CN109150979B - Fire control is synthesized and is arranged accuse intelligent management system - Google Patents
Fire control is synthesized and is arranged accuse intelligent management system Download PDFInfo
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Abstract
The invention relates to a comprehensive fire-fighting control intelligent management system, which can easily distribute and control a remote thread and a fire-fighting monitoring subsystem on a site which is set by a user in a self-defined way, is connected with a property management center, a miniature fire station terminal and a business mobile terminal in a wireless signal transmission way, avoids inconvenience brought to public places by large-scale wiring construction, solves a series of problems that the installation of a common automatic fire alarm system damages decoration, influences normal business, has high cost and the like, and improves the receiving and responding efficiency of the miniature fire station to fire conditions in the administrative area by butting the site with the fire-fighting management terminal in real time in an intelligent management way.
Description
Technical Field
The invention relates to the technical field of fire fighting, in particular to a comprehensive fire fighting control intelligent management system.
Background
In recent years, along with the continuous deepening of fire safety theory, the management work of each regional fire safety obtains more and more attention, fire control safety pipe is systematized more and more, centralization, but to places such as inconvenient extensive wiring construction's asylum for the aged, internet cafe, little school, trade market, fire control safety pipe work still has the condition that the implementation is not in place, can only the single-point warning can not centralized management after the installation of the wireless fire detector of stand alone type of present middle-size and small-size place installation, and install ordinary conflagration automatic alarm system and destroy the fitment, influence normal business, and lay the pipeline and also can increase the fire control cost. Meanwhile, in the existing fire-fighting safety pipe system, due to the fact that an artificial control process exists in alarming and responding, the checking and responding speed of the fire alarm in the district by the miniature fire station is difficult to guarantee, and therefore when an emergency fire occurs, the linkage efficiency of the system is low.
Therefore, how to provide a comprehensive fire protection management system which can realize digital and intelligent management, has high response speed and is convenient for modification and implementation becomes a technical problem to be solved by technical personnel in the field.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a comprehensive fire control and comprehensive distribution intelligent management system which can realize digital and intelligent management, has high response speed and is convenient to modify and implement, and the technical problem to be solved by technical personnel in the field is urgently needed.
The technical scheme for solving the technical problems is as follows: a fire control comprehensive deployment and control intelligent management system comprises a DIY comprehensive deployment and control site fire control monitoring subsystem, wireless communication equipment, a property monitoring and management center, a fire service platform, an owner mobile terminal and a miniature fire station terminal;
the DIY comprehensive deployment and control site fire-fighting monitoring subsystem is respectively connected with the property monitoring management center and the fire-fighting service platform through the wireless communication equipment;
the DIY comprehensive deployment and control field fire-fighting monitoring subsystem collects and respectively judges whether abnormal information exists in field smoke concentration information, image information around a fire-fighting evacuation channel, real-time state information of a fire-fighting line and running state information of an automatic fire extinguishing device;
the property monitoring management center receives and processes the abnormal information of the image information around the fire-fighting evacuation channel and the abnormal information of the real-time state information of the fire-fighting line;
the fire service platform receives the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device, judges the fire situation and the area where the fire occurs according to the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device, and generates and sends fire emergency decision information and fire emergency notification information of the corresponding area;
the miniature fire station terminal receives the fire-fighting decision information and executes a fire-fighting rescue task according to the fire-fighting decision information;
and the owner mobile terminal receives the fire emergency notification information of the region to which the owner mobile terminal belongs.
The invention has the beneficial effects that: the on-site fire-fighting monitoring subsystem of the user-defined remote thread is connected with the property management center, the miniature fire station terminal and the business mobile terminal in a wireless signal transmission mode, inconvenience brought to public places by large-scale wiring construction is avoided, a series of problems that decoration is damaged, normal business is affected, cost is high and the like when a common fire automatic alarm system is installed are solved, the on-site fire-fighting monitoring subsystem is in real-time butt joint with the fire management terminal in an intelligent management mode, and receiving and responding efficiency of the miniature fire station to fire situations in the administrative region is improved.
On the basis of the technical scheme, the invention can be further improved as follows.
