CN104238535A - Intelligent fluid management system - Google Patents
Intelligent fluid management system Download PDFInfo
- Publication number
- CN104238535A CN104238535A CN201310228607.0A CN201310228607A CN104238535A CN 104238535 A CN104238535 A CN 104238535A CN 201310228607 A CN201310228607 A CN 201310228607A CN 104238535 A CN104238535 A CN 104238535A
- Authority
- CN
- China
- Prior art keywords
- tipping bucket
- bucket
- water
- sensor
- magnet
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Abstract
The invention discloses an intelligent fluid management system. The intelligent fluid management system comprises a controller and a fluid flowing state sensor, wherein the fuzzy technology is adopted in the controller, and the controller has the time calculation function. The fluid flowing state sensor comprises a flow sensor, a liquid flowing sensor and a tipping bucket type non-pressure liquid flow sensor for measuring non-pressure liquid falling in air. The controller obtains time data while obtaining flowing state data, the unusual condition occurring in the fluid flowing link is judged, controlling is carried out through alarming and the like to improve the intelligent management level and reduce waste of the fluid resource, pollution to the environment and burning and exploding accidents.
Description
Technical field
The present invention relates to a kind of fluid intelligent management system, especially the controller of fuzzy technology and Time Calculation function is included, the fluid intelligent management system of flowing state sensor, to reach the intelligent management improving fluid, reach and prevent the wasting of resources relevant with fluid, environmental pollution, reduces the object of burning and explosion accident, is applied to the field such as building water supply and drainage and industry.
Background technology
In fields such as building water supply and drainage and industry, usually occur liquid dropping process aloft, therebetween liquid gravitate and accelerating, not producing pressure to lower one deck liquid, is no-pressure liquid.And existing fluid metering technology is only applicable to pressure flow body, thus cause the wanting of the sensing technology of no-pressure liquid flow state.Flow sensor, fluid flow sensor originally can sensing pressure flow body flow state and temporal informations, but do not utilize in a lot of occasion, also the unusual condition that fluid resources intermediate links occur can not just be judged, so again and again there is the wasting of resources relevant with fluid, environmental pollution, reduces burning and explosion accident.
Summary of the invention
The present invention is directed to defect and the desirability of prior art existence, provide a kind of fluid intelligent management system, be applied to the field such as building water supply and drainage and industry.
Technical scheme of the present invention is as follows: a kind of fluid intelligent management system, it is characterized in that described fluid intelligent management system includes the controller of fuzzy technology and Time Calculation function, flowing state sensor; Described flowing state sensor includes hydraulic fluid flow sensor, fluid flow sensor, and the tipping bucket type flow sensor of sensing no-pressure liquid flow state; Described flow sensor and described fluid flow sensor can will have the fluid of pressure in pipeline, no-pressure liquid flow state is converted into electric signal by described tipping bucket type flow sensor, pass to described controller, described controller can judge fluid up-set condition, waits being controlled by reporting to the police; Described tipping bucket type sensor comprises tipping bucket and sensor element combination; Described tipping bucket structure comprises having accepts the seat of whereabouts fluid pipeline and the bucket at liquid quality effect lower swing; The model of described tipping bucket comprises a day flat pattern tipping bucket, the secondary magnetic tipping bucket of bearing-free, bucket spindle type tipping bucket and bucket capacity amass be zero tilting plate type tipping bucket, also include the magnetic seal skip bucket type floor drain of utility machine function, the secondary magnetic tipping bucket of inlet for stom water bearing-free; Described sensor element comprises the wired and wireless sensitive element on fixing being present, and is fixed on the element comprising magnet providing swing information on bucket; Described wired sensitive element comprises plastic packaging tongue tube and Hall element; Described wireless sensitive element comprises wireless data transmission module; Described fluid intelligent management system comprises building water supply and drainage and gas intelligent management system, hotel, office building toilet plumbing intelligent management system, building ground ponding warning system, wet tank, tank field and overhead liquid conveyance conduit intelligent management system, intelligent management system and the intelligent management system of liquid with the industrial product process procedure partly having body of calming the anger relevant of built on stilts jet chimney.
Compared with prior art, the controller of fluid intelligent management system of the present invention obtains flowing state sensor online and flows with the fluid that wired and wireless mode provide or can obtain temporal information while flow information, the unusual condition that fluid resources intermediate links occur can be judged, and take corresponding measure, reach raising intelligent management, and prevent the wasting of resources relevant with fluid, environmental pollution, reduce the object of burning and explosion accident.
Accompanying drawing explanation
Fig. 1 building water supply and drainage of the present invention and gas intelligent management system figure;
Fig. 2 days flat pattern tipping bucket type sensor device figure;
Fig. 3 magnetic seal sky flat pattern tipping bucket type sensor device figure;
Fig. 4 first magnetic seal skip bucket type floor drain type sensor map;
Fig. 5 rain grid bearing-free secondary magnetic tipping bucket type sensor map;
Fig. 6 bucket spindle type tipping bucket type steam leakage sensor map.
Embodiment
Below in conjunction with accompanying drawing, preferred embodiment of the present invention is described in further detail.
