CN106373020A - Internet-of-thing sprinkling irrigation system interrupt emergency method - Google Patents
Internet-of-thing sprinkling irrigation system interrupt emergency method Download PDFInfo
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- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G25/00—Watering gardens, fields, sports grounds or the like
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
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- A01G25/00—Watering gardens, fields, sports grounds or the like
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- A01G25/167—Control by humidity of the soil itself or of devices simulating soil or of the atmosphere; Soil humidity sensors
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Abstract
The invention discloses an internet-of-thing sprinkling irrigation system interrupt emergency method and belongs to the technical field of intelligent agricultural irrigation. The method is characterized in that a monitoring system is established; when monitoring station data and monitoring system irrigation decision judge irrigation interrupt, the monitoring system sends the information to a patrol terminal of a patrol person; a GPS positioning system of the patrol terminal positions an irrigation interrupt monitoring state; the monitoring state searches monitoring points and finds out the irrigation interrupt position; the monitoring system turns off an electromagnetic valve control system; and the patrol person maintains or replaces the irrigation interrupt position. The method gives full play to the functions of irrigation and monitoring equipment in an existing internet-of-thing sprinkling irrigation system, thereby optimizing scheduling and improving economic performance; through informationalized automatic control, irrigation cost is reduced, irrigation quality is improved, irrigation is allowed to be more scientific and convenient, management level is improved, emergency processing capability is improved, and handling time is reduced; and the method is easy to popularize and is a good internet-of-thing sprinkling irrigation system interrupt emergency measure.
Description
Technical field
The present invention relates to a kind of Internet of Things spray irrigation system interrupts emergency method, belong to reading intelligent agriculture irrigation technique field.
Background technology
At present, China's Water Consumption in Agriculture still accounts for the 70% of national total water consumption, and in national water consumption, agricultural evaporation disappears
The water yield of consumption accounts for 90%, so, in agricultural, the key of agricultural water conservation is to reduce the evapotranspiration in farmland to the emphasis of whole nation water saving
Water consumption, and reasonable control crop irrigation quantity, because the utilization rate of agricultural irrigation water is generally low, with regard to the whole country
Speech, the utilization rate of water is only 45%, and the high country of water utilization rate has reached 70%～80%, thus, solve agricultural irrigation
With the problem of water, it is very important for alleviating the in short supply of water resource, reasonably promotes Automated condtrol in irrigation system, no
Resource utilization only can be improved, alleviate the contradiction being becoming tight water resource day, the yield of crops can also be increased, reduce agricultural production
The cost of product, the level of irrigation system automatization is relatively low, and this is also the main cause of restriction China high-efficiency agriculture development, with color
Some countries such as row, Japan, the U.S. adopt advanced Water Saving Irrigation System, are sent out from traditional abundant irrigation to insufficient irrigation
Exhibition, is monitored to Irrigation Water forecasting, actual dynamic management, to monitor the life of soil tilth and crops using sensor
Long, realize the automatization of water management, high-efficiency agriculture and precision agriculture require us must improve the utilization rate of water resource, real
Realize the efficient of water resource, only voucher item water-saving irrigation technique is impossible to solve it is necessary to by water resources development, transmission ＆ distribution water, filling
The aspect such as water technology and rainfall, evaporation, soil moisture content and crops law of needing the water is unified to be considered, accomplishes rainfall, irrigation water, soil
Water and subsoil water are combined and are called, realize on schedule, on demand, automatic water-supply according to quantity.
