KR20220071581A - The single step pest checking system of the crops using the mobile apparatus - Google Patents

Abstract

The present invention relates to a system for identifying stage-specific disorder factors of crops by using a mobile device, which can transmit failure information to a management server that is linked with a manufacturer server through the mobile device regardless of whether plant information on disordered objects damaged by pests is recognized, and which can quickly receive disorder resolution information for treating the disordered objects, and, more specifically, to a system for identifying disorder factors of plants, which is installed on a mobile device connected to a management server, which is linked with at least one manufacturer server, by an electric network. The system comprises a mode selection unit which allows disorder information, which is provided as at least one among text, image, and video for disordered objects, to be selectively transmitted to the management server through the mobile device according to whether plant information on the disordered objects is recognized. The mode selection unit is a type of application downloaded from the management server to the mobile device and installed thereon, and the mode selection unit includes: a designation mode for transmitting disorder information to the management server with plant information recognized; a search mode for transmitting disorder information to the management server without plant information recognized; and an opinion mode provided so that disorder treatment information of other users processed and stored by the management server can be identified through the mobile device. Therefore, the system enables users to quickly identify and deal with disorder factors of crops or plants damaged by pests through a type of application installed on the mobile device.

Description

The single step pest checking system of the crops using the mobile apparatus

The present invention transmits failure information to a management server that interworks with a manufacturer server through a mobile device regardless of whether plant information about an object with a disease or pests is recognized It relates to a system for identifying obstacles in each stage of crops using equipment.

In order to effectively control diseases and pests in crop cultivation, it is necessary to accurately diagnose the symptoms of diseases and pests.

This is because the control method and the degree of damage vary greatly depending on the symptoms. For example, in the case of burn disease, which occurred on pear crops for the first time in Korea around April 2015, it has a similar pattern to that which occurred frequently in the past, but the degree of damage is much more severe than that of the existing black star disease. do. This is because, if infected with black star disease, only the crops with the disease need to be treated, but if a burn disease occurs and spreads to other crops, the entire orchard must be disposed of.

However, the two diseases have very small symptoms and similar characteristics, so there is a limit to visually confirming the difference at the farmhouse.

In the past, when disease or insect damage occurred, diagnostic experts such as the Rural Development Administration visited farms one by one to diagnose the problem and give advice on control. There is a need for a method for quickly and accurately diagnosing pests in farms.

In particular, in modern society, due to the outbreak of fine dust or ultra-fine dust, plants (including crops) quickly and quickly at a time when the number of growers who grow a large number of plants that are good for the respiratory system at home or grow crops by returning to farming is increasing. This method is more urgently required from the point of view of a housewife who wants to cope with the symptoms of the disease, but has no specialized knowledge about it or a grower who has just returned to farming.

Japanese Patent Application Laid-Open No. 2016-168046 (published on September 23, 2016) Domestic Patent Publication No. 10-1876397 (Announcement Date: 2018.07.09.) Domestic Registered Patent Publication No. 10-1933657 (Announcement Date: 2018.12.21.)

In order to solve the above-mentioned problems in the prior art, the present invention has an object to be able to quickly identify and deal with obstacles to crops or plants in which pests or pests have occurred through an application method installed on a mobile device.

In order to solve the above-described technical problem, the system for checking obstacles for each stage of crops using a mobile device according to the present invention is a plant obstacle checking system installed in a mobile device connected by a management server interworking with at least one manufacturer server and an electric line communication network. In the system, the confirmation system transmits the disability information, which is provided in at least one of text, image, and image, about the obstacle selectively to the management server through the mobile device, depending on whether the plant information on the obstacle is recognized. Including a mode selection unit to enable, wherein the mode selection unit is an application method that is downloaded and installed from the management server to the mobile device, a designated mode that transmits the failure information to the management server while recognizing the plant information, plant information Including a search mode that transmits failure information to the management server in a state where the user is not aware of, and a late mode provided so that failure resolution information for other users processed and stored by the management server can be checked through the mobile device characterized.

In addition, the failure information transmitted to the management server is obtained through a photographing unit that is photographed as an image or video under the control of the mobile device, and the photographing unit is displayed in a circle or a rectangle on the mobile device so that any one shape is selectively selected It includes a designated designated line, a grid line that is displayed so that a plurality of them have a grid shape inside the designated line, and zoom content that is adjusted so that the grid line can be enlarged or reduced within the designated line, and a plant inside the designated line It is preferable that the lattice line located in the part where the obstacle of the plant is not included among the plurality of lattice lines is provided so that it can be deleted.

