KR20220021045A - Farmer customized helper platform service system and method using genomic data - Google Patents

Abstract

The present invention relates to a farmhouse-customized helper platform service system using genome data, which is connected to at least one farmhouse terminal (300) and a helper terminal (200) via a network (500). The farmhouse-customized helper platform service system using genome data of the present invention comprises: a database unit (120) for storing farmhouse information, student information, becoming-farmer preparing person information, young farmer information and agricultural and livestock researcher information, agricultural plant information and livestock information; and a server (110) for providing a helper or a service through genome analysis in accordance with a selected menu when the menu is selected by a farmhouse terminal (300). According to an embodiment of the present invention, when a farm cannot be managed due to unavoidable reasons of a livestock farm, the farm is managed by proxy. Also, a labor is supported since a farm is more short-handed because the entry of foreign workers to Korea is difficult due to a long period of time of COVID-19. In addition, farmers can be supported to stably work in farming without an influence by an external environment, and professional business knowledge learning opportunities and jobs are provided for a becoming-farmer preparing person, a general job seeker, a young farmer, students and graduates of an agricultural high school and an agricultural college. In addition, students enable to acquire farmhouse expertise, and the improvement can be performed through livestock data accumulation.

Description

{Farmer customized helper platform service system and method using genomic data}

The present invention relates to a farmhouse customized helper platform service system and method using genomic data. In particular, it connects job seekers in urban areas with job seekers in rural areas so that rural areas and cities coexist, and using genome data and big data It relates to a farmhouse customized helper platform service system and method using genomic data to manage the specifications of livestock.

In general, with the rapid development of communication technology and computer fields, computer communication and Internet communication have become an essential means of information acquisition and exchange for modern people, and their functions and roles are increasing explosively.

Meanwhile, Korea's population aged 65 and over is expected to reach 20.8% in 2026, from 11% in 2010 to 20.8% in 2026. entered into

In addition, as the aging of the rural population intensifies due to the advancement of industry and the movement of people to cities, the mismatch between the supply and demand of manpower continues to occur. .

In addition, the shortage of manpower in rural areas is currently supplied through a small private manpower market.

As a result, producers try to spend less on labor costs, but workers or manpower companies that supply labor force have conflicting views that seek to receive as much cost as possible, causing conflict and damage from some malicious companies.

Therefore, we need a system that can pay producers cheap labor costs and human resources, who are the main actors of labor, a realistic price.

On the other hand, the livestock industry has traditionally been a business that deals with living things, and the human cycle has been tailored to living things. In particular, breeding farms or dairy farms have been operated in the form of pumasi through family members or nearby villagers for leisure time or travel.

However, as the importance of prevention of COVID-19, African swine fever, foot-and-mouth disease, etc. is on the rise, farm access and management of unverified manpower has become more important.

The technical problem to be achieved by the present invention is to solve the conventional problems, and it is possible to systematically manage the job seeker manpower database in urban areas and configure a manpower network that connects job seekers in rural areas to facilitate the supply and demand of manpower for farms. It is to provide a helper platform service system and method tailored to farm households using genomic data that enables rural and urban coexistence.

In addition, the technical task to be achieved by the present invention is to solve the problems of the prior art, and it uses genome data and big data to manage the specifications of livestock, reflects the demand for industry-university-research practice, education, etc. It is to provide a farmhouse-customized helper platform service system and method using genome data for maximizing the profits of farmhouse management through standardized breeding technology.

In addition, the technical problem to be achieved by the present invention is to solve the conventional problems, and if the farm cannot be managed due to the unavoidable reasons of the livestock farm, the farmhouse manages the farm on behalf of the farmer, and as a result of the prolonged aftermath of a situation such as Corona 19 We provide support for labor in the face of the deepening shortage of labor in rural areas due to difficulties in entering the country for foreign workers, support for farmers to engage in farming stably without being affected by the external environment, A farmhouse-customized helper platform service system and method using genomic data that provides opportunities and jobs to students and graduates of Agricultural High School/Agricultural University to acquire specialized practical knowledge, and enables students to acquire agricultural expertise and to make improvements through data accumulation of livestock is to provide

