CN206178511U - Intelligence control system that fresh -keeping temperature humidity change in back can show is adopted to split type fruit vegetables - Google Patents
Intelligence control system that fresh -keeping temperature humidity change in back can show is adopted to split type fruit vegetables Download PDFInfo
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- CN206178511U CN206178511U CN201621123801.8U CN201621123801U CN206178511U CN 206178511 U CN206178511 U CN 206178511U CN 201621123801 U CN201621123801 U CN 201621123801U CN 206178511 U CN206178511 U CN 206178511U
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Abstract
The utility model discloses an intelligence control system that fresh -keeping temperature humidity change in back can show is adopted to split type fruit vegetables, can show intelligent control monomer, split type resolute vegetables including the temperature humidity change that keeps fresh after split type fruit vegetables are adopted and adopt the fresh -keeping temperature humidity change in back and can show that the temperature humidity change that keeps fresh can show engineering control monomer after sensing monitoring monomer and split type resolute vegetables are adopted, wherein, fresh -keeping temperature humidity change can show that the temperature humidity change that keeps fresh can show intelligent control monomer wireless transmission unit and adopt the fresh -keeping temperature humidity change in back with split type resolute vegetables respectively and can show that the temperature humidity change that keeps fresh can show the unit connection of the free engineering of engineering control monomer wireless transmission after free sensing monitoring monomer wireless transmission unit of sensing monitoring and split type resolute vegetables are adopted after split type resolute vegetables were adopted after the intelligent control monomer is adopted through split type fruit vegetables. The utility model discloses can carry out monitoring and control to fruit and vegetable fresh -keeping temperature humidity change in ground directly perceived, dexterous.
Description
Technical field
The utility model is related to postharvest fruit and vegetable technical field of preservation of fresh, and in particular to a kind of split type postharvest fruit and vegetable preservation temperature
The intelligence control system that humidity change can be shown.
Background technology
At present, the pursuit with people to food quality, food security is increasingly strong so that all sectors of society is protected to fruits and vegetables
The requirement more and more higher of fresh temperature humidity, although at this stage preserving fruit and vegetable utilizing temperature humidity technology make rapid progress, but much with
The development need of production and consumption is not gone up.On the one hand the control technology of existing preserving fruit and vegetable utilizing temperature humidity uses comparison and is tired of
It is miscellaneous, lack intuitive and convenience, on the other hand existing preserving fruit and vegetable utilizing temperature humidity control technology is done things in his own way in links,
Not using again in transport for warehouse storage is often applied to, what is used in transport does not use again in sales section.Due to fruit
Vegetable preservation temperature Humidity Control preserving, transport, the disunity sold in each link so that the temperature during preserving fruit and vegetable utilizing
Degree humidity produces difference in each link, so as to cause preserving fruit and vegetable utilizing Quality Down, after harvesting unnecessary damage to fruits and vegetables is caused
Lose, while also reducing fruit-vegetable quality and fruit-vegetable food safety coefficient.
Utility model content
The purpose of this utility model is to provide the intelligence control that a kind of split type postharvest fruit and vegetable preservation temperature humidity change can be shown
System processed, intuitively, deftly can be monitored and control to the change of preserving fruit and vegetable utilizing temperature humidity.
