KR20210114214A - farm machine interlocking platform system for agricultural precise administration - Google Patents

Abstract

The present invention relates to an agricultural machinery linked platform system for agricultural precision management. The agricultural machinery linked platform system allows user terminals of individual users to share information on overall agricultural land and information on overall agricultural machinery by linkage of a digitally designed platform in a form of a virtual server for easy access and sharing with the users of information on the overall agricultural machinery used for cultivation of agricultural land as well as information on the overall agricultural land used for growing crops. Therefore, the present invention provides the agricultural machine linkage type platform system for the agricultural precision management that allows overall management of the agricultural environment and an agricultural machine operation to be conveniently performed at any time regardless of time and place.

Description

Agricultural machine interlocking platform system for agricultural precise administration

The present invention relates to an agricultural machine interlocking platform system for precise agricultural management, and more particularly, information on the overall agricultural land for cultivating crops and information on the operation of agricultural machinery necessary for cultivating the agricultural land in a digital form of a virtual server It is about an agricultural machine interlocking platform system for precise agricultural management that can be shared by users' individual terminals through the linkage of the platform designed as

In general, arable land for cultivating crops is shared with users through image processing data processed by collecting image information captured from drones. It is used only for the purpose of grasping information on infection and its distribution of infection or information on the development status of crops.

Sharing of this information is only information that identifies the infection and distribution of pests and pests in the state that crops are already being cultivated in agricultural land (farmland), and provides information on the development status to determine how to supply nutrients. It's just information for making decisions.

As such, most of the above-mentioned information provides tips on the supply of nutrients on the type and supply amount of nutrients according to the identification of the growth status of crops grown in agricultural land (farmland), or provides information on the type and supply of pesticides according to the degree of infection of pests. It had to be limited to application information that provided tips for feeding pesticides.

For these reasons, along with the lack of information on the agricultural land (farmland) itself where crops are actually grown, information necessary for cultivating the agricultural land (agricultural land) and the management and The sharing of information related to the replacement of agricultural machinery or the recommendation of optimized agricultural machinery in the relevant agricultural land (farmland) is unprecedented.

Patent Document 001: Application No. 10-2017-0181786 (December 18, 2017)

The present invention for solving the above problems can be performed at any time without being limited by time and place for management and monitoring of agricultural land where crops are grown, and digitally performs all operations of various agricultural machines involved for the management of agricultural land The purpose is to provide an agricultural machinery interlocking platform system for precise agricultural management that can be efficiently managed and utilized based on quantitative data of the method.

The present invention for achieving the above objects, for easy access sharing with users information about the overall agricultural machinery used in the cultivation of agricultural land together with information about the overall agricultural land that is the use of the agricultural land, the agricultural land There is one feature in the agricultural machinery interlocking platform system for precision agricultural management, in which general information and information on the overall agricultural machinery are shared by linking a platform designed in the form of a virtual server.

A management server that stores and manages information on overall agricultural machinery used for cultivation of agricultural land along with information on overall agricultural land that is used for growing crops, and a virtual server provided by the management server, along with information on overall agricultural land A platform designed to share and manage the information on the overall agricultural machinery with individual users, and easily access and grasp information on the overall agricultural machinery from any location along with the information on the overall agricultural land provided from the platform There is one feature in the agricultural machinery interlocking platform system for agricultural precision management, including user terminals possessed by individual users to do so.

The platform is a virtual server, an agricultural management service platform for managing information on the overall agricultural machinery together with the information on the overall agricultural land through login according to the ID and password input of user members, and the overall agricultural land Based on the information on the overall agricultural machinery along with information, there is a feature in the agricultural machinery interlocking platform system for precise agricultural management of a configuration that further includes a manager mode platform for guidance on the efficient operation of agricultural land.

The agricultural management service platform includes a management solution DB operation unit configured for the convenience of operation including presentation, correction, and updater of information on the overall agricultural machinery together with the information on the overall agricultural land, and agricultural machinery accompanying the cultivation of the agricultural land. There is one feature in the agricultural machinery interlocking platform system for precision agricultural management of a configuration that further includes an agricultural machinery information unit that provides information on the specifications and operation of the .

