CN201643502U - Intelligent automatic approaching fire extinguishing system - Google Patents
Intelligent automatic approaching fire extinguishing system Download PDFInfo
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- CN201643502U CN201643502U CN201020151721XU CN201020151721U CN201643502U CN 201643502 U CN201643502 U CN 201643502U CN 201020151721X U CN201020151721X U CN 201020151721XU CN 201020151721 U CN201020151721 U CN 201020151721U CN 201643502 U CN201643502 U CN 201643502U
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Abstract
The utility model relates to an intelligent automatic approaching fire extinguishing system which comprises a fire fighting agent liquid storage pot combination system, an approaching sprayer combination fire extinguishing system, an intelligent fire fighting control system and a fire disaster monitoring system, wherein the intelligent fire fighting control system comprises a fire disaster information collecting system, a central control system and a fire extinguishing equipment control system; the fire disaster information collecting system is used for acquiring the information of a fire disaster site, transferring the information to the central control system and/or receiving a manual command and transmitting the command to the fire extinguishing equipment control system; the central control system is used for receiving the information transferred by the fire disaster information collecting system and/or the fire extinguishing equipment control system, automatically generating a command or receiving a manual input command and transmitting the command to the fire extinguishing equipment control system; and the fire extinguishing equipment control system is used for receiving the command transmitted by the fire disaster information collecting system and/or the central control system and adjusting the running states of the fire fighting agent liquid storage pot combination system and the approaching sprayer combination fire extinguishing system. The utility model has the characteristics of safety, reliability, high efficiency, economy, environmental protection, and the like and can be widely applied to various fields.
Description
Technical field
The intelligent approach automatic fire extinguishing system of characteristics such as the utility model relates to a kind of fire-fighting equipment in fire prevention field, relates in particular to a kind of automation that has, and rate of straining is fast, it is applicable to fields such as electric power, oil, chemical industry, airport, harbour, boats and ships and national defence.
Background technology
In all kinds of large-scale inflammable and explosive facilities or occasion, usually need to install various fixedly fire fighting devices, such as, common water spray fire extinguish system and froth fire extinguishing system etc., but all there are many deficiencies such as automaticity is low, the response time is long, fire-fighting efficiency is low, cost is high, poor reliability usually in existing all kinds of fixedly fire fighting device.So, how to develop a kind of automaticity height, the response time is short, fire-fighting efficiency is high, cost is low, and makes the fire extinguishing system of the actual needs that more meets fire-fighting rule and fire extinguishing rule and the scene of a fire become the industry problem demanding prompt solution.
The utility model content
The purpose of this utility model is to propose that a kind of extinguishing property excellence, cost are low, the fire-fighting automatic fire extinguishing system of good reliability, thereby overcomes deficiency of the prior art.
For achieving the above object, the utility model has adopted following technical scheme:
A kind of intelligent approach automatic fire extinguishing system, it is characterized in that, described automatic fire extinguishing system comprises fire-fighting medicament fluid reservoir combined system, approach sprayer combination fire extinguishing system, intelligent fire control system and fire hazard monitoring system, described intelligent fire control system comprises interconnective fire information gathering system, central control system and fire-extinguishing apparatus control system, the fire information gathering system is gathered scene of fire information and is sent central control system to and/or the reception manual command through fire hazard monitoring system, and instruction is transferred to the fire-extinguishing apparatus control system, central control system receives the information of fire information gathering system and/or the transmission of fire-extinguishing apparatus control system, automatically generate instruction or receive artificial input instruction, and instruction is transferred to the fire-extinguishing apparatus control system, the fire-extinguishing apparatus control system is accepted the instruction of fire information gathering system and/or central control system transmission, and adjusts fire-fighting medicament fluid reservoir combined system and approach the running status that sprayer makes up fire extinguishing system.
Further say, described fire-fighting medicament fluid reservoir combined system comprises the fluid reservoir of offering the power gas inlet on the tank body, a selector valve combined system and a siphon pipe that is communicated with fluid reservoir, described selector valve combined system comprises selector valve and drive unit thereof, but the drive unit of described selector valve comprises the pneumatic actuating device and the manual driving device of independent operating, wherein pneumatic actuating device is controlled by the fire-extinguishing apparatus control system, described siphon pipe one end stretches into the storage tank interior bottom, and an other end selector valve combined system outer with being arranged at jar is connected.