For achieving the above object, the utility model provides what a kind of split type postharvest fruit and vegetable preservation temperature humidity change can be shown
Intelligence control system, including split type postharvest fruit and vegetable preservation temperature humidity change can show that Based Intelligent Control monomer, split type fruits and vegetables are adopted
Preservation temperature humidity change afterwards can show that sensor monitoring monomer and the change of split type postharvest fruit and vegetable preservation temperature humidity can show engineering control
Monomer processed, wherein, the split type postharvest fruit and vegetable preservation temperature humidity change can show Based Intelligent Control monomer respectively with split type fruit
The change of vegetable post-harvest fresh-keeping temperature humidity can show that sensor monitoring monomer and the change of split type postharvest fruit and vegetable preservation temperature humidity can show work
Process control monomer connects；
The split type postharvest fruit and vegetable preservation temperature humidity change can show that Based Intelligent Control monomer includes central computer, respectively
Preserving fruit and vegetable utilizing temperature humidity real time data receiving unit, Multifunctional touch display, the fruits and vegetables guarantor being connected with central computer
Fresh temperature humidity Based Intelligent Control instruction generation unit, preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control instruction sending unit, respectively with fruit
What vegetable preservation temperature humidity real time data receiving unit and preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control instruction sending unit connected divides
The change of body formula postharvest fruit and vegetable preservation temperature humidity can show Based Intelligent Control monomer wireless transmission unit；
The split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer includes that preserving fruit and vegetable utilizing temperature is wet
Degree real-time Data Transmission and control instruction distributor, respectively with preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and control instruction point
The split type postharvest fruit and vegetable preservation temperature humidity change of orchestration connection can show sensor monitoring monomer wireless transmission unit, preserving fruit and vegetable utilizing
Temperature data Real-time Collection module and preserving fruit and vegetable utilizing humidity data Real-time Collection module；
The split type postharvest fruit and vegetable preservation temperature humidity change can show that Engineering Control monomer includes that preserving fruit and vegetable utilizing temperature is wet
Degree Based Intelligent Control directive distributor, the split type fruits and vegetables being connected with preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control directive distributor respectively
The change of post-harvest fresh-keeping temperature humidity can show that Engineering Control monomer wireless transmission unit, preserving fruit and vegetable utilizing temperature assurance module and fruits and vegetables are protected
Fresh humidity assurance module；
Wherein, the change of split type postharvest fruit and vegetable preservation temperature humidity can show Based Intelligent Control monomer wireless transmission unit respectively with
Split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer wireless transmission unit and split type postharvest fruit and vegetable are protected
Fresh temperature humidity change can show that Engineering Control monomer wireless transmission unit connects.
Preferably, the split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer includes at least two
Preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and control instruction distributor, at least two preserving fruit and vegetable utilizing temperature data Real-time Collections
Module and at least two preserving fruit and vegetable utilizing humidity data Real-time Collection modules, the split type postharvest fruit and vegetable preservation temperature humidity change
Sensor monitoring monomer wireless transmission unit can be shown by a sensor monitoring monomer RFID routers and each preserving fruit and vegetable utilizing temperature humidity
Real-time Data Transmission and control instruction distributor connect.
Preferably, the preserving fruit and vegetable utilizing temperature data Real-time Collection module includes that temperature monitoring rfid interrogator, temperature are supervised
RFID antenna and at least two the first active RFID tags with temperature sensor are surveyed, described each with temperature sensor first has
Source RFID tag is connected with temperature monitoring RFID antenna, and temperature monitoring RFID antenna is by temperature monitoring rfid interrogator and fruits and vegetables
Preservation temperature humidity real-time Data Transmission and control instruction distributor connect.
Preferably, the preserving fruit and vegetable utilizing humidity data Real-time Collection module includes at least two with humidity sensor second
Active RFID tag, humidity detection RFID antenna and humidity detection rfid interrogator, described each with humidity sensor second has
Source RFID tag is connected with humidity detection RFID antenna, and humidity detection RFID antenna is by humidity detection rfid interrogator and fruits and vegetables
Preservation temperature humidity real-time Data Transmission and control instruction distributor connect.
Preferably, the split type postharvest fruit and vegetable preservation temperature humidity change can show that Engineering Control monomer includes at least two
Preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control directive distributor, at least two preserving fruit and vegetable utilizing temperature assurance modules and at least two fruits and vegetables
Fresh-keeping humidity assurance module, the split type postharvest fruit and vegetable preservation temperature humidity change can show that Engineering Control monomer is wirelessly transferred list
Unit by a preserving fruit and vegetable utilizing temperature humidity Intelligent Control Engineering control monomer router respectively with each preserving fruit and vegetable utilizing temperature humidity intelligence
Can the connection of control instruction distributor.