The management solution DB operation unit is one feature in the agricultural machinery interlocking platform system for precision agricultural management further comprising a conversion code unit such that the formats of data types posted on the platform are automatically converted into files and shared through the user terminal. There is this.

The management solution DB operation unit interlocks agricultural machinery for precise agricultural management, which is composed of a display enumeration method including layers, my library, and analysis as a high-level concept to handle information about the overall agricultural machinery together with the information on the overall agricultural land. There is one feature on the mold platform system.

As a sub-concept for the layer, my library, and analysis, which is the upper concept, each list corresponding to the layer, my library, and analysis, respectively, is displayed and enumerated. Agricultural machinery interlocking platform for precision management The system has one feature.

The agricultural machine information unit has a feature in the agricultural machine interlocking platform system for precise agricultural management that is configured in such a way that it further includes the type of agricultural machine being operated in the agricultural land, field information on the agricultural land, and weather information on the agricultural land. have.

The field information is measured as load data for the cultivation of the agricultural land based on the update change data including the location, size, soil type, average moisture content, and average penetration index for the agricultural land. There is one feature in the agricultural machinery interlocking platform system for agricultural precision management that further includes load data measurement items of agricultural machinery that recommend types, specifications, and replacements.

As described above, according to the present invention according to the above-mentioned bar, users can conveniently perform management and monitoring of specific agricultural land regardless of time and place by linking according to the construction design of the virtual server type cloud platform, and It is possible to efficiently operate and manage the types of agricultural machinery operated in the agricultural land, the location, condition, load according to usage, and replacement time of parts, etc. Through digitization, it is also possible to expect an expansion effect of reducing production and management costs in the agricultural environment through quantitative numerical confirmation such as operation efficiency, utilization plan, and operation unit cost calculation of agricultural machinery.

1 is a view for showing the configuration of an agricultural machine interlocking platform system for precise agricultural management of an embodiment according to the present invention.
FIG. 2 is a diagram illustrating an initial screen of the platform shown in FIG. 1;
FIG. 3 is a diagram illustrating the agricultural management service platform 110 and the manager mode platform 120 through login on the initial screen of the platform shown in FIG. 2 .
Figure 4 is a view for showing the selection setting portion and globe of the management solution DB operation unit 130 entered through the agricultural management service platform 110 shown in Figure 3, for example.
5 is a specific agricultural land corresponding to the map added to the globe by adding a map according to the selection of image data from, for example, the list listed in My Library in the selection setting part of the management solution DB operation unit 130 shown in FIG. 4 . Drawings to represent as 3D images.
6 is a view for showing a state in which various map data are listed through, for example, selection of a map layer from a list connected to My Library in the selection setting part of the management solution DB manipulation unit 130 shown in FIG. 5 .
FIG. 7 is a diagram illustrating a state in which, for example, a color of a 3D image is changed by adding a map according to selection of any one map data among the map data shown in FIG. 6 .
8 is a view for showing a state in which lists are listed, for example, by selecting a layer in the selection setting portion of the management solution DB manipulation unit 130 shown in FIG. 4 .
9 is a view for showing agricultural machine information that can be utilized in a specific agricultural land through selection of, for example, any one of the lists listed by selection of the layer shown in FIG. 8 .
FIG. 10 is a view for showing a state in which a pop-up window of a detailed specification for a plow is popped up, for example, through selection of a plow from among the lists listed as agricultural machine information shown in FIG. 9 .
11 is a view for showing a state in which a pop-up window of a detailed specification for a tractor for load measurement is popped up, for example, through selection of a tractor for load measurement from among the lists listed as agricultural machine information shown in FIG. 9 .
FIG. 12 is a view for showing a state in which a pop-up window of detailed information regarding a load data measurement item according to selection of field information and work stage among the lists listed as agricultural machine information shown in FIG. 11 is popped up; FIG.
FIG. 13 is a view for showing, for example, weather information and an enumerated state of regions among lists listed as agricultural machine information shown in FIG. 12 .
14 is a view for showing a state in which lists are enumerated, for example, by selection of analysis in the selection setting portion of the management solution DB operation unit 130 shown in FIG. 4 .