Described siphon pipe is arranged in the fluid reservoir, and the one end passes the back and is connected with the selector valve combined system from fluid reservoir, and the other end is arranged in the peviform siphon pond of storage tank interior bottom, and the siphon pipe top is higher than the liquid level of fire extinguishing soup in the fluid reservoir; Or described siphon pipe comprises and being arranged on outside the fluid reservoir that the one end is communicated with the fluid reservoir bottom, and the other end extends into the selector valve combined system and is connected; Or described siphon pipe one end inserts in the siphon pond of fluid reservoir bottom, and the other end is connected by being extended down to outside the fluid reservoir top with the selector valve combined system.
Also be provided with soup defroster, temperature control equipment, temperature measurement device and dose metering device in the described fluid reservoir, the soup defroster is controlled by temperature control equipment, and temperature control equipment, temperature measurement device and dose metering device are controlled by the intelligent fire control system.
Described power gas inlet is by power bottle valve and pressure-reducing valve and the main pneumatic power source system connectivity of being made up of at least one power gas bottle group, pneumatic actuating device in the described selector valve combined system is connected with the aerodynamic force origin system by check valve, pressure-reducing valve, power bottle valve, simultaneously, described power bottle valve is connected with at least one startup bottle group by starting magnetic valve.
Described aerodynamic force origin system also comprises at least one group of test power bottle group, and described test power bottle group is connected with pneumatic actuating device in the described selector valve combined system by bottle valve, pressure-reducing valve, test magnetic valve successively.
Also be provided with the pressure measurement device in the described fluid reservoir, this pressure measurement device is connected with the fire-extinguishing apparatus control system, simultaneously, the safety valve that plays the overvoltage protection effect more than two is set also on the described fluid reservoir.
Described central control system comprises at least one communication module, a man-machine interaction interface and a memory module that is connected with a data processing unit respectively, described communication module also is connected respectively with the fire-extinguishing apparatus control system with the fire information gathering system, described man-machine interaction interface comprises a display module and a control panel that is connected with a display device, and described display module is connected with data processing unit respectively with control panel;
Described fire information gathering system comprises communication module, data processing unit and command reception unit, communication module is connected with data processing unit with central control system, fire-extinguishing apparatus control system respectively, and data processing unit is connected with at least one fire hazard monitoring system by the command reception unit;
Described fire-extinguishing apparatus control system comprises communication module, data processing unit, instruction Transmit-Receive Unit, the display module that is connected with a display device and a control panel, described communication module is connected with data processing unit with central control system, fire information gathering system respectively, and data processing unit by instruction Transmit-Receive Unit and fire-fighting medicament fluid reservoir combined system with approach sprayer and make up fire extinguishing system and be connected, described display module is connected with data processing unit respectively with control panel.
The described sprayer combination fire extinguishing system that approaches comprises at least one sprayer group that approaches of mainly being made up of a plurality of fire protection nozzles; the described sprayer group that approaches is communicated with fire-fighting medicament fluid reservoir combined system by pipeline; and all approach the root that is arranged on fire location in the protection zone; angle, the atomization angle of the height that described fire protection nozzle is provided with in the protection zone, sensing fire location are decided according to the distributing position of fire location in the protection zone, and described fire hazard monitoring system comprises the more than one infrared sensing monitor that is arranged at the fire monitored area.
The described sprayer combination fire extinguishing system that approaches is communicated with fire-fighting medicament fluid reservoir combined system by dual circuit.
This case inventor is at the defective in the existing fire extinguishing system, through studying for a long period of time and putting into practice, develop and intelligent approach automatic fire extinguishing system of the present utility model, the development of novelty has all been carried out in its aspect such as structure at extinguishing medium fire-fighting medicament fluid reservoir combined system, sprayer fire extinguishing combined system, selector valve combined system and central control section, thereby has broken through bottleneck of the prior art.
Below the technical solution of the utility model is specified:
(1), fire-fighting medicament fluid reservoir combined system
Using siphon principle in the utility model in the fire-fighting medicament fluid reservoir combined system derives the fire extinguishing soup in the fluid reservoir, and it is by being arranged on the selector valve combined system fluid reservoir one side, and adopts siphon pipe that fluid reservoir is communicated with the selector valve combined system.This kind set-up mode can make selector valve under the situation that fire-fighting system does not start, and can not impregnated in the fire extinguishing soup, thereby eliminate the hidden danger that possibly can't normally be moved by the long-term etch of the soup of putting out a fire because of selector valve, convenient simultaneously automatic testing at ordinary times.Above-mentioned siphon pipe can place fluid reservoir (built-in), also can place fluid reservoir outer (external), also can partly place fluid reservoir, partly places fluid reservoir outer (half is built-in).Simultaneously, in this case also the structure to fluid reservoir improve, promptly be provided with recessed peviform structure and form the siphon pond, and siphon pipe one end is arranged in this siphon pond in the storage tank interior bottom, the fire extinguishing soup in the fluid reservoir can be fully utilized.In addition, need to prove, the above-mentioned fire extinguishing soup that is stored in the fluid reservoir can be selected different types for use at different applied environments, but comparatively preferred scheme is, adopt the water base fire extinguishing soup that mainly forms by high-performance extinguishing medium and water, (blow-off velocity is 6～10 times of common extinguishing chemical to its extinguishing property height, cooling is fast, effectively insulating, not resume combustion, can eliminate and be harmful to dense smoke and environmental protection does not have corrosion, and consumption is little, cost is low, have adaptability widely, not only can put out category-A fire, category-B fire, and can put out magnesium, the titanium fire of D class fire).
