CN106228735A - All-fiber fire control linkage system and control method thereof - Google Patents
All-fiber fire control linkage system and control method thereof Download PDFInfo
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- CN106228735A CN106228735A CN201610770183.4A CN201610770183A CN106228735A CN 106228735 A CN106228735 A CN 106228735A CN 201610770183 A CN201610770183 A CN 201610770183A CN 106228735 A CN106228735 A CN 106228735A
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B17/00—Fire alarms; Alarms responsive to explosion
- G08B17/06—Electric actuation of the alarm, e.g. using a thermally-operated switch
-
- A—HUMAN NECESSITIES
- A62—LIFE-SAVING; FIRE-FIGHTING
- A62C—FIRE-FIGHTING
- A62C37/00—Control of fire-fighting equipment
- A62C37/04—Control of fire-fighting equipment with electrically-controlled release
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B17/00—Fire alarms; Alarms responsive to explosion
- G08B17/10—Actuation by presence of smoke or gases, e.g. automatic alarm devices for analysing flowing fluid materials by the use of optical means
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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
- G08B25/12—Manually actuated calamity alarm transmitting arrangements emergency non-personal manually actuated alarm, activators, e.g. details of alarm push buttons mounted on an infrastructure
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C23/00—Non-electrical signal transmission systems, e.g. optical systems
- G08C23/06—Non-electrical signal transmission systems, e.g. optical systems through light guides, e.g. optical fibres
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- Computer Networks & Wireless Communication (AREA)
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- Chemical & Material Sciences (AREA)
- Analytical Chemistry (AREA)
- Alarm Systems (AREA)
- Fire Alarms (AREA)
Abstract
A kind of all-fiber fire control linkage system, including coordinated signals handset and coordinated signals main frame, coordinated signals handset is connected with optical fiber triggering device, coordinated signals main frame, optical fiber linkage controller by optical fiber respectively, coordinated signals handset is connected with temperature sensor, coordinated signals main frame is connected with communication terminal linkage controller by optical fiber, communication terminal linkage controller is connected with optical fiber linkage controller by optical fiber, and optical fiber linkage controller is connected with fire fighting linkage equipment；During control, the output that coordinated signals handset triggers device and temperature sensor by optical fiber demodulates warning message, and by coordinated signals main frame, warning message being uploaded to communication terminal linkage controller, control command is sent to fire fighting linkage equipment by communication terminal linkage controller by optical fiber linkage controller.The design not only reliability is high, and monitoring effect is good, monitoring precision is high, applied range, intelligence degree high, simple operation.
Description
Technical field
The present invention relates to optical fiber sensing technology and Fibre Optical Communication Technology, particularly relate to a kind of all-fiber automatic fire alarm connection
Autocontrol system and control method thereof, be primarily adapted for use in and optical fiber triggered device, Fibre Optical Communication Technology is tied mutually with lower computer hardware
Close to improve unfailing performance.
Background technology
Along with developing rapidly of economy and urban construction, city size constantly expands, and population is on the increase, the thing followed
It is that all kinds of fire the most great malignant fire occurrence probability improves the most year by year, detects fire timely and effectively and send warning
Signal is to reduce fire incident casualties and reduce one of maximally effective means of economic loss, therefore, and fire alarm linkage control
The reliability of system processed is more and more important；Fire alarm system is to allow people's early discovery fire, and takes in time effectively
Measure, controls and stamps out a fire, and it is generally located on building such as university, large-scale community, large hospital, manufacturing building and military affairs
Base etc., but owing to the personnel in building are not professional firefighters, they are to some equipment in fire alarm system also
Can not operate timely and effectively, thus cause fire not to be well controlled, therefore, improve fire alarm system
Intelligence degree is more and more important.
Chinese patent application publication No. is CN103324221A, and Shen Qing Publication day is in JIUYUE, 2013 disclosure of the invention of 25 days
A kind of grain depot intelligent comprehensive control system and using method thereof, it host computer included is successively through terminal receiver, route
After device, the outfan with multiple repeaters is connected, on repeater connect have storehouse outer air Temperature Humidity Sensor, ventilation installation,
LED screen and multiple optical fiber temperature humidity sensor system, in the input connection of each optical fiber temperature humidity sensor system has storehouse
Aerial temperature and humidity sensor, gas detector and multiple fibre optic temperature sensor, during use, optical fiber temperature humidity sensor system
The cereal temperature that recorded, aerial temperature and humidity, gas information are by communicating requirement superior equipment transmission, and host computer connects according to it
The downstream data received is monitored, and occurs that abnormal conditions are then reported to the police.Although this invention uses optical fiber cable to be passed by fiber optic temperature
Sensor is connected with optical fiber temperature humidity sensor system, and to improve monitoring effect, but it yet suffers from following defect: this invention
In communication mode between each capital equipment be radio communication, as between repeater, router, between host computer, remote equipment,
Owing to radio communication is affected relatively big by communication distance, communication environment, communication process there will be communication disruption and communication delay,
Thus reduce the unfailing performance of control system.
Summary of the invention
It is an object of the invention to overcome defect and problem that reliability present in prior art is low, it is provided that a kind of reliability
High all-fiber fire control linkage system and control method thereof.
For realizing object above, the technical solution of the present invention is: a kind of all-fiber automatic fire alarm coordinated signals
System, including triggering device, coordinated signals main frame, communication terminal linkage controller, fire fighting linkage equipment, described coordinated signals master
One end of machine is connected with triggering device, and the other end of coordinated signals main frame is connected with one end of communication terminal linkage controller
Connecing, the other end of communication terminal linkage controller is connected with fire fighting linkage equipment；
Described all-fiber fire control linkage system also include coordinated signals handset, optical fiber linkage controller,
No. two optical fiber linkage controllers, described triggering device includes that optical fiber triggers device and temperature sensor, described coordinated signals handset
Mainboard and a coupled work song machine fiber optic telecommunications module, two work song machine fiber optic telecommunications module, institute is controlled including handset
State coordinated signals main frame and include host computer control mainboard and coupled main frame fiber optic telecommunications module, No. two main frame light
Fiber communication module, described communication terminal linkage controller includes coordinated signals terminal mainboard and coupled terminal fiber optic
Communication module, a described optical fiber linkage controller includes an optical fiber linkage controller mainboard and coupled No. one
Fiber optic telecommunications module, described No. two optical fiber linkage controllers include No. two optical fiber linkage controller mainboards and coupled
No. two fiber optic telecommunications module, described fire fighting linkage equipment includes a fire fighting linkage equipment and No. two fire fighting linkage equipment；
Described optical fiber is triggered device and is connected with handset control mainboard by optical fiber, and described temperature sensor controls mainboard with handset
Be connected, handset control mainboard successively after two work song machine fiber optic telecommunications module, optical fiber, No. two main frame fiber optic telecommunications module with master
Machine controls mainboard and is connected, and host computer control mainboard is successively through a main frame fiber optic telecommunications module, optical fiber, terminal fiber optic communication module
Being connected with coordinated signals terminal mainboard afterwards, coordinated signals terminal mainboard is successively through terminal fiber optic communication module, optical fiber, No. two light
It is connected with No. two optical fiber linkage controller mainboards after fiber communication module, No. two optical fiber linkage controller mainboards and No. two fire-fighting connection
Dynamic equipment is connected, and described handset controls mainboard successively through a work song machine fiber optic telecommunications module, optical fiber, a fiber optic telecommunications module
Being connected with an optical fiber linkage controller mainboard afterwards, an optical fiber linkage controller mainboard and a fire fighting linkage equipment are connected
Connect.
