CN205962801U - Flue -cured tobacco system based on internet of things - Google Patents
Flue -cured tobacco system based on internet of things Download PDFInfo
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- CN205962801U CN205962801U CN201620827833.XU CN201620827833U CN205962801U CN 205962801 U CN205962801 U CN 205962801U CN 201620827833 U CN201620827833 U CN 201620827833U CN 205962801 U CN205962801 U CN 205962801U
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- flue
- cured tobacco
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- barn
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Abstract
The utility model relates to a flue -cured tobacco system based on internet of things, including flue -cured tobacco module, transport module and management module, the flue -cured tobacco module is including the detecting element who bakes the room and be connected with roast room, thereby the state parameter of the flue -cured tobacco process that detecting element is arranged in going on roast room detects to form and detects data, detection data transmission to the management module that transport module formed detection module, management module receives the detection data that the transport module transmission was come, management module can be for well accuse host computer, well accuse host computer includes database unit and execution unit, well accuse host computer will detect data and gather to the database unit to measuring analysis of the data based on to in the database unit gives execution unit corresponding executive command, and execution unit transmits corresponding executive command to the flue -cured tobacco module through transport module and carries out long -range setting and adjustment with the state parameter to the flue -cured tobacco in -process. The utility model provides high flue -cured tobacco efficiency has also promoted the tobacco leaf quality of toasting.
Description
【Technical field】
This utility model is related to flue-cured tobacco field, is related specifically to a kind of flue-cured tobacco system based on technology of Internet of things.
【Background technology】
With the development of agricultural modernization, the modernization to tobacco flue-curing requires and wanting to the quality of tobacco toasted out
Seek more and more higher, the baking process (abbreviation flue-cured tobacco process) of current Nicotiana tabacum L. is realized in barn, mainly adopt flue-cured tobacco three-stage to dry
Curing process is toasted, and so-called three-stage is that flue-cured tobacco process is divided into three phases：Yellowing stage, fixation stage and dry muscle stage.
Yellowing stage：Substantially turn yellow referred to as yellowing stage to tobacco leaf color after Nicotiana tabacum L. dress a heatable brick bed；The fixation stage：Substantially turn yellow to leaf from Nicotiana tabacum L.
The stage that piece is absolutely dry.In the dry muscle stage, mainly exclude the stage of Nicotiana tabacum L. master pulse moisture, master pulse close structure, volume is big, vaporization row
Except slowly, the wet down that need to heat up can be only achieved the purpose of dry muscle.During flue-cured tobacco, the dry-bulb temperature to barn and wet bulb temperature control
System is particularly important, and dry-bulb temperature is used for weighing temperature in barn, wet bulb temperature is used for weighing humidity in barn, and dry-bulb temperature deducts
The difference of wet bulb temperature, is commonly called " dry and wet is poor ".Different phase during flue-cured tobacco, will strictly control " dry and wet
Difference " it is ensured that strict control to dry-bulb temperature in barn and wet bulb temperature, thus ensureing the quality of tobacco toasting out.
Separate between traditional barn, after barn installs, only at barn scene, barn state could be carried out
Monitoring, and it is difficult to understand in real time and monitor all status informations of the flue-cured tobacco process of all barns, this defect of traditional baking chamber
So that flue-cured tobacco process efficiency is declined, be also unfavorable for lifting the quality of tobacco toasting out.
【Utility model content】
For overcoming existing barn flue-cured tobacco inefficiency, and the quality of tobacco toasting out is difficult to the technical barrier that lifted, this
Utility model provides the flue-cured tobacco system based on technology of Internet of things.
The scheme that this utility model solves technical problem is to provide a kind of flue-cured tobacco system based on technology of Internet of things, including roasting
Cigarette module, transport module and management module, described flue-cured tobacco module includes barn and the detector unit being connected with barn, described detection
Unit is used for the flue-cured tobacco status of processes parameter carrying out in barn is detected thus being formed detection data；Described transport module
The detection data that detection module is formed is transferred to management module；Described management module receives the detection that transport module transmits
Data, described management module can be middle control main frame, and described middle control main frame includes Database Unit and performance element, described middle control master
Detection data is aggregated into Database Unit by machine, and based on the analysis to the detection data in Database Unit, gives to execute list
Unit accordingly execute order, and performance element is accordingly executed through transport module to order is transferred to flue-cured tobacco module with during to flue-cured tobacco
State parameter carries out remotely located and adjustment.
