CN1395149A - Digital intelligent control system of microbial environment protecting closet - Google Patents
Digital intelligent control system of microbial environment protecting closet Download PDFInfo
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- CN1395149A CN1395149A CN 02133579 CN02133579A CN1395149A CN 1395149 A CN1395149 A CN 1395149A CN 02133579 CN02133579 CN 02133579 CN 02133579 A CN02133579 A CN 02133579A CN 1395149 A CN1395149 A CN 1395149A
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- 230000000813 microbial effect Effects 0.000 title claims description 19
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 51
- 239000007788 liquid Substances 0.000 claims abstract description 41
- 238000005276 aerator Methods 0.000 claims abstract description 6
- 239000002699 waste material Substances 0.000 claims description 42
- 238000012544 monitoring process Methods 0.000 claims description 9
- 241000194370 Cyclocephala pan Species 0.000 claims description 6
- 230000003020 moisturizing effect Effects 0.000 claims description 6
- 238000010992 reflux Methods 0.000 claims description 6
- 230000001954 sterilising effect Effects 0.000 claims description 6
- 238000005406 washing Methods 0.000 claims description 6
- 101000735456 Homo sapiens Protein mono-ADP-ribosyltransferase PARP3 Proteins 0.000 claims description 5
- 102100025452 Zinc transporter ZIP1 Human genes 0.000 claims description 5
- 238000005273 aeration Methods 0.000 claims description 5
- 238000006243 chemical reaction Methods 0.000 claims description 5
- 230000000249 desinfective effect Effects 0.000 claims description 5
- 101150002619 IRT2 gene Proteins 0.000 claims description 4
- 101100019065 Arabidopsis thaliana IRT3 gene Proteins 0.000 claims description 3
- 238000000746 purification Methods 0.000 claims description 3
- 238000012545 processing Methods 0.000 abstract description 3
- 230000007613 environmental effect Effects 0.000 abstract description 2
- 244000005700 microbiome Species 0.000 abstract description 2
- 230000006870 function Effects 0.000 description 9
- 230000009471 action Effects 0.000 description 7
- 238000010438 heat treatment Methods 0.000 description 6
- 238000000034 method Methods 0.000 description 5
- 238000004659 sterilization and disinfection Methods 0.000 description 5
- 102100029698 Metallothionein-1A Human genes 0.000 description 4
- 230000036541 health Effects 0.000 description 4
- 238000004891 communication Methods 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 239000008399 tap water Substances 0.000 description 3
- 235000020679 tap water Nutrition 0.000 description 3
- 206010059410 Faecaluria Diseases 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 239000003344 environmental pollutant Substances 0.000 description 2
- 230000003203 everyday effect Effects 0.000 description 2
- 238000011010 flushing procedure Methods 0.000 description 2
- 231100000719 pollutant Toxicity 0.000 description 2
- 239000002689 soil Substances 0.000 description 2
- 241000894006 Bacteria Species 0.000 description 1
- 206010011409 Cross infection Diseases 0.000 description 1
- 206010029803 Nosocomial infection Diseases 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000003111 delayed effect Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 238000001035 drying Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000004134 energy conservation Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000003862 health status Effects 0.000 description 1
- 238000011065 in-situ storage Methods 0.000 description 1
- 238000012856 packing Methods 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 230000001737 promoting effect Effects 0.000 description 1
- 230000006641 stabilisation Effects 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 230000030968 tissue homeostasis Effects 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
- 210000002700 urine Anatomy 0.000 description 1
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Abstract
The invention relates to the digital intelligent system for controlling the microorganism environmental protection water closets. The programmable logic controller (PLC) or the single-chip microcomputer (SMC) as the core is utilized in the system. The signals of the liquid level sensor, temperature sensor and the infrared sensor are input to the PLC or SMC. After processing and comparing, PLC or SMC sends the operation commands to drive relevant relay module, control the water-lifting device, the aerator, the heater, the devices of bactericidin, flush, wash etc. in the water circulation system. The invention realizes the autoamtic management of the biology processing dejecta and the autoamtic control of running the flush operation etc.
Description
The invention belongs to automation field, especially relate to a kind of digital intelligent control system of microbial environment protecting closet.
