CN106032848A - A deluge valve control module - Google Patents
A deluge valve control module Download PDFInfo
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- CN106032848A CN106032848A CN201510068885.3A CN201510068885A CN106032848A CN 106032848 A CN106032848 A CN 106032848A CN 201510068885 A CN201510068885 A CN 201510068885A CN 106032848 A CN106032848 A CN 106032848A
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Abstract
The invention provides a deluge valve control module and belongs to the field of fire control. In the prior art, a control loop for a deluge valve controls the motion of the deluge valve through series connection and parallel connection of pipe fittings, pipes and valve members; the connecting mode is high in management cost, the workload of assembly and debugging is high, accessory waste is high, and after-sales service is liable to material shortage and work is delayed. To solve the technical problem in the prior art, the invention provides the deluge valve control module a, and the characteristics of an air pressure maintaining module c and a foam control module d are used. The technical scheme is characterized in that the control module is formed by machining a duct in a valve block, machining connectors in the periphery of the valve block and arranging pressure monitoring and control parts; the control module is connected with corresponding valve body assemblies via fasteners or connecting tubes to form a series of module control deluge valves. The control module and the corresponding valve body assemblies can be combined mutually to form deluge valve fire extinguishing devices with extensive forms; the control module is suitable for deluge valves with extensive diameters, module assembly in workshops is possible, and module after-sales service can be realized at user ends. The deluge valve control module has the advantages of reasonable structure, great universality, low failure rate and low management cost.
Description
Technical field
The present invention relates to one drench with rain valve control module, relate particularly to automatic sprinkler system and drench with rain valve technology.Belong to fire protection sector technical field.
Background technology
At present, known to drench with rain the peripheral control loop of valve, be the feature according to correspondence fire extinguishing form, independent valve member, pipe fitting, pipeline be serially connected, in parallel, control the functions such as water stream channel, display system pressure and warning.Background technology file, in the atlas number carried out March 2004 1 is 04S206 " automatic water jetting and water spray extinguishing erection of equipment ", series drenches with rain shown in valve valve group installation diagram.
There is following major defect in the control loop of the valve that drenches with rain of background technology: substantial amounts of pipe fitting, pipeline, the buying of valve member, storehouse, circulation etc. manage cost；Heavy pipeline assembles, debugging work load；Numerous junction points increase leakage and misoperation risk and the pollution of encapsulant；Increase pipe fitting, pipeline, control valve specification meet pipeline mechanical strength, cause waste；Because client's repairing information is failed to understand, make to sell the on-the-spot Short Item of clothes and expect less, delay work and cause delay.
Summary of the invention
In order to overcome prior art defect, the present invention controls loop to the former valve that drenches with rain and is optimized design, invented satisfied valve control module a that drenches with rain that controls to require, air pressure maintains module c, foam control module d(module c, module d to see " a kind of alarm valve control module utility model patent " applied on the same day).
The valve control module that drenches with rain of the present invention, the scheme used is: according to the control principle needs of the valve that drenches with rain, and processes duct, embed check valve, inserted valve, filter etc. in valve block, periphery is equipped with pressure and shows and pressure monitor parts, for control drench with rain valve body assembly work and warning piece report to the police.The internal aperture of valve block and component specification, be designed according to actual flow, the requirement of pressure；At the water channel drenching with rain on valve body, processing coordinates with control module, joint configuration sealing member is carried out sealing, then control module is connected with valve body assembly with securing member, is combined into the warning valve that following series module controls.
1. drench with rain valve control module a, is arranged in level type and drenches with rain on valve body assembly A, is combined into the module lever rod-type of Electromagnetic Drive and drenches with rain valve.Be equivalent to page 28 " ZSFY series deluge alarm valve group installation diagram " in 04S206 atlas number, function that page 32 " DV-1 series deluge alarm valve group installation diagram ", page 34 " water curtain series signal and system explanation " realize.Fig. 1 is that the module lever rod-type of Electromagnetic Drive drenches with rain valve design sketch.
2. valve control module a that drenches with rain and air pressure maintain module c, gas control on-off valve 310 to coordinate, and are arranged in level type and drench with rain on valve body assembly A, are combined into the module lever rod-type that air pressure drives and drench with rain valve.Fig. 2 is that the module lever rod-type that air pressure drives drenches with rain valve schematic diagram.
