CN202602714U - Intelligent greenhouse monitoring system based on internet of things and cloud computing technology - Google Patents
Intelligent greenhouse monitoring system based on internet of things and cloud computing technology Download PDFInfo
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- CN202602714U CN202602714U CN2012202457249U CN201220245724U CN202602714U CN 202602714 U CN202602714 U CN 202602714U CN 2012202457249 U CN2012202457249 U CN 2012202457249U CN 201220245724 U CN201220245724 U CN 201220245724U CN 202602714 U CN202602714 U CN 202602714U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The utility model discloses an intelligent greenhouse monitoring system based on internet of things and a cloud computing technology. The system comprises an information collection unit group, a monitoring center and a controlling unit group, wherein the information collection unit group is used for transmitting collected greenhouse information to the monitoring center, the monitoring center receives and analyses the greenhouse information and transmits control signals to the controlling unit group, and the controlling unit group receives the control signals and conducts corresponding control operations in accordance with the control signals. According to the system, the internet of things and the cloud computing technology are used, information such as air temperature and humidity, soil moisture content, soil temperature, carbon dioxide concentration and illumination intensity can be obtained remotely in real time and is transmitted to the monitoring center through networks such as general packet radio service (GPRS), by the aid of crop growth model analysis, devices of the controlling unit group, such as a dampening machine, a temperature-rising light-supplementing machine and a carbon dioxide fertilizer machine can conduct corresponding operations through user remote control or automatic control of a controlling center, and the environment in a greenhouse is suitable to crop growth.
Description
Technical field
The utility model relates to a kind of greenhouse supervisory control system, is specifically related to a kind of intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology.
Background technology
So-called Internet of Things is exactly the Internet that thing links to each other with thing; Be meant various information sensing equipment; Like the agreement of equipment such as rfid device, infrared inductor, global positioning system, laser scanner by agreement; Link to each other any article with the Internet, carry out information exchange and communicate by letter, to realize a huge network of intelligent identification positioning, tracking, monitoring and management.It comprises the two-layer meaning: 1. the core of Internet of Things and basis remain the Internet, are extension and the network of expansion on the basis, the Internet; 2. its user side extends and has expanded between any article and the article, carries out information exchange and communicates by letter.
Cloud computing (cloud computing) is based on increase, use and the delivery mode of the related service of the Internet, is usually directed to provide through the Internet dynamically be prone to expansion and often be virtualized resource.Be characterized in, be distributed on a large amount of distributed computers through making to calculate, but not in local computer or the remote server, the operation of enterprise data center will be more similar with the Internet.This makes that enterprise can be with resource switch to the application of needs, according to demand access computer and storage system.Cloud computing is the network technology that grew up in recent years, and each big IT company releases the platform service based on the cloud computing technology of oneself one after another, like Google, Microsoft, Yahoo, Amazon or the like.
The development of Internet of Things and cloud computing technology is the intelligent monitoring and the management in greenhouse, realizes that scale, industrialization provide opportunity.The intelligent monitor system that is suitable for extensive greenhouse is not also arranged in the market, and along with social development, how efficiently the prior art level can not satisfy the user to, scientifically manage the demand of large greenhouse.
The utility model content
The purpose of the utility model is to addressing the above problem, and a kind of intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology is provided.
For realizing that the technical scheme that the utility model purpose is adopted is: a kind of intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology; Comprise information acquisition unit group, Surveillance center and control unit group; Said information acquisition unit group is given Surveillance center with the greenhouse message transmission that is collected; Said Surveillance center receives and analyzes greenhouse information and carries control signal to the control unit group, and said control unit group of received control signal is also done control corresponding according to control signal and operated; Said information acquisition unit group comprises aerial temperature and humidity transducer, soil moisture temperature sensor, optical sensor and carbon dioxide sensor; Said Surveillance center and Internet connection and communication each other, Surveillance center comprises central server, Cloud Server and user's operating platform, Cloud Server, user's operating platform are connected with central server; Said control unit group comprises greenhouse draw curtain, blower fan, air humidification equipment, air themperature control appliance, irrigation system and carbon-dioxide gasfertilizer machine.
More excellent, said user's operating platform comprises mobile platform and fixed platform, and said mobile platform comprises palmtop PC, notebook computer and mobile phone, and said fixed platform comprises the PC PC.