In the city, that stream of people clustering areas such as tourist district, large common facility station, airport, harbour all exist common bath public lavatory to consume tap water is many, excrement and urine polluting environment, problems such as sanitary condition difference.The more miasma septic tank lavatory of existing popularization can handle the excrement dirt on the spot, but the water quality of water outlet is not good and unstable, and consume tap water again can not be up to standard more.Begun packing (flushing-free) lavatory of promoting, the fecaluria pollution transportation has been arranged again and do not conform with the future trouble of harmlessness disposing.And microbial environment protecting closet handler's fecaluria on the spot, have water saving, health, occupation of land less, characteristics such as non-pollutant discharge, no stink, easy care, can adapt to the demand of modernized environmental protection city, scenic spot development.Therefore the full-automatic control but existing microbial environment protecting closet is unrealized need a large amount of loaded down with trivial details manual operations.
The object of the present invention is to provide a kind of digital intelligent control system of microbial environment protecting closet, to realize automatic management, the automatic control operation of wash-down water and the contactless automation mechanized operation between the lavatory of ight soil biological treatment, thereby a large amount of loaded down with trivial details manual operations have been saved, and make the stable and efficient operation of microbial environment protecting closet, further improve service function.
The objective of the invention is to realize by following technical proposals:
It is core that digital intelligent control system of microbial environment protecting closet adopts Programmable Logic Controller (PLC) or single-chip microcomputer, the signal of liquid level sensor, temperature sensor, infrared sensor is imported PLC or single-chip microcomputer respectively, after computing, comparison, PLC or single-chip microcomputer send operational order, drive corresponding relay assembly respectively, the water lift equipment of control water circulation system, aerator, well heater, system purification water sterilizing equipment, lavatory door open and close motor, bath equipment, handwashing facilities, light fixture.
In the such scheme, the signal of human inductor input PLC or single-chip microcomputer, PLC or single-chip microcomputer send operational order after computing, comparison, drive corresponding relay assembly, the keying of vent fan between the control lavatory.
In the such scheme, the signal of infrared sensor input PLC or single-chip microcomputer, PLC or single-chip microcomputer send operational order after computing, comparison, drive corresponding relay assembly, the keying of control baking hand equipment.
In the such scheme, the signal of human inductor input PLC or single-chip microcomputer, PLC or single-chip microcomputer send operational order after computing, comparison, drive corresponding relay assembly, the keying of control pilot lamp and voice suggestion and background music.
In the such scheme, PLC or single-chip microcomputer are linked to each other with modulator-demodular unit, link to each other with modulator-demodular unit, the computer of office terminal, to realize the remote monitoring and the warning of system by telephone line or network line.
In the such scheme, it is core that digital intelligent control system of microbial environment protecting closet adopts Programmable Logic Controller (PLC), X0, the X1 pin of the signal input PLC of the liquid level sensor (LT1) of reactor (RA1), after computing, comparison, PLC goes out operational order by Y0 pin and Y15 human hair combing waste, drive corresponding relay assembly (J1, J23) respectively, and the lifting water pump (P1) of control water circulation system and the Aeration fan of aerating system (F1～F4); X2, the X3 pin of the signal input PLC of the liquid level sensor (LT2) of reactor (RA4), after computing, comparison, PLC goes out operational order by the Y1 human hair combing waste, drives corresponding relay assembly (J2), the lifting water pump (P2) of control water circulation system; The signal of elevated tank (1) liquid level sensor (LT3) and little reserve tank (2) liquid level sensor (LT4) is imported X4, X5 pin and X6, the X7 pin of PLC respectively, after computing, comparison, PLC goes out operational order by Y2 pin and Y3 human hair combing waste, drive corresponding relay assembly (J3, J4) respectively, control moisturizing solenoid valve (EC1, EC2); X8, the X9 pin of the signal input PLC of the superelevation liquid level sensor (LT5) of reactor (RA1), after computing, comparison, PLC goes out operational order by the Y4 human hair combing waste, drives corresponding relay assembly (J5), control reserve pump (P3); XA, the XB pin of the signal input PLC of sterilizer (3) liquid level sensor (LT6), after computing, comparison, PLC goes out operational order by the Y5 human hair combing waste, drives corresponding relay assembly (J6, J7), controls ultraviolet disinfecting (UV1～4, UV5～8) respectively; The signal of the temperature sensor (TT1, TT2) of reactor (RA1, RA2) is imported XE, the XF pin of PLC