CN202904992U - Miniature intelligent agricultural greenhouse for teaching - Google Patents
Miniature intelligent agricultural greenhouse for teaching Download PDFInfo
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- CN202904992U CN202904992U CN 201220609276 CN201220609276U CN202904992U CN 202904992 U CN202904992 U CN 202904992U CN 201220609276 CN201220609276 CN 201220609276 CN 201220609276 U CN201220609276 U CN 201220609276U CN 202904992 U CN202904992 U CN 202904992U
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Abstract
The utility model discloses a miniature intelligent agricultural greenhouse for teaching, including a greenhouse main body, an environment monitoring unit which is arranged inside the greenhouse main body and is used for monitoring the internal environment of the greenhouse main body at real time, and an environment control unit which is used for controlling the internal environment of the greenhouse main body at real time. A GPS locating device and a RFID read-write card device are installed on or beside the greenhouse main body. The miniature intelligent agricultural greenhouse has advantages of compact structure, novel and reasonable design and convenient processing and production, is a miniature of a real agricultural greenhouse, can be used to allow students to learn related knowledge and technologies in the lab, and is convenient to observe each component and function carefully. In addition, learned knowledge can be used in each acquisition and control system of the greenhouse, and teaching quality can be improved. The miniature intelligent agricultural greenhouse for teaching has strong practicality and good using effect, and is convenient to popularize.
Description
Technical field
The utility model relates to a kind of intelligent tutoring system, especially relates to a kind of teaching intelligent miniature agricultural greenhouse.
Background technology
The reading intelligent agriculture greenhouse system is a kind of computer automatic control technology that combines, the resource-conserving highly efficient agricultural technology of the high-tech means such as intelligent sensing technology, it is an important technical of modern agriculture, the agricultural greenhouse that automaticity is high also is a typical application case of technology of Internet of things, if the reading intelligent agriculture greenhouse system can be moved in the laboratory, as computing machine, robotization, the teaching cases of Internet of Things special disciplines, will produce good teaching efficiency, when allowing the Students ' Learning knowledge of textbook, recognize knowledge of textbook in real-life practical application, lay a good foundation for going on from now on work position.But, in the prior art, also real agricultural greenhouse is not carried out the case of carrying out teaching after the microminiaturization, it is at most school with good conditionsi, in the teaching practice link, go the reading intelligent agriculture booth to visit, visit can be left people's deep impression for, but can not really go hands-on, design, can not play good results of learning.
The utility model content
Technical problem to be solved in the utility model is for above-mentioned deficiency of the prior art, a kind of teaching intelligent miniature agricultural greenhouse is provided, its compact conformation, rationally novel in design, processing and fabricating is convenient, is the micro of true agricultural greenhouse, can improve the quality of teaching, practical, result of use is good, is convenient to promote.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of teaching intelligent miniature agricultural greenhouse is characterized in that: comprise the booth main body, be arranged in the booth main body and be used for the environment control unit that the interior environment to the booth main body carries out the environmental monitoring unit of Real-Time Monitoring and is used for the interior environment of booth main body is controlled in real time.
Above-mentioned teaching intelligent miniature agricultural greenhouse is characterized in that: on the described booth main body or booth main body side is equipped with GPS locating device and RFID card reader device.
Above-mentioned teaching intelligent miniature agricultural greenhouse, it is characterized in that: comprise operating platform, described booth main body is arranged on the operating platform, is provided with the data acquisition system (DAS) of joining with the environmental monitoring unit and being used for gathering environmental monitoring data that the unit detects on the described operating platform, joins with environment control unit and the control system that is used for environment control unit is controlled, and the GPS wireless communication module that joins of GPS locating device and the RFID wireless communication module that joins with the RFID card reader device.
Above-mentioned teaching intelligent miniature agricultural greenhouse, it is characterized in that: comprise operating platform, described booth main body is arranged on the operating platform, is provided with the external circuit board interface module of joining with environmental monitoring unit, environment control unit, GPS locating device and RFID card reader device on the described operating platform.
Above-mentioned teaching intelligent miniature agricultural greenhouse, it is characterized in that: on described the external circuit board interface module comprises substrate and is connected substrate and an end be connected with environmental monitoring unit, environment control unit, GPS locating device and RFID card reader device, the other end be used for to connect a plurality of physical interfaces of the external circuit board; The RFID communications board that the GPS communications board that the control circuit board that described the external circuit board comprises for the data acquisition circuit plate that gathers environmental monitoring data that the unit detects, be used for environment control unit is controlled, the data wireless that is used for that the GPS locating device is detected send and confession RFID card reader device write the RFID label with crop information or the information wireless of RFID label that the RFID card reader device is read sends; A plurality of described physical interfaces comprise data acquisition circuit plate physical interface for the connection data collecting circuit board, be used for connecting the control circuit board physical interface of control circuit board, be used for the RFID communications board physical interface that connects the GPS communications board physical interface of GPS communications board and be connected connection RFID communications board.
