CN208239915U - A kind of intelligence control system monitoring planting environment - Google Patents
A kind of intelligence control system monitoring planting environment Download PDFInfo
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- CN208239915U CN208239915U CN201820693626.9U CN201820693626U CN208239915U CN 208239915 U CN208239915 U CN 208239915U CN 201820693626 U CN201820693626 U CN 201820693626U CN 208239915 U CN208239915 U CN 208239915U
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Abstract
The utility model provides a kind of intelligence control system for monitoring planting environment, belong to installment agriculture growth field, the system is using master controller as core, by RS232 interface circuit will environmental control parameters be set on TFT touch screen and descend into master controller, environmental control parameters are passed under master controller to each handset, the environmental parameter of detection is realized in storage, and it is uploaded to TFT touch screen and shows, the utility model is the intelligence control system of a kind of simulation and detection planting environment, real-time monitoring can be carried out to multiple environmental parameters by touch screen more particularly to one kind, and allow user voluntarily appropriate mix load carry out environmental Kuznets Curves system, break the situation that simple PLC circuit board only has single cropping mode, it can at least 20 kinds of different modes parallel, it can thus simulate round the clock, the climate change in the four seasons, it realizes polynary Change plantation.
Description
Technical field
The utility model belongs to installment agriculture growth field more particularly to a kind of intelligent control system for monitoring planting environment
System, and in particular to one kind can carry out real-time monitoring to multiple environmental parameters by touch screen, and allow user's voluntarily appropriate mix
Load carry out environmental Kuznets Curves system.
Background technique
Currently, agricultural greenhouse, Agricultural Research Institute and factory of enterprise need to arrange a large amount of people when carrying out crop planting
Power and material resources track the crops state in planting process, data record are done to planting environment, executes electrical equipment
Conversion and control etc..
These not only cause higher planting cost, inefficiency, management inconvenience, data statistics inaccuracy etc., are also easy to
Because of provisions or caused by safeguarding deviation, crop development is bad or dead, further causes damages to plant personnel, that is, wastes people
Power, material resources, financial resources increase the probability that low return occurs.
Meanwhile demand of the society to the higher crops of economic value continues to increase, and these crops have into
The plantation of row fining just can guarantee reliable survival and output capacity, then how to solve high planting cost, efficiency of management difference and
The low problem of environmental Kuznets Curves the degree of automation has to thinking.
Therefore, a set of intelligence control system that can be simulated and be monitored to planting environment is developed, environmental parameter number
Change, auto-control, management fining is highly desirable and urgently, this will enable the personnel of plantation more efficient, accurate
Entire crop cycle is controlled, plantation efficiency and output capacity is improved, improves the utilization rate and management level of equipment, avoid the wave of resource
Take.
The intelligence control system in industrialized agriculture field is mostly PLC integrated control plate, simple PLC integrated control system at present
The characteristics of be only single planting conditions mode, i.e., can only apply to the consistent planting of light warm water gas fertilizer.It is complicated
PLC integrated control system the regulations of a variety of planting conditions may be implemented, but price is very expensive, is unfavorable in China's common species
It plants and is promoted the use of in family.Existing industrialized agriculture plantation control system is without light compensating lamp cooling and postharvest handling function.Light compensating lamp
Cooling can reduce light decline, extend the service life of lamp, extend the light compensating lamp replacement time, reduce cost input.After adopting
Immediately processing is extremely crucial for some agricultural product, such as extracting the spice berry of essential oil, if can be obtained after adopting and
When handle, the component content of essential oil is than can be more excellent.
Utility model content
Utility model aims to solve the problems of the above-mentioned prior art, a kind of monitoring planting environment is provided
Environment control will be arranged using master controller as core, by RS232 interface circuit in intelligence control system, the system on TFT touch screen
Parameter processed descends into master controller, environmental control parameters is passed under master controller to each handset, the environment ginseng of detection is realized in storage
Number, and be uploaded to TFT touch screen and show.
The present invention adopts the following technical scheme:
It is a kind of monitor planting environment intelligence control system, including TFT touch screen, system master controller, slave 220, after
Electrical apparatus driving circuit, TFT touch screen, TFT touch screen are connected by RS232 interface Circuits and Systems master controller signal, system
Master controller is connect by RS485 interface circuit with 220 signal of slave, and slave 220 passes through signal wire and relay drive circuit
It is connected, the slave 220 includes the handset of several detection environment designed as needed, and system master controller is one piece of installation
There is the pcb board of main control chip and DB9 Interface Terminal, each handset is plugged in system master system by DB9 Interface Terminal.