Further, also be provided with plural power gas inlet on the above-mentioned fluid reservoir, each power gas inlet respectively with the pneumatic power source system connectivity, this design can make this fluid reservoir under emergency, at a high speed output fire extinguishing soup is an example so that two power gas inlets to be set on the tank body, its to response time of fire alarm at 6～10 seconds, be less than existing " water spray fire extinguish system " (45 seconds) and " synthesis type foam spray fire extinguishing system " (60 seconds) far away, be more conducive to put out from the beginning of fire.Pressure measurement device and plural safety valve also are set on the above-mentioned fluid reservoir, thereby effectively to prevent because of the potential safety hazard that overpressure conditions causes takes place in the tank body.Above-mentioned fluid reservoir tank body bottom is provided with exhaust-valve in bottom, siphon pond, and tank body top also is provided with manhole and is convenient to check.
Consider under extreme weather conditions as the China north that the fire extinguishing soup may congelative problem in the winter fluid reservoir, also is provided with the soup defroster in this case in fluid reservoir, this soup defroster can start when the fire extinguishing fluid temperature reaches certain numerical value.For reaching real time monitoring and regulation and control to fire extinguishing fluid temperature state, also be provided with the temperature measurement device in this fluid reservoir, this temperature measurement device can be real-time transmitted to the intelligent fire control system with detected variations in temperature signal, the intelligent fire control system is at different variations in temperature signals (as fire extinguishing fluid temperature that will real-time monitor and the temperature bound of presetting relatively), send instruction to temperature control equipment, and then the running status of adjustment soup defroster, make the temperature of fire extinguishing soup in the fluid reservoir can be in the suitable scope for a long time, both can adapt to the application under the state of emergency, also can prevent soup defroster excessively operation and the energy waste that causes.Above-mentioned soup defroster can be more than two, it also is located in the fluid reservoir, design by this, in the time of can a soup defroster breaks down therein, with other soup defroster work, or, in extremely cold zone, can work by a plurality of soup defrosters fast lifting fire extinguishing fluid temperature simultaneously.
Postscript also is provided with the dose metering device in the described fluid reservoir, this dose metering device can be monitored the storage of fire extinguishing soup in the fluid reservoir in real time, and coherent signal is transferred to the intelligent fire control system, for operating personnel's reference.
(2), selector valve combined system
The selector valve combined system comprises a plurality of selector valves and drive unit thereof in the utility model, and each selector valve corresponds respectively to a fire extinguishing zone.This selector valve combined system can be by operating personnel according to the concrete condition in the fire extinguishing zone, and optionally at one of them in control centre or on-the-spotly start in modes such as automatic, remote manual, on-the-spot mechanical emergency startups.Further, the selector valve in the utility model preferably adopts pneumatic actuation, and it can be under the control of intelligent fire control system, opening and closing targetedly.When meeting with fire, operating personnel and/or centralized control unit can be selected the ejecting extinguishing soup according to the character of fire, realize the function of secondary fire extinguishing.This has just eliminated existing various fixedly fire-fighting system and only can once spray, and can't thoroughly eliminate the problem of disaster hidden-trouble.
(3), approach sprayer combination fire extinguishing system
Approach sprayer combination fire extinguishing system in the utility model and comprise a plurality of fire protection nozzles that are arranged on the fixed support; these a plurality of fire protection nozzles are communicated with fire-fighting medicament fluid reservoir combined system by pipeline, and the described sprayer group that approaches all approaches the root that is arranged on fire location in the protection zone.Adopt this mode, can realize stamping out the flames fast with less fire extinguishing soup, and eliminate fire from the source, its reason is, burning behavior all occurs in the fire location root, and when fire protection nozzle was approached the fire location root, the fire extinguishing soup of its injection can directly be concentrated on the fire location root at short notice, thereby make the fire location root be capped rapidly, lower the temperature, extinguished fully until flame.
