KR100479937B1 - Cattle individule control method through internet and CDMA network - Google Patents

Abstract

The present invention is to scan the inscription of the cow to use the data (data according to the whole process, such as production, growth, slaughter, processing, consumption, etc.) to be able to immediately check the status of the cow at a long distance and at the same time to authenticate the cow The present invention relates to an object management system through an internet network and a CDMA network, which processes computerized individual organisms to ensure standardization and reliability of object management. An inscription recognition module is integrated into a terminal. Therefore, it is possible to manage efficiently without moving objects, and because it does not need a separate device for each object, it can be managed at low cost, and since it is not tampered with, it can be used for tracking when a cow is stolen. It brings another effect that you can see at a glance.

Description

Cattle individule control method through internet and CDMA network}

The present invention relates to a method for managing cattle individuals through the Internet network and CDMA network, and more particularly, by scanning the inscriptions of cattle and using the data (data according to the whole process such as production, growth, slaughter, processing, consumption, etc.). The present invention relates to a method of managing a cow object through an internet network and a CDMA network that enables the cow to be immediately checked even at a long distance and to authenticate the cow.

Generally speaking, inscriptions are inherent and inherent to individuals, and do not change for life, so they are used to identify individuals, such as human fingerprints. To collect the inscription, first wipe the surface of the cow's parental gland (a pattern indicated by the irregularities in the cow's caudal ridge) with a cloth, and then lightly paint with a roller and quickly remove the white paper. Squeeze out. At this time, if you pull up the claw too hard, the pattern is twisted, so be careful. In addition, it is easy to omit the part near the upper lip [上脣], but when classifying the inscription type, this part is the most important, so be careful.

When the inscriptions are classified, they are first divided into a globular form with a groove in the center and an intangible form without a groove. Again, the globules are divided into right veins and short veins, and the spheres are divided into radial and wave forms. Of course, these four types are not only clearly distinguished, but there are also intermediate transition forms.

Conventional cattle individual management system has been basically managed by the inspector's visual inspection and elements that are likely to change in weight, size, shape, and the like. Therefore, there are many difficulties in standardizing object management.

In addition, for the management of individuals using inscriptions, inscriptions are collected and stored within 30 days of birth, but there is a difficulty in storing and managing such data. Recently, researches have been made to utilize RF ID unique ID generators to manage individual objects. However, there is a possibility of loss and tampering, which is different from object management using unique characteristics of objects. Has

In addition, since all the objects are equipped with an RF chip (Chip), the resulting costs can be pointed out as a problem, and when using the RF chip, the movement of a cow or a cow (rubbing the site where the RF chip is located on a wall, tree, etc.) There is a problem that the chip is damaged, thereby not recognizing the chip, so that the data on the cow on which the chip is installed cannot be confirmed.

In order to solve the above problems, the present invention primarily photographs a small inscription using a camera, processes the photographed image to generate the inscription data corresponding to the unique ID of each individual, and thus the small individual Individual data such as birth date, growth status, disease name, vaccination, current age, etc., and historical data including the information of the examiner's examination form are combined and managed to make comprehensive data. Internet network and CDMA network that make it easy to check the information on the small object by taking inscription data from computer or portable terminal and generating inscription data by comparing it with the comprehensive data. The purpose is to provide a method for managing cattle individuals through

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The present invention for achieving the above object is a server having a database for storing a variety of information of a small individual, a computer and a portable device that is connected to the server via the Internet network and CDMA network to enable data transmission A control method of an introduction management system comprising a terminal, the method comprising: photographing a small inscription through a camera in the computer or a portable terminal, preprocessing the photographed inscription, and extracting features from the preprocessed image to generate inscription data; Generating historical data including individual information such as date of birth, growth status, disease name, vaccination, current age, etc., and information of an examiner's examination form; Generating aggregate data by combining the generated inscription data and the history data; Transmitting the comprehensive data to a server via an internet network or a CDMA network network; When the aggregated data is transmitted from the computer or the portable terminal, the aggregated data is stored in a database of the server, and upon request from the computer or the portable terminal, the aggregated data stored in the database is stored through the internet network or a CDMA network. Providing to a computer or a portable terminal; Storing the provided aggregate data; After photographing the cow's inscription through the camera, preprocessing the photographed inscription, extracting the features from the preprocessed image, generating the inscription data, and searching the cow object by comparing the generated inscription data with the inscription data among the stored comprehensive data. Doing; And if the same inscription data is found as a result of the search, displaying historical data of the corresponding introduction body.