In addition, the management server receives and analyzes the failure information generated by the photographing unit, but the type of plant having the corresponding failure information, a solution to the obstacles, a problem solving method including at least one of a result authentication number and a late serial number The information is stored in the database and transmitted to the mobile device at the same time, and the analysis of the failure information analyzes the failure information on the grid line part that is not deleted based on the specified line so that the failure resolution information can be obtained. it is preferable

According to the present invention, differentiated from the prior art, it is installed in a mobile device as an application method, selects a designated mode or a search mode regardless of whether plant information is recognized for plants that are obstacles, and then transmits disability information through the photographing unit to the management server It has the effect of being able to easily check the management server or the management server in the later mode, which is stored and managed, of the failure resolution information necessary for the treatment of the object with a disability, such as a disease, etc.

1 is a conceptual diagram of a system for identifying obstacles in each step of crops using a mobile device according to the present invention.
Figure 2 is a view showing a mobile device in the late mode for the step-by-step obstacle check system for crops using a mobile device according to the present invention.
3 is a view showing a mode selection unit for the step-by-step obstacle check system for crops using a mobile device according to the present invention.
Figure 4 is a view showing the designation line and the grid line of the photographing unit for the step-by-step obstacle factor confirmation system using a mobile device according to the present invention.
5 is a view showing a state in which an obstacle is applied to the grid line of FIG.
6 is a conceptual diagram of a management server that has received failure information for a system for checking obstacles for each step of a crop using a mobile device according to the present invention.
7 is a view showing a mobile device for checking failure resolution information for the step-by-step obstacle factor confirmation system of crops using a mobile device according to the present invention.

Prior to the description, other objects and features of the present invention in addition to the above object will become apparent through the description of the embodiments with reference to the accompanying drawings, and unless otherwise defined, all terms used herein, including technical or scientific terms They have the same meaning as commonly understood by those of ordinary skill in the art to which the present invention pertains. Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, with reference to the accompanying drawings, a system for checking obstacles for each stage of crops using a mobile device according to the present invention (hereinafter, simply referred to as a 'check system') will be described in detail. Prior to the description, the confirmation system 1 in the present invention is provided in the management server 300 using an electric circuit communication network, but in the form of an application that the user can download and install to the portable mobile device 200. What is provided is described as an example, and if necessary, the mobile device 200 may refer to all devices that can be connected to the management server 300 in an online state, such as a typical desktop or laptop computer.

First, as shown in Fig. 1, the confirmation system 1 according to the present invention includes a mode selection unit 100 that can be performed step by step on the mobile device 200, and through this, a plant (hereinafter, A plurality of manufacturer servers 400 even when the user recognizes or fails to recognize plant information including at least one of the plant name for the 'obstacle object'), growth-related information of the plant, and information on pests and diseases and has the advantage of being able to easily identify and cope with the management server 300 connected by the communication network.

In more detail, the mode selection unit 100 is given by the management server 300 the authority to use the verification system 1 according to the present invention through the user's authentication preferentially, but the obstacle 10 A configuration for finding a solution for treating the plant by acquiring the disorder information of the disorder information and transmitting the disorder information to the management server 300, including the designated mode 110, the search mode 120, and the late mode 130 In the designated mode 110 and the search mode 120 , the failure information is acquired through the photographing unit 140 controlled by a touch method with the mobile device 200 and transmitted to the management server 300 . do. (See Fig. 3)

Here, the designated mode 110 is a user who manages the obstacle 10, the name of the plant or growth-related information among the plant information about the obstacle 10 (eg, the growth period of the obstacle, the number of times of water injection) It is selected when recognizing the date of invention of pests, pests, etc.), and the search mode 120 is selected and used when the user does not recognize throughout the above-described plant information.

In addition, the late mode 130, as shown in FIG. 2, when the failure resolution information is obtained from the management server 300 based on the failure information transmitted through the photographing unit 140 to be described later, the management server 300 It is stored and managed at the same time in the database 310 of the user as well as other users to obtain the necessary information by viewing through the identification system 1 that is the inventor of the present invention.

At this time, all the review information shown in the review mode 130 is managed only by the management server 300, but other users including the user are allowed only viewing, and each review information is managed with a unique review serial number. It is desirable to provide convenience to the search.