It is to be noted; approach the height that sprayer combination fire extinguishing system is provided with, angle, spray intensity and the atomization angle of himself pointed in the protection zone; all can adjust, to reach the target of quick extinguishing according to different fire locations in the protection zone.
(4), intelligent fire control system
Intelligent fire control system of the present utility model comprises: the fire information gathering system, and it can be gathered scene of fire information and send a central control system to and/or receive the manual command, and instruction is transferred to a fire-extinguishing apparatus control system; Central control system, it can receive the information of fire information gathering system and/or the transmission of fire-extinguishing apparatus control system, generates instruction automatically or receives manually input instruction, and instruction is transferred to the fire-extinguishing apparatus control system; The fire-extinguishing apparatus control system, it can accept the instruction of fire information gathering system and/or central control system transmission, and adjusts the fire-extinguishing apparatus running status.
Say further, described central control system comprises at least one communication module, a man-machine interaction interface and a memory module that is connected with a data processing unit respectively, and described communication module also is connected respectively with the fire-extinguishing apparatus control system with the fire information gathering system.Described man-machine interaction interface comprises a display module and a control panel that is connected with a display device, and described display module is connected with data processing unit respectively with control panel.Described interpersonal interaction interface comprises a touch screen and a control panel.Described communication module also is connected with peripheral communication equipment.Described central control system also comprises PRN device, and this PRN device is connected with data processing unit.Described fire information gathering system comprises communication module, data processing unit and command reception unit, communication module is connected with data processing unit with central control system, fire-extinguishing apparatus control system respectively, and data processing unit is connected with at least one fire hazard monitoring system by the command reception unit.Described fire-extinguishing apparatus control system comprises communication module, data processing unit and instruction Transmit-Receive Unit, communication module is connected with data processing unit with central control system, fire information gathering system respectively, and data processing unit is connected with the execution unit of at least one fire-extinguishing apparatus by the instruction Transmit-Receive Unit.Described fire-extinguishing apparatus control system also comprises a display module and a control panel that is connected with a display device, and described display module is connected with data processing unit respectively with control panel.
Central control system of the present utility model is when work, utilize the fire information gathering system, information such as the warning of collection site fire alarm (fire hazard monitoring system) or fault also send central control system to, the state of the fire-extinguishing apparatus of fire-extinguishing apparatus control system collection simultaneously sends central control system to, receive the instruction of central control system, control fire-fighting fire-fighting medicament fluid reservoir combined system, the action of fire-extinguishing apparatus such as selector valve combined system, and intuitively show relevant information by man-machine interface, and when fire-extinguishing apparatus control system and/or fire information gathering system and central control system generation communication failure, also can be by the action of Artificial Control fire-extinguishing apparatus, also be provided with memory device in the described central control system, so that storage fire-extinguishing apparatus and on-the-spot fire alarm everything, and incite somebody to action key operations printing wherein and pass through the PORT COM teletransmission.
(5), fire hazard monitoring system
Fire hazard monitoring system can be according to the character in fire extinguishing zone in the utility model, and constitute by the gas alarm, infrared sensing pull station or other remote sensing fire alarm monitoring device that are arranged in the fire extinguishing zone, in real time the fire situation in the monitor area is monitored.With the infrared sensing pull station is example, it is than disposable pull station commonly used at present, as be applied to temperature sensing cable, low-temperature metal fuse in the equipment such as transformer etc., can repeatedly use, therefore has the function that secondary is reported to the police, and the monitored area of this pull station is also more extensive, and the high temperature heat source that may become disaster hidden-trouble is had the sensitiveness of height.The pull station of this infrared sensing formula can be sent to centralized control unit in real time with the signal of fire situation in the relevant monitored area.
In addition, the utility model employing is reached by the power bottle group more than two groups and the test bottle group more than a group constitutes the aerodynamic force origin system, to provide power gas to fire-fighting medicament fluid reservoir combined system and selector valve combined system.Wherein, power bottle group is communicated with by power bottle valve, pressure-reducing valve and power gas inlet successively, and be communicated with by the pneumatic actuating device in power bottle valve, pressure-reducing valve, check valve and the selector valve combined system successively, power bottle valve is wherein organized with at least one startups bottle and is connected by starting magnetic valve, and described test power bottle group is passed through bottle valve, pressure-reducing valve, test magnetic valve successively and is connected with pneumatic actuating device in the described selector valve combined system.The action of above-mentioned startup magnetic valve, test magnetic valve is controlled by central control system.By above-mentioned setting, can guarantee when fire takes place, can not cause the utility model intelligent approach automatic fire extinguishing system can't normal operation because of the fault of single group power bottle group in the aerodynamic force origin system, simultaneously, utilize test power bottle group also can make things convenient for efficiently the pneumatic actuating device in the selector valve combined system is tested, to guarantee its runnability.Certainly, all be connected with the pressure measurement device on above-mentioned power bottle group and the test bottle group, to guarantee safety.