Furthermore, the DIY integrated distribution control site fire-fighting monitoring subsystem comprises
The DIY smoke detection alarm module is used for acquiring field smoke concentration information and sending out smoke abnormity alarm information when the smoke concentration is abnormal;
the system comprises a DIY fire-fighting evacuation channel image monitoring module, a DIY fire-fighting evacuation channel image monitoring module and a DIY fire-fighting evacuation channel image monitoring module, wherein the fire-fighting evacuation channel image monitoring module is used for acquiring image information around a fire-fighting evacuation channel and sending abnormal information of the image information around the fire-fighting evacuation channel when the abnormal information occurs in the image information around the fire-fighting evacuation channel;
the system comprises a DIY line anti-theft monitoring module, a DIY line anti-theft monitoring module and a monitoring module, wherein the DIY line anti-theft monitoring module is used for acquiring real-time state information of the fire fighting line and sending abnormal information of the real-time state information of the fire fighting line when the real-time state of the fire fighting line is abnormal;
the DIY on-site automatic fire extinguishing monitoring module acquires the running state information of the automatic fire extinguishing device in real time and sends the abnormal information of the running state information of the automatic fire extinguishing device when the running state of the automatic fire extinguishing device is abnormal;
the DIY smoke detection alarm module, the DIY fire evacuation channel image monitoring module and the DIY automatic fire extinguishing monitoring module are all connected with the wireless communication equipment.
Further, DIY smog detects alarm module includes wireless alarm concentrator, a plurality of wireless smoke detector and a plurality of first unit controller that are used for gathering scene smog concentration information, wireless smoke detector with first unit controller one-to-one is connected, first unit controller judges whether there is unusual information in the scene smog concentration information to send the unusual information of scene smog concentration information, it is a plurality of first unit controller all with wireless alarm concentrator connects, wireless alarm concentrator with wireless communication equipment connects, wireless alarm concentrator is used for sending every first unit controller the unusual information of scene smog concentration information integrates and sends to in the concentrated the wireless communication equipment.
Further, DIY fire control evacuation passageway image monitoring module includes a plurality of fire control evacuation passageway cameras and a plurality of second unit controller, fire control evacuation passageway cameras with the second unit controller one-to-one is connected, fire control evacuation passageway cameras shoot image information around the fire control evacuation passageway and will image information sends around the fire control evacuation passageway to the second unit controller, the second unit controller is received and is judged whether have abnormal information in the image information around the fire control evacuation passageway, the second unit controller with wireless communication equipment connects, the second unit controller with image information's around the fire control evacuation passageway abnormal information send to wireless communication equipment.
Guarantee fire control security passageway and export unblocked be personnel intensive place fire control security management's key, for effectively stopping to occupy, block up, locking passageway and export phenomenon take place, DIY fire control evacuation passageway image monitoring module utilizes advanced technological means, to preventing fire door, the fire control passageway carries out real-time intelligent monitoring and reports an emergency and asks for help or increased vigilance, prevent fire door through gathering and analyzing the fire control, the image information data of fire control passageway, with automatic identification's violation alarm information suggestion and report an emergency and ask for help or increased vigilance at property monitoring management center, the work load that the scene was looked over has been reduced, the fire control management level has been improved.
Further, DIY circuit theftproof monitoring module includes a plurality of circuit theftproof monitoring facilities and a plurality of third individual controllers, circuit theftproof monitoring facilities with third individual controller one-to-one is connected, circuit theftproof monitoring facilities gathers the current information in the fire control circuit, and will current information in the fire control circuit sends to third individual controller, third individual controller receives and judges whether current information in the fire control circuit exists unusually, third individual controller with wireless communication equipment connects, third individual controller with the unusual information routing of current information in the fire control circuit to wireless communication equipment.
Further, the DIY on-site automatic fire extinguishing monitoring module comprises a plurality of portable diaphragm pump devices, a plurality of on-site automatic fire extinguishing devices and a plurality of fourth unit controllers, the portable diaphragm pump devices, the on-site automatic fire extinguishing device and the fourth single-body controller are all connected in a one-to-one correspondence manner, the portable diaphragm pump device is used for pumping fire-fighting liquid to the on-site automatic fire extinguishing device, the on-site automatic fire extinguishing device automatically sprays for extinguishing fire when detecting the fire condition on the site, the fourth unit controller judges whether the operation state of the on-site automatic fire extinguishing device is abnormal or not according to the voltage information on a connecting line of the fourth unit controller and the on-site automatic fire extinguishing device, and the fourth unit controller is connected with the wireless communication equipment and sends the abnormal information of the running state information of the automatic fire extinguishing device to the wireless communication equipment.