respectively, through A/D conversion and with set numeric ratio after, PLC goes out operational order by Y8 pin and Y9 human hair combing waste, drive corresponding relay assembly (J10, J11) respectively, control heater (H1～2, H3～4); Lavatory infrared sensor (IRT9, IRT10) and X18 pin, X19 pin and X1A pin, the X1B pin of importing PLC respectively of the signal of infrared sensor (IRT11, IRT12) in the door of lavatory outdoors, after computing, comparison, PLC goes out operational order by Y1A pin, Y1B human hair combing waste, drive corresponding relay assembly (J22, J28), control gate is opened motor (DE1, DE2); X10 pin, X11 pin and X12 pin, the X13 pin of the signal input PLC of the infrared sensor (IRT3, IRT4) that infrared sensor (IRT1, IRT2) that w.c.pan is other and urinal are other, after computing, comparison, PLC goes out operational order by YA pin, YB pin and YC pin, YD human hair combing waste, drive corresponding relay assembly (J12, J13 and J14, J15), control electromagnetic valve (EC3, EC4 and EC5, EC6); X14 pin, the X15 pin of the signal input PLC of the infrared sensor (IRT5, IRT6) before the hand washing sink, after computing, comparison, PLC goes out operational order by YE pin, YF human hair combing waste, drives corresponding relay assembly (J16, J17), control electromagnetic valve (EC7, EC8); X16 pin, the X17 pin of the signal input PLC of the infrared sensor (IRT7, IRT8) before the hand dryer, after computing, comparison, PLC goes out operational order by Y10 pin, Y11 human hair combing waste, drives corresponding relay assembly (J18, J19), control hand dryer (DH1, DH2); XC pin, the XD pin of the signal input PLC of the human inductor between the lavatory (MT1, MT2), after computing, comparison, PLC goes out operational order by Y6 pin, Y7 human hair combing waste, drive corresponding relay assembly (J8, J9), control vent fan, pilot lamp, power amplifier (FLM1, FLM2), go out operational order by Y18 pin, Y19 human hair combing waste simultaneously, drive corresponding relay assembly (J26, J27), control public information display screen (SC), voice prompting device and background music (MU); The X1C pin of the signal input PLC of the light sensor between the lavatory (GT), after computing, comparison, PLC goes out operational order by the Y17 human hair combing waste, drives corresponding relay assembly (J25), control illuminating lamp (LG1-2); Go out operational order by setting-up time PLC by Y12, Y13, Y15, Y16 human hair combing waste, drive corresponding relay assembly (J20, J21, J23, J24), control reflux pump (P4), return dredge pump (P5), big blower fan (F1～F4), little blower fan (F5); The RS232 interface of PLC links to each other with telephone line or network line by modulator-demodular unit; The RS422 interface of PLC is used to connect computer, programmable device or monitor.
Digital intelligent control system of microbial environment protecting closet of the present invention has four systems, six functions.Four systems is: 1, Information Collection System; 2, information handling system; 3, function executing system; 4, long-distance on-line monitoring system.Six functions are: 1, the water lift equipment of lavatory water circulation system and the autocontrol operation of aerator; 2, the automatic constant of temperature of reactor; 3, system purification water automatic sterilization; 4, the equipment noncontact chemical control system between the lavatory; 5, field data shows automatically, the demonstration of system state on demonstration of voice suggestion and background music and public (as meteorology, newsflash, time and human health status) information and the controller panel in comprising between the lavatory; 6, remote monitoring and warning function (containing programmable device and in-situ monitor) are arranged.
The present invention has following characteristics:
1, realized the automatic management of ight soil biological treatment, can be with the operational mode of the variation automatic adjustment system of toileting person's number, the systems stabilisation handling property, the assurance system is by the normal operation of designing program, thereby saved a large amount of loaded down with trivial details manual operations, reached the purpose of water saving, economize on electricity, saving human resources.Being provided with automatic temperature-adjusting control makes the use of microorganism lavatory not be subjected to the restriction in region and season.Can be sent to management server to system's service data record and parameter with communication network, the use of many covers communal bathroom in some zones and running status are carried out the long-distance on-line monitoring and reported to the police, purpose be to product use, the timely collection of operation information (comprise operation troubles report to the police), make after sale service more timely, put in place.
2, realize the automatic control operation of wash-down water, reach energy-conservation, water saving, health, non-pollutant discharge, the stable and efficient operation of safeguards system.
3, the overall process of toileting person from going into the lavatory door, dashing just, wash one's hands, dry by the fire hand and leave adopts many infrared sensors to realize the noncontact automatic executing function, can block the cross-infection of germ.