To sum up describe, can see, compared with prior art, the utility model is real to belong to a kind of safe, reliable, safe, efficient, economy, environmental protection, multi-functional, multiduty novel fire extinguishing system can be widely used in multiple fields such as electric power, oil, chemical industry, airport, harbour, boats and ships, army.
Description of drawings
Below in conjunction with the drawings and the specific embodiments content of the present utility model is described further.
Fig. 1 is the structural representation of a kind of intelligent approach automatic fire extinguishing system in the utility model specific embodiment.
The specific embodiment
As shown in Figure 1, this intelligent approach automatic fire extinguishing system comprises fire-fighting medicament fluid reservoir combined system, is arranged on and approaches sprayers combination fire extinguishing system 3 and fire hazard monitoring system 1, aerodynamic force origin system and intelligent fire control system 20 etc. in the protection zone 2.
Described fire-fighting medicament fluid reservoir combined system comprises the fluid reservoir 8 of offering two above power gas inlets 14 on the tank body, the selector valve combined system 6 and the siphon pipe 7 that are communicated with fluid reservoir, described selector valve combined system comprises selector valve and drive unit thereof, but the drive unit of described selector valve comprises the pneumatic actuating device 5 (can select air-operated solenoid valve etc. for use) and the manual driving device of independent operating, wherein pneumatic actuating device is controlled by the fire-extinguishing apparatus control system, described siphon pipe one end stretches into the storage tank interior bottom, and an other end selector valve combined system outer with being arranged at jar is connected.
The described siphonal form that is provided with can be following three kinds at least: one, be arranged in the fluid reservoir, the one end passes the back and is connected with the selector valve combined system from fluid reservoir, the other end is arranged at the storage tank interior bottom, and the siphon pipe top is higher than the liquid level of fire extinguishing soup in the fluid reservoir, recessed formation one peviform siphon pond 10, described storage tank interior bottom, the siphonal other end stretches in this siphon pond; Its two, described siphon pipe comprises and being arranged on outside the fluid reservoir that the one end is communicated with the fluid reservoir bottom, the other end extends into the selector valve combined system and is connected; Its three, described siphon pipe one end inserts in the siphon pond, fluid reservoir bottom, the other end is connected by being extended down to selector valve outside the fluid reservoir top.Postscript, above-mentioned fluid reservoir top also is provided with manhole 11, the exhaust-valve 9 that tank base also can be provided with leakage fluid dram and cooperate with it.
In addition, also be provided with soup defroster 13, temperature control equipment, temperature measurement device 15 and dose metering device 16 in the described fluid reservoir, the soup defroster is controlled by temperature control equipment, and temperature control equipment, temperature measurement device and dose metering device are controlled by the intelligent fire control system.Postscript also is provided with pressure measurement device 17 in the described fluid reservoir, this pressure measurement device is connected with the intelligent fire control system.Simultaneously, plural safety valve 12 also is set on the described fluid reservoir.
In addition, this intelligent approach automatic fire extinguishing system adopts by the power bottle group 29 more than two groups as the aerodynamic force origin system, to provide power gas to fire-fighting medicament fluid reservoir combined system and selector valve combined system.Wherein, power bottle group is communicated with by power bottle valve, pressure-reducing valve and power gas inlet successively, and be communicated with by the pneumatic actuating device in power bottle valve 27, single-stage pressure reducing valve 25, check valve 21 and the selector valve combined system successively, power bottle valve wherein starts bottle group 28 and is connected with two groups by starting magnetic valve 26, and described test power bottle group 30 passes through bottle valve, twin-stage pressure-reducing valve 24 successively, test magnetic valve 22 is connected with pneumatic actuating device in the described selector valve combined system.The action of above-mentioned startup magnetic valve, test magnetic valve is by 20 controls of intelligent fire control system.By above-mentioned setting, can guarantee when fire takes place, can not cause the utility model intelligent approach automatic fire extinguishing system can't normal operation because of the fault of single group power bottle group in the aerodynamic force origin system, simultaneously, utilize test power bottle group also can make things convenient for efficiently the pneumatic actuating device in the selector valve combined system is tested, to guarantee its runnability.Certainly, all be connected with pressure measurement device (as test pressure metering device 23) on above-mentioned power bottle group and the test bottle group, to guarantee safety.