Explain fluid intelligent management system with the building water supply and drainage represented by Fig. 1 and gas intelligent management system 1000, described building water supply and drainage and gas intelligent management system 1000 comprise filtered water tank intelligent management subsystem 1100 and house plumbing and gas intelligent ADMINISTRATION SUBSYSTEM 1200; Described filtered water tank intelligent management subsystem 1100 comprises filtered water tank part 1110, tipping bucket type water lev el control part 1120, tipping bucket type overflow transducing part 1130, first controller 1140 and the first solenoid valve 1150, and the pump that Fig. 1 does not represent; Described filtered water tank part 1110 comprises casing 1111, the first water pipe 1112, run-down pipe 1113 and the second water pipe 1115; Described tipping bucket type water lev el control part 1120 comprises fixing and water guider 1121, sky flat pattern tipping bucket type sensor device 1122, and lower water-level control apparatus 1123; Described fixing comprises elbow 1124, reducer tee 1125, first pipe 1126 and the second pipe 1127 with water guider 1121, and be arranged on described casing 1111, described elbow 1124 is positioned at the below of the mouth of pipe 1114 of described water inlet pipe 1112; Described lower water-level control apparatus 1123 comprises cotton rope 1128 and the proportion sash weight 1129 slightly larger than water; Described tipping bucket type overflow transducing part 1130 comprises magnetic seal sky flat pattern tipping bucket type sensor device 1131, is fixed on below described run-down pipe 1113 with coupling 1132.
Described sky flat pattern tipping bucket type sensor device 1122 is a day flat pattern tipping bucket type sensor device 2000 represented by Fig. 2; Described sky flat pattern tipping bucket type sensor device 2000 comprises day flat pattern tipping bucket type sensor 2100 and first base 2200; Described sky flat pattern tipping bucket type sensor 2100 comprises first funnel 2110, first bucket the 2120, first axle 2130, first plastic packaging tongue tube 2140 and the first magnet 2150 being equivalent to have the seat effect accepting whereabouts fluid pipeline; Described first funnel 2110 comprises flange 2111, the first inclined-plane 2112, first filler tube 2113, clutch shaft bearing 2114; Described first bucket 2120 comprises the second bearing 2121 being positioned at middle part, and side is the first bucket body 2122, and opposite side is the first sinker 2124, wherein has the first counterweight 2125, and described first magnet 2150 is fixed on above described first counterweight 2125; Have two apertures 2123 bottom described first bucket body 2122, therefore described first bucket 2120 has sluicing function; Described first axle 2130, described clutch shaft bearing 2114 and described second bearing 2121 form clutch shaft bearing pair 2160; Described first plastic packaging tongue tube 2,140 first screw 2170 is fixed on below described first inclined-plane 2112.Described first base 2200 comprises the first bellmouth 2201 settling described sky flat pattern tipping bucket type sensor 2100, and pipe thread 2202 is positioned at first half outer rim, and here is the 3rd pipe 2203.
The magnetic seal sky flat pattern tipping bucket type sensor device 3000 of described magnetic seal sky flat pattern tipping bucket type sensor device 1131 represented by Fig. 3; Described magnetic seal sky flat pattern tipping bucket type sensor device 3000 comprises the first magnetic seal sky flat pattern tipping bucket type sensor 3100 and the second base 3200; Described magnetic seal sky flat pattern tipping bucket type sensor 3100 comprises the second funnel 3110 being equivalent to have the seat effect accepting whereabouts fluid pipeline, second bucket the 3120, second plastic packaging tongue tube the 3130, three plastic packaging tongue tube 3140, second magnet 3150, and the 3rd magnet 3160; Described second funnel 3110 comprises the second inclined-plane 3112, first magnetic receiver 3113, built-in 4th magnet 3114; Described second bucket 3120 comprises the second magnetic receiver 3121, built-in 5th magnet 3122, second sinker 3124, wherein has the second counterweight 3125, and described second magnet 3150 and described 3rd magnet 3160 are separately fixed at described second counterweight 3125 above with below; Described 4th magnet 3114 and described 5th magnet 3122 attract each other; The lower nozzle of described second base 3200 has the first platform 3201, and to settle described 3rd plastic packaging tongue tube 3140, its elsewhere of flat pattern tipping bucket type sensor device 3000, described magnetic seal sky is identical with described sky flat pattern tipping bucket type sensor device 2000.