At present some are used for the automated system of agricultural irrigation, Internet of Things as emerging Item Information network, for thing
The agricultural of matter most species, by Internet of Things by the growth conditions of fresh and live agricultural product, environmental change reaction, keeping-freshness storage, circulation
The active behavior of quality safety and equipment, machine, people is combined closely, and agricultural economy will be produced with important impact.With Internet of Things
The development of net, its technology is also widely applied in the links of agricultural production, water-saving irrigation be related to engineering, agricultural, biology,
The multi-party surface technology such as automatization, communication, wireless sensor network automatic irrigation system utilizes the moisture of sensor sensing soil, and
Communicate with receptor under imposing a condition, control the valve of irrigation system to open, close, thus reaching the mesh of automatic water-saving irrigation
, because sensor network has the features such as multihop routing, information inter-transferring, ad-hoc network and network service time synchronized, make filling
Area's area, number of nodes can be unrestricted, therefore can flexibly increase and decrease rotation flow group, add that node has soil, plant, meteorology
Deng measurement harvester, internet function and gps technology using communication gate are combined, and form the dynamic management information in irrigated area and adopt
Set analysis technology, cooperation crop water information gathering and precise control irrigation technique, expert system technology etc., can build efficiently,
Low energy consumption, low input, multi-functional agricultural water-saving irrigation platform.User also can be in greenhouse, courtyard garden greenery patches, highway
The regions such as centre isolation strip, farmland well irrigation district, realize quantification, the standardization of agriculture and rural areas technology, however, in agriculture
Industry irrigation aspect also do not work out with regard to Internet of Things spray irrigation system interrupt emergency measure it is thus well known that, Internet of Things spray
System is highly prone to external action and interrupts, and works out a kind of Internet of Things spray irrigation system interruption emergency measure at present and become agricultural
Another research emphasis of irrigation aspect, it is significant to the development of agricultural irrigation technology.
Content of the invention
The main object of the present invention be in order to solve current Internet of Things spray irrigation system be highly prone to external action interrupt and no
Method provides the defect of emergency measure, provides a kind of Internet of Things spray irrigation system to interrupt emergency method.
The purpose of the present invention can be reached by adopting the following technical scheme that:
A kind of Internet of Things spray irrigation system interrupts emergency method, and described emergency method is according to different regions, Different Crop
Different demands, set up Internet of Things spray irrigation system and interrupt monitoring system, this monitoring system is using network technology and information technology pair
Field irrigation is monitored, this monitoring system monitor set up crop ped location monitoring station data be set in advance in this monitoring
When irrigation decision in system is to irrigate to interrupt, this monitoring system sends irrigating interrupting information to the hand-held movement of patrol officer
In inspection terminal, patrol officer orients the monitoring of this irrigation interruption using the gps alignment system in hand-held mobile inspection terminal
Stand, using the monitoring information on this monitoring station, search and set up in the monitoring point of irrigation pipe Inlet and outlet water position, find out irrigation and interrupt
Electromagnetic valve controlling system on irrigation pipe at monitoring point is closed by position using monitoring system, during patrol officer is to irrigating
Disconnected position repairs or replaces, and after the completion of irrigating the position maintenance interrupted or changing, patrol officer utilizes hand-held movement
Inspection terminal sends the request starting electromagnetic valve controlling system to monitoring system, and monitoring system starts electromagnetic valve controlling system, and
Judging whether to still suffer from irrigating to interrupt, if no, Internet of Things spray irrigation system is normally run, if having, continuing to repeat aforesaid operations, directly
Normally run to Internet of Things spray irrigation system.
Further, described monitoring system is by center master control system, acquisition control system, wireless telecommunication system, soil prison
Survey sensor and electromagnetic valve controlling system composition.
Further, the information of pouring water of different regions, Different Crop, acquisition control system are set up in the master control system of center
Software is generated by irrigation decision and controls center master control system, wireless telecommunication system, soil monitoring sensor and solenoid valve control
The running status of system, and control being turned on and off of electromagnetic valve.
Further, the soil water at the monitoring point of described soil monitoring Sensor monitoring irrigation pipe Inlet and outlet water position
Point, electromagnetic valve controlling system is connected with water pump, and soil monitoring sensor passes through wireless telecommunication system to be transmitted to center master control system
Data, center master control system passes through acquisition control system to electromagnetic valve controlling system output order.
Further, wirelessly it is connected between described monitoring point and described monitoring station, described monitoring point has gps positioning work(
Can, described monitoring station shows position and the monitoring information of described monitoring point, described monitoring station and described center master control system it
Between connected by wireless telecommunication system.