Above-mentioned teaching intelligent miniature agricultural greenhouse, it is characterized in that: described booth main body is made of one or more booths that are connected, described booth comprises big-canopy framework and is installed on the big-canopy framework and is used for consisting of the large board that seals the booth space, the top of described big-canopy framework is provided with the top vent window and is positioned at the sky shade of roof window top, and the side of described big-canopy framework is provided with the side vent window.
Above-mentioned teaching intelligent miniature agricultural greenhouse is characterized in that: described environmental monitoring unit comprises temperature transmitter, humidity transmitter, illuminance transmitter and the soil moisture transmitter that is arranged in the booth main body.
Above-mentioned teaching intelligent miniature agricultural greenhouse is characterized in that: be provided with on the described booth main body for the temperature sensor that the outer temperature of booth is detected and the humidity sensor that humidity outside the booth is detected.
Above-mentioned teaching intelligent miniature agricultural greenhouse, it is characterized in that: described environment control unit comprises the exhaust fan that is arranged on the booth main body, spray fan and illuminating lamp, and be arranged on electric heater in the booth main body, humidifier, Irrigation shower head, humidifying spraying nozzle and spray thrower, described Irrigation shower head is connected with water storage box by irrigation pump, described humidifying spraying nozzle is connected with water storage box by the humidification pump, described spray thrower is connected with water storage box by spray pump, be connected with the electrical machinery of ventilator driver on the described exhaust fan, be connected with spray fan electromotor driver on the described spray fan, be connected with floodlight driver on the described illuminating lamp, be connected with the electric heater driver on the described electric heater, be connected with the humidifier driver on the described humidifier, be connected with the irrigation pump motor driver on the described irrigation pump, be connected with humidification pump motor driver on the described humidification pump, be connected with the spray pump motor driver on the described spray pump.
Above-mentioned teaching intelligent miniature agricultural greenhouse, it is characterized in that: described environment control unit comprises the top vent window motor that is connected on the vent window of top and is used for the vent window unlatching of control top or closes, be connected on the sky shade and be used for the sky shade motor that the control sky shade opens or close and be connected on the side vent window and be used for the side vent window motor that control side vent window is opened or closed, be connected with top vent window motor driver on the vent window motor of described top, be connected with the sky shade motor driver on the described sky shade motor, be connected with side vent window motor driver on the described side vent window motor.
The utility model compared with prior art has the following advantages:
1, the utility model compact conformation, rationally novel in design, processing and fabricating is convenient.
2, the utility model is the micro of true agricultural greenhouse, can allow the student at the relevant knowledge and technology of laboratory learning, and can carefully observe all parts, function easily, and can with study to knowledge be used for each collection, the control system of this booth, improve the quality of teaching.
3, the utility model both can be set directly at data acquisition system (DAS), control system, GPS wireless communication module and RFID wireless communication module on the operating platform, also can be provided with the external circuit board interface module of joining with environmental monitoring unit, environment control unit, GPS locating device and RFID card reader device at operating platform, when adopting the external circuit board interface module, be convenient to change different data acquisition circuit plate and control circuit board, dirigibility is better, and operability is stronger.
4, of the present utility model practical, result of use is good, is convenient to promote.
In sum, the utility model compact conformation, rationally novel in design, processing and fabricating is convenient, is the micro of true agricultural greenhouse, can improve the quality of teaching, and practical, result of use is good, is convenient to promote.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Description of drawings
Fig. 1 is the structural representation of the utility model embodiment 1.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the right view of Fig. 1.
Fig. 4 is the vertical view of Fig. 1.
Fig. 5 is the A-A view of Fig. 1.
Fig. 6 is the structural representation of the utility model embodiment 2.
Fig. 7 is the left view of Fig. 6.
Fig. 8 is the right view of Fig. 6.
Fig. 9 is the vertical view of Fig. 6.
Figure 10 is the B-B view of Fig. 6.
Figure 11 is the circuit block diagram of the real-time example 1 of the utility model and embodiment 2.