3rd plastic packaging tongue tube 3150 of described first magnetic seal sky flat pattern tipping bucket type sensor 3100 connects described first controller 1140, link described first controller 1140 again after described first plastic packaging tongue tube 2140 series connection of described second plastic packaging tongue tube 3130 and described sky flat pattern tipping bucket type sensor 2100, described first controller 1140 controls to report to the police and described first solenoid valve 1150.Described sky flat pattern tipping bucket type sensor 2100 is under the effect of described first counterweight 2125, and described first magnetic seal sky flat pattern tipping bucket type sensor 3100 is at the gravity of described second counterweight 3125, and under described 4th magnet 3114 and described 5th magnet 3122 attractive force effect, the bucket of the sensor is all in equilibrium state.Described like this first plastic packaging tongue tube 2140 leaves described first magnet 2150, second plastic packaging tongue tube 3130 leaves described second magnet 3150, and described 3rd plastic packaging tongue tube 3150 is near described 3rd magnet 3160, described first solenoid valve 1150 can not be opened namely can not intake, not send out audible and visible alarm.Now, described second bucket 3120 of described first magnetic seal sky flat pattern tipping bucket type sensor 3100 closes described second funnel 3110, plays the flap valve effect preventing insect from climbing into filtered water tank.Described tipping bucket type water lev el control part 1120 working mechanism is as follows: when described casing 1111 is anhydrous or water level lower than lower waterline time, described sash weight 1129 is pulled down the described first bucket body 2122 of described sky flat pattern tipping bucket type sensor 2100 to form heeling condition by described cotton rope 1128, first plastic packaging tongue tube 2140 because the first magnet 2150 near and conducting, described first controller 1140 is opened described first solenoid valve 1150 and is intake.There is part water to flow into described sky flat pattern tipping bucket type sensor 2100 by fixing and water guider 1121, make described first bucket body 2122 keep heeling condition.Water level in described casing 1111 constantly rises, and loses pulling force after described sash weight 1129 is submerged, but described first bucket body 2122 still keeps heeling condition, continues water inlet.Until reach water water level, described first bucket body 2122 is submerged, and under buoyancy of water effect, get back to horizontality, described first plastic packaging tongue tube 2140 leaves and disconnecting circuit because of described first magnet 2150, described first controller 1140 cuts out described first solenoid valve 1150, stops water inlet.Second water pipe 1115 supplies water to house, water level decreasing.Water in described first bucket body 2122 is released by described aperture 2123 along with water level decreasing, described first bucket body 2122 and keep horizontality.When arriving lower water level, described sash weight 1129 pulls into heeling condition described first bucket body 2122 again, again supplies water, goes round and begins again.
[0014] described overflow transducing part 1130 working mechanism is as follows: when described tipping bucket type water lev el control part 1120 lost efficacy, still intake after water level in described casing 1111 reaches water level, overflow will be there is, originally, spillway discharge is very little, the water yield flowing into described first magnetic seal sky flat pattern tipping bucket type sensor 3100 reaches a certain amount of just makes described second bucket 3120 tilt, the conducting because described second magnet 3140 is close of described second plastic packaging tongue tube 3130, send audible and visible alarm, described 3rd plastic packaging tongue tube 3150 disconnects because described 3rd magnet 3160 leaves, close described first solenoid valve 1150 and stop water inlet.
Described house plumbing and gas intelligent ADMINISTRATION SUBSYSTEM 1200 comprise to water section 1210, water discharging part 1220, combustion gas part 1230 and second controller 1240; Described feedwater part 1210 comprises the 3rd water pipe 1211, second solenoid valve 1212, intellectual water meter 1213, water nozzle 1214, and the health do not represented in figure buys tool, toilet facility; Described water discharging part 1220 comprises magnetic seal skip bucket type floor drain type sensor 1221 and the first wireless data transmission module 1222, and both have wire to be connected, and described floor drain type sensor 1221 flow information is converted into wireless signal by described first wireless data transmission module 1222; Combustion gas part 1230 comprises the gas kitchen ranges and the 3rd solenoid valve 1233 that do not represent in Intelligent gasometer 1231, figure; Described intellectual water meter 1213 is included in one end bonding the 6th magnet 1216 of standard machinery water meter one-level water yield pointer 1215, and Hall element 1217 is fixed in off-balancesheet corresponding position; Described intelligent gas meter 1231 is identical with the principle of described intellectual water meter 1213, all flow information is converted into electric signal, passes to second controller 1240 in a wired fashion; Described second controller 1240 has fuzzy technology, Time Calculation function, also comprise water supply reset switch 1241, combustion gas reset switch 1242 and audible-visual annunciator 1243, described intellectual water meter 1213 is obtained, described intelligent gas meter 1231 and described first wireless data transmission module 1222 information in wired and wireless mode.
The first magnetic seal skip bucket type floor drain type sensor 4000 represented by Fig. 4, described first magnetic seal skip bucket type floor drain type sensor 4000 comprises the second magnetic seal sky flat pattern tipping bucket type sensor 4100, first grate 4200, adjusting ring 4300 and body 4400; Described second magnetic seal sky flat pattern tipping bucket type sensor 4100 comprises the 3rd funnel 4110 being equivalent to have the seat effect accepting whereabouts fluid pipeline, 3rd bucket 4120,4th plastic packaging tongue tube 4130, compare with described first magnetic seal sky flat pattern tipping bucket type sensor 3100, lacked described 3rd magnet 3160; The top of described adjusting ring 4300 is the 3rd bellmouths 4301 holding described grate 4200 and described second magnetic seal sky flat pattern tipping bucket type sensor 4100, and bottom is the 4th pipe 4302; Described body 4400 comprises superposed anti-hydrofoil ring 4401, and holds the 4th bellmouth 4402 of described adjusting ring 4300, and there is the 5th bellmouth 4403 of link drainpipe bottom and prevents drainpipe to be inserted through the back-up ring 4404 of head.