As an example, a state in which the user who possesses the obstacle object 10 is aware of the reason for the name of the plant, which is a part of the plant information, and the obstacle for what reason (based on the illustration, the name of the plant is 'patterned coral water' and Assuming that the user does not know only a method to solve the problem in the state that the obstacle is in the caterpillar), the user is the late mode 130 of the mode selection unit 100 displayed on the mobile device 200 will choose

Then, a search icon is displayed on the mobile device 200 at the same time as indicating that the late mode 130 is activated. When a search is performed by entering a specific character of the mobile device 200 through the keypad-type input unit, all reviews included in the specific character are listed, and the user selects some of the listed reviews and selects a 'mealworm' It is possible to solve the solution of the 'pattern coral water' plant, which has been disabled by

Of course, if necessary, the user can also search by writing the late serial number recognized by the user as a specific character in the search icon.

On the other hand, as shown in FIG. 3 in contrast to the late mode 130 described above, when the user has a low level of recognition of plant information or does not know at all, either the designated mode 110 or the search mode 120 is selected. After selection, the failure information obtained through the photographing unit 140 is transmitted to the management server 300 to check the failure resolution information. As described above, the designated mode 110 is a plant related to the obstacle object (10). It is used when only the name of the plant is known among the information, but the failure has been made for some reason. Get help with troubleshooting information.

To this end, as shown in FIGS. 4 to 7 , the photographing unit 140 in the present invention starts with a step after any one of the specified mode 110 and the search mode 120 is executed, but the photographing unit Reference numeral 140 includes a designated line 141 and a grid line 143, and below, in order to clearly understand the gist of the present invention, the obstacle 10 is a 'watermelon' in which a plague caused by a fungus (Pytophthora rot) occurs. An example will be described.

For example, the designation line 141 is to standardize the failure information to be transmitted to the management server 300 and analyze the factors of failure by the management server 300 within the standard to obtain failure resolution information. (See Fig. 4)

The designation line 141 has a structure in which a plurality of grid lines 143 are disposed therein, and the designation line 141 is made in a circular or square (eg, a square or rectangular shape) shape through the mobile device 200, and the user Through the camera (not shown) provided in the mobile device 200, the obstacle object 10 is captured as an image or video, etc. (preferably taken to be stored as an image) centered on the part that is clearly expressed about the obstacle. do.

At this time, an arbitrary central point P for the width of the designated line 141 is displayed inside the designated line 141 in addition to the grid line 143, so that when photographing the obstacle 10, the corresponding central point P is the reference It is preferable to photograph the faulty part to enable easy analysis in the management server 300 .

In addition, the designation line 141 having a different shape allows the shape to be selected through an icon displayed on the mobile device 200 . Therefore, it is easy to photograph fruits such as long bananas or plants with wide leaves that have obstacles.

The grid line 143 is arranged so that the embroidery has a rectangular shape as a whole within the designated line 141 whose width is designated, and each grid line 143 can be deleted by a user's selection (by a touch method). is displayed on the mobile device 200 . (See Fig. 4)

At this time, it is preferable that the grid lines 143 be adjusted to be small or large so that the number of the grid lines 143 can be changed through the zoom content 145 so that they can be selectively applied according to the location of the obstacle occurring in the obstacle 10 .

That is, in the obstacle object 10 such as fruit, the obstacle portion is formed relatively large, so the overall number of grid lines 143 in the designated line 141 is reduced, but the size of each is formed large, so that the management server 300 ) to facilitate analysis, and when the obstacle 10 is a plant, the obstacle part can be formed relatively small. In this case, the overall number of the grid lines 143 increases, but the size of each It is to make it small so that the management server 300 can easily identify the faulty part within the designated line 141 .

For example, when a portion with an obstacle of the obstacle object 10 is taken close-up to be located inside the designated line 141, a region with an obstacle and a region without such an obstacle exist in the obstacle object 10, which is a management server ( 300) has a huge impact on the time to analyze the failure information through color discrimination. (See Fig. 5)

Thus, as shown in the figure, the user deletes the grid line 143 existing in the zone having the original color of 'watermelon', which is the obstacle object 10, by a touch method, etc. The other grid line 143 belonging to is obtained and transmitted after acquiring the failure information that is maintained as it is, so that the management server 300 first determines the width of the designated line 141, and then the color existing in the designated line 141. Plant information (type and name of plants, etc.) is analyzed by identifying stems or stems in an enlarged/reduced method.

In addition, the management server 300 analyzes the grid line 143 existing in the designated line 141 on the basis of the first analyzed plant information in the above-described manner, and the type of disorder corresponding to the plant information and its cause And the problem resolution information including the solution method is stored in the database 310 so that other users can view it in the late mode 130, and at the same time, it is transmitted as a text message on the mobile device 200 so that it can be easily solved will be.