Further, a kind of Internet of Things spray irrigation system interrupts emergency method, specifically includes following steps:
Step s1: set up multiple monitoring points on the Inlet and outlet water position of the irrigation pipe laying, build near monitoring point
Vertical monitoring station；
Step s2: set up Internet of Things spray irrigation system in Surveillance center and interrupt monitoring system, the acquisition controlling in monitoring system
System monitoring center master control system, the running status of wireless telecommunication system, soil monitoring sensor and electromagnetic valve controlling system, in
Heart master control system is passed through wireless telecommunication system and is connected with the foundation of each monitoring station, and each monitoring station is set up and built with each monitoring point that it is monitored
Vertical connection；
Step s3: each monitoring point collects Monitoring Data to monitoring station, the Monitoring Data after monitoring station is collected is passed through wirelessly
Communication system is back to center master control system, center master control system by Monitoring Data be set in advance in the master control system of center
Irrigation decision is compared；
Step s4: when Monitoring Data is interrupted for irrigating by center master control system with the pre- result irrigating decision comparison, center
Master control system is sent irrigating interrupting information to the hand-held mobile inspection terminal of patrol officer by wireless telecommunication system, patrols and examines
Personnel orient the monitoring station of this irrigation interruption using the gps alignment system in hand-held mobile inspection terminal；
Step s5: after patrol officer reaches monitoring station, using the monitoring information on this monitoring station, search and set up in irrigation water
The monitoring point of pipe Inlet and outlet water position, finds out irrigation interruption position, and is sent out to center master control system by hand-held mobile inspection terminal
Go out request and close the electromagnetic valve controlling system on the irrigation pipe irrigated at interruption position monitoring point；
Step s6: patrol officer judge irrigation pipe maintenance or change, can keep in repair at once or change, patrol officer according to
Institute's band instrument repairs or replaces to irrigation pipe at once with oneself, and after the completion of keeping in repair or changing, patrol officer utilizes hand-held shifting
Dynamic inspection terminal sends the request starting electromagnetic valve controlling system to center master control system, and center master control system starts electromagnetic valve control
System processed；
Step s7: can not carve maintenance or change, patrol officer is by hand-held mobile inspection terminal to center master control system
Send assistance request, after center master control system receives assistance request, notify related personnel's preparation equipment, instrument to be sent to maintenance immediately
Point, patrol officer repairs or replaces to irrigation pipe again, and after the completion of keeping in repair or changing, patrol officer is patrolled using hand-held movement
Inspection terminal sends the request starting electromagnetic valve controlling system to center master control system, and center master control system starts solenoid valve control system
System；
Step s8: after monitoring system starts electromagnetic valve controlling system, continue to determine whether to still suffer from irrigating to interrupt, if no,
Internet of Things spray irrigation system is normally run, if having, continues the operation of repeat the above steps s5-s7, until Internet of Things spray irrigation system is just
Often run.
Further, described soil monitoring sensor is to experience the measured of regulation and be converted into according to certain rule
The device of usable output signal or device, described soil monitoring sensor includes measuring the soil moisture sensor of soil moisture,
The nutrient instrument of measurement nutrient.
Further, described electromagnetic valve controlling system is automated execution equipment, with water pump, moisture, nutrient ancillary equipment
It is connected.
Further, described center master control system is used for irrigating parameter setting, and irrigation situation is counted, and irrigates
Situation is stored, and is shown as data and chart.
The method have the benefit that: the Internet of Things spray irrigation system that the present invention provides interrupts emergency method, sets up prison
Examining system, when monitoring station data and monitoring system irrigation decision are judged as irrigating interruption, information is sent to and patrols and examines people by monitoring system
In the inspection terminal of member, in inspection terminal, gps alignment system is oriented and is irrigated the monitoring station interrupted, monitoring station lookup monitoring point,
Find out irrigation interruption position, monitoring system closes electromagnetic valve controlling system, patrol officer keeps in repair to it or changes, solve at present
Internet of Things spray irrigation system is highly prone to external action and interrupts and cannot provide the defect of emergency measure, will give full play to existing Internet of Things
Pouring water in net spray irrigation system, monitoring device effect, Optimized Operation, increase the benefit, automatically controlled by informationization, more economize on water
Energy-conservation, reduce irrigation cost, improve irrigation quality, will make irrigation more science, convenience, raise the management level, improve sprinkling irrigation
The emergency disposal ability of system break, reduces the Deal with Time that spray irrigation system is interrupted, and the inventive method is simply easy to spread, is
A kind of good Internet of Things spray irrigation system interrupts emergency measure.