The technical scheme has the advantages that the improvement of field equipment at the front end of the system is realized through a DIY module assembling mode, and data analysis and control of single equipment can be realized only by installing single controllers on main fire-fighting facilities such as a wireless smoke detector, a fire-fighting evacuation channel camera, a line anti-theft monitoring device, an automatic fire extinguishing device and the like; the front-end self-assembly module is formed by combining movable equipment, can be conveniently disassembled and replaced to other positions, provides a more free assembly design space for field users, and effectively avoids the defect that the independent wireless fire detector can only alarm in a single point and cannot be managed in a centralized manner by additionally arranging a wireless alarm concentrator to manage the wireless smoke detectors at multiple positions in a centralized manner; meanwhile, the portable diaphragm pump is reasonably wired to be connected with the on-site automatic fire extinguishing device, and the transformation of automatic fire extinguishing facilities in small places is realized by matching with a single controller.
Further, the fire service platform comprises
The fire-fighting equipment management unit is used for carrying out statistical management on relevant data of fire-fighting equipment in the jurisdiction;
a fire-fighting area defining unit which divides a jurisdiction area into a plurality of sub-areas;
the fire-fighting pipe network supervision unit is used for carrying out statistical management on fire-fighting pipe network data in the jurisdiction area;
the GIS map monitoring unit is used for calibrating the fire fighting facilities, the planned subareas and the fire fighting pipe network information in the jurisdiction area on a preset jurisdiction area map;
the information receiving unit is connected with the wireless communication equipment and receives the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device;
the information receiving unit is connected with the information processing unit, the information processing unit judges the area where the fire condition and the occurrence position are located according to the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device, generates and sends fire emergency decision information and fire emergency notification information of the corresponding area, the information processing unit is further connected with the GIS map monitoring unit, and the GIS map monitoring unit displays and marks on a preset map of the jurisdiction area according to the fire condition and the occurrence position;
the data storage unit is connected with the information processing unit and stores the map of the jurisdiction area after the display mark;
the information processing unit, the miniature fire station terminal and the owner mobile terminal are all connected with the information sending unit, and the information sending unit receives the fire emergency decision information and the fire emergency notice information corresponding to the area, sends the fire emergency decision information to the miniature fire station terminal, and sends the fire emergency notice information corresponding to the area to the owner mobile terminal corresponding to the area.
The fire fighting service platform has the advantages that the fire situation and the fire situation position are visually displayed and marked through the GIS map display function, fire fighting pipe networks and fire fighting equipment are managed, the running conditions of all fire fighting facilities in a fire fighting area, the unblocked information of all main fire fighting channels, the positions of all main fire fighting facilities, the moving directions of pipe network cables of the mobile automatic fire extinguishing device and the like are monitored in real time, the aging faults of pipe network lines can be rapidly and timely found, and related fire fighting terminals are timely informed to process the aging faults.
Further, DIY fire control integrated management system still includes on-the-spot audible-visual annunciator, on-the-spot audible-visual annunciator with wireless communication equipment connects, on-the-spot audible-visual annunciator passes through wireless communication equipment receives the abnormal information of on-the-spot smog concentration information, the abnormal information of image information around the evacuation passageway of fire control, the abnormal information of current information in the fire-fighting line and the abnormal information of automatic fire extinguishing device running state information to send out the audible-visual annunciator and remind.
The technical scheme has the advantages that the on-site audible and visual alarm can timely give out audible and visual alarm after abnormal information occurs, and can remind on-site personnel of transferring and evacuating so as to guarantee the safety of the on-site personnel.
Drawings
FIG. 1 is a block diagram of the overall structure of a fire-fighting integrated intelligent control management system according to the present invention;
fig. 2 is a schematic structural diagram of a fire service platform in the integrated fire control administration and management system of the present invention.
