CN117114304A - Agricultural machinery intelligent management sharing system and method - Google Patents
Agricultural machinery intelligent management sharing system and method Download PDFInfo
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Abstract
The invention provides an agricultural machinery intelligent management sharing system and method, wherein the system comprises the following steps: the agricultural machine comprises an agricultural machine end, an agricultural machine end and a background management end, wherein the agricultural machine end and the agricultural machine end are connected with the background management end, an agricultural machine application is sent to the background management end through the agricultural machine end by an agricultural machine, the background management end obtains agricultural machine information and positions and distributes the agricultural machine to the agricultural machine for the agricultural machine based on the agricultural machine information and the positions and the agricultural machine application, and the agricultural machine end is arranged on the agricultural machine and used for displaying distribution information and obtaining the agricultural machine information and the positions. The intelligent management sharing system and method for the agricultural machinery can realize intelligent management sharing of the agricultural machinery, provide an agricultural machinery dispatch scheme with the lowest cost and the fastest time for farmers, and are convenient to use.
Description
Technical Field
The invention relates to the technical field of agricultural machinery management sharing, in particular to an agricultural machinery intelligent management sharing system and method.
Background
In recent years, with the great development of farmland hosting and land circulation, the demand of agricultural machinery is greatly increased, the large-scale and industrialization of agricultural machinery are promoted, the increase of the social conservation quantity and the acceleration of product upgrading and upgrading are promoted, and meanwhile, the unstable agricultural income caused by the influence of natural disasters is bound to reduce the purchase of the agricultural machinery. Under such circumstances, the cost of purchasing the agricultural machinery at a time is too high for the farmers, the risk of bearing is larger, the farmers prefer to rent the agricultural machinery, in the domestic agricultural machinery industry, such groups or organizations have moved to rent the agricultural machinery during the farming season, but the demand of the agricultural machinery is increased during the same period of time in the farming season, one machine is often hard, and the farmers cannot find suitable agricultural machinery for use in a short time, so that the farming cultivation, quantitative fertilization or rotting of crops in the land are delayed, and larger losses are caused. Therefore, it is necessary to design an agricultural machinery intelligent management sharing system and method.
Disclosure of Invention
The invention aims to provide an agricultural machinery intelligent management sharing system and method, which can realize agricultural machinery intelligent management sharing, provide an agricultural machinery dispatch scheme with the lowest cost and the fastest time for farmers, and are convenient to use.
In order to achieve the above object, the present invention provides the following solutions:
an agricultural machinery intelligent management sharing system, comprising: the agricultural machine comprises an agricultural machine end, an agricultural machine end and a background management end, wherein the agricultural machine end and the agricultural machine end are connected with the background management end, an agricultural machine application is sent to the background management end through the agricultural machine end by an agricultural machine, the background management end obtains agricultural machine information and positions and distributes the agricultural machine to the agricultural machine for the agricultural machine based on the agricultural machine information and the positions and the agricultural machine application, and the agricultural machine end is arranged on the agricultural machine and used for displaying distribution information and obtaining the agricultural machine information and the positions.
The invention also provides an agricultural machinery intelligent management sharing method which is applied to the agricultural machinery intelligent management sharing system and comprises the following steps:
step 1: the agricultural machinery end sends an agricultural machinery use application to the background management end;
step 2: the agricultural machine end collects agricultural machine information and positions and sends the agricultural machine information and positions to the background management end;
step 3: the background management end distributes the agricultural machinery to farmers according to the agricultural machinery use application, the agricultural machinery information and the position, generates planning information and sends the planning information to the corresponding agricultural machinery end;
step 4: the agricultural machine end displays planning information for an agricultural machine hand to check, and the agricultural machine hand drives the agricultural machine to go to the farmer for operation according to the planning information.
Optionally, in step 1, the farm client sends an application for using the farm machine to the background management end, specifically:
the method comprises the steps that a farmer sends a registration request to a background management end through the farmer end, wherein the registration request comprises identity information and contact information of the farmer, the background management end generates an account number and a password according to the identity information and the contact information, the account number and the password are returned to the farmer end to log in, and after logging in, the farmer fills out an agricultural machine application through the farmer end, wherein the agricultural machine application comprises a crop planting type, a job type, a planting area and position information, and the agricultural machine application is sent to the background management end by the farmer end.
