CN206162667U - Agricultural product integrated management system - Google Patents
Agricultural product integrated management system Download PDFInfo
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- CN206162667U CN206162667U CN201621132692.6U CN201621132692U CN206162667U CN 206162667 U CN206162667 U CN 206162667U CN 201621132692 U CN201621132692 U CN 201621132692U CN 206162667 U CN206162667 U CN 206162667U
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Abstract
The utility model provides a pair of agricultural product integrated management system, including the planting supervision subsystem that is used for monitoring the agricultural product situation of planting, be used for imparting knowledge to students and teaching that the expert guideed is guideed administration subsystem, is used for the production administration subsystem of the secondary operation production of agricultural product, is used for data management and central administration subsystem who forwards and transaction management platform, plant supervision subsystem, NULL subsystem and teaching guide administration subsystem all with central administration subsystem internet access, plant supervision subsystem and NULL subsystem and transaction management platform internet access, the transaction management platform still with central administration subsystem internet access, can contact planting production, secondary production, research teaching and the market of agricultural product in real time, the each side can both obtain accurate real -time information, can effectively improve the productivity of agricultural product, prevents that the substandard product from entering into market, guarantees to enter into the product quality in market.
Description
Technical field
The utility model is related to a kind of supervisory systems, more particularly to a kind of agricultural products total management system.
Background technology
With the development of social production, society is increasingly paid close attention to agricultural products, however, the plantation of agricultural product, agricultural product
Reprocessing (reprocessing to agricultural product) and the sale of agricultural product supervision lack, cause the difficult quality guarantee of agricultural product
And agricultural product price fluctuation is big, this is because following reason is caused：In prior art, for the plantation and reprocessing of agricultural product
Information disconnects between production, that is to say, that in middle manufacturer (reprocessing manufacturer) for the ring in planting process of agricultural product
Section is had little understanding, information asymmetry, so as to easily buy substandard products, if agricultural product are directly as final consumption articles for use, if deposited
In substandard products, infringement is easily caused to the interests of consumer；Information disconnects between Planting household and market, tends to cause for excessively
Ask or demand exceeds supply, so as to cause agricultural product price fluctuation big, although government has protection mechanism to agricultural product price (such as
Government procurement, lowest price regulation etc., prevent agricultural product price to fluctuate larger), but still cause social resources to waste；Plantation
Sport technique segment disconnects, in the prior art, for Planting household, in order to recognize advanced planting technology, often through net
The channels such as network, but in fact because production environment, such as weather etc. change, the knowledge that Planting household is obtained can not be instructed accurately
Actual production, causes low yield, and for agricultural research, it is impossible to the actual state in production plantation is recognized in enforcement,
Therefore it also is difficult to make accurately research.
It is, therefore, desirable to provide a kind of total management system for agricultural products, can by the plant development of agricultural product, two
Secondary production, research teaching and market carry out real-time contacts, and each side can obtain accurately information in real time, can effectively improve
The yield of agricultural product, and in process of exchange improving product information symmetry, prevent substandard products from entering in market, it is ensured that to enter
Enter the product quality to market.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of agricultural products total management system, can be by agricultural product
Plant development, secondary production, research teaching and market carry out real-time contacts, each side can obtain accurately letter in real time
Breath, can effectively improve the yield of agricultural product, and in process of exchange improving product information symmetry, prevent substandard products from entering
To in market, it is ensured that enter into the product quality in market.
A kind of agricultural products total management system that the utility model is provided, including for monitoring agricultural cultivation situation
Plantation supervision subsystem, for imparted knowledge to students and expert instruct teaching-guiding management subsystem, for two to agricultural product
The production management subsystem of secondary processing, centre management subsystem and trade management for data management and forwarding are put down
Platform；
It is described plantation supervision subsystem, production management subsystem and teaching-guiding management subsystem with centre management subsystem
System network connection, the plantation supervision subsystem and production management subsystem are connected with trade management platform network, the transaction
Management platform is also connected with centre management subsystem network.
Further, the plantation supervision subsystem includes plantation monitoring host computer, planting information collecting unit and plantation letter
Breath transmission unit；
The planting information collecting unit includes the first air temperature sensor, the first air humidity sensor, soil temperature
Degree sensor, soil humidity sensor, optical sensor and plantation camera；
The planting information transmission unit includes that first processor, a zigbee sending modules and a zigbee are received
Module, the input of the first processor is connected with the output end of each sensor of planting information collecting unit, and described first
The output end of processor is connected with the input of zigbee sending modules, and a zigbee receiver modules are led with plantation monitoring
Machine is communicated to connect, and a zigbee sending modules send the information for receiving to a zigbee receiver modules；
The plantation monitoring host computer and trade management platform and central management system network connection.
