CN102063099A - Intelligent plant culture method, system and device - Google Patents
Intelligent plant culture method, system and device Download PDFInfo
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- CN102063099A CN102063099A CN 201010523209 CN201010523209A CN102063099A CN 102063099 A CN102063099 A CN 102063099A CN 201010523209 CN201010523209 CN 201010523209 CN 201010523209 A CN201010523209 A CN 201010523209A CN 102063099 A CN102063099 A CN 102063099A
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Abstract
The invention relates to the field of intelligent culture and provides an intelligent plant culture method, an intelligent plant culture system and an intelligent plant culture device. The intelligent plant culture method comprises the following steps of: downloading and embedding network culture client software, network communication and an input signal; receiving a network signal, analyzing data and generating a start instruction; acquiring and transmitting data; receiving and executing an instruction of a central control subsystem, conducting operation of supplementing moisture, nutrient, illumination or temperature, contrasting the data, and sending a driving instruction; and receiving and executing the instruction and conducting the operation of supplementing moisture, nutrient, illumination or temperature. The invention creatively integrates flower culture, photoelectric sensor, intelligent embedding and modern network techniques into a whole applied in the field of intelligent plant culture and solves the problem that people do not have time to take flower and plant culture into consideration.
Description
Technical field
The present invention relates to intelligent breed field, relate in particular to the method, system and device that a kind of plant intelligent is cultured.
Background technology
The needs that public place, office and floriculture at home are accustomed to and are beautified the environment as a kind of civilization, people drop into huge energy and financial resources, carry out artificial cultivation and nursing.Because country, area, national customs and the difference in season, people need professional relatively Floristry to culture.Especially in the modern life, people's working and learning are very busy, the plants and flowers of being liked of having no time to look after and cultivate, more be negligent of arranging, cause malnutrition, arid is exhausted, environmental pollution is serious in the last few years in addition, and the climate change impermanence influences growing up healthy and sound of flowers especially.
Chinese invention patent (application number 200810037126.0, publication number 101574046, open day on November 11st, 2009) in its summary, be described to a kind of intelligent flowerpot, comprise a flowerpot body, be provided with the sensor groups of moisture in the measured soil, temperature, nutrient in the described flowerpot, described sensor groups also connects a display device that is arranged on the flowerpot body internal surface, is people according to the fertilising of watering in right amount of the content of display device, just is easier to culture out flourishing flowers and plants.
Though the technical scheme of foregoing invention has designed lack of water, the electronics flowerpot of fertilizer deficiency indication, but all be to be based upon on the test model of simple function, the massive planting thing flowers training of neither one system perfecting is planted, cultures, is nursed, and according to conditions such as soil moisture, nutrition condition, solar radiation, environment temperatures, in conjunction with different cultivars and cultivating system of controlling automatically season and product.Along with constantly perfect, the reduction of solar electrical energy generation material cost and the popularizing of internet and mobile communication technology of the continuous development of the connection of multisensor thing in recent years embedded technology, low-power consumption embedded technology, develop a kind of network flowerpot of practicality more and intelligent cultivating system and product has become possibility.The object of the present invention is to provide a kind of is the non-virtual electronic information products of one in conjunction with flowers breed, photoelectric sensor, intelligence embedding, modern network technology.
Summary of the invention
Purpose of the present invention is exactly the shortcoming that will overcome above-mentioned prior art, and providing a kind of is plant intelligent cultural method, system and the device of one in conjunction with flowers breed, photoelectric sensor, intelligence embedding, modern network technology.
The present invention is achieved by the following technical solutions:
A kind of plant intelligent cultural method comprises:
Download and insert network and culture user side software;
Network service, input signal;
Receive network signal, analyze data and make enabled instruction;
Image data and Data transmission; Receive and also to carry out central control subsystem instruction, make keep the skin wet, the action of nutrient, illumination or temperature,
Correlation data is sent driving command;
Receive also execution command, make keep the skin wet, the action of nutrient, illumination or temperature.
Also comprise: to reserve battery charging and demonstration plant need state and sounding reminding.