In the drawings, the components represented by the respective reference numerals are listed below:
1. the system comprises a wireless smoke detector, a 2, a first unit controller, a 3, a wireless alarm concentrator, a 4, a fire-fighting evacuation channel camera, a 5, a second unit controller, a 6, a line anti-theft monitoring device, a 7, a third unit controller, a 8, a field automatic fire extinguishing device, a 9, a fourth unit controller, a 10, a wireless communication device, a 11, a field audible and visual alarm, a 12, a fire service platform, a 121, a fire-fighting facility management unit, a 122, a fire-fighting area defining unit, a 123, a fire-fighting pipe network supervision unit, a 124, an information receiving unit, a 125, an information processing unit, a 126, a GIS map monitoring unit, a 127, a data storage unit, a 128, an information transmitting unit, a 13, a property monitoring management center, a 14, an owner mobile terminal, a 15, a miniature fire station terminal, a 16 and.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of illustration only and are not intended to limit the scope of the invention.
As shown in fig. 1, the present embodiment provides a fire-fighting integrated control intelligent management system, which includes a DIY integrated control site fire-fighting monitoring subsystem, a wireless communication device 10, a property monitoring management center 13, a fire-fighting service platform 12, an owner mobile terminal 14 and a micro fire station terminal 15;
the DIY comprehensive deployment and control site fire-fighting monitoring subsystem is respectively connected with the property monitoring and management center 13 and the fire-fighting service platform 12 through wireless communication equipment 10;
the DIY comprehensive control field fire-fighting monitoring subsystem collects and respectively judges whether abnormal information exists in field smoke concentration information, image information around a fire-fighting evacuation channel, real-time state information of a fire-fighting line and running state information of an automatic fire extinguishing device;
the property monitoring and management center 13 receives and processes the abnormal information of the image information around the fire evacuation channel and the abnormal information of the real-time state information of the fire fighting line;
the fire service platform 12 receives the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device, judges the fire situation and the area where the fire occurs according to the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device, and generates and sends fire emergency decision information and fire emergency notification information of the corresponding area;
the miniature fire station terminal 15 is connected with the fire service platform 12, and the miniature fire station terminal 15 receives the fire decision information and executes a fire rescue task according to the fire decision information;
the owner mobile terminal 14 is connected to the fire service platform 12, and the owner mobile terminal 14 receives the fire emergency notification information of the region to which the owner mobile terminal belongs.
Specifically, the DIY integrated deployment and control site fire monitoring subsystem in the above embodiment includes
The DIY smoke detection alarm module is used for acquiring field smoke concentration information and sending out smoke abnormity alarm information when the smoke concentration is abnormal;
the DIY image monitoring module of the fire-fighting evacuation channel acquires image information around the fire-fighting evacuation channel and sends out abnormal information of the image information around the fire-fighting evacuation channel when the abnormal information appears in the image information around the fire-fighting evacuation channel;
the system comprises a DIY line anti-theft monitoring module, a DIY line anti-theft monitoring module and a monitoring module, wherein the DIY line anti-theft monitoring module is used for acquiring real-time state information of the fire fighting line and sending abnormal information of the real-time state information of the fire fighting line when the real-time state of the fire fighting line is abnormal; and
the DIY on-site automatic fire extinguishing monitoring module is used for acquiring the running state information of the automatic fire extinguishing device in real time and sending the abnormal information of the running state information of the automatic fire extinguishing device when the running state of the automatic fire extinguishing device is abnormal;
the DIY smoke detection alarm module, the DIY fire-fighting evacuation channel image monitoring module and the DIY comprehensive distribution control site fire-fighting monitoring subsystem module are all connected with wireless communication equipment.
Specifically, the DIY smoke detection alarm module in the above embodiment includes a wireless alarm concentrator 3, a plurality of wireless smoke detectors 1 for collecting field smoke concentration information, and a plurality of first individual controllers 2, where the wireless smoke detectors 1 are connected to the first individual controllers 2 in a one-to-one correspondence manner, the first individual controllers 2 determine whether there is abnormal information in the field smoke concentration information, and send out the abnormal information of the field smoke concentration information, the plurality of first individual controllers 2 are all connected to the wireless alarm concentrator 3, the wireless alarm concentrator 3 is connected to the wireless communication device 10, and the wireless alarm concentrator 3 is configured to integrate and concentrate the abnormal information of the field smoke concentration information sent by each first individual controller 2, and send the integrated information to the wireless communication device 10.