3. drench with rain valve control module a, is arranged in level type and drenches with rain on valve body assembly A, is combined into the module lever rod-type of hydraulic drives and drenches with rain valve.It is equivalent to the function that in 04S206 atlas number, page 26 " transmission tube starts deluge system schematic diagram " realizes.Fig. 3 is that the module lever rod-type of hydraulic drives drenches with rain valve design sketch
4. drench with rain valve control module a, is arranged on diaphragm deluge valve valve body assembly B, and the module being combined into Electromagnetic Drive controls diaphragm deluge valve.It is equivalent to the function that in 04S206 atlas number, page 30 " ZSFM series barrier film deluge alarm valve group installation diagram " realizes.Fig. 4 is that the module of Electromagnetic Drive controls diaphragm deluge valve design sketch.
5. valve control module a that drenches with rain coordinates with gas path module c, gas control on-off valve 310, is arranged on diaphragm deluge valve valve body assembly B, is combined into the module control diaphragm deluge valve that air pressure drives.Fig. 5 is that the module that air pressure drives controls diaphragm deluge valve design sketch.
6. drench with rain valve control module a, is arranged on diaphragm deluge valve valve body assembly B, and the module being combined into hydraulic drives controls diaphragm deluge valve.It is equivalent to the function that in 04S206 atlas number, page 26 " transmission tube starts deluge system schematic diagram " realizes.Fig. 6 is that the module of hydraulic drives controls diaphragm deluge valve design sketch.
7. drench with rain valve control module a, is arranged on piston deluge valve valve body assembly C, is combined into module and controls piston deluge valve.It is equivalent to the function that in 04S206 atlas number, page 49 " water injection system ZSFY/SL-S360 type deluge valves unit installation diagram " realizes.Fig. 7 is that module controls piston deluge valve design sketch.
8. valve control module a that drenches with rain maintains module c to coordinate with air pressure, is arranged on preact alarm valve valve body assembly F, is combined into module and controls preact alarm valve.It is equivalent to the function that in 04S206 atlas number, page 21 " ZSFY series preact alarm valve installation diagram ", page 23 " ZSFU series preact alarm valve installation diagram " realize.Fig. 8 is that module controls preact alarm valve design sketch
9. valve control module a that drenches with rain coordinates with foam control module d, foam solution control valve BL01, foam proportioner BL02, is arranged on diaphragm deluge valve valve body assembly B, is combined into module and controls-foam combination the valve that automatically drenches with rain.It is equivalent in 04S206 atlas number page 40, the function that " automatic water jetting drench with rain-foam combined system schematic diagram " realizes.Fig. 9 is that module controls the-foam combination valve design sketch that automatically drenches with rain.
The invention has the beneficial effects as follows, above-mentioned valve control module a that drenches with rain, air pressure maintain module c and tri-sections of control modules of foam control module d to coordinate to meet that latus rectum span is big, contain abundant extinguishing device；Can assemble in workshop module, client modules sells clothes；Realize rational in infrastructure, the purpose that highly versatile, fault rate are few, production environment good, management cost is little.
Accompanying drawing explanation
Fig. 1 is that the module lever rod-type of Electromagnetic Drive drenches with rain valve design sketch；Fig. 2 is that the module lever rod-type that air pressure drives drenches with rain valve design sketch；Fig. 3 is that the module lever rod-type of hydraulic drives drenches with rain valve design sketch；Fig. 4 is that the module of Electromagnetic Drive controls diaphragm deluge valve design sketch；Fig. 5 is that the module that air pressure drives controls diaphragm deluge valve design sketch；Fig. 6 is that the module of hydraulic drives controls diaphragm deluge valve design sketch；Fig. 7 is that module controls piston deluge valve design sketch；Fig. 8 is that module controls preact alarm valve design sketch；Fig. 9 is that module controls the-foam combination valve design sketch that automatically drenches with rain；Figure 10 is the valve control module a schematic diagram that drenches with rain；Figure 11 is the valve control module a outline drawing that drenches with rain；Figure 12 is that the module lever rod-type of Electromagnetic Drive drenches with rain valve schematic diagram；The module lever rod-type that Figure 13 air pressure drives drenches with rain valve schematic diagram；Figure 14 is that the module lever rod-type of hydraulic drives drenches with rain valve schematic diagram；Figure 15 is that the module of Electromagnetic Drive controls diaphragm deluge valve schematic diagram；Figure 16 is that the module that air pressure drives controls diaphragm deluge valve schematic diagram；Figure 17 is that the module of hydraulic drives controls diaphragm deluge valve schematic diagram；Figure 18 is that module controls piston deluge valve schematic diagram；Figure 19 is that module controls preact alarm valve schematic diagram；Figure 20 is that module controls the-foam combination valve schematic diagram that automatically drenches with rain.