Described coordinated signals handset also includes that signal plate, signal plate control mainboard with handset and be connected, and signal plate passes through light
Fibre triggers device with optical fiber and is connected, and the quantity of signal plate is two, and signal plate triggers device one_to_one corresponding with optical fiber.
Described optical fiber trigger device include optical fiber Smoke Sensor, optical fiber manual pull station, optical fiber fire hydrant manually by
Button, described optical fiber Smoke Sensor, optical fiber manual pull station, optical fiber fire hydrant hand push button are respectively by optical fiber and signal plate
It is connected.
A described fire fighting linkage equipment include gas fire-fighting controller, rolling screen door controller, fume extraction fan controller, one
Number fire pump controller, gas fire-fighting controller, rolling screen door controller, fume extraction fan controller, a Firefighting Pump Control
Device is connected with an optical fiber linkage controller mainboard respectively；
Described No. two fire fighting linkage equipment include fire emergence evacuation broadcast and No. two fire pump controllers, fire emergence evacuation broadcast and two
Number fire pump controller is connected with No. two optical fiber linkage controller mainboards respectively.
Described handset controls to connect on mainboard have a bugle call light crossing-signal；Connect on described host computer control mainboard and have two bugle call
Light crossing-signal.
Described coordinated signals main frame also includes main frame touch screen and main frame GMS module, described host computer control mainboard and main frame
Touch screen is connected, and host computer control mainboard is connected with a fire telephone by main frame GMS module；
Described communication terminal linkage controller also includes terminal touch screen and terminal GMS module, described coordinated signals terminal mainboard
Being connected with terminal touch screen, coordinated signals terminal mainboard is connected with No. two fire telephones by terminal GMS module.
Described coordinated signals handset also includes handset power module and handset stand-by power supply, and described handset controls mainboard and passes through
The alternating current of handset power module and 220 volts is connected, and handset controls mainboard and is connected with handset stand-by power supply；
Described coordinated signals main frame also includes host power supply module and main frame stand-by power supply, and described host computer control mainboard passes through main frame
The alternating current of power module and 220 volts is connected, and host computer control mainboard is connected with main frame stand-by power supply；
Connecting on described coordinated signals terminal mainboard and have a terminal stand-by power supply, the unidirectional current of terminal stand-by power supply and 24 volts is connected
Connect；
Connecting on a described optical fiber linkage controller mainboard and have a linkage controller stand-by power supply, a linkage controller is standby
It is connected with the unidirectional current of power supply and 24 volts；
Connecting on described No. two optical fiber linkage controller mainboards and have No. two linkage controller stand-by power supplies, No. two linkage controllers are standby
It is connected with the unidirectional current of power supply and 24 volts.
The control method of a kind of all-fiber fire control linkage system, described control method includes following successively
Step:
The first step: described handset controls mainboard and gathers the optical signal of optical fiber triggering device output, and it is defeated to obtain temperature sensor
The temperature signal gone out, afterwards, handset controls mainboard and demodulates warning message by optical signal and temperature signal, and by two work songs
Warning message is uploaded to host computer control mainboard by machine fiber optic telecommunications module；
Second step: described host computer control mainboard receives warning message by No. two main frame fiber optic telecommunications module, and by a master
Warning message is uploaded to coordinated signals terminal mainboard by machine fiber optic telecommunications module；
3rd step: described coordinated signals terminal mainboard receives warning message by terminal fiber optic communication module, and by terminal light
Control command is sent to No. two optical fiber linkage controller mainboards by fiber communication module, and meanwhile, described coordinated signals terminal mainboard depends on
Secondary by terminal fiber optic communication module, main frame fiber optic telecommunications module, host computer control mainboard, No. two main frame fiber optic communication moulds
Control command is sent to one after controlling mainboard, a work song machine fiber optic telecommunications module by block, two work song machine fiber optic telecommunications module, handset
Number optical fiber linkage controller mainboard；
4th step: a described optical fiber linkage controller mainboard receives control command by a fiber optic telecommunications module, and sends
Control instruction makes corresponding action to a fire fighting linkage equipment, a fire fighting linkage equipment；
Described No. two optical fiber linkage controller mainboards receive control command by No. two fiber optic telecommunications module, and send control instruction
To No. two fire fighting linkage equipment, No. two fire fighting linkage equipment make corresponding action.
Described handset controls to connect on mainboard have a bugle call light crossing-signal；Connect on described host computer control mainboard and have two bugle call
Light crossing-signal；Described coordinated signals main frame also includes main frame touch screen and main frame GMS module, described host computer control mainboard and main frame
Touch screen is connected, and host computer control mainboard is connected with a fire telephone by main frame GMS module；Described communication terminal links
Controller also includes terminal touch screen and terminal GMS module, and described coordinated signals terminal mainboard is connected with terminal touch screen, connection
The dynamic terminal mainboard that controls is connected with No. two fire telephones by terminal GMS module；
When described handset control mainboard demodulates warning message, handset controls mainboard and sends acousto-optic by a bugle call light crossing-signal
Warning message；
When described host computer control mainboard receives warning message, warning message is shown at main frame touch screen by host computer control mainboard
On, send sound and light alarm information by two bugle call light crossing-signals simultaneously；
When described coordinated signals terminal mainboard receives warning message, warning message is shown at end by coordinated signals terminal mainboard
On end touch screen.