Preferably, described flue-cured tobacco module includes controller, and the corresponding execution order that described controller receives performance element is complete
The setting of state parameter and adjustment in barn in pairs.
Preferably, described controller includes display floater and control mainboard, during described control mainboard is used for flue-cured tobacco
State parameter closely monitored, described display floater be used for display control mainboard monitoring information.
Preferably, described flue-cured tobacco module also includes heating unit and hot air circulation unit, described heating unit, hot air circulation
Unit is electrical connected with described controller, described heating unit be in barn temperature adjustment provide condition, hot air circulation unit with
The adjustment of temperature and humidity in barn is realized in heating unit cooperation.
Preferably, described detector unit uses multiple and multiple sensors to detect the state parameter in barn, described sensing
Device includes color sensor, temperature sensor and humidity sensor.
Preferably, described middle control main frame further include central processing unit, described Database Unit, performance element with central authorities
Processor is electrical connected, the switching on and shutting down operation of the remote controlled barn of described performance element.
Preferably, described middle control main frame also includes real-time monitoring unit and the log being electrical connected with central processing unit
Unit, described real-time monitoring unit is used for the state parameter in real-time monitoring barn, and described log unit is used for recording roasting
The operation information in room.
Preferably, described middle control main frame also includes historical query unit, described historical query unit and central processing unit electricity
Property be connected, described historical query unit can be inquired about to the history detection data in Database Unit.
Preferably, described transport module can be wired network and wireless network.
Preferably, described management module can be also smart portable device, and described smart portable device can be intelligent handss
Machine, panel computer or notebook computer.
Compared with prior art, of the present utility model had the advantages that based on the flue-cured tobacco system of technology of Internet of things：
1. this utility model is detected by the state parameter of the multiple barns to flue-cured tobacco module, by the state detecting
Parameter, as detection data, detection data is transferred to management module by transport module, by management module, detection data is entered
Row collects formation data base, and management module obtains baking tobacco leaves preferably state parameter after data base is analyzed, by remote
Range monitoring will preferably arrange in barn by state parameter, and flue-cured tobacco module, transport module and management module define complete base
In the flue-cured tobacco system of technology of Internet of things, the barn through being in diverse geographic location is concentrated family to be managed, is carried out remote monitoring, such as
The operation of remote controlled barn and halted state, carry out remotely located and adjustment to the state parameter of barn, do not use barn
Scene is monitored.Both improve flue-cured tobacco efficiency, also improve quality of tobacco.
2. management module includes monitor in real time unit, log unit, historical query unit and performance element, supervises in real time
Control module is realized carrying out monitor in real time to state parameter in barn, by log unit and historical query unit to data base
The analysis of middle detection data, makes Reasonable adjustment by performance element to state parameter in barn, makes flue-cured tobacco process reach optimum.
When barn breaks down, also event can be judged by the analysis of monitor in real time unit, log unit and historical query unit
Downtime and failure cause, by remote monitoring or notify field personnel and solve, improve the overhaul efficiency of barn.
3. pass through the situation of change of color sensor examinations tobacco leaf color, detection data is passed to management module and carries out
Check, when particularly detection data being passed to portable set, can whenever and wherever possible the situation of change of tobacco leaf color be checked,
Save a lot of manpower and materials, directly perceived, efficient and energy-conservation.
【Brief description】
Fig. 1 is the block schematic illustration of the flue-cured tobacco system based on technology of Internet of things.
Fig. 2 is the block schematic illustration of flue-cured tobacco module.
Fig. 3 is the block schematic illustration of middle control main frame.
【Specific embodiment】
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.It should be appreciated that specific embodiment described herein is only in order to solve
Release this utility model, be not used to limit this utility model.
Refer to Fig. 1, this utility model provides a kind of flue-cured tobacco system 1 based on technology of Internet of things, this system includes flue-cured tobacco
Module 10, transport module 20 and management module 30, flue-cured tobacco module 10 is by the multiple barns 101 being in diverse geographic location and setting
In each barn 101 or around barn 101 and the controller 102 being connected and detector unit 105 form with barn 101, institute
The flue-cured tobacco process stating flue-cured tobacco module 10 uses Three-stage Curing of Flue-cured Tobacco technique, and during flue-cured tobacco, detector unit 105 is automatically real-time
Detect the state parameter of the Nicotiana tabacum L. and Nicotiana tabacum L. surrounding being in yellowing stage, fixation stage and dry muscle stage, detect state
Parameter such as barn 101 internal gas pressure, CO2The dry-bulb temperature of diverse location and wet bulb temperature etc. in gas concentration, barn 101, detection
The state parameter that arrives forms detection data, can understand state in barn 101 in real time by detection data, and using detection data as
Reference frame is adjusted to the state parameter in barn 101 by controller 102.