4, perfect information transmission and demonstration service function are arranged, be provided with background music, perfect service functions such as voice suggestion and health information are provided for the toileting person, display screen transmits common information (as meteorology, newsflash, time) in utilizing between the lavatory, improve the cultural connotation in public lavatory, allow people simultaneously easily, enjoy the modern civilization that new technology is brought to society to the full.
Be described in further detail the present invention below in conjunction with accompanying drawing, but the present invention is not limited only to the accompanying drawing illustrated embodiment.
Fig. 1 is the annexation schematic block diagram of the embodiment of the invention.
Fig. 2 is the PLC interface synoptic diagram of the embodiment of the invention.
Among Fig. 1, RA1 is a reactor, and RA2 is No. two reactors, and RA3 is No. three reactors, and RA4 is No. four reactors; LT1 is the liquid level sensor of a reactor, LT2 is the liquid level sensor of No. four reactors, and LT3 is the liquid level sensor of elevated tank, and LT4 is the liquid level sensor of little reserve tank, LT5 is the superelevation liquid level sensor of reactor (RA1), and LT6 is the liquid level sensor of sterilizer; TT1 is the temperature sensor of a reactor, and TT2 is the temperature sensor of No. two reactors; IRT1～4th, the infrared sensor that w.c.pan is other and urinal is other, IRT5～6th, the infrared sensor before the hand washing sink, IRT7～8th, the infrared sensor before the hand dryer; J1～J28 is the relay assembly of equipment such as control water pump, blower fan, solenoid valve, ultraviolet disinfecting, well heater, motor, hand dryer, vent fan, pilot lamp, power amplifier, public information display screen, voice prompting device, background music, illuminating lamp, reflux pump, time dredge pump; PLC is a Programmable Logic Controller; F1～F4 is an Aeration fan; F5 is little blower fan; P1, P2, P3 promote water pump; P4 is a reflux pump; P5 is back dredge pump; DH1～2nd, hand dryer; The 1st, elevated tank; The 2nd, little reserve tank; The 3rd, sterilizer; The 4th, closet; The 5th, hand washing sink; The 6th, the tap water inlet; SC is the public information display screen; MU is voice prompting device and background music; RS422 and RS232 are the interfaces of PLC; The 7th, programmable device, monitor; The 8th, modulator/demodulator; The 9th, telephone wire; The 10th, remote monitoring and warning; Lines among Fig. 1
The signal input line road of expression PLC;
The output line road of expression PLC;
The circulation waterway in expression lavatory;
The wash one's hands water route of water of expression.
The control explanation of table one liquid level sensor:
| Sensor number | Opertaing device | High and low position is all connected and is one state | High and low position all is broken as " 0 " attitude |
| No. 1 liquid level | The 1# water pump | Start | Stop |
| No. 2 liquid levels | The 2# water pump | Start | Stop |
| No. 3 liquid levels | Solenoid valve | Stop | Start |
| No. 4 liquid levels | Solenoid valve | Stop | Start |
| No. 5 liquid levels | The 3# water pump | Start | Stop |
| No. 6 liquid levels | Sterilizer | There is flowing water to start sterilization | No flowing water stops sterilization |
The control explanation of table two human inductor:
| Sensor number | Control content between the lavatory | " have the people " | " unmanned " |
| Between No. 1 lavatory | 1# exhaust, indication, background music | Start | Stop |
| Between No. 2 | 2# exhaust, indication, background music | Start | Stop |
The control explanation of table three temperature inductor:
| Sensor number | Temperature of reactor control | Be lower than setting value | Reach to set and plant |
| No. 1 temperature | The control of 1# temperature of reactor | Start heating | Stop heating |
| No. 2 temperature | The control of 2# temperature of reactor | Start heating | Stop heating |
Near the control of infrared inductor explanation table four closet:
| Sensor number | Control content between the lavatory | Someone and when leaving | To the schedule time |
| Infrared between No. 1 lavatory | Big (or little) closet of 1# control | Start bath | Stop bath |
| Infrared between No. 2 lavatories | Big (or little) closet of 2# control | Start bath | Stop bath |
Table five is washed one's hands and the control of hand dryer infrared inductor illustrates:
| Sensor number | Control content between the lavatory | When hand is arranged | Hand leaves |
| Infrared between No. 1 lavatory | Wash one's hands or hand dryer between the 1# lavatory | Start and wash one's hands or dried hand | Stop to wash one's hands or dried hand |
| Infrared between No. 2 lavatories | Wash one's hands or hand dryer between the 2# lavatory | Start and wash one's hands or dried hand | Stop to wash one's hands or dried hand |
Table six description of equipment of controlling by time variable:
| Device name | Control content | |
| Reflux pump | Press the setting-up time opertaing device | The intermittent mode operation |
| Return dredge pump | Press the setting-up time opertaing device | The intermittent mode operation |
Table seven aerator control explanation:
| Device name | Time and state | All the other states | Remarks |
