CN104574885B - Safety-protection system control method and safety-protection system based on electron key - Google Patents
Safety-protection system control method and safety-protection system based on electron key Download PDFInfo
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- CN104574885B CN104574885B CN201510047835.7A CN201510047835A CN104574885B CN 104574885 B CN104574885 B CN 104574885B CN 201510047835 A CN201510047835 A CN 201510047835A CN 104574885 B CN104574885 B CN 104574885B
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B29/00—Checking or monitoring of signalling or alarm systems; Prevention or correction of operating errors, e.g. preventing unauthorised operation
- G08B29/12—Checking intermittently signalling or alarm systems
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B13/00—Burglar, theft or intruder alarms
Abstract
The invention discloses a kind of safety-protection system control method based on electron key and safety-protection system, in the safety-protection system control method, when the safety-protection system works in automatic mode, interval detects whether to receive that the electron key sent wireless there is signal on schedule；If so, all the sensors of then being withdrawn a garrison to the safety-protection system；If it is not, all the sensors of then being set up defences to the safety-protection system.The safety-protection system control method based on electron key and safety-protection system of the present invention is used as identification equipment by electron key, can automatic decision when set up defences and withdraw a garrison, user is set all to be manually operated setting when leaving home every time, so as to substantially increase Consumer's Experience.
Description
Technical field
The present invention relates to safety-protection system technical field, more particularly to a kind of safety-protection system control method based on electron key
And safety-protection system.
Background technology
With continuing to develop for technology of Internet of things, more Intelligent hardwares are popularized.Wherein, wireless sense network is Internet of Things
The important component of net.Various wireless sensers are also widely used.Currently, much with the wireless of internet of things functional
Sensor can be connected by internet with mobile phone, allow user to be more convenient more timely to receive the information of sensor.
In this case, traditional safety-protection system also gradually begins to use more technology of Internet of things.But at present absolutely
Most intelligent safety and defence system, also only rests on the APP by mobile phone, will send information on user mobile phone.System is in itself
Do not realize intelligent.For example, most of intelligent safety and defence system needs user to pass through mobile phone, operation button or timing
Set up defences and withdraw a garrison etc. mode.It is during routine use and inconvenient.
In intelligent safety and defence system, the battery durable ability of electron key is crucial.Current wearable device common problem
Battery durable ability it is not enough.Such as the Apple Watch of apple, when product is issued, battery can only continue a journey one day.This point is real
The Consumer's Experience that border is substantially reduced so that many people are difficult to receive so frequently to charge.
The content of the invention
The technical problem to be solved in the present invention is that the defect for prior art is improved based on electronics there is provided one kind
The safety-protection system control method and safety-protection system of key.
The technical solution adopted for the present invention to solve the technical problems is：A kind of safety-protection system based on electron key is provided
Control method, when the safety-protection system works in automatic mode,
Interval detects whether to receive that the electron key sent wireless there is signal on schedule；
If so, all the sensors of then being withdrawn a garrison to the safety-protection system；
If it is not, all the sensors of then being set up defences to the safety-protection system.
Preferably, when the safety-protection system works in automatic mode, in addition to a kind of shape for non-intrusive sensor of setting up defences
State, has following three kinds of working conditions：
A1：Non-intrusive of setting up defences sensor；
A2：Set up defences all the sensors；
A3：Withdraw a garrison all the sensors；
When the safety-protection system works in the A3 states under automatic mode, if receive that the electron key sends by
Key signals, then judge whether there is non-intrusive sensor in the safety-protection system, if then entering the A1 states, if otherwise entering
The A2 states；
When the safety-protection system is worked under automatic mode and during for the A1 states, if receiving the electron key hair
The push button signalling gone out, then judge whether there is intrusion sensor in current safety-protection system, if then entering the A2 states, if otherwise
Into the A3 states；
When the safety-protection system is worked under automatic mode and during for the A2 states, if receiving the electron key hair
The push button signalling gone out then enters the A3 states, otherwise keeps current A2 states constant.
Preferably, when the safety-protection system works in the A1 states or the A3 states under automatic mode, then sentence
It is disconnected whether the safety-protection system do not received that all electron keys send described wirelessly there is signal and detect pass
Door action, if so, then entering the A2 states, if it is not, then keeping current A1 states or A3 states constant.
Preferably, when the safety-protection system works in the A1 or described A2 states under automatic mode, if setting up defences
In the sensor be triggered, then alarmed and by alarm information pushing to mobile terminal.