Further preferred technical solution be further include executing agency, relay drive circuit and operator signals
It is connected, wherein executing structure includes light filling cooling lamp, is opened and closed by illumination control module handset control light filling cooling lamp.
Further preferred technical solution is, includes postharvest handling module pcb board handset in slave 220, after harvesting
Drying in the shade, fermenting, sterilizing, sterilizing in postharvest handling submodule in control system, fresh-keeping, drying procedure are called in harvesting i.e.
When the plant after harvesting is handled, for the instant treatment in situ after the harvesting to planted plant, avoid postharvest handling not
Crop loss caused by time.
Further preferred technical solution be further include memory, memory is eeprom memory and total by IIC
Line is communicatively coupled with main control chip.
Further preferred technical solution be further include wifi module, wifi module is connect with main control chip using serial ports,
And user controls the booting and shutdown of main control chip using mobile phone app by wifi module.
Preferred technical solution is that the slave 220 includes 10 handsets, and the first handset 1 is the light control of installation
Module, the second handset 2 are the temperature control modules 1 of installation, third handset 3 is the temperature control modules 2 of installation, the 4th handset 4
Humidity collection module and water level monitoring circuit, the 5th handset 5 for installation are the carbon dioxide control module of installation, the 6th handset
6 be the PH control module of installation, the 7th handset 7 is the TDS control module of installation, the dynamic Control mould that the 8th handset 8 is installation
Block 1, the 8th handset 8 are the power train control module 2 of installation, the postharvest handling module that the 9th handset 9 is installation, the second handset 2, the
Three handsets 3, the 4th handset 4, the 8th handset 8, the 9th handset 9 share 1 pcb board, the second handset 2, the 3, the 4th son of third handset
Only input circuit, output circuit are different for machine 4, the 8th handset 8, the 9th handset 9, the 5th handset 5, the 6th handset 6, the 7th handset 7,
Tenth handset 10 shares 1 pcb board, the sensor input electricity of the 5th handset 5, the 6th handset 6, the 7th handset 7, the tenth handset 10
Road is different.
The further preferred technical solution of the present invention is that water level detection circuit and relay drive have also been mounted directly on host
Dynamic circuit, water level detection circuit detect the liquid level in water tank, and host then utilizes relay drive circuit to add water in time.
The present invention breaks the situation that simple PLC circuit board only has single cropping mode, can at least 20 kinds different moulds parallel
Formula, thus can simulate round the clock, the climate change in the four seasons, realize diversification plantation.
Daughter board operation function for can voluntarily select to need to access, really realizing to have needs just to purchase, and greatly reduces user and throws
Provide cost.
Exclusive plant growing light supplement lamp cooling processing mode, can greatly extend industrialized agriculture investment loss maximum light filling
The service life of lamp.
Exclusive postharvest handling module can carry out simple postharvest handling to agricultural products.
Detailed description of the invention
Fig. 1 is the structural framing figure of control system；
Fig. 2 is system master controller and slave plugboard chart；
Fig. 3 is the structural schematic diagram of DB9 Interface Terminal；
Fig. 4 is system master chip and interface circuit figure；
Fig. 5 is system RS232 interface circuit diagram；
Fig. 6 is the EEPROM storage circuit of system；
Fig. 7 is systematic water level detection circuit figure；
Fig. 8 is system wifi circuit diagram；
Fig. 9 (a), 9 (b) are system power supply circuit diagram；
Figure 10 is relay drive circuit structure chart；
Figure 11 is light control plate microcontroller chip and interface circuit figure；
Figure 12 is light control plate imput output circuit figure；
Figure 13 is 1 microcontroller chip of temperature control panel and interface circuit figure；
Figure 14 is the temperature collection circuit of temperature control panel 1；
Figure 15 is humid control plate humidity collection and water level detection circuit；
Figure 16 is the carbon dioxide control panel microcontroller chip and interface circuit of handset；
Figure 17 is that carbon dioxide control panel controls board communications and output circuit；
Figure 18 is that PH controls board communications and output circuit；
Figure 19 is the key plate circuit diagram of PH control panel；
Figure 20 is that the TDS of handset controls board communications and output circuit；
Figure 21 is 1 output interface circuit figure of power control board.
In figure: the first handset of 1-, the second handset of 2-, 3- third handset, the 4th handset of 4-, the 5th handset of 5-, the 6th son of 6-
Machine, the 7th handset of 7-, the 8th handset of 8-, the 9th handset of 9-, the tenth handset of 10-；
110- host, 220- slave.
