CN106210037A - Interactive Management System of Crop Production andIts based on WEB and method thereof - Google Patents
Interactive Management System of Crop Production andIts based on WEB and method thereof Download PDFInfo
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- CN106210037A CN106210037A CN201610536634.8A CN201610536634A CN106210037A CN 106210037 A CN106210037 A CN 106210037A CN 201610536634 A CN201610536634 A CN 201610536634A CN 106210037 A CN106210037 A CN 106210037A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/55—Push-based network services
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Abstract
The invention discloses a kind of interactive Management System of Crop Production andIts based on WEB and method thereof, including intelligent terminal；Described intelligent terminal is connected with background server by network；Foreground interactive module is included in described intelligent terminal；The information that same production estimation process is associated is store in described background server, the information that described same production estimation process is associated includes the scientific achievement during the knowledge of accumulation during the knowledge of accumulation, production estimation during the theory of production estimation, production estimation or production estimation, also includes backstage interactive module in the rear in station server.Avoid prior art in conjunction with its method and also there is no interactive to share platform and the problem of method of the information including the scientific achievement during the knowledge of accumulation during the knowledge of accumulation, production estimation during the theory of production estimation, production estimation or production estimation.
Description
Technical field
The present invention relates to a kind of crop production management technical field, especially relate to a kind of interactive agriculture based on WEB
Crop management system and method.
Background technology
Crops are to be distributed one of widest cereal crops, particularly Semen Maydis in the world, and cultivated area is only second to Semen Tritici aestivi
With Oryza sativa L. and occupy the 3rd, planting range is from north latitude 58 ° (Canada and Russia) to 40 ° of south latitude (South America), and the whole world has two big
Famous crops gold band, lays respectively at the U.S. and China.China is world's second largest production estimation state, is also the whole world simultaneously
Second largest country of consumption, China produces crops per year and accounts for second place of the world, next to that Brazil, Mexico, Argentina, crops originate in
Central America, is main cereal crops, likes high temperature, and crops are very big at the sown area of China, and distribution is the widest, is China north
One of main food of side and Southwest Mountainous Areas and other winterbourne area people.
And the drought raw crop, particularly Glutinous Semen Maydis in crops, its seed has thicker waxiness shape endosperm, more like hard
Crops and the Dens Equi type crops glossiness nature of glass (transparent) seed.Its chemical property and physical behavior are by single recessive base
Because (wx) controls, this gene is positioned on the 9th chromosome.In endosperm the starch of 100% be amylopectin (Amylopectin or
Branched chain starch).These type of crops, can as animal feeding-stuff in addition to being eaten raw by the mankind with crops as dish
Improve feed efficiency.Also there is industrial use.Have waxy, be commonly called as viscosity.
That is crops are the most important, the information that its production process is the most particularly critical, related to this, this information bag
Include accumulation during the knowledge of accumulation, production estimation during the theory of production estimation, production estimation knowledge or
Scientific achievement during production estimation, can the interactive platform sharing these information and method but currently there are no.
Summary of the invention
The technical problem to be solved is to provide a kind of interactive Management System of Crop Production andIts based on WEB
And method, it is to avoid prior art does not also have interactive to share and includes the theory of production estimation, production estimation mistake
The information of the scientific achievement during the knowledge accumulated during the knowledge of accumulation, production estimation in journey or production estimation
Platform and the problem of method.
For solving above-mentioned technical problem, the technical solution of the present invention is:
A kind of interactive Management System of Crop Production andIts based on WEB, including intelligent terminal；
Described intelligent terminal is connected with background server by network；
Foreground interactive module is included in described intelligent terminal；
The information that same production estimation process is associated, described same production estimation mistake is store in described background server
The information that journey is associated includes the knowledge of accumulation, production estimation process during the theory of production estimation, production estimation
Scientific achievement during the knowledge of middle accumulation or production estimation, also includes backstage mutual in the rear in station server
Module.