In addition, the inscription data is classified and stored for each image of a similar form according to the shape so that the inscription data can be retrieved in a short time.

In addition, the computer or portable terminal, characterized in that the comprehensive data can be directly transmitted to the portable terminal or computer.

Hereinafter, the object management system through the Internet network and the CDMA network according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing the configuration of the object management system through the Internet network and the CDMA network according to the present invention, Figure 2 is a block diagram showing the configuration of the terminal of Figure 1, Figure 3 is a small individual information according to the present invention The diagram shows a display window for entering.

As shown in FIGS. 1 to 3, the object management system through the Internet network and the CDMA network according to the present invention includes a server 100, a computer 200, and a portable terminal 300. Photographs the inscriptions of cows, preprocesses the extracted inscriptions, extracts the features from the preprocessed images, and provides inscription data, individual information such as date of birth, growth status, disease, vaccination, present age, etc. The comprehensive data recorded together with the historical data including the information of the examiner's auditor is stored in the database and provided to the computer 200 and the portable terminal 300 through the Internet network and the CDMA network. After taking the inscription of the cow object through the camera 210, and converts it into inscription data, combines the historical data of the cow to generate a comprehensive data and transmit it to the server 100 through the Internet network The. In addition, the computer 200 downloads the comprehensive data from the server 100 through the Internet network and stores or updates it in a storage means, and retrieves the comprehensive data of the corresponding small object from the stored comprehensive data using the inscription data of the small object. The history data may be updated among the retrieved comprehensive data. The portable terminal 300 captures the inscription of the small individual through a camera (not shown), converts the inscription into inscription data, and combines the historic data of the small to combine the comprehensive data. It generates and transmits to the server 100 wirelessly through the CDMA network. In addition, the portable terminal 300 downloads the comprehensive data from the server 100 through the CDMA network network and stores or updates it in the memory unit 320, the corresponding small object of the total data stored using the inscription data of the small object The comprehensive data of the searched data may be searched to update historical data of the searched comprehensive data.

The portable terminal 300 includes a power supply unit 340, an inscription recognition module 370, a memory unit 320, a touch screen 330, a CPU 310, an expansion interface 350, and a transceiver unit. 380 and a PC interface 360. The power supply unit 340 supplies power to each component. The inscription recognition module 370 is inputted by scanning an inscription image photographed by the camera 390 through scanning. It is configured to receive and generate the inscription data from which the features of the data are extracted. Here, the inscription recognition module 370 is a recognition module 374 for receiving the image of the inscription applied to the portable terminal 300 through the camera 390 and converts it into image data, and the recognition module 374 Inscription data is generated by extracting the shape classification and features of the inscription using the converted image data, and comparing the inscription data of the comprehensive data previously stored in the memory unit 320 to detect whether the same inscription data exists. By comparing the comparison analysis module 372 and the comprehensive data including the inscription data generated by the comparison analysis module 372 by inscription form and storing in the memory unit 320 to retrieve the inscription data of the comparison analysis module 372 Analysis / classification module 373 to retrieve inscription data within a short time, application module 371 for managing the comprehensive data stored in the memory unit 320, and recognition module 374 It consists of a conversion module 375 for converting the image data of the image into image data for viewing by the user. On the other hand, the inscription recognition module 370 is mounted on the computer 200, the comprehensive data in the computer 200 The memory unit 320 is a history according to the entire process such as the production, growth, slaughtering, processing, consumption of cattle in the inscription data generated by the inscription recognition module 370 under the control of the CPU 310. The RAM 321 and the flash memory 322 are configured to store combined data. The touch screen 330 provides an interface for the user to directly input historical data under the control of the CPU 310. And display the comprehensive data. The CPU 310 controls each component, and makes the history data input by the touch screen 330 and the inscription data generated by the inscription recognition module 370 into history data, and combines the inscription data and the history data to combine them. Generates data, transmits the generated comprehensive data to the server 100, receives the comprehensive data of the server 100 according to a user's request, updates the comprehensive data previously stored in the memory unit 320, and requests the user. In accordance with the inscription data generated by the inscription recognition module 370, the comprehensive data stored in the memory unit 320 is searched and displayed, and the comprehensive data is updated. The extension interface 350 receives the inscription image photographed by the camera 390 or interfaces the other terminal and the computer 200 to transmit and receive comprehensive data. The transceiver 380 is configured to wirelessly transmit and receive comprehensive data with the server 100 and other terminals. The PC interface 360 interfaces to transfer the comprehensive data to the computer 200.

