CN106960552A - Intelligent safety and defence system is withdrawn a garrison signal generating method of deploying troops on garrison duty automatically - Google Patents
Intelligent safety and defence system is withdrawn a garrison signal generating method of deploying troops on garrison duty automatically Download PDFInfo
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- CN106960552A CN106960552A CN201710180703.0A CN201710180703A CN106960552A CN 106960552 A CN106960552 A CN 106960552A CN 201710180703 A CN201710180703 A CN 201710180703A CN 106960552 A CN106960552 A CN 106960552A
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- 238000000034 method Methods 0.000 title claims abstract description 28
- 230000007274 generation of a signal involved in cell-cell signaling Effects 0.000 claims abstract description 10
- 230000005540 biological transmission Effects 0.000 claims description 11
- 238000009432 framing Methods 0.000 claims description 4
- 239000004744 fabric Substances 0.000 description 6
- 230000008878 coupling Effects 0.000 description 5
- 238000010168 coupling process Methods 0.000 description 5
- 238000005859 coupling reaction Methods 0.000 description 5
- 230000001939 inductive effect Effects 0.000 description 5
- 238000002955 isolation Methods 0.000 description 4
- 238000010586 diagram Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 230000003111 delayed effect Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
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Classifications
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
- G08B25/008—Alarm setting and unsetting, i.e. arming or disarming of the security system
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B13/00—Burglar, theft or intruder alarms
- G08B13/18—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength
- G08B13/181—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using active radiation detection systems
-
- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B13/00—Burglar, theft or intruder alarms
- G08B13/18—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength
- G08B13/189—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems
- G08B13/19—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems using infrared-radiation detection systems
-
- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B13/00—Burglar, theft or intruder alarms
- G08B13/22—Electrical actuation
- G08B13/24—Electrical actuation by interference with electromagnetic field distribution
- G08B13/2491—Intrusion detection systems, i.e. where the body of an intruder causes the interference with the electromagnetic field
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- General Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Engineering & Computer Science (AREA)
- Computer Security & Cryptography (AREA)
- Business, Economics & Management (AREA)
- Emergency Management (AREA)
- Lock And Its Accessories (AREA)
- Power-Operated Mechanisms For Wings (AREA)
Abstract
A kind of intelligent safety and defence system is withdrawn a garrison signal generating method of deploying troops on garrison duty automatically, can when opening or locking door, automatically generate intelligent safety and defence system withdraw a garrison, signal of deploying troops on garrison duty.Methods described is by including field operation locating module, in-house operation locating module, the automatic signal generation device realization of deploying troops on garrison duty of withdrawing a garrison locked signal generator module, remove controller module of deploying troops on garrison duty.It is described automatically generate withdraw a garrison, signal of deploying troops on garrison duty can be as the withdrawing a garrison of intelligent safety and defence system, signal of deploying troops on garrison duty, or withdraw a garrison with other, together with control device of deploying troops on garrison duty, realize withdrawing a garrison and deploying troops on garrison duty for intelligent safety and defence system；Described device can be individually used for producing automatic signal of deploying troops on garrison duty of withdrawing a garrison, and its function can also be embedded in the burglar alarm master controller of intelligent safety and defence system, the One function module in burglar alarm master controller is used as.
Description
Technical field
The present invention relates to safety-security area, especially a kind of intelligent safety and defence system is withdrawn a garrison signal generating method of deploying troops on garrison duty automatically.
Background technology
Current intelligent safety and defence system, guard against theft and alarm system deploy troops on garrison duty when withdrawing a garrison, and mainly have panel cloth to withdraw a garrison, wireless remote
Control the modes such as cloth is withdrawn a garrison, place remote phone cloth is withdrawn a garrison, place remote network cloth is withdrawn a garrison.Either any mode, it is withdrawn a garrison
Deploy troops on garrison duty and be required to actively be carried out by people, lack means and method that automatically deploying troop is withdrawn a garrison.