Specific embodiment
For making those skilled in the art more understand and clear and definite technical scheme, with reference to specific embodiment pair
The present invention is described in further detail, but embodiments of the present invention not limited to this.
The present embodiment provides a kind of Internet of Things spray irrigation system to interrupt emergency method, and described emergency method is according to differently
Area, the different demands of Different Crop, set up Internet of Things spray irrigation system and interrupt monitoring system, this monitoring system is to utilize network technology
With information technology, field irrigation is monitored, this monitoring system monitors the data of the monitoring station in crop ped location for the foundation with advance
When to be arranged on irrigation decision in this monitoring system be to irrigate to interrupt, this monitoring system sends irrigating interrupting information to patrolling and examining people
In the hand-held mobile inspection terminal of member, patrol officer orients this filling using the gps alignment system in hand-held mobile inspection terminal
Irrigate the monitoring station of interruption, using the monitoring information on this monitoring station, search and set up in the monitoring point of irrigation pipe Inlet and outlet water position,
Find out irrigation interruption position, using monitoring system, the electromagnetic valve controlling system on the irrigation pipe at monitoring point is closed, patrol and examine
Personnel repair or replace to irrigating the position interrupted, after the completion of irrigating the position maintenance interrupted or changing, patrol officer
Send the request starting electromagnetic valve controlling system using hand-held mobile inspection terminal to monitoring system, monitoring system starts electromagnetic valve
Control system, and judge whether to still suffer from irrigating to interrupt, if no, Internet of Things spray irrigation system is normally run, if having, continue to repeat
Aforesaid operations, until Internet of Things spray irrigation system is normally run.
Further, described monitoring system is by center master control system, acquisition control system, wireless telecommunication system, soil prison
Survey sensor and electromagnetic valve controlling system composition, center master control system set up the information of pouring water of different regions, Different Crop,
Acquisition control system generates software by irrigation decision and controls center master control system, wireless telecommunication system, soil monitoring sensor
With the running status of electromagnetic valve controlling system, and control being turned on and off of electromagnetic valve, described soil monitoring Sensor monitoring fills
Irrigate the soil moisture at the monitoring point of water pipe Inlet and outlet water position, electromagnetic valve controlling system is connected with water pump, soil monitoring sensor
By wireless telecommunication system to center master control system transmission data, center master control system passes through acquisition control system to electromagnetic valve control
System output order processed, is wirelessly connected between described monitoring point and described monitoring station, and described monitoring point has gps positioning function,
Position and the monitoring information of described monitoring point are shown on described monitoring station, logical between described monitoring station and described center master control system
Cross wireless telecommunication system to connect.