Described image data comprises, soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing.
A kind of plant intelligent cultivating system comprises: network is cultured user side subsystem, network service subsystem, central control subsystem, multisensor sampled subsystem, multichannel driver sub-system, wherein:
Described network is cultured the user side subsystem, obtain to register as legal member by network registry in the network flowerpot term of validity by legitimate channels, and the flowers that obtain to be matched are supported planting technology, download and insert the breed drive software of correspondence, begin to enable intelligent cultivating system;
Described network service subsystem, carry out strange land communication or carry out short haul connection by handheld device by computer network;
Described central control subsystem is used to receive network signal, analyzes correlation data and makes startup or driving command;
Described multisensor sampled subsystem, be used to gather soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing, and give central control subsystem data transfer;
Described multichannel driver sub-system is used for receiving and carries out central control subsystem instruction, make keep the skin wet, the action of nutrient, illumination or temperature.
Also comprise: the solar charging electronic system is used for reserve battery is charged; With, the audio frequency and video subsystem is used to show plant need state and sounding reminding.
A kind of plant intelligent cultivation apparatus, comprise: network is cultured user side unit, network communication unit, central control unit, multisensor sampling unit, multichannel driver element, wherein: described network is cultured the user side unit, obtain to register as legal member by network registry in the network flowerpot term of validity by legitimate channels, and the flowers that obtain to be matched are supported planting technology, download and insert the breed drive software of correspondence, begin to enable intelligent cultivating system;
Described network breed user side software is cultured to download the Subscriber Management System from network by the internet and is obtained, described network is cultured Subscriber Management System and is comprised complete plant breed database, described plant is cultured the data message that almost comprises all plants in the database, comprises that each kind of plant is respectively the data message of how many times to growth conditions the best of this kind of plant in illumination, moisture, nutrient, potential of hydrogen, temperature etc.;
Described network communication unit, carry out strange land communication or carry out short haul connection by handheld device by computer network;
Described central control unit is used to receive network signal, analyzes correlation data and makes startup or driving command;
The multisensor sampling unit is used to gather soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing, and gives central control subsystem with data transfer;
The multichannel driver element is used for receiving and carries out central control subsystem instruction, make keep the skin wet, the action of nutrient, illumination or temperature.
Described many sensings collecting unit also comprises the infrared sensing device.
Also comprise: the solar charging electric unit is used for reserve battery is charged; With, the audio frequency and video subelement is used to show plant need state and sounding reminding.
Another charging modes of described solar charging electric unit is to carry out the power supply supply by USB interface.
Described multichannel driver element comprises moisture supply unit, nutrient supply unit, illumination supply unit and temperature supply unit, and wherein: described moisture supply unit and nutrient supply unit carry out supply by energy-saving electromagnetic valve or wriggling drip irrigation switch;
Described illumination supply unit carries out the illumination supply according to the dynamic constant-current LED control piece of photosynthesis of plant characteristic by minute spectrum; Described temperature supply unit carries out supply by soil moisture compensation assembly.
Beneficial effect of the present invention is: the first, the invention flowers cultural technique, photoelectric sensor, intelligence are embedded, modern network technology are molten for one is applied in the plant intelligent aspect, have solved the not free problem of taking flowers and plants breed aspect into account of people.
The second, plant intelligent cultivation apparatus provided by the invention can make flourishing that the culturist easily supports flowers and plants.
Three, plant intelligent cultivation apparatus provided by the invention not only can be reminded culturist's fertilizing, watering, can also serve blessing for the culturist.
Description of drawings
The plant intelligent cultural method process flow diagram that Fig. 1 provides for the embodiment of the invention.
The plant intelligent cultivating system figure that Fig. 2 provides for the embodiment of the invention.
The plant intelligent cultivation apparatus figure that Fig. 3 provides for the embodiment of the invention.
Fig. 4 is a network flowerpot structure synoptic diagram of the present invention.
Fig. 5 is a multisensor thing connection merge module synoptic diagram of the present invention.
Fig. 6 is the plug-in synoptic diagram of network flowerpot of the present invention.