The detection data via controller 102 that detector unit 105 detection is formed is transferred to management module by transport module 20
30.According to reality such as barn 101 location, the dense degree of barn 101 and the transfer rates required by detection data
The difference of situation, different areas can be using different network construction forms.This transport module 20 can be wired for the Internet, LAN etc.
The wireless network such as network, alternatively cellular network, Wifi network, Zigbee network is it is generally the case that controller 102 can be direct
Access the Internet and management module 30 realizes the transmission of detection data, if a certain area barn 101 quantity is many and position is concentrated,
Local area network building form then can be adopted between multiple controllers 102 of this area, controller 102 passes through local with management module 30
Net carries out the transmission of detection data, is readily apparent that, this LAN also can pass through gateway accessing the Internet；If for another example at barn 101
In remote rural area, it is not easy to due to cost considerations access the Internet, then the controller 102 of this area can pass through honeycomb
Network and management module 30 realize the transmission of detection data.Management module 30 receives the detection data from multiple controllers 102,
And detection data is collected, by being analyzed to the detection data after collecting, obtain analysis result, based on this analysis knot
Really, management module 30 is remotely monitored and controlled (hereinafter referred to as monitoring) to barn 101, realizes management module 30 to barn
State parameter in 101 carries out remotely located and adjustment.Additionally, management module 30 can also remotely control flue-cured tobacco module 10 be in
Normal operating conditions or halted state, i.e. remote controlled flue-cured tobacco module 10 startup and shutdown of management module 30.
Refer to Fig. 2, flue-cured tobacco module 10 is used for completing the flue-cured tobacco process of Nicotiana tabacum L., it is except including multiple barns 101, controlling
Device 102 and detector unit 105, also include heating unit 103 and the hot air circulation unit 104 being electrical connected with controller 102.Control
Device 102 processed controls heating unit 103, hot air circulation unit 104 and detector unit 105 running to complete respective corresponding function.Control
Device 102 includes display floater and control mainboard, and display floater is used for the control information after the operation of display control mainboard, specifically,
Display floater can be LCD screen or LED screen；Control mainboard is carried out with operation can achieve to heating unit 103, hot air circulation unit
104 and the control process of detector unit 105.By control mainboard, also can achieve and the state parameter in barn 101 is set
Put, check the functions such as the state parameter detecting, the history log of inquiry barn 101 of detector unit 105, specifically,
Control mainboard can be IC circuit board or the FPGA development board being integrated with arm processor.Sum it up, controller 102 can achieve
State parameter to the barn 101 during flue-cured tobacco closely monitored (with respect to management module 30 remote monitoring and
Speech).
During flue-cured tobacco, first by Nicotiana tabacum L. be arranged in barn 101 dress barn first-class to be baked, disposable for increasing
The quantity of the Nicotiana tabacum L. of baking, dress barn can be divided into Shang Peng, Zhong Peng, lower canopy to divide a heatable brick bed dress cigarette；Controller 102 is realized by control mainboard
Start, and the required various parameters of baking, such as dry-bulb temperature, wet bulb temperature, baking duration etc. are pre-entered by control mainboard；
Then heating unit 103, hot air circulation unit 104 and detector unit 105 are started by control mainboard.
Heating unit 103 is used for providing heat to barn 101, provides condition, heating unit to temperature adjustment in barn 101
103 include heating chamber, heating furnace, some petrolifts and guarantee fuel pump, and heating chamber provides accommodation space, heating furnace to heating furnace
For carrying fuel, so that fuel is burnt on heating furnace, heating furnace is provided with some iron pipes as heat exchanger, iron pipe one side
Thermolysis is played in face, distributes heat in ambient gas, on the other hand as chimney, the waste gas after burning is discharged tobacco flue-curing house,
Petrolift and guarantee fuel pump are communicated with heating furnace, the fuel in petrolift is introduced in heating furnace and is burnt.By controlling
The ignition operation of mainboard can make fuel be ignited in heating furnace, and then makes fuel sustained combustion.Guarantee fuel pump is used for fuel
When pump fuel is finished, persistently provide fuel to heating furnace, prevent flue-cured tobacco process to be forced to stop, affecting quality of tobacco.Specifically,
The practical fuel of this utility model can be traditional chemical fuel, alternatively Novel pollution-free fuel such as alcohol radical etc..