Here, the portable terminal 300 is characterized in that any one of the PDA phone, cellular phone, PCS phone, GSM phone.

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Hereinafter, a method for managing an individual through an internet network and a CDMA network according to the present invention will be described in detail. FIG. 4 is a flowchart illustrating a method for managing a small individual through an internet network and a CDMA network according to the present invention. As shown in FIG. 4, the present invention captures a small inscription through the camera 210 of the computer 200 or the camera 390 of the portable terminal 300 to recognize the inscription module of the computer 200 and the portable terminal 300. After processing the inscription taken in step 370, the feature is extracted from the preprocessed image to generate the inscription data (S1). The computer 200 and the portable terminal 300 each call up a form of historical data. Information on the date of birth, growth status, disease name, vaccination, current age, etc. is inputted, and the examiner's examination sheet is inserted therein to generate historical data (S2). The terminal 300 combines the inscription data and the historical data to generate aggregate data (S3), and transmits the generated aggregate data to the server 100 through the Internet network or the CDMA network (S4). The computer 200 stores the transmitted comprehensive data in the database and, upon request from the computer 200 or the portable terminal 300, transmits the comprehensive data stored in the database through the Internet network or the CDMA network network. Provided to the portable terminal 300 (S5). The computer 200 or the portable terminal 300 which received the data are stored in each of them, and when there is already stored comprehensive data, only the updated comprehensive information is updated to shorten the storage time. In this state, when the user photographs the small inscription using the cameras 210 and 390 of the computer 200 or the portable terminal 300, the inscription recognition module 370 captures the inscription. After the inscription is pre-processed, features are extracted from the pre-processed image to generate inscription data, and the generated inscription data is compared with the inscription data among the stored comprehensive data to search for the corresponding small object (S7). Is retrieved from the inscription recognition module 370, the computer 200 or the portable terminal 300 displays the comprehensive data associated with the inscription data and provides it to the user (S8).

In addition, the inscription recognition module 370 of the computer 200 and the portable terminal 300 may classify and store the inscription data according to the type of inscription data to be input so that the inscription data may be searched in a short time.

In addition, the comprehensive data may be directly transmitted from the computer 200 to the portable terminal 300 or from the portable terminal 300 to the computer 200.

Hereinafter, the operation of the portable terminal in the object management method through the Internet network and the CDMA network according to the present invention in more detail as follows.

First, a process of photographing a cow's inscription and converting it into inscription data and storing it is as follows. When a user photographs a cow's inscription through the camera 390, the CPU 310 captures the photographed inscription image of the inscription recognition module. Forward to 370. Then, the recognition module 374 of the inscription recognition module 370 converts the image data into the inscription image, and the comparative analysis module 372 extracts the form classification and the feature of the inscription data to generate the inscription data and combines it with the historical data. The comprehensive data is stored in the memory unit 320.

When storing the comprehensive data in the memory unit 320, the inscription data is classified and aggregated and stored in the aggregate data including the inscription data of the same form. First, determine whether there is a sphere or a grooveless sphere, and if the identified inscription data is sphere-type, O is divided into a right vein shape and a short vein shape, and in the case of the non-spherical shape, it is divided into a radial shape and a wave shape. .