It is revealed that the accompanying drawings in the specification of the present invention are exaggerated for clarity and convenience of explanation, and the embodiment described in the specification of the present invention is only the most preferred embodiment of the present invention, and all of the technical spirit of the present invention It is not intended to be a representation, and it should be understood that various equivalents and modifications may be substituted for them at the time of this filing. In addition, the scope of the present invention is not limited to the embodiments, but should be interpreted based on the technical idea throughout the specification in consideration of various other modifications.

In the detailed description of the present invention to be described later, the term 'agricultural land' can be interpreted as the same meaning as the term 'agricultural land or cultivated land', and in the detailed description of the present invention to be described later, the term 'agricultural land or farmland or cultivated land' may be used interchangeably, and the term 'user' may be interpreted to mean 'the owner of agricultural land or a cultivator for cultivating agricultural land'.

Hereinafter, with reference to the accompanying drawings, it will be described in detail with respect to the agricultural machinery interlocking platform system for precision agricultural management of an embodiment according to the present invention.

In the present invention, for easy access and sharing with users of information on overall agricultural machinery used for cultivation of agricultural land together with information on overall agricultural land that is the use of agricultural land, information about the overall agricultural land and It is characterized in that it provides an agricultural machine interlocking platform system for precise agricultural management in which information on the overall agricultural machine is shared by linkage of a platform designed in the form of a virtual server.

An embodiment of the agricultural machine interlocking platform system for such precise agricultural management stores information about the overall agricultural machinery used in the cultivation of the agricultural land together with information about the overall agricultural land that is the purpose of the cultivation of crops as shown in FIG. The management server 10, which is a virtual server provided by the management server, and a platform 100 designed to share and manage information about the overall agricultural machine with individual users along with the overall information about the agricultural land, the platform 100, the It may be configured in such a way that it includes a user terminal 1000 possessed by individual users to easily access and grasp information about the overall agricultural machinery from any place together with the information on the overall agricultural land provided from the platform.

The platform 100 provided by the management server 10 may be, for example, a cloud server as a virtual server, and this cloud server is set in a manner suitable for management and sharing of information data related to overall agricultural land and agricultural machinery in general. may be designed, and may be designed in a manner suitable for universal compatibility with user terminals 1000 possessed by users.

The user terminals 1000 are device devices individually possessed by users, and may be, for example, smartphones, but are not limited to such smart phones and include all types of devices if they are devices capable of wireless Internet connection, such as PCs, laptops, and tablets. can

Accordingly, the user terminals 1000 are wirelessly connected to the platform 100 and can easily provide users with information about the overall agricultural machinery together with the information on the overall agricultural land provided by the platform 100 . .

The platform 100 connected through the user terminal 1000 relates to the overall agricultural machinery together with the information about the overall agricultural land in a manner that, for example, input the IDs and passwords of the user members through login on the initial screen as shown in FIG. 2 . information can be accessed.

The platform 100 includes, for example, an agricultural management service platform 110 and a manager mode platform 120 as shown in FIG. 3 through login according to the ID and password input of user members.

The agricultural management service platform 110 is designed for, for example, sharing and managing information about the overall agricultural machine with users along with the information about the overall agricultural land, and the manager mode platform 120 is the agricultural land. It is designed for the purpose of informing users of tips on how to efficiently operate agricultural machinery based on the information on the overall agricultural machinery together with the general information.

The agricultural management service platform 110 shown in FIG. 3 is the same as in FIG. 4 in a manner for convenience of operation, including presentation, correction, and update of information on the overall agricultural machinery together with the information on the overall agricultural land. It may further include a management solution DB manipulation unit 130 that may be configured together, and an agricultural machine information unit 140 that provides information on specifications and operation of agricultural machines involved in the cultivation of the agricultural land.