Specifically, the DIY fire evacuation passageway image monitoring module in the above embodiment includes a plurality of fire evacuation passageway cameras 4 and a plurality of second unit controllers 5, the fire evacuation passageway cameras 4 are connected to the second unit controllers 5 in a one-to-one correspondence, the fire evacuation passageway cameras 4 capture image information around the fire evacuation passageway and transmit the image information around the fire evacuation passageway to the second unit controllers 5, the second unit controllers 5 receive and determine whether there is abnormal information in the image information around the fire evacuation passageway, the second unit controllers 5 are connected to the wireless communication device 10, and the second unit controllers 5 transmit the abnormal information of the image information around the fire evacuation passageway to the wireless communication device 10.
Specifically, the DIY line antitheft monitoring module in the above embodiment includes a plurality of line antitheft monitoring devices 6 and a plurality of third individual controllers 7, the line antitheft monitoring devices 6 are connected to the third individual controllers 7 in a one-to-one correspondence manner, the line antitheft monitoring devices 6 collect current information in a fire fighting line, and send the current information in the fire fighting line to the third individual controllers 7, the third individual controllers 7 receive and judge whether the current information in the fire fighting line is abnormal, the third individual controllers 7 are connected to the wireless communication device 10, and the third individual controllers 7 send the abnormal information of the current information in the fire fighting line to the wireless communication device 10.
Specifically, the DIY on-site automatic fire suppression monitoring module in the above-described embodiment includes a plurality of portable diaphragm pump devices 16, a plurality of on-site automatic fire suppression devices 8, and a plurality of fourth unitary controllers 9, the portable diaphragm pump devices 16, the field automatic fire extinguishing device 8 and the fourth single-body controller 9 are connected in a uniform and corresponding mode, the portable diaphragm pump device 16 is used for pumping fire-fighting liquid to the field automatic fire extinguishing device 8, the field automatic fire extinguishing device 8 automatically sprays and extinguishes fire when detecting that fire occurs on the field, the fourth single-body controller 9 judges whether the running state of the field automatic fire extinguishing device 8 is abnormal or not through voltage information on a connecting line of the fourth single-body controller 9 and the field automatic fire extinguishing device 8, the fourth single-body controller 9 is connected with the wireless communication equipment 10, and the fourth single-body controller 9 sends abnormal information of the running state information of the field automatic fire extinguishing device to the wireless communication equipment 10. The portable diaphragm pump device 16 used in the embodiment has the characteristics of convenience in moving and mounting, and also has a self-suction function, the pressure automatic switch is arranged in the portable diaphragm pump device to control and protect the pump body, the temperature of a medium allowed by the pump body reaches 60 ℃, and the portable diaphragm pump device 16 also has the advantages of low noise, corrosion resistance and high pressure, and is convenient for rapidly assembling and intelligently extinguishing fire in a field place which is difficult to control.