Further, the production management subsystem includes production monitoring main frame and production information collecting unit；
The production information collecting unit include second processing device, sensing detection unit, the 2nd zigbee sending modules with
And the 2nd zigbee receiver module；
The input of the second processing device is connected with the output end of sensing detection unit, the output end of second processing device with
The input connection of the 2nd zigbee sending modules, the 2nd zigbee receiver modules are connected with production monitoring main-machine communication；
The sensing detection unit includes that the second air temperature sensor, the second air humidity sensor, air quality are passed
Sensor and production camera；
The monitoring host computer is connected with centre management subsystem and trade management Platform communication.
Further, the centre management subsystem includes the first database server, administration of health server and meteorology
Management server；First database server is connected with plantation monitoring host computer and production monitoring mainframe network, and described first
Database server is gentle as management server and administration of health server communication connect.
Further, teaching-guiding management subsystem include control main frame, display, input equipment, camera and
Sound pick-up；
The display, input equipment, camera and sound pick-up are connected with control main frame, the control main frame and the
One database server network connects.
Further, the trade management platform includes the second database server and right management server, described the
Two database servers are connected with the first database server, plantation monitoring host computer and production monitoring mainframe network, the power
Limit management server is communicated to connect with right management server.
The beneficial effects of the utility model：Agricultural products total management system of the present utility model, can be by agricultural product
Plant development, secondary production, research teaching and market carry out real-time contacts, and each side can obtain accurately information in real time,
Can effectively improve the yield of agricultural product, and in process of exchange improving product information symmetry, prevent substandard products from entering into
In market, it is ensured that enter into the product quality in market.
Description of the drawings
The utility model is further described with reference to the accompanying drawings and examples：
Fig. 1 is theory diagram of the present utility model.
Fig. 2 is the structural representation of specific embodiment of the utility model.
Specific embodiment
The utility model is described further below in conjunction with Figure of description：
As shown in figure 1, a kind of agricultural products total management system that the utility model is provided, including for monitoring agricultural product
Plantation situation plantation supervision subsystem, for imparted knowledge to students and expert instruct teaching-guiding management subsystem, for right
Agricultural product secondary operation production production management subsystem, for the centre management subsystem and friendship of data management and forwarding
Manageability platform；
It is described plantation supervision subsystem, production management subsystem and teaching-guiding management subsystem with centre management subsystem
System network connection, the plantation supervision subsystem and production management subsystem are connected with trade management platform network, the transaction
Management platform is also connected with centre management subsystem network, wherein, plantation supervision subsystem is used to gather real-time planting information
And centre management subsystem is uploaded to, teaching-guiding management subsystem can be carried out accurately according to the real-time planting information for collecting
Research, so as to be beneficial to make accurate technological guidance, and always need to carry out on the spot without the need for agricultural experts in traditional approach
Information gathering, so as to be beneficial to economize on resources (including human and material resources), and, can be by the way that in real time timely example be carried out
Accurately teaching, beneficial to grasp of the student to agricultural knowledge, production management subsystem can be obtained by centre management subsystem
Accurately agricultural products (first batch of newly-designed products) planting information, beneficial to the quality to agricultural products accurately judgement, and Planting household are made
Can be by the Products Information Releasing of oneself to trade management platform with middle manufacturer, consumer end is by logging in transaction pipe
Platform obtains product information, and is obtained in that process of producing product information by logging in centre management subsystem, so as to profit
In Quality estimation of the consumer to target product, it is ensured that the symmetry of product information.