Preferably, the preserving fruit and vegetable utilizing temperature assurance module includes that preserving fruit and vegetable utilizing temperature intelligent controls front controller, with
The preserving fruit and vegetable utilizing temperature control of preserving fruit and vegetable utilizing temperature intelligent control front controller connection performs component.
Preferably, the preserving fruit and vegetable utilizing humidity assurance module includes that preserving fruit and vegetable utilizing humid control performs component, protects with fruits and vegetables
Fresh humid control performs the preserving fruit and vegetable utilizing intelligent humidity control front controller of component connection.
Preferably, the split type postharvest fruit and vegetable preservation temperature humidity change can show that Based Intelligent Control monomer also includes intelligence control
Monomer data distributor processed, the preserving fruit and vegetable utilizing real time temperature humidity early warning and alarming being connected with Multifunctional touch display respectively is raised
Sound device and preserving fruit and vegetable utilizing real time temperature humidity precaution alarm warning lamp, the preserving fruit and vegetable utilizing temperature humidity reality being connected with central computer respectively
When Database Unit, preserving fruit and vegetable utilizing temperature humidity multimode data library unit, real time data and data check analysis unit, fruits and vegetables
Preservation temperature humidity data visualization, preserving fruit and vegetable utilizing temperature humidity intelligent control unit, the preserving fruit and vegetable utilizing temperature humidity
Real time data receiving unit and preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control instruction sending unit are by intelligent control single volume data point
Orchestration can show that Based Intelligent Control monomer wireless transmission unit is connected with the change of split type postharvest fruit and vegetable preservation temperature humidity respectively.
Compared with prior art, the intelligence control that split type postharvest fruit and vegetable preservation temperature humidity change of the present utility model can be shown
System processed has the beneficial effect that：
(1) the utility model by build the change of split type postharvest fruit and vegetable preservation temperature humidity can show Based Intelligent Control monomer,
Split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer and split type postharvest fruit and vegetable preservation temperature humidity become
Change can show Engineering Control monomer, and intuitively, deftly the change of preserving fruit and vegetable utilizing temperature humidity can be monitored and control.While this reality
With it is new be it is a kind of it is advanced, easy to use, the preserving fruit and vegetable utilizing temperature humidity intelligence that preserving fruit and vegetable utilizing links are used can be adapted to
Can control system.
(2) the utility model adopt digital graphics Display Technique, allow preserving fruit and vegetable utilizing temperature humidity change and its control with
Graphical information form shows, directly perceived, succinct, very clear, easy to operate, simplifies many unnecessary links, there is provided a kind of
Most direct Information ecology and the operation ecosystem.
(3) the utility model is adopted and touches manipulation technology, using touch-screen as human-computer interaction interface, can be straight on a display screen
Connect operation, operation can use finger, the hand with gloves, felt pen, or as other objects of the class of credit card one carry out touch behaviour
Make, using method is simple, convenient, there is provided a kind of manipulation ecosystem of most hommization.
(4) the utility model adopts Split type device technology, makes split type postharvest fruit and vegetable preservation temperature humidity change to show intelligence
Monomer, the change of split type postharvest fruit and vegetable preservation temperature humidity can be controlled can show that sensor monitoring monomer, split type postharvest fruit and vegetable are fresh-keeping
Temperature humidity change can show that Engineering Control monomer is separate, with more flexible layout performance, can more easily with it is monitored
Fruit and vegetable preservation is matched.
(5) the utility model adopts Radio Transmission Technology, allows split type postharvest fruit and vegetable preservation temperature humidity change to show intelligence
Monomer, the change of split type postharvest fruit and vegetable preservation temperature humidity can be controlled can show that sensor monitoring monomer is fresh-keeping with split type postharvest fruit and vegetable
Temperature humidity change can show that Engineering Control monomer can realize the flexible combination of certain distance scope by Radio Transmission Technology, can be with
Realize and monitored fruits and vegetables best combination, adaptation is preserved, transported, selling various environment and purposes.