The content of the invention
In order to solve the above problems, withdrawn a garrison automatically the signal generation side that deploys troops on garrison duty the invention provides a kind of intelligent safety and defence system
Method, when opening or locking door, automatically generate intelligent safety and defence system withdraw a garrison, signal of deploying troops on garrison duty.
Automatic withdraw a garrison deploys troops on garrison duty signal generating method indoors or outdoor carry out door lock is locked after operation, produces intelligence
Can safety-protection system deploy troops on garrison duty signal；Indoors or after outdoor carry out door lock unlocking operation, produce intelligent safety and defence system and withdraw a garrison letter
Number.
Further, the automatic signal generating method of deploying troops on garrison duty of withdrawing a garrison carries out door lock and locked after operation indoors, is delayed
Intelligent safety and defence system is produced to deploy troops on garrison duty signal；After outdoor carry out door lock locks operation, intelligent safety and defence system is produced immediately and is deployed troops on garrison duty
Signal；Indoors or after outdoor carry out door lock unlocking operation, intelligent safety and defence system is produced immediately and is withdrawn a garrison signal.
The intelligent safety and defence system is withdrawn a garrison automatically deploys troops on garrison duty signal generating method by including field operation locating module, indoor behaviour
Make locating module, the automatic signal generation device realization of deploying troops on garrison duty of withdrawing a garrison locked signal generator module, remove controller module of deploying troops on garrison duty.Room
Outer operation locating module exports outdoor positioning signal and exports indoor positioning to controller module of deploying troops on garrison duty, in-house operation locating module is removed
Signal locks signal generator module output and locks signal to controller module of deploying troops on garrison duty is removed, remove and deploy troops on garrison duty to controller module of deploying troops on garrison duty is removed
Controller module output intelligent safety and defence system is withdrawn a garrison signal, signal of deploying troops on garrison duty.
The door lock that carries out indoors locks operation, and its basis for estimation is, in outdoor positioning invalidating signal, indoor positioning
In the case of signal is effective, locks signal and be changed into effective from invalid；It is described to lock operation in outdoor carry out door lock, its judge according to
According to being, in outdoor positioning signal effectively, in the case of indoor positioning invalidating signal, lock signal and be changed into effective from invalid；It is described
Indoors or outdoor carry out door lock unlocking operation, its basis for estimation is, in outdoor positioning signal and indoor positioning signal
In the case of at least one is effective, signal is locked from being effectively changed into invalid.
The field operation locating module is light beam infrared emission sensor, or infrared emission grating, or quilt
Dynamic formula infrared sensor, or microwave induced human body proximity sensor；The in-house operation locating module is that light beam is infrared right
Penetrate sensor, or infrared emission grating, or passive infrared sensor, or microwave induced man body approaching sensing
Device.
The core for removing controller module of deploying troops on garrison duty is single-chip microcomputer, or ARM, or DSP；It is described to remove control of deploying troops on garrison duty
Device module is the functional module in the burglar alarm master controller of intelligent safety and defence system.
The field operation locating module, in-house operation locating module, signal generator module is locked each with removing cloth prevention and control
There is electric connection between device module processed, to enter the transmission of row related signal.
The intelligent safety and defence system is withdrawn a garrison the concretely comprising the following steps of signal generating method of deploying troops on garrison duty automatically：
Step 1: measuring outdoor positioning signal, indoor positioning signal and locking signal；
Step 2: judging whether that carrying out door unlocking or door locks operation；Not carry out door unlocking or
Door locks operation, goes to step one；Carrying out door unlocking or door locks operation, into step 3；
Step 3: judging that ongoing is to unlock or lock operation, ongoing is that unlocking operation then enters step
Rapid four；Ongoing is to lock operation then to enter step 5；
Step 4: when at least one in outdoor positioning signal or indoor positioning signal is effective, output is effectively removed
Anti- signal simultaneously goes to step one, otherwise passes directly to step one；
Step 5: when only one of outdoor positioning signal or indoor positioning signal are effective, the effective letter of deploying troops on garrison duty of output
Number and go to step one, otherwise pass directly to step one.