Fig. 7 is a circuit module figure of the present invention.
Fig. 8 is a schematic network structure of the present invention.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in further details;
Embodiment one:
The embodiment of the invention provides a kind of plant intelligent cultural method, system and device, cultures user side software, network service, input signal by downloading and insert network; Receive network signal, analyze data and make the moving instruction of startup;
Gather soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing, and Data transmission; Receive also execution command, make keep the skin wet, the action of nutrient, illumination or temperature cultures plant, solve the not free and energy of people and take the problem of culturing plant flowers and plants into account.
Describe technical scheme of the present invention in detail below in conjunction with accompanying drawing, in conjunction with Fig. 1, a kind of plant intelligent cultural method comprises:
100, download and insert network and culture user side software;
101, network service, input signal;
102 receive network signal, analyze data and make enabled instruction;
103, image data signal and transmit signal;
Concrete acquired signal comprises: gather soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing, and Data transmission;
104, correlation data is sent driving command
105, receive and execution command, make keep the skin wet, the action of nutrient, illumination or temperature.
Also comprise: to reserve battery charging and demonstration plant need state and sounding reminding.
In conjunction with Fig. 2, the present invention also provides a kind of plant intelligent cultivating system, comprising: network is cultured user side subsystem 20, network service subsystem 21, central control subsystem 22, multisensor sampled subsystem 23, multichannel driver sub-system 24, wherein:
Described network is cultured user side subsystem 20, obtain to register as legal member by network registry in the network flowerpot term of validity by legitimate channels, and the flowers that obtain to be matched are supported planting technology, download and insert the breed drive software of correspondence, begin to enable intelligent cultivating system;
Described network service subsystem 21, carry out strange land communication or carry out short haul connection by handheld device by computer network;
Described central control subsystem 22 is used to receive network signal, analyzes data and makes driving command;
Described multisensor sampled subsystem 23, be used to gather soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing, and give central control subsystem data transfer;
Described multichannel driver sub-system 24 is used for receiving and carries out central control subsystem instruction, make keep the skin wet, the action of nutrient, illumination or temperature.
Also comprise: solar charging electronic system 25 is used for reserve battery is charged; With, audio frequency and video subsystem 26 is used to show plant need state and sounding reminding.
In conjunction with Fig. 3, a kind of plant intelligent cultivation apparatus comprises: network is cultured user side unit 30, network communication unit 31, central control unit 32, multisensor sampling unit 33, multichannel driver element 34, wherein:
Described network is cultured user side unit 30, obtain to register as legal member by network registry in the network flowerpot term of validity by legitimate channels, and the flowers that obtain to be matched are supported planting technology, download and insert the breed drive software of correspondence, begin to enable intelligent cultivating system;
Described network communication unit 31, carry out strange land communication or carry out short haul connection by handheld device by computer network;
Described central control unit 32 is used to receive network signal, analyzes data and makes driving command;
Also comprise: solar charging electric unit 35 is used for reserve battery is charged; With, audio frequency and video subelement 36 is used to show plant need state and sounding reminding.
Described many sensings collecting unit also comprises the infrared sensing device.Described infrared sensing device perceive human body near the time can automatically start the voice and video unit, show vegetative state, and serve blessing simultaneously.
Another charging modes of described solar charging electric unit is to carry out the power supply supply by USB interface.
Described solar charging electric unit has two kinds of charging modes, both can pass through solar recharging, also can connect power source charges by USB interface.
Described multichannel driver element comprises moisture supply unit, nutrient supply unit, illumination supply unit and temperature supply unit, and wherein: described moisture supply unit and nutrient supply unit carry out supply by energy-saving electromagnetic valve or wriggling drip irrigation switch; Described illumination supply unit carries out the illumination supply according to the dynamic constant-current LED control piece of photosynthesis of plant characteristic by minute spectrum; Described temperature supply unit carries out supply by soil moisture compensation assembly.