The described sprayer combination fire extinguishing system 3 that approaches comprises at least one sprayer group that approaches of mainly being made up of a plurality of fire protection nozzles, this approaches the sprayer group and is communicated with selector valve combined system in the fire-fighting medicament fluid reservoir combined system by pipeline, and also is provided with pipe line evacuation valve 4 on the pipeline.The described sprayer group that approaches all approaches the root that is arranged on fire location in the protection zone, and the height that is provided with in the protection zone of described fire protection nozzle, the angle, the atomization angle that point to fire location are decided according to the distributing position of fire location in the protection zone.
So that oil storage tank to be set in the protection zone is example; oil storage tank for cabinet shape; then approach sprayer combination fire extinguishing system and can comprise that mainly two of being made of a plurality of fire protection nozzles approach the sprayer group; these two approach the sprayer group and are fixedly installed on the oil storage tank upper and lower by the upper and lower layer of a hot-galvanized steel pipe holder respectively; and wherein each fire protection nozzle all approaches the root that is arranged on fire location in the protection zone; particularly; each fire protection nozzle outlet is not more than 1.0m apart from the height of fire location, and the height of the sprayer of privileged sites is not more than 1.5m.Above-mentioned be arranged at oil storage tank top approach that each fire protection nozzle adopts closed-in construction to be distributed on the horizontal plane in the sprayer group, wherein, each fire protection nozzle that is distributed in its circumference outwards extends more than the 1m by oil storage tank upper surface periphery, its nozzle points to the oil storage tank top margin, spray angle is 90 °, and the nozzle that is distributed in each fire protection nozzle directly over the oil storage tank upper surface vertically points to the oil storage tank upper surface, its spray angle is at 120～150 °, and the distance between each adjacent fire protection nozzle is below 2m.The above-mentioned fire protection nozzle that approaches in the sprayer group that is arranged at the oil storage tank below is symmetrically distributed in the oil storage tank both sides, and be into the correlation shape and strafe oil storage tank bottom, and each sprayer is not more than 1.5m apart from the oil storage tank base, and be not more than 1m corresponding to first sprayer on limit, oil storage tank lower end and the parallel distance on limit, oil storage tank lower end, and the spacing between the adjacent sprayer is not more than 4m, and its spray angle is 90 °.The described sprayer combination fire extinguishing system that approaches is communicated with fire-fighting medicament fluid reservoir combined system by dual circuit.The above-mentioned design of mat, this approaches fire protection nozzle system fire extinguishing and can stamp out a fire rapidly, and its efficient height, fire extinguishing soup consumption is few, cost is low.
Described intelligent fire control system comprises interconnective fire information gathering system, central control system and fire-extinguishing apparatus control system, wherein, the fire information gathering system also is connected with on-the-spot fire alarm (fire hazard monitoring system), the fire-extinguishing apparatus control system also with the aerodynamic force origin system in startup magnetic valve, member such as test magnetic valve etc., assemblies such as temperature control equipment, temperature measurement device, dose metering device and selector valve pneumatic actuating device in the fire-fighting medicament fluid reservoir combined system are connected, and control its action.Above-mentioned central control system comprises a communication module, a man-machine interaction interface, a memory module and the print module that is connected with a data processing unit respectively, and described communication module also is connected respectively with the fire-extinguishing apparatus control system with the fire information gathering system.Above-mentioned man-machine interaction interface comprises a touch screen and a control panel, and touch screen is connected with data processing unit respectively with control panel, and above-mentioned communication module also can be connected with peripheral communication equipment.Above-mentioned fire information gathering system comprises communication module, data processing unit and command reception unit, communication module is connected with data processing unit with central control system, fire-extinguishing apparatus control system respectively, and data processing unit is connected with one or more fire hazard monitoring systems by the command reception unit.Above-mentioned fire-extinguishing apparatus control system comprises communication module, data processing unit and instruction Transmit-Receive Unit, communication module is connected with data processing unit with central control system, fire information gathering system respectively, and data processing unit by the fire-fighting medicament fluid reservoir combined system in instruction Transmit-Receive Unit and the fire-extinguishing apparatus, approach execution units such as spray fire extinguisher system and gases at high pressure power source system and be connected.Above-mentioned fire-extinguishing apparatus control system also comprises a display module and a control panel that is connected with a display device, and described display module is connected with data processing unit respectively with control panel.Above-mentioned memory module can adopt high speed hard-disk, flash memory etc.Above-mentioned data processing unit can adopt microprocessor or the like.Above-mentioned fire hazard monitoring system comprises a plurality of infrared sensing monitors that are arranged at the fire monitored area etc.