The beneficial effects of the invention are as follows：When opening or locking door, can automatically generate intelligent safety and defence system withdraw a garrison,
Deploy troops on garrison duty signal；The intelligent safety and defence system automatically generated is withdrawn a garrison, signal of deploying troops on garrison duty can be as intelligent safety and defence system, burglar alarm
The withdrawing a garrison of system, signal of deploying troops on garrison duty, or together with other means of deploying troops on garrison duty of withdrawing a garrison, realize intelligent safety and defence system, burglar alarm system
That unites withdraws a garrison and deploys troops on garrison duty；Realize and automatically generate that intelligent safety and defence system is withdrawn a garrison, the automatic signal of deploying troops on garrison duty of withdrawing a garrison for signal of deploying troops on garrison duty produces dress
Putting can be individually used for producing automatic signal of deploying troops on garrison duty of withdrawing a garrison, and can also be removed the function insertion intelligence peace for controller module of deploying troops on garrison duty
The burglar alarm master controller of anti-system, is used as the One function module in burglar alarm master controller.
Brief description of the drawings
Fig. 1 is automatic signal generation device structured flowchart of deploying troops on garrison duty of withdrawing a garrison；
Fig. 2 is automatic signal generation device embodiment 1 of deploying troops on garrison duty of withdrawing a garrison；
Fig. 3 is automatic signal generation device embodiment 2 of deploying troops on garrison duty of withdrawing a garrison；
Fig. 4 is to remove the intelligent safety and defence system structure chart that controller module function of deploying troops on garrison duty is embedded in burglar alarm master controller；
Fig. 5 is to remove controller module of deploying troops on garrison duty to automatically generate the method flow diagram of signal of deploying troops on garrison duty of withdrawing a garrison.
Embodiment
Below in conjunction with accompanying drawing, the invention will be further described.
It is as shown in Figure 1 automatic signal generation device structured flowchart of deploying troops on garrison duty of withdrawing a garrison, including field operation locating module 100,
In-house operation locating module 200, lock signal generator module 300, remove controller module 400 of deploying troops on garrison duty.Field operation locating module
100 output outdoor positioning signal J1 are to the input interface IN1 for removing controller module 400 of deploying troops on garrison duty, and in-house operation locating module 200 is defeated
Go out indoor positioning signal J2 to the input interface IN2 for removing controller module 400 of deploying troops on garrison duty, lock signal generator module 300 and export instead
Lock signal J3 removes controller module of deploying troops on garrison duty defeated by output interface OUT4 to the input interface IN3 for removing controller module 400 of deploying troops on garrison duty
Go out intelligent safety and defence system withdraw a garrison signal, deploy troops on garrison duty signal J4.
Fig. 2 show automatic signal generation device embodiment 1 of deploying troops on garrison duty of withdrawing a garrison.In embodiment 1, controller module of deploying troops on garrison duty is removed
400 control core is single-chip microcomputer 401, the model STC12C5A60S2 of selection.Field operation locating module is by transmitter
101st, receiver 102 is constituted, and in-house operation locating module is made up of transmitter 201, receiver 202；Field operation locating module,
In-house operation locating module selects Ai Lian three light beam frequency conversion infrared opposite-type detectors, model ABE-50；Receiver
102nd, receiver 202 is the normally opened output of relay switch.The signal output part OUT1 of receiver 102 relay switch one is terminated
Ground, the outdoor positioning signal J1 of other end output is sent to the input P1.0 of single-chip microcomputer 401, and resistance R11 is outdoor positioning
Signal J1 pull-up resistor, input P1.0 is input interface IN1；The signal output part OUT2 of receiver 202 relay switch
One end is grounded, and the indoor positioning signal J2 of other end output is sent to the input P1.1 of single-chip microcomputer 401, and resistance R21 is room
Interior framing signal J2 pull-up resistor, input P1.1 is input interface IN2.Field operation locating module, indoor behaviour in Fig. 2
Make locating module it is also an option that other single beams, two light beams, multiple beam infrared emission sensor, can also select infrared emission
Grating.