1. drench with rain valve control module a
Figure 10 is the valve control module a schematic diagram that drenches with rain, and Figure 11 is the valve control module a outline drawing that drenches with rain.In figure, aa is water supply side entrance, and ab is system side entrance, and ac is chamber of septum entrance, and ad is warning water system interface, ae is drainage interface, and af is pressure switch interface, and ag is solenoid valve interface, ah is control room interface, and ai is that remote pressure controls interface, and aj is transmission tube interface.In valve block 001, process the duct 002 of each specification according to functional requirement；Plug-in mounting filter 003, filters out the impurity leading to module；Embedding check-valves 004, when preventing unlatching alarm bell pet valve 005 from carrying out warning water system test, water flow to system side pipeline, affects result of the test；Drain valve 006(is normally closed for plug-in mounting), resetting or after test, be used for discharging in system pipeline remaining water；Manual emergency valve 007(is normally closed for plug-in mounting), electromagnetic valve 008(is normally closed in configuration), normally closed as piston valve 009() control the pilot valve in chamber, it is achieved control on the spot and electric automatic control open the function of valve of drenching with rain；Plug-in mounting chamber of septum water intaking valve 010(Chang Weikai), standard-sized sheet can meet barrier film Rapid reset needs；In chamber of septum water intaking valve 010, embed chamber of septum check-valves 011, can reversely close holding chamber of septum pressure when water supply side decompression, prevent the release of chamber of septum pressure from causing system malfunction；The pressure switch 016 of configuration, reflects the duty of the valve that drenches with rain；Configuration Pressure gauge 013-1,013-2, can observe the operating pressure of water supply side and chamber of septum respectively；Embed check-valves 012-1,012-2 before table, self-closing pressure table pressure passage when can dismantle maintenance Pressure gauge online；Low-pressure leak valve 014(is embedded normally opened in drain valve 006), remaining water can be automatically drained out in pipeline when system waiter, also whether the observable valve flap primary seal that drenches with rain leaks；Plug-in mounting filter 015, filters out system side and leads to the impurity of alarm bell alarm circuit.
Detailed description of the invention
1. the module lever rod-type of Electromagnetic Drive drenches with rain valve
The module lever rod-type of the Electromagnetic Drive valve that drenches with rain is by valve control module a that drenches with rain, and level type drenches with rain the compositions such as valve body assembly A, warning water system AJ01, sealing member, connection pipeline.Figure 12 is that the module lever rod-type of Electromagnetic Drive drenches with rain valve schematic diagram.In figure, interface aa, ab dock with connect hole AA, AB of valve body assembly A respectively；Interface ac, utilizes the chamber of septum of pipe G03 and valve body assembly A to meet hole AC and is connected；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；This device should block control room interface ah and transmission tube interface aj.
When system is in waiter's state, electromagnetic valve 008 cuts out, and is failure to actuate through AA → aa → 003 → 010 → 011 → ac → G03 → AC pressurize, valve body assembly A in the valve diaphragm room that drenches with rain.Open after electromagnetic valve 008 accepts to open signal, make piston valve 009 epicoele decompression action; chamber of septum pressure is through AC → G03 → ac → 009 → k → ae → G05 passage release; valve body assembly A opens water supply side AA and system side AB passage, and water flow to deluge system and sprays to protection zone, performs fire extinguishing.A portion water flows through AB → ab → 015 → 004 → ad → G04 passage, reports to the police to warning water system AJ01；The startup pressure of pressure switch 016 is obtained by pressure tappings af.This system also can use manual emergency valve 007 to realize on-the-spot emergency starting.
2. the module lever rod-type that air pressure drives drenches with rain valve
The module lever rod-type valve that drenches with rain that air pressure drives is made up of the valve body assembly A that drenches with rain, valve control module a that drenches with rain, gas control on-off valve 310, gas circuit control module c, warning water system AJ01, sealing member, connection pipeline etc..Figure 13 is that the module lever rod-type that air pressure drives drenches with rain valve schematic diagram.In figure, interface aa, ab dock with connect hole AA, AB of valve body assembly A respectively；Interface ac, utilizes the chamber of septum of pipe G03 and valve body assembly A to meet hole AC and is connected；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；Interface aj, utilizes G06 to be connected with gas control on-off valve 310 import js；The hole AB that connects of interface cb and valve body assembly A docks；Interface cf utilizes G07 to connect room qk and shower nozzle PT on gas control on-off valve 310；Interface ca, utilizes G08 to be connected to source of the gas, blocks control room interface ah.Gas control on-off valve 310, is made up of valve body, barrier film, stage clip etc., use upper and lower cavity compression area than principle, the pressure channel of the valve diaphragm room that controls to drench with rain.