On the other hand, the problem resolution information in the present invention is the type of disorder corresponding to the above-described plant information, the cause, the solution method, and the solution of other users similar to this in addition to the treated image information, the user can directly check in the late mode 130 In addition to the late serial number that allows the user to be able to, if the latter does not exist, drug information that the user must use to overcome the obstacle 10 is further included so that the treatment of the obstacle object 10 is possible. do. (See Fig. 6)

At this time, the management server 300 makes it possible to interwork with at least one manufacturer server 400 that manufactures drugs necessary for the treatment of the disabled object 10 and each other through an electric circuit communication network, so that the drug information that the user wants to transmit to It is desirable to increase the reliability.

Furthermore, in the failure resolution information transmitted from the management server 300 to the mobile device 200 possessed by the user, the user's mobile device 200 through the authentication of the management server 300 includes the content corresponding to overcoming the failure information requested by the user. ), the result authentication number and the late serial number belonging to the result authentication number are also transmitted, and other information necessary for the treatment of the disabled object (10) can be viewed together only when the result authentication number or late authentication number is entered in the search box. make it possible (See Fig. 7)

As described above, the identification system 1 according to the present invention is installed in the mobile device 200 in an application manner, differentiated from the prior art, and is a designated mode regardless of whether the plant information about the plant, which is the obstacle object 10, is recognized. After selecting the 110 or the search mode 120, the failure information through the photographing unit 140 is transmitted to the management server 300, and the failure resolution information necessary for the treatment of the disabled object 10 having a disorder such as pests, etc. It has the effect of being able to easily check through the management server 300 or the late mode 130 stored and managed in the management server 300 .

As described above, in the present invention, specific matters such as specific components, etc., and limited embodiments and drawings have been described, but these are only provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and not only the claims to be described later, but also all those with equivalent or equivalent modifications to the claims will be said to belong to the scope of the spirit of the present invention. .

1: System for identifying obstacles in each step of crops using a mobile device according to the present invention
100: mode selection unit
110: designation mode 120; search mode
130: late mode 140: shooting unit
141: designation line 143: grid line
145: zoom content
200: mobile device
300: management server
310: database
400: manufacturer server
10: obstacles
P: the center point of the designated line

Claims (3)

In the plant obstacle checking system installed in the mobile device 200 connected by the electric circuit communication network with the management server 300 interworking with at least one manufacturer server 400,
The verification system is
Depending on whether the plant information on the obstacle object 10 is recognized or not, the disability information, which is selectively provided as at least one of text, image, and image for the obstacle object 10, is transmitted through the mobile device 200 to the management server ( A mode selection unit 100 that enables transmission to 300); including,
The mode selection unit 100 is an application method that is downloaded and installed from the management server 300 to the mobile device 200, but transmits the failure information to the management server 300 while recognizing the plant information. Mode 110, search mode 120 for transmitting disability information to the management server 300 in a state where plant information is not recognized, and problem solving information for other users processed and stored by the management server 300 Step-by-step obstacle checking system for crops using a mobile device, characterized in that it includes a late mode (130) that is provided so that it can be confirmed through the mobile device (200).
According to claim 1,
The failure information transmitted to the management server 300 is acquired through the photographing unit 140 which is photographed as an image or video under the control of the mobile device 200;
The photographing unit 140 is
A designation line 141 that is displayed in a circle or a rectangle on the mobile device 200 to selectively designate any one shape, a grid line 143 that is displayed so as to have a plurality of grid shapes inside the designated line 141, and The grid line 143 includes a zoom content 145 that is adjusted to be enlarged or reduced within the designated line 141,
Inside the designated line 141, the part with the disorder occurring in the plant is photographed to be located at an arbitrary central point (P) of the designated line 141, but among the plurality of grid lines 143, the disorder of the plant is not included. The grid line 143 located in the portion is a step-by-step obstacle confirmation system of crops, characterized in that it is provided so as to be removable.
3. The method of claim 2,
The management server 300 is
Receive and analyze the failure information generated by the photographing unit 140, but analyze the failure resolution information including at least one of the type of plant having the failure information, a solution to the obstacle factor, a result authentication number, and a late serial number. It is stored in the base and transmitted to the mobile device 200 at the same time,
The analysis of the obstacle information is to analyze the obstacle information on the part of the grid line 143 that is not deleted based on the designated line 141, so that the obstacle resolution information can be obtained. system.

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