When described host computer control mainboard receives warning message, staff makes corresponding behaviour by main frame touch screen
Make, or dial a fire telephone；
When described coordinated signals terminal mainboard receives warning message, staff makes corresponding behaviour by terminal touch screen
Make, or dial No. two fire telephones.
Compared with prior art, the invention have the benefit that
1, due to optical fiber triggering device in one all-fiber fire control linkage system of the present invention and control method thereof
And handset controls between mainboard, handset controls between mainboard and host computer control mainboard, handset controls mainboard and an optical fiber linkage
Between controller mainboard, between host computer control mainboard and coordinated signals terminal mainboard, coordinated signals terminal mainboard and No. two optical fiber
All carry out information transmission by optical fiber between linkage controller mainboard, utilize that communication capacity is big, long transmission distance, anti-interference
The plurality of advantages such as ability is strong, length in service life, improve the communication capacity of control system, and then improve the reliability of control system
Energy.Therefore, reliability of the present invention is high.
2, due to handset control in one all-fiber fire control linkage system of the present invention and control method thereof
Mainboard is connected with signal plate, and signal plate is disappeared with optical fiber Smoke Sensor, optical fiber manual pull station, optical fiber respectively by optical fiber
Fire bolt hand push button is connected, and signal plate is respectively by collecting fiber optical fiber Smoke Sensor, optical fiber manual pull station, optical fiber
The optical signal of fire hydrant hand push button so that sensor is separate with each button, does not interfere with each other, and improves the prison of control system
Surveying effect, meanwhile, the quantity of signal plate is two, and signal plate triggers device one_to_one corresponding with optical fiber, and such design is not only
Expand range of application, and handset controls mainboard and demodulates warning message by signal plate collection many places optical signal, improves
The accuracy of monitoring.Therefore, monitoring effect of the present invention is good, monitoring precision is high, applied range.
3, due to handset control in one all-fiber fire control linkage system of the present invention and control method thereof
On mainboard, on host computer control mainboard, it is respectively connected with audible-visual annunciator, reminds staff to occur at present by audible-visual annunciator
Situation, to protect personal safety and the property safety of staff, meanwhile, coordinated signals main frame and communication terminal linkage controller
Being provided with touch screen, fire telephone, staff can make corresponding operation by touch screen, it is also possible to dials fire-fighting electricity
Words, thus control fire timely and effectively.Therefore, the present invention not only protects personal safety and property safety, and operates letter
Just.
4, due to handset control in one all-fiber fire control linkage system of the present invention and control method thereof
Mainboard, host computer control mainboard are all connected by the alternating current of power module and 220 volts, and power module is that above-mentioned control equipment carries
For high reliability, high performance power supply, so that control system keeps good working order, meanwhile, power module is also for linkage
Controlling the stand-by power supply charging of handset, coordinated signals main frame, when having a power failure or circuit breaks down, stand-by power supply can be for linkage control
System machine and coordinated signals main frame provide electric power, thus improve the unfailing performance of control system, it addition, coordinated signals terminal mainboard
On upper, an optical fiber linkage controller mainboard, No. two optical fiber linkage controller mainboards all connect have stand-by power supply, in power failure or
When circuit breaks down, controller noted above can transmitting control commands in time, thus process fire dangerous situation timely and effectively, improve
The performance of control system.Therefore, reliability of the present invention is high, performance is good.
5, due to coordinated signals in one all-fiber fire control linkage system of the present invention and control method thereof
Handset demodulates warning message by the temperature signal of optical signal and temperature sensor output that optical fiber triggers device output, and
Warning message uploads to coordinated signals main frame, and warning message is uploaded to communication terminal linkage controller by coordinated signals main frame,
Control command is sent to fire fighting linkage equipment, fire fighting linkage equipment by communication terminal linkage controller by optical fiber linkage controller
Making corresponding action, such design uses fiber-optic transfer information, once detects exception, soon starts and report to the police and linkage
Control system, it is achieved fire alarm, coordinated signals, thus improve intelligence degree.Therefore, intelligence degree of the present invention height, behaviour
It is convenient to make.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention.
In figure: optical fiber triggering device 1, optical fiber Smoke Sensor 11, optical fiber manual pull station 12, optical fiber fire hydrant are manual
Button 13, coordinated signals handset 2, handset control mainboard 21, work song machine fiber optic telecommunications module 22, two work song machine fiber optic communication mould
Block 23, signal plate 24, handset power module 25, handset stand-by power supply 26, bugle call light crossing-signal 27, coordinated signals main frame 3, master
Machine controls mainboard 32, No. two main frame fiber optic telecommunications module 33 of 31, main frame fiber optic telecommunications module, host power supply module 34, master
Machine stand-by power supply 35, main frame touch screen 36,37, fire telephone 38, two bugle call light crossing-signal 39 of main frame GMS module, communication
Terminal linkage controller 4, coordinated signals terminal mainboard 41, terminal fiber optic communication module 42, terminal stand-by power supply 43, terminal touch
Screen 44,45, No. two fire telephones of terminal GMS module, 5, optical fiber linkage controller mainboard of 46, optical fiber linkage controller
51,6, No. two optical fiber connection of a fiber optic telecommunications module 53, No. two optical fiber linkage controllers of 52, linkage controller stand-by power supply
61, No. two fiber optic telecommunications module of movement controller mainboard, 63, fire fighting linkage equipment 7 of 62, No. two linkage controller stand-by power supplies,
Gas fire-fighting controller 71, rolling screen door controller 72,73, fire pump controller of fume extraction fan controller 74, two disappear
Anti-interlocking equipment 8, fire emergence evacuation broadcast 81, No. two fire pump controllers 82, temperature sensors 9.
In figure, the heavy line of band double-head arrow represents optical fiber.
Detailed description of the invention
Illustrate that the present invention is further detailed explanation with detailed description of the invention below in conjunction with accompanying drawing.