Description of reference numerals:
1-1-big-canopy framework; 1-2-large board; 2-operating platform;
3-the external circuit board interface module; 4-GPS locating device;
5-RFID card reader device; 6-top vent window; 7-side vent window;
8-temperature transmitter; 9-humidity transmitter; 10-illuminance transmitter;
11-soil moisture transmitter; 12-temperature sensor; 13-humidity sensor;
14-side vent window motor driver; 15-sky shade;
16-sky shade motor driver; 17-data acquisition system (DAS);
18-control system; 19-exhaust fan; 20-spray fan;
21-illuminating lamp; 22-electric heater; 23-humidifier;
24-Irrigation shower head; 25-humidifying spraying nozzle; 26-spray thrower;
27-irrigation pump; 28-humidification pump; 29-spray pump;
30-water storage box; 31-electrical machinery of ventilator driver;
32-spray fan electromotor driver; 33-floodlight driver;
34-electric heater driver; 35-humidifier driver;
36-irrigation pump motor driver; 37-humidification pump motor driver;
38-spray pump motor driver; 39-top vent window motor;
40-sky shade motor; 41-side vent window motor;
42-top vent window motor driver; 43-GPS wireless communication module;
44-RFID wireless communication module; 45-temperature data acquisition module;
The 46-the first temperature wireless communication module; 47-humidity data acquisition module;
The 48-the first humidity wireless communication module; 49-illuminance data acquisition module;
50-illuminance wireless communication module; 51-soil moisture wireless communication module;
The 52-the second temperature wireless communication module; The 53-the second humidity wireless communication module;
54-exhaust fan controller; 55-exhaust fan wireless communication module;
56-spray fan governor; 57-spray fan wireless communication module;
58-lighting lamp controller; 59-illuminating lamp wireless communication module;
60-electric heater controller; 61-electric heater wireless communication module;
62-humidifier controller; 63-humidifier wireless communication module;
64-irrigation pump controller; 65-irrigation pump wireless communication module;
66-humidification pump controller; 67-humidification pump wireless communication module;
68-spray pump controller; 69-spray pump wireless communication module;
70-top vent window controller; 71-top vent window wireless communication module;
72-sky shade controller; 73-sky shade wireless communication module;
74-side vent window controller; 75-side vent window wireless communication module;
76-soil moisture data acquisition module.
Embodiment
Embodiment 1
Such as Fig. 1～shown in Figure 5, the utility model comprises the booth main body, be arranged in the booth main body and be used for the environment control unit that the interior environment to the booth main body carries out the environmental monitoring unit of Real-Time Monitoring and is used for the interior environment of booth main body is controlled in real time.
In the present embodiment, on the described booth main body or booth main body side is equipped with GPS locating device 4 and RFID card reader device 5.The utility model also comprises operating platform 2, described booth main body is arranged on the operating platform 2, is provided with the data acquisition system (DAS) 17 of joining with the environmental monitoring unit and being used for gathering environmental monitoring data that the unit detects on the described operating platform 2, joins with environment control unit and the control system 18 that is used for environment control unit is controlled, and the GPS wireless communication module 43 that joins of GPS locating device 4 and the RFID wireless communication module 44 that joins with RFID card reader device 5.
In the present embodiment, described booth main body is made of a booth, described booth comprises big-canopy framework 1-1 and is installed in big-canopy framework 1-1 upward and be used for consisting of the large board 1-2 in sealing booth space, the top of described big-canopy framework 1-1 is provided with top vent window 6 and is positioned at the sky shade 15 of roof window top, and the side of described big-canopy framework 1-1 is provided with side vent window 7.
In the present embodiment, described environmental monitoring unit comprises temperature transmitter 8, humidity transmitter 9, illuminance transmitter 10 and the soil moisture transmitter 11 that is arranged in the booth main body.Be provided with on the described booth main body for the temperature sensor 12 that the outer temperature of booth is detected and the humidity sensor 13 that humidity outside the booth is detected.