Preferably, when the safety-protection system works in manual mode,
Detect whether to receive the mode setting command that the mobile terminal is sent；
If so, then setting anti-all the sensors of setting up defences or withdraw a garrison according to the mode setting command to the safety-protection system；
If it is not, then keeping current state constant.
Preferably, when the safety-protection system works in manual mode, in addition to a kind of shape for non-intrusive sensor of setting up defences
State, has following three kinds of working conditions：
A1：Non-intrusive of setting up defences sensor；
A2：Set up defences all the sensors；
A3：Withdraw a garrison all the sensors；
When the safety-protection system works in the A2 states under manual mode, if receive that the electron key sends by
Key signals then enter the A3 states, otherwise keep current A2 states constant；
When the safety-protection system is worked under manual mode and during for the A3 states, if receiving the electron key hair
The push button signalling gone out, then judge whether there is non-intrusive sensor in the safety-protection system, if then entering the A1 states, if not
Then enter the A2 states；
When the safety-protection system is worked under manual mode and during for the A1 states, if receiving the electron key hair
The push button signalling gone out, then judge whether there is intrusion sensor in current safety-protection system, if then entering the A2 states, if otherwise
Into the A3 states.
Preferably, the safety-protection system control method based on electron key also includes：
The mode setting command sent by the mobile terminal controls the safety-protection system in manual mode and automatic mold
Switched between formula；
And/or,
The order of withdrawing a garrison sent according to the mobile terminal enters the A3 states.
Preferably, when the safety-protection system works in the A1 states under manual mode, if having described in setting up defences
Non-intrusive sensor is triggered, then by alarm information pushing to the mobile terminal；
And/or；
When the safety-protection system works in the A2 states under manual mode, if detecting the electron key newly added
Wirelessly there is signal and detect door opening action in what is sent, then without alarm only by alarm information pushing to mobile terminal；
And/or；
When the safety-protection system is worked under automatic mode and/or manual mode, the electron key output is being received
The push button signalling when, send state switch prompting sound.
A kind of safety-protection system based on electron key, including gateway, at least one security protection sensor, cloud service are also provided
Device and mobile terminal, in addition at least one portable electronic key, the sensor and the wired or wireless company of the gateway
Connect, the electron key and the gateway wireless connection；The gateway is connected by internet with the Cloud Server, so that
The alarm information pushing that the sensor is produced is to outside mobile terminal；Wherein, when the safety-protection system works in automatic mold
During formula, interval detects whether to receive that the electron key sent wireless there is signal on schedule；If so, then to described
Safety-protection system is withdrawn a garrison all the sensors；If it is not, all the sensors of then being set up defences to the safety-protection system.
Preferably, the electron key includes a shock sensor and wireless chip, and the shock sensor is used to judge
Whether the electron key has movement, and the wireless chip sends out nothing according to the regulation of the judged result of the shock sensor
There is the predetermined transmission time interval of signal in line；Described wireless there is signal and judge in the safety-protection system according to whether receiving
Whether the electron key is had in safety zone.
The beneficial effects of enforcing the present invention are：The safety-protection system control method based on electron key of the present invention and security protection system
System identification equipment is used as by electron key, can automatic decision when set up defences and withdraw a garrison, user is being left home every time
When be all manually operated setting, so as to substantially increase Consumer's Experience.
Brief description of the drawings
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing：
Fig. 1 is the principle schematic of the safety-protection system based on electron key in some embodiments of the invention；
Fig. 2 is the basic module schematic diagram of the safety-protection system based on electron key in some embodiments of the invention；
Fig. 3 is the schematic diagram of expansible device in the safety-protection system based on electron key in some embodiments of the invention；
Fig. 4 A are the structural representations of electron key in some embodiments of the invention；
Fig. 4 B are the circuit theory diagrams of electron key in some embodiments of the invention；
Fig. 5 is the connection diagram that gateway is communicated with electron key by MANET in Fig. 1；
Fig. 6 is the flow of automatic mode in safety-protection system control method of some embodiments of the invention based on electron key
Figure；
Fig. 7 is the flow of manual mode in safety-protection system control method of some embodiments of the invention based on electron key
Figure.
Embodiment
In order to which technical characteristic, purpose and effect to the present invention are more clearly understood from, now compare accompanying drawing and describe in detail
The embodiment of the present invention.