| Big blower fan 1-4 | Behind No. 1 starting mode of pump, move certain hour continuously | The intermittent mode operation | |
| Little blower fan | Daytime is out of service | Move night continuously |
Table eight field data explicit declaration:
| The position | Displaying contents | " have the people " | " unmanned " |
| Between the lavatory | Meteorology, news, time, health state | Start | Stop |
Table nine remote monitoring explanation:
| System data | Data content | Data mode | Remarks |
| Data recording | Toileting person's number, lifting number of times | Every day for several times | |
| Operational factor | Temperature of reactor | Per a few hours once |
As Fig. 1, Fig. 2 and table one to shown in the table nine, it is core that the digital intelligent control system of microbial environment protecting closet of present embodiment adopts Programmable Logic Controller PLC, X0, the X1 pin of the signal input PLC of the liquid level sensor LT1 of a reactor RA1, after computing, comparison, PLC goes out operational order by Y0 pin and Y15 human hair combing waste, drive corresponding relay assembly J1, J23 respectively, the lifting water pump P 1 of control water circulation system and the Aeration fan F1～F4 of aerating system; X2, the X3 pin of the signal input PLC of the liquid level sensor LT2 of No. four reactor RA4, after computing, comparison, PLC goes out operational order by the Y1 human hair combing waste, drives corresponding relay assembly J2, the lifting water pump P 2 of control water circulation system; The signal of the liquid level sensor LT3 of elevated tank 1 and the liquid level sensor LT4 of little reserve tank 2 is imported X4, X5 pin and X6, the X7 pin of PLC respectively, after computing, comparison, PLC goes out operational order by Y2 pin and Y3 human hair combing waste, drive corresponding relay assembly J3, J4 respectively, control moisturizing solenoid valve EC1, EC2; X8, the X9 pin of the signal input PLC of the High High Level liquid level sensor LT5 of a reactor RA1, after computing, comparison, PLC goes out operational order by the Y4 human hair combing waste, drives corresponding relay assembly J5, control reserve pump P3; XA, the XB pin of the signal input PLC of sterilizer 3 liquid level sensor LT6, after computing, comparison, PLC goes out operational order by the Y5 human hair combing waste, drives corresponding relay assembly J6, J7, controls ultraviolet disinfecting UV1～4, UV5～8 respectively; The temperature sensor TT1 of a reactor RA1 and No. two reactor RA2 and the signal of TT2 are imported XE, the XF pin of PLC respectively, through A/D conversion and with set numeric ratio after, PLC goes out operational order by Y8 pin and Y9 human hair combing waste, drive corresponding relay assembly J10 and J11 respectively, control heater H1～2, H3～4; Lavatory infrared sensor IRT9, IRT10 and X18 pin, X19 pin and X1A pin, the X1B pin of importing PLC respectively of the signal of infrared sensor IRT11, IRT12 in the door of lavatory outdoors, after computing, comparison, PLC goes out operational order by Y1A, Y1B human hair combing waste, drive corresponding relay assembly J22, J28, control gate is opened motor D E1, DE2; X10 pin, X11 pin and X12 pin, the X13 pin of the signal input PLC of infrared sensor IRT3, IRT4 that infrared sensor IRT1, IRT2 that w.c.pan is other and urinal are other, after computing, comparison, PLC goes out operational order by YA pin, YB pin and YC pin, YD human hair combing waste, drive corresponding relay assembly J12, J13, J14, J15, control electromagnetic valve EC3, EC4, EC5, EC6; X14 pin, the X15 pin of the signal input PLC of infrared sensor IRT5, IRT6 before the hand washing sink, after computing, comparison, PLC goes out operational order by YE pin, YF human hair combing waste, drives corresponding relay assembly J16, J17, control electromagnetic valve EC7, EC8; X16 pin, the X17 pin of the signal input PLC of infrared sensor IRT7, IRT8 before the hand dryer, after computing, comparison, PLC goes out operational order by Y10 pin, Y11 human hair combing waste, drives corresponding relay assembly J18, J19, control hand dryer DH1, DH2; XC pin, the XD pin of the signal input PLC of human inductor MT1, MT2 between the lavatory, after computing, comparison, PLC goes out operational order by Y6 pin, Y7 human hair combing waste, drive corresponding relay assembly J8, J9, control vent fan, pilot lamp, power amplifier FLM1, FLM2, go out operational order by Y18 pin, Y19 human hair combing waste simultaneously, drive corresponding relay assembly J26, J27, control public information display screen SC, voice prompting device and background music MU; The X1C pin of the signal input PLC of light sensor GT between the lavatory, after computing, comparison, PLC goes out operational order by the Y17 human hair combing waste, drives corresponding relay assembly J25, control illuminating lamp LG; Go out operational order by setting-up time PLC by Y12, Y13, Y15, Y16 human hair combing waste, drive corresponding relay assembly J20, J21, J23, J24, control reflux pump P4, time dredge pump P5, big blower fan F1～F4, little blower fan F5; The RS232 interface of PLC links to each other with telephone line LAN or network line by modem; The RS422 interface of PLC is used to connect computer, programmable device or monitor.