In the present embodiment, described environment control unit comprises the exhaust fan 19 that is arranged on the booth main body, spray fan 20 and illuminating lamp 21, and be arranged on electric heater 22 in the booth main body, humidifier 23, Irrigation shower head 24, humidifying spraying nozzle 25 and spray thrower 26, described Irrigation shower head 24 is connected with water storage box 30 by irrigation pump 27, described humidifying spraying nozzle 25 is connected with water storage box 30 by humidification pump 28, described spray thrower 26 is connected with water storage box 30 by spray pump 29, be connected with electrical machinery of ventilator driver 31 on the described exhaust fan 19, be connected with spray fan electromotor driver 32 on the described spray fan 20, be connected with floodlight driver 33 on the described illuminating lamp 21, be connected with electric heater driver 34 on the described electric heater 22, be connected with humidifier driver 35 on the described humidifier 23, be connected with irrigation pump motor driver 36 on the described irrigation pump 27, be connected with humidification pump motor driver 37 on the described humidification pump 28, be connected with spray pump motor driver 38 on the described spray pump 29.Described environment control unit also comprises the top vent window motor 39 that is connected on the top vent window 6 and is used for control top vent window 6 and open or close, be connected on the sky shade 15 and be used for the sky shade motor 40 that control sky shade 15 opens or close and be connected on the side vent window 7 and be used for the side vent window motor 41 that control side vent window 7 is opened or closed, be connected with top vent window motor driver 42 on the described top vent window motor 39, be connected with sky shade motor driver 16 on the described sky shade motor 40, be connected with side vent window motor driver 14 on the described side vent window motor 41.
In conjunction with Figure 11, during implementation, described data acquisition system (DAS) 17 comprises the temperature data acquisition module 45 of joining with temperature transmitter 8, the first temperature wireless communication module 46 of joining with temperature data acquisition module 45, the humidity data acquisition module 47 that joins with humidity transmitter 9, the the first humidity wireless communication module 48 that joins with humidity data acquisition module 47, the illuminance data acquisition module 49 that joins with illuminance transmitter 10, the illuminance wireless communication module 50 that joins with illuminance data acquisition module 49, the soil moisture data acquisition module 76 that joins with soil moisture transmitter 11 and the soil moisture wireless communication module 51 that joins with soil moisture data acquisition module 76, and the second temperature wireless communication module 52 of joining with temperature sensor 12 and the second humidity wireless communication module 53 that joins with humidity sensor 13.Temperature transmitter 8 gathers canopy temperatures and converts the signal that collects to the standard electric signal exports to temperature data acquisition module 45, by the first temperature wireless communication module 46 signal is outwards sent again; Humidity transmitter 9 gathers in the booths humidity and converts the signal that collects to the standard electric signal exports to humidity data acquisition module 47, by the first humidity wireless communication module 48 signal is outwards sent again; Illuminance transmitter 10 gathers in the booths illuminance and converts the signal that collects to the standard electric signal exports to illuminance data acquisition module 49, by illuminance wireless communication module 50 signal is outwards sent again; Soil moisture transmitter 11 gathers in the booths soil moisture and converts the signal that collects to the standard electric signal exports to soil moisture data acquisition module 76, by soil moisture wireless communication module 51 signal is outwards sent again; Temperature sensor 12 gathers the outer temperature signal of booths and by the second temperature wireless communication module 52 signal is outwards sent; Humidity sensor 13 gathers the outer humidity signal of booths and by the second humidity wireless communication module 53 signal is outwards sent; The positioning signal of GPS locating device 4 is outwards sent by GPS wireless communication module 43, RFID card reader device 5 writes crop information (such as dates of manufacture of crops, place of production etc.) in the RFID label by RFID wireless communication module 44, or reads the crop information stored in the RFID label that sticks on the crops and the information in the RFID label that reads is outwards sent by RFID wireless communication module 44.
In conjunction with Figure 11, during implementation, described control system 18 comprises the exhaust fan controller 54 that joins with electrical machinery of ventilator driver 31, the exhaust fan wireless communication module 55 that joins with exhaust fan controller 54, the spray fan governor 56 that joins with spray fan electromotor driver 32, with the spray fan wireless communication module 57 that joins of spray fan governor 56, the lighting lamp controller 58 that joins with floodlight driver 33, the illuminating lamp wireless communication module 59 that joins with lighting lamp controller 58, the electric heater controller 60 that joins with electric heater driver 34, the electric heater wireless communication module 61 that joins with electric heater controller 60, the humidifier controller 62 that joins with humidifier driver 35, the humidifier wireless communication module 63 that joins with humidifier controller 62, the irrigation pump controller 64 that joins with irrigation pump motor driver 36, the irrigation pump wireless communication module 65 that joins with irrigation pump controller 64, the humidification pump controller 66 that joins with humidification pump motor driver 37, the humidification pump wireless communication module 67 that joins with humidification pump controller 66, the spray pump controller 68 that joins with spray pump motor driver 38, the spray pump wireless communication module 69 that joins with spray pump controller 68, the top vent window controller 70 that joins with top vent window motor driver 42, the top vent window wireless communication module 71 that joins with top vent window controller 70, the sky shade controller 72 that joins with sky shade motor driver 16, the sky shade wireless communication module 73 that joins with sky shade controller 72, the side vent window controller 74 that joins with side vent window motor driver 14 and the side vent window wireless communication module 75 that joins with side vent window controller 74.Wherein, the control signal of 54 pairs of electrical machinery of ventilator drivers 31 of exhaust fan controller comes from the control signal that exhaust fan wireless communication module 55 receives, the control signal of 56 pairs of spray fan electromotors of spray fan governor