The method of described interactive Management System of Crop Production andIts based on WEB, specific as follows:
Step 1: user can select Reference Service Model to carry out by running the foreground interactive module in intelligent terminal
Alternately, as follows:
User opens the first chat interface by running the foreground interactive module in intelligent terminal, and then user is by past
Inputting the problem that production estimation process needs to solve in first chat interface, input production estimation process needs solve to ask
Through being sent in background server by foreground interactive module after topic, backstage interactive module turns on the second chat interface display and receives
The production estimation process arrived needs the problem solved, and then expert passes through the second chat interface typing for this production estimation
Process needs the answer of the problem solved, and after typing answer, backstage interactive module is needing to solve for this production estimation process
The answer of problem certainly returns intelligent terminal, and foreground interactive module shows in the first chat interface should be for this production estimation
Process needs the answer of the problem solved；
Step 2: user can select individualized knowledge information pushing by running the foreground interactive module in intelligent terminal
Pattern interacts, as follows:
User opens the first display interface by running the foreground interactive module in intelligent terminal, and sends personalization
Knowledge information request message is in background server, and then backstage interactive module is just raw to the theory of production estimation, crops
Scientific achievement during the knowledge accumulated during the knowledge of accumulation, production estimation during product or production estimation is returned
Returning in intelligent terminal, foreground interactive module is the knowledge of accumulation, crops during the theory of production estimation, production estimation
Scientific achievement during the knowledge accumulated in production process or production estimation shows in the second display interface；
Step 3: user can select self-service Knowledge Service Modes by running the foreground interactive module in intelligent terminal
Interact, as follows:
User opens the first input interface, then in the first typing by running the foreground interactive module in intelligent terminal
Inputting key word in interface, then foreground interactive module is sent to this key word in background server, and backstage interactive module is just
Retrieve, in the information that same production estimation process is associated, the production estimation matched with this key word according to key word
Theory, the knowledge of accumulation or production estimation mistake during the knowledge of accumulation, production estimation during production estimation
Scientific achievement in journey, then the knowledge of accumulation, agriculture during the theory of the production estimation being retrieved, production estimation
Scientific achievement during the knowledge accumulated during crop production or production estimation returns intelligent terminal, the mutual mould in foreground
Block is long-pending during the knowledge of accumulation, production estimation during the theory of the production estimation being retrieved, production estimation
Scientific achievement during tired knowledge or production estimation shows on intelligent terminal.
Via the structure of the present invention, compared with prior art, it is an advantage of the current invention that:
Breach " linearly the limiting " of traditional media, can be the theory of described production estimation, production estimation process
Scientific achievement during the knowledge accumulated during the knowledge of middle accumulation, production estimation or production estimation is by whole
Manage, analyze, be processed into concrete Multi-media Material and be stored in background server, so non-in the way of hypertext, hypermedia
Organize information linearly, there is the strongest interactivity.For the learning process of production technology of crops, powerful friendship
Property and instant feedback information can effectively excite the learning interest of agriculturist, be allowed to produce strong desire for knowledge mutually,
Thus form scholastic motivation, meanwhile, the offer in study that interactive interesting production technology of crops is possible not only in content is good
Good interactive controlling, and suitable production estimation characteristic can be used, instruct the labourer being engaged in agriculture preferably to embody
Go out " because of the personalization that ground is suitable " learning model.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of described interactive Management System of Crop Production andIts based on WEB.
Fig. 2 is the principle assumption diagram of the chiller of the present invention.
Fig. 3 is the Integral connection structure schematic diagram of the chiller of the present invention.
Fig. 4 is the side structural representation of the chiller of the present invention.
Fig. 5 is the structure chart of the opposite side of the chiller of the present invention.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, right
The present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, and
It is not used in the restriction present invention.
As Figure 1-Figure 5, interactive Management System of Crop Production andIts based on WEB, including intelligent terminal；
Described intelligent terminal is connected with background server by network；
Foreground interactive module is included in described intelligent terminal；
The information that same production estimation process is associated, described same production estimation mistake is store in described background server
The information that journey is associated includes the knowledge of accumulation, production estimation process during the theory of production estimation, production estimation
Scientific achievement during the knowledge of middle accumulation or production estimation, also includes backstage mutual in the rear in station server
Module.
Described interactive Management System of Crop Production andIts based on WEB is B/S framework based on WEB.
Accumulate during the knowledge of accumulation, production estimation during the theory of described production estimation, production estimation
Knowledge or production estimation during scientific achievement store by arranging, analyze, be processed into concrete Multi-media Material
In background server.