Lock signal generator module and include one and lock position switch.Lock position switch installed in room door doorframe (or
Person is clamshell doors) keeper or locking board at, when carry out door lock lock operation (or unlocking operation) when, lock bolt shock
(or leaving) locks position switch, locks position switch action (or reset), output locks signal accordingly.Lock
Position switch can also be arranged in door, when progress door lock locks operation (or unlocking operation), hitting on lock bolt
Block, which hits (or leaving), locks position switch, locks position switch action (or reset), output locks letter accordingly
Number.Lock position switch can also be arranged on door door lock in, when is carried out with key door lock lock operation (or unlocking grasp
Make) when, rotary stopper formula locks position switch action (or reset), and output locks signal accordingly.Lock position switch
For travel switch either microswitch.Operation either unlocking operation is locked in outdoor carry out door lock, refers to using key
The corresponding operating of progress.Door lock is carried out indoors and locks operation either unlocking operation, and refer to being carried out with key is corresponding
Operation, or the corresponding operating carried out without key.
In Fig. 2, lock signal generator module by resistance R1, lock position switch K1 and constitute, signal J3 quilts are locked in output
The input P1.2 of single-chip microcomputer 401 is delivered to, resistance R1 is the pull-up resistor for locking signal J3, and input P1.2 is input interface
IN3.Position switch K1 is locked for normal open switch, when carry out door lock lock operation, door in lock state when, lock position
K1 closures are switched, signal J3 are locked for low level；When progress door lock unlocking operation, door are not in locking state, lock
Position switch K1 disconnects, and locks signal J3 for high level.Normally closed switch can also be used by locking position switch K1, now at door
When state is locked, signal J3 is locked for high level；When door is not in locking state, signal J3 is locked for low level.
In embodiment 1 shown in Fig. 2, intelligent safety and defence system withdraws a garrison signal, the signal J4 that deploys troops on garrison duty for level signal, from list
The output end P1.4 outputs of piece machine 401, that is, signal of withdrawing a garrison, signal of deploying troops on garrison duty are exported by the output end P1.4 of single-chip microcomputer 401, output
It is the output interface OUT4 in Fig. 1 to hold P1.4.The varying level that signal of withdrawing a garrison is exported with signal of deploying troops on garrison duty for P1.4, for example, working as
It is effective for signal of deploying troops on garrison duty during P1.4 output low levels to withdraw a garrison signal effectively when P1.4 exports high level；Either when P1.4 is defeated
It is effective for signal of deploying troops on garrison duty during P1.4 output high level to withdraw a garrison signal effectively when going out low level.
Fig. 3 show automatic signal generation device embodiment 2 of deploying troops on garrison duty of withdrawing a garrison.In embodiment 2, controller module of deploying troops on garrison duty is removed
400 control core still selects single-chip microcomputer 401, model STC12C5A60S2.Field operation locating module is by human body proximity
Inductive switch 103 is constituted, and in-house operation locating module is made up of human body proximity inductive switch 203；Field operation locating module, room
Interior operation locating module selects Fujian ease board microwave human body proximity inductive switch, and model MY-C8141 is relay switch
Normally opened output.The signal output part OUT5 of inductive switch 103 relay switch one end ground connection, the outdoor positioning of other end output
Signal J1 is sent to the input P1.0 of single-chip microcomputer 401, and resistance R13 is outdoor positioning signal J1 pull-up resistor；Inductive switch
203 signal output part OUT6 relay switch one end ground connection, the indoor positioning signal J2 of other end output is sent to monolithic
The input P1.1 of machine 401, resistance R23 are outdoor positioning signal J2 pull-up resistor.Field operation locating module in Fig. 3,
In-house operation locating module is also an option that other microwave sensor human body proximity sensors, can also select the infrared biography of passive type
Sensor.