Seeing Fig. 1, a kind of all-fiber fire control linkage system, including triggering device, coordinated signals main frame
3, communication terminal linkage controller 4, fire fighting linkage equipment, one end of described coordinated signals main frame 3 is connected with triggering device, connection
The dynamic other end controlling main frame 3 is connected with one end of communication terminal linkage controller 4, communication terminal linkage controller 4 another
One end is connected with fire fighting linkage equipment；
Described all-fiber fire control linkage system also includes 2, optical fiber linkage controller of coordinated signals handset
5, No. two optical fiber linkage controllers 6, described triggering device includes that optical fiber triggers device 1 and temperature sensor 9, described coordinated signals
Handset 2 includes that handset controls mainboard 21 and coupled work song machine fiber optic telecommunications module 22, a two work song machine optical fiber leads to
Letter module 23, described coordinated signals main frame 3 includes host computer control mainboard 31 and coupled main frame fiber optic communication
32, No. two main frame fiber optic telecommunications module 33 of module, described communication terminal linkage controller 4 include coordinated signals terminal mainboard 41 with
And coupled terminal fiber optic communication module 42, a described optical fiber linkage controller 5 includes an optical fiber coordinated signals
Device mainboard 51 and coupled fiber optic telecommunications module 52, described No. two optical fiber linkage controllers 6 include No. two light
Fine linkage controller mainboard 61 and coupled No. two fiber optic telecommunications module 62, described fire fighting linkage equipment includes No. one
Fire fighting linkage equipment 7 and No. two fire fighting linkage equipment 8；
Described optical fiber is triggered device 1 and is connected with handset control mainboard 21 by optical fiber, and described temperature sensor 9 controls with handset
Mainboard 21 is connected, and handset controls mainboard 21 successively through two work song machine fiber optic telecommunications module 23, optical fiber, No. two main frame fiber optic communications
Being connected with host computer control mainboard 31 after module 33, host computer control mainboard 31 is successively through main frame fiber optic telecommunications module 32, a light
Being connected with coordinated signals terminal mainboard 41 after fibre, terminal fiber optic communication module 42, coordinated signals terminal mainboard 41 is successively through end
It is connected with No. two optical fiber linkage controller mainboards 61 after end fiber optic telecommunications module 42, optical fiber, No. two fiber optic telecommunications module 62, two
Number optical fiber linkage controller mainboard 61 is connected with No. two fire fighting linkage equipment 8, and described handset controls mainboard 21 successively through No. one
It is connected with an optical fiber linkage controller mainboard 51 after handset fiber optic telecommunications module 22, optical fiber, a fiber optic telecommunications module 52,
A number optical fiber linkage controller mainboard 51 is connected with a fire fighting linkage equipment 7.
Described coordinated signals handset 2 also includes that signal plate 24, signal plate 24 control mainboard 21 with handset and be connected, signal plate
24 trigger device 1 by optical fiber with optical fiber is connected, and the quantity of signal plate 24 is two, and signal plate 24 triggers device with optical fiber
1 one_to_one corresponding.
Described optical fiber triggers device 1 and includes optical fiber Smoke Sensor 11, optical fiber manual pull station 12, optical fiber fire hydrant hands
Dynamic button 13, described optical fiber Smoke Sensor 11, optical fiber manual pull station 12, optical fiber fire hydrant hand push button 13 pass through respectively
Optical fiber is connected with signal plate 24.
A described fire fighting linkage equipment 7 includes that gas fire-fighting controller 71, rolling screen door controller 72, fume extraction fan control
73, fire pump controller 74 of device, gas fire-fighting controller 71, rolling screen door controller 72, fume extraction fan controller 73,
Number fire pump controller 74 is connected with an optical fiber linkage controller mainboard 51 respectively；
Described No. two fire fighting linkage equipment 8 include fire emergence evacuation broadcast 81 and No. two fire pump controllers 82, and fire-fighting emergent is wide
Broadcast 81 to be connected with No. two optical fiber linkage controller mainboards 61 respectively with No. two fire pump controllers 82.
Described handset controls to connect on mainboard 21 have a bugle call light crossing-signal 27；Connect on described host computer control mainboard 31 and have
Two bugle call light crossing-signals 39.
Described coordinated signals main frame 3 also includes main frame touch screen 36 and main frame GMS module 37, described host computer control mainboard 31
Being connected with main frame touch screen 36, host computer control mainboard 31 is connected with a fire telephone 38 by main frame GMS module 37；
Described communication terminal linkage controller 4 also includes terminal touch screen 44 and terminal GMS module 45, described coordinated signals terminal
Mainboard 41 is connected with terminal touch screen 44, and coordinated signals terminal mainboard 41 is by terminal GMS module 45 and No. two fire telephones
46 are connected.
Described coordinated signals handset 2 also includes handset power module 25 and handset stand-by power supply 26, and described handset controls main
Plate 21 is connected by the alternating current of handset power module 25 with 220 volts, and handset controls mainboard 21 and handset stand-by power supply 26 phase
Connect；
Described coordinated signals main frame 3 also includes host power supply module 34 and main frame stand-by power supply 35, described host computer control mainboard 31
Being connected by the alternating current of host power supply module 34 with 220 volts, host computer control mainboard 31 is connected with main frame stand-by power supply 35；
Connect on described coordinated signals terminal mainboard 41 and have terminal stand-by power supply 43, terminal stand-by power supply 43 and the unidirectional current of 24 volts
It is connected；
Connect on a described optical fiber linkage controller mainboard 51 and have a linkage controller stand-by power supply 53, a coordinated signals
The device stand-by power supply 53 unidirectional current with 24 volts is connected；
Connect on described No. two optical fiber linkage controller mainboards 61 and have No. two linkage controller stand-by power supplies 63, No. two coordinated signals
The device stand-by power supply 63 unidirectional current with 24 volts is connected.
The control method of a kind of all-fiber fire control linkage system, described control method includes following successively
Step:
The first step: described handset controls mainboard 21 and gathers the optical signal of optical fiber triggering device 1 output, and obtains temperature sensor
The temperature signal of 9 outputs, afterwards, handset controls mainboard 21 and demodulates warning message by optical signal and temperature signal, and passes through
Warning message is uploaded to host computer control mainboard 31 by two work song machine fiber optic telecommunications module 23；
Second step: described host computer control mainboard 31 receives warning message by No. two main frame fiber optic telecommunications module 33, and by one
Warning message is uploaded to coordinated signals terminal mainboard 41 by number main frame fiber optic telecommunications module 32；
3rd step: described coordinated signals terminal mainboard 41 receives warning message by terminal fiber optic communication module 42, and by eventually
Control command is sent to No. two optical fiber linkage controller mainboards 61 by end fiber optic telecommunications module 42, and meanwhile, described coordinated signals is eventually
End mainboard 41 passes sequentially through 42, main frame fiber optic telecommunications module 32 of terminal fiber optic communication module, host computer control mainboard 31, two
Main frame fiber optic telecommunications module 33, two work song machine fiber optic telecommunications module 23, handset control mainboard 21, work song machine fiber optic telecommunications module
After 22, control command is sent to an optical fiber linkage controller mainboard 51；
4th step: a described optical fiber linkage controller mainboard 51 receives control command by a fiber optic telecommunications module 52, and
Send control instruction and make corresponding action to a fire fighting linkage equipment 7, a fire fighting linkage equipment 7；
Described No. two optical fiber linkage controller mainboards 61 receive control command by No. two fiber optic telecommunications module 62, and send control
Instruction is to No. two fire fighting linkage equipment 8, and No. two fire fighting linkage equipment 8 make corresponding action.