The course of work of present embodiment is as follows:
The circulation of system water, aeration and sterilization control procedure:
The level condition of LT1 liquid level sensor reflection RA1 reactor is when low level and a high position are connected simultaneously, at X0 and the X of PLC
1When input end all is high level, show that this reactor is full, through PLC output terminal Y
0Engage relay J1 opens 1# and promotes water pump P 1, all disconnects X to a LT1 liquid level sensor high position and low level
1And X
0When all being low level, show that this reactor is discontented, through PLC output terminal Y
0Disconnect relay J 1, stop 1# and promote water pump P 1, if then keep original state when having only low level to connect.After the LT1 liquid level sensor is being delayed time certain hour, also there is not actuating signal for the second time, show that this system's use is in light load, system drives relay J 23 by Y15 will transfer system's aerator to the intermittent mode operation by continuously-running duty, make system ensure the demand of each microbial activity.The level condition of LT2 liquid level sensor reflection RA4 reactor controls 2 equally
#The start and stop of water pump P 2 have so just constituted the water cycle of wash-down water.The level condition of LT3 liquid level sensor reflection elevated tank, when high-order and low level contact all disconnect, X
5And X
4When all being in low level, PLC drives Y
2Engage relay J3 opens moisturizing solenoid valve EC1, to the elevated tank moisturizing, and when LT3 liquid level sensor low level and a high position are all connected, the X of PLC
5And X
4When all being in high level, PLC disconnects relay J 3, stops to the elevated tank moisturizing.LT6 liquid level sensor high signal connection signal is delivered to the X of PLC
BDuring input end, showing has water to flow through, Y
5Make relay J 5 actions open ultraviolet disinfecting flowing water is carried out disinfection, and time-delay, be killed to guarantee most bacterium of flowing through water.By realizing the operational mode of above automatic adjustment system, keep system stability, make the effect of processing remain at same level, reach water saving, purpose of energy saving simultaneously.
The temperature constant control procedure of reactor: the temperature conditions of TT1 temperature sensor reflection RA1 reactor, signal is from X
EInput end enters PLC, after comparing through the A/D conversion and with setting numerical value (as 30 ℃), and when the RA1 reactor temperature is lower than setting numerical value, Y
8Make relay J 10 actions, connect RA1 reactor internal heater and begin heating.When heating in the RA1 reactor surpasses setting numerical value, the Y of PLC
8Relay J 10 is disconnected, promptly stop heater heats, thereby realize the thermostatic control of RA1 reactor.Equally, TT2 temperature sensing management the well heater of RA2 reactor, realizes the thermostatic control of RA2 reactor.