Described second water pipe 1115 supplies water to house, and when opening described first valve 1234, described gas heater 1232 burns hot-water supply shower; Waste water enters sewer by described floor drain type sensor 1221 i.e. described first magnetic seal skip bucket type floor drain type sensor 4000,3rd bucket 4120 of described first magnetic seal skip bucket type floor drain type sensor 4000 swings, the traffic transformation of waste water is switching signal by described 4th plastic packaging tongue tube 4130, and above-mentioned switching signal is converted into the wireless signal comprising electronic tag and switching frequency by described first wireless data transmission module 1222; Pressure flow body tap water drives described intellectual water meter 1213, and described pointer 1215 and described 6th magnet 1216 rotate; Described second controller 1240 notes down the time at that time while obtaining the tap water and gas flow information that described Hall element 1217 and described intelligent gas meter 1231 provide, and processes the wireless signal that described first wireless data transmission module 1222 sends in the same way.Just close described first valve 1234 after using a period of time, described second controller 1240 can not get flow information immediately, and notes down the time at that time, and calculates water supply, for combustion gas and water discharge time.House is just being commonly used water, is being had following features with combustion gas and floor drain draining, and flow varies, and it is short that the time has length to have, but can not be very long.Over time, described second controller 1240 can draw this residential water and the experience upper limit with gas-time.If but described water nozzle 1214 has forgotten closedown, 3rd water pipe 1211 breaks, gas kitchen ranges is opened descendant and is left home, Gas Pipe is leaked gas, tap water, gas flow that described second controller 1240 is recorded are more stable, and the time used continuously exceedes experience upper limit a period of time as after ten minutes, audible-visual annunciator 1243 starts reports to the police.Can handle accordingly after people receive a crime report, as needs continue to use, press described water supply reset switch 1241, described combustion gas reset switch 1242 continues to use.If can not get response, just closed described second solenoid valve 1212, described 3rd solenoid valve 1233 after ten minutes, and circulate a notice of information by mobile phone to resident family.Described gas heater 1232 ultra-long time uses and is unfavorable for health, and even cause gas poisoning, belong to unreasonable use, this technology can be corrected in time.Press described water supply reset switch 1241 after failture evacuation, described combustion gas reset switch 1242 just can recover normal water supply air feed.If described first magnetic seal skip bucket type floor drain type sensor 4000 provides the switching signal of long period, and described intellectual water meter 1213 does not provide flow information, just likely rainwater invades, and owner can be known from mobile phone.
Hotel, the plumbing of office building toilet also belong to building water supply and drainage scope, and the running water pipe series connection can asked in this health does not have the flowing state sensor of water yield accumulating function, comprises first flow sensor, flow-sensint unit; Described first flow sensor includes the flow sensor of impeller, and rotating speed and the flow of impeller are directly proportional, and described flow-sensint unit includes the flow-sensint unit of blade, promotes described blade during tap water flowing; 3rd controller can be located at the head station in hotel, and the 4th controller is located at the duty room of office building, forms hotel, office building toilet plumbing intelligent management system.
Water inlet building is not allowed in machine room, storehouse, archive office etc., be necessary to arrange the second magnetic seal skip bucket type floor drain type sensor at the lowest part on ground, neighbouring wall arranges the second wireless data transmission module, and connect with wire, duty room establishes the 5th controller, to form building ground ponding warning system.When rainwater or other excess surface waters flow into above-mentioned building, comprise storehouse internal cause barrel cage damaged, stored liquid material leaks, described second magnetic seal skip bucket type floor drain type sensor launches radiowave by described second wireless data transmission module, described 5th controller is reported to the police, can in time to fixing a breakdown.
Similar described water lev el control part 1120 technology can be adopted in wet tank to control liquid level, similar described overflow transducing part 1130 technical finesse overflow; There being the tank field of overhead liquid conveyance conduit, the flooring of industrial working arranges the 3rd magnetic seal skip bucket type floor drain type sensor, nearby buildings wall arranged the 3rd wireless data transmission module, and connects with wire; Relevant outdoor ground is done cure process, sets water channel and inlet for stom water, and rain grid bearing-free secondary magnetic tipping bucket type sensor is set, the 4th wireless data transmission module is set at adjacent buildings, and connects with wire; Information is passed to the 6th controller by all the sensors in a wired or wireless manner, constitutes wet tank, tank field and overhead liquid conveyance conduit intelligent management system.
Shown in Fig. 5 is rain grid bearing-free secondary magnetic tipping bucket type sensor 5000, described rain grid bearing-free secondary magnetic tipping bucket type sensor 5000 comprises the rain grid 5100 being equivalent to be equivalent to have the seat effect accepting whereabouts fluid pipeline, the secondary magnetic tipping bucket 5200 of some cover bearing-free, and the 5th plastic packaging tongue tube 5300 of equal amount; The secondary magnetic tipping bucket 5200 of described bearing-free comprises the 4th bucket the 5210, second screw 5220, sleeve pipe 5230, the second platform 5240; Described 5th plastic packaging tongue tube 5300 is fixed on described second platform 5240; Described rain grid 5100 comprises up big and down small freeing port 5110, beam 5120, has guard ring 5130 below, and described beam 5120 has the 3rd magnetic receiver 5121, built-in 7th magnet 5122, and respectively there is screw 5123 described 3rd magnetic receiver 5121 both sides; Described 3rd bucket 5210 comprises the second bucket body the 5211, three platform 5212, and described 3rd platform 5212 has the 4th magnetic receiver 5213, built-in 8th magnet 5214, and described 4th magnetic receiver 5213 both sides respectively have width to be greater than the elongated hole 5215 of described sleeve pipe 5230 diameter; Because described 7th magnet 5122 and described 8th magnet 5214 attract each other during assembling, described 4th bucket 5210 is made to be attached to above described beam 5120, described second screw 5220 is through described second platform 5240, put sleeve pipe 5230, again through the described elongated hole 5215 of described 3rd bucket 5210, be screwed into described screw 5122.For cast iron rain grid, just without the need to the 3rd magnetic receiver 5121 and the 7th built-in magnet 5122.