As such, the platform 100 may be designed in a configuration including the agricultural management service platform 110 and the manager mode platform 120, for example, the agricultural management service platform 110 is illustrated in FIG. 3 with reference to FIG. As in 4, it may be designed in a configuration including the management solution DB operation unit 130 on the left and a globe.

The management solution DB manipulation unit 130 may be composed of, for example, a selection setting part of lists for displaying information about the overall agricultural machinery together with the information about the overall agricultural land, and the globe is the management solution DB operating unit 130 in the According to the selection setting of , a specific agricultural land corresponding to the selection setting may be designed in a manner to be displayed on the screen by converting it into a 3D image as shown in FIG. 5 .

The management solution DB manipulation unit 130 is configured such that the types of data types related to the overall agricultural land and the overall agricultural machinery posted on the platform 100 can be automatically converted into files and shared through the user terminal 1000, for example. It may further include a conversion code unit, and signs and drawings for the conversion code unit are not shown.

The conversion code unit may further include a VOD transcoder for automatically converting when the file format of the data type related to overall agricultural land and agricultural machinery is, for example, a file format of video data, and according to the file format of the data, the Other transcoders, including VOD transcoders, may also be included.

In particular, the VOD transcoder can be universally compatible with various device devices of the user terminal 1000, and the video file size and codec are selected so that the video file can be played in the user terminal 1000 in an optimized format and size. can be converted, and since a connection link to the converted file is provided, the load on the management server 10 can be reduced when the video file is reproduced.

The management solution DB manipulation unit 130 may be configured in such a way that, for example, the lists are listed and displayed in a red box shown in FIG. 4 as a selection setting part of the lists, these lists are, for example, a layer of a higher concept, my library, analysis, and the like.

Furthermore, as sub-concepts of the layer, my library, and analysis, which are the upper-level concepts, each list corresponding to the layer, my library, and analysis, respectively, may be further configured in such a way that it is displayed and enumerated.

Accordingly, according to the selection of the My Library of the upper concept, the lower concept includes, for example, a map layer, topographic data, image data, facility data, shared data, external data, and others, as shown in FIG. 4 . can be composed of

The map layer, topographic data, image data, facility data, shared data, external data, etc. listed in the list of these sub-concepts are used to convert specific agricultural areas of agricultural land into 3D images through a globe and identify them in detail, For example, when image data is selected from among the sub-concept lists, the list data of the image data may be enumerated and displayed on the right side.

Among the list of these image data, for example, any one of the list data can be set in such a way that it is added to the map of the globe. As in 5, it can be converted into a 3D image and output on the screen.

Also, when, for example, map data is selected from among the lists of sub-concepts listed under the history of the higher-level concept, the list data of the map data may be displayed on the right side of the list as shown in FIG. 6 .

Among the list of the map data, for example, any one of the list data can be set as shown in FIG. 6 in a way that is added on the map, and according to the addition of the list data, agriculture of a specific area corresponding to the list data As in FIG. 7 , up to a change in paper and color may be converted into a 3D image and output on the screen.

On the other hand, according to the selection of the layer of the upper concept, the lower concept may also be configured in such a way that the layer lists are listed and displayed as shown in FIG. 8, and when the agricultural machine information unit 140 displayed on the upper right is selected It can be configured by displaying agricultural machine information at the bottom as shown in FIG.

The agricultural machine information may be configured in a manner including, for example, the type of agricultural machine, field information, weather information, and the weather of the week as shown in FIG. In such a way that the pop-up window of the detailed specification sheet for the plow is popped up, the contents of the detailed specification sheet for the plow operated in the specific agricultural land can be easily understood by individual users through the user terminal 1000 .

Of course, the detailed specifications of these plows are, for example, the model name (ex: WJSP-8), classification (ex: 8 ridges), aircraft specifications (ex: length 2800mm, width 2150 mm, 1250 mm in height), weight (ex: 790 kg), applied horsepower (ex: 90 ~ 120 HP), etc. may be detailed.