Control procedure between the lavatory: the signal reflection people of infrared sensor goes into the particular location behind the lavatory.When between the 1# lavatory people being arranged in front of the door, infrared sensor IRT9 will have people's signal to deliver to the X of PLC
18, make relay J 22 actions in Y1A output, connect door motor and open the door, treat that the people enters after, close the door and lock, avoided second people to go into the lavatory.The signal of human inductor MT1 is delivered to X
cInput end, the Y of PLC
6Output makes relay J 8 actions, the operation of opening vent fan, " people is arranged " pilot lamp and voice suggestion and background music between the 1# lavatory.When human inductor MT1 induced signal disappears, the Y of PLC
6Disconnect relay, stop the operation of vent fan, " people is arranged " pilot lamp and voice suggestion and background music.As the other infrared sensor IRT1 of w.c.pan, will there be people's signal to deliver to the X of PLC
10, and when leaving after an action of the bowels, Y
AJust drive relay J 12, opens solenoid valve EC3 realizes water flushing w.c.pan.Equally at the other infrared sensor IRT2 of urinal, will there be people's signal to deliver to the X of PLC
11, Y
BDrive relay J 13 and send a brief burst, urinal is drenched, when treating that the people leaves after an action of the bowels, Y
BDrive relay J 13 again and send a bath pulse, opens solenoid valve EC4 realizes the water flushing urinal.Equally, washing one's hands or drying infrared sensor is when staff is arranged, and opens corresponding solenoid valve or hand dryer immediately.When human desires goes out the lavatory, need go out that to leave be by infrared sensor IRT10 in the door, with the signal input X that monitors
19, also make the Y1A output of PLC make relay J 22 actions, unblank and will connect door motor again and realize opening the door for the second time, be convenient to the people and leave.Thereby the automatic control function of complete noncontact between the realization lavatory.When the colour of sky is secretly imported the X1C of PLC to light sensor GT to a certain degree with signal, at Y
17Make relay J 25 connect illuminating lamp LG between lavatories and since during 0 o'clock to 5 o'clock the end user seldom, illuminating lamp LG still is in closed condition, to realize using electricity wisely.
The remote monitoring of system and the implementation procedure of warning: the RS232 interface of PLC is linked to each other with modulator-demodular unit, utilize telephone line (or network line) to link to each other, form a whole network with office terminal (modulator-demodular unit, computer).Can be with communication network being kept at system's service data of tens days of continuous recording in the internal memory, comprise service data every day: number of run and per a few hours of going into lavatory number of times, lift pump are write down the once thermograph of two reactors, are sent on the server of operation control.Also network system can be formed in some similar lavatories, carry out the unified management of concentrating, realize the remote monitoring of supvr, understand full detail this system.By lavatory Unified coding record product operation conditions, be convenient to unified management.Operation troubles is reported to the police: alarm, is dealt on supvr's mobile phone by telephone wire to modulator-demodular unit with the RS232 port of intermittent mode by controller again.Make the supvr in the very first time, obtain situation, the tissue maintenance.Can be sent between all lavatories receiving common information in the network.
The program composition of system controller is ladder diagram, include judgement, calculating, regularly, the program of several functional blocks such as communication, warning, record, A/D conversion, demonstration.
Claims (6)
1. digital intelligent control system of microbial environment protecting closet, it is characterized in that adopting Programmable Logic Controller (PLC) or single-chip microcomputer is core, the signal of liquid level sensor, temperature sensor, infrared sensor is imported PLC or single-chip microcomputer respectively, after computing, comparison, PLC or single-chip microcomputer send operational order, drive corresponding relay assembly respectively, the water lift equipment of control water circulation system, aerator, well heater, system purification water sterilizing equipment, lavatory door open and close motor, bath equipment, handwashing facilities, light fixture.
2. digital intelligent control system of microbial environment protecting closet according to claim 1, the signal input PLC or the single-chip microcomputer that it is characterized in that human inductor, PLC or single-chip microcomputer send operational order after computing, comparison, drive corresponding relay assembly, the keying of vent fan between the control lavatory.
3. digital intelligent control system of microbial environment protecting closet according to claim 1, the signal input PLC or the single-chip microcomputer that it is characterized in that infrared sensor, PLC or single-chip microcomputer send operational order after computing, comparison, drive corresponding relay assembly, the keying of control baking hand equipment.
4. digital intelligent control system of microbial environment protecting closet according to claim 1, the signal input PLC or the single-chip microcomputer that it is characterized in that human inductor, PLC or single-chip microcomputer send operational order after computing, comparison, drive corresponding relay assembly, the keying of control pilot lamp and voice suggestion and background music.
5. digital intelligent control system of microbial environment protecting closet according to claim 1, it is characterized in that PLC or single-chip microcomputer are linked to each other with modulator-demodular unit, link to each other with modulator-demodular unit, the computer of office terminal by telephone line or network line, to realize the remote monitoring and the warning of system.