Described 5th plastic packaging tongue tube 5300 is connected with the described 4th wireless data transmission module wire being arranged on nearby buildings.Because wet tank and overhead liquid conveyance conduit all likely leak, the liquid leaked drops down and flows to sewer from described 3rd magnetic seal skip bucket type floor drain type sensor or described rain grid bearing-free secondary magnetic tipping bucket type sensor 5000 again to ground, information is passed to described 3rd wireless data transmission module and the 4th wireless data transmission module in wired mode by the sensor, and information is passed to described 7th controller by the mode that the latter is wireless; Described 7th controller record, warning show the region of leak of liquid, operator on duty can process in time.
Built on stilts steam etc. compares the valve of the high-pressure gas pipelines of liquefaction and easily leaks with the coupling part of flange, pipeline, the gas revealed forms drop in expansion process, namely form no-pressure liquid, adopt fluid intelligent management system technology just can form the intelligent management system of built on stilts jet chimney.The bucket spindle type tipping bucket type steam leakage sensor 6000 that this system comprises the 8th controller and represents as Fig. 6; Described bucket spindle type tipping bucket type steam leakage sensor 6000 comprises the valve, the condensate collector 6100 below flange that are positioned at jet chimney, and bucket spindle type tipping bucket 6200, as the 5th wireless data transmission module 6300 and the 9th magnet 6400 of sensitive element; Described bucket spindle type tipping bucket 6200 comprises a pair the 3rd bearings 6210, bucket spindle type bucket 6220 and L-type part 6230; Described condensate collector 6100 comprises drip tray 6110, the 4th pipe 6120; Described condensate collector 6100 plays the effect being equivalent to have the seat accepting whereabouts fluid pipeline, and described 3rd bearing 6210 and described L-type part 6230 are fixed on below described drip tray 6110; Described bucket spindle type bucket 6220 comprises the 3rd bucket body 6221, and the both sides of described 3rd bucket body 6221 are fixed with the second axle 6222, and its one end has dull and stereotyped 6223, described dull and stereotyped 6223 to have the 5th magnetic receiver 6224, to settle described 9th magnet 6400; Described second axle 6222 and described 3rd bearing 6210 form a pair second bearing pairs 6130; Described L-type part 6230 has the 4th platform 6231 below, and described 5th wireless data transmission module 6300 is fixed on described L-type part 6230 side, leaves described 4th platform 6,231 one segment distance.The center of gravity of described bucket spindle type bucket 6220 is in described dull and stereotyped 6212 sides, described dull and stereotyped 6223 under the support of described 4th platform 6231, described bucket spindle type bucket 6220 place equilibrium state, described 5th wireless data transmission module 6300 is comparatively far away apart from described 9th magnet 6400, does not launch radiowave; And leak when described valve and with flange, pipeline, the condensing droplet that gas expansion causes falls described condensate collector 6100, flow into described bucket spindle type bucket 6220 again, the center of gravity shear of described bucket spindle type bucket 6220 when reaching a certain amount of, cause turning over side, described dull and stereotyped 6212 rotate up thereupon, and described 9th magnet 6400 scans described 5th wireless data transmission module 6300, and the latter launches radiowave.When its reverse shear of center of gravity after described bucket spindle type bucket 6220 pouring liquid, reply equilibrium state, described 9th magnet 6400 scans described 5th wireless data transmission module 6300 again, and the latter launches radiowave again.Just report to the police and show leakage point, to process in time after described 8th controller receives these radiowaves.
Tipping bucket type sensor also comprises tilting plate type sensor, and the volume of the bucket body of described tilting plate type sensor is zero.
Fluid intelligent management system technology can be applied to the commercial production technological process relevant with liquid widely, to connect in the pipeline of conveying pressure flow body second quantity sensor, no-pressure liquid is fallen into the 4th magnetic seal skip bucket type floor drain type sensor, just can form the intelligent management system of the industrial product process procedure having body of calming the anger relevant with liquid and part.The described technological process relevant with liquid comprises cooling, adds discharging, centrifugal, at nuclear reactor, refrigeratory, to connect in the pipeline of the conveying pressure flow body of reactor second quantity sensor, waste liquid is fallen into tipping bucket type sensor, when after the requirement in technological procedure of both stability of flow, restart operation, can accident be avoided.Flow occurs abnormal in process of production, can report to the police.During hydro-extractor work, the waste water that take off of institute passes through the 4th magnetic seal skip bucket type floor drain type sensor, and the dehydration rate of switching frequency and described hydro-extractor is directly proportional, and can realize the auto stop control of described hydro-extractor accordingly.