Specific embodiment
To keep the purpose of this utility model, technical solution and advantage clearer, below technical side in the utility model
Case is clearly and completely described, it is clear that and the embodiments are a part of the embodiments of the present invention, rather than all
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, fall within the protection scope of the utility model.
As shown in Figure 1, the present invention discloses the intelligence control system of a kind of simulation and monitoring planting environment, which includes master
Machine 110 and slave 220, for host 110 using system master controller as core, system master controller passes through RS232 interface circuit and TFT
Touch screen is connected, and the parameters of TFT touch screen setting environmental Kuznets Curves simultaneously will reach system master controller under the parameter.
System monitors environmental parameter by slave 220, and slave 220 includes several sons with single and independent function
Machine, handset can modularization access system master controller, several handsets upload the data of monitoring extremely by RS485 interface circuit in real time
System master controller, system master controller receive data and are compared data with master controller internal parameter control, in turn
System master controller controls relay drive circuit and implements switch operation to executing agency.
Environmental control parameters are passed under system master device and store the environmental parameter of real-time monitoring to each handset, and are uploaded to
TFT touch screen is shown.
Further optimal technical scheme is that system master controller includes wifi module, as shown in figure 8, user utilizes
Mobile phone app sends control instruction by wifi module to system master controller, and the data being stored in system master controller are passed through
Analysis comparison, the operation for booting up or shutting down to system master controller according to comparing result can also pass through TFT touch-control certainly
Shield the operation that switching on and shutting down are carried out to system master device.
Wifi module uses ESP8266 module, is communicated between wifi module and main control chip using serial ports 1.
As shown in figure 3, being DB9 Interface Terminal structural schematic diagram, as shown in Fig. 2, the system for being equipped with system master chip
Master controller pcb board passes through DB9 Interface Terminal, several handset pcb board of grafting.
As shown in figure 4, system master chip is used as main control chip using STM32F103RCT6, containing brilliant in governor circuit
Shake circuit, reset circuit, SWD download circuit and interface circuit.
It is connected as shown in figure 5, system master controller carries out communication with TFT touch screen by serial ports 3.
Further optimal technical scheme be further include memory, memory is the eeprom memory of AT24C64, is led to
It crosses iic bus to be communicated with main control chip, in system power loss, significant data can be stored, specifically as indicated with 6.
Further preferred technical solution is, including water level detection circuit, passes through the floating-ball level switch letter to access
Number Phototube Coupling is done, after line level of going forward side by side conversion, is sent into system master controller, as shown in Figure 7.
Further preferred technical solution is the AD/DC Switching Power Supply for having two groups of isolation to export in system, and it is straight for exporting
Flow 12V.1 tunnel is system master controller, slave and the power supply of TFT touch screen, obtains 5V, 24V after buck for using；Separately
12V powers directly as relay driving all the way.
Further preferred technical solution is that the slave 220 in system obtains environmental parameter by Acquisition Circuit, and will
After testing result is compared with the setting parameter that system master chip issues, the on-off of driving I/O port control relay, thus
It realizes and the switch of load equipment is operated.
Relay drive circuit is as shown in Figure 10, and relay drive circuit is located on each slave pcb board, and relay part is adopted
It is independently installed with modularization, it is integrated on 1 piece of circuit board, slave 220 and relay module plate are transmitted by connection type and controlled
Signal, control relay driver switch, 51 tunnel relay driving electricity of 220 simultaneity factor master controller, slave controllers
Road, as shown in Fig. 9 (a) and 9 (b).
Preferred technical solution is that the slave 220 includes 10 handsets, and the first handset 1 is the light control of installation
Module, the second handset 2 are the temperature control modules 1 of installation, third handset 3 is the temperature control modules 2 of installation, the 4th handset 4
Humidity collection module and water level monitoring circuit, the 5th handset 5 for installation are the carbon dioxide control module of installation, the 6th handset
6 be the PH control module of installation, the 7th handset 7 is the TDS control module of installation, the dynamic Control mould that the 8th handset 8 is installation
Block 1, the 8th handset 8 are the power train control module 2 of installation, the postharvest handling module that the 9th handset 9 is installation, the second handset 2, the
Three handsets 3, the 4th handset 4, the 8th handset 8, the 9th handset 9 share 1 pcb board, the second handset 2, the 3, the 4th son of third handset
Only input circuit, output circuit are different for machine 4, the 8th handset 8, the 9th handset 9, the 5th handset 5, the 6th handset 6, the 7th handset 7,
Tenth handset 10 shares 1 pcb board, the sensor input electricity of the 5th handset 5, the 6th handset 6, the 7th handset 7, the tenth handset 10
Road is different.