6. according to claim 1,2,3,4,5 described digital intelligent control system of microbial environment protecting closet, it is characterized in that digital intelligent control system of microbial environment protecting closet adopts Programmable Logic Controller (PLC) to be core, X0, the X1 pin of the signal input PLC of the liquid level sensor (LT1) of reactor (RA1), after computing, comparison, PLC goes out operational order by Y0 pin and Y15 human hair combing waste, drive corresponding relay assembly (J1, J23) respectively, and the lifting water pump (P1) of control water circulation system and the Aeration fan of aerating system (F1～F4); X2, the X3 pin of the signal input PLC of the liquid level sensor (LT2) of reactor (RA4), after computing, comparison, PLC goes out operational order by the Y1 human hair combing waste, drives corresponding relay assembly (J2), the lifting water pump (P2) of control water circulation system; The signal of elevated tank (1) liquid level sensor (LT3) and little reserve tank (2) liquid level sensor (LT4) is imported X4, X5 pin and X6, the X7 pin of PLC respectively, after computing, comparison, PLC goes out operational order by Y2 pin and Y3 human hair combing waste, drive corresponding relay assembly (J3, J4) respectively, X8, the X9 pin of the signal input PLC of the superelevation liquid level sensor (LT5) of control moisturizing solenoid valve (EC1, EC2) reactor (RA1), after computing, comparison, PLC goes out operational order by the Y4 human hair combing waste, drive corresponding relay assembly (J5), control reserve pump (P3); XA, the XB pin of the signal input PLC of sterilizer (3) liquid level sensor (LT6), after computing, comparison, PLC goes out operational order by the Y5 human hair combing waste, drives corresponding relay assembly (J6, J7), controls ultraviolet disinfecting (UV1～4, UV5～8) respectively; The signal of the temperature sensor (TT1, TT2) of reactor (RA1, RA2) is imported XE, the XF pin of PLC respectively, through A/D conversion and with set numeric ratio after, PLC goes out operational order by Y8 pin and Y9 human hair combing waste, drive corresponding relay assembly (J10, J11) respectively, control heater (H1～2, H3～4); Lavatory infrared sensor (IRT9, IRT10) and X18 pin, X19 pin and X1A pin, the X1B pin of importing PLC respectively of the signal of infrared sensor (IRT11, IRT12) in the door of lavatory outdoors, after computing, comparison, PLC goes out operational order by Y1A pin, Y1B human hair combing waste, drive corresponding relay assembly (J22, J28), control gate is opened motor (DE1, DE2); X10 pin, X11 pin and X12 pin, the X13 pin of the signal input PLC of the infrared sensor (IRT3, IRT4) that infrared sensor (IRT1, IRT2) that w.c.pan is other and urinal are other, after computing, comparison, PLC goes out operational order by YA pin, YB pin and YC pin, YD human hair combing waste, drive corresponding relay assembly (J12, J13 and J14, J15), control electromagnetic valve (EC3, EC4 and EC5, EC6); X14 pin, the X15 pin of the signal input PLC of the infrared sensor (IRT5, IRT6) before the hand washing sink, after computing, comparison, PLC goes out operational order by YE pin, YF human hair combing waste, drives corresponding relay assembly (J16, J17), control electromagnetic valve (EC7, EC8); X16 pin, the X17 pin of the signal input PLC of the infrared sensor (IRT7, IRT8) before the hand dryer, after computing, comparison, PLC goes out operational order by Y10 pin, Y11 human hair combing waste, drives corresponding relay assembly (J18, J19), control hand dryer (DH1, DH2); XC pin, the XD pin of the signal input PLC of the human inductor between the lavatory (MT1, MT2), after computing, comparison, PLC goes out operational order by Y6 pin, Y7 human hair combing waste, drive corresponding relay assembly (J8, J9), control vent fan, pilot lamp, power amplifier (FLM1, FLM2), go out operational order by Y18 pin, Y19 human hair combing waste simultaneously, drive corresponding relay assembly (J26, J27), control public information display screen (SC), voice prompting device and background music (MU); The X1C pin of the signal input PLC of the light sensor between the lavatory (GT), after computing, comparison, PLC goes out operational order by the Y17 human hair combing waste, drives corresponding relay assembly (J25), control illuminating lamp (LG1-2); Go out operational order by setting-up time PLC by Y12, Y13, Y15, Y16 human hair combing waste, drive corresponding relay assembly (J20, J21, J23, J24), control reflux pump (P4), return dredge pump (P5), big blower fan (F1～F4), little blower fan (F5); The RS232 interface of PLC links to each other with telephone line or network line by modulator-demodular unit; The RS422 interface of PLC is used to connect computer, programmable device or monitor.
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