In addition, in addition to these plows, for example, when a tractor is selected, as shown in FIG. 11, a pop-up window of a detailed specification for the tractor is popped up. can be easily identified by individual users.

Of course, the detailed specification of such a tractor is, for example, the model name (ex: 507, TYM), airframe specification (ex: length 4255 mm, width 2140 mm, height 2830 mm), weight (ex: 507, TYM) for the tractor operating in the specific agricultural land : 3985 kg), applied horsepower (ex: 105 HP), and may be the details of the transmission's main speed and sub-shift.

On the other hand, when field information is selected, for example, as the agricultural machine information, as detailed information on the specific agricultural land, for example, the location (ex: 52-29, Jukrim-gil, Buan-gun, Jeollabuk-do), size (ex: 100m×40m), soil Details such as type (ex: sandy loam), average moisture content (ex: 35.15%), average cone index (ex: 1562(kPa))) may be listed.

In particular, in the lower part of the field information, load data of types of agricultural machines and information on the number of work steps required for the utilization plan of agricultural machines operated in the specific agricultural land may also be configured.

The information on the load data and the number of work steps is, for example, a field (ex: tillage arable land), a depth (ex: 17 cm) of a specific agricultural land, and a gear setting (ex: transmission) of a tractor, which is a kind of agricultural machine, as in FIG. 12 . Information on M2 Hight (6.01 km/h)), and as measurement items, for example, rotational speed (rpm) for the engine, torque (Nm), output (Power), fuel consumption (L/h), rotational speed for the axle (rpm), torque (Nm), output (Power), rotational speed (rpm) for PTO, torque (Nm), output (Power), main oil pressure for hydraulic pressure (bar), auxiliary oil pressure (bar), output ( kW)), detailed information such as latitude, longitude, speed (km/h) for GPS, traction force (kgf) for hexometer), and slip rate (%) can be listed and displayed.

In addition, as for the weather information, for example, as shown in FIG. 13, the temperature, degree of sunnyness, precipitation probability, wind speed, etc. for each region (Seoul, Incheon, Busan, Daegu, Gwangju, etc.) may be displayed, and any one of information related to the weather graphic of the week may be selected.

In addition, for the analysis unit, various information of the topography of the currently selected specific agricultural land is enumerated and displayed, for example, wind path, field of view analysis, slope analysis, solar analysis, shade relief map, topographic analysis, and sloping surface as in FIG. 14 . The contents can be grasped by selecting any one of detailed information such as analysis, diagonal analysis, average height, wide area section, and green area change rate.

In this way, according to the selection of the agricultural machine information unit 140 , the type of agricultural machine operated in the specific agricultural land, field information on the agricultural land, and weather information on the agricultural land may be configured and listed in a manner that is further included.

The field information is measured as load data for the cultivation of the agricultural land based on the update change data including the location, size, soil type, average moisture content, and average penetration index for the specific agricultural land, and optimized for the cultivation of the agricultural land. The type, specification, and replacement of the agricultural machine may be further included in the load data measurement section of the agricultural machine.

In particular, change of address, size change, soil type change, annual or monthly average moisture content change, or average cone index (averaged cone index) change data for the specific agricultural land is always available. Because they can be changed in a systematic way, their change data is growth data collected through a drone and a device equipped with agricultural sensors such as multi-spectral and thermal imaging that can quantitatively measure the growth index for the specific agricultural land. It may be updated from time to time in connection with the

Accordingly, the load data measurement item unit of the agricultural machine can calculate the type, specification, and replacement of the agricultural machine that can be most efficiently utilized for the cultivation of the specific agricultural land based on the above-mentioned variation data that is constantly updated.

In other words, the above-described information on the load data and the number of work steps is an update including the location, size, soil type, average moisture content, and average penetration index for the specific agricultural land of the field information. is reflected based on the change data of , and based on the change data of the update, the load data measurement unit of the agricultural machine calculates the type, specification, and replacement of the agricultural machine that can be optimally operated for the cultivation of the specific agricultural land, and calculates the user terminal ( 1000) can be recommended to individual users.