Described handset controls to connect on mainboard 21 have a bugle call light crossing-signal 27；Connect on described host computer control mainboard 31 and have
Two bugle call light crossing-signals 39；Described coordinated signals main frame 3 also includes main frame touch screen 36 and main frame GMS module 37, described main frame
Controlling mainboard 31 to be connected with main frame touch screen 36, host computer control mainboard 31 is by main frame GMS module 37 and a fire telephone
38 are connected；Described communication terminal linkage controller 4 also includes terminal touch screen 44 and terminal GMS module 45, described linkage control
Terminal mainboard 41 processed is connected with terminal touch screen 44, and coordinated signals terminal mainboard 41 is disappeared with No. two by terminal GMS module 45
Anti-phone 46 is connected；
When described handset control mainboard 21 demodulates warning message, handset controls mainboard 21 by a bugle call light crossing-signal 27
Go out acousto-optic warning message；
When described host computer control mainboard 31 receives warning message, warning message is shown and touches at main frame by host computer control mainboard 31
Touch on screen 36, send sound and light alarm information by two bugle call light crossing-signals 39 simultaneously；
When described coordinated signals terminal mainboard 41 receives warning message, warning message is shown by coordinated signals terminal mainboard 41
On terminal touch screen 44.
When described host computer control mainboard 31 receives warning message, staff is made by main frame touch screen 36 accordingly
Operation, or dial a fire telephone 38；
When described coordinated signals terminal mainboard 41 receives warning message, staff is made by terminal touch screen 44 accordingly
Operation, or dial No. two fire telephones 46.
The principle of the present invention is described as follows:
Optical fiber technology develops into now, mainly has two big type optical fibers: silica fibre and plastic optical fiber.Long haul communication is mainly applied
Silica-Based Optical Fibers, but, owing to cost is high, fragility is big and tiny being difficult to of fibre core is docked, the shortcomings such as optical coupling is difficult, at short distance
In communication in such as family, in the vehicles, in office and multimedia transmission, the utilization of silica fibre is at present seldom.Closely
Nian Lai, plastic optical fiber then shows the advantage of its uniqueness in terms of short haul connection.The design one all-fiber fire is reported automatically
Alert coordinated control system mainly uses plastic optical fiber to transmit signal, has different attenuation performance and temperature according to different materials
Spend range of application and develop application plastic optical fiber.
All-fiber fire control linkage system, detects the smog before fire and temperature based on optical fiber sensing technology
Degree information, uses fiber-optic transfer information, once detects area to be monitored smog or temperature anomaly, starts immediately and report to the police and linkage
Control system, it is achieved fire alarm, coordinated signals.It is embodied as follows: 1, coordinated signals handset is gathered by two block signal plates
Optical fiber Smoke Sensor, optical fiber manual pull station, the optical signal of optical fiber fire hydrant hand push button, handset controls mainboard by letter
The signal that gathers of number plate demodulates corresponding warning message, and it is direct that the temperature information of temperature sensor controls mainboard by handset
Read；Coordinated signals handset passes through two work song machine fiber optic telecommunications module, and demodulation warning message out is uploaded to coordinated signals
Main frame；2, coordinated signals main frame passes through No. two main frame fiber optic telecommunications module, receives the warning message of coordinated signals handset, will report
Alarming information shows on the liquid crystal display screen (main frame touch screen) of 4.3 cun, can send sound and light alarm information simultaneously, and coordinated signals main frame leads to
Cross a main frame fiber optic telecommunications module and warning message is uploaded to communication terminal linkage controller；3, communication terminal linkage controller
By terminal fiber optic communication module, receive the warning message that coordinated signals main frame is uploaded, and warning message is shown at 7 cun of liquid crystal
On screen (terminal touch screen), staff can be corresponding behaviour by the 7 of communication terminal linkage controller cun touch LCD screen
Make, fire telephone can be dialed；4, need to make corresponding control after communication terminal linkage controller receives warning message,
By terminal transmitting control commands, communication terminal linkage controller sends opens fire emergence evacuation broadcast, fire pump controller
Order, order is transferred to the fiber optic telecommunications module of No. two optical fiber linkage controllers, No. two optical fiber by terminal fiber optic communication module
Linkage controller makes corresponding actions；Communication terminal linkage controller sends control instruction to gas fire-fighting controller, rolling screen door
Controller, fume extraction fan controller, fire pump controller etc., the control instruction that communication terminal linkage controller sends is by eventually
End fiber optic telecommunications module is transferred to a main frame fiber optic telecommunications module of coordinated signals main frame, and coordinated signals main frame will receive again
Control instruction be sent to two work song machine fiber optic telecommunications module of coordinated signals handset by its No. two main frame fiber optic telecommunications module,
The control instruction of reception is transferred to an optical fiber linkage control by one work song machine fiber optic telecommunications module by coordinated signals handset again
The fiber optic telecommunications module of device processed, control instruction is resolved by an optical fiber linkage controller mainboard, makes corresponding control action.