This intelligent fire control system is when work, by information such as the warning of fire information gathering system collection site fire alarm or faults and send central control system to, the state of the fire-extinguishing apparatus of fire-extinguishing apparatus control system collection simultaneously sends central control system to, then fire-extinguishing apparatus receives the instruction of the automatic generation of central control system or the manual command of transmitting through central control system, the action of control fire-extinguishing apparatus, and intuitively show relevant information by man-machine interface, and when fire-extinguishing apparatus control system and/or fire information gathering system and central control system generation communication failure, also can be by the action of Artificial Control fire-extinguishing apparatus, also be provided with memory device in the described central control system, so that storage fire-extinguishing apparatus and on-the-spot fire alarm everything, and incite somebody to action key operations printing wherein and pass through the PORT COM teletransmission.For preventing false touch intelligent fire control system, also be provided with anti-error interlock signal access port 19 etc. in this intelligent fire control system.
Above embodiment only is used to illustrate content of the present utility model, and in addition, the utility model also has other embodiment.But all employings are equal to replaces or technical scheme that the equivalent deformation mode forms all drops in the protection domain of the present utility model.
Claims (10)
1. intelligent approach automatic fire extinguishing system, it is characterized in that, described automatic fire extinguishing system comprises fire-fighting medicament fluid reservoir combined system, approach sprayer combination fire extinguishing system, intelligent fire control system and fire hazard monitoring system, described intelligent fire control system comprises interconnective fire information gathering system, central control system and fire-extinguishing apparatus control system, the fire information gathering system is gathered scene of fire information and is sent central control system to and/or the reception manual command through fire hazard monitoring system, and instruction is transferred to the fire-extinguishing apparatus control system, central control system receives the information of fire information gathering system and/or the transmission of fire-extinguishing apparatus control system, automatically generate instruction or receive artificial input instruction, and instruction is transferred to the fire-extinguishing apparatus control system, the fire-extinguishing apparatus control system is accepted the instruction of fire information gathering system and/or central control system transmission, and adjusts fire-fighting medicament fluid reservoir combined system and approach the running status that sprayer makes up fire extinguishing system.
2. intelligent approach automatic fire extinguishing system according to claim 1, it is characterized in that, described fire-fighting medicament fluid reservoir combined system comprises the fluid reservoir of offering the power gas inlet on the tank body, a selector valve combined system and a siphon pipe that is communicated with fluid reservoir, described selector valve combined system comprises selector valve and drive unit thereof, but the drive unit of described selector valve comprises the pneumatic actuating device and the manual driving device of independent operating, wherein pneumatic actuating device is controlled by the fire-extinguishing apparatus control system, described siphon pipe one end stretches into the storage tank interior bottom, and an other end selector valve combined system outer with being arranged at jar is connected.
3. intelligent approach automatic fire extinguishing system according to claim 2, it is characterized in that, described siphon pipe is arranged in the fluid reservoir, the one end passes the back and is connected with the selector valve combined system from fluid reservoir, the other end is arranged in the peviform siphon pond of storage tank interior bottom, and the siphon pipe top is higher than the liquid level of fire extinguishing soup in the fluid reservoir; Or described siphon pipe comprises and being arranged on outside the fluid reservoir that the one end is communicated with the fluid reservoir bottom, and the other end extends into the selector valve combined system and is connected; Or described siphon pipe one end inserts in the siphon pond of fluid reservoir bottom, and the other end is connected by being extended down to outside the fluid reservoir top with the selector valve combined system.
4. intelligence intelligent approach automatic fire extinguishing system according to claim 2, it is characterized in that, also be provided with soup defroster, temperature control equipment, temperature measurement device and dose metering device in the described fluid reservoir, the soup defroster is controlled by temperature control equipment, and temperature control equipment, temperature measurement device and dose metering device are controlled by the intelligent fire control system.
5. intelligent approach automatic fire extinguishing system according to claim 2, it is characterized in that, described power gas inlet is by power bottle valve and pressure-reducing valve and the main pneumatic power source system connectivity of being made up of at least one power gas bottle group, pneumatic actuating device in the described selector valve combined system is connected with the aerodynamic force origin system by check valve, pressure-reducing valve, power bottle valve, simultaneously, described power bottle valve is connected with at least one startup bottle group by starting magnetic valve.