In Fig. 3, lock signal generator module by resistance R2, lock position switch K2 and constitute, signal J3 quilts are locked in output
The input P1.2 of single-chip microcomputer 401 is delivered to, resistance R2 is the pull-up resistor for locking signal J3.Position switch K2 is locked to open to be normally closed
Close, when carry out door lock lock operation, door be in lock state when, lock position switch K2 disconnections, lock signal J3 to be high
Level；When progress door lock unlocking operation, door are not in locking state, position switch K2 closures are locked, signal J3 is locked
For low level.Similarly, at this lock position switch K2 can also use normal open switch, now door be in lock state
When, signal J3 is locked for low level；When door is not in locking state, signal J3 is locked for high level.
In Fig. 3, intelligent safety and defence system withdraw a garrison signal, the signal J4 that deploys troops on garrison duty include withdraw a garrison signal J41, deploy troops on garrison duty signal J42, respectively
Exported from output end P1.5, P1.6 of single-chip microcomputer 401, output end P1.5, P1.6 collectively constitutes the output interface OUT4 in Fig. 1.
In embodiment 2 shown in Fig. 3, the output of J41, J42 strobe pulse, and the output of selection negative pulse is effective.Under normal circumstances, withdraw a garrison
Signal J41, the signal J42 that deploys troops on garrison duty are in high level, are in disarmed state；A negative pulse is exported in P1.5, that is, exports one
Effective signal of withdrawing a garrison；A negative pulse is exported in P1.6, that is, exports an effective signal of deploying troops on garrison duty.J41, J42 can also be complete
Portion selects positive pulse output effectively, or selection negative pulse exports effective, positive pulse output effectively respectively.Fig. 3 embodiment 2
In, it can also select to export withdraw a garrison signal and letter of deploying troops on garrison duty using an output end outputs level signals as in Example 1
Number, the varying level that withdraw a garrison signal and signal of deploying troops on garrison duty export for the output end.Similarly, can also be as in Fig. 2 embodiment 1
As embodiment 2, signal output part of withdrawing a garrison is respectively adopted, deploys troops on garrison duty signal output part to export signal of withdrawing a garrison, signal of deploying troops on garrison duty.
In Fig. 2, Fig. 3, the control core for removing controller module 400 of deploying troops on garrison duty is single-chip microcomputer, removes controller module control of deploying troops on garrison duty
Core is also an option that ARM, or DSP.
In Fig. 2, Fig. 3, field operation locating module, in-house operation locating module, lock signal generator module and deployed troops on garrison duty with removing
Direct electrical connection is used between controller module, enters the transmission of row related signal；Field operation locating module, indoor behaviour
Make locating module, lock signal generator module and remove between controller module of deploying troops on garrison duty, can be at the same time or separately through being directly electrically connected
Relation, or the electrical connection through Phototube Coupling, or the electrical connection through electromagnetic isolation are connect, or uses nothing
Line transmission means, or the biography for using CAN network, 485 bus network, Internet internet to enter row related signal
Pass.
In Fig. 2, Fig. 3 ,+VCC is the power supply of field operation locating module and in-house operation locating module, and the power supply can
To select the power supply used using each sensor measuring module in intelligent safety and defence system；+ VDD is controlled to remove in controller module of deploying troops on garrison duty
The working power of core processed, i.e. single-chip microcomputer 401.The power end VDD of single-chip microcomputer 401, and one end of foregoing each pull-up resistor are equal
It is connected to+VDD.In Fig. 2, Fig. 3 ,+VCC power supplys and+VDD power supplys are altogether.+ VCC power supplys can not also altogether with+VDD power supplys.
In Fig. 2, Fig. 3, remove controller module 400 of deploying troops on garrison duty and withdrawn a garrison using direct electrical connection output intelligent safety and defence system
Signal, deploy troops on garrison duty signal J4；Remove controller module of deploying troops on garrison duty and can also be the electrical connection through Phototube Coupling, or through electromagnetism every
From electrical connection, or using wireless transmission method output intelligent safety and defence system withdraw a garrison signal, deploy troops on garrison duty signal J4.
