFi probes, if Intelligent Recognition device detects targeted customer, intelligence
Evaluator enters automatic mode and redirects execution step 4）, otherwise Intelligent Recognition device enters and manual mode redirects execution step
5）；
4）In automatic mode, if the WiFi probes of Intelligent Recognition device specify duration no target detected user more than first,
Then Intelligent Recognition device cuts out the power supply of monitor area designated equipment, and redirects execution step 3）；If detecting manual power to open
Pass is triggered, then Intelligent Recognition device enters manual mode and redirects execution step 5）；
5）In a manual mode, if the electric power starting that Intelligent Recognition device detects monitor area designated equipment is specified more than second
Duration or manual power switch are triggered, then close the power supply of monitor area designated equipment, and redirect execution step 3）；If
The WiFi probes of Intelligent Recognition device detect targeted customer, then Intelligent Recognition device enters automatic mode and redirects execution step 4）.
2. Internet of Things energy-saving safe intelligent control method according to claim 1, it is characterised in that step 1）Middle by user
The MAC Address of mobile terminal is additionally included in installation APP softwares on customer mobile terminal when being registered in Intelligent Recognition device, by APP
Software initiates WiFi search according to the default cycle, and the default cycle is 1～1200 second；If APP software detection is to shifting
Dynamic terminal closedown action, then before being powered off to Intelligent Recognition device sending mode switching command, the Intelligent Recognition device receives pattern
After switching command, if it exceeds first specifies duration no target detected user, then enter manual mode and redirect execution step
5）.
3. Internet of Things energy-saving safe intelligent control method according to claim 1, it is characterised in that the APP software kits
Include for opening and closing the power management functional module of monitor area designated equipment power supply, the mobile terminal of targeted customer passes through
Network is directly or indirectly connected with Intelligent Recognition device, opens and closes monitored space when user operation power management functional module sends
During the operational order of domain designated equipment power supply, operational order is directly or indirectly sent to targeted customer by network by APP softwares
The Intelligent Recognition device of place monitor area, after Intelligent Recognition device detects operational order, is then turned on and off according to operational order
The power supply of monitor area designated equipment.
4. Internet of Things energy-saving safe intelligent control method according to claim 1, it is characterised in that the Intelligent Recognition device
Be also associated with for triggering the triggering device of fire-fighting alarm signal, the triggering device include fire detector and manual alarm by
At least one in button, the fire detector include heat detector, smoke detector, sensitive detector, gas detector
In at least one.
5. Internet of Things energy-saving safe intelligent control method according to claim 4, it is characterised in that each monitor area
Intelligent Recognition device be commonly connected to as alarm of fire controller Internet of Things energy-saving safe control server, the Internet of Things
Warning devicess, linkage alarm device and uninterrupted power source, the uninterrupted electricity are connected on energy-saving safe control server
Source controls server, warning devicess, linkage alarm device, Intelligent Recognition device, intelligent control box with Internet of Things energy-saving safe respectively
Be connected so that triggering device, Intelligent Recognition device, Internet of Things energy-saving safe control server, warning devicess, linkage alarm device and
Uninterrupted power source forms distributed the fire automatic alarm control system；If Intelligent Recognition device detects detection by triggering device
The trigger of device output, then Intelligent Recognition device control server output alarm signal to close monitoring to Internet of Things energy-saving safe
The power supply of region designated equipment, Internet of Things energy-saving safe control server respectively to warning devicess output alarm signal, by connection
Dynamic alarm device controls corresponding fire-fighting equipment and shows its working condition.
6. Internet of Things energy-saving safe intelligent control method according to claim 1, it is characterised in that the intelligent control box
Current collection circuit is also associated with, the current collection circuit is arranged in the supply line of monitor area；Step 2）Work as intelligence
After evaluator electrifying startup, if Intelligent Recognition device detects current collection circuit output current more than predetermined threshold value, intelligence
Evaluator to warning devicess output alarm signal and closes the power supply of monitor area designated equipment.
7. Internet of Things energy-saving safe intelligent control method according to claim 1, it is characterised in that the Intelligent Recognition device
Including the first power module, first microprocessor, the first wireless communication line, the first wire communication circuit, the first memory module,
First clock module, the first key-press module and buzzer, the outfan of first power module respectively with first microprocessor,
First wireless communication line, the first wire communication circuit, the first memory module, the first clock module, the first key-press module, buzzing
Device be connected, the first microprocessor respectively with the first wireless communication line, the first wire communication circuit, the first memory module,
First clock module, the first key-press module, buzzer are connected.