Described interactive Management System of Crop Production andIts based on WEB is divided into system interface layer, functional module layer and function
Submodule layer.
Described crops include aquatic crops or the raw crop of drought.
The method of described based on WEB interactive Management System of Crop Production andIts, specific as follows:
Step 1: user can select Reference Service Model to carry out by running the foreground interactive module in intelligent terminal
Alternately, as follows:
User opens the first chat interface by running the foreground interactive module in intelligent terminal, and then user is by past
Inputting the problem that production estimation process needs to solve in first chat interface, input production estimation process needs solve to ask
Through being sent in background server by foreground interactive module after topic, backstage interactive module turns on the second chat interface display and receives
The production estimation process arrived needs the problem solved, and then expert passes through the second chat interface typing for this production estimation
Process needs the answer of the problem solved, and after typing answer, backstage interactive module is needing to solve for this production estimation process
The answer of problem certainly returns intelligent terminal, and foreground interactive module shows in the first chat interface should be for this production estimation
Process needs the answer of the problem solved；
Step 2: user can select individualized knowledge information pushing by running the foreground interactive module in intelligent terminal
Pattern interacts, as follows:
User opens the first display interface by running the foreground interactive module in intelligent terminal, and sends personalization
Knowledge information request message is in background server, and then backstage interactive module is just raw to the theory of production estimation, crops
Scientific achievement during the knowledge accumulated during the knowledge of accumulation, production estimation during product or production estimation is returned
Returning in intelligent terminal, foreground interactive module is the knowledge of accumulation, crops during the theory of production estimation, production estimation
Scientific achievement during the knowledge accumulated in production process or production estimation shows in the second display interface；
Step 3: user can select self-service Knowledge Service Modes by running the foreground interactive module in intelligent terminal
Interact, as follows:
User opens the first input interface, then in the first typing by running the foreground interactive module in intelligent terminal
Inputting key word in interface, then foreground interactive module is sent to this key word in background server, and backstage interactive module is just
Retrieve, in the information that same production estimation process is associated, the production estimation matched with this key word according to key word
Theory, the knowledge of accumulation or production estimation mistake during the knowledge of accumulation, production estimation during production estimation
Scientific achievement in journey, then the knowledge of accumulation, agriculture during the theory of the production estimation being retrieved, production estimation
Scientific achievement during the knowledge accumulated during crop production or production estimation returns intelligent terminal, the mutual mould in foreground
Block is long-pending during the knowledge of accumulation, production estimation during the theory of the production estimation being retrieved, production estimation
Scientific achievement during tired knowledge or production estimation shows on intelligent terminal.
System and method can utilize aquatic crops or the scientific achievement of the raw crop of drought, uses and promotes agricultural by all kinds of means
Sci-tech Information Service means, realize the transmission of agricultural cience and farming techniques knowledge with efficient, quick way, are peasant, specialty conscientiously
Family, agribusiness, agricultural technology service troop of basic unit provide service, are the Important Actions realizing agricultural modernization.The research of this invention
Achievement is by the Demonstration Base popularization and application of 50,000 mu, it is contemplated that per mu increase income 100 yuan, it is contemplated that directly increase income 5,000,000 yuan, with 200,000
As a example by the aquatic production estimation base of mu, indirect economic effect is up to more than 10,000,000 yuan, adds achievements conversion benefit, year
Benefit will break through 20,000,000 yuan, and economic benefit highlights.
2, social benefit
Aquatic crops industry information service is applied by the present invention, will be effectively improved aquatic crops industry science and technology resource altogether
Enjoy and scientific and technological information transmission speed, promote the translation of scientific and technological achievements in agriculture into productive forces and utilization, agricultural productivity will be significantly improved, it is achieved agriculture
Industry volume increase and increasing peasant income, accelerate to advance construction of a comfortably-off society process.
3, ecological benefits
By project implementation, the effective popularization to aquatic production estimation whole process scientific management, can greatly reduce
The local water quality of pesticide and the amount of application of chemical fertilizer, effectively protection and ecological environment, improve natural, ecological comprehensively and human settlement realizes
Harmony between man and nature develops.