More excellent, said blower fan comprises circulating fan, exhaust blower, air-heater and air exhauster.
More excellent, said control unit group also comprises the control appliance that is used to control greenhouse window, ventilating opening switch.
More excellent, said Surveillance center also comprises optical transceiver, the large scale display decorum and ups power.
More excellent, said information acquisition unit group also comprises video monitoring system.
More excellent, said information acquisition unit group also comprises the weather monitoring station, said weather monitoring station comprises air themperature humidity sensor, wind speed wind direction sensor, rain sensor, solar radiation sensor and solar electric power supply system.
More excellent, comprising via node, the greenhouse signal that said signal gathering unit group is collected is transferred to Surveillance center through via node, and the control signal that said Surveillance center sent is transferred to the control unit group through via node.
More excellent, through wired or wireless mode transmission signals, wherein Wireless transmission mode comprises WSN, WIFI and GPRS between said via node and signal gathering unit group and the control unit group.
More excellent, through wired or wireless mode transmission signals, wherein Wireless transmission mode comprises WSN, WIFI and GPRS between said via node and the Surveillance center.
The intelligent greenhouse system of the utility model, utilization Internet of Things and cloud computing technology, but real time remote obtains warmhouse booth inner aerial temperature and humidity, soil moisture, the soil moisture, CO
2Information such as concentration, intensity of illumination and video image; Arrive Surveillance center through Network Transmission such as WSN and GPRS; Through the crop growth model analysis; Can control automatically by user's Long-distance Control or control centre, make humidifier, spray drip irrigation, interior external sunshade, roof window side window, heating and light supplementing, the CO of control unit group
2Equipment such as Gaseous fertilizer apparatus are done corresponding operating, to guarantee the suitable plant growth of environment in the warmhouse booth.
Simultaneously, can give long-range agrotechnical guidance by agricultural experts according to crop growing state or disease pest and weed situation.In addition; Environmental information and crop growing state in the warmhouse booth can be inquired about in real time through information terminals such as mobile phone, palmtop PC, computers by peasant household; Simultaneously can pass through information terminal Long-distance Control warmhouse booth environment adjusting device, thereby realize warmhouse booth intensification, networking, intelligent management, effectively reduce labour intensity and production cost; Reduce disease and take place, promote quality of agricultural product and economic benefit.
Description of drawings
Fig. 1 is the sketch map in the utility model embodiment greenhouse
Fig. 2 is the connection sketch map of the utility model embodiment intelligent greenhouse supervisory control system
Embodiment
Be described further below in conjunction with the specific embodiment of accompanying drawing the utility model:
As depicted in figs. 1 and 2; A kind of intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology; Comprise information acquisition unit group 131, Surveillance center and control unit group 132; Said information acquisition unit group 131 is given Surveillance center with the greenhouse message transmission that is collected, and said Surveillance center receives and analyzes greenhouse information and carries control signal to control unit group 132, and said control unit group 132 receives control signal and does the control corresponding operation according to control signal.
Surveillance center comprises local monitor center 11 and strange land Surveillance center 5, and strange land Surveillance center 5 is connected with local monitor center 11 through the Internet 4, thereby lets the farm management personnel make things convenient for the strange land monitoring.The local monitor center 11 of present embodiment is meant the Surveillance center that is positioned at the farm, and strange land Surveillance center 5 can be a family not in the scope of farm, other farms, or other places that can surf the Net.This intelligent greenhouse supervisory control system can connect a plurality of farms (1,2,3) the realization strange land, how monitor through the Internet 4; Can a plurality of greenhouses 13 (13a, 13b) be connected again in each farm (1,2,3); Make things convenient for warmhouse booth intensification, networking, intelligent management; Effectively reduce labour intensity and production cost, reduce disease and take place, promote quality of agricultural product and economic benefit.
The intelligent greenhouse system of present embodiment, utilization Internet of Things and cloud computing technology, but real time remote obtains warmhouse booth inner aerial temperature and humidity, soil moisture, the soil moisture, CO
2Information such as concentration, intensity of illumination and video image; Arrive Surveillance center through Network Transmission such as WSN and GPRS; Through the crop growth model analysis; Can control automatically by user's Long-distance Control or control centre, make humidifier, spray drip irrigation, interior external sunshade, roof window side window, heating and light supplementing, the CO of control unit group
2Equipment such as Gaseous fertilizer apparatus are done corresponding operating, to guarantee the suitable plant growth of environment in the warmhouse booth.