Hot air circulation unit 104 be used for heated unit 103 is heated after gas formed hot blast, hot blast is from Nicotiana tabacum L. table
The out-of-date baking tobacco leaves of surface current, make hot blast repeatedly flow between the gap of Nicotiana tabacum L., form hot air circulation.Hot air circulation unit 104 wraps
Include some circulating fans, some aerators and some air doors, multiple circulating fans are according to the placing structure of Nicotiana tabacum L. and putting position
Form hot air circulation passage, for example, according to the position of the Nicotiana tabacum L. on the dress cigarette a heatable brick bed being in the dress Shang Peng of barn, Zhong Peng, lower canopy,
In the presence of circulating fan, steam flows successively and reaches, through the gap of Shang Peng, Zhong Peng, lower canopy Nicotiana tabacum L., the bottom filling barn, then warp
The heating chamber returning in bottom heating element 103 is heated, and hot blast flows back to Shang Peng from dress barn surrounding again, forms one completely
Hot air circulation.When barn 101 interior temperature spends high, door opening, aerator operates, and outer for barn 101 cold air is passed through side
Air door introduce in barn 101, hot-air is extruded from opposite side air door, to adjust temperature in barn 101, aerator air blast speed
Degree is optional, is high speed, middling speed or low speed such as by control mainboard adjustment blast velocity.And when indoor humidity is excessive, can beat
Open air door dehumidifying reduces indoor humidity.
In the operation of heating unit 103 and hot air circulation unit 104, detector unit 105 real-time detection barn 101
Interior state parameter, the detection parameter of detector unit 105 includes：Electric switch quantity, such as circulating fan, the unlatching number of aerator
Amount, unlatching quantity of petrolift etc.；Temperature, because flue-cured tobacco process requires strictly to the control of temperature, so should be as much as possible
Temperature on detection diverse location, detects temperature everywhere in barn 101 with temperature sensor, including positions different in barn 101
The dry-bulb temperature put and wet bulb temperature；Air pressure, detects barn 101 internal gas pressure with baroceptor, including wind during aerator air blast
The air pressure of door position；CO2Gas concentration, uses CO2CO in sensor detection barn 1012Gas concentration；Humidity, uses humidity sensor
Humidity in detection barn 101；Tobacco leaf color, detects the color of Nicotiana tabacum L. with color sensor, intuitively to observe Nicotiana tabacum L. roasting
Color change during cigarette；Additionally, the other parameters also producing during flue-cured tobacco such as barn 101 operation duration, during power down
The parameter such as long, by electric switch quantity, temperature, air pressure, CO2Gas concentration, humidity, tobacco leaf color collect together with other parameters
Form detection data, this detection data one side shows by showing mainboard, for the staff's ginseng at cylinder barn 101
Examine, as the reference frame closely monitoring；On the other hand detection data is transferred to by management module 30 by transport module 20,
To be analyzed to detection data processing.
Refer to Fig. 3, management module 30 1 aspect receives detection data to the flue-cured tobacco in barn 101 by transport module 20
Process carries out remote monitoring, on the other hand the detection data in barn 101 is analyzed processing, the knot based on analyzing and processing
Really, the long-range state parameter to barn 101 of management module 30 is configured and adjusts.Management module 30 includes middle control main frame 31,
Described middle control main frame 31 quantity is not unique, is at least one, and described middle control main frame 31 may be disposed in LAN, to being in this office
The flue-cured tobacco process in barn 101 in the net of domain carries out remote monitoring and detection data is analyzed process, further, described
Middle control main frame 31 may also set up in the Internet, all barns 101 is carried out with remote monitoring and detection data is analyzed locate
Reason.Described middle control main frame 31 include central processing unit 311 and the monitor in real time unit 312 being electrical connected with central processing unit 311,
Log unit 313, Database Unit 314, memory element 315, historical query unit 316, display unit 317, early warning list
Unit 318 and performance element 319, central processing unit 311 controls realizes corresponding function with each unit that it is electrical connected.Above-mentioned real-time
Monitoring unit 312, the corresponding function of log unit 313, historical query unit 316 and performance element 319 can pass through software
The form of programming is realized.