(6) the utility model adopts untouchable RFID technique detection technology and belt sensor active RFID tag technology,
The monitoring of the fruit and vegetable preservation of different size, different shape or different places is adapted to, monitoring node can be flexibly set, exactly
Monitoring fruit and vegetable preservation, improves preserving fruit and vegetable utilizing temperature humidity control quality.
Description of the drawings
The block diagram of the intelligence control system that the split type postharvest fruit and vegetable preservation temperature humidity changes of Fig. 1 can be shown；
The split type postharvest fruit and vegetable preservation temperature humidity changes of Fig. 2 can show the structure side of Based Intelligent Control monomer intelligent control single body
Block diagram；
The split type postharvest fruit and vegetable preservation temperature humidity changes of Fig. 3 can show the block diagram of sensor monitoring monomer；
The split type postharvest fruit and vegetable preservation temperature humidity changes of Fig. 4 can show the block diagram of Engineering Control monomer.
Specific embodiment
With reference now to Description of Drawings embodiment of the present utility model, the element numbers being similar in accompanying drawing represent similar unit
Part.
As shown in Figures 1 to 4, the utility model provides what a kind of split type postharvest fruit and vegetable preservation temperature humidity change can be shown
Intelligence control system, including split type postharvest fruit and vegetable preservation temperature humidity change can show Based Intelligent Control monomer 50, split type fruits and vegetables
The change of post-harvest fresh-keeping temperature humidity can show that sensor monitoring monomer 60 and the change of split type postharvest fruit and vegetable preservation temperature humidity can show work
Process control monomer 70, wherein, the change of split type postharvest fruit and vegetable preservation temperature humidity can show Based Intelligent Control monomer 50 respectively with split
The change of formula postharvest fruit and vegetable preservation temperature humidity can show sensor monitoring monomer 60 and the change of split type postharvest fruit and vegetable preservation temperature humidity
Can show that Engineering Control monomer 70 connects；During split type postharvest fruit and vegetable preservation temperature humidity change can show that Based Intelligent Control monomer 50 includes
Centre calculator 12, it is the preserving fruit and vegetable utilizing temperature humidity real time data receiving unit 1 be connected with central computer 12 respectively, multi-functional tactile
Touch formula display 6, preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control instruction generation unit 10, preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control to refer to
Transmitting element 11 is made, is intelligently controlled with preserving fruit and vegetable utilizing temperature humidity real time data receiving unit 1 and preserving fruit and vegetable utilizing temperature humidity respectively
The split type postharvest fruit and vegetable preservation temperature humidity change of the connection of instruction sending unit processed 11 can show that Based Intelligent Control monomer is wirelessly transferred
Unit 14；Split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer 60 includes preserving fruit and vegetable utilizing temperature humidity reality
When data transfer and control instruction distributor 21, distribute with preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and control instruction respectively
The split type postharvest fruit and vegetable preservation temperature humidity change of the connection of device 21 can show that sensor monitoring monomer wireless transmission unit 23, fruits and vegetables is protected
Fresh temperature data Real-time Collection module 61 and preserving fruit and vegetable utilizing humidity data Real-time Collection module 62；The fresh-keeping temperature of split type postharvest fruit and vegetable
Degree humidity change can show that Engineering Control monomer 70 includes preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control directive distributor 28, respectively with fruit
The split type postharvest fruit and vegetable preservation temperature humidity change of the connection of vegetable preservation temperature intelligent humidity control instruction distributor 28 can show work
Process control monomer wireless transmission unit 30, preserving fruit and vegetable utilizing temperature assurance module 71 and preserving fruit and vegetable utilizing humidity assurance module 72；Wherein,
The change of split type postharvest fruit and vegetable preservation temperature humidity can show Based Intelligent Control monomer wireless transmission unit 14 respectively with split type fruits and vegetables
The change of post-harvest fresh-keeping temperature humidity can show that sensor monitoring monomer wireless transmission unit 23 and split type postharvest fruit and vegetable preservation temperature are wet
Degree change can show that Engineering Control monomer wireless transmission unit 30 connects.