Embodiment two:
With the network flowerpot is example, specifically describes the principle of work that network is cultured;
Fig. 4 is the structural drawing of network flowerpot, and Fig. 5 is multisensor thing connection merge module synoptic diagram.Fig. 6 can be placed on the flowerpot bottom for the external hanging type type map of multisensor thing connection merge module, the sensing implements among Fig. 5, and is as Fig. 4, shown in Figure 5.The network flowerpot comprises flowerpot basin body 1, intermediate interlayer 2, at the bottom of the basin 3 and multisensor thing connection merge module, described flowerpot basin body 1 is a double-decker, be provided with tank 8 and nutrition groove 9 in the basin body 1, described basin body outside surface is provided with solar charging panel 10 and LED light filling device 11, described multisensor thing connection merge module comprises central control module and multichannel driver module 4, sensor 5, communication interface 6 and infrared sensor and audio frequency and video module 7, on the described multisensor thing connection merge module a plurality of sensors 5 are arranged, described a plurality of sensor 5 is used to monitor the soil moisture, soil moisture, soil acidity or alkalinity, soil nutrient, ambient light, ambient humidity, environment temperature, described a plurality of sensor 5 is given central control module with the data information transfer that collects, and central control module starts the multichannel driver module according to data message, make fertilising, water, light filling and the action of heating.
Embodiment three:
The multisensor thing connection merge module of Fig. 6 can hang over the flowerpot extension, comprise central control module and multichannel driver module 4, sensor 5, tank 8, nutrition groove 9, solar charging panel 10, LED light filling device 11, LCD display window 12, infrared inductor window 13, usb 14 and HUB interface 15, plug-in being placed on of network flowerpot that Fig. 6 shows can be played the same intelligent culture efficiency of Fig. 4 network flowerpot on the network flowerpot.
Embodiment four:
In conjunction with Fig. 7, Fig. 8 is circuit module figure of the present invention and network structure, network is as shown in Figure 8 cultured Subscriber Management System and is comprised complete plant breed database, described plant is cultured the data message that almost comprises all plants in the database, comprises that each kind of plant is respectively the data message of how many times to growth conditions the best of this kind of plant in illumination, moisture, nutrient, potential of hydrogen, temperature etc.
It is to culture from network by legitimate channels to obtain the Subscriber Management System in the network flowerpot term of validity that network is cultured the user side subsystem, register as legal member by network registry, and the flowers that obtain to be matched are supported planting technology, download and insert the breed drive software of correspondence, begin to enable network flowerpot and intelligent cultivating system.
Built-in low-power consumption sampling monitoring intelligent electronic module of network flowerpot and solar recharging module, by disposing the soil and the nutritious fertilizer of suitable this plant growth, intelligence software can start breeding, growing system according to concrete weather and soil environment then, according to multisensor sample information and plant growth cycle, the artificial climate environment of control flowerpot reaches the top condition that is fit to this plant growth.
Communication module as shown in Figure 7 comprises that the INTERNET switch netting twine interface of standard drives and USB drives, and radio frequency or infrared communication carry out strange land communication and carry out short haul connection by handheld devices such as smart mobile phones by computer network.Central control system starts the multisensor sampling module after receiving signal, sensor and control module content relate to: sensor fusion such as temperature, humidity, potential of hydrogen, nutritional labeling, air quality, ambient lighting, infrared ray and control keeps the skin wet, nutrition interpolation, photosynthesis, soil moisture compensation, send timely information by wireless network, INTERNET network and other suitable communication technology at last, the overall process of monitoring plant growth.Promptly remind and spend main long-range, the short range online management that carries out by Email, SMS.More human body near the flowerpot scope in, automatically open the massaging device that is arranged on the flowerpot by human body sensing, remind and spend the main necessary nursing of carrying out, Xiang Huazhu sends the speech of welcoming blessing, informs the air qualities such as temperature, humidity index of surrounding environment.
Though preferred embodiment of the present invention is disclosed with the purpose as illustration, it will be appreciated by those skilled in the art that various modifications, interpolation and replacement are possible, as long as it does not break away from the spirit and scope of the present invention that describe in detail in the claims.