6. intelligent approach automatic fire extinguishing system according to claim 5, it is characterized in that, described aerodynamic force origin system also comprises at least one group of test power bottle group, and described test power bottle group is connected with pneumatic actuating device in the described selector valve combined system by bottle valve, pressure-reducing valve, test magnetic valve successively.
7. according to each described intelligent approach automatic fire extinguishing system in the claim 2～4; it is characterized in that; also be provided with the pressure measurement device in the described fluid reservoir; this pressure measurement device is connected with the fire-extinguishing apparatus control system; simultaneously, on the described fluid reservoir safety valve that plays the overvoltage protection effect more than two is set also.
8. intelligent approach automatic fire extinguishing system according to claim 1, it is characterized in that, described central control system comprises at least one communication module, a man-machine interaction interface and a memory module that is connected with a data processing unit respectively, described communication module also is connected respectively with the fire-extinguishing apparatus control system with the fire information gathering system, described man-machine interaction interface comprises a display module and a control panel that is connected with a display device, and described display module is connected with data processing unit respectively with control panel;
Described fire information gathering system comprises communication module, data processing unit and command reception unit, communication module is connected with data processing unit with central control system, fire-extinguishing apparatus control system respectively, and data processing unit is connected with at least one fire hazard monitoring system by the command reception unit;
Described fire-extinguishing apparatus control system comprises communication module, data processing unit, instruction Transmit-Receive Unit, the display module that is connected with a display device and a control panel, described communication module is connected with data processing unit with central control system, fire information gathering system respectively, and data processing unit by instruction Transmit-Receive Unit and fire-fighting medicament fluid reservoir combined system with approach sprayer and make up fire extinguishing system and be connected, described display module is connected with data processing unit respectively with control panel.
9. according to the intelligent approach automatic fire extinguishing system described in the claim 1; it is characterized in that; the described sprayer combination fire extinguishing system that approaches comprises at least one sprayer group that approaches of mainly being made up of a plurality of fire protection nozzles; the described sprayer group that approaches is communicated with fire-fighting medicament fluid reservoir combined system by pipeline; and all approach the root that is arranged on fire location in the protection zone; the height that described fire protection nozzle is provided with in the protection zone; point to the angle of fire location; atomization angle is decided according to the distributing position of fire location in the protection zone, and described fire hazard monitoring system comprises the more than one infrared sensing monitor that is arranged at the fire monitored area.
10. intelligent approach automatic fire extinguishing system according to claim 9 is characterized in that, the described sprayer combination fire extinguishing system that approaches is communicated with fire-fighting medicament fluid reservoir combined system by dual circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020151721XU CN201643502U (en) | 2010-04-07 | 2010-04-07 | Intelligent automatic approaching fire extinguishing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020151721XU CN201643502U (en) | 2010-04-07 | 2010-04-07 | Intelligent automatic approaching fire extinguishing system |
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| CN201643502U true CN201643502U (en) | 2010-11-24 |
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| CN201020151721XU Expired - Lifetime CN201643502U (en) | 2010-04-07 | 2010-04-07 | Intelligent automatic approaching fire extinguishing system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101797426A (en) * | 2010-04-07 | 2010-08-11 | 苏州赛夫特消防科技有限公司 | Intelligent approach automatic fire extinguishing system |
| CN102872565A (en) * | 2012-09-19 | 2013-01-16 | 公安部上海消防研究所 | Remote-control fire-extinguishing control system based on CAN bus for fire monitor |
| CN115120907A (en) * | 2021-03-24 | 2022-09-30 | 郑州宇通客车股份有限公司 | Fire extinguishing system for non-pressure storage battery box and battery system |
-
2010
- 2010-04-07 CN CN201020151721XU patent/CN201643502U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101797426A (en) * | 2010-04-07 | 2010-08-11 | 苏州赛夫特消防科技有限公司 | Intelligent approach automatic fire extinguishing system |
| CN101797426B (en) * | 2010-04-07 | 2012-05-09 | 苏州赛夫特消防科技有限公司 | Intelligent approach automatic fire extinguishing system |
| CN102872565A (en) * | 2012-09-19 | 2013-01-16 | 公安部上海消防研究所 | Remote-control fire-extinguishing control system based on CAN bus for fire monitor |
| CN102872565B (en) * | 2012-09-19 | 2014-11-05 | 公安部上海消防研究所 | Remote-control fire-extinguishing control system based on CAN bus for fire monitor |
| CN115120907A (en) * | 2021-03-24 | 2022-09-30 | 郑州宇通客车股份有限公司 | Fire extinguishing system for non-pressure storage battery box and battery system |
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