When system is in waiter's state, the detection shower nozzle PT in systematic protection district closes, the air pressure of dry type detection pipeline, it is gas control on-off valve 112 epicoele qk pressurize by G08 → ca → 203 → 205 → 204 of gas circuit control module c → cb → G07 passage, and by gas control on-off valve 310 cavity of resorption drench with rain valve diaphragm room keep hydraulic pressure, valve body assembly A is failure to actuate.When on-the-spot fire makes detection automatic sprinkler PT heat-sensitive element open; gas control on-off valve 310 epicoele qk air pressure is through the passage release of detection automatic sprinkler TP; make to drench with rain valve diaphragm chamber pressure through AC → G03 → ac → aj → G06 → 310 cavity of resorption js → ps passage release; the valve assembly A that drenches with rain automatically opens up connection water supply side AA and system side AB passage; water flow to deluge system and sprays to protection zone, performs fire extinguishing.A portion hydraulic pressure, through AB → ab → 015 → 004 → ad → G04 passage, is reported to the police to warning water system AJ01；And the startup pressure of pressure switch 016 is obtained by pressure tappings af.This system also can use electromagnetic valve 008 or manual emergency valve 007 to realize emergency starting electric, on-the-spot respectively.
3. the module lever rod-type of hydraulic drives drenches with rain valve
The module lever rod-type of the hydraulic drives valve that drenches with rain is by valve control module a that drenches with rain, and level type drenches with rain the compositions such as valve body assembly A, warning water system AJ01, sealing member, connection pipeline.Figure 14 is that the module lever rod-type of hydraulic drives drenches with rain valve schematic diagram.In figure, interface aa, ab valve body assembly A's connects hole AA, AB docking；Interface ac, utilizes the chamber of septum of pipe G03 and valve body assembly A to meet hole AC and is connected；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；Interface aj, utilizes G06 transmission tube to be connected with detection shower nozzle PT；Closure control room interface ah.
When system is in waiter's state, the detection shower nozzle PT of guard plot closes, and is failure to actuate through AA → aa → 003 → 010 → 011 → ac → G03 → AC pressurize, valve body assembly A in the valve diaphragm room that drenches with rain.When on-the-spot fire makes detection automatic sprinkler PT heat-sensitive element open; chamber of septum pressure is through AC → G03 → ac → 009 → aj → G06 → PT passage release; valve body assembly A automatically turns on water supply side AA and system side AB passage, and water flow to deluge system and sprays to protection zone, performs fire extinguishing.A portion water flows through AB → ab → 015 → 004 → ad → G04 passage, reports to the police to warning water system AJ01；The startup pressure of pressure switch 016 is obtained by pressure tappings af.This system also can use electromagnetic valve 008 or manual emergency valve 007 to realize emergency starting electric, on-the-spot respectively.
4. the module of Electromagnetic Drive controls diaphragm type and drenches with rain valve
The module of Electromagnetic Drive controls diaphragm deluge valve and is made up of valve control module a that drenches with rain, diaphragm deluge valve valve body assembly B, warning water system AJ01, sealing member, connection pipeline etc..Figure 15 is that the module of Electromagnetic Drive controls diaphragm deluge valve schematic diagram.In figure, interface aa, ab dock with connect hole BA, BB of valve body assembly B respectively；Interface ac, utilizes the chamber of septum of pipe G03 and valve body assembly B to meet hole BC and is connected；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；This system should block control room interface ah and transmission tube interface aj.
When system is in waiter's state, electromagnetic valve 008 cuts out, and is failure to actuate through BA → aa → 003 → 010 → 011 → ac → G03 → BC pressurize, valve body assembly B in the valve diaphragm room that drenches with rain.Open after electromagnetic valve 008 accepts to open signal, make piston valve 009 epicoele decompression action; chamber of septum pressure is through BC → G03 → ac → 009 → ae → k → G05 passage release; valve body assembly B automatically turns on water supply side BA and system side BB passage, and water flow to deluge system and sprays to protection zone, performs fire extinguishing.A portion water flows through BB → ab → 015 → 004 → ad → G04 passage, reports to the police to warning water system AJ01；The startup pressure of pressure switch 016 is obtained by pressure tappings af.This system also can use manual emergency valve 007 to realize on-the-spot emergency starting.