Claims (11)
1. a fluid intelligent management system, is characterized in that described fluid intelligent management system includes the controller of fuzzy technology and Time Calculation function, flowing state sensor; Described flowing state sensor includes hydraulic fluid flow sensor, fluid flow sensor, and the tipping bucket type flow sensor of sensing no-pressure liquid flow state; Described flow sensor and described fluid flow sensor can will have the fluid of pressure in pipeline, no-pressure liquid flow state is converted into electric signal by described tipping bucket type flow sensor, pass to described controller, described controller can judge fluid up-set condition, waits being controlled by reporting to the police; Described tipping bucket type sensor comprises tipping bucket and sensor element combination; Described tipping bucket structure comprises having accepts the seat of whereabouts fluid pipeline and the bucket at liquid quality effect lower swing; The model of described tipping bucket comprises a day flat pattern tipping bucket, the secondary magnetic tipping bucket of bearing-free, bucket spindle type tipping bucket and bucket capacity amass be zero tilting plate type tipping bucket, also include the magnetic seal skip bucket type floor drain of utility machine function, the secondary magnetic tipping bucket of inlet for stom water bearing-free; Described sensor element comprises the wired and wireless sensitive element on fixing being present, and is fixed on the element comprising magnet providing swing information on bucket; Described wired sensitive element comprises plastic packaging tongue tube and Hall element; Described wireless sensitive element comprises wireless data transmission module; Described fluid intelligent management system comprises building water supply and drainage and gas intelligent management system, hotel, office building toilet plumbing intelligent management system, building ground ponding warning system, wet tank, tank field and overhead liquid conveyance conduit intelligent management system, the intelligent management system of the intelligent management system of built on stilts jet chimney and the industrial product process procedure that has body of calming the anger relevant with liquid and part.
2. a kind of fluid intelligent management system according to claim 1, is characterized in that, described building water supply and drainage and gas intelligent management system comprise filtered water tank intelligent management subsystem and house plumbing and gas intelligent ADMINISTRATION SUBSYSTEM; Described filtered water tank intelligent management subsystem comprises filtered water tank part, tipping bucket type water lev el control part, tipping bucket type overflow transducing part, the first controller and the first solenoid valve and pump; Described filtered water tank part comprises casing, the first water pipe, run-down pipe and the second water pipe; Described tipping bucket type water lev el control part comprises fixing and water guider, sky flat pattern tipping bucket type sensor device, and lower water-level control apparatus; Described fixing comprises elbow, reducer tee, the first pipe and the second pipe with water guider, and described elbow is positioned at below the described water inlet pipe mouth of pipe; Described lower water-level control apparatus comprises cotton rope and the proportion sash weight slightly larger than water; Described tipping bucket type overflow transducing part comprises magnetic seal sky flat pattern tipping bucket type sensor device, is fixed on below described run-down pipe with coupling; Described house plumbing and gas intelligent ADMINISTRATION SUBSYSTEM comprise to water section, water discharging part, combustion gas part and second controller; Described water portion is divided and is comprised the 3rd water pipe, the second solenoid valve, intellectual water meter, water nozzle and cleaners and polishes, toilet facility; Described water discharging part comprises the first magnetic seal skip bucket type floor drain type sensor and the first wireless data transmission module, and both have wire to be connected; Department of fuel gas divides and comprises Intelligent gasometer, gas kitchen ranges and the 3rd solenoid valve; Described intellectual water meter is included in one end bonding the 6th magnet of standard machinery water meter one-level water yield pointer and the Hall element of off-balancesheet corresponding position; Described intelligent gas meter is identical with the principle of described intellectual water meter; Described second controller has fuzzy technology, Time Calculation function, also comprises water supply reset switch, combustion gas reset switch and audible-visual annunciator.
3. according to claim 2 day flat pattern tipping bucket type sensor device, is characterized in that, described sky flat pattern tipping bucket type sensor device comprises day flat pattern tipping bucket type sensor and first base; Described sky flat pattern tipping bucket type sensor comprises the first funnel being equivalent to have the seat effect accepting whereabouts fluid pipeline, the first bucket, the first axle, the first plastic packaging tongue tube and the first magnet; Described first funnel comprises flange, the first inclined-plane, the first filler tube, clutch shaft bearing; Described first bucket comprises the second bearing being positioned at middle part, and side is the first bucket body, and opposite side is the first sinker, wherein has the first counterweight, and described first magnet is fixed on above described first counterweight; Aperture is had bottom described first bucket body; Described first axle, it is secondary that described clutch shaft bearing and described second bearing form clutch shaft bearing; Described first plastic packaging tongue tube the first screw is fixed on below described first inclined-plane; Described first base comprises the first bellmouth settling described sky flat pattern tipping bucket type sensor, and the pipe thread of first half outer rim, here is the 3rd pipe.