The above-described storage method stores inscription data that is not classified correctly according to the form but is similar in form as much as possible. Therefore, when searching for inscription data in the future, the inscription data is searched with priority according to the classification. Can be found.

As described above, the comprehensive data stored in the memory 320 is transmitted to the server 200 through the transceiver 380 and the CDMA network under the control of the CPU 310.

In this case, the aggregated data stored in the database of the server 200 is also stored for each aggregated data including similar inscription data as described above.

In addition, the comprehensive data transmitted through the portable terminal 300 is not stored only in the server 100, but is also transmitted to the computer 200 through the PC interface 360 formed on the portable terminal 300. Allows you to store aggregate data.

In addition, in order to apply comprehensive data to another portable terminal, the CPU 310 of the portable terminal 300 receives the comprehensive data stored in the memory unit 320 through the CDMA network through the transmission / reception unit 380 through the other portable terminal. The other portable terminal receives the comprehensive data and stores it in its own memory unit.

Accordingly, the user may check the comprehensive data including all the information of the cattle individual after photographing the inscription of the cattle to check the cattle individual information on the computer 200 or the portable terminal 300. FIG. It is displayed as shown in 3, through which it is possible to check and check the condition of the cow, etc., the external condition of the cow, the history of the disease of the cow, etc., and can also know who examined the cow's condition.

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Looking at the effects of the individual management system and control method through the Internet network and the CDMA network according to the present invention, the present invention computerized the individual of the cow to process the biological data can be secured standardization and reliability of individual management In addition, since the inscription recognition module is integrated into the portable terminal and the computer, it can effectively manage the movement of the small object.

In addition, it is possible to manage at low cost because each cow individual does not need a separate device, it can be used for tracking when the cow is stolen, and bring another effect that can check the status of the cow at a glance even when trading.

1 is a block diagram showing the configuration of a small object management system through the Internet network and CDMA network in accordance with the present invention.

2 is a block diagram showing the configuration of the terminal of FIG.

3 is a display window showing a state in which the small object information is input according to the present invention.

4 is a flowchart illustrating a method for managing small objects through an internet network and a CDMA network according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: server 200: personal computer

210: camera 300: terminal

310: CPU 320: Memory

321: RAM 322: flash memory

330: touch screen 340: power unit

350: expansion interface 360: PC interface

370: inscription recognition module 371: application module

372: Comparative Analysis Module 373: Analysis / Classification Module

374: recognition module 375: conversion module

380: transceiver

Claims (8)

delete delete delete delete delete A control method of an introduction management system comprising a server having a database capable of storing various information of a small individual, a computer and a portable terminal connected to the server via an internet network and a CDMA network to enable data transmission. To Photographing the inscriptions of cattle through the camera in the computer or the portable terminal, preprocessing the photographed inscriptions, and extracting features from the preprocessed image to generate inscription data; Generating historical data including individual information such as date of birth, growth status, disease name, vaccination, current age, etc., and information of an examiner's examination form; Generating aggregate data by combining the generated inscription data and the history data; Transmitting the comprehensive data to a server via an internet network or a CDMA network network; When the aggregated data is transmitted from the computer or the portable terminal, the aggregated data is stored in a database of the server, and upon request from the computer or the portable terminal, the aggregated data stored in the database is stored through the internet network or a CDMA network. Providing to a computer or a portable terminal; Storing the provided aggregate data; After photographing the cow's inscription through the camera, preprocessing the photographed inscription, extracting the features from the preprocessed image, generating the inscription data, and searching the cow object by comparing the generated inscription data with the inscription data among the stored comprehensive data. Doing; And When the same inscription data is found as a result of the search, the method of managing small objects through the Internet network and the CDMA network, characterized in that the step of displaying the historical data of the introduction. The method of claim 6 The inscription data is The small-object management method through the Internet and CDMA network, characterized in that it is classified by the image of the similar form according to the form so that it can be retrieved quickly when searching the inscription data. The method of claim 6, The computer or portable terminal, Small object management method through the Internet and CDMA network, characterized in that the comprehensive data can be transmitted directly to the portable terminal or computer.