5. the module that air pressure drives controls diaphragm deluge valve
The module that air pressure drives controls diaphragm deluge valve and is made up of the valve body assembly B that drenches with rain, valve control module a that drenches with rain, gas control on-off valve 310, gas circuit control module c, warning water system AJ01, sealing member, connection pipeline etc..Figure 16 is that gas-driven module controls diaphragm deluge valve schematic diagram.In figure, interface aa, ab dock with connect hole BA, BB of valve body assembly B；Interface ac, utilizes the chamber of septum of pipe G03 and valve body assembly B to meet hole BC and is connected；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；Interface aj, utilizes G06 to be connected with gas control on-off valve 310 import js；The hole BB that connects of interface cb and valve body assembly B docks；Interface cf utilizes G07 to connect room qk and shower nozzle on gas control on-off valve 310；Interface ca, utilizes G08 to be connected to source of the gas；Closure control room interface ah；.
Gas control on-off valve 310, is made up of valve body, barrier film, stage clip etc., use upper and lower cavity compression area than principle, the pressure of the valve diaphragm room that controls to drench with rain.
When system is in waiter's state, the detection shower nozzle PT in systematic protection district closes, the air pressure of dry type detection pipeline, it is gas control on-off valve 310 epicoele qk pressurize by G08 → ca → 203 → 205 → 204 of gas circuit control module c → cb → G07 passage, and being kept hydraulic pressure by gas control on-off valve 310 cavity of resorption for the valve diaphragm room that drenches with rain, valve body assembly B is failure to actuate.When on-the-spot fire makes detection automatic sprinkler PT heat-sensitive element open; gas control on-off valve 310 epicoele qk air pressure is through the passage release of detection automatic sprinkler TP; make to drench with rain valve diaphragm chamber pressure through BC → G03 → ac → aj → G06 → 310 cavity of resorption js → ps passage release; the valve assembly B that drenches with rain automatically opens up connection water supply side BA and system side BB passage; water flow to deluge system and sprays to protection zone, performs fire extinguishing.A portion hydraulic pressure, through BB → ab → 015 → 004 → ad → G04 passage, is reported to the police to warning water system AJ01；And the startup pressure of pressure switch 016 is obtained by pressure tappings bf.This system also can use electromagnetic valve 008 or manual emergency valve 007 to realize emergency starting electric, on-the-spot respectively.
6. the module of hydraulic drives controls diaphragm deluge valve
The module of hydraulic drives controls diaphragm deluge valve by valve control module a that drenches with rain, diaphragm deluge valve valve body assembly B, warning water system AJ01, sealing member, connection pipeline composition.Figure 17 is that the module of hydraulic drives controls diaphragm deluge valve schematic diagram.In figure interface aa with, system-side hole BA, BB of ab and valve body assembly B be connected；Interface ac, utilizes the chamber of septum of pipe G03 and valve body assembly B to meet hole BC and is connected；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；Interface aj, utilizes G06 transmission tube to be connected with detection shower nozzle PT；Closure control room interface ah.
When system is in waiter's state, the detection shower nozzle PT of guard plot closes, and is failure to actuate through BA → aa → 003 → 010 → 011 → ac → G03 → BC pressurize, valve body assembly B in the valve diaphragm room that drenches with rain.When on-the-spot fire makes detection shower nozzle PT heat-sensitive element open; chamber of septum pressure is through BC → G03 → ac → 009 → aj → G06 → PT passage release; valve body assembly B automatically turns on water supply side BA and system side BB passage, and water flow to deluge system and sprays to protection zone, performs fire extinguishing.A portion water flows through BB → ab → 015 → 004 → ad → G04 passage, reports to the police to warning water system AJ01；The startup pressure of pressure switch 016 is obtained by pressure tappings af.This system also can use electromagnetic valve 008 or manual emergency valve 007 to realize emergency starting electric, on-the-spot respectively.
7. module controls piston deluge valve
Module controls piston deluge valve and is made up of valve control module a that drenches with rain, piston deluge valve valve body assembly C, warning water system AJ01, sealing member, connection pipeline etc..Figure 18 is that module controls piston deluge valve schematic diagram.In figure, interface aa, ab dock with connect hole CA, CB of valve body assembly C；The control room of interface ah and valve body assembly C meets hole CC and is connected；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；Closure transmission tube interface aj, interface ac and k passage.