Further, a kind of Internet of Things spray irrigation system interrupts emergency method, specifically includes following steps:
Step s1: set up multiple monitoring points on the Inlet and outlet water position of the irrigation pipe laying, build near monitoring point
Vertical monitoring station；
Step s2: set up Internet of Things spray irrigation system in Surveillance center and interrupt monitoring system, the acquisition controlling in monitoring system
System monitoring center master control system, the running status of wireless telecommunication system, soil monitoring sensor and electromagnetic valve controlling system, in
Heart master control system is passed through wireless telecommunication system and is connected with the foundation of each monitoring station, and each monitoring station is set up and built with each monitoring point that it is monitored
Vertical connection；
Step s3: each monitoring point collects Monitoring Data to monitoring station, the Monitoring Data after monitoring station is collected is passed through wirelessly
Communication system is back to center master control system, center master control system by Monitoring Data be set in advance in the master control system of center
Irrigation decision is compared；
Step s4: when Monitoring Data is interrupted for irrigating by center master control system with the pre- result irrigating decision comparison, center
Master control system is sent irrigating interrupting information to the hand-held mobile inspection terminal of patrol officer by wireless telecommunication system, patrols and examines
Personnel orient the monitoring station of this irrigation interruption using the gps alignment system in hand-held mobile inspection terminal；
Step s5: after patrol officer reaches monitoring station, using the monitoring information on this monitoring station, search and set up in irrigation water
The monitoring point of pipe Inlet and outlet water position, finds out irrigation interruption position, and is sent out to center master control system by hand-held mobile inspection terminal
Go out request and close the electromagnetic valve controlling system on the irrigation pipe irrigated at interruption position monitoring point；
Step s6: patrol officer judge irrigation pipe maintenance or change, can keep in repair at once or change, patrol officer according to
Institute's band instrument repairs or replaces to irrigation pipe at once with oneself, and after the completion of keeping in repair or changing, patrol officer utilizes hand-held shifting
Dynamic inspection terminal sends the request starting electromagnetic valve controlling system to center master control system, and center master control system starts electromagnetic valve control
System processed；
Step s7: can not carve maintenance or change, patrol officer is by hand-held mobile inspection terminal to center master control system
Send assistance request, after center master control system receives assistance request, notify related personnel's preparation equipment, instrument to be sent to maintenance immediately
Point, patrol officer repairs or replaces to irrigation pipe again, and after the completion of keeping in repair or changing, patrol officer is patrolled using hand-held movement
Inspection terminal sends the request starting electromagnetic valve controlling system to center master control system, and center master control system starts solenoid valve control system
System；
Step s8: after monitoring system starts electromagnetic valve controlling system, continue to determine whether to still suffer from irrigating to interrupt, if no,
Internet of Things spray irrigation system is normally run, if having, continues the operation of repeat the above steps s5-s7, until Internet of Things spray irrigation system is just
Often run.
Further, described soil monitoring sensor is to experience the measured of regulation and be converted into according to certain rule
The device of usable output signal or device, described soil monitoring sensor includes measuring the soil moisture sensor of soil moisture,
The nutrient instrument of measurement nutrient, described electromagnetic valve controlling system is automated execution equipment, with water pump, moisture, nutrient ancillary equipment
It is connected, described center master control system is used for irrigating parameter setting, and irrigation situation is counted, and the situation of irrigating is deposited
Storage, is shown as data and chart.
In sum, the Internet of Things spray irrigation system of the present embodiment interrupts emergency method, sets up monitoring system, monitoring station data
When being judged as irrigating interruption with monitoring system irrigation decision, information is sent in the inspection terminal of patrol officer monitoring system, patrols
In inspection terminal, gps alignment system is oriented and is irrigated the monitoring station interrupted, monitoring station lookup monitoring point, finds out irrigation interruption position,
Monitoring system closes electromagnetic valve controlling system, and patrol officer keeps in repair to it or changes, and solves current Internet of Things spray irrigation system pole
It is vulnerable to external action to interrupt and the defect of emergency measure cannot be provided, the filling in existing Internet of Things spray irrigation system will be given full play to
Water, monitoring device effect, Optimized Operation, increase the benefit, automatically controlled by informationization, more save water and energy, reduce and irrigate into
This, improve irrigation quality, will make irrigation more science, convenience, raise the management level, improve spray irrigation system interrupt emergent place
Put ability, reduce the Deal with Time that spray irrigation system is interrupted, and the inventive method is simply easy to spread, is a kind of good Internet of Things
Spray irrigation system interrupts emergency measure.
The above, patent preferred embodiment only of the present invention, but the protection domain of patent of the present invention is not limited to
This, in scope disclosed in patent of the present invention for any those familiar with the art, according to the skill of patent of the present invention
Art scheme and its design in addition equivalent or change, broadly fall into the protection domain of patent of the present invention.