Optionally, in step 2, the agricultural machine end collects agricultural machine information and positions and sends the agricultural machine information and positions to the background management end, specifically:
the agricultural machine end collects agricultural machine information, agricultural machine states and positions of the agricultural machines, wherein the agricultural machine information comprises agricultural machine types, agricultural machine service lives and agricultural machine operation efficiencies, and the agricultural machine information is sent to the background management end.
Optionally, in step 3, the background management end dispatches the agricultural machinery to the farmer according to the agricultural machinery application, the agricultural machinery information and the position, generates planning information, and sends the planning information to the corresponding agricultural machinery end, and specifically includes the following steps:
step 301: the background management end obtains an agricultural machine application, agricultural machine information and the position of the agricultural machine;
step 302: the background management end acquires all the agricultural machinery which is idle in surrounding states according to the position information in the application;
step 303: the background management end builds an agricultural machinery planning model, and screens all agricultural machinery combinations meeting the demands of farmers through the agricultural machinery planning model;
step 304: taking the cost as an objective function, and obtaining a planning result with optimal cost;
step 305: taking time as an objective function, and obtaining a time optimal planning result;
step 306: the background management end calculates cost and time according to the planning result with optimal cost and the planning result with optimal time, and sends the cost and time to the farmer end for farmer to select, and the farmer pays after selecting;
step 307: after payment, the background management end sends planning information corresponding to each agricultural machine to the corresponding agricultural machine according to the planning structure.
Optionally, in step 302, the background management end obtains all the surrounding agricultural machines in idle states according to the position information in the application, specifically:
the background management end acquires all the agricultural machinery in a certain range around according to the position information in the application, screens according to the states of the agricultural machinery, screens out the agricultural machinery with idle states, and further screens the agricultural machinery according to the type of planted crops and the type of operation to obtain a screened agricultural machinery list.
Optionally, in step 304, the cost is taken as an objective function, and a planning result with optimal cost is obtained, which specifically includes:
acquiring all agricultural machinery combinations meeting the demands of farmers, and acquiring a planning result with optimal cost by taking the cost as an objective function, wherein the objective function is as follows:
wherein L is the distance that the agricultural machinery needs to move, and is calculated by the position information in the agricultural machinery application and the position of the agricultural machinery in the agricultural machinery information, c is the oil consumption corresponding to each agricultural machinery, and t 1 The agricultural machine operation time is y, the agricultural machine operation price in unit time is y, S is the planting area, and eta is the agricultural machine operation efficiency.
Optionally, in step 305, the time is used as an objective function to obtain a time-optimal planning result, which specifically includes:
acquiring an agricultural machinery combination meeting the needs of farmers, and acquiring a time-optimal planning result by taking time as an objective function, wherein the objective function is as follows:
wherein S is the planting area, eta is the operation efficiency of the agricultural machine, t 'is the position information of the last agricultural machine in the application of the agricultural machine, and S' is the residual planting area when the last agricultural machine reaches the position information of the application of the agricultural machine.
According to the specific embodiment provided by the invention, the invention discloses the following technical effects: the invention provides an agricultural machinery intelligent management sharing system and a method thereof, wherein the system comprises an agricultural machinery end, an agricultural machinery end and a background management end, the method comprises the steps that the agricultural machinery end sends an agricultural machinery use application to the background management end, the agricultural machinery end collects agricultural machinery information and positions and sends the agricultural machinery information and positions to the background management end, the background management end dispatches the agricultural machinery to the agricultural machinery according to the agricultural machinery use application and the agricultural machinery information and positions, planning information is generated and sent to the corresponding agricultural machinery end, the agricultural machinery end displays the planning information for being checked by an agricultural machinery hand, and the agricultural machinery hand drives the agricultural machinery to go to the agricultural machinery for operation according to the planning information.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions of the prior art, the drawings that are needed in the embodiments will be briefly described below, it being obvious that the drawings in the following description are only some embodiments of the present invention, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a schematic diagram of an intelligent management sharing system for agricultural machinery according to an embodiment of the present invention;
FIG. 2 is a flow chart of an intelligent management sharing method for agricultural machinery according to an embodiment of the invention.