Embodiment:
See Fig. 1, a kind of all-fiber fire control linkage system, (trigger device including triggering device and include optical fiber
Trigger device 1 and temperature sensor 9), coordinated signals handset 2, coordinated signals main frame 3, communication terminal linkage controller 4,
5, No. two optical fiber linkage controllers of optical fiber linkage controller, 7, No. two fire fighting linkage equipment 8 of 6, fire fighting linkage equipment；
Described optical fiber trigger device 1 include optical fiber Smoke Sensor 11, optical fiber manual pull station 12, optical fiber fire hydrant manually by
Button 13；Described coordinated signals handset 2 includes that handset controls mainboard 21 and a coupled work song machine fiber optic telecommunications module
22, two work song machine fiber optic telecommunications module 23, signal plate 24, handset power module 25, handset stand-by power supply 26, described handset controls
Connecting on mainboard 21 and have a bugle call light crossing-signal 27, handset controls mainboard 21 by handset power module 25 and 220 volts exchange
It is electrically connected and connects；Described coordinated signals main frame 3 includes host computer control mainboard 31 and coupled main frame fiber optic communication
Module 32, No. two main frame fiber optic telecommunications module 33, host power supply module 34, main frame stand-by power supply 35, main frame touch screen 36, main frames
GMS module 37, described host computer control mainboard 31 is connected with a fire telephone 38 by main frame GMS module 37, host computer control
Mainboard 31 is connected by the alternating current of host power supply module 34 with 220 volts, and host computer control mainboard 31 connects two bugle call light
Alarm 39；Described communication terminal linkage controller 4 includes coordinated signals terminal mainboard 41 and coupled terminal light
Fiber communication module 42, terminal touch screen 44, terminal GMS module 45, described coordinated signals terminal mainboard 41 is by terminal GMS module
45 are connected with No. two fire telephones 46, and coordinated signals terminal mainboard 41 connects terminal stand-by power supply 43, terminal standby electricity
The source 43 unidirectional current with 24 volts is connected；A described optical fiber linkage controller 5 includes an optical fiber linkage controller mainboard 51
And a coupled fiber optic telecommunications module 52, a described optical fiber linkage controller mainboard 51 connects and has a connection
Movement controller stand-by power supply 53, linkage controller stand-by power supply 53 unidirectional current with 24 volts is connected；Described No. two optical fiber
Linkage controller 6 includes No. two optical fiber linkage controller mainboards 61 and coupled No. two fiber optic telecommunications module 62, institute
Stating to connect on No. two optical fiber linkage controller mainboards 61 and have No. two linkage controller stand-by power supplies 63, No. two linkage controllers are standby
The power supply 63 unidirectional current with 24 volts is connected；A described fire fighting linkage equipment 7 includes that gas fire-fighting controller 71, roller shutter gate
Device 72 processed, 73, fire pump controller 74 of fume extraction fan controller；Described No. two fire fighting linkage equipment 8 include that fire-fighting should
Anxious broadcast 81 and No. two fire pump controllers 82；
Described optical fiber Smoke Sensor 11, optical fiber manual pull station 12, optical fiber fire hydrant hand push button 13 pass through optical fiber respectively
It is two with the quantity of signal plate 24(signal plate 24, and signal plate 24 triggers device 1 one_to_one corresponding with optical fiber) it is connected, described
Temperature sensor 9 and handset control mainboard 21 and are connected, handset control mainboard 21 successively through two work song machine fiber optic telecommunications module 23,
Being connected with host computer control mainboard 31 after optical fiber, No. two main frame fiber optic telecommunications module 33, host computer control mainboard 31 is successively through No. one
It is connected with coordinated signals terminal mainboard 41 after main frame fiber optic telecommunications module 32, optical fiber, terminal fiber optic communication module 42, linkage control
Terminal mainboard 41 processed links with No. two optical fiber successively after terminal fiber optic communication module 42, optical fiber, No. two fiber optic telecommunications module 62
Controller mainboard 61 is connected, No. two optical fiber linkage controller mainboards 61 respectively with fire emergence evacuation broadcast 81 and No. two fire pumps
Controller 82 is connected, and described handset controls mainboard 21 and leads to through a work song machine fiber optic telecommunications module 22, optical fiber, an optical fiber successively
Be connected with an optical fiber linkage controller mainboard 51 after letter module 52, optical fiber linkage controller mainboard 51 respectively with gas
Fire extinguisher 71, rolling screen door controller 72,73, fire pump controller 74 of fume extraction fan controller are connected.
By such scheme, the control method of a kind of all-fiber fire control linkage system, described control method
Comprise the following steps successively:
The first step: described handset controls mainboard 21 and gathers optical fiber Smoke Sensor 11, optical fiber manual pull station 12, optical fiber respectively
The optical signal of fire hydrant hand push button 13 output, and obtain the temperature signal of temperature sensor 9 output, afterwards, handset controls
Mainboard 21 demodulates warning message by optical signal and temperature signal, and handset controls mainboard 21 by a bugle call light crossing-signal 27
Go out acousto-optic warning message, and by two work song machine fiber optic telecommunications module 23, warning message uploaded to host computer control mainboard 31；
Second step: described host computer control mainboard 31 receives warning message by No. two main frame fiber optic telecommunications module 33, now, main frame
Controlling mainboard 31 to be shown by warning message on main frame touch screen 36, staff can be made by main frame touch screen 36 accordingly
Operation, it is also possible to dialing a fire telephone 38, meanwhile, host computer control mainboard 31 sends sound by two bugle call light crossing-signals 39
Light warning message, and by a main frame fiber optic telecommunications module 32, warning message uploaded to coordinated signals terminal mainboard 41；
3rd step: described coordinated signals terminal mainboard 41 receives warning message by terminal fiber optic communication module 42, now, linkage
Controlling terminal mainboard 41 to be shown by warning message on terminal touch screen 44, staff can be made by terminal touch screen 44
Corresponding operation, it is also possible to dial No. two fire telephones 46, meanwhile, coordinated signals terminal mainboard 41 is communicated mould by terminal fiber optic
Control command is sent to No. two optical fiber linkage controller mainboards 61 by block 42, and passes sequentially through terminal fiber optic communication module 42,
Number main frame fiber optic telecommunications module 32,31, No. two main frame fiber optic telecommunications module 33, two work song machine fiber optic communication moulds of host computer control mainboard
Control command is sent to an optical fiber coordinated signals after controlling mainboard 21, work song machine fiber optic telecommunications module 22 by block 23, handset
Device mainboard 51；
4th step: a described optical fiber linkage controller mainboard 51 receives control command by a fiber optic telecommunications module 52, and
Send control instruction to gas fire-fighting controller 71, rolling screen door controller 72,73, the fire pump control of fume extraction fan controller
Device 74 processed, gas fire-fighting controller 71, rolling screen door controller 72,73, fire pump controller 74 of fume extraction fan controller
Make corresponding action；Described No. two optical fiber linkage controller mainboards 61 are received by No. two fiber optic telecommunications module 62 and control life
Order, and send control instruction to 81, No. two fire pump controllers 82 of fire emergence evacuation broadcast, fire emergence evacuation broadcast 81 disappears with No. two
Corresponding action made by waterproof pump controller 82.