Claims (9)
1. a kind of Internet of Things spray irrigation system interrupt emergency method it is characterised in that described emergency method be according to different regions, no
With the different demands of crop, set up Internet of Things spray irrigation system and interrupt monitoring system, this monitoring system is using network technology and letter
Breath technology is monitored to field irrigation, this monitoring system monitor set up crop ped location monitoring station data with pre-set
When irrigation decision in this monitoring system is to irrigate to interrupt, this monitoring system sends irrigating interrupting information to patrol officer's
In hand-held mobile inspection terminal, patrol officer is oriented in this irrigation using the gps alignment system in hand-held mobile inspection terminal
Disconnected monitoring station, using the monitoring information on this monitoring station, searches and sets up in the monitoring point of irrigation pipe Inlet and outlet water position, find out
Irrigate interruption position, using monitoring system, the electromagnetic valve controlling system on the irrigation pipe at monitoring point is closed, patrol officer
Repair or replace to irrigating the position interrupted, after the completion of irrigating the position maintenance interrupted or changing, patrol officer utilizes
Hand-held mobile inspection terminal sends the request starting electromagnetic valve controlling system to monitoring system, and monitoring system starts solenoid valve control
System, and judge whether to still suffer to irrigate and interrupt, if no, Internet of Things spray irrigation system is normally run, if having, continues to repeat above-mentioned
Operation, until Internet of Things spray irrigation system is normally run.
2. a kind of Internet of Things spray irrigation system according to claim 1 interrupts emergency method it is characterised in that described monitoring system
Tong You center master control system, acquisition control system, wireless telecommunication system, soil monitoring sensor and electromagnetic valve controlling system group
Become.
3. a kind of Internet of Things spray irrigation system according to claim 2 interrupts emergency method it is characterised in that in center master control
The information of pouring water of different regions, Different Crop is set up, acquisition control system is generated in software control by irrigation decision in system
Heart master control system, the running status of wireless telecommunication system, soil monitoring sensor and electromagnetic valve controlling system, and control electromagnetic valve
Be turned on and off.
4. a kind of Internet of Things spray irrigation system according to claim 2 interrupts emergency method it is characterised in that described soil is supervised
Survey the soil moisture at the monitoring point of Sensor monitoring irrigation pipe Inlet and outlet water position, electromagnetic valve controlling system is connected with water pump,
Soil monitoring sensor passes through wireless telecommunication system to center master control system transmission data, and center master control system passes through acquisition controlling
System is to electromagnetic valve controlling system output order.
5. a kind of Internet of Things spray irrigation system according to claim 2 interrupts emergency method it is characterised in that described monitoring point
Wirelessly it is connected between described monitoring station, described monitoring point has gps positioning function, described monitoring station shows described monitoring point
Position and monitoring information, be connected by wireless telecommunication system between described monitoring station and described center master control system.
6. a kind of Internet of Things spray irrigation system according to claim 2-5 any one interrupt emergency method it is characterised in that
Specifically include following steps:
Step s1: set up multiple monitoring points on the Inlet and outlet water position of the irrigation pipe laying, set up prison near monitoring point
Survey station；
Step s2: set up Internet of Things spray irrigation system in Surveillance center and interrupt monitoring system, the acquisition control system in monitoring system
Monitoring center's master control system, the running status of wireless telecommunication system, soil monitoring sensor and electromagnetic valve controlling system, center master
Control system is passed through wireless telecommunication system and is connected with the foundation of each monitoring station, and each monitoring station is set up each monitoring point monitored with it and set up even
Connect；
Step s3: each monitoring point collects Monitoring Data to monitoring station, the Monitoring Data after monitoring station is collected passes through wireless telecommunications
System is back to center master control system, and center master control system is by Monitoring Data and the irrigation being set in advance in the master control system of center
Decision-making is compared；
Step s4: when Monitoring Data is interrupted for irrigating by center master control system with the pre- result irrigating decision comparison, center master control