Detailed Description
The invention aims to provide an agricultural machinery intelligent management sharing system and method, which can realize agricultural machinery intelligent management sharing, provide an agricultural machinery dispatch scheme with the lowest cost and the fastest time for farmers, and are convenient to use.
In order that the above-recited objects, features and advantages of the present invention will become more readily apparent, a more particular description of the invention will be rendered by reference to the appended drawings and appended detailed description.
As shown in fig. 1, the intelligent management sharing system for agricultural machinery provided by the embodiment of the invention includes: the agricultural machine comprises an agricultural machine end, an agricultural machine end and a background management end, wherein the agricultural machine end and the agricultural machine end are connected with the background management end, an agricultural machine application is sent to the background management end through the agricultural machine end by an agricultural machine, the background management end obtains agricultural machine information and positions and distributes the agricultural machine to the agricultural machine for the agricultural machine based on the agricultural machine information and the positions and the agricultural machine application, and the agricultural machine end is arranged on the agricultural machine and used for displaying distribution information and obtaining the agricultural machine information and the positions.
As shown in fig. 2, the invention further provides an agricultural machinery intelligent management sharing method, which is applied to the agricultural machinery intelligent management sharing system, and comprises the following steps:
step 1: the agricultural machinery end sends an agricultural machinery use application to the background management end;
step 2: the agricultural machine end collects agricultural machine information and positions and sends the agricultural machine information and positions to the background management end;
step 3: the background management end distributes the agricultural machinery to farmers according to the agricultural machinery use application, the agricultural machinery information and the position, generates planning information and sends the planning information to the corresponding agricultural machinery end;
step 4: the agricultural machine end displays planning information for an agricultural machine hand to check, and the agricultural machine hand drives the agricultural machine to go to the farmer for operation according to the planning information.
In step 1, the farmer sends an application for using the agricultural machinery to the background management end, specifically:
the method comprises the steps that a farmer sends a registration request to a background management end through the farmer end, wherein the registration request comprises identity information and contact information of the farmer, the background management end generates an account number and a password according to the identity information and the contact information, the account number and the password are returned to the farmer end to log in, after the login is finished, the farmer fills out an agricultural machine application through the farmer end, the agricultural machine application comprises a crop planting type, an operation type, a planting area and position information, the agricultural machine application is sent to the background management end by the farmer end, the agricultural machine type can be set in the agricultural machine application, and the background management end can judge the agricultural machine type through the type of the crop planting.
It should be noted here that different prices may be set according to different users, for example, if the users are old users who use the account for a long time, the concept of the class of the account may be introduced, and the users with high class perform discount operation, which is herein an extension function, and is used according to specific requirements.
In step 2, the agricultural machinery end collects agricultural machinery information and positions and sends the agricultural machinery information and positions to the background management end, specifically:
the agricultural machine end collects agricultural machine information, agricultural machine states and positions of the agricultural machines, wherein the agricultural machine information comprises agricultural machine types, agricultural machine service lives and agricultural machine operation efficiencies, and the agricultural machine information is sent to the background management end.
In step 3, the background management end distributes the agricultural machinery to the farmers according to the application of the agricultural machinery, the agricultural machinery information and the position, generates planning information and sends the planning information to the corresponding agricultural machinery end, and specifically comprises the following steps:
step 301: the background management end obtains an agricultural machine application, agricultural machine information and the position of the agricultural machine;
step 302: the background management end acquires all the agricultural machinery which is idle in surrounding states according to the position information in the application;
step 303: the background management end builds an agricultural machinery planning model, and screens all agricultural machinery combinations meeting the demands of farmers through the agricultural machinery planning model;
step 304: taking the cost as an objective function, and obtaining a planning result with optimal cost;
step 305: taking time as an objective function, and obtaining a time optimal planning result;
step 306: the background management end calculates cost and time according to the planning result with optimal cost and the planning result with optimal time, and sends the cost and time to the farmer end for farmer to select, and the farmer pays after selecting;
step 307: after payment, the background management end sends planning information corresponding to each agricultural machine to the corresponding agricultural machine according to the planning structure.