Fig. 1 shows the safety-protection system in some embodiments of the invention, for carrying out security protection control, and the system includes gateway
101st, sensor 130, Cloud Server 220 and electron key 120, gateway 101 are used for sensor 130 and the nothing of electron key 120
Line is connected, and the warning message that gateway 101 is connected to produce sensor 130 by internet 250 with Cloud Server 220 is pushed away
Deliver to outside mobile terminal 240.
Wherein, sensor 130 is security protection sensor, and quantity is at least one.Sensor 130 is arranged at interior, and it can
Including intrusion sensor and non-intrusive sensor.Sensor 130 and the wired or wireless connection of gateway 101.Sensor 130 is being touched
It can be alarmed during hair, and alert.Alternatively, type of alarm can be alarmed by the warning device of peripheral hardware,
Also can on sensor 130 a built-in alarm module to realize alarm.Preferably, alarm module is built in net in the present embodiment
Close in 101, so as to realize warning function.Intrusion sensor is mainly used in sensing current invasion situation, and intrusion sensor can be
Possess door and window sensor and motion detection sensor of radio function etc..Preferably, in certain embodiments, intrusion sensor
It can be shock sensor.With reference to shown in Fig. 2, door and window sensor may include to be separately positioned on door and window zone of action and FX
Inductor 130A and magnet 130B, when door and window zone of action and FX relative position change, i.e., door and window is opened/closed
When, inductor 130A with being attracted or repelled for magnet 130B by sensing current state, so as to reach to invasion action induction
Realization.Non-intrusive sensor is mainly used in sensing the indoor situations in addition to invasion situation, and non-intrusive inductor can be shaken
One or more in the sensors such as dynamic sensor, Temperature Humidity Sensor.With reference to shown in Fig. 3, the security protection of the embodiment of the present invention
In system, sensor can include various wireless sensers, such as pir sensor, vibrating sensor, smoke detector；Also may be used
With such as including Intelligent illumination device, to coordinate the use of installation system, A60 intelligent dimmings toning bulb lamp, intelligent dimming are adjusted
Colored lights band, industrial switch, smart jack, IPCAM etc..
Gateway 101 is arranged at interior, for by sensor 130 and the wireless connection of electron key 120.Alternatively, pass through
The wireless technology of MANET 275 carries out wireless connection, it is preferable that can be connected by least one of Zigbee, bluetooth, infrared
Mode realizes wireless connection.Gateway 101 is also connected by internet 250 with Cloud Server 220, so that gateway 101 will can be passed
The warning message that sensor 130 is sent is transmitted to Cloud Server 220, so as to push to outside mobile terminal 240.
Cloud Server 220 is connected by wireless data 230 with outside mobile terminal 240, and Cloud Server 220 can be by
The alarm information pushing of sensor 130 come is received to mobile terminal 240 from gateway 101, so that, user can just connect in real time
The alarm of sensor 130 is received, to reach the function of prompting.This process does not need the application of user's startup mobile terminal 240
Software APP is simultaneously operated, so as to simplify the process of user's receive information.Mobile terminal 240 is preferably mobile phone or portable flat
An APP is installed on plate computer, mobile terminal 240, information exchange can be carried out by the APP and Cloud Server 220.