Fig. 4, which is shown, removes the intelligent safety and defence system structure that controller module function of deploying troops on garrison duty is embedded in burglar alarm master controller
Figure.Intelligent safety and defence system includes burglar alarm master controller 500, sensor measuring module 600, alarm module 700, removes control of deploying troops on garrison duty
Device module 400 is the One function module in burglar alarm master controller 500.Removing in burglar alarm master controller 500 is deployed troops on garrison duty
Outdoor positioning signal J1 that controller module 400 is inputted according to input interface IN1, IN2, IN3, indoor positioning signal J2, lock
Signal J3 carrys out automatic decision and exported to withdraw a garrison signal, signal of deploying troops on garrison duty, and burglar alarm master controller 500 is according to removing cloth proof controller mould
The signal of withdrawing a garrison of block 400, signal of deploying troops on garrison duty, control sensor measuring module 600 to be withdrawn a garrison, deployed troops on garrison duty by input/output interface IO6；
When needing alarm, alarm module 700 is controlled to send alarm signal by output interface OUT7.Sensor measuring module 600 is included extremely
A few pir intrusion detector, the type of the pir intrusion detector includes single beam, two light beams, multiple beam infrared emission sensor,
Infrared emission grating, microwave sensor human body proximity sensor, passive infrared sensor, door status switch, and other types
Pir intrusion detector.Control alarm module 700 to include siren unit, external acousto-optic warning signal unit, phone built in main frame to dial
One in number alarm unit, SMS alarm unit, network alarming unit either multiple alarm units.
In Fig. 4, field operation locating module 100, in-house operation locating module 200, lock signal generator module 300 with it is anti-
Steal among alarm master controller 500 remove between controller module 400 of deploying troops on garrison duty can simultaneously using or be respectively adopted direct electricity
Annexation, or the electrical connection through Phototube Coupling, or the electrical connection through electromagnetic isolation, or use
Wireless transmission method, or row related signal is entered using CAN network, 485 bus network, Internet internet
Transmission.Can be same between the various pir intrusion detectors in burglar alarm master controller 500 and sensor measuring module 600 in Fig. 4
Direct electrical connection, the electrical connection through Phototube Coupling, the electrical connection pass through electromagnetic isolation is respectively adopted in Shi Caiyong
System, or wireless transmission method is used, or using CAN network, 485 bus network, Internet internet
Enter the transmission of row related signal.One in burglar alarm master controller 500 and control alarm module 700 in Fig. 4 is either
Between multiple alarm units can simultaneously using or direct electrical connection, electrical connection through Phototube Coupling be respectively adopted close
System, the electrical connection through electromagnetic isolation, or use wireless transmission method, or using CAN network, 485 total
Gauze network, Internet internet enter the transmission of row related signal.
Fig. 5, which is shown, to be removed controller module of deploying troops on garrison duty and automatically generates the method flow diagram of signal of deploying troops on garrison duty of withdrawing a garrison, and is comprised the concrete steps that：
Step 1: measuring outdoor positioning signal J1, indoor positioning signal J2 and locking signal J3；
Step 2: judging whether that carrying out door unlocking or door locks operation；Not carry out door unlocking or
Door locks operation, goes to step one；Carrying out door unlocking or door locks operation, into step 3；
Step 3: judging that ongoing is to unlock or lock operation, ongoing is that unlocking operation then enters step
Rapid four；Ongoing is to lock operation then to enter step 5；
Step 4: when outdoor positioning signal J1 effectively, either indoor positioning signal J2 effectively or outdoor positioning signal J1
With indoor positioning signal J2 while when effective, J4, which is exported, effectively to withdraw a garrison signal and go to step one, otherwise passes directly to step
One；
Step 5: when one of only outdoor positioning signal J1 or indoor positioning signal J2 are effective, J4 outputs are effective
Deploy troops on garrison duty and signal and go to step one, otherwise pass directly to step one.