In step 302, the background management end obtains all the surrounding agricultural machines with idle states according to the position information in the application, specifically:
the background management end acquires all the agricultural machinery in a certain range around according to the position information in the application, screens according to the states of the agricultural machinery, screens out the agricultural machinery with idle states, and further screens the agricultural machinery according to the type of planted crops and the type of operation to obtain a screened agricultural machinery list;
the range is set according to specific requirements, and a range as large as possible can be directly set, and then cost and time calculation are performed.
In step 304, the cost is used as an objective function to obtain a planning result with optimal cost, which specifically includes:
acquiring all agricultural machinery combinations meeting the demands of farmers, and acquiring a planning result with optimal cost by taking the cost as an objective function, wherein the objective function is as follows:
wherein L is the distance that the agricultural machinery needs to move, and is calculated by the position information in the agricultural machinery application and the position of the agricultural machinery in the agricultural machinery information, c is the oil consumption corresponding to each agricultural machinery, and t 1 The agricultural machinery operation time is y is the agricultural machinery operation price in unit time, and S is the planting surfaceThe product, eta, is the operation efficiency of the agricultural machinery.
In step 305, the time is used as an objective function to obtain a time-optimal planning result, which specifically includes:
acquiring an agricultural machinery combination meeting the needs of farmers, and acquiring a time-optimal planning result by taking time as an objective function, wherein the objective function is as follows:
wherein S is the planting area, eta is the operation efficiency of the agricultural machine, t 'is the position information of the last agricultural machine in the application of the agricultural machine, and S' is the residual planting area when the last agricultural machine reaches the position information of the application of the agricultural machine.
The invention provides an agricultural machinery intelligent management sharing system and a method thereof, wherein the system comprises an agricultural machinery end, an agricultural machinery end and a background management end, the method comprises the steps that the agricultural machinery end sends an agricultural machinery use application to the background management end, the agricultural machinery end collects agricultural machinery information and positions and sends the agricultural machinery information and positions to the background management end, the background management end dispatches the agricultural machinery to the agricultural machinery according to the agricultural machinery use application and the agricultural machinery information and positions, planning information is generated and sent to the corresponding agricultural machinery end, the agricultural machinery end displays the planning information for being checked by an agricultural machinery hand, and the agricultural machinery hand drives the agricultural machinery to go to the agricultural machinery for operation according to the planning information.
The principles and embodiments of the present invention have been described herein with reference to specific examples, the description of which is intended only to assist in understanding the methods of the present invention and the core ideas thereof; also, it is within the scope of the present invention to be modified by those of ordinary skill in the art in light of the present teachings. In view of the foregoing, this description should not be construed as limiting the invention.
Claims (8)
1. An agricultural machinery wisdom management sharing system, characterized by comprising: the agricultural machine comprises an agricultural machine end, an agricultural machine end and a background management end, wherein the agricultural machine end and the agricultural machine end are connected with the background management end, an agricultural machine application is sent to the background management end through the agricultural machine end by an agricultural machine, the background management end obtains agricultural machine information and positions and distributes the agricultural machine to the agricultural machine for the agricultural machine based on the agricultural machine information and the positions and the agricultural machine application, and the agricultural machine end is arranged on the agricultural machine and used for displaying distribution information and obtaining the agricultural machine information and the positions.
2. An agricultural machinery intelligent management sharing method applied to the agricultural machinery intelligent management sharing system of claim 1, characterized by comprising the following steps:
step 1: the agricultural machinery end sends an agricultural machinery use application to the background management end;
step 2: the agricultural machine end collects agricultural machine information and positions and sends the agricultural machine information and positions to the background management end;
step 3: the background management end distributes the agricultural machinery to farmers according to the agricultural machinery use application, the agricultural machinery information and the position, generates planning information and sends the planning information to the corresponding agricultural machinery end;
step 4: the agricultural machine end displays planning information for an agricultural machine hand to check, and the agricultural machine hand drives the agricultural machine to go to the farmer for operation according to the planning information.