In the present embodiment, can to show that Based Intelligent Control monomer 50 is placed on most square for the change of split type postharvest fruit and vegetable preservation temperature humidity
Just the region for controlling, can be interior can also be outdoor, or means of transport control room.Split type postharvest fruit and vegetable preservation temperature
Humidity change can show that Based Intelligent Control monomer wireless transmission unit 14 can show biography with the change of split type postharvest fruit and vegetable preservation temperature humidity
Sense monitoring monomer wireless transmission unit 23 and the change of split type postharvest fruit and vegetable preservation temperature humidity can show that Engineering Control monomer is wireless
Transmission unit 30 should all be arranged on and not be wirelessly transferred where obstacle.
Split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer 60 includes two preserving fruit and vegetable utilizing temperature
21, two preserving fruit and vegetable utilizing temperature data Real-time Collection modules 61 of humidity real-time Data Transmission and control instruction distributor and two fruits
The fresh-keeping humidity data Real-time Collection module 62 of vegetable, the change of split type postharvest fruit and vegetable preservation temperature humidity can show sensor monitoring monomer without
Line transmission unit 23 by a sensor monitoring monomer RFID routers 22 and each preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and
Control instruction distributor 21 connects.
Preserving fruit and vegetable utilizing temperature data Real-time Collection module 61 includes temperature monitoring rfid interrogator 15, temperature monitoring RFID days
Line 16 and three the first active RFID tags 17 with temperature sensor, respectively the first active RFID tag 17 with temperature sensor
It is connected with temperature monitoring RFID antenna 16, temperature monitoring RFID antenna 16 is by temperature monitoring rfid interrogator 15 and preserving fruit and vegetable utilizing
Temperature humidity real-time Data Transmission and control instruction distributor 21 connect.
Preserving fruit and vegetable utilizing humidity data Real-time Collection module 62 includes three the second active RFID tags with humidity sensor
18th, humidity detection RFID antenna 19 and humidity detection rfid interrogator 20, respectively the second active RFID tag with humidity sensor
18 pass through humidity detection rfid interrogator 20 and preserving fruit and vegetable utilizing temperature with humidity detection RFID antenna 19, humidity detection RFID antenna 19
Degree humidity real-time Data Transmission and control instruction distributor 21 connect.
In the present embodiment, temperature monitoring rfid interrogator 15 adopts monitoring radius for the high-power rfid interrogators of 3m, can
Effectively to be sensed to the first active RFID tag 17 with temperature sensor in 3m radiuses.Humidity detection rfid interrogator
20 adopt monitoring radius for the high-power rfid interrogators of 3m, can be to the second active RFID with humidity sensor in 3m radiuses
Label 18 is effectively sensed.
Split type postharvest fruit and vegetable preservation temperature humidity change can show that Engineering Control monomer 70 includes two preserving fruit and vegetable utilizing temperature
Intelligent humidity control instruction distributor 28, preserving fruit and vegetable utilizing temperature assurance module 71 and preserving fruit and vegetable utilizing humidity assurance module 72, split
The change of formula postharvest fruit and vegetable preservation temperature humidity can show that Engineering Control monomer wireless transmission unit 30 is wet by a preserving fruit and vegetable utilizing temperature
Degree Intelligent Control Engineering control monomer router 29 connects respectively with each preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control directive distributor 28
Connect.
Preserving fruit and vegetable utilizing temperature assurance module 71 includes that preserving fruit and vegetable utilizing temperature intelligent controls front controller 24, with preserving fruit and vegetable utilizing
The preserving fruit and vegetable utilizing temperature control of the temperature intelligent control connection of front controller 24 performs component 25.