4. magnetic seal sky according to claim 2 flat pattern tipping bucket type sensor device, is characterized in that, described magnetic seal sky flat pattern tipping bucket type sensor device comprises the first magnetic seal sky flat pattern tipping bucket type sensor and the second base; Described magnetic seal sky flat pattern tipping bucket type sensor comprises the second funnel being equivalent to have the seat effect accepting whereabouts fluid pipeline, the second bucket, the second plastic packaging tongue tube, the 3rd plastic packaging tongue tube, the second magnet, and the 3rd magnet; Described second funnel comprises the second inclined-plane, the first magnetic receiver, built-in 4th magnet; Described second bucket comprises the second magnetic receiver, built-in 5th magnet, and the second sinker, wherein has the second counterweight, and described second magnet and described 3rd magnet to be separately fixed at above described second counterweight and below; Described 4th magnet and described 5th magnet attract each other; The lower nozzle of described second base has the first platform, and to settle described 3rd plastic packaging tongue tube, its elsewhere of flat pattern tipping bucket type sensor device, described magnetic seal sky is identical with described sky flat pattern tipping bucket type sensor device.
5. the first magnetic seal skip bucket type floor drain type sensor according to claim 2, is characterized in that, described first magnetic seal skip bucket type floor drain type sensor comprises the second magnetic seal sky flat pattern tipping bucket type sensor, the first grate, adjusting ring and body; Described second magnetic seal sky flat pattern tipping bucket type sensor comprises the 3rd funnel being equivalent to have the seat effect accepting whereabouts fluid pipeline, 3rd bucket, 4th plastic packaging tongue tube, compares with described first magnetic seal sky flat pattern tipping bucket type sensor, has lacked described 3rd magnet; The top of described adjusting ring is the 3rd bellmouth holding described grate and described second magnetic seal sky flat pattern tipping bucket type sensor, and bottom is the 4th pipe; Described body comprises superposed anti-hydrofoil ring, and holds the 4th bellmouth of described adjusting ring, and the 5th bellmouth and the back-up ring linking drainpipe is arranged at bottom.
6. a kind of fluid intelligent management system according to claim 1, is characterized in that, the running water pipe series connection in toilet does not have the flowing state sensor of water yield accumulating function, comprises first flow sensor, flow-sensint unit; Described first flow sensor includes the flow sensor of impeller, and described flow-sensint unit includes the flow-sensint unit of blade, forms hotel, office building toilet plumbing intelligent management system.
7. a kind of fluid intelligent management system according to claim 1, it is characterized in that, do not allow the ground lowest part of water inlet building that the second magnetic seal skip bucket type floor drain type sensor is set in machine room, storehouse, archive office etc., neighbouring wall arranges the second wireless data transmission module, and connect with wire, duty room establishes the 5th controller, forms building ground ponding warning system.
8. a kind of fluid intelligent management system according to claim 1, is characterized in that, wet tank adopts similar described water lev el control portion of techniques and described overflow transducing part technology; There being the tank field of overhead liquid conveyance conduit, the flooring of industrial working arranges the 3rd magnetic seal skip bucket type floor drain type sensor, at inlet for stom water, inlet for stom water tipping bucket type sensor is set, 3rd, the 4th wireless data transmission module is set at adjacent buildings, and connects with wire; Information is passed to the 6th controller by all the sensors in a wired or wireless manner, constitutes wet tank, tank field and overhead liquid conveyance conduit intelligent management system.
9. rain grid bearing-free according to claim 9 secondary magnetic tipping bucket type sensor, it is characterized in that, described rain grid bearing-free secondary magnetic tipping bucket type sensor comprises the rain grid being equivalent to have the seat effect accepting whereabouts fluid pipeline, the secondary magnetic tipping bucket of some cover bearing-free, and the 5th plastic packaging tongue tube of equal amount; The secondary magnetic tipping bucket of described bearing-free comprises the 4th bucket, the second screw, sleeve pipe, the second platform; Described 5th plastic packaging tongue tube is fixed on described second platform; Described rain grid comprises freeing port, beam, has guard ring below, and described beam has the 3rd magnetic receiver, built-in 7th magnet, and respectively there is screw described 3rd magnetic receiver both sides; Described 4th bucket comprises the second bucket body, the 3rd platform, and described 3rd platform has the 4th magnetic receiver, built-in 8th magnet, and described 7th magnet and described 8th magnet attract each other; Described 4th magnetic receiver both sides respectively have width to be greater than the elongated hole of described casing diameter; For cast iron rain grid without the need to the 3rd magnetic receiver and the 7th built-in magnet.
10. a kind of fluid intelligent management system according to claim 1, is characterized in that, the intelligent management system of described built on stilts jet chimney, comprises the 8th controller and bucket spindle type tipping bucket type steam leakage sensor; Described bucket spindle type tipping bucket type steam leakage sensor comprises the valve, the condensate collector below flange that are positioned at jet chimney, and bucket spindle type tipping bucket, as the 5th wireless data transmission module and the 9th magnet of sensitive element; Described bucket spindle type tipping bucket comprises a pair the 3rd bearings, bucket spindle type bucket and L-type part; Described condensate collector comprises drip tray, the 4th pipe; Described 3rd bearing and described L-type part be fixed on be equivalent to have the seat effect accepting whereabouts fluid pipeline described drip tray below; Described bucket spindle type bucket comprises the 3rd bucket body, and the both sides of described 3rd bucket body are fixed with the second axle, and there is flat board its one end, and described flat board has the 5th magnetic receiver, to settle described 9th magnet; Described second axle and described 3rd bearing form a pair second bearing pairs; Have the 4th platform below described L-type part, described 5th wireless data transmission module is fixed on described L-type part side, leaves described 4th platform one segment distance.