Claims (10)
1. an all-fiber fire control linkage system, including triggering device, coordinated signals main frame (3), communication eventually
End linkage controller (4), fire fighting linkage equipment, one end of described coordinated signals main frame (3) is connected with triggering device, linkage control
The other end of main frame processed (3) is connected with one end of communication terminal linkage controller (4), communication terminal linkage controller (4)
The other end is connected with fire fighting linkage equipment, it is characterised in that:
Described all-fiber fire control linkage system also includes coordinated signals handset (2), an optical fiber coordinated signals
Device (5), No. two optical fiber linkage controllers (6), described triggering device includes that optical fiber triggers device (1) and temperature sensor (9), institute
State coordinated signals handset (2) and include that handset controls mainboard (21) and a coupled work song machine fiber optic telecommunications module
(22), two work songs machine fiber optic telecommunications module (23), described coordinated signals main frame (3) include host computer control mainboard (31) and and its
The main frame fiber optic telecommunications module (32) being connected, No. two main frame fiber optic telecommunications module (33), the linkage control of described communication terminal
Device processed (4) includes coordinated signals terminal mainboard (41) and coupled terminal fiber optic communication module (42), described No. one
Optical fiber linkage controller (5) includes optical fiber linkage controller mainboard (51) and coupled fiber optic communication mould
Block (52), described No. two optical fiber linkage controllers (6) include No. two optical fiber linkage controller mainboard (61) and coupled
No. two fiber optic telecommunications module (62), described fire fighting linkage equipment includes a fire fighting linkage equipment (7) and No. two fire-fighting links
Equipment (8)；
Described optical fiber is triggered device (1) and is connected with handset control mainboard (21) by optical fiber, described temperature sensor (9) and son
Machine control mainboard (21) be connected, handset control mainboard (21) successively through two work songs machine fiber optic telecommunications module (23), optical fiber, No. two
Main frame fiber optic telecommunications module (33) is connected with host computer control mainboard (31) afterwards, and host computer control mainboard (31) is successively through a main frame
Fiber optic telecommunications module (32), optical fiber, terminal fiber optic communication module (42) are connected with coordinated signals terminal mainboard (41) afterwards, linkage
Control terminal mainboard (41) successively after terminal fiber optic communication module (42), optical fiber, No. two fiber optic telecommunications module (62) with No. two
Optical fiber linkage controller mainboard (61) is connected, No. two optical fiber linkage controller mainboard (61) and No. two fire fighting linkage equipment (8)
Being connected, described handset controls mainboard (21) successively through work song machine fiber optic telecommunications module (22), optical fiber, a fiber optic communication mould
Block (52) is connected with optical fiber linkage controller mainboard (51) afterwards, and optical fiber linkage controller mainboard (51) disappears with No. one
Anti-interlocking equipment (7) is connected.
A kind of all-fiber fire control linkage system the most according to claim 1, it is characterised in that: described
The dynamic handset (2) that controls also includes that signal plate (24), signal plate (24) control mainboard (21) with handset and be connected, and signal plate (24) leads to
Crossing optical fiber to be connected with optical fiber triggering device (1), the quantity of signal plate (24) is two, and signal plate (24) triggers dress with optical fiber
Put (1) one_to_one corresponding.
A kind of all-fiber fire control linkage system the most according to claim 2, it is characterised in that: described
Optical fiber triggers device (1) and includes optical fiber Smoke Sensor (11), optical fiber manual pull station (12), optical fiber fire hydrant hand push button
(13), described optical fiber Smoke Sensor (11), optical fiber manual pull station (12), optical fiber fire hydrant hand push button (13) lead to respectively
Cross optical fiber to be connected with signal plate (24).
4. according to a kind of all-fiber fire control linkage system described in claim 1,2 or 3, it is characterised in that:
A described fire fighting linkage equipment (7) includes gas fire-fighting controller (71), rolling screen door controller (72), fume extraction fan control
Device processed (73), a fire pump controller (74), gas fire-fighting controller (71), rolling screen door controller (72), fume extraction fan
Controller (73), a fire pump controller (74) are connected with optical fiber linkage controller mainboard (51) respectively；
Described No. two fire fighting linkage equipment (8) include fire emergence evacuation broadcast (81) and No. two fire pump controllers (82), fire-fighting
Emergent broadcast (81) is connected with No. two optical fiber linkage controller mainboard (61) respectively with No. two fire pump controllers (82).
5. according to a kind of all-fiber fire control linkage system described in claim 1,2 or 3, it is characterised in that:
Described handset controls the upper connection of mainboard (21) a bugle call light crossing-signal (27)；The upper connection of described host computer control mainboard (31) has two
Bugle call light crossing-signal (39).
6. according to a kind of all-fiber fire control linkage system described in claim 1,2 or 3, it is characterised in that:
Described coordinated signals main frame (3) also includes main frame touch screen (36) and main frame GMS module (37), described host computer control mainboard
(31) being connected with main frame touch screen (36), host computer control mainboard (31) is by main frame GMS module (37) and a fire telephone
(38) it is connected；
Described communication terminal linkage controller (4) also includes terminal touch screen (44) and terminal GMS module (45), described linkage control
Terminal mainboard processed (41) is connected with terminal touch screen (44), and coordinated signals terminal mainboard (41) passes through terminal GMS module (45)
It is connected with No. two fire telephones (46).
7. according to a kind of all-fiber fire control linkage system described in claim 1,2 or 3, it is characterised in that:
Described coordinated signals handset (2) also includes handset power module (25) and handset stand-by power supply (26), and described handset controls
Mainboard (21) is connected by the handset power module (25) alternating current with 220 volts, and it is standby with handset that handset controls mainboard (21)
Power supply (26) is connected；
Described coordinated signals main frame (3) also includes host power supply module (34) and main frame stand-by power supply (35), described host computer control
Mainboard (31) is connected by the host power supply module (34) alternating current with 220 volts, and host computer control mainboard (31) is standby with main frame
Power supply (35) is connected；
The upper connection of described coordinated signals terminal mainboard (41) has a terminal stand-by power supply (43), terminal stand-by power supply (43) with 24 volts
Unidirectional current is connected；
The upper connection of described optical fiber linkage controller mainboard (51) has a linkage controller stand-by power supply (53), a linkage
The controller stand-by power supply (53) unidirectional current with 24 volts is connected；
The upper connection of described No. two optical fiber linkage controller mainboard (61) has No. two linkage controller stand-by power supplies (63), No. two linkages
The controller stand-by power supply (63) unidirectional current with 24 volts is connected.