As shown in Fig. 2 in the present embodiment, the plantation supervision subsystem includes plantation monitoring host computer, planting information collection
Unit and planting information transmission unit；
The planting information collecting unit includes the first air temperature sensor, the first air humidity sensor, soil temperature
Degree sensor, soil humidity sensor, optical sensor and plantation camera；
The planting information transmission unit includes that first processor, a zigbee sending modules and a zigbee are received
Module, the input of the first processor is connected with the output end of each sensor of planting information collecting unit, and described first
The output end of processor is connected with the input of zigbee sending modules, and a zigbee receiver modules are led with plantation monitoring
Machine is communicated to connect, and a zigbee sending modules send the information for receiving to a zigbee receiver modules；
The plantation monitoring host computer and trade management platform and central management system network connection, wherein, first processor
Single-chip microcomputer is adopted, in fact, planting information collecting unit can be arranged multiple and be arranged on the places such as farmland, farm, plantation is believed
Breath transmission unit is correspondingly arranged with the number of planting information collecting unit, and concrete number needs to carry out according to actual cultivated area
Setting；First processor adopts existing single-chip microcomputer, zigbee modules to adopt existing circuit, and not in this to go forth, passes through
Said structure, can carry out accurate acquisition to the influence factor (natural cause) in planting process, beneficial to subsequent use, pass through
The effect of plantation camera, can be beneficial to carry out accurate acquisition to the actual mechanical process information of grower in planting process, from
And it is beneficial to the accurate understanding of middle manufacturer, ultimate consumer and expert and institute's information, certainly, plantation supervision subsystem may be used also
To be provided with display, input equipment etc., for the input and display of information, belong to prior art, not in this to go forth.
As shown in Fig. 2 in the present embodiment, the production management subsystem includes that production monitoring main frame and production information are adopted
Collection unit；
The production information collecting unit include second processing device, sensing detection unit, the 2nd zigbee sending modules with
And the 2nd zigbee receiver module；
The input of the second processing device is connected with the output end of sensing detection unit, the output end of second processing device with
The input connection of the 2nd zigbee sending modules, the 2nd zigbee receiver modules are connected with production monitoring main-machine communication；
The sensing detection unit includes that the second air temperature sensor, the second air humidity sensor, air quality are passed
Sensor and production camera；
The monitoring host computer is connected with centre management subsystem and trade management Platform communication；Wherein, sensing acquisition unit
Workplace, such as workshop are arranged in, second processing device adopts existing single-chip microcomputer, zigbee modules to adopt existing electricity
Road, belongs to prior art, and not in this to go forth, wherein, air mass sensor includes the air to dust collection in air
Gas sensor (such as carbon dioxide sensor, the machine of operation of particle sensor, toxic gas for gathering workshop
Abgassensor produced by device etc., although at present production machine can replace fossil fuel as the energy using electric energy completely,
But the still exclusion with toxic gas in the machine, such as the lubricating oil of friction, machine between machine part etc.)；It is logical
Said structure is crossed, can be entered with the secondary production process of agricultural products (image information) and production environment and sanitary condition information
Row collection, so as to be beneficial to symmetrical, the professional technological guidance etc. of information；Certainly, certainly, production management subsystem can also be arranged
There are display, input equipment etc., for the input and display of information, belong to prior art, not in this to go forth.
As shown in Fig. 2 in the present embodiment, the centre management subsystem includes the first database server, administration of health
Server and meteorological management server；First database server and plantation monitoring host computer and production monitoring mainframe network
Connection, first database server is gentle as management server and administration of health server communication connect, wherein, first
Database server is used to obtain plantation monitoring host computer, the information of production monitoring main frame and store, when teaching-guiding manages subsystem
When system needs to obtain timely data, sent by the first database server, and teaching-guiding manages the guidance made to system
Measure is sent to the first database server, and is forwarded to plantation monitoring host computer and production monitoring main frame, administration of health server
The data of health quarantine in for recording secondary production, after the inspection and quarantine of Health Administration relevant department, data inputting are arrived
In the server, so as to effectively prevent middle manufacturer from still peddling product in the case where health is not up to standard, it is ensured that product quality,
Weather server is that Planting household and teaching-guiding management subsystem provide accurately real-time meteorological data, beneficial to Instructing manufacture with
And scientific research analysis.
As shown in Fig. 2 in the present embodiment, the teaching-guiding management subsystem includes that control main frame, display, input set
Standby, camera and sound pick-up；
The display, input equipment, camera and sound pick-up are connected with control main frame, the control main frame and the
One database server network connect, by this structure, obtain information in time beneficial to expert, student and show, also beneficial to and
When make corresponding technological guidance, it is real-time, wherein, input equipment is keyboard, it is of course also possible to use existing touch-control is aobvious
Show that device replaces display and input equipment.
As shown in Fig. 2 in the present embodiment, the trade management platform includes the second database server and rights management
Server, second database server and the first database server, plantation monitoring host computer and production monitoring main frame net
Network connects, and the right management server is communicated to connect with right management server, wherein, the second database server is used to hand over
Easily the issue of information, acquisition, for manufacturer, Planting household and consumer more easily transactional services are provided, wherein, if at second
Reason server gets Planting household, middle manufacturer from the first database server and has the information such as violation operation, by authority
The product of Planting household, middle manufacturer is carried out undercarriage rectification by force by management server, and right management server is additionally operable to pipe
Reason Planting household, middle manufacturer and consumption terminal log in logon rights of the second database server etc..