Information for network sends framework, and the information conveyance figure place of its unit interval has had very than conventional homogeneous network
High improvement, base can exceed 3 megabits per second, but wireless link system is the most loaded down with trivial details, because the intensity of information reduces also
There is the impact of clutter, it becomes possible to make information conveyance stop temporarily and again carry, so allow information block, the highest
Quantity of information and real-time the lowest in the case of, this defect is the most serious, if this defect cannot be processed, necessarily will appear from a lot
The loss of the message group of information, allows information conveyance cannot realize correctness.
In order to prevent the loss defect of message group, the information also do not disposed often just first must be write the sudden strain of a muscle of intelligent terminal
In depositing, information described herein is the message of intelligent terminal's background server to be sent to, and described information is with the shape of message group
Formula exists, until network internal storage can link time just information is performed conveying, but the flash capacity of general intelligence terminal
Being little, so how the flash memory architecture of intelligent terminal is built the most critically important, former pattern is sized for arranging a pair
Flash memory space, the respectively first flash memory space and the second flash memory space, in the first flash memory space and the second equal nothing of flash memory space
When message group, just can receive the message group of information, and it is written to the first flash memory space, and in real time that the first flash memory is empty
Between message group perform disposal, synchronously can also then receive the message group of information, they are written to the second flash memory space,
By the time the message group in the first flash memory space dispose terminate after and conveying also terminate after, such first flash memory space can also be then
Receive the message group of information, synchronization can also perform the disposal to the second flash memory space, the carrying out thus gone round and begun again, so
The effect that achieves under conventional data delivery system of pattern, but under network condition, once there is the strong of information
Degree reduces the impact also having clutter, it becomes possible to make information conveyance stop temporarily and again carry, such a pair flash memory space
Message group even dispose finish, but also cannot be carried out conveying, the most just cannot then receive the message group of next group,
Because under conditions of being in network, the figure place of the message group of the information that the unit interval sends is many, if repeatedly cannot receive message
, i.e. there is the loss of a lot of information in group, so this quasi-mode is defective in network.
So, in order to solve this problem, it is proposed that following method:
The flash memory of described intelligent terminal contains Y the flash memory space being cleared, and Y is the positive integer not less than 3, leads to user
After passing first chat interface inputs the problem that production estimation process needs solution, and it is sent to via foreground interactive module
Before in background server, carrying out the disposal of following steps, described production estimation process needs the problem solved to be with report
The information that literary composition group form exists:
Step 1a: the first film micro area navigation module relies on the order of message group that gets and sequentially writes and be cleared
In flash memory space；
Step 2a: synchronize the message group of write to perform disposal, at this by the order of write when finishing step 1a
The mode put is exactly that the system time of intelligent terminal now is added to message group, disposes the message group after terminating the most sequentially
Performing conveying, described conveying is namely sent to server by network, after conveying End Of Text Block, flash memory space is emptied, makes
Become the flash memory space being cleared；
Step 3a: receive follow-up message group, circulation performs step 1a and step 2a so that flash memory space is adopted repeatedly
With.
When in the flash memory space that the write of message group has been cleared, the flash memory space being cleared can be for writing
Message group, the flash memory space being written with message group is the most then disposed, and disposes and performs conveying after terminating, and empties the report of flash memory space
Literary composition group, constitutes the flash memory space being cleared, it is achieved the disposal of a message group again.
The setting means of number Y of described flash memory space is:
Step 1b: the process received, dispose, carry of message group is implemented to build equation, receives in i.e. setting the unit interval
It is invariant P by the number of message group, and to receiving the message that the bit stream that message group formed was disposed within the unit interval
The number of group is V, reduce for the intensity of information also have the impact of clutter make again to carry message need time-consuming standard
Difference is
Step 2b: obtain number Y of flash memory space with formula (1), (2) and (3):
Here, q, Z are all middle coefficient；
The described intensity for information reduce also have the impact of clutter make again to carry message need time-consuming standard
DifferenceNumerical value by conventional practical situation realize amount to after and obtain.
The value of number Y of described flash memory space is 600,4 or 500.