Said information acquisition unit group 131 comprises aerial temperature and humidity transducer, soil moisture temperature sensor, optical sensor and carbon dioxide sensor, also comprises video monitoring system, weather monitoring station.Said weather monitoring station comprises air themperature humidity sensor, wind speed wind direction sensor, rain sensor, solar radiation sensor and solar electric power supply system.
Greenhouse information acquisition unit group 131 is made up of various environmental information acquisition terminals, can monitor aerial temperature and humidity, soil moisture content, the soil moisture, intensity of illumination, CO in real time
2Information such as concentration, crop growing state, and agricultural weather information realize the monitoring of Surveillance center to each warmhouse booth environmental information.
Video monitoring system is effectively replenished as data message, and technology Network Based and video signal transmission technology are carried out round-the-clock video monitoring to warmhouse booth inside crop growth conditions.This system is made up of network-type video server, high-resolution camera, and the network-type video server is conversion and the transmission in order to vision signal to be provided mainly, and realizes long-range Internet video service.On existing Internet, can carry out long-range image access, realization multiple spot, online, monitoring mode easily according to user right as long as just can surf the Net.
Said Surveillance center (11,5) is connected with the Internet 4 and communication each other; Surveillance center (11,5) comprises central server, Cloud Server and user's operating platform; Cloud Server, user's operating platform are connected with central server, also comprise optical transceiver, the large scale display decorum and ups power.Said user's operating platform comprises mobile platform 6 and fixed platform, and said mobile platform 6 comprises palmtop PC, notebook computer and mobile phone, and said fixed platform comprises the PC PC.
Present embodiment also comprises via node 12 (12a, 12b); The greenhouse signal that said signal gathering unit group 131 is collected is transferred to Surveillance center 11 through via node 12 (12a, 12b), and the control signal that said Surveillance center 11 is sent is transferred to control unit group 132 through via node 12 (12a, 12b).Through wired or wireless mode transmission signals, wherein Wireless transmission mode comprises WSN, WIFI and GPRS between said via node 12 (12a, 12b) and signal gathering unit group 131 and the control unit group 132; Through wired or wireless mode transmission signals, wherein Wireless transmission mode comprises WSN, WIFI and GPRS between said via node 12 (12a, 12b) and the Surveillance center 11.
Surveillance center (11,5) also comprises built-in software operation platform; Can the basic data of various awareness apparatus such as soil information awareness apparatus, air environment monitoring awareness apparatus, outside meteorological awareness apparatus, video information awareness apparatus be carried out storage and uniform, processing and excavation through application software platform; Intelligent decision through central Control Software; Form effective instruction; Mode through acousto-optic electric alarm guidance management personnel or direct control executing mechanism is regulated the microclimate environment in the facility, for plant growth provides good growing environment.Surveillance center can carry out information system management and carry out achievements exhibition whole Demonstration Garden.
Said control unit group 132 comprises greenhouse draw curtain, blower fan, air humidification equipment, air themperature control appliance, irrigation system and carbon-dioxide gasfertilizer machine, also comprises the control appliance that is used to control greenhouse window, ventilating opening switch.Said blower fan comprises circulating fan, exhaust blower, air-heater and air exhauster.
Greenhouse control unit group 132 according to Surveillance center's control signals transmitted to aerial temperature and humidity, soil moisture moisture, intensity of illumination and CO in the warmhouse booth
2Parameters such as concentration are controlled environment adjusting device, comprise internal sunshade, external sunshade, blower fan, wet curtain water pump, top portion ventilation, irrigation electromagnetically operated valve, CO
2Equipment such as Gaseous fertilizer apparatus.
This intelligent greenhouse system can also give long-range agrotechnical guidance by agricultural experts according to crop growing state or disease pest and weed situation.In addition; Environmental information and crop growing state in the warmhouse booth can be inquired about in real time through information terminals such as mobile phone, palmtop PC, computers by peasant household; Simultaneously can pass through information terminal Long-distance Control warmhouse booth environment adjusting device, thereby realize warmhouse booth intensification, networking, intelligent management, effectively reduce labour intensity and production cost; Reduce disease and take place, promote quality of agricultural product and economic benefit.