Monitor in real time unit 312 is used for the real-time detector data of the multiple detector units 105 being in diverse geographic location
Collected, the detection data after collecting is shown by display unit 317.Log unit 313 have recorded many between roasting
The operation duration in room 101, operation beginning and ending time, power down duration, the parameter such as power down beginning and ending time.Database Unit 314 is used for will
Each detection data carries out collecting formation data base, and memory element 315 is used for depositing a large amount of detections in Database Unit 314
Data, historical query unit 316 is used for the detection data in Database Unit 314 is inquired about, and is easy to separate room barn 101
Detection data be analyzed, also allow for being compared analysis to the detection data of different barns 101.Display unit 317 is used for
Display monitor in real time unit 312, the operation information of log unit 313, historical query unit 316 and performance element 319.In advance
Alert module 318 is used for when by the analysis to history detection data, in prediction barn 101, equipment can break down within the nearly stage
Probability, notify barn 101 field personnel in advance and shut down in time and adopt an effective measure.
Particularly important, display unit 317 shows the Nicotiana tabacum L. that the color sensor in detector unit 105 detects in real time
Colouring information, is adjusted to the state parameter during flue-cured tobacco according to the change of flue-cured tobacco color.By in different barns 101
The multilevel iudge of tobacco leaf color, and combine the analysis of other state parameters, can draw and make baking quality of tobacco out more excellent
State parameter, i.e. analysis result, the state parameter in barn 101 is carried out by performance element 319 based on to analysis result
Remotely located and adjustment, specifically, performance element 319 receive corresponding with analysis result orders, and by this order pass through transmit
Module 20 goes out to be defeated by controller 102, and controller 102 is configured to the state parameter of barn 101 and adjusts, thus completing to pipe
The reason remote monitoring to flue-cured tobacco module 10 for the module 30.Switching on and shutting down behaviour to flue-cured tobacco module 10 also be can achieve by performance element 319
Make.
As variant embodiment of the present utility model, management module 30 is alternatively mobile phone, computer notebook, flat board notebook
Deng portable set.By software programming by middle control main frame 31 in monitor in real time unit 312, log unit 313, data
Library unit 314, memory element 315, historical query unit 316, display unit 317, warning module 318 and performance element 319
Corresponding function is integrated in application software (app), and this application software (app) is mountable in portable set, by portable
Equipment just can achieve and carries out remote monitoring to barn 101.
Compared with prior art, of the present utility model had the advantages that based on the flue-cured tobacco system of technology of Internet of things：
1. this utility model is detected by the state parameter of the multiple barns to flue-cured tobacco module, by the state detecting
Parameter, as detection data, detection data is transferred to management module by transport module, by management module, detection data is entered
Row collects formation data base, and management module obtains baking tobacco leaves preferably state parameter after data base is analyzed, by remote
Range monitoring will preferably arrange in barn by state parameter, and flue-cured tobacco module, transport module and management module define complete base
In the flue-cured tobacco system of technology of Internet of things, the barn through being in diverse geographic location is concentrated family to be managed, is carried out remote monitoring, such as
The operation of remote controlled barn and halted state, carry out remotely located and adjustment to the state parameter of barn, do not use barn
Scene is monitored.Both improve flue-cured tobacco efficiency, also improve quality of tobacco.
2. management module includes monitor in real time unit, log unit, historical query unit and performance element, supervises in real time
Control module is realized carrying out monitor in real time to state parameter in barn, by log unit and historical query unit to data base
The analysis of middle detection data, makes Reasonable adjustment by performance element to state parameter in barn, makes flue-cured tobacco process reach optimum.
When barn breaks down, also event can be judged by the analysis of monitor in real time unit, log unit and historical query unit
Downtime and failure cause, by remote monitoring or notify field personnel and solve, improve the overhaul efficiency of barn.
3. pass through the situation of change of color sensor examinations tobacco leaf color, detection data is passed to management module and carries out
Check, when particularly detection data being passed to portable set, can whenever and wherever possible the situation of change of tobacco leaf color be checked,
Save a lot of manpower and materials, directly perceived, efficient and energy-conservation.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all this
Any modification made within the principle of utility model, equivalent and improvement etc. all should comprise protection domain of the present utility model
Within.