driver 32 comes from the control signal that spray fan wireless communication module 57 receives, the control signal of 58 pairs of floodlight drivers 33 of lighting lamp controller comes from the control signal that illuminating lamp wireless communication module 59 receives, the control signal of 60 pairs of electric heater drivers 34 of electric heater controller comes from the control signal that electric heater wireless communication module 61 receives, the control signal of 62 pairs of humidifier drivers 35 of humidifier controller comes from the control signal that humidifier wireless communication module 63 receives, the control signal of 64 pairs of irrigation pump motor drivers 36 of irrigation pump controller comes from the control signal that irrigation pump wireless communication module 65 receives, the control signal of 66 pairs of humidification pump motors of humidification pump controller driver 37 comes from the control signal that humidification pump wireless communication module 67 receives, the control signal of 68 pairs of spray pump motor drivers 38 of spray pump controller comes from the control signal that spray pump wireless communication module 69 receives, the control signal of 70 pairs of tops of vent window controller, top vent window motor driver 42 comes from the control signal that top vent window wireless communication module 71 receives, the control signal of 72 pairs of sky shade motor drivers 16 of sky shade controller comes from the control signal that sky shade wireless communication module 73 receives, and the control signal of side vent window controller 74 offside vent window motor drivers 14 comes from the control signal that side vent window wireless communication module 75 receives.
Such as Fig. 6～shown in Figure 10, present embodiment is as different from Example 1: described booth main body is made of two booths that are connected, and is provided with the external circuit board interface module 3 of joining with environmental monitoring unit, environment control unit, GPS locating device 4 and RFID card reader device 5 on the described operating platform 2; On described the external circuit board interface module 3 comprises substrate and is connected substrate and an end are connected with the RFID card reader device with environmental monitoring unit, environment control unit, GPS locating device 4 and are connected, the other end is used for connecting a plurality of physical interfaces of the external circuit board; The RFID communications board that the GPS communications board that the control circuit board that described the external circuit board comprises for the data acquisition circuit plate that gathers environmental monitoring data that the unit detects, be used for environment control unit is controlled, the data wireless that is used for that GPS locating device 4 is detected send and confession RFID card reader device 5 write the RFID label with crop information or the information wireless of RFID label that RFID card reader device 5 is read sends; A plurality of described physical interfaces comprise data acquisition circuit plate physical interface for the connection data collecting circuit board, be used for connecting the control circuit board physical interface of control circuit board, be used for the RFID communications board physical interface that connects the GPS communications board physical interface of GPS communications board and be connected connection RFID communications board.All the other structures are all identical with embodiment 1.
In conjunction with Figure 11, during implementation, described data acquisition circuit plate comprises the first temperature data acquisition circuit board for collecting temperature transmitter 8 data that detect, and is integrated with the temperature data acquisition module 45 of joining with temperature transmitter 8 and the first temperature wireless communication module 46 of joining with temperature data acquisition module 45 on described the first temperature data acquisition circuit board; Comprise for the first humidity data collecting circuit board that gathers humidity transmitter 9 data that detect, be integrated with the humidity data acquisition module 47 that joins with humidity transmitter 9 and the first humidity wireless communication module 48 that joins with humidity data acquisition module 47 on described the first humidity data collecting circuit board; Comprise for the illuminance data acquisition circuit plate that gathers illuminance transmitter 10 data that detect, be integrated with the illuminance data acquisition module 49 that joins with illuminance transmitter 10 and the illuminance wireless communication module 50 that joins with illuminance data acquisition module 49 on the described illuminance data acquisition circuit plate; Comprise for the soil moisture data acquisition circuit plate that gathers soil moisture transmitter 11 data that detect, be integrated with the soil moisture data acquisition module 76 that joins with soil moisture transmitter 11 and the soil moisture wireless communication module 51 that joins with soil moisture data acquisition module 76 on the described soil moisture data acquisition circuit plate; Comprise the second temperature data acquisition circuit board for collecting temperature sensor 12 data that detect, be integrated with the second temperature wireless communication module 52 of joining with temperature sensor 12 on described the second temperature data acquisition circuit board; Comprise for the second humidity data collecting circuit board that gathers humidity sensor 13 data that detect, be integrated with the second humidity wireless communication module 53 that joins with humidity sensor 13 on described the second humidity data collecting circuit board.Corresponding a plurality of described data acquisition circuit plate physical interface comprises for the first temperature data acquisition circuit board physical interface that connects the first temperature data acquisition circuit board, be used for connecting the first humidity data collecting circuit board physical interface of the first humidity data collecting circuit board, be used for connecting the illuminance data acquisition circuit plate physical interface of illuminance data acquisition circuit plate, be used for connecting the soil moisture data acquisition circuit plate physical interface of soil moisture data acquisition circuit plate, be used for connecting the second temperature data acquisition circuit board physical interface and the second humidity data collecting circuit board physical interface that is connected connecting the second humidity data collecting circuit board of the second temperature data acquisition circuit board.After being inserted in each data acquisition circuit plate on the corresponding data acquisition circuit plate physical interface, principle of work is compared the difference formula with embodiment 1 with embodiment 1, adopt the form of this physical interface, be convenient to change different data acquisition circuit plates, dirigibility is better, and operability is stronger.