Electron key 120 is portable electronic key, and it is wirelessly connected by the wireless technology of MANET 275 with gateway 101
Connect.Electron key 120, which is sent out signal, includes wirelessly there is signal (Beacon) and remote signal, wherein, wirelessly there is letter
Number (Beacon) be used to making system by detection launch automatically it is wireless there is signal (Beacon) and perceive whether user leaves home,
So that automatic guard setup/withdraw a garrison.And remote signal is used in user key-press, represent that user's active will is system shape to be changed
State, then system must be according to user's will change system mode.Specifically, electron key 120 is according to the agreement provided in advance
Timing, which is sent, specifically wirelessly has signal (Beacon).Wirelessly there is signal (Beacon) according to whether receiving in safety-protection system
Judge whether there is electron key 120, i.e. system wirelessly to there is signal (Beacon) by receiving in safety zone, can sentence
Whether the carrier of disconnected electron key 120 is in system ovelay range, so that the working condition of automatic adjustment system, while can be with
Implement the functions such as positioning.Electron key 120 is carried with as the occupation mode of normal key by user, and electron key
120 quantity is consistent at least with possessing the number of users of corresponding authority in a system, i.e., in one system, electron key 120
May have several.If for example, company only has only to coming company earliest and leaving employee's carrying electronic key of company the latest
Two employees possess corresponding authority, i.e., now have two electron keys in system, and system can also normally be run.For ease of
Carry, electron key 120 must possess the features such as small volume, lightweight, easy to carry and low-power consumption.As Fig. 4 A are shown
The basic composition of electron key 120 in embodiment, it includes wireless chip 440, shock sensor 450, button 420, antenna 430
With battery 410.Wherein, user can launch remote signal by button 420, and the remote signal passes through the place of wireless chip 440
Sent again by antenna 430 after reason, so as to realize the function such as system mode switching and SOS alarms.Fig. 4 B show electron key 120
Circuit diagram, in addition to each part being had shown that in Fig. 4 A, electron key 120 also includes an indispensable first device
Part：Electric capacity 471.Because, electron key 120 is as small-sized electronic equipment often using the relatively low battery of capacity.These
The power supply capacity of battery 410 is limited, tends not to meet electron key 120, the required electricity when launching wireless control signal
Stream.Therefore, when electron key 120 from resting state enters working condition, and by during wireless outwards transmission signal, it is necessary to one
Larger electric capacity 471 provides electric current as auxiliary source.In order to further reduce the power consumption of electron key 120, wireless chip 440 leads to
Cross detection shock sensor 450 to judge whether electron key 120 has movement, i.e., wireless chip 440 is according to shock sensor 450
Judged result regulation send out the predetermined transmission time interval of signal.When electron key 120 is laid in one side, vibrations
Sensor 450 senses electron key 120 and not moved.Specifically, i.e., shock sensor 450 sends a shake to wireless chip 440
Dynamic sensing signal, wireless chip 440 is sent out the number of times and frequency of signal by reduction, further reduction electron key 120
Power consumption, extend the use time of battery 410.Broadcasted in some embodiments of the invention for electron key and wirelessly there is signal
(Beacon) time interval is optimized, so as to can guarantee that the 90mAh/ that is used below of battery, i.e., one CR2016 button
Battery is detained, cruising time is up to 1 year.
Alternatively, gateway 101 and electron key 120 are preferred to use band MANET function wireless connection technology.With reference to Fig. 5
It is shown, when gateway 101 and electron key 120 distance relatively far away from when, the two communication effect may not be good, therefore can
To select to be used as router 101A by another wireless device with MANET function.So, gateway 101 and electron key
120 effective communication distance is increased.Therefore it can ensure that the communication distance of gateway 101 and electron key 120 can be covered
The area of covering required for system.It also ensure that system can timely and effectively be found when electron key 120 is gone home.So as to
So that system correctly makes automatic guard setup and the decision withdrawn a garrison.
Below in conjunction with the safety-protection system control method based on electron key in the embodiment of the present invention to the embodiment of the present invention
In the security protection control mode of safety-protection system illustrate.
The safety-protection system control method based on electron key in the embodiment of the present invention may be such that current safety-protection system such as
Switched under lower three kinds of states：A1：Non-intrusive of setting up defences sensor；A2：Set up defences all the sensors；A3：Withdraw a garrison all the sensors.
Safety-protection system control method in the embodiment of the present invention has automatic mode and manual mode, can pass through mobile terminal
Carry out the switching of manual mode and automatic mode, and the current state of mobile terminal and electron key to safety-protection system can be passed through
Switch over control.Specifically, mobile terminal sends mode setting command to safety-protection system, so as to control safety-protection system manual
Switched between pattern and automatic mode.Preferably, when safety-protection system is worked under automatic mode and/or manual mode,
When receiving the push button signalling of electron key output, state switch prompting sound is sent, so as to residing for the clear and definite current system of user
State, to avoid maloperation.
Wherein, automatic mode be system by identifying whether there is electron key to enter safety zone, to realize automatic guard setup
With withdraw a garrison：After all electron keys of system discovery are left home, system automatic guard setup；When system discovery has an electron key to return
After family, system is withdrawn a garrison automatically.Specifically, with reference to shown in Fig. 6, when safety-protection system works in automatic mode：
User can enter automatic mode (step 521) by the APP selections of mobile terminal.At this moment system can make a decision,
Whether electron key (step 531) is had in system.Specifically, interval detects whether that receiving electron key is sent on schedule
Wireless there is signal.Preferably, system is judged in safety zone according to whether receiving and wirelessly there is signal (Beacon)
Whether electron key is had.If (step 556), system is automatically into A3 states, all the sensors of being withdrawn a garrison to safety-protection system.Such as
Fruit is without (step 557), then system enters A2 states, and safety-protection system is set up defences all the sensors, i.e., any sensor, which is triggered, all can
Alarm.