Claims (10)
1. the flue-cured tobacco system based on technology of Internet of things is it is characterised in that include：Flue-cured tobacco module, transport module and management module, institute
State flue-cured tobacco module and include barn and the detector unit being connected with barn, described detector unit is used for the flue-cured tobacco mistake carrying out in barn
The state parameter of journey is detected thus being formed detection data；The detection data that detection module is formed is transmitted by described transport module
To management module；Described management module receives the detection data that transport module transmits, and described management module can be middle control master
Machine, described middle control main frame includes Database Unit and performance element, and it is single that detection data is aggregated into data base by described middle control main frame
Unit, and based on the analysis to the detection data in Database Unit, give performance element and accordingly execute order, performance element is through passing
Corresponding execution order is transferred to flue-cured tobacco module so that the state parameter during flue-cured tobacco is carried out with remotely located and adjustment by defeated module.
2. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 1 it is characterised in that：Described flue-cured tobacco module includes controlling
Device processed, the corresponding execution order that described controller receives performance element completes the setting to state parameter in barn and adjustment.
3. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 2 it is characterised in that：Described controller includes showing
Panel and control mainboard, described control mainboard is used for the state parameter during flue-cured tobacco is closely monitored, described display
Panel is used for the monitoring information of display control mainboard.
4. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 3 it is characterised in that：Described flue-cured tobacco module also includes
Heating unit and hot air circulation unit, described heating unit, hot air circulation unit and described controller are electrical connected, described heating
Unit provides condition for temperature adjustment in barn, and hot air circulation unit realizes temperature and humidity in barn with heating unit cooperation
Adjustment.
5. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 4 it is characterised in that：Described detector unit is using many
State parameter in kind and multiple sensor detection barn, described sensor includes color sensor, temperature sensor and humidity
Sensor.
6. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 1 it is characterised in that：Described middle control main frame is further
Including central processing unit, described Database Unit, performance element and central processing unit are electrical connected, and described performance element can be long-range
Control the switching on and shutting down operation of flue-cured tobacco module.
7. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 6 it is characterised in that：Described middle control main frame also includes
The real-time monitoring unit being electrical connected with central processing unit and log unit, described real-time monitoring unit is used for real-time monitoring
State parameter in barn, described log unit is used for recording the operation information of barn.
8. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 7 it is characterised in that：Described middle control main frame also includes
Historical query unit, described historical query unit is electrical connected with central processing unit, and described historical query unit can be to data base
History detection data in unit is inquired about.
9. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 1 it is characterised in that：Described transport module can be for having
Gauze and wireless network.
10. the flue-cured tobacco system based on technology of Internet of things as claimed in claim 1 it is characterised in that：Described management module also may be used
For smart portable device, described smart portable device can be smart mobile phone, panel computer or notebook computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620827833.XU CN205962801U (en) | 2016-08-02 | 2016-08-02 | Flue -cured tobacco system based on internet of things |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620827833.XU CN205962801U (en) | 2016-08-02 | 2016-08-02 | Flue -cured tobacco system based on internet of things |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205962801U true CN205962801U (en) | 2017-02-22 |
Family
ID=58028665
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620827833.XU Expired - Fee Related CN205962801U (en) | 2016-08-02 | 2016-08-02 | Flue -cured tobacco system based on internet of things |
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| Country | Link |
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| CN (1) | CN205962801U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108429819A (en) * | 2018-04-20 | 2018-08-21 | 云南佳叶现代农业发展有限公司 | Artificial intelligence flue-cured tobacco system and method based on Internet of Things |
| CN109645540A (en) * | 2018-11-19 | 2019-04-19 | 武汉华喻燃能工程技术有限公司 | A kind of barn tele-control system based on Internet of Things |
-
2016
- 2016-08-02 CN CN201620827833.XU patent/CN205962801U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108429819A (en) * | 2018-04-20 | 2018-08-21 | 云南佳叶现代农业发展有限公司 | Artificial intelligence flue-cured tobacco system and method based on Internet of Things |
| CN109645540A (en) * | 2018-11-19 | 2019-04-19 | 武汉华喻燃能工程技术有限公司 | A kind of barn tele-control system based on Internet of Things |
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