In conjunction with Figure 11, during implementation, be integrated with GPS wireless communication module 43 on the described GPS communications board, be used for the positioning signal of GPS locating device 4 is outwards sent; Be integrated with RFID wireless communication module 44 on the described RFID communications board, RFID card reader device 5 writes crop information (such as dates of manufacture of crops, place of production etc.) in the RFID label by RF I D wireless communication module 44, or reads the crop information stored in the RFID label that sticks on the crops and the information in the RFID label that reads is outwards sent by RFID wireless communication module 44.
In conjunction with Figure 11, during implementation, described control circuit board comprises for the exhaust fan control circuit board that exhaust fan is controlled, and is integrated with the exhaust fan controller 54 that joins with electrical machinery of ventilator driver 31 and the exhaust fan wireless communication module 55 that joins with exhaust fan controller 54 on the described exhaust fan control circuit board; Comprise for to the spray fan control circuitry plate controlled of spray fan, be integrated with on the described spray fan control circuitry plate and spray the spray fan governor 56 that fan electromotor driver 32 joins and the spray fan wireless communication module 57 that joins with spray fan governor 56; Comprise for the lighting lamp control circuit board that illuminating lamp is controlled, be integrated with on the described lighting lamp control circuit board and the lighting lamp controller 58 that joins with floodlight driver 33 and the illuminating lamp wireless communication module 59 that joins with lighting lamp controller 58; Comprise for the electric heater control circuit board that electrical heating is controlled, be integrated with the electric heater controller 60 that joins with electric heater driver 34 and the electric heater wireless communication module 61 that joins with electric heater controller 60 on the described electric heater control circuit board; Comprise for the humidifier control circuit board that humidifier is controlled, be integrated with the humidifier controller 62 that joins with humidifier driver 35 and the humidifier wireless communication module 63 that joins with humidifier controller 62 on the described humidifier control circuit board; Comprise for the irrigation pump control circuit board that irrigation pump is controlled, be integrated with the irrigation pump controller 64 that joins with irrigation pump motor driver 36 and the irrigation pump wireless communication module 65 that joins with irrigation pump controller 64 on the described irrigation pump control circuit board; Comprise for the humidification pump control circuit plate that the humidification pump is controlled, be integrated with the humidification pump controller 66 that joins with humidification pump motor driver 37 and the humidification pump wireless communication module 67 that joins with humidification pump controller 66 on the described humidification pump control circuit plate; Comprise for the spray pump control circuit board that spray pump is controlled, be integrated with the spray pump controller 68 that joins with spray pump motor driver 38 and the spray pump wireless communication module 69 that joins with spray pump controller 68 on the described spray pump control circuit board; Comprise for the top vent window control circuit board that the top vent window is controlled, be integrated with the top vent window controller 70 that joins with top vent window motor driver 42 and the top vent window wireless communication module 71 that joins with top vent window controller 70 on the vent window control circuit board of described top; Comprise for the sky shade control circuit board that sky shade is controlled, be integrated with the sky shade controller 72 that joins with sky shade motor driver 16 and the sky shade wireless communication module 73 that joins with sky shade controller 72 on the described sky shade control circuit board; Comprise the side vent window control circuit board of controlling for the offside vent window, be integrated with the side vent window controller 74 that joins with side vent window motor driver 14 and the side vent window wireless communication module 75 that joins with side vent window controller 74 on the described side vent window control circuit board.Corresponding a plurality of described control circuit board physical interface comprises for the exhaust fan control circuit board physical interface that connects the exhaust fan control circuit board, be used for connecting the spray fan control circuitry plate physical interface of spray fan control circuitry plate, be used for connecting the lighting lamp control circuit board physical interface of lighting lamp control circuit board, be used for connecting the electric heater control circuit board physical interface of electric heater control circuit board, be used for connecting the humidifier control circuit board physical interface of humidifier control circuit board, be used for connecting the irrigation pump control circuit board physical interface of irrigation pump control circuit board, be used for connecting the humidification pump control circuit plate physical interface of humidification pump control circuit plate, be used for connecting the spray pump control circuit board physical interface of spray pump control circuit board, be used for connecting the top vent window control circuit board physical interface of top vent window control circuit board, be used for connecting the sky shade control circuit board physical interface and the side vent window control circuit board physical interface that is connected connecting side vent window control circuit board of sky shade control circuit board.After being inserted in each control circuit board on the corresponding control circuit board physical interface, principle of work is compared the difference formula with embodiment 1 with embodiment 1, adopt the form of this physical interface, be convenient to change different control circuit boards, dirigibility is better, and operability is stronger.