Preserving fruit and vegetable utilizing humidity assurance module 72 includes that preserving fruit and vegetable utilizing humid control performs component 26, with preserving fruit and vegetable utilizing humidity control
System performs the preserving fruit and vegetable utilizing intelligent humidity control front controller 27 of the connection of component 26.
Split type postharvest fruit and vegetable preservation temperature humidity change can show that Based Intelligent Control monomer 50 also includes Based Intelligent Control monomer number
According to distributor 13, the preserving fruit and vegetable utilizing real time temperature humidity early warning and alarming loudspeaker 5 being connected with Multifunctional touch display 6 respectively
With preserving fruit and vegetable utilizing real time temperature humidity precaution alarm warning lamp 7, the preserving fruit and vegetable utilizing temperature humidity reality being connected with central computer 12 respectively
When Database Unit 2, preserving fruit and vegetable utilizing temperature humidity multimode data library unit 3, real time data and data check analysis unit 4,
Preserving fruit and vegetable utilizing temperature humidity data visualization unit 8, preserving fruit and vegetable utilizing temperature humidity intelligent control unit 9, preserving fruit and vegetable utilizing temperature is wet
Degree real time data receiving unit 1 and preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control instruction sending unit 11 pass through Based Intelligent Control monomer number
Can show Based Intelligent Control monomer wireless transmission unit 14 with the change of split type postharvest fruit and vegetable preservation temperature humidity respectively according to distributor 13
Connection.
In the present embodiment, the wired connection of the signal transmission of each unit intermodule all adopts super category 5 twisted pair, transmission line
Road take generic line as preferential, of length no more than 50m.
The utility model is described above in association with most preferred embodiment, but the utility model is not limited to the above and takes off
The embodiment shown, and various modification, the equivalent combinations carried out according to essence of the present utility model should be covered.
Claims (8)
1. the intelligence control system that a kind of split type postharvest fruit and vegetable preservation temperature humidity change can be shown, it is characterised in that：Including point
The change of body formula postharvest fruit and vegetable preservation temperature humidity can show that Based Intelligent Control monomer (50), split type postharvest fruit and vegetable preservation temperature humidity become
Change can show that sensor monitoring monomer (60) and the change of split type postharvest fruit and vegetable preservation temperature humidity can show Engineering Control monomer (70), its
In, the split type postharvest fruit and vegetable preservation temperature humidity change can show Based Intelligent Control monomer (50) respectively with split type postharvest fruit and vegetable
The change of preservation temperature humidity can show that sensor monitoring monomer (60) and the change of split type postharvest fruit and vegetable preservation temperature humidity can show engineering
Control monomer (70) connection；
The split type postharvest fruit and vegetable preservation temperature humidity change can show that Based Intelligent Control monomer (50) includes central computer (12),
Preserving fruit and vegetable utilizing temperature humidity real time data receiving unit (1) that is connected with central computer (12) respectively, Multifunctional touch show
Show device (6), preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control instruction generation unit (10), the instruction of preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control
Transmitting element (11), respectively with preserving fruit and vegetable utilizing temperature humidity real time data receiving unit (1) and preserving fruit and vegetable utilizing temperature humidity intelligence
The split type postharvest fruit and vegetable preservation temperature humidity change of control instruction transmitting element (11) connection can show that Based Intelligent Control monomer is wireless
Transmission unit (14)；
The split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer (60) is wet including preserving fruit and vegetable utilizing temperature
Degree real-time Data Transmission and control instruction distributor (21), refer to respectively with preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and control
The split type postharvest fruit and vegetable preservation temperature humidity change that distributor (21) connects is made to show sensor monitoring monomer wireless transmission unit
(23), preserving fruit and vegetable utilizing temperature data Real-time Collection module (61) and preserving fruit and vegetable utilizing humidity data Real-time Collection module (62)；
The split type postharvest fruit and vegetable preservation temperature humidity change can show that Engineering Control monomer (70) is wet including preserving fruit and vegetable utilizing temperature
Degree Based Intelligent Control directive distributor (28), what is be connected with preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control directive distributor (28) respectively divides
The change of body formula postharvest fruit and vegetable preservation temperature humidity can show that Engineering Control monomer wireless transmission unit (30), preserving fruit and vegetable utilizing temperature are ensured
Module (71) and preserving fruit and vegetable utilizing humidity assurance module (72)；
Wherein, the change of split type postharvest fruit and vegetable preservation temperature humidity can show Based Intelligent Control monomer wireless transmission unit (14) respectively with
Split type postharvest fruit and vegetable preservation temperature humidity change can show that sensor monitoring monomer wireless transmission unit (23) and split type fruits and vegetables are adopted
Preservation temperature humidity change afterwards can show that Engineering Control monomer wireless transmission unit (30) connects.