A farmhouse customized helper platform service method using genomic data according to the characteristics of the present invention to solve these problems,

As a farmhouse customized helper platform service method using genome data of at least one farmhouse terminal 300 and the helper terminal 200 and the genome data connected through the network 500, the farmhouse customized helper platform service system,

when the farmhouse terminal 300 is connected, authenticating whether the server 110 is a legitimate subscriber;

When authentication is completed, the server 110 providing menu information to the farmhouse terminal 300;

determining, by the server 110, whether menu information is selected;

When a menu is selected by the farmhouse terminal 300 , the server 110 provides a service according to the selected menu.

When the selected menu is a helper service, the method further includes the step of providing, by the server 110, helper information corresponding to the request of the farmhouse.

The helpers include agricultural high school and agricultural college students, those preparing to return to farming, young farmers, agricultural and agricultural researchers, and general job seekers.

When the selected menu is a genome information service, the server 110 receives or provides genome information on livestock and crops of the corresponding farmhouse, receives growth information periodically, and recommends plants or livestock suitable for the farmhouse do.

The method further includes the step of providing, by the server 110, cultivation or breeding information of plants or livestock corresponding to the selection of the farmhouse when the selected menu is educational information.

A farmhouse customized helper platform service system using genomic data according to the characteristics of the present invention to solve these problems,

As a farmhouse customized helper platform service system using at least one farmhouse terminal 300, the helper terminal 200 and the genome data connected through the network 500,

Database unit 120 for storing farmhouse information, student information, returnee information, youth farm information and livestock researcher information, agricultural plant information and livestock information;

When a menu is selected for the farmhouse terminal 300, a server 110 that provides a helper or a service through genome analysis according to the selected menu is included.

The database unit 120,

Farm information DB 121 that stores information on agricultural plants and livestock cultivated or bred by individual farms;

Helper information DB (122) for storing information on students attending agricultural high schools and agricultural colleges, information on returning farmers preparing to return to farming, information on young farmers who are young people and farmers, and information on researchers doing research on the livestock and livestock industry;

Agricultural plant information DB (123) for storing the genome information of agricultural plants cultivated in the farmhouse;

and a livestock information DB 124 that stores genome information of livestock raised in a farmhouse.

The server is

Member management unit 111 for member authentication;

a helper service unit 112 that provides helper information corresponding to the request of the farmer, receives a request for a helper service, and sends the helper to the farmhouse to help;

a genome-based service unit 113 that receives or provides genome information on livestock and crops of the corresponding farmhouse in response to the request of the farmhouse, receives growth information periodically, and recommends plants or livestock suitable for the farmhouse;

a plant information providing unit 114 for providing plant cultivation information in response to the request of the farmer;

and a livestock information providing unit 115 that provides livestock breeding information in response to the farmer's request.

The helpers include agricultural high school and agricultural college students, those preparing to return to farming, young farmers, general job seekers, and agricultural research researchers.

In an embodiment of the present invention, it is possible to systematically manage the job seeker manpower database in urban areas and configure a manpower network that connects job seekers in rural areas to facilitate the supply and demand of manpower to farms, so that the rural and urban areas coexist with genomic data. A farmhouse customized helper platform service system and method can be provided.

In addition, in an embodiment of the present invention, the specifications of livestock are managed using genome data and big data, and the demand for industry-university-research practice, education, etc. and the demand of farmers are reflected, and the profit of farm management through the latest breeding technology It is possible to provide a helper platform service system and method customized for farmers using genome data for maximization.

In addition, in the embodiment of the present invention, if the farmhouse cannot be managed due to the unavoidable reasons of the livestock farmhouse, the farmhouse manages the farm on behalf of the farmhouse, and it becomes difficult for foreign workers to enter the country due to the prolonged aftermath of a situation such as Corona 19 Supports labor in the face of deepening shortages, supports farmers to engage in farming stably without being affected by the external environment, and provides professional practice to those preparing to return to farming, young farmers, general job seekers, and students and graduates of agricultural high schools and agricultural colleges It is possible to provide a customized helper platform service system and method for farmhouses using genomic data that provides knowledge acquisition opportunities and jobs, provides students with farm expertise, and enables improvement through data accumulation of livestock.