It as shown in figure 11, is light control plate microcontroller chip and interface circuit, the PCB of 1 illumination control module of the first handset
Plate, using STM8S105S4T6 as microcontroller chip, wherein containing crystal oscillating circuit, reset circuit, SWD download circuit, power supply
Circuit and RS485 host slave telecommunication circuit etc..
First handset 1 be light control plate imput output circuit, comprising adjustable speed fan driving circuit, temperature collection circuit and
Relay drive circuit.According to the speed regulation temperature value that TFT touch screen is arranged, the PWM letter of control adjustable speed fan driving circuit output
Number to blower carry out linear speed regulation, lamp plate temperature can be acquired using temp probe, be collocated with 20 road relay drive circuits, can be right
The load of 20 tunnels carries out switch control can effectively drive light control plate defeated using 3 ULN2003 as its prime driving chip
Enter output circuit, it is specific as shown in figure 12.
It as shown in figure 13, is temperature control modules pcb board, using STM8S003F3P6 as microcontroller chip, wherein including
Crystal oscillating circuit, reset circuit, ST-LINK download circuit, power circuit and RS485 host slave communication line etc..
Handset has used 6 tunnels (5,7,11) signaling interface of P3 terminal.It arranges in pairs or groups 4 road relay drive circuits, it can be negative to 4 tunnels
It is loaded into row switch control.
The temperature control panel 2 of third handset 3 is identical with the hardware circuit of temperature control panel 1 of the second handset 2, no longer
It repeats.
The temperature control panel microcontroller chip and interface circuit of 4th handset 4 are identical as the temperature control panel of the second handset 2, no
It enumerates again.
As shown in figure 15, the humid control plate humidity collection and water level detection circuit of the 4th handset 4, handset have used the end P3
All 12 road signaling interfaces of son, wherein 2-3 is 2 road water level sensor signaling interfaces, and 4-6 is humidity sensor interface, 8-11
It is level control signal interface for relay control signal interface, 12.Arrange in pairs or groups 5 road relay drive circuits, 5 tunnels can be loaded into
Row switch control.
It as shown in figure 16, is the carbon dioxide control panel microcontroller chip and interface circuit figure of the 5th handset 5, the 5th handset 5
Using STM32F103C8T6 as microcontroller chip, wherein containing crystal oscillating circuit, reset circuit, SWD download circuit, power supply electricity
Road and RS485 host slave telecommunication circuit etc..
As shown in figure 17, the carbon dioxide control board communications and output circuit figure of handset, using carbon dioxide sensor mould
Block communicates with using RS485 interface and reads carbon dioxide data, and 6 tunnels (1,5,7) signal of P10 terminal has been used to connect
Mouthful, 2 road relay drive circuits of arranging in pairs or groups can load 2 tunnels and carry out switch control.
The microcontroller chip and interface circuit and the carbon dioxide control panel phase of the 5th handset 5 of the PH control panel of 6th handset 6
Together.
As shown in figure 18, the PH control board communications and output circuit of the 6th handset 6, handset use PH sensor module, benefit
With RS485 interface with communicate and read PH data, used P10 terminal 6 (1-5,7) signaling interface, collocation No. 2 relays drive
Dynamic circuit can load 2 tunnels and carry out switch control.
As shown in figure 19, the key plate circuit of the PH control panel of the 6th handset 6, the 6th handset 6 use STM8S003F3P6
As microcontroller chip, built-in Encryption Algorithm is communicated by serial ports with the 6th handset 6, after handset ciphertext data, if correctly,
Then enable the load control function of the 6th handset 6；Otherwise.Slave 220 only provides pH value measurement function.
As shown in figure 20, the TDS control board communications and output circuit of handset utilize RS485 using TDS sensor module
Interface communicates with and reads TDS data, used P10 terminal all 8 road signaling interfaces, arrange in pairs or groups 4 road relay drive circuits,
4 tunnels can be loaded and carry out switch control.
The key plate circuit of the TDS control panel of handset is identical as the key plate circuit of PH control panel of the 6th handset 6, no longer
It repeats.
As shown in figure 21, the power control board 1 of 1 output interface circuit of power control board, the 8th handset 8 uses in Figure 21
4 tunnels (8-11) signaling interface of P3 terminal, 4 road relay drive circuits of arranging in pairs or groups can load 4 tunnels and carry out switch control.