When system is in waiter's state, piston deluge valve uses valve inner structure to close water stream channel, and valve body assembly C is failure to actuate.Open after electromagnetic valve 008 accepts to open signal, make piston valve 009 epicoele decompression action; control room pressure is entered by CA → aa → 003 → 010 → 011 → 009 → ah → G01 → CC passage; act on valve body inner carrier work surface; valve body assembly C is made to open water supply side CA and system side CB passage; water flow to sprinkling nozzle and sprays to protection zone, performs fire extinguishing or cooling.A portion water flows through CB → ab → 015 → 004 → ad → G04 passage, reports to the police to warning water system AJ01；The startup pressure of pressure switch 016 is obtained by pressure tappings af.This system also can use manual emergency valve 007 realize on-the-spot emergency starting or use long-range air pressure, hydraulic pressure to enter control room through ai → 017 → ah → CC, opens water supply side and system side passage.
8. module controls preact alarm valve
Module controls preact alarm valve and is made up of preact alarm valve valve body assembly F, valve control module a that drenches with rain, gas circuit control module c, warning water system AJ01, sealing member, connection pipeline etc..Figure 19 is that module controls preact alarm valve schematic diagram.In figure, interface aa, ab dock with connect hole FA, FB1 of valve body assembly F respectively；Interface ac, utilizes the chamber of septum of pipe G03 and valve body assembly F to meet hole FC and is connected；Interface ad, utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, cg, utilize G05 to cause device gutter；Interface ca, utilizes G08 to connect source of the gas；Interface ce, utilizes the water supply side joint hole FA of pipe G01 and valve body assembly F to be connected introducing bottom water；The system-side hole FA2 of interface cb and valve body assembly F docks；Closure control room interface ah and transmission tube interface aj, interface cf.
When system is in waiter's state, the automatic sprinkler in systematic protection district is closed, and the air pressure of system side is kept by G08 → ca → 203 → 205 → 204 of gas circuit control module c → cb → FB2 passage, and oppresses the flap in valve body assembly F；Bottom water is added by FA → G01 → ce → 209 → cb → FB2 increases sealing property.When electromagnetic valve 008 cuts out, chamber of septum is closed be failure to actuate through FA → aa → 003 → 010 → 011 → ac → G03 → FC pressurize, valve body assembly F flap.Open when electromagnetic valve 008 receives unlatching signal, make voltage-controlled piston valve 009 epicoele decompression action, chamber of septum pressure is through FC → G03 → ac → 009 → ae → G05 passage release, assembly F automatically opens up connection water supply side FA and system side FB1, FB2 passage, makes system side be full of water.A portion hydraulic pressure, through FB1 → ab → 015 → 004 → ad → G04 passage, is reported to the police to warning water system AJ01；And the startup pressure of pressure switch 016 is taken mouthful af by pressure and obtains.When on-the-spot fire continues to spread, making guard plot automatic sprinkler heat-sensitive element open, water sprays to protection zone from shower nozzle, performs fire extinguishing.This system also can use the on-the-spot emergency starting of manual emergency valve 007.
9. module controls the-foam combination valve that automatically drenches with rain
Module controls automatically to drench with rain-and foam combination valve is by the valve body assembly B that drenches with rain, valve control module a that drenches with rain, foam control module d, foam solution control valve BL01, proportioner BL02, warning water system AJ01 and connects pipeline etc. and forms.Figure 20 is that module controls the-foam combination valve schematic diagram that automatically drenches with rain.In figure, interface aa, ab are utilized respectively valve gap water channel and G01, G02 and are connected with connect hole BA, BB of valve body assembly B；The chamber of septum of interface ac and valve body assembly B meets hole BC and docks；Interface ad utilizes pipe G04 to be connected with warning water system AJ01；Interface ae, utilizes G05 to cause device gutter；Interface da, pipe G06 is utilized to be connected with foam solution supply system;Interface db, dg dock with connect hole BA, BB of valve body assembly B respectively；Interface dd, utilizes G08 and foam solution control valve BL01 foam inlet z and control epicoele w to be connected；Interface de, pipe G07 is utilized to be connected with foam solution control valve BL01 foam outlet and proportioner BL02 foam solution entrance 0；Interface df, utilizes the control cavity of resorption x of pipe G10 and foam control valve BL01 to be connected；This system should block control room interface ah, interface dc and transmission tube interface aj.