When the A3 states under safety-protection system works in automatic mode, if receiving the push button signalling that electron key is sent,
Then judge whether there is non-intrusive sensor in safety-protection system, if then entering A1 states, if otherwise entering A2 states.
Specifically, it can be made the following judgment under this state：Judge whether to receive the push button signalling that electron key is exported, i.e.,
User presses the key (step 599) on electron key, if so, step T1 (553) is then performed, if it is not, then keeping current state constant.
Step T1 is：Judge whether there is non-intrusive sensor in current safety-protection system, if so, then enter A1 states (step 555), if
It is no, then into A2 states (step 554).
Alternatively, when the A3 states under safety-protection system works in automatic mode, safety-protection system has also been can determine whether
Do not receive that all electron keys send it is wireless there is signal and detect action of closing the door, if so, then into A2 state (steps
553), if it is not, then keeping current state constant.Alternatively, user can also pass through operation, i.e. root on the APP of mobile terminal
Enter A3 states (step 527) according to the order of withdrawing a garrison of mobile terminal.
When safety-protection system is worked under automatic mode and during for A1 states, if receiving the button letter that electron key is sent
Number, then judge whether there is intrusion sensor in current safety-protection system, if then entering A2 states, if otherwise entering A3 states.When
When safety-protection system works in the A1 states under automatic mode, if there is the sensor in setting up defences to be triggered, alarmed and will be reported
Alert information pushes to mobile terminal (step 571).Type of alarm includes local sound and light alarm, and simultaneity factor rests on A1 states
Under.
Specifically, it can be made the following judgment under this state：Judge whether to receive the push button signalling that electron key is exported, i.e.,
User presses the key (step 574) on electron key, if so, step T2 (step 532) is performed, if it is not, then keeping current state not
Become.Step T2 is：Judge whether there is intrusion sensor in current safety-protection system, if so, then enter A2 states (step 562), if
It is no, then into A3 states (step 561).
Alternatively, when the A1 states under safety-protection system works in automatic mode, safety-protection system has also been can determine whether
Do not receive that all electron keys send it is wireless there is signal and detect action of closing the door, if so, then into A2 state (steps
573), if it is not, then keeping current state constant.Alternatively, when safety-protection system works in A1 states, if detecting first
Electron key is gone home while (step 575) occurs for the event for having door to open, then system is automatically into A3 states.
When safety-protection system is worked under automatic mode and during for A2 states, if receiving the push button signalling that electron key is sent
Then enter A3 states, otherwise keep current A2 states constant.When the A2 states under safety-protection system works in automatic mode, if having
Sensor in setting up defences is triggered, then is alarmed and by alarm information pushing to mobile terminal (step 572).Type of alarm bag
Local sound and light alarm is included, simultaneity factor is rested under A2 states.
Specifically, it can be made the following judgment under this state：Judge whether to receive the push button signalling that electron key is exported, i.e.,
User presses the key (step 551) on electron key, if so, then entering A3 states, if it is not, then keeping current state constant.As
Selection, under A2 states, also can determine whether that first electron key enters safety zone and detect door opening action (step
552), if so, then entering A3 states, if it is not, then keeping current state constant.Preferably, the push button signalling of electron key output
As user passes through the remote signal pressing the button on electron key and send.
The safety-protection system control method based on electron key in the embodiment of the present invention can be right by detecting electron key
System carries out automatic guard setup and withdrawn a garrison.Meanwhile, user can be according to entering needs the need for itself by the button of electron key
System mode.There is provided can make user's clearly current system shape by local auditory tone cues when system mode switches
State.Specifically, voice message Sound A, B, C can be sent respectively under A1, A2, A3 state, to point out current handoff state.
And it is different from automatic mode, manual mode can allow user to have more controls, can according to the requirement of user, with
Family is by operating during the button on electron key, and control system is set up defences and withdrawn a garrison.With reference to shown in Fig. 7, when safety-protection system is worked in
During manual mode：
User can enter manual mode (step 621) by the APP selections of mobile terminal, and now system enters A2 shapes
State.Specifically, detect whether to receive the mode setting command that mobile terminal is sent；If so, then to safety-protection system according to the mould
Formula setting command is set up defences or withdrawn a garrison all the sensors of setting up defences；If it is not, then keeping current state constant.