8. Internet of Things energy-saving safe intelligent control method according to claim 1, it is characterised in that the intelligent control box
Including second source module, the second microprocessor, the second wire communication circuit, the 3rd wire communication circuit, the second memory module,
Second clock module, luminaire controlling switch circuit and power line controlling switch circuit, the second source module defeated
Go out end respectively with the second microprocessor, the second wire communication circuit, the 3rd wire communication circuit, the second memory module, second when
Clock module, luminaire controlling switch circuit are connected with power line controlling switch circuit, second microprocessor respectively with
Second wire communication circuit, the 3rd wire communication circuit, the second memory module, second clock module, luminaire controlling switch
Circuit, power line controlling switch circuit are connected.
9. a kind of Internet of Things energy-saving safe intelligent monitor system, it is characterised in that：Including being arranged in the prison of each monitor area
Control unit, each monitoring unit include intelligent control box and the intelligence with manual power switch and WiFi probe functions
Evaluator, the intelligent control box are arranged in the supply line of monitor area to control monitor area all or part equipment electricity
Source on off operating mode, is registered with the MAC Address of targeted customer's mobile terminal in the Intelligent Recognition device；The fortune of the Intelligent Recognition device
Row mode includes automatic mode and manual mode, after Intelligent Recognition device electrifying startup, the WiFi probes detection of Intelligent Recognition device
Customer mobile terminal sends the packet of active scan search WiFi equipment and obtains the MAC Address of customer mobile terminal, if
The MAC Address is registered, then judge user as targeted customer and open the power supply Dietary behavior choosing of monitor area designated equipment
Select the stage；Otherwise, it is triggered if Intelligent Recognition device detects manual power switch, opens the electricity of monitor area designated equipment
Source simultaneously enters the model selection stage；In the model selection stage, Intelligent Recognition device detects targeted customer by WiFi probes, if intelligence
Energy evaluator detects targeted customer, then Intelligent Recognition device enters automatic mode, and otherwise Intelligent Recognition device enters manual mode；?
Under automatic mode, if the WiFi probes of Intelligent Recognition device specify duration no target detected user, intelligence to know more than first
Other device cuts out the power supply of monitor area designated equipment, and enters the model selection stage；If detecting manual power switch to be touched
Send out, then Intelligent Recognition device enters manual mode；In a manual mode, if the power supply that Intelligent Recognition device detects monitor area is opened
Open specified duration or manual power switch more than second to be triggered, then close the power supply of monitor area designated equipment, and enter
The model selection stage；If the WiFi probes of Intelligent Recognition device detect targeted customer, Intelligent Recognition device enters automatic mode；
The Intelligent Recognition device is also associated with for triggering the triggering device of fire-fighting alarm signal, and the triggering device includes detection
At least one in device and manual pull station, the fire detector include heat detector, smoke detector, photosensitive detection
At least one in device, gas detector；The Intelligent Recognition device of each monitor area is commonly connected to as alarm of fire control
The Internet of Things energy-saving safe control server of device processed, is connected to alarm dress on the Internet of Things energy-saving safe control server
Put, linkage alarm device and uninterrupted power source, the uninterrupted power source respectively with Internet of Things energy-saving safe control server, alarm
Device, linkage alarm device are connected so that triggering device, Intelligent Recognition device, Internet of Things energy-saving safe control server, alarm dress
Put, linkage alarm device and uninterrupted power source form distributed the fire automatic alarm control system.
10. Internet of Things energy-saving safe intelligent monitor system according to claim 9, it is characterised in that：The Intelligent Recognition
Device includes the first power module, first microprocessor, the first wireless communication line, the first wire communication circuit, the first storage mould
Block, the first clock module, the first key-press module and buzzer, the outfan of first power module respectively with the first microprocessor
Device, the first wireless communication line, the first wire communication circuit, the first memory module, the first clock module, the first key-press module,
Buzzer is connected, and the first microprocessor stores mould with the first wireless communication line, the first wire communication circuit, first respectively
Block, the first clock module, the first key-press module, buzzer are connected；The intelligent control box includes second source module, second micro-
Processor, the second wire communication circuit, the 3rd wire communication circuit, the second memory module, second clock module, luminaire control
On-off circuit processed and power line controlling switch circuit, the outfan of the second source module respectively with the second microprocessor,
Second wire communication circuit, the 3rd wire communication circuit, the second memory module, second clock module, luminaire controlling switch
Circuit is connected with power line controlling switch circuit, and second microprocessor is had with the second wire communication circuit, the 3rd respectively
Line communicating circuit, the second memory module, second clock module, luminaire controlling switch circuit, power line controlling switch electricity
Road is connected.
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| CN110429957A (en) * | 2019-08-16 | 2019-11-08 | 广东工业大学 | A kind of electricity consumption centralized management system |
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