Referring to FIG. 2, the fire service platform 12 includes
The fire-fighting equipment management unit 121, the fire-fighting equipment management unit 121 performs statistical management on the relevant data of the fire-fighting equipment in the jurisdiction; the fire fighting equipment fault diagnosis task is completed by monitoring various operating parameters of the fire fighting equipment, so that equipment maintenance personnel can maintain the fire fighting equipment in time, and the service life of the fire fighting equipment is prolonged;
a fire-fighting area defining unit 122, wherein the fire-fighting area defining unit 122 divides the jurisdiction area into a plurality of sub-areas;
the fire-fighting pipe network supervision unit 123, the fire-fighting pipe network supervision unit 123 performs statistical management on fire-fighting pipe network data in the administrative region;
the GIS map monitoring unit 126, the fire-fighting facility management unit 121, the fire-fighting area defining unit 122 and the fire-fighting pipe network monitoring unit 123 are all connected with the GIS map monitoring unit 126, and the GIS map monitoring unit 126 calibrates the fire-fighting facilities, the defined sub-areas and the fire-fighting pipe network information in the jurisdiction area on a preset jurisdiction area map;
an information receiving unit 124, wherein the information receiving unit 124 is connected with the wireless communication device 10, and the information receiving unit 124 receives the abnormal information of the field smoke concentration information and the abnormal information of the field automatic fire extinguishing device operation state information;
the information processing unit 125 is connected with the information receiving unit 124, the information processing unit 125 judges the fire condition and the area where the fire occurs according to the abnormal information of the field smoke concentration information and the abnormal information of the operation state information of the field automatic fire extinguishing device, generates and transmits fire emergency decision information and fire emergency notification information of the corresponding area, the information processing unit 125 is further connected with the GIS map monitoring unit 126, and the GIS map monitoring unit 126 displays and marks on a preset map of the jurisdiction area according to the fire condition and the area where the fire occurs;
the data storage unit 127, the information processing unit 125 is connected with the data storage unit 127, the data storage unit 127 stores the jurisdiction area map after the display mark;
the information sending unit 128, the information processing unit 125, the micro fire station terminal 15 and the owner mobile terminal 14 are all connected with the information sending unit 128, and the information sending unit 128 receives the fire emergency decision information and the fire emergency notification information of the corresponding area, sends the fire emergency decision information to the micro fire station terminal 15, and sends the fire emergency notification information of the corresponding area to the owner mobile terminal 14 of the corresponding area.
In some embodiments, the DIY integrated fire protection management system further includes a field audible and visual alarm 11, the field audible and visual alarm 11 is connected to the wireless communication device 10, and the field audible and visual alarm 11 receives the abnormal information of the field smoke concentration information, the abnormal information of the image information around the fire evacuation passageway, the abnormal information of the current information in the fire protection line and the abnormal information of the operation state information of the field automatic fire extinguishing device through the wireless communication device 10 and sends out an audible and visual alarm prompt.
In one embodiment, the wireless communication device may employ a carrier-to-485 communication device.
Specifically, the wireless alarm concentrator in this embodiment adopts half-duplex communication, performs automatic transceiving conversion, and communicates with the devices at both ends through a GPRS wireless network.
In some embodiments, the fire service center further has an account management unit, and the account management unit performs statistics on fire-fighting equipment deployment cost and fire-fighting operation and expenditure; the function solves the defects of traditional manual registration of fire extinguishing disposal records, material accounts and other management modes of the miniature fire station.
The system that this embodiment provided is multiple to little miniature place conflagration, characteristics such as large-scale fire extinguishing equipment deployment difficulty, mode through DIY module assembly reforms transform current front end fire control check out test set, the real condition of a fire of little micro-court that will gather sends the miniature fire station in the jurisdiction automatically, realize the quick processing of little micro-court place fire alarm, effectively put out a fire, the difficult point of little micro-court fire prevention and control can be solved comprehensively to the system, greatly reduced the possibility that little micro-court place conflagration spreads, the condition of a fire processing time has been reduced, the efficiency of the rescue work of putting out a fire has been improved, effectively avoid the emergence of "little fire death" accident, be the indispensable component of city wisdom fire-fighting platform.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (6)
1. A fire-fighting comprehensive distribution and control intelligent management system is characterized by comprising a DIY comprehensive distribution and control site fire-fighting monitoring subsystem, wireless communication equipment (10), a property monitoring and management center (13), a fire-fighting service platform (12), an owner mobile terminal (14) and a micro fire station terminal (15);
the DIY comprehensive deployment and control site fire-fighting monitoring subsystem is respectively connected with the property monitoring and management center (13) and the fire-fighting service platform (12) through the wireless communication equipment (10);