And thus obtained embodiment is as follows:
The number receiving message group in setting the unit interval is invariant P, this invariant P=3*106/ L, wherein 3*106For
Receiving the figure place of message group in unit interval, L is the figure place of long message group, exists to receiving the bit stream that message group formed
The number disposed in unit interval is V=4.5*10 in the present embodiment6/ L, and the value of L can be according to the mark of actual message group
Standard obtains, the described intensity for information reduce also have the impact of clutter make again to carry message need time-consuming standard
DifferenceNumerical value by conventional practical situation realize amount to after and obtain.
So above-mentioned numerical value being substituted into formula (1), (2) and (3), just can know that, the intensity of information reduces the least also clutter
Impact the most no small in the case of, the number of times again carried is the most more, and the quantity of such flash memory space is the most, and strong in information
In the case of degree reduction also has the impact of clutter to ignore, under the state that namely K (Z) is zero, just can obtain N is 122.7,
Namely need at least 123 flash memory space could meet the conveying of safety.
The manner has thoroughly overturned existing mode, replaces with the pattern of regulation write flash memory space repeatedly, real efficiently
Show and prevented the loss of message group from making the incorrect defect of information.
Also have and be exactly, and for server, the most constantly heat up in the environment of a relative closure, and currently for
The chiller of server, for the important instrument maintaining server performance, and cooling effectiveness is for server, direct relation
The correctness run to it, but present chiller, be only merely and arrange aluminum alloy sheet below little region,
The higher position of aluminum alloy sheet sets up exhaust fan, yet with the space constraints of server, cooling range is little, inefficiency,
The correctness that server runs cannot be ensured；Although there being a kind of scheme to allow rhombus aluminum alloy sheet be held on support chip wall, cooling
Effect also has improvement, but speed is the unhappiest.
Being additionally provided with chiller otherwise for server, described chiller contains right angle folding rule shape and accommodates cold-producing medium
Cabinet S1, described cold-producing medium is used to server is assisted cooling, described in accommodate the cabinet S1 of cold-producing medium and contain laterally
Be used for the cavity S101 that cools down and longitudinal liquid storage pool S102, the described cavity S101 being used for cooling down and longitudinal liquid storage pool
The profile of S102 is all cuboid framework, sets up for shelving clothes in the more high position of the described cavity S101 being used for cooling down
The aluminum alloy sheet S5, described aluminum alloy sheet S5 of business device are the metals that the coefficient of overall heat transmission is good, and the server on aluminum alloy sheet S5 is spiraled
Pull migration, set up for the liquid booster S7 to cold-producing medium supercharging, institute in the horizontal cavity S101 being used for cooling down
State for the liquid booster S7 of cold-producing medium supercharging is arranged by the position of described longitudinal liquid storage pool S102, described use
The liquid booster S7 of cold-producing medium supercharging operationally can be promoted the cold-producing medium in the described cavity S101 for cooling down
Spiral movement, at the edge surface frame in described longitudinal liquid storage pool S102 of the more high position of described aluminum alloy sheet S5
If support platform S4, the wall of described aluminum alloy sheet S5 can be supplied gas by the fan S6 that supplies gas that described support platform S4 installs, described
The fan S6 that supplies gas is in the top of the middle section of described aluminum alloy sheet S5, and such framework can perform cooling to server
Border, server sends the intensification hot-fluid that passes out after heating up via the following several approach in framework:
A. server is transported to aluminum alloy sheet S5 the intensification hot-fluid passed out after intensification, defeated via aluminum alloy sheet S5
Send；
B. server delivers to, via aluminum alloy sheet S5, the cold-producing medium that more lower position is calculated hot-fluid, and the cold-producing medium spiraled is warm
Flow through and sent by the surface of the horizontal cavity S101 for cooling down；
C. server hot-fluid via the fan S6 that supplies gas of more high position via the air-flow transmission of movement.
Such approach is also sent to server and performs cooling, and cooldown rate is the lowest, easily operates.
Gap is had, additionally in described gap with described longitudinal storage on described longitudinal liquid storage pool S102
Liquid pool S102 keeps the powering shelf S2, described powering shelf S2 that intercept can be set up in described longitudinal liquid storage pool S102 top
On one side, also can be set up in of described longitudinal liquid storage pool S102 top, additionally described powering shelf S2 indulges with described
To the top of liquid storage pool S102 keep alignment, the top of described powering shelf S2 and described longitudinal liquid storage pool S102 with
Can open and close rise plywood S3, in described powering shelf S2 with transformator S8 via the same powering shelf of electric connector S9
Outside battery be connected, also supply gas fan S6 and supercharger S7 are performed power supply.