2. the intelligence control system that split type postharvest fruit and vegetable preservation temperature humidity change as claimed in claim 1 can be shown, it is special
Levy and be：The split type postharvest fruit and vegetable preservation temperature humidity change can show sensor monitoring monomer (60) including at least two fruits and vegetables
Preservation temperature humidity real-time Data Transmission and control instruction distributor (21), at least two preserving fruit and vegetable utilizing temperature data Real-time Collections
Module (61) and at least two preserving fruit and vegetable utilizings humidity data Real-time Collection module (62), the split type postharvest fruit and vegetable preservation temperature
Humidity change can show sensor monitoring monomer wireless transmission unit (23) by sensor monitoring monomer RFID routers (22) with it is each
Preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and control instruction distributor (21) connect.
3. the intelligence control system that split type postharvest fruit and vegetable preservation temperature humidity change as claimed in claim 1 or 2 can be shown, its
It is characterised by：The preserving fruit and vegetable utilizing temperature data Real-time Collection module (61) is including temperature monitoring rfid interrogator (15), temperature
Monitoring RFID antenna (16) and at least two the first active RFID tags (17) with temperature sensor, each band TEMP
First active RFID tag (17) of device is connected with temperature monitoring RFID antenna (16), and temperature monitoring RFID antenna (16) is by temperature
Degree monitoring rfid interrogator (15) is connected with preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and control instruction distributor (21).
4. the intelligence control system that split type postharvest fruit and vegetable preservation temperature humidity change as claimed in claim 1 or 2 can be shown, its
It is characterised by：The preserving fruit and vegetable utilizing humidity data Real-time Collection module (62) has including at least two with humidity sensor second
Source RFID tag (18), humidity detection RFID antenna (19) and humidity detection rfid interrogator (20), each band humidity sensor
Second active RFID tag (18) of device is connected with humidity detection RFID antenna (19), and humidity detection RFID antenna (19) is by wet
Degree monitoring rfid interrogator (20) is connected with preserving fruit and vegetable utilizing temperature humidity real-time Data Transmission and control instruction distributor (21).
5. the intelligence control system that split type postharvest fruit and vegetable preservation temperature humidity change as claimed in claim 1 can be shown, it is special
Levy and be：The split type postharvest fruit and vegetable preservation temperature humidity change can show Engineering Control monomer (70) including at least two fruits and vegetables
Preservation temperature intelligent humidity control instruction distributor (28), at least two preserving fruit and vegetable utilizings temperature assurance module (71) and at least two
Preserving fruit and vegetable utilizing humidity assurance module (72), the split type postharvest fruit and vegetable preservation temperature humidity change can show Engineering Control monomer without
Line transmission unit (30) by a preserving fruit and vegetable utilizing temperature humidity Intelligent Control Engineering control monomer router (29) respectively with each fruit
Vegetable preservation temperature intelligent humidity control instruction distributor (28) connects.
