Land renting system and method thereof

Abstract

The invention relates to the technical field of agriculture, and particularly discloses a land renting system and method, and the system comprises a land management module which is used for managing a plurality of pieces of land located in suburbs, and providing a land renting service; the user terminal module is used for enabling a user to interact with the land management module through a user terminal and lease at least one piece of land; the crop planting module is used for planting crops specified by the user and feeding specified poultry on the leased land according to the selection of the user; the monitoring module is used for monitoring crops on the rental land in real time and transmitting a monitoring picture to the user terminal; according to the invention, the land management module and the user terminal module are constructed, so that the user can browse land information and select and rent the land on line, and does not need to consume a lot of time and energy to view and negotiate the leasing matter on the spot, thereby saving the time of the user and improving the efficiency of land leasing.

Description

Technical Field

[0001] The invention belongs to the technical field of agriculture, and in particular relates to a land leasing system and a method thereof. Background Art

[0002] People who want to lease land for crop planting or poultry farming often face many inconveniences. The traditional land leasing process is cumbersome and requires a lot of time and effort to inspect the land, negotiate leasing matters with the land owner, and sign a lease contract.

[0003] In addition, for those who lack agricultural planting or breeding experience, how to effectively manage the leased land, select suitable crops or poultry for planting or breeding, and monitor the growth status of crops is also a major problem. Therefore, the market is in urgent need of a land leasing system and method that can simplify the land leasing process, provide crop planting and poultry breeding guidance, and monitor the growth status of crops in real time. Summary of the invention

[0004] The object of the present invention is to provide a land leasing system and method thereof to solve the problems raised in the above background technology.

[0005] To achieve the above object, the present invention provides the following technical solutions:

[0006] A land leasing system comprising:

[0007] The land management module is used to manage multiple plots of land in the suburbs and provide land leasing services;

[0008] A user terminal module, through which a user interacts with the land management module to lease at least one piece of land;

[0009] A crop planting module, which is used to plant user-specified crops and feed specified poultry on the leased land according to the user's choice;

[0010] A monitoring module is used to monitor the crops on the leased land in real time and transmit the monitoring images to the user terminal;

[0011] The harvesting module is used to perform harvesting operations when the crops are ripe and provide harvesting services and related information.

[0012] Preferably, the land management module is used to manage multiple plots of land located in a specific area, each plot of land having a clear geographical location and boundaries, and the land management module includes a plot division unit, a land status display unit and a land leasing unit;

[0013] The land leasing unit provides land leasing services, including display of land information, setting of leasing prices, and generation and management of leasing contracts;

[0014] The land parcel division unit is used to divide a large piece of land into a plurality of small pieces of land for users to choose to lease according to market demand and actual land conditions;

[0015] The land status display unit is used for land status monitoring and updating the land use status in real time.

[0016] Preferably, the user terminal module is used to interact with the land management module to complete the query, selection, lease and payment operations of the land, and the user terminal module includes a user interaction unit and a payment unit;

[0017] The user interaction unit is used to perform various rental operations;

[0018] The payment unit supports multiple payment methods.

[0019] Preferably, the crop planting module is used to plant user-specified crops on the leased land according to the user's selection, and the crop planting module includes a crop database unit, a planting assignment unit and a growth status reporting unit;

[0020] The crop database unit is used to provide a variety of crops for users to choose from, along with crop data information;

[0021] The planting assignment unit is used to assign planting operations according to the crops specified by the user;

[0022] The growth status reporting unit is used to provide crop growth status reports and regularly report the growth status of crops to users.

[0023] Preferably, the monitoring module is used to monitor the crops on the leased land in real time, including the growth environment and the state of the crops themselves, and the monitoring module includes a remote monitoring unit and an abnormal alarm unit;

[0024] The remote monitoring unit is used to view the monitoring screen at any time through the user terminal;

[0025] The abnormal alarm unit is used to send an alarm message to the user when an abnormal situation occurs in the monitored crops.