3. The intelligent management sharing method of agricultural machinery according to claim 2, wherein in step 1, the agricultural machinery user end sends an agricultural machinery application to the background management end, specifically:
the method comprises the steps that a farmer sends a registration request to a background management end through the farmer end, wherein the registration request comprises identity information and contact information of the farmer, the background management end generates an account number and a password according to the identity information and the contact information, the account number and the password are returned to the farmer end to log in, and after logging in, the farmer fills out an agricultural machine application through the farmer end, wherein the agricultural machine application comprises a crop planting type, a job type, a planting area and position information, and the agricultural machine application is sent to the background management end by the farmer end.
4. The intelligent management sharing method of agricultural machinery according to claim 3, wherein in step 2, the agricultural machinery end collects the agricultural machinery information and the position and sends them to the background management end, specifically:
the agricultural machine end collects agricultural machine information, agricultural machine states and positions of the agricultural machines, wherein the agricultural machine information comprises agricultural machine types, agricultural machine service lives and agricultural machine operation efficiencies, and the agricultural machine information is sent to the background management end.
5. The intelligent management sharing method of agricultural machinery according to claim 4, wherein in step 3, the background management end distributes agricultural machinery to farmers according to the application of agricultural machinery use and the information and position of agricultural machinery, generates planning information, and sends the planning information to the corresponding agricultural machinery end, and specifically comprises the following steps:
step 301: the background management end obtains an agricultural machine application, agricultural machine information and the position of the agricultural machine;
step 302: the background management end acquires all the agricultural machinery which is idle in surrounding states according to the position information in the application;
step 303: the background management end builds an agricultural machinery planning model, and screens all agricultural machinery combinations meeting the demands of farmers through the agricultural machinery planning model;
step 304: taking the cost as an objective function, and obtaining a planning result with optimal cost;
step 305: taking time as an objective function, and obtaining a time optimal planning result;
step 306: the background management end calculates cost and time according to the planning result with optimal cost and the planning result with optimal time, and sends the cost and time to the farmer end for farmer to select, and the farmer pays after selecting;
step 307: after payment, the background management end sends planning information corresponding to each agricultural machine to the corresponding agricultural machine according to the planning structure.
6. The intelligent management sharing method of agricultural machinery according to claim 5, wherein in step 302, the background management side obtains all the agricultural machinery with idle surrounding states according to the position information in the application, specifically:
the background management end acquires all the agricultural machinery in a certain range around according to the position information in the application, screens according to the states of the agricultural machinery, screens out the agricultural machinery with idle states, and further screens the agricultural machinery according to the type of planted crops and the type of operation to obtain a screened agricultural machinery list.
7. The intelligent management sharing method of agricultural machinery according to claim 6, wherein in step 304, a cost-optimized planning result is obtained by taking cost as an objective function, specifically:
acquiring all agricultural machinery combinations meeting the demands of farmers, and acquiring a planning result with optimal cost by taking the cost as an objective function, wherein the objective function is as follows:
wherein L is the distance that the agricultural machinery needs to move, and is calculated by the position information in the agricultural machinery application and the position of the agricultural machinery in the agricultural machinery information, c is the oil consumption corresponding to each agricultural machinery, and t 1 The agricultural machine operation time is y, the agricultural machine operation price in unit time is y, S is the planting area, and eta is the agricultural machine operation efficiency.
8. The intelligent management sharing method of agricultural machinery according to claim 7, wherein in step 305, a time-optimal planning result is obtained by using time as an objective function, specifically:
acquiring an agricultural machinery combination meeting the needs of farmers, and acquiring a time-optimal planning result by taking time as an objective function, wherein the objective function is as follows:
wherein S is the planting area, eta is the operation efficiency of the agricultural machine, t 'is the position information of the last agricultural machine in the application of the agricultural machine, and S' is the residual planting area when the last agricultural machine reaches the position information of the application of the agricultural machine.
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