System is sent irrigating interrupting information to the hand-held mobile inspection terminal of patrol officer by wireless telecommunication system, patrol officer
Orient the monitoring station of this irrigation interruption using the gps alignment system in hand-held mobile inspection terminal；
Step s5: after patrol officer reaches monitoring station, using the monitoring information on this monitoring station, search and set up to enter in irrigation pipe
The monitoring point of water exit position, finds out irrigation interruption position, and by hand-held mobile inspection terminal to center master control system send please
Seek the electromagnetic valve controlling system closed on the irrigation pipe irrigated at interruption position monitoring point；
Step s6: patrol officer judges irrigation pipe maintenance or changes, and can keep in repair at once or change, patrol officer is according to carry-on
Institute's band instrument repairs or replaces to irrigation pipe at once, and after the completion of keeping in repair or changing, patrol officer is patrolled using hand-held movement
Inspection terminal sends the request starting electromagnetic valve controlling system to center master control system, and center master control system starts solenoid valve control system
System；
Step s7: can not carve maintenance or change, patrol officer is sent to center master control system by hand-held mobile inspection terminal
Assist request, after center master control system receives assistance request, notify related personnel's preparation equipment, instrument to be sent to maintenace point immediately,
Patrol officer repairs or replaces to irrigation pipe again, and after the completion of keeping in repair or changing, patrol officer is patrolled and examined using hand-held movement
Terminal sends the request starting electromagnetic valve controlling system to center master control system, and center master control system starts solenoid valve control system
System；
Step s8: after monitoring system starts electromagnetic valve controlling system, continue to determine whether to still suffer from irrigating to interrupt, if no, Internet of Things
Net spray irrigation system is normally run, if having, continues the operation of repeat the above steps s5-s7, until Internet of Things spray irrigation system is normally transported
OK.
7. a kind of Internet of Things spray irrigation system according to claim 6 interrupts emergency method it is characterised in that described soil is supervised
Surveying sensor is measured and be converted into usable output signal according to certain rule device or the device that can experience regulation, institute
State soil monitoring sensor and include measuring the soil moisture sensor of soil moisture, the nutrient instrument of measurement nutrient.
8. a kind of Internet of Things spray irrigation system according to claim 6 interrupts emergency method it is characterised in that described electromagnetic valve
Control system is automated execution equipment, is connected with water pump, moisture, nutrient ancillary equipment.
9. a kind of Internet of Things spray irrigation system according to claim 6 interrupts emergency method it is characterised in that described center master
Control system is used for irrigating parameter setting, and irrigation situation is counted, and the situation of irrigating is stored, and is shown as data and figure
Table.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111667376A (en) * | 2020-06-19 | 2020-09-15 | 黄河勘测规划设计研究院有限公司 | Irrigation district water conservation management system based on big dipper navigation communication technology |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6108590A (en) * | 1996-09-26 | 2000-08-22 | Hergert; C. David | Integrated irrigation optimization power control system |
| CN204762608U (en) * | 2015-06-16 | 2015-11-18 | 山东沣瑞置业发展有限公司 | Afforestation intelligent management system of community |
| CN105409732A (en) * | 2015-12-21 | 2016-03-23 | 深圳大学 | Wireless solar irrigation system |
| CN205266527U (en) * | 2015-12-02 | 2016-06-01 | 新疆水利水电科学研究院 | Thing networking water -saving irrigation automated control system |
| CN105787801A (en) * | 2015-01-14 | 2016-07-20 | 埃森哲环球服务有限公司 | Precision Agriculture System |
-
2016
- 2016-08-30 CN CN201610762225.XA patent/CN106373020A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6108590A (en) * | 1996-09-26 | 2000-08-22 | Hergert; C. David | Integrated irrigation optimization power control system |
| CN105787801A (en) * | 2015-01-14 | 2016-07-20 | 埃森哲环球服务有限公司 | Precision Agriculture System |
| CN204762608U (en) * | 2015-06-16 | 2015-11-18 | 山东沣瑞置业发展有限公司 | Afforestation intelligent management system of community |
| CN205266527U (en) * | 2015-12-02 | 2016-06-01 | 新疆水利水电科学研究院 | Thing networking water -saving irrigation automated control system |
| CN105409732A (en) * | 2015-12-21 | 2016-03-23 | 深圳大学 | Wireless solar irrigation system |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111667376A (en) * | 2020-06-19 | 2020-09-15 | 黄河勘测规划设计研究院有限公司 | Irrigation district water conservation management system based on big dipper navigation communication technology |
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