In the step 2, judge whether to carry out door unlocking or door to lock the method for operation be to lock letter
Number J3 whether be effectively changed into it is invalid or it is invalid be changed into effective change, be effectively changed into invalid or invalid be changed into having
The change of effect, then carrying out door unlocking or door lock operation, is not otherwise locked in progress door unlocking or door
Operation.
In the step 3, judge that ongoing is that to unlock or lock the method for operation be to lock signal from effective
It is changed into invalid, ongoing is unlocking operation；Lock signal from it is invalid be changed into effectively it is then ongoing be to lock operation.
In the step 5, when one of only outdoor positioning signal J1 or indoor positioning signal J2 are effective, further
Ground, i.e., carries out door lock and locks after operation, delay produces intelligent safety and defence system in only indoor positioning signal J2 effectively indoors
Deploy troops on garrison duty signal；The purpose is to carry out door lock indoors to lock after operation, delay is deployed troops on garrison duty, it is to avoid owner's false triggering warning system.
And, i.e., after outdoor carry out door lock locks operation, intelligent safety and defence system is produced immediately in only outdoor positioning signal J1 effectively
Deploy troops on garrison duty signal；The purpose is to after outdoor carry out door lock locks operation, deploy troops on garrison duty immediately, intelligent safety and defence system is put into work immediately
Make.In step 5, when outdoor positioning signal J1 and indoor positioning signal J2 are effective, or outdoor positioning signal J1 and room
When interior framing signal J2 is invalid, effective signal of deploying troops on garrison duty neither is exported, effective signal of withdrawing a garrison is not exported yet.
The outdoor positioning signal J1, indoor positioning signal J2 are level signal；J1, J2 can be with simultaneous selection high level
Effectively, or simultaneous selection low level effectively, or select different significant levels respectively.When field operation locating module
When detecting someone at outdoor door, the outdoor positioning signal J1 of output is effective；When field operation locating module detects outdoor
At door nobody when, the outdoor positioning signal J1 of output is invalid；When in-house operation locating module detects someone at indoor door
When, the indoor positioning signal J2 of output is effective；When at in-house operation locating module detects indoor door nobody when, the room of output
Interior framing signal J2 is invalid.
Claims (10)
- The signal generating method of deploying troops on garrison duty 1. a kind of intelligent safety and defence system is withdrawn a garrison automatically, it is characterised in that：When opening or locking door, Automatically generate intelligent safety and defence system withdraw a garrison, signal of deploying troops on garrison duty.
- The signal generating method of deploying troops on garrison duty 2. intelligent safety and defence system according to claim 1 is withdrawn a garrison automatically, it is characterised in that：Indoors or outdoor carry out door lock is locked after operation, intelligent safety and defence system is produced to deploy troops on garrison duty signal；Indoors or after outdoor carry out door lock unlocking operation, produce intelligent safety and defence system and withdraw a garrison signal.
- The signal generating method of deploying troops on garrison duty 3. intelligent safety and defence system according to claim 2 is withdrawn a garrison automatically, it is characterised in that：Carry out door lock indoors to lock after operation, delay produces intelligent safety and defence system and deployed troops on garrison duty signal；After outdoor carry out door lock locks operation, intelligent safety and defence system is produced immediately and is deployed troops on garrison duty signal；Indoors or after outdoor carry out door lock unlocking operation, intelligent safety and defence system is produced immediately and is withdrawn a garrison signal.