the DIY comprehensive deployment and control field fire-fighting monitoring subsystem collects and respectively judges whether abnormal information exists in field smoke concentration information, image information around a fire-fighting evacuation channel, real-time state information of a fire-fighting line and running state information of an automatic fire extinguishing device;
the property monitoring and management center (13) receives and processes the abnormal information of the image information around the fire-fighting evacuation channel and the abnormal information of the real-time state information of the fire-fighting line;
the fire-fighting service platform (12) receives the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device, judges the fire situation and the area where the fire occurs according to the abnormal information of the field smoke concentration information and the abnormal information of the running state information of the automatic fire extinguishing device, and generates and sends fire-fighting emergency decision information and fire-fighting emergency notification information of the corresponding area;
the miniature fire station terminal (15) is connected with the fire service platform (12), and the miniature fire station terminal (15) receives the fire emergency decision information and executes a fire rescue task according to the fire emergency decision information;
the owner mobile terminal (14) is connected with the fire service platform (12), and the owner mobile terminal (14) receives the fire emergency notification information of the region to which the owner mobile terminal belongs;
the DIY integrated control site fire-fighting monitoring subsystem comprises:
the DIY smoke detection alarm module is used for acquiring field smoke concentration information and sending out abnormal information of the field smoke concentration information when the smoke concentration is abnormal;
the DIY image monitoring module for the fire-fighting evacuation channel acquires image information around the fire-fighting evacuation channel and sends out abnormal information of the image information around the fire-fighting evacuation channel when the abnormal information appears in the image information around the fire-fighting evacuation channel;
the system comprises a DIY line anti-theft monitoring module, a DIY line anti-theft monitoring module and a monitoring module, wherein the DIY line anti-theft monitoring module is used for acquiring real-time state information of the fire fighting line and sending abnormal information of the real-time state information of the fire fighting line when the real-time state of the fire fighting line is abnormal; and
the DIY on-site automatic fire extinguishing monitoring module acquires the running state information of the automatic fire extinguishing device in real time and sends the abnormal information of the running state information of the automatic fire extinguishing device when the running state of the automatic fire extinguishing device is abnormal;
the DIY smoke detection alarm module, the DIY fire-fighting evacuation channel image monitoring module, the DIY line anti-theft monitoring module and the DIY field automatic fire-extinguishing monitoring module are all connected with the wireless communication equipment (10);
DIY fire control evacuation passageway image monitoring module includes a plurality of fire control evacuation passageway cameras (4) and a plurality of second unit controller (5), fire control evacuation passageway cameras (4) with second unit controller (5) one-to-one connection, fire control evacuation passageway cameras (4) are shot image information around the fire control evacuation passageway and will image information sends around the fire control evacuation passageway to second unit controller (5), second unit controller (5) are received and are judged whether have abnormal information in the image information around the fire control evacuation passageway, second unit controller (5) with wireless communication equipment (10) are connected, second unit controller (5) with the abnormal information send of image information around the fire control evacuation passageway to wireless communication equipment (10).
2. The fire-fighting integrated control intelligent management system according to claim 1, wherein the DIY smoke detection alarm module comprises a wireless alarm concentrator (3), a plurality of wireless smoke detectors (1) for collecting field smoke concentration information and a plurality of first unit controllers (2), the wireless smoke detectors (1) are connected with the first unit controllers (2) in a one-to-one correspondence manner, the first unit controllers (2) judge whether abnormal information exists in the field smoke concentration information and send the abnormal information of the field smoke concentration information, the plurality of first unit controllers (2) are connected with the wireless alarm concentrator (3), the wireless alarm concentrator (3) is connected with the wireless communication device (10), and the wireless alarm concentrator (3) is used for integrating and centrally sending the abnormal information of the field smoke concentration information sent by each first unit controller (2) To the wireless communication device (10).
3. The fire-fighting comprehensive deployment and control intelligent management system according to claim 1, the DIY line anti-theft monitoring module comprises a plurality of line anti-theft monitoring devices (6) and a plurality of third unit controllers (7), the line anti-theft monitoring equipment (6) is connected with the third unit controller (7) in a one-to-one correspondence manner, the line anti-theft monitoring equipment (6) collects current information in a fire-fighting line, and sends the current information in the fire fighting line to a third unit controller (7), the third unit controller (7) receives and judges whether the current information in the fire fighting line is abnormal or not, the third unit controller (7) is connected with the wireless communication equipment (10), and the third unit controller (7) sends the abnormal information of the current information in the fire fighting line to the wireless communication equipment (10).