When system is in waiter's state, electromagnetic valve 008 cuts out, and the valve diaphragm room that drenches with rain is through BA → G01 → aa → 003 → 010 → 011 → ac → BC pressurize, and the valve assembly B that drenches with rain is failure to actuate;Foam solution control valve BL01 controls epicoele through G06 → da → 303 → 307 → dd → G08 → w pressurize, closedown foam solution passage simultaneously.Open after electromagnetic valve 008 accepts to open signal, make voltage-controlled piston valve 009 epicoele decompression action; chamber of septum pressure is through BC → ac → 009 → k → ae → G05 passage release; the valve body assembly B that drenches with rain automatically opens up water supply side BA and system side BB passage; system side BB current now flow to three tunnels: a. lead to proportioner BL02 entrance q to outlet p after, spray to protection zone from deluge system；B. through BB → G02 → ab → 015 → 004 → ad → G04 passage, report to the police to warning water system AJ01；And the startup pressure of pressure switch 016 is obtained by pressure tappings af；C. cavity of resorption is controlled through BB → dg → 308 → df → G10 → BL01 → x to foam solution control valve BL01; back down foam solution control valve BL01; make the foam solution of variable enter the o mouth of proportioner BL02 through G07 to mix with water and form mixed liquor and spray to protection zone to deluge system, perform fire extinguishing.
Claims (10)
1. valve control module a that drenches with rain, it is characterized in that: join brill duct, water route (002, k) aperture according to the requirement of fluid flow, pressure in valve block (001), duct inside and outside configuration inserted valve (005,006,007,010), check-valves (012-1,012-2,004,017), filter (003,015), piston valve (009), Pressure gauge (013-1,013-2), pressure switch (016), electromagnetic valve (008), outside is machined with interface (aa, ab, ac, ad, ae, af, ag, ah, ai, aj);Maintain the combination of module c, foam control module d with corresponding valve body assembly, air pressure, separately constituted the module lever rod-type of Electromagnetic Drive drench with rain the module lever rod-type that valve, air pressure drives drench with rain valve, the module lever rod-type of hydraulic drives drench with rain valve, the module of Electromagnetic Drive controls diaphragm deluge valve, air pressure drives module controls diaphragm deluge valve, the module of hydraulic drives controls diaphragm deluge valve, module controls piston deluge valve, module controls preact alarm valve, module controls the-foam combination valve that automatically drenches with rain.
The module lever rod-type of Electromagnetic Drive the most according to claim 1 drenches with rain valve, mainly it is made up of valve control module a that drenches with rain, the level type valve body assembly A that drenches with rain, it is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, corresponding interface AA, AB of drenching with rain with level type on valve body assembly A respectively dock, and are fixed on valve body with securing member after placing sealing member；Interface ac utilizes the AC of adapter G03 and valve body assembly A to be connected, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet.
The module lever rod-type that air pressure the most according to claim 1 drives drenches with rain valve, mainly module c, gas control on-off valve 310 is maintained to form by drench with rain valve body assembly A, air pressure of valve control module a that drenches with rain, level type, it is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, corresponding interface AA, AB of drenching with rain with level type on valve body assembly A respectively dock, and are fixed on valve body with securing member after placing sealing member；The corresponding interface BB that air pressure described in claim 1 maintains the interface cb in module c to drench with rain on valve body assembly A with level type is docked, is fixed on valve body with securing member after placing sealing member；Interface ac utilizes the AC of adapter G03 and valve body assembly A to be connected, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet, and interface ca is air inlet；Interface aj utilizes adapter G06 to maintain the entrance js of module c to be connected with air pressure；Interface cb utilizes adapter G07 to be connected with outlet qk, the detection shower nozzle PT of gas control on-off valve 310 respectively.
The module lever rod-type of hydraulic drives the most according to claim 1 drenches with rain valve, mainly it is made up of valve control module a that drenches with rain, the level type valve body assembly A that drenches with rain, it is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, corresponding interface AA, AB of drenching with rain with level type on valve body assembly A respectively dock, and are fixed on valve body with securing member after placing sealing member；Interface ac utilizes the AC of adapter G03 and valve body assembly A to be connected, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet；Interface aj utilizes transmission tube G06 to be connected with detection shower nozzle.
The module of Electromagnetic Drive the most according to claim 1 controls diaphragm deluge valve, mainly it is made up of valve control module a that drenches with rain, diaphragm deluge valve valve body assembly B, it is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, dock with corresponding interface BA, the BB on diaphragm deluge valve valve body assembly B respectively, be fixed on valve body with securing member after placing sealing member；Interface ac utilizes the BC of adapter G03 and valve body assembly B to be connected, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet.