[0026] Preferably, the crop harvesting module includes a harvesting operation execution unit and a post-harvest processing unit;

[0027] The harvesting operation execution unit is used to organize field harvesting when the crops reach the maturity standard according to the user's instructions or the automatic judgment of the system;

[0028] The post-harvest processing unit includes storage service, mailing service and consignment service.

[0029] A land leasing method, using any one of the land leasing systems described above, is characterized by comprising the following steps:

[0030] a. The user browses the land information through the user terminal, selects and leases at least one piece of land;

[0031] b. The system plants user-specified crops on the leased land according to the user's choice and provides crop growth status reports;

[0032] c. The monitoring module monitors the crops on the leased land in real time and transmits the monitoring images and growth status reports to the user terminal;

[0033] d. Users can check the latest status of leased land and crops at any time through user terminals and perform necessary operations and management;

[0034] e. When the lease expires or the user needs to terminate the lease early, provide a lease termination process.

[0035] Compared with the prior art, the present invention has the following beneficial effects:

[0036] (1) By constructing a land management module and a user terminal module, the present invention enables users to browse land information, select and lease land online without spending a lot of time and energy on-site inspections and negotiating leasing matters. This not only saves users' time, but also improves the efficiency of land leasing.

[0037] (2) The crop planting module in the present invention not only provides a variety of crops for users to choose from, but also provides crop data information to help users understand the growth habits and planting requirements of crops. At the same time, the system can also plant specified crops or feed specified poultry on the leased land according to the user's selection, and provide crop growth status reports to help users better manage the leased land.

[0038] (3) Through the monitoring module, the present invention can monitor the crop growth environment and the status of the crops themselves on the leased land in real time, and transmit the monitoring screen and growth status report to the user terminal. In this way, the user can check the latest status of the leased land and crops at any time, perform necessary operations and management, and ensure the healthy growth of crops. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] Figure 1 It is one of the three-dimensional diagrams of the present invention. DETAILED DESCRIPTION

[0040] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0041] Embodiment 1:

[0042] See also Figure 1 As shown, a land leasing system comprises:

[0043] The land management module is used to manage multiple plots of land in the suburbs and provide land leasing services;

[0044] A user terminal module, through which a user interacts with the land management module to lease at least one piece of land;

[0045] A crop planting module, which is used to plant user-specified crops and feed specified poultry on the leased land according to the user's choice;

[0046] A monitoring module is used to monitor the crops on the leased land in real time and transmit the monitoring images to the user terminal;

[0047] The harvesting module is used to perform harvesting operations when the crops are ripe and provide harvesting services and related information.

[0048] In one embodiment of the present invention, the land management module is used to manage multiple pieces of land located in a specific area, each piece of land has a clear geographical location and boundary, and the land management module includes a land parcel division unit, a land status display unit and a land leasing unit;

[0049] The land leasing unit provides land leasing services, including display of land information, setting of leasing prices, and generation and management of leasing contracts;

[0050] The land parcel division unit is used to divide a large piece of land into multiple small pieces of land according to market demand and actual land conditions for users to choose to lease;

[0051] The land status display unit is used for land status monitoring and real-time updating of land use status.

[0052] In one embodiment of the present invention, the user terminal module is used to interact with the land management module to complete the query, selection, lease and payment operations of the land, and the user terminal module includes a user interaction unit and a payment unit;

[0053] The user interaction unit is used to perform various rental operations;

[0054] The payment unit supports multiple payment methods.

[0055] In one embodiment of the present invention, the crop planting module is used to plant user-specified crops on the leased land according to the user's selection, and the crop planting module includes a crop database unit, a planting assignment unit and a growth status reporting unit;

[0056] The crop database unit is used to provide a variety of crops for users to choose from, along with crop data information;

[0057] The planting assignment unit is used to assign planting operations according to the crops specified by the user and optimize the planning and arrangement of planting tasks. The specific algorithm is as follows:

[0058]

[0059] Among them, E opt It represents the optimized planting efficiency index, which is the objective function we want to maximize;

[0060] n represents the total number of planting tasks;

[0061] i represents the index of the planting task currently considered;

[0062] T i represents the total time of the i-th planting task;

[0063] P i (t) represents the priority function of the i-th planting task at time t, which is a function of time t, and the formula is:

[0064]

[0065] Among them, A i ,ω i ,φ i , B i and γ i is a parameter set according to the specific characteristics of the i-th planting task;

[0066] λ i represents the decay rate of the i-th planting task, which is used to simulate the reduction of task priority over time;

[0067] O ij (t) represents the resource overlap between the i-th planting task and the j-th planting task at time t;

[0068] S j (t) represents the amount of available resources for the jth planting task at time t;

[0069] ∈ is a small positive number used to avoid the denominator being zero;

[0070] W i represents the importance weight of the i-th planting task;

[0071] α is a tuning parameter used to adjust the influence of the weight on the efficiency index;

[0072] β is a tuning parameter used to adjust the impact of task difficulty (or complexity) on the efficiency index;

[0073] D i It represents the difficulty coefficient of the i-th planting task and can be designed according to the specific requirements of the task.

[0074] The growth status reporting unit is used to provide crop growth status reports and regularly report the growth status of crops to users.

[0075] In one embodiment of the present invention, the monitoring module is used to monitor the crops on the leased land in real time, including the growth environment and the state of the crops themselves, and the monitoring module includes a remote monitoring unit and an abnormal alarm unit;

[0076] The remote monitoring unit is used to view the monitoring screen at any time through the user terminal;

[0077] The abnormal alarm unit is used to send alarm information to users when abnormal conditions are detected in the monitored crops.

[0078] The crop harvesting module includes a harvesting operation execution unit and a post-harvest processing unit;

[0079] The harvesting operation execution unit is used to organize field harvesting when the crops reach the maturity standard according to the user's instructions or the automatic judgment of the system;

[0080] The post-harvest processing unit includes storage services, mailing services and consignment services;

[0081] Storage services include short-term and long-term storage options. Users can choose the storage period according to their needs and check the storage status at any time through the user terminal;

[0082] The mailing service is to mail the harvested and processed crops to the user's designated address through express or logistics services according to the user's instructions. It can provide real-time logistics tracking information so that users can understand the transportation status of crops at any time.

[0083] The consignment service is for crops that users do not want to handle or consume by themselves. Users can choose the consignment service. The system will help users sell crops through online or offline channels and provide sales reports and profit distribution.

[0084] A land leasing method, using any one of the land leasing systems mentioned above, comprising the following steps:

[0085] a. The user browses the land information through the user terminal, selects and leases at least one piece of land;

[0086] The user first accesses the land leasing system through a user terminal (such as a mobile phone APP, web platform, etc.). The system displays information about the land available for leasing, including detailed information such as the location, area, soil type, climate conditions, and historical planting records. The user can filter and compare different land options according to their needs and preferences. After selecting satisfactory land, the user completes the leasing procedures through the system, including filling in the leasing information, selecting the leasing period, and paying the rent. After the system confirms that the leasing is successful, the land information, leasing period, and other related information will be sent to the user terminal as a leasing voucher;

[0087] b. The system plants user-specified crops on the leased land according to the user's choice and provides crop growth status reports;

[0088] The system formulates a planting plan based on the user's choice and the specific conditions of the leased land, and plants the crops specified by the user on the leased land according to the plan. During the planting process, the system regularly collects crop growth data, such as growth rate, health status, pest and disease conditions, etc. The system generates a crop growth status report based on the collected data and sends it to the user through the user terminal. The user can view the report at any time to understand the growth status of the crops so as to make corresponding decisions;

[0089] c. The monitoring module monitors the crops on the leased land in real time and transmits the monitoring images and growth status reports to the user terminal;

[0090] The monitoring module includes cameras, sensors and other equipment. The monitoring module monitors the growth environment of crops on the leased land in real time, such as soil moisture, temperature, light intensity, etc., and transmits the real-time monitoring screen and growth status data to the system server. After the system server processes the data, it displays the monitoring screen and growth status report to the user through the user terminal. The user can check the real-time status of the leased land and crops at any time through the mobile phone APP or web platform;

[0091] d. Users can check the latest status of leased land and crops at any time through user terminals and perform necessary operations and management;