When safety-protection system works in manual mode, in addition to a kind of state for non-intrusive sensor of setting up defences, have following
Three kinds of working conditions：
A1：Non-intrusive of setting up defences sensor；
A2：Set up defences all the sensors；
A3：Withdraw a garrison all the sensors；
When the A2 states under safety-protection system works in manual mode, if the push button signalling that electron key is sent is received
Into A3 states, otherwise keep current A2 states constant.When the A2 states under safety-protection system works in manual mode, if setting
Sensor in anti-is triggered (step 572), then is alarmed and by alarm information pushing to mobile terminal.Type of alarm includes
Local sound and light alarm, simultaneity factor is rested under A2 states.Said system response mode as automatic mode, unlike,
When occurring when alarming, if detect that the electron key newly added sends it is wireless there is signal and detect door opening action, that is, be
System detects the electron key newly added and enters safety zone and detect door opening action, while the action (step opened the door again
652), at this moment the alarm of system can use the alarm mode of another more hommization, such as local without alarm, only will alarm
Information passes through Cloud Server pushed information to mobile terminal.The setting of this pattern is mainly considered as family someone, it is desirable to be
System is set up defences, if another household returns, and avoids the need for local alarm, with the people of interruption-free at home.
Specifically, it can be made the following judgment under this state：Judge whether to receive the push button signalling that electron key is exported, i.e.,
User presses the key (step 551) on electron key, if so, then entering A3 states, if it is not, then keeping current state constant.
When safety-protection system is worked under manual mode and during for A3 states, if receiving the button letter that electron key is sent
Number, then judge whether there is non-intrusive sensor in safety-protection system, if then entering A1 states, if otherwise entering A2 states.
Specifically, it can be made the following judgment under the state：Judge whether that the push button signalling for receiving electron key output (is walked
It is rapid 599), if so, then perform step P1 (step 533), if it is not, then keep current state it is constant.Step P1 is：Judge current peace
Whether non-intrusive sensor is had in anti-system, if so, then entering A1 states (step 555), if it is not, then entering A2 state (steps
554)。
Alternatively, user can also be entered by being operated on the APP of mobile terminal according to the order of withdrawing a garrison of mobile terminal
Enter A3 states (step 527).
When safety-protection system is worked under manual mode and during for A1 states, if receiving the button letter that electron key is sent
Number, then judge whether there is intrusion sensor in current safety-protection system, if then entering A2 states, if otherwise entering A3 states.When
When safety-protection system works in the A1 states under manual mode, if there is the non-intrusive sensor in setting up defences to be triggered (step 571),
Alarmed and by alarm information pushing to mobile terminal.Type of alarm includes local sound and light alarm, and simultaneity factor rests on A1
Under state.Said system response mode as automatic mode, unlike, when alarm occur when, if the system detects that having
Electron key enters safety zone (step 651), and the at this moment alarm of system can use the alarm mode of another more hommization,
As local without alarm, warning message is only passed through into Cloud Server pushed information to mobile terminal.The setting master of this pattern
Consider as family someone, it is desirable to which non-intrusive sensor is set up defences.At this moment user can be notified in more quiet mode.
Specifically, it can be made the following judgment under this state：Judge whether that the push button signalling for receiving electron key output (is walked
It is rapid 574), if so, perform step P2 (step 532), if it is not, then keep current state it is constant.Step P2 is：Judge current security protection
Whether there is intrusion sensor in system, if so, then entering A2 states (step 562), if it is not, then entering A3 states (step 561).
Preferably, under manual mode, when system mode switches, can also provide can be made by local auditory tone cues
User's clearly current system mode.Specifically, voice message Sound A, B, C can be sent respectively under A1, A2, A3 state,
To point out current handoff state.
Described above is only the preferred embodiment of the present invention, and protection scope of the present invention is not limited merely to above-mentioned implementation
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, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
Also it should be regarded as protection scope of the present invention.