1 is a configuration diagram of a farmhouse customized helper platform service system using genome data according to an embodiment of the present invention.
2 is a block diagram of a farmhouse terminal.
3 is an operation flowchart of a farmhouse customized helper platform service method using genome data according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, the embodiments of the present invention will be described in detail so that those of ordinary skill in the art to which the present invention pertains can easily implement them. However, the present invention may be embodied in several different forms and is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the specification, when a part "includes" a certain element, it means that other elements may be further included, rather than excluding other elements, unless otherwise stated.

1 is a block diagram of a farmhouse customized helper platform service system using genome data according to an embodiment of the present invention.

Referring to Figure 1, the farmhouse customized helper platform service system using genome data according to an embodiment of the present invention,

As a farmhouse customized helper platform service system using at least one farmhouse terminal 300, the helper terminal 200 and the genome data connected through the network 500,

Database unit 120 for storing farmhouse information, student information, returnee information, youth farm information and livestock researcher information, agricultural plant information and livestock information;

When a menu is selected for the farmhouse terminal 300, a server 110 that provides a helper or a service through genome analysis according to the selected menu is included.

The database unit 120,

Farm information DB 121 that stores information on agricultural plants and livestock cultivated or bred by individual farms;

Helper information DB (122) for storing information on students attending agricultural high schools and agricultural colleges, information on returning farmers preparing to return to farming, information on young farmers who are young people and farmers, and information on researchers doing research on the livestock and livestock industry;

Agricultural plant information DB (123) for storing the genome information of agricultural plants cultivated in the farmhouse;

and a livestock information DB 124 that stores genome information of livestock raised in a farmhouse.

The server 110,

Member management unit 111 for member authentication;

a helper service unit 112 that provides helper information corresponding to the request of the farmer, receives a request for a helper service, and sends the helper to the farmhouse to help;

a genome-based service unit 113 that receives or provides genome information on livestock and crops of the corresponding farmhouse in response to the request of the farmhouse, receives growth information periodically, and recommends plants or livestock suitable for the farmhouse;

a plant information providing unit 114 for providing plant cultivation information in response to the request of the farmer;

and a livestock information providing unit 115 that provides livestock breeding information in response to the farmer's request.

The helpers include agricultural high school and agricultural college students, those preparing to return to farming, young farmers, general job seekers, and agricultural research researchers.

FIG. 2 is an internal block diagram of the farmhouse terminal 300 of FIG. 1 .

Referring to FIG. 2 , the farmhouse terminal 300 includes an input unit 320 , a GPS unit 340 , a storage unit 360 , a camera unit 370 , a communication unit 350 , a control unit 330 , and a display unit 310 . includes

The display unit 310 displays various screen information according to the selection of the input unit 320 .

The input unit 320 may include an input device such as a touch panel or a keypad, and is used by the user to select a menu.

The GPS unit 340 receives GPS signals from at least two GPS satellites, generates and outputs its own location information. If necessary, the GPS unit 340 may be omitted and location information provided by a mobile communication company may be used.

The storage unit 360 may store an app program and may store shooting information captured by the camera unit.

The camera unit 370 takes a picture according to the selection of the input unit 320 .

The control unit 330 displays the content received from the server 110 on the display unit 310 , and transmits the information input by the input unit 320 to the server 110 .

The communication unit 350 transmits and receives information under the control of the control unit 330 , and may use various wireless Internet or other wireless communication networks, such as a Bluetooth method, a Wi-Fi method, 3G, 4G, or the like.

The server 110 allows the farmhouse terminal 300 to be accessed through a mobile or web link.

The farmhouse terminal 300 includes an Internet-accessible PC, a smart phone, and a tablet PC.

In addition, the helper terminal 400 also includes an Internet-accessible PC, a smart phone, and a tablet PC.

The operation of the farmhouse customized helper platform service system using genomic data according to an embodiment of the present invention having such a configuration will be described as follows.