[0092] Users can access the latest information of the leased land system at any time through user terminals. Users can view the real-time monitoring screen of leased land and understand the growth environment and status of crops. Users can perform necessary operations and management on crops based on growth status reports and monitoring screens, such as watering, fertilizing, and pest control. Users can send instructions to the system through user terminals to request on-site services or technical support from the agricultural team or cooperative farmers. The system will respond in a timely manner and provide corresponding services or support based on the user's instructions and needs;

[0093] e. Provide a lease termination process when the lease expires or the user needs to terminate the lease early;

[0094] When the lease expires or the user needs to terminate the lease early for personal reasons, the user can submit a lease termination application to the system through the user terminal. After receiving the lease termination application, the system will review the user's lease information and the reason for lease termination. After the review is passed, the system will arrange for an agricultural team or cooperative farmers to process the crops on the leased land, such as harvesting and cleaning. After the processing is completed, the system will return the user's deposit (if any) and settle the relevant fees. The system will notify the user of the lease termination result and complete the lease termination process. Users can view the lease termination record and related information at any time.

[0095] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A land leasing system, characterized in that: include: The land management module is used to manage multiple plots of land in the suburbs and provide land leasing services; A user terminal module, through which a user interacts with the land management module to lease at least one piece of land; A crop planting module, which is used to plant user-specified crops and feed specified poultry on the leased land according to the user's choice; A monitoring module is used to monitor crops on the leased land in real time and transmit the monitoring images to the user terminal; The harvesting module is used to perform harvesting operations when the crops are ripe and provide harvesting services and related information.

2. A land leasing system according to claim 1, characterized in that: The land management module is used to manage multiple plots of land located in a specific area, each plot of land has a clear geographical location and boundary, and the land management module includes a plot division unit, a land status display unit and a land leasing unit; The land leasing unit provides land leasing services, including display of land information, setting of leasing prices, and generation and management of leasing contracts; The land parcel division unit is used to divide a large piece of land into a plurality of small pieces of land for users to choose to lease according to market demand and actual land conditions; The land status display unit is used for land status monitoring and updating the land use status in real time.

3. A land leasing system according to claim 1, characterized in that: The user terminal module is used to interact with the land management module to complete the query, selection, lease and payment operations of the land. The user terminal module includes a user interaction unit and a payment unit; The user interaction unit is used to perform various rental operations; The payment unit supports multiple payment methods.

4. A land leasing system according to claim 1, characterized in that: The crop planting module is used to plant user-specified crops on the leased land according to the user's selection, and the crop planting module includes a crop database unit, a planting assignment unit and a growth status reporting unit; The crop database unit is used to provide a variety of crops for users to choose from, along with crop data information; The planting assignment unit is used to assign planting operations according to the crops specified by the user; The growth status reporting unit is used to provide crop growth status reports and regularly report the growth status of crops to users.

5. A land leasing system according to claim 1, characterized in that: The monitoring module is used to monitor the crops on the leased land in real time, including the growth environment and the status of the crops themselves, and the monitoring module includes a remote monitoring unit and an abnormal alarm unit; The remote monitoring unit is used to view the monitoring screen at any time through the user terminal; The abnormal alarm unit is used to send alarm information to the user when abnormal conditions of the monitored crops occur.

6. A land leasing system according to claim 1, characterized in that: The crop harvesting module includes a harvesting operation execution unit and a post-harvest processing unit; The harvesting operation execution unit is used to organize field harvesting when the crops reach the maturity standard according to the user's instructions or the automatic judgment of the system; The post-harvest processing unit includes storage service, mailing service and consignment service.

7. A land leasing method, using a land leasing system according to any one of claims 1 to 5, characterized in that: The following steps are involved: a. The user browses the land information through the user terminal, selects and leases at least one piece of land; b. The system plants user-specified crops on the leased land according to the user's choice and provides crop growth status reports; c. The monitoring module monitors the crops on the leased land in real time and transmits the monitoring images and growth status reports to the user terminal; d. Users can check the latest status of leased land and crops at any time through user terminals and perform necessary operations and management; e. When the lease expires or the user needs to terminate the lease early, provide a lease termination process.

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