Claims (10)
1. a plant intelligent cultural method is characterized in that, comprising:
Download and insert network and culture user side software;
Network service, input signal;
Receive network signal, analyze data and make enabled instruction;
Image data, and Data transmission;
Correlation data is sent driving command;
Receive also execution command, make keep the skin wet, the action of nutrient, illumination or temperature.
2. plant intelligent cultural method according to claim 1, it is characterized in that, also comprise: to the reserve battery charging with show plant need state and sounding reminding.
3. plant intelligent cultural method according to claim 1 is characterized in that: described image data comprises soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing.
4. a plant intelligent cultivating system is characterized in that, comprising: network is cultured user side subsystem, network service subsystem, central control subsystem, multisensor sampled subsystem, multichannel driver sub-system, wherein:
Described network is cultured the user side subsystem, obtain network by legitimate channels and culture in the term of validity, register as legal member, and the flowers that obtain to be matched are supported planting technology by network registry, download and insert the breed drive software of correspondence, begin to enable intelligent cultivating system;
Described network service subsystem carries out strange land communication or carries out short haul connection by handheld device by computer network;
Described central control subsystem is used to receive network signal, analyzes correlation data and makes startup or driving command;
Described multisensor sampled subsystem, be used to gather soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing, and give central control subsystem data transfer;
Described multichannel driver sub-system is used for receiving and carries out central control subsystem instruction, make keep the skin wet, the action of nutrient, illumination or temperature.
5. plant intelligent cultivating system according to claim 4 is characterized in that, also comprises:
The solar charging electronic system is used for reserve battery is charged; With,
The audio frequency and video subsystem is used to show plant need state and sounding reminding.
6. a plant intelligent cultivation apparatus is characterized in that, comprising: network is cultured user side unit, network communication unit, central control unit, multisensor sampling unit, multichannel driver element, wherein:
Described network is cultured the user side unit, obtain network by legitimate channels and culture in the term of validity, register as legal member, and the flowers that obtain to be matched are supported planting technology by network registry, download and insert the breed drive software of correspondence, begin to enable intelligent cultivating system;
Described network communication unit carries out strange land communication or carries out short haul connection by handheld device by computer network;
Described central control unit is used to receive network signal, analyzes correlation data and makes startup or driving command;
The multisensor sampling unit is used to gather soil moisture, the soil moisture, soil acidity or alkalinity, ambient lighting, environment temperature, ambient humidity, ambient sound, ambient image, the ultrared data of human body sensing, and gives central control subsystem with data transfer;
The multichannel driver element is used for receiving and carries out central control subsystem instruction, make keep the skin wet, the action of nutrient, illumination or temperature.
7. plant intelligent cultivation apparatus according to claim 6 is characterized in that, described many sensings collecting unit also comprises the infrared sensing device.
8. plant intelligent cultivation apparatus according to claim 6 is characterized in that, also comprises:
The solar charging electric unit is used for reserve battery is charged; With,
The audio frequency and video subelement is used to show plant need state and sounding reminding.
9. plant intelligent cultivation apparatus according to claim 8 is characterized in that, another charging modes of described solar charging electric unit is to carry out the power supply supply by USB interface.
10. plant intelligent cultivation apparatus according to claim 9 is characterized in that, described multichannel driver element comprises moisture supply unit, nutrient supply unit, illumination supply unit and temperature supply unit,
Wherein: described moisture supply unit and nutrient supply unit carry out supply by energy-saving electromagnetic valve or wriggling drip irrigation switch;
Described illumination supply unit carries out the illumination supply according to the dynamic constant-current LED control piece of photosynthesis of plant characteristic by minute spectrum; Described temperature supply unit carries out supply by soil moisture compensation assembly.
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Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201274015Y (en) * | 2008-09-28 | 2009-07-15 | 河海大学 | Intelligent management system for water body cultivation |
-
2010
- 2010-10-28 CN CN 201010523209 patent/CN102063099A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201274015Y (en) * | 2008-09-28 | 2009-07-15 | 河海大学 | Intelligent management system for water body cultivation |
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Application publication date: 20110518 |