As such, the present invention enables users to conveniently perform management and monitoring of a specific agricultural land regardless of time and place by linking according to the construction design of a virtual server type cloud platform, and is operated in a specific agricultural land. It is possible to efficiently operate and manage the types of agricultural machines in existence, their location, condition, load according to usage, and replacement time of parts, and establish an efficient plan for agricultural operation and the digitalization of agricultural machine information. It can also be expected to reduce production and management costs in the agricultural environment by confirming quantitative values such as operation efficiency, utilization plan, and operation unit cost calculation.

Management Server (10) Platform (100)
Agricultural Management Service Platform (110) Manager Mode Platform (120)
Management solution DB operation unit 130 Agricultural machinery information unit 140
User terminal (1000)

Claims (9)

In order to easily access and share information on overall agricultural machinery used for cultivation of agricultural land with users, along with information on overall agricultural land that is used for growing crops, information on the overall agricultural land and information on the overall agricultural machinery Agricultural machinery interlocking platform system for precision agricultural management, characterized in that it is shared by linking a platform designed in the form of a virtual server. According to claim 1,
a management server that stores and manages information on overall agricultural machinery used for cultivating agricultural land along with information on overall agricultural land that is used for growing crops;
a virtual server provided by the management server, a platform designed to share and manage the overall information about the agricultural machine with individual users along with the overall information about the agricultural land; and
a user terminal possessed by individual users for easily accessing and grasping information on the overall agricultural machinery from any place together with the information on the overall agricultural land provided from the platform;
Agricultural machinery interlocking platform system for agricultural precision management, characterized in that it comprises a. 3. The method of claim 2,
The platform is a virtual server, an agricultural management service platform for managing information about the overall agricultural machinery together with the information on the overall agricultural land through login according to the ID and password input of user members; and
a manager mode platform for guiding the efficient operation of agricultural land based on the information on the overall agricultural machinery together with the overall information on the agricultural land;
Agricultural machinery interlocking platform system for agricultural precision management, characterized in that it further comprises a configuration. 4. The method of claim 3,
The agricultural management service platform is
a management solution DB operation unit configured for convenience of operation including presentation, correction, and update of information on the overall agricultural machinery together with the information on the overall agricultural land; and
an agricultural machine information unit that provides information on the specifications and operation of agricultural machines involved in the cultivation of the agricultural land;
Agricultural machinery interlocking platform system for agricultural precision management, characterized in that it further comprises a configuration. 5. The method of claim 4,
The management solution DB operation unit
Agricultural machinery interlocking platform system for precision agricultural management, characterized in that it further comprises a conversion code unit such that the types of data posted on the platform are automatically converted into files and shared through the user terminal. 6. The method of claim 5,
The management solution DB operation unit
Agricultural machinery interlocking platform for agricultural precision management, characterized in that it consists of a display enumeration method including a layer, a library, and an analysis as a high-level concept to handle the information about the overall agricultural machinery together with the information about the overall agricultural land system. 7. The method of claim 6,
As a sub-concept for the layer, my library, and analysis that is the upper concept, each list corresponding to the layer, my library, and analysis, respectively, is configured in a way that is displayed and listed. Agricultural machinery interlocking platform system. 5. The method of claim 4,
The agricultural machine information unit is an agricultural machine interlocking platform system for precise agricultural management, characterized in that it is configured in such a way that it further includes the type of agricultural machine being operated in the agricultural land, field information on the agricultural land, and weather information on the agricultural land. . 9. The method of claim 8,
The field information is measured as load data for the cultivation of the agricultural land based on the update change data including the location, size, soil type, average moisture content, and average penetration index for the agricultural land. Agricultural machine interlocking platform system for agricultural precision management, characterized in that it further includes load data measurement items of agricultural machines that recommend types, specifications, and replacements.

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