3 is an operation flowchart of a farmhouse customized helper platform service method using genome data according to an embodiment of the present invention.

Here, the helper completes membership registration in advance, and inputs information on which group he belongs to among agricultural high school and agricultural college students, returning farmers, youth farmers, general job seekers, and agricultural researcher. If necessary, input the skill level and field of expertise of farm work. For example, you can register your helper experience as a senior in pepper cultivation, low in tobacco cultivation, intermediate in paddy farming, and senior in cattle breeding. And the server 110 may raise or lower the grade according to the number of help services of these helpers and the satisfaction evaluated by the farmhouse. That is, if the number of times of satisfaction is greater than a certain number of times, the grade is raised, and if the number of times of dissatisfaction is greater than a certain number of times, the grade is lowered.

In general, a farmer can request a helper by referring to which group the helper belongs to and what information the skill level is.

Referring to FIG. 3 , in the state in which the helpers are registered, first, the farmhouse terminal 300 accesses the server 110 ( S200 ), and the member management unit 111 of the server 110 opens the farmhouse information DB 121 . ) and the helper information DB 122 is referred to authenticate whether the person who has accessed is a legitimate subscriber (S210). If authentication is not possible, a member can be registered (S220), and if necessary, the member authentication procedure can be omitted.

When authentication is completed, the server 110 provides menu information to the farmhouse terminal 300 (S230). Then, the farmer can select a desired service from a variety of menus, such as a helper service, a genome information service, and an educational information service.

The server 110 determines whether menu information is selected (S240)

When a menu is selected for the farmhouse terminal 300, the server 110 provides a service according to the selected menu (S250).

When the selected menu is a helper service, the helper service unit 112 of the server 110 provides helper information corresponding to the request of the farmer with reference to the helper information DB 122 (S251). The helpers include agricultural high school and agricultural college students, preparers for returning to agriculture, young farmers, and agricultural research researchers. Farmers request helpers by referring to which group they belong to and what level of proficiency they have.

If necessary, when the farmhouse inputs a necessary job, the helper service unit 112 of the server 110 recommends a corresponding helper, and a desired helper may be selected from among the recommended helpers. In addition, the helper service unit 112 recommends a high-satisfaction helper by dispatching the last time with artificial intelligence when there is a similar request from other farmhouses.

When the selected menu is a genome information service, the genome-based service unit 113 of the server 110 transfers genome information on livestock and crops of the corresponding farm to the agricultural plant information DB 123 and the livestock information DB 124 . provided by reference. In addition, the genome-based service unit 113 of the server 110 receives genome information on livestock and crops of the corresponding farmhouse and stores it in the farmhouse information DB 121 .

And, the genome-based service unit 113 of the server 110 periodically receives growth information of agricultural plants or livestock including flowers of the farmhouse, and recommends plants or livestock suitable for the farmhouse (S252). That is, in the case of a cattle raising farm, it periodically receives cattle pedigree information, genetic information, breeding information, the number of cattle breeding, and the like, and the server 110 may provide livestock information of the farmhouse, and other farms with the same genome. By providing the growth status and information of cows in the field, you can know whether your cows are good or not. And, if necessary, it can be used as mating information for reproduction. In addition, if the growth of cattle raised at the farm is not smooth, it is possible to recommend cows that grow well in other farms in the region, or to recommend a helper who studies cows to receive helper services.

When the selected menu is education information, the server 110

The plant information providing unit 114 or the livestock information providing unit 115 refers to the agricultural plant information DB 123 and the livestock information DB 124 to provide cultivation or breeding information of plants or livestock corresponding to the selection of the farmhouse. do (S253). That is, when livestock breeding is the first time in a farmhouse, the server 110 provides information on livestock breeding in the form of a video lecture or text so that even a beginner can easily breed livestock.

In an embodiment of the present invention, it is possible to systematically manage the job seeker manpower database in the urban area and configure a manpower network connecting the job seekers in the rural area to facilitate the supply and demand of manpower in the farmhouse, so that the rural area and the city can coexist.