Claims (8)
1. a kind of safety-protection system control method based on electron key, it is characterised in that when the safety-protection system is worked in automatically
During pattern,
Interval detects whether to receive that the electron key sent wireless there is signal on schedule；
If so, all the sensors of then being withdrawn a garrison to the safety-protection system；
If it is not, all the sensors of then being set up defences to the safety-protection system；
When the safety-protection system works in automatic mode, in addition to a kind of state for non-intrusive sensor of setting up defences, have following
Three kinds of working conditions：
A1：Non-intrusive of setting up defences sensor；
A2：Set up defences all the sensors；
A3：Withdraw a garrison all the sensors；
When the safety-protection system works in the A3 states under automatic mode, if receiving the button letter that the electron key is sent
Number, then judge whether there is non-intrusive sensor in the safety-protection system, if then entering the A1 states, if otherwise entering described
A2 states；
When the safety-protection system is worked under automatic mode and during for the A1 states, if receiving what the electron key was sent
Push button signalling, then judge whether there is intrusion sensor in current safety-protection system, if then entering the A2 states, if otherwise entering
The A3 states；
When the safety-protection system is worked under automatic mode and during for the A2 states, if receiving what the electron key was sent
Push button signalling then enters the A3 states, otherwise keeps current A2 states constant.
2. the safety-protection system control method according to claim 1 based on electron key, it is characterised in that when the security protection
When system works in the A1 states or the A3 states under automatic mode, then judge whether that the safety-protection system has been received not
To all electron keys send it is described it is wireless there is signal and detect action of closing the door, if so, then into the A2 shapes
State, if it is not, then keeping current A1 states or A3 states constant.
3. the safety-protection system control method according to claim 1 based on electron key, it is characterised in that when the security protection
When system works in the A1 or described A2 states under automatic mode, if there is the sensor in setting up defences to be triggered, reported
It is alert and by alarm information pushing to mobile terminal.
4. the safety-protection system control method according to claim 3 based on electron key, it is characterised in that when the security protection
When system works in manual mode,
Detect whether to receive the mode setting command that the mobile terminal is sent；
If so, all the sensors that then safety-protection system is set up defences or withdrawn a garrison according to the mode setting command；
If it is not, then keeping current state constant.
5. the safety-protection system control method according to claim 4 based on electron key, it is characterised in that when the security protection
When system works in manual mode, in addition to a kind of state for non-intrusive sensor of setting up defences, have following three kinds of working conditions：
A1：Non-intrusive of setting up defences sensor；
A2：Set up defences all the sensors；
A3：Withdraw a garrison all the sensors；
When the safety-protection system works in the A2 states under manual mode, if receiving the button letter that the electron key is sent
The A3 states number then entered under manual mode, otherwise keep the A2 states under current manual pattern constant；
When the safety-protection system works in the A3 states under manual mode, if receiving the button letter that the electron key is sent
Number, then judge whether there is non-intrusive sensor in the safety-protection system, if the A1 states then entered under manual mode, if otherwise
A2 states under into manual mode；
When the safety-protection system works in the A1 states under manual mode, if receiving the button letter that the electron key is sent
Number, then judge whether there is intrusion sensor in current safety-protection system, if the A2 states then entered under manual mode, if otherwise entering
Enter the A3 states under manual mode.
6. the safety-protection system control method according to claim 5 based on electron key, it is characterised in that described based on electricity
The safety-protection system control method of sub- key also includes：
The mode setting command sent by the mobile terminal control the safety-protection system manual mode and automatic mode it
Between switch over；
And/or,
The A3 states that the order of withdrawing a garrison sent according to the mobile terminal enters under automatic mode or manual mode.
7. the safety-protection system control method according to claim 4 based on electron key, it is characterised in that when the security protection
When system works in the A1 states under manual mode, if thering is the non-intrusive sensor in setting up defences to be triggered, by alarm signal
Breath pushes to the mobile terminal；
And/or；
When the safety-protection system works in the A2 states under manual mode, if detecting the nothing that the electron key newly added is sent
There is signal and detect door opening action in line, then without alarm only by alarm information pushing to mobile terminal；
And/or；
When the safety-protection system is worked under automatic mode and/or manual mode, the institute of the electron key output is being received
When stating push button signalling, state switch prompting sound is sent.