4. A fire-fighting integrated control and intelligent management system according to claim 1, characterized in that the DIY site automatic fire-extinguishing monitoring module comprises a plurality of portable diaphragm pump devices (16), a plurality of site automatic fire-extinguishing devices (8) and a plurality of fourth unit controllers (9), the portable diaphragm pump devices (16), the site automatic fire-extinguishing devices (8) and the fourth unit controllers (9) are uniformly and correspondingly connected, the portable diaphragm pump devices (16) are used for pumping fire-fighting liquid to the site automatic fire-extinguishing devices (8), the site automatic fire-extinguishing devices (8) automatically spray and extinguish fire when detecting the fire on site, the fourth unit controllers (9) judge whether the operation state of the site automatic fire-extinguishing devices (8) is abnormal or not through voltage information on the connection lines with the site automatic fire-extinguishing devices (8), the fourth unit controller (9) is connected with the wireless communication equipment (10), and the fourth unit controller (9) sends the abnormal information of the operation state information of the on-site automatic fire extinguishing device to the wireless communication equipment (10).
5. A fire-fighting integrated intelligent management system according to claim 1, wherein the fire-fighting service platform (12) comprises:
the fire fighting equipment management unit (121), wherein the fire fighting equipment management unit (121) carries out statistical management on relevant data of fire fighting equipment in the administrative region;
a fire zone demarcation unit (122), the fire zone demarcation unit (122) demarcating a jurisdiction into a plurality of sub-zones;
the fire-fighting pipe network supervision unit (123), the fire-fighting pipe network supervision unit (123) carries out statistical management on fire-fighting pipe network data in the administrative region;
the fire fighting installation management unit (121), the fire fighting area defining unit (122) and the fire fighting pipe network monitoring unit (123) are all connected with the GIS map monitoring unit (126), and the GIS map monitoring unit (126) calibrates fire fighting installations, defined sub-areas and fire fighting pipe network information in the jurisdiction area on a preset jurisdiction area map;
the information receiving unit (124), the information receiving unit (124) is connected with the wireless communication equipment (10), and the information receiving unit (124) receives the abnormal information of the field smoke concentration information and the abnormal information of the field automatic fire extinguishing device operation state information;
the information receiving unit (124) is connected with the information processing unit (125), the information processing unit (125) judges the fire condition and the area where the fire occurs according to the abnormal information of the field smoke concentration information and the abnormal information of the operation state information of the field automatic fire extinguishing device, generates and sends fire emergency decision information and fire emergency notification information of the corresponding area, the information processing unit (125) is further connected with the GIS map monitoring unit (126), and the GIS map monitoring unit (126) displays and marks on a preset map of the jurisdiction area according to the fire condition and the area where the fire occurs;
a data storage unit (127), wherein the information processing unit (125) is connected with the data storage unit (127), and the data storage unit (127) stores the jurisdiction area map after the display mark;
the information sending unit (128), information processing unit (125), miniature fire station terminal (15) and owner mobile terminal (14) all with information sending unit (128) are connected, information sending unit (128) receive fire emergency decision-making information and the fire emergency notice information that corresponds the region, and will fire emergency decision-making information sends miniature fire station terminal (15), will the fire emergency notice information that corresponds the region sends owner mobile terminal (14) corresponding the region.
6. The fire-fighting integrated control intelligent management system according to any one of claims 1 to 5, characterized by further comprising a field audible and visual alarm (11), wherein the field audible and visual alarm (11) is connected with the wireless communication device (10), and the field audible and visual alarm (11) receives the abnormal information of the field smoke concentration information, the abnormal information of the image information around the fire evacuation passageway, the abnormal information of the real-time status information of the fire-fighting line and the abnormal information of the operation status information of the automatic fire extinguishing device through the wireless communication device (10) and sends out an audible and visual alarm prompt.
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| CN116159272A (en) * | 2020-11-03 | 2023-05-26 | 蒋蕊 | Smart city fire control joint management system based on big data |
| CN112657110A (en) * | 2021-01-22 | 2021-04-16 | 北京星日消防技术有限公司 | Fire control detection control system based on thing allies oneself with communication |
| CN114904182A (en) * | 2022-04-07 | 2022-08-16 | 湖州电力设计院有限公司 | Substation total-station fire fighting system and method |
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