In addition, in an embodiment of the present invention, using genome data and big data to manage the specifications of livestock, reflect the demand for industry-university-research practice, education, etc. and the demand of the farm, and also the profit of farm management through the latest breeding technology to maximize

In addition, in the embodiment of the present invention, when the farm cannot be managed due to the unavoidable reasons of the livestock farmer, the farmhouse manages the farm on behalf of the farmhouse, and it becomes difficult for foreign workers to enter the country due to the prolonged aftermath of a situation such as Corona 19 Support for labor in the face of deepening shortages, support for farmers to engage in farming stably without being affected by the external environment, and opportunities to acquire specialized practical knowledge for those preparing to return to farming, young farmers, students and graduates of agricultural high schools/agricultural colleges It can provide jobs, provide students with farm expertise, and enable improvement through data accumulation of livestock.

The embodiment of the present invention described above is not implemented only through the apparatus and method, and may be implemented through a program for realizing a function corresponding to the configuration of the embodiment of the present invention or a recording medium in which the program is recorded. The implementation can be easily implemented by those skilled in the art to which the present invention pertains from the description of the above-described embodiments.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements by those skilled in the art using the basic concept of the present invention as defined in the following claims are also provided. is within the scope of the right.

110: server 200: helper terminal
300: farmhouse terminal

Claims (5)

As a farmhouse customized helper platform service method using genome data of a farmhouse customized helper platform service system using at least one farmhouse terminal 300 and helper terminal 200 and genome data connected through a network 500,
When the farmhouse terminal 300 is connected, authenticating whether the server 110 is a legitimate subscriber;
When authentication is completed, the server 110 providing menu information to the farmhouse terminal 300;
determining, by the server 110, whether menu information is selected;
When a menu is selected for the farmhouse terminal 300, the server 110 includes the step of providing a service according to the selected menu,
If the selected menu is a helper service, the server 110 further comprising the step of providing helper information corresponding to the request of the farmhouse,
The helper is a farmer customized helper platform service method using genomic data, including the step of including: According to claim 1,
When the selected menu is a genome information service, the server 110 receives or provides genome information on livestock and crops of the corresponding farmhouse, receives growth information periodically, and recommends plants or livestock suitable for the farmhouse and,
When the selected menu is educational information, the server 110, the farmhouse customized helper platform service method using genomic data further comprising the step of providing information on the cultivation or breeding of plants or livestock corresponding to the selection of the farmhouse. As a farmhouse customized helper platform service system using genome data connected through at least one farmhouse terminal 300, the helper terminal 200 and the network 500,
Database unit 120 for storing farmhouse information, student information, returnee information, youth farm information and livestock researcher information, agricultural plant information and livestock information;
When a menu is selected for the farmhouse terminal 300, the farmhouse customized helper platform service system using genome data including a server 110 that provides a helper according to the selected menu or provides a service through genome analysis. 4. The method of claim 3,
The database unit 120,
Farm information DB 121 that stores information on agricultural plants and livestock cultivated or bred by individual farms;
Helper information DB (122) for storing information on students attending agricultural high schools and agricultural colleges, information on returning farmers preparing to return to farming, young youth and farmers information on young farmers, and information on researchers conducting research on the livestock and livestock industry;
Agricultural plant information DB (123) for storing the genome information of agricultural plants cultivated in the farmhouse;
A farmhouse customized helper platform service system using genome data, characterized in that it includes a livestock information DB (124) that stores the genome information of livestock grown in the farmhouse. 4. The method of claim 3,
The server is
Member management unit 111 for member authentication;
a helper service unit 112 that provides helper information corresponding to the request of the farmhouse and receives a request for a helper service, so that the helper is dispatched to the farmhouse to help;
a genome-based service unit 113 that receives or provides genome information on livestock and crops of the corresponding farmhouse in response to the request of the farmhouse, receives growth information periodically, and recommends plants or livestock suitable for the farmhouse;
a plant information providing unit 114 for providing plant cultivation information in response to the request of the farmer;
A farmhouse customized helper platform service system using genome data, characterized in that it includes a livestock information providing unit 115 that provides livestock breeding information in response to the farmer's request.

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