The module that air pressure the most according to claim 1 drives controls diaphragm deluge valve, mainly module c, gas control on-off valve 310 is maintained to form by valve control module a that drenches with rain, diaphragm deluge valve valve body assembly B, air pressure, it is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, dock with corresponding interface BA, the BB on diaphragm deluge valve valve body assembly B respectively, be fixed on valve body with securing member after placing sealing member；Maintain the interface cb in module c to dock with the corresponding interface BB on diaphragm deluge valve valve body assembly B the air pressure described in claim 1, be fixed on valve body with securing member after placing sealing member；Interface ac utilizes the BC of adapter G03 and valve body assembly B to be connected, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet, and interface ca is air inlet；Interface aj utilizes adapter G06 to maintain the entrance js of module c to be connected with air pressure；Interface cb utilizes adapter G07 to be connected with outlet qk, the detection shower nozzle PT of gas control on-off valve 310 respectively.
The module of Electromagnetic Drive the most according to claim 1 controls diaphragm deluge valve, mainly it is made up of valve control module a that drenches with rain, diaphragm deluge valve valve body assembly B, it is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, dock with corresponding interface BA, the BB on diaphragm deluge valve valve body assembly B respectively, be fixed on valve body with securing member after placing sealing member；Interface ac utilizes adapter G03 to be connected with the BC of control module B, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet；Interface aj utilizes transmission tube G06 to be connected with detection shower nozzle PT.
Module the most according to claim 1 controls piston deluge valve, mainly it is made up of valve control module a that drenches with rain, the piston valve body assembly C that drenches with rain, it is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, dock with corresponding interface CA, the CB on piston deluge valve valve body assembly C respectively, be fixed on valve body with securing member after placing sealing member；Interface ah utilizes the CC of adapter G03 and valve body assembly C to be connected, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet.
Module the most according to claim 1 controls preact alarm valve, is mainly maintained module c, preact valve body assembly F to form by valve control module a that drenches with rain, air pressure；It is characterized in that: by interface aa, ab of drenching with rain in valve control module a described in claim 1, dock with corresponding interface FA, the FB1 on valve body assembly F respectively, be fixed on valve body with securing member after placing sealing member；Maintain the interface cb in module c to dock with the corresponding interface FB2 on valve body assembly F the air pressure described in claim 1, be fixed on valve body with securing member after placing sealing member；Interface ac utilizes the FC of adapter G03 and valve body assembly F to be connected, and interface ad is alarm circuit outlet, and interface ae is device discharge outlet；Interface ca is gas source inlet；Interface ce utilizes adapter G01 to be connected with the FA on valve body assembly F can introduce bottom water.
Module the most according to claim 1 controls the-foam combination valve that automatically drenches with rain, and is mainly made up of valve control module a that drenches with rain, diaphragm deluge valve valve body assembly B, foam control module d, foam solution control valve BL01, foam proportioner BL02 etc.；It is characterized in that: the interface ac drenched with rain in valve control module a described in claim 1 is docked with the corresponding interface BC on diaphragm deluge valve valve body assembly B, be fixed on valve body with securing member after placing sealing member；Interface aa, ab by valve gap inner duct and adapter G01, G02 respectively BA, BB with valve body assembly B be connected, interface ad is that alarm circuit exports, and interface da is foam solution interface, and interface ae is device discharge outlet；Interface db, dg in foam control module d is docked with corresponding interface BA, the BB on diaphragm deluge valve valve body assembly B, is fixed on valve body with securing member after placing sealing member；Recycling adapter connects foam solution control valve BL01, proportioner BL02, the foam output loop of composition variable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510068885.3A CN106032848A (en) | 2015-02-10 | 2015-02-10 | A deluge valve control module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510068885.3A CN106032848A (en) | 2015-02-10 | 2015-02-10 | A deluge valve control module |
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| CN106032848A true CN106032848A (en) | 2016-10-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510068885.3A Pending CN106032848A (en) | 2015-02-10 | 2015-02-10 | A deluge valve control module |
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| CN (1) | CN106032848A (en) |
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| CN108131490A (en) * | 2017-12-15 | 2018-06-08 | 芜湖润蓝生物科技有限公司 | A kind of fire-fighting deluge valve cooling device |
| CN109453490A (en) * | 2018-10-29 | 2019-03-12 | 北京博纳菲德科技有限公司 | A kind of pressure adjusting testing equipment of spray type fire extinguisher deluge valve |
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| CN115054858A (en) * | 2022-03-23 | 2022-09-16 | 华能核能技术研究院有限公司 | Work early warning method and device for deluge valve group and storage medium |
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| CN115054858A (en) * | 2022-03-23 | 2022-09-16 | 华能核能技术研究院有限公司 | Work early warning method and device for deluge valve group and storage medium |
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Application publication date: 20161019 |