With the above-mentioned desirable embodiment according to the present invention for enlightenment, by above-mentioned description, relevant staff is complete
Entirely can carry out various change and amendment in the range of without departing from this invention technological thought.The technology of this invention
The content that property scope is not limited in description, it is necessary to determine its technical scope according to right.
Claims (8)
1. an interactive Management System of Crop Production andIts based on WEB, it is characterised in that include intelligent terminal；
Described intelligent terminal is connected with background server by network；
Foreground interactive module is included in described intelligent terminal；
The information that same production estimation process is associated, described same production estimation process phase is store in described background server
The information of association includes during the theory of production estimation, production estimation long-pending during the knowledge of accumulation, production estimation
Scientific achievement during tired knowledge or production estimation, also includes the mutual mould in backstage in the rear in station server
Block.
Interactive Management System of Crop Production andIts based on WEB the most according to claim 1, it is characterised in that described based on
The interactive Management System of Crop Production andIts of WEB is B/S framework based on WEB.
Interactive Management System of Crop Production andIts based on WEB the most according to claim 1, it is characterised in that described farming
The knowledge accumulated during the knowledge of accumulation, production estimation during the theory of thing production, production estimation or crops
Scientific achievement in production process is stored in background server by arranging, analyze, be processed into concrete Multi-media Material.
Interactive Management System of Crop Production andIts based on WEB the most according to claim 1, it is characterised in that described based on
The interactive Management System of Crop Production andIts of WEB is divided into system interface layer, functional module layer and function sub-modules layer.
Interactive Management System of Crop Production andIts based on WEB the most according to claim 1, it is characterised in that described farming
Thing includes aquatic crops or the raw crop of drought.
The method of described based on WEB interactive Management System of Crop Production andIts most according to claim 1, its feature
It is, specific as follows:
Step 1: user can select Reference Service Model to interact by running the foreground interactive module in intelligent terminal,
As follows:
User opens the first chat interface by running the foreground interactive module in intelligent terminal, and then user is by toward first
Chat interface inputs the problem that production estimation process needs to solve, after input production estimation process needs the problem solved
Being sent in background server via foreground interactive module, backstage interactive module turns on second chat interface and shows and receive
Production estimation process needs the problem solved, and then expert passes through the second chat interface typing for this production estimation process
Needing the answer of the problem solved, after typing answer, backstage interactive module is needing solution for this production estimation process
The answer of problem returns intelligent terminal, and foreground interactive module shows in the first chat interface should be for this production estimation process
Need the answer of the problem solved；
Step 2: user can select individualized knowledge information pushing pattern by running the foreground interactive module in intelligent terminal
Interact, as follows:
User opens the first display interface by running the foreground interactive module in intelligent terminal, and sends individualized knowledge
Information request message is in background server, and then backstage interactive module is just the theory of production estimation, production estimation mistake
Scientific achievement during the knowledge accumulated during the knowledge of accumulation, production estimation in journey or production estimation returns intelligence
In energy terminal, foreground interactive module is the knowledge of accumulation, production estimation during the theory of production estimation, production estimation
During accumulation knowledge or production estimation during scientific achievement show in the second display interface；
Step 3: user can select self-service Knowledge Service Modes to enter by running the foreground interactive module in intelligent terminal
Row is mutual, as follows:
User opens the first input interface, then at the first input interface by running the foreground interactive module in intelligent terminal
Middle input key word, then foreground interactive module is sent to this key word in background server, and backstage interactive module is with regard to basis
Key word retrieves the reason of the production estimation matched with this key word in the information that same production estimation process is associated
During the knowledge accumulated during the knowledge of accumulation, production estimation during opinion, production estimation or production estimation
Scientific achievement, then during the theory of the production estimation being retrieved, production estimation accumulation knowledge, crops
Scientific achievement during the knowledge accumulated in production process or production estimation returns intelligent terminal, foreground interactive module handle
Accumulation during the knowledge of accumulation, production estimation during the theory of the production estimation being retrieved, production estimation
Scientific achievement during knowledge or production estimation shows on intelligent terminal.