- The signal generating method of the deploying troops on garrison duty 4. intelligent safety and defence system according to any one of claim 1-3 is withdrawn a garrison automatically, it is special Levy and be：By including field operation locating module, in-house operation locating module, lock signal generator module, remove controller module of deploying troops on garrison duty Automatic signal generation device realization of deploying troops on garrison duty of withdrawing a garrison；Field operation locating module exports outdoor positioning signal and exports room to controller module of deploying troops on garrison duty, in-house operation locating module is removed Interior framing signal locks signal generator module output and locks signal to removing controller module of deploying troops on garrison duty to controller module of deploying troops on garrison duty is removed, Controller module output intelligent safety and defence system of deploying troops on garrison duty is removed to withdraw a garrison signal, signal of deploying troops on garrison duty.
- The signal generating method of deploying troops on garrison duty 5. intelligent safety and defence system according to claim 4 is withdrawn a garrison automatically, it is characterised in that：The door lock that carries out indoors locks operation, and its basis for estimation is, in outdoor positioning invalidating signal, indoor positioning signal In the case of effective, lock signal and be changed into effective from invalid；Described to lock operation in outdoor carry out door lock, its basis for estimation is, outdoor positioning signal effectively, indoor positioning signal In the case of invalid, lock signal and be changed into effective from invalid；It is described indoors or outdoor carry out door lock unlocking operation, its basis for estimation is, fixed in outdoor positioning signal and interior In the case of at least one in the signal of position is effective, signal is locked from being effectively changed into invalid.
- The signal generating method of deploying troops on garrison duty 6. intelligent safety and defence system according to claim 4 is withdrawn a garrison automatically, it is characterised in that：The field operation locating module is light beam infrared emission sensor, or infrared emission grating, or passive type Infrared sensor, or microwave induced human body proximity sensor；The in-house operation locating module is light beam infrared emission sensor, or infrared emission grating, or passive type Infrared sensor, or microwave induced human body proximity sensor.
- The signal generating method of deploying troops on garrison duty 7. intelligent safety and defence system according to claim 5 is withdrawn a garrison automatically, it is characterised in that：The field operation locating module is light beam infrared emission sensor, or infrared emission grating, or passive type Infrared sensor, or microwave induced human body proximity sensor；The in-house operation locating module is light beam infrared emission sensor, or infrared emission grating, or passive type Infrared sensor, or microwave induced human body proximity sensor.
- The signal generating method of deploying troops on garrison duty 8. intelligent safety and defence system according to claim 4 is withdrawn a garrison automatically, it is characterised in that：It is described The core for controller module of deploying troops on garrison duty is removed for single-chip microcomputer, or ARM, or DSP；It is described remove to deploy troops on garrison duty controller module or be Functional module in the burglar alarm master controller of intelligent safety and defence system.
- The signal generating method of deploying troops on garrison duty 9. intelligent safety and defence system according to claim 4 is withdrawn a garrison automatically, it is characterised in that：It is described Field operation locating module, in-house operation locating module, signal generator module is locked each with removing between controller module of deploying troops on garrison duty There is electric connection, to enter the transmission of row related signal.
- The signal generating method of deploying troops on garrison duty 10. intelligent safety and defence system according to claim 4 is withdrawn a garrison automatically, it is characterised in that tool Body step is：Step 1: measuring outdoor positioning signal, indoor positioning signal and locking signal；Step 2: judging whether that carrying out door unlocking or door locks operation；Do not carry out door unlocking or room Door locks operation, goes to step one；Carrying out door unlocking or door locks operation, into step 3；Step 3: judging that ongoing is to unlock or lock operation, ongoing is that unlocking operation then enters step 4； Ongoing is to lock operation then to enter step 5；Step 4: when at least one in outdoor positioning signal or indoor positioning signal is effective, the effective letter of withdrawing a garrison of output Number and go to step one, otherwise pass directly to step one；Step 5: when only one of outdoor positioning signal or indoor positioning signal are effective, output effectively deploys troops on garrison duty signal simultaneously Step one is gone to, step one is otherwise passed directly to.
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| CN201710180703.0A CN106960552A (en) | 2017-03-24 | 2017-03-24 | Intelligent safety and defence system is withdrawn a garrison signal generating method of deploying troops on garrison duty automatically |
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Application publication date: 20170718 |