The above; it only is preferred embodiment of the present utility model; be not that the utility model is imposed any restrictions; every any simple modification, change and equivalent structure of above embodiment being done according to the utility model technical spirit changes, and all still belongs in the protection domain of technical solutions of the utility model.
Claims (10)
1. teaching intelligent miniature agricultural greenhouse is characterized in that: comprise the booth main body, be arranged in the booth main body and be used for the environment control unit that the interior environment to the booth main body carries out the environmental monitoring unit of Real-Time Monitoring and is used for the interior environment of booth main body is controlled in real time.
2. according to teaching claimed in claim 1 intelligent miniature agricultural greenhouse, it is characterized in that: on the described booth main body or booth main body side is equipped with GPS locating device (4) and RFID card reader device (5).
3. according to teaching claimed in claim 1 intelligent miniature agricultural greenhouse, it is characterized in that: comprise operating platform (2), described booth main body is arranged on the operating platform (2), is provided with the data acquisition system (DAS) (17) of joining with the environmental monitoring unit and being used for gathering environmental monitoring data that the unit detects on the described operating platform (2), the control system (18) of joining and being used for environment control unit is controlled with environment control unit, the GPS wireless communication module (43) that joins with GPS locating device (4) and the RFID wireless communication module (44) that joins with RFID card reader device (5).
4. according to teaching claimed in claim 1 intelligent miniature agricultural greenhouse, it is characterized in that: comprise operating platform (2), described booth main body is arranged on the operating platform (2), is provided with the external circuit board interface module (3) of joining with environmental monitoring unit, environment control unit, GPS locating device (4) and RFID card reader device (5) on the described operating platform (2).
5. according to teaching claimed in claim 4 intelligent miniature agricultural greenhouse, it is characterized in that: on described the external circuit board interface module (3) comprises substrate and is connected substrate and an end be connected 5 with environmental monitoring unit, environment control unit, GPS locating device (4) with the RFID card reader device) be connected, the other end be used for to connect a plurality of physical interfaces of the external circuit board; Described the external circuit board comprises for the data acquisition circuit plate that gathers environmental monitoring data that the unit detects, for the control circuit board that environment control unit is controlled, the GPS communications board that the data wireless that is used for that GPS locating device (4) is detected sends and for RFID card reader device (5) crop information is write the RFID label or RFID label that RFID card reader device (5) is read in the RFID communications board that sends of information wireless; A plurality of described physical interfaces comprise data acquisition circuit plate physical interface for the connection data collecting circuit board, be used for connecting the control circuit board physical interface of control circuit board, be used for the RFID communications board physical interface that connects the GPS communications board physical interface of GPS communications board and be connected connection RFID communications board.
6. according to the described teaching of arbitrary claim intelligent miniature agricultural greenhouse in the claim 1～5, it is characterized in that: described booth main body is made of one or more booths that are connected, described booth comprises big-canopy framework (1-1) and is installed in big-canopy framework (1-1) upward and be used for consisting of the large board (1-2) in sealing booth space, the top of described big-canopy framework (1-1) is provided with top vent window (6) and is positioned at the sky shade (15) of roof window top, and the side of described big-canopy framework (1-1) is provided with side vent window (7).
7. according to the described teaching of arbitrary claim intelligent miniature agricultural greenhouse in the claim 1～5, it is characterized in that: described environmental monitoring unit comprises temperature transmitter (8), humidity transmitter (9), illuminance transmitter (10) and the soil moisture transmitter (11) that is arranged in the booth main body.