6. the intelligence control system that the split type postharvest fruit and vegetable preservation temperature humidity change as described in claim 1 or 5 can be shown, its
It is characterised by：The preserving fruit and vegetable utilizing temperature assurance module (71) includes preserving fruit and vegetable utilizing temperature intelligent control front controller (24),
Preserving fruit and vegetable utilizing temperature control execution component (25) that front controller (24) is connected is controlled with preserving fruit and vegetable utilizing temperature intelligent.
7. the intelligence control system that the split type postharvest fruit and vegetable preservation temperature humidity change as described in claim 1 or 5 can be shown, its
It is characterised by：The preserving fruit and vegetable utilizing humidity assurance module (72) performs component (26) including preserving fruit and vegetable utilizing humid control, with fruits and vegetables
Fresh-keeping humid control performs preserving fruit and vegetable utilizing intelligent humidity control front controller (27) of component (26) connection.
8. the intelligence control system that split type postharvest fruit and vegetable preservation temperature humidity change as claimed in claim 1 can be shown, it is special
Levy and be：The split type postharvest fruit and vegetable preservation temperature humidity change can show that Based Intelligent Control monomer (50) also includes intelligent control single
Volume data distributor (13), the preserving fruit and vegetable utilizing real time temperature humidity precaution alarm being connected with Multifunctional touch display (6) respectively
Alert loudspeaker (5) and preserving fruit and vegetable utilizing real time temperature humidity precaution alarm warning lamp (7), the fruits and vegetables being connected with central computer (12) respectively
Preservation temperature humidity real time data library unit (2), preserving fruit and vegetable utilizing temperature humidity multimode data library unit (3), real time data with
Data check analysis unit (4), preserving fruit and vegetable utilizing temperature humidity data visualization unit (8), preserving fruit and vegetable utilizing temperature humidity are intelligently controlled
Unit (9) processed, the preserving fruit and vegetable utilizing temperature humidity real time data receiving unit (1) and preserving fruit and vegetable utilizing temperature humidity Based Intelligent Control refer to
Make transmitting element (11) by intelligent control single volume data distributor (13) respectively with split type postharvest fruit and vegetable preservation temperature humidity
Change can show that Based Intelligent Control monomer wireless transmission unit (14) connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621123801.8U CN206178511U (en) | 2016-10-14 | 2016-10-14 | Intelligence control system that fresh -keeping temperature humidity change in back can show is adopted to split type fruit vegetables |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621123801.8U CN206178511U (en) | 2016-10-14 | 2016-10-14 | Intelligence control system that fresh -keeping temperature humidity change in back can show is adopted to split type fruit vegetables |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206178511U true CN206178511U (en) | 2017-05-17 |
Family
ID=58677633
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621123801.8U Expired - Fee Related CN206178511U (en) | 2016-10-14 | 2016-10-14 | Intelligence control system that fresh -keeping temperature humidity change in back can show is adopted to split type fruit vegetables |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206178511U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107091909A (en) * | 2017-07-05 | 2017-08-25 | 温州科技职业学院 | A kind of Intelligent data analysis and decision system for preserving fruit and vegetable utilizing |
| CN107328896A (en) * | 2017-07-05 | 2017-11-07 | 温州科技职业学院 | A kind of remote supervision system and monitoring method for preserving fruit and vegetable utilizing |
-
2016
- 2016-10-14 CN CN201621123801.8U patent/CN206178511U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107091909A (en) * | 2017-07-05 | 2017-08-25 | 温州科技职业学院 | A kind of Intelligent data analysis and decision system for preserving fruit and vegetable utilizing |
| CN107328896A (en) * | 2017-07-05 | 2017-11-07 | 温州科技职业学院 | A kind of remote supervision system and monitoring method for preserving fruit and vegetable utilizing |
| CN107328896B (en) * | 2017-07-05 | 2019-07-12 | 温州科技职业学院 | A kind of remote supervision system and monitoring method for preserving fruit and vegetable utilizing |
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