The method of interactive Management System of Crop Production andIts based on WEB the most according to claim 6, it is characterised in that institute
The flash memory stating intelligent terminal contains Y the flash memory space being cleared, and Y is the positive integer not less than 3, user by chatting toward first
After it interface inputs the problem that production estimation process needs solution, and it is sent to background server via foreground interactive module
Before in, carrying out the disposal of following steps, the problem that described production estimation process needs solve is deposits with message group form
Information:
Step 1a: the first film micro area navigation module relies on the order of the message group got and sequentially writes the flash memory being cleared
In space；
Step 2a: synchronize the message group of write to perform disposal by the order of write when finishing step 1a, this disposal
Mode is exactly that the system time of intelligent terminal now is added to message group, disposes the message group after terminating and the most sequentially performs
Conveying, described conveying is namely sent to server by network, after conveying End Of Text Block, flash memory space is emptied, be allowed to into
For the flash memory space being cleared；
Step 3a: receive follow-up message group, circulation performs step 1a and step 2a so that flash memory space is used repeatedly；
When in the flash memory space that the write of message group has been cleared, the flash memory space being cleared can be for writing message
Group, the flash memory space being written with message group is the most then disposed, and disposes and performs conveying after terminating, and empties the message of flash memory space
Group, constitutes the flash memory space being cleared again, it is achieved the disposal of a message group；
The setting means of number Y of described flash memory space is:
Step 1b: the process received, dispose, carry of message group is implemented to build equation, receives report in i.e. setting the unit interval
The number of literary composition group is invariant P, and to receiving message group that the bit stream that message group formed disposes within the unit interval
Number is V, reduce for the intensity of information also have the impact of clutter make again to carry message need time-consuming standard deviation be
Step 2b: obtain number Y of flash memory space with formula (1), (2) and (3):
Here, q, Z are all middle coefficient；
The described intensity for information reduce also have the impact of clutter make again to carry message need time-consuming standard deviationNumerical value by conventional practical situation realize amount to after and obtain；
The value of number Y of described flash memory space is 600,4 or 500.
The method of described interactive Management System of Crop Production andIts based on WEB the most according to claim 6, its feature exists
In being additionally provided with chiller otherwise for server, described chiller contains right angle folding rule shape and accommodates the cabinet of cold-producing medium
Body, described cold-producing medium is used to server is assisted cooling, described in accommodate the cabinet of cold-producing medium and contain horizontal for cold
But cavity and longitudinal liquid storage pool, the described cavity being used for cooling down is all cuboid frame with the profile of longitudinal liquid storage pool
Structure, sets up the aluminum alloy sheet for shelving server in the more high position of the described cavity being used for cooling down, and described aluminum closes
Gold plaque is the metal that the coefficient of overall heat transmission is good, and the server on aluminum alloy sheet is spiraled pulls migration, in the horizontal cavity being used for cooling down
Middle setting up for the liquid booster to cold-producing medium supercharging, described is used for the liquid booster to cold-producing medium supercharging by described
The position of longitudinal liquid storage pool arrange, described be used for the liquid booster of cold-producing medium supercharging operationally can be promoted described
The cold-producing medium being used in the cavity that cools down spiral movement, in the more high position of described aluminum alloy sheet described longitudinal
Edge surface in liquid storage pool sets up support platform, on described support platform install supply gas fan can be to the wall of described aluminum alloy sheet
Supply gas in face, described in fan of supplying gas be in the top of middle section of described aluminum alloy sheet；
Have gap on described longitudinal liquid storage pool, additionally keep with described longitudinal liquid storage pool in described gap
The powering shelf intercepted, described powering shelf can be set up in described longitudinal liquid storage pool top, also can be set up in described
Of longitudinal liquid storage pool top, additionally described powering shelf aligns with the top holding of described longitudinal liquid storage pool,
Described powering shelf plays plywood, described powering shelf with the top of the liquid storage pool of described longitudinal direction with can open and close
In with transformator via electric connector with the battery outside powering shelf be connected, also to supply gas fan with supercharger perform electric power supply
Give.
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