8. the control method of all-fiber fire control linkage system described in a claim 1, it is characterised in that:
Described control method comprises the following steps successively:
The first step: described handset controls mainboard (21) and gathers the optical signal that optical fiber triggering device (1) exports, and obtains temperature biography
The temperature signal that sensor (9) exports, afterwards, handset controls mainboard (21) and demodulates alarm signal by optical signal and temperature signal
Breath, and by two work songs machine fiber optic telecommunications module (23), warning message uploaded to host computer control mainboard (31)；
Second step: described host computer control mainboard (31) receives warning message by No. two main frame fiber optic telecommunications module (33), and leads to
Cross a main frame fiber optic telecommunications module (32) and warning message is uploaded to coordinated signals terminal mainboard (41)；
3rd step: described coordinated signals terminal mainboard (41) receives warning message by terminal fiber optic communication module (42), and leads to
Cross terminal fiber optic communication module (42) to send control command to No. two optical fiber linkage controller mainboard (61), meanwhile, described
The dynamic terminal mainboard (41) that controls passes sequentially through terminal fiber optic communication module (42), main frame fiber optic telecommunications module (32), a main frame
Control mainboard (31), No. two main frame fiber optic telecommunications module (33), two work songs machine fiber optic telecommunications module (23), handsets control mainboard
(21), after work song machine fiber optic telecommunications module (22), control command is sent to optical fiber linkage controller mainboard (51)；
4th step: described optical fiber linkage controller mainboard (51) is received by a fiber optic telecommunications module (52) and controls life
Order, and send control instruction and make corresponding action to a fire fighting linkage equipment (7), a fire fighting linkage equipment (7)；
Described No. two optical fiber linkage controller mainboard (61) receive control command by No. two fiber optic telecommunications module (62), and send
Control instruction makes corresponding action to No. two fire fighting linkage equipment (8), No. two fire fighting linkage equipment (8).
The control method of a kind of all-fiber fire control linkage system the most according to claim 8, its feature
It is:
Described handset controls the upper connection of mainboard (21) a bugle call light crossing-signal (27)；Described host computer control mainboard (31) is upper to be connected
There are two bugle call light crossing-signals (39)；Described coordinated signals main frame (3) also includes main frame touch screen (36) and main frame GMS module
(37), described host computer control mainboard (31) is connected with main frame touch screen (36), and host computer control mainboard (31) passes through main frame GMS mould
Block (37) is connected with a fire telephone (38)；Described communication terminal linkage controller (4) also includes terminal touch screen (44)
With terminal GMS module (45), described coordinated signals terminal mainboard (41) is connected with terminal touch screen (44), coordinated signals terminal
Mainboard (41) is connected with No. two fire telephones (46) by terminal GMS module (45)；
When described handset control mainboard (21) demodulates warning message, handset controls mainboard (21) by a bugle call light crossing-signal
(27) sound and light alarm information is sent；
When described host computer control mainboard (31) receives warning message, warning message is shown by host computer control mainboard (31) to be led
On machine touch screen (36), send sound and light alarm information by two bugle call light crossing-signals (39) simultaneously；
When described coordinated signals terminal mainboard (41) receives warning message, coordinated signals terminal mainboard (41) is by warning message
Display is on terminal touch screen (44).
The control method of a kind of all-fiber fire control linkage system the most according to claim 9, its feature
It is:
When described host computer control mainboard (31) receives warning message, staff is made by main frame touch screen (36) accordingly
Operation, or dial a fire telephone (38)；
When described coordinated signals terminal mainboard (41) receives warning message, staff is made by terminal touch screen (44)
Corresponding operation, or dial No. two fire telephones (46).
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108022400A (en) * | 2017-11-21 | 2018-05-11 | 上海市共进通信技术有限公司 | Fire alarm system and its method based on optical communication network |
| CN112870616A (en) * | 2021-01-25 | 2021-06-01 | 南京南瑞继保电气有限公司 | CAFS coordinated control system |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103093571A (en) * | 2011-12-09 | 2013-05-08 | 上海光维通信技术股份有限公司 | Wind generating set fire monitoring system based on optical fiber sensor |
| CN103268689A (en) * | 2013-06-19 | 2013-08-28 | 天津天科孚生产力促进有限公司 | Fire detection device with plastic optical fiber interface and manufacturing method thereof |
| CN203376838U (en) * | 2013-07-16 | 2014-01-01 | 武汉新烽光电科技有限公司 | A fiber fire antitheft automatic alarm system |
| CN204204172U (en) * | 2014-12-03 | 2015-03-11 | 许杰雄 | A kind of fire-fighting detecting devices connected by plastic optical fiber networking |
| CN204331970U (en) * | 2014-12-17 | 2015-05-13 | 天津市长城科百电子科技开发有限公司 | Distribution type fiber-optic fire detecting and alarm device |
| CN206039770U (en) * | 2016-08-31 | 2017-03-22 | 安徽中熹通讯科技有限责任公司 | Fine conflagration automatic alarm coordinated control system of full gloss |
-
2016
- 2016-08-31 CN CN201610770183.4A patent/CN106228735B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103093571A (en) * | 2011-12-09 | 2013-05-08 | 上海光维通信技术股份有限公司 | Wind generating set fire monitoring system based on optical fiber sensor |
| CN103268689A (en) * | 2013-06-19 | 2013-08-28 | 天津天科孚生产力促进有限公司 | Fire detection device with plastic optical fiber interface and manufacturing method thereof |
| CN203376838U (en) * | 2013-07-16 | 2014-01-01 | 武汉新烽光电科技有限公司 | A fiber fire antitheft automatic alarm system |
| CN204204172U (en) * | 2014-12-03 | 2015-03-11 | 许杰雄 | A kind of fire-fighting detecting devices connected by plastic optical fiber networking |
| CN204331970U (en) * | 2014-12-17 | 2015-05-13 | 天津市长城科百电子科技开发有限公司 | Distribution type fiber-optic fire detecting and alarm device |
| CN206039770U (en) * | 2016-08-31 | 2017-03-22 | 安徽中熹通讯科技有限责任公司 | Fine conflagration automatic alarm coordinated control system of full gloss |
Non-Patent Citations (1)
| Title |
|---|
| 李姗姗: "全光纤综合安防业务系统", 《中国优秀硕士学位论文全文数据库》 * |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108022400A (en) * | 2017-11-21 | 2018-05-11 | 上海市共进通信技术有限公司 | Fire alarm system and its method based on optical communication network |
| CN112870616A (en) * | 2021-01-25 | 2021-06-01 | 南京南瑞继保电气有限公司 | CAFS coordinated control system |
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|---|---|
| CN106228735B (en) | 2018-12-18 |
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