8. a kind of safety-protection system based on electron key, including gateway, at least one security protection sensor, Cloud Server and
Mobile terminal, it is characterised in that usage right requires the safety-protection system controlling party based on electron key described in any one of 1-7
Method；
The system also includes at least one portable electronic key, the sensor and the wired or wireless connection of the gateway,
The electron key and the gateway wireless connection, the gateway and the electron key use band MANET function wireless connection
Technology；The electron key is sent out wirelessly the presence of signal and remote signal, described wirelessly to there is signal for making the system
Wirelessly there is signal to perceive whether user leaves home in what system was launched automatically by detecting, so that automatic guard setup/withdraw a garrison；The remote control
Signal is used to change system mode in user key-press；
The gateway is connected by internet with the Cloud Server, so that the alarm information pushing that the sensor is produced
To outside mobile terminal；Wherein, when the safety-protection system works in automatic mode, interval detects whether to receive on schedule
Wirelessly there is signal in what the electron key was sent；If so, all the sensors of then being withdrawn a garrison to the safety-protection system；If it is not, then
The safety-protection system is set up defences all the sensors；
The electron key includes a shock sensor, wireless chip and electric capacity, and the shock sensor is used to judge described
Whether electron key has movement, and the wireless chip sends out according to the regulation of the judged result of the shock sensor and wirelessly deposited
In the predetermined transmission time interval of signal；Described wireless there is signal and judge in safety in the safety-protection system according to whether receiving
Whether the electron key is had in region；The electric capacity provides electric current as auxiliary source.
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| CN106127890A (en) * | 2016-06-17 | 2016-11-16 | 北京千丁互联科技有限公司 | Control of bluetooth access equipment, Bluetooth terminal, control of bluetooth access management system and method |
| CN106530645A (en) * | 2016-12-14 | 2017-03-22 | 深圳市欧瑞博电子有限公司 | Safety and protection method, apparatus and system thereof |
| CN106971515A (en) * | 2017-03-24 | 2017-07-21 | 湖南工业大学 | Intelligent safety-protection system |
| CN106887123B (en) * | 2017-03-24 | 2021-02-26 | 湖南工业大学 | Intelligent defense withdrawing and deploying method for security monitoring system |
| CN106935000A (en) * | 2017-03-24 | 2017-07-07 | 湖南工业大学 | Possess the automatic cloth of subregion to withdraw a garrison the safety defense monitoring system of function |
| CN112330905A (en) * | 2017-03-24 | 2021-02-05 | 湖南工业大学 | Intelligent defense withdrawing and deploying security monitoring system |
| CN107103737A (en) * | 2017-03-24 | 2017-08-29 | 湖南工业大学 | The intelligent automatic arming and disarming method of safety defense monitoring system subregion |
| CN111917635B (en) * | 2020-07-08 | 2022-08-12 | 广东科徕尼智能科技有限公司 | Security protection arming and disarming method and device based on gateway and storage medium |
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| CN1482555A (en) * | 2002-09-10 | 2004-03-17 | 姜洁敏 | Wireless automatic defence device |
| CN1914393A (en) * | 2003-12-10 | 2007-02-14 | 松下电器产业株式会社 | Theft prevention system |
| CN101246627B (en) * | 2007-12-12 | 2010-12-15 | 广州市聚晖电子科技有限公司 | Security signal alarm system |
| CN101540086A (en) * | 2009-04-27 | 2009-09-23 | 福建国通信息科技有限公司 | Control method of automatic arming and disarming of alarm system |
| CN201616151U (en) * | 2010-03-23 | 2010-10-27 | 苏州和吉兴物联科技有限公司 | Intelligent door window wireless sensing and monitoring system |
| KR20120021047A (en) * | 2010-08-31 | 2012-03-08 | 주식회사 베스코 | Dimming control devices that work with the security system |
| CN202529067U (en) * | 2012-05-15 | 2012-11-14 | 浙江盈达科技发展有限公司 | Intelligent wireless burglar alarm |
| CN202935319U (en) * | 2012-12-19 | 2013-05-15 | 浙江盈达科技发展有限公司 | Intelligent vibration induction wireless antitheft device |
| CN104036604B (en) * | 2014-06-04 | 2017-07-28 | 深圳市中兴新地技术股份有限公司 | The autocontrol method that a kind of safety-protection system and its cloth are withdrawn a garrison |
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Effective date of registration: 20190617 Address after: 518057 Guangdong Province Nanshan District Yuehai Street High-tech Zone Community High-tech South Seven Road 16 Digital Technology Park B1 Second Floor A District 4 Patentee after: Shenzhen Xiaomo Intelligent Technology Co., Ltd. Address before: 518057 A903, Shenzhen Industry, University and Research Building, Wuhan University, South Keyuan Road, Nanshan High-tech Zone, Shenzhen City, Guangdong Province Patentee before: Ye Jun |