The power control board 2 of handset and the hardware circuit of power control board 1 of slave 8 are identical, repeat no more.
The postharvest handling key plate microcontroller chip and interface circuit and the carbon dioxide of the 5th handset 5 of tenth handset 10 control
Plate is identical, repeats no more.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that:
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement；And these are modified or replaceed, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (6)
1. a kind of intelligence control system for monitoring planting environment, which is characterized in that including TFT touch screen, host (110), slave
(220), relay drive circuit, executing agency, host (110) include system master controller, and TFT touch screen is connect by RS232
Mouth Circuits and Systems master controller signal is connected, and system master controller is connected by RS485 interface circuit and slave (220) signal
It connects, slave (220) is connected by signal wire with relay drive circuit, and the slave (220) includes the son of several detection environment
Machine module, system master controller are the pcb board for being equipped with main control chip and DB9 Interface Terminal, and each handset passes through DB9 Interface Terminal
It is plugged on system master controller, relay drive circuit is connected with operator signals.
2. a kind of intelligence control system for monitoring planting environment according to claim 1, which is characterized in that execute structure packet
Light filling cooling lamp is included, illumination control module handset is connect with light filling cooling modulating signal.
3. a kind of intelligence control system for monitoring planting environment according to claim 1, which is characterized in that further include storage
Device, memory are eeprom memory, and are communicatively coupled by iic bus and main control chip.
4. a kind of intelligence control system for monitoring planting environment according to claim 1, which is characterized in that further include wifi
Module, wifi module is connect with main control chip using serial ports, and user passes through wifi module and master control core using mobile phone app
Piece signal is connected.
5. a kind of intelligence control system for monitoring planting environment according to claim 1, which is characterized in that the slave
It (220) include 10 handsets, the temperature control that the first handset (1) is the illumination control module of installation, the second handset (2) is installation
The humidity collection module and water level that module I, third handset (3) are the temperature control modules II of installation, the 4th handset (4) is installation
Observation circuit, the 5th handset (5) are the carbon dioxide control module of installation, the 6th handset (6) be the PH control module installed, the
Seven handsets (7) are the TDS control module of installation, the 8th handset (8) is the power train control module I of installation, the 8th handset (8) is peace
The power train control module II of dress, the 9th handset (9) are the postharvest handling module of installation, the second handset (2), third handset (3), the
Four handsets (4), the 8th handset (8), the 9th handset (9) share 1 pcb board, the second handset (2), third handset (3), the 4th son
Only input circuit, output circuit are different for machine (4), the 8th handset (8), the 9th handset (9), the 5th handset (5), the 6th handset (6),
7th handset (7), the tenth handset (10) share 1 pcb board, the 5th handset (5), the 6th handset (6), the 7th handset (7), the tenth
The sensor input circuit of handset (10) is different.
6. a kind of intelligence control system for monitoring planting environment according to claim 1, which is characterized in that host (110)
On be also mounted directly water level detection circuit and relay drive circuit, water level detection circuit detects the liquid level in water tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820693626.9U CN208239915U (en) | 2018-05-10 | 2018-05-10 | A kind of intelligence control system monitoring planting environment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820693626.9U CN208239915U (en) | 2018-05-10 | 2018-05-10 | A kind of intelligence control system monitoring planting environment |
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| CN208239915U true CN208239915U (en) | 2018-12-14 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108415494A (en) * | 2018-05-10 | 2018-08-17 | 云南绿界农业科技有限公司 | A kind of intelligence control system of monitoring planting environment |
| WO2021233221A1 (en) * | 2020-05-20 | 2021-11-25 | 昆山热映光电有限公司 | Agricultural multifunctional carbon dioxide monitoring instrument |
| WO2021233223A1 (en) * | 2020-05-20 | 2021-11-25 | 昆山热映光电有限公司 | Alarm-type carbon dioxide and oxygen multi-measurement point detector |
-
2018
- 2018-05-10 CN CN201820693626.9U patent/CN208239915U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108415494A (en) * | 2018-05-10 | 2018-08-17 | 云南绿界农业科技有限公司 | A kind of intelligence control system of monitoring planting environment |
| WO2021233221A1 (en) * | 2020-05-20 | 2021-11-25 | 昆山热映光电有限公司 | Agricultural multifunctional carbon dioxide monitoring instrument |
| WO2021233223A1 (en) * | 2020-05-20 | 2021-11-25 | 昆山热映光电有限公司 | Alarm-type carbon dioxide and oxygen multi-measurement point detector |
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