11. a kind of fluid intelligent management systems according to claim 1, it is characterized in that, to connect in the pipeline of the conveying pressure flow body of the process equipment relevant with fluid second quantity sensor, no-pressure liquid is fallen into the 4th magnetic seal skip bucket type floor drain type sensor, just can form the intelligent management system of the industrial product process procedure having body of calming the anger relevant with liquid and part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310228607.0A CN104238535B (en) | 2013-06-05 | 2013-06-05 | Intelligent fluid management system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310228607.0A CN104238535B (en) | 2013-06-05 | 2013-06-05 | Intelligent fluid management system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104238535A true CN104238535A (en) | 2014-12-24 |
| CN104238535B CN104238535B (en) | 2017-02-08 |
Family
ID=52226831
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310228607.0A Expired - Fee Related CN104238535B (en) | 2013-06-05 | 2013-06-05 | Intelligent fluid management system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104238535B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106094622A (en) * | 2016-06-15 | 2016-11-09 | 深圳大学 | A kind of fluid intelligent management system based on normal condition determination methods |
| CN109029575A (en) * | 2018-07-27 | 2018-12-18 | 昆明理工大学 | A kind of counter weight type tipping bucket multiparameter measuring device and method |
| CN110984329A (en) * | 2019-12-11 | 2020-04-10 | 深圳大学 | Device capable of stopping water leakage of toilet bowl |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1461858A (en) * | 2002-05-31 | 2003-12-17 | 俞文迪 | System, safety, environmental protection and intelligent treatment method of water |
| CN1605838A (en) * | 2003-10-09 | 2005-04-13 | 俞文迪 | Fluid intelligent management method |
| GB2481827A (en) * | 2010-07-07 | 2012-01-11 | Bios Technologies Llp | Flow Measurement |
-
2013
- 2013-06-05 CN CN201310228607.0A patent/CN104238535B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1461858A (en) * | 2002-05-31 | 2003-12-17 | 俞文迪 | System, safety, environmental protection and intelligent treatment method of water |
| CN1605838A (en) * | 2003-10-09 | 2005-04-13 | 俞文迪 | Fluid intelligent management method |
| GB2481827A (en) * | 2010-07-07 | 2012-01-11 | Bios Technologies Llp | Flow Measurement |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106094622A (en) * | 2016-06-15 | 2016-11-09 | 深圳大学 | A kind of fluid intelligent management system based on normal condition determination methods |
| CN109029575A (en) * | 2018-07-27 | 2018-12-18 | 昆明理工大学 | A kind of counter weight type tipping bucket multiparameter measuring device and method |
| CN109029575B (en) * | 2018-07-27 | 2023-07-18 | 昆明理工大学 | Multi-parameter measuring device and method for counterweight type tipping bucket |
| CN110984329A (en) * | 2019-12-11 | 2020-04-10 | 深圳大学 | Device capable of stopping water leakage of toilet bowl |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104238535B (en) | 2017-02-08 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101705711A (en) | System for preventing sewer pipeline of building from being blocked | |
| CN204664884U (en) | A kind of warning device of simple and easy drain line blockage | |
| WO2017000918A1 (en) | Intermittent pressure flow drainage system | |
| CN206752580U (en) | A kind of multi-functional voltage stabilizing good antiscale property fire water box | |
| CN202882433U (en) | Pumping mechanism and water recycling system with the same and concrete pump truck | |
| CN104238535A (en) | Intelligent fluid management system | |
| CN105735423B (en) | A kind of fire water-supply drainage system | |
| CN207228242U (en) | A kind of energy saving adjust stores up secondary water supply system | |
| CN201649263U (en) | Anti-clogging building sewer pipe system | |
| CN208486354U (en) | The alarm of pump house water detection and waste water utilization device | |
| US10555463B2 (en) | Method for maintaining soil moisture for a garden via a sump pump | |
| CN201588276U (en) | Anti-blockage storied building sewer pipeline with auto-alarm function | |
| CN205617543U (en) | Can float and block unpowered current limiting type wisdom vatch basin of sediment | |
| CN105525669B (en) | The anti-waterlogging wisdom flood diversion equipment of city heavy rain | |
| CN112523271A (en) | Pressure-controlled intelligent drainage pressure relief device and drainage pressure relief method thereof | |
| CN105672464A (en) | Unpowered flow limiting type intelligent catch basin with floating residue blocking function | |
| CN208604677U (en) | A kind of city secondary booster pump station water-spill-over protection device | |
| CN206308754U (en) | Sewerage system | |
| CN206021517U (en) | A kind of supply equipment trouble call warning system | |
| CN205279520U (en) | Solve device of secret water source heat pump recharging well overflow | |
| CN214831891U (en) | Intelligent plugging device for runoff of dangerous chemicals on bridge floor | |
| JP6222873B1 (en) | Water storage control method and water storage system | |
| CN208650242U (en) | A kind of Self-cleaning type sewage lifting device | |
| CN207380023U (en) | Natural energy waste pipe water quality real-time monitoring device | |
| CN201173809Y (en) | Family water flood prevention monitoring apparatus |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170208 |