Finally illustrate, above example is only unrestricted to illustrate the technical solution of the utility model, although ginseng
The utility model has been described in detail according to preferred embodiment, it will be understood by those within the art that, can be to this
The technical scheme of utility model is modified or equivalent, without deviating from the objective and model of technical solutions of the utility model
Enclose, it all should cover in the middle of right of the present utility model.
Claims (6)
1. a kind of agricultural products total management system, it is characterised in that：Including for monitor agricultural cultivation situation plantation supervise
Tube system, for imparted knowledge to students and expert instruct teaching-guiding management subsystem, for the secondary operation to agricultural product
The production management subsystem of production, for the centre management subsystem and trade management platform of data management and forwarding；
It is described plantation supervision subsystem, production management subsystem and teaching-guiding management subsystem with centre management subsystem net
Network connects, and the plantation supervision subsystem and production management subsystem are connected with trade management platform network, the trade management
Platform is also connected with centre management subsystem network.
2. agricultural products total management system according to claim 1, it is characterised in that：The plantation supervision subsystem includes
Plantation monitoring host computer, planting information collecting unit and planting information transmission unit；
The planting information collecting unit includes that the first air temperature sensor, the first air humidity sensor, the soil moisture are passed
Sensor, soil humidity sensor, optical sensor and plantation camera；
The planting information transmission unit includes that first processor, a zigbee sending modules and a zigbee receive mould
Block, the input of the first processor is connected with the output end of each sensor of planting information collecting unit, at described first
Reason device output end be connected with the input of zigbee sending modules, a zigbee receiver modules and plant monitoring host computer
Communication connection, a zigbee sending modules send the information for receiving to a zigbee receiver modules；
The plantation monitoring host computer and trade management platform and central management system network connection.
3. agricultural products total management system according to claim 2, it is characterised in that：The production management subsystem includes
Production monitoring main frame and production information collecting unit；
The production information collecting unit includes second processing device, sensing detection unit, the 2nd zigbee sending modules and the
Two zigbee receiver modules；
The input of the second processing device is connected with the output end of sensing detection unit, the output end of second processing device and second
The input connection of zigbee sending modules, the 2nd zigbee receiver modules are connected with production monitoring main-machine communication；
The sensing detection unit includes the second air temperature sensor, the second air humidity sensor, air mass sensor
And production camera；
The monitoring host computer is connected with centre management subsystem and trade management Platform communication.
4. agricultural products total management system according to claim 3, it is characterised in that：The centre management subsystem includes
First database server, administration of health server and meteorological management server；First database server and plantation
Monitoring host computer and production monitoring mainframe network connect, and first database server is gentle as management server and sanitary pipe
Reason server communication connection.
5. agricultural products total management system according to claim 4, it is characterised in that：The teaching-guiding manages subsystem
Including control main frame, display, input equipment, camera and sound pick-up；
The display, input equipment, camera and sound pick-up are connected with control main frame, and the control main frame is counted with first
Connect according to storehouse server network.
6. agricultural products total management system according to claim 5, it is characterised in that：The trade management platform includes the
Two database servers and right management server, second database server and the first database server, plantation
Monitoring host computer and production monitoring mainframe network connect, and the right management server is communicated to connect with right management server.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621132692.6U CN206162667U (en) | 2016-10-18 | 2016-10-18 | Agricultural product integrated management system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621132692.6U CN206162667U (en) | 2016-10-18 | 2016-10-18 | Agricultural product integrated management system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206162667U true CN206162667U (en) | 2017-05-10 |
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ID=58655295
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621132692.6U Active CN206162667U (en) | 2016-10-18 | 2016-10-18 | Agricultural product integrated management system |
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| Country | Link |
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| CN (1) | CN206162667U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109190894A (en) * | 2018-07-31 | 2019-01-11 | 深圳春沐源控股有限公司 | Agriculture monitoring and managing method and system, terminal, storage medium based on intelligent platform |
-
2016
- 2016-10-18 CN CN201621132692.6U patent/CN206162667U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109190894A (en) * | 2018-07-31 | 2019-01-11 | 深圳春沐源控股有限公司 | Agriculture monitoring and managing method and system, terminal, storage medium based on intelligent platform |
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