8. according to teaching claimed in claim 7 intelligent miniature agricultural greenhouse, it is characterized in that: be provided with on the described booth main body for the temperature sensor (12) that the outer temperature of booth is detected and the humidity sensor (13) that humidity outside the booth is detected.
9. according to the described teaching of arbitrary claim intelligent miniature agricultural greenhouse in the claim 1～5, it is characterized in that: described environment control unit comprises the exhaust fan (19) that is arranged on the booth main body, spray fan (20) and illuminating lamp (21), and be arranged on electric heater (22) in the booth main body, humidifier (23), Irrigation shower head (24), humidifying spraying nozzle (25) and spray thrower (26), described Irrigation shower head (24) is connected with water storage box (30) by irrigation pump (27), described humidifying spraying nozzle (25) is connected with water storage box (30) by humidification pump (28), described spray thrower (26) is connected with water storage box (30) by spray pump (29), be connected with electrical machinery of ventilator driver (31) on the described exhaust fan (19), be connected with spray fan electromotor driver (32) on the described spray fan (20), be connected with floodlight driver (33) on the described illuminating lamp (21), be connected with electric heater driver (34) on the described electric heater (22), be connected with humidifier driver (35) on the described humidifier (23), be connected with irrigation pump motor driver (36) on the described irrigation pump (27), be connected with humidification pump motor driver (37) on the described humidification pump (28), be connected with spray pump motor driver (38) on the described spray pump (29).
10. according to teaching claimed in claim 6 intelligent miniature agricultural greenhouse, it is characterized in that: described environment control unit comprises that to be connected to top vent window (6) upper and be used for the top vent window motor (39) that control top vent window (6) is opened or closed, it is upper and be used for the sky shade motor (40) that control sky shade (15) opens or close and be connected to side vent window (7) upper and be used for controlling the side vent window motor (41) that side vent window (7) is opened or closed to be connected to sky shade (15), be connected with top vent window motor driver (42) on the described top vent window motor (39), be connected with sky shade motor driver (16) on the described sky shade motor (40), be connected with side vent window motor driver (14) on the described side vent window motor (41).
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| CN 201220609276 CN202904992U (en) | 2012-11-16 | 2012-11-16 | Miniature intelligent agricultural greenhouse for teaching |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201220609276 CN202904992U (en) | 2012-11-16 | 2012-11-16 | Miniature intelligent agricultural greenhouse for teaching |
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| CN202904992U true CN202904992U (en) | 2013-04-24 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103927911A (en) * | 2014-03-28 | 2014-07-16 | 石家庄恒运网络科技有限公司 | Smart agricultural experiment and display platform equipment |
| CN104115696A (en) * | 2014-07-14 | 2014-10-29 | 杭州雄伟科技开发有限公司 | Box type digital farm based on Internet of Things |
| CN104521700A (en) * | 2014-12-02 | 2015-04-22 | 苏州立瓷电子技术有限公司 | Automatic irrigation system based on RFID |
| CN104835403A (en) * | 2015-05-28 | 2015-08-12 | 佛山市三水区希望火炬教育科技有限公司 | Water and soil conservation instrument device for simulating moon space capsule greenhouse environment to plant vegetables |
| CN109979254A (en) * | 2019-04-29 | 2019-07-05 | 兰州维斯特电子科技有限公司 | A kind of teaching experiment sand table system and application method based on wisdom agricultural big data |
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2012
- 2012-11-16 CN CN 201220609276 patent/CN202904992U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103927911A (en) * | 2014-03-28 | 2014-07-16 | 石家庄恒运网络科技有限公司 | Smart agricultural experiment and display platform equipment |
| CN103927911B (en) * | 2014-03-28 | 2016-04-27 | 石家庄恒运网络科技有限公司 | A kind of reading intelligent agriculture experiment and display platform equipment |
| CN104115696A (en) * | 2014-07-14 | 2014-10-29 | 杭州雄伟科技开发有限公司 | Box type digital farm based on Internet of Things |
| CN104521700A (en) * | 2014-12-02 | 2015-04-22 | 苏州立瓷电子技术有限公司 | Automatic irrigation system based on RFID |
| CN104835403A (en) * | 2015-05-28 | 2015-08-12 | 佛山市三水区希望火炬教育科技有限公司 | Water and soil conservation instrument device for simulating moon space capsule greenhouse environment to plant vegetables |
| CN109979254A (en) * | 2019-04-29 | 2019-07-05 | 兰州维斯特电子科技有限公司 | A kind of teaching experiment sand table system and application method based on wisdom agricultural big data |
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