The utility model is towards modern installations agricultural development demand; Utilization Internet of Things and cloud computing technique construction intelligent greenhouse system; Services such as the perception of warmhouse booth environmental information intelligence, reliable transmission, Based Intelligent Control, precision management, disease and pest early warning and remote diagnosis are provided; Promote the level of IT application of industrialized agriculture comprehensively, realize the high yield, high-quality of industrialized agriculture, efficient, ecological, safety and sustainable development.
According to the announcement and the instruction of above-mentioned specification, the utility model those skilled in the art can also change and revise above-mentioned execution mode.Therefore, the embodiment that discloses and describe above the utility model is not limited to is in the protection range of the claim that also should fall into the utility model to some modifications and the change of the utility model.In addition, although used some specific terms in this specification, these terms are explanation for ease just, the utility model is not constituted any restriction.
Claims (10)
1. intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology; It is characterized in that: comprise information acquisition unit group, Surveillance center and control unit group; Said information acquisition unit group is given Surveillance center with the greenhouse message transmission that is collected; Said Surveillance center receives and analyzes greenhouse information and carries control signal to the control unit group, and said control unit group of received control signal is also done control corresponding according to control signal and operated;
Said information acquisition unit group comprises aerial temperature and humidity transducer, soil moisture temperature sensor, optical sensor and carbon dioxide sensor;
Said Surveillance center and Internet connection and communication each other, Surveillance center comprises central server, Cloud Server and user's operating platform, Cloud Server, user's operating platform are connected with central server;
Said control unit group comprises greenhouse draw curtain, blower fan, air humidification equipment, air themperature control appliance, irrigation system and carbon-dioxide gasfertilizer machine.
2. according to the described intelligent greenhouse supervisory control system of claim 1 based on Internet of Things and cloud computing technology; It is characterized in that: said user's operating platform comprises mobile platform and fixed platform; Said mobile platform comprises palmtop PC, notebook computer and mobile phone, and said fixed platform comprises the PC PC.
3. according to the described intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology of claim 1, it is characterized in that: said blower fan comprises circulating fan, exhaust blower, air-heater and air exhauster.
4. according to the described intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology of claim 1, it is characterized in that: said control unit group also comprises the control appliance that is used to control greenhouse window, ventilating opening switch.
5. according to the described intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology of claim 1, it is characterized in that: said Surveillance center also comprises optical transceiver, the large scale display decorum and ups power.
6. according to the described intelligent greenhouse supervisory control system based on Internet of Things and cloud computing technology of claim 1, it is characterized in that: said information acquisition unit group also comprises video monitoring system.
7. according to the described intelligent greenhouse supervisory control system of claim 1 based on Internet of Things and cloud computing technology; It is characterized in that: said information acquisition unit group also comprises the weather monitoring station, and said weather monitoring station comprises air themperature humidity sensor, wind speed wind direction sensor, rain sensor, solar radiation sensor and solar electric power supply system.
8. according to the described intelligent greenhouse supervisory control system of claim 1 based on Internet of Things and cloud computing technology; It is characterized in that: comprise via node; The greenhouse signal that said signal gathering unit group is collected is transferred to Surveillance center through via node, and the control signal that said Surveillance center sent is transferred to the control unit group through via node.
9. according to the described intelligent greenhouse supervisory control system of claim 8 based on Internet of Things and cloud computing technology; It is characterized in that: through wired or wireless mode transmission signals, wherein Wireless transmission mode comprises WSN, WIFI and GPRS between said via node and signal gathering unit group and the control unit group.
10. according to the described intelligent greenhouse supervisory control system of claim 8 based on Internet of Things and cloud computing technology; It is characterized in that: through wired or wireless mode transmission signals, wherein Wireless transmission mode comprises WSN, WIFI and GPRS between said via node and the Surveillance center.
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2012
- 2012-05-28 CN CN2012202457249U patent/CN202602714U/en not_active Expired - Fee Related
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|---|---|---|---|---|
| CN103053304A (en) * | 2012-12-19 | 2013-04-24 | 象山县农业技术推广中心 | Agricultural circulating planting method |
| CN103053304B (en) * | 2012-12-19 | 2014-11-26 | 象山县农业技术推广中心 | Agricultural circulating planting method |
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