KR20130016628A - History information management system and the management method for livestock - Google Patents

History information management system and the management method for livestock Download PDF

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KR20130016628A
KR20130016628A KR1020110078674A KR20110078674A KR20130016628A KR 20130016628 A KR20130016628 A KR 20130016628A KR 1020110078674 A KR1020110078674 A KR 1020110078674A KR 20110078674 A KR20110078674 A KR 20110078674A KR 20130016628 A KR20130016628 A KR 20130016628A
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livestock
information
unit
history
identification
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KR1020110078674A
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정순규
반상형
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중앙 아이.엔.티. 주식회사
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Abstract

The present invention relates to a technology for managing the history of livestock, the livestock history information management system according to the present invention is connected to the livestock identification information registration unit, the livestock identification information registration unit for registering the authenticated identification information of individual livestock, individual livestock The identification information is generated, and connected to the livestock history management server and the livestock history management server for collecting and managing livestock history information, by wirelessly recognizing the identification information, to generate information according to the livestock shipment and movement, It is characterized by including the livestock shipment management unit to register the livestock history management server.

Description

Livestock history information management system and its management method {History information management system and the management method for livestock}

The present invention relates to a technology for managing the history of livestock, and more particularly, to provide an identification code for identifying individual livestock, and based on such identification code, after moving and shipping livestock, collecting and managing livestock history information. It is related with the livestock history information management system which can be performed, and its management method.

In recent years, the consumption of livestock meat has increased due to the improvement of living standards, and the price competitiveness and quality improvement through large-scale production at home and abroad are being pursued in order to promote high quality demand and productivity.

In Korea, the beef history tracking system is being introduced to ensure the stability of livestock products, but when various problems such as an infectious disease and an increase in consumption are occurring, it is unable to respond appropriately to the distribution environment.

In the conventional livestock history management system, the bar code identification number, which uses the tag containing the identification information such as a bar code in the livestock, is formed differently according to the local government or individual farmers to manage the livestock of the whole country. Can not be managed by, and when moving or shipping livestock, there is a problem that must recognize the barcode of the livestock tag.

In addition, livestock movement, shipment, slaughter, and sales can not be managed in real time, there is a problem that can not be quickly identified and the cause of the disease caused.

In addition, since the barcode of a conventional livestock tag is easy to reproduce or reuse, such a misuse of the ear tag occurs, and furthermore, there is a problem of lowering reliability in quality control of livestock.

The agricultural and livestock product history management method and system thereof of Korean Patent Application Laid-open No. 10-2006-0055196 (2006. 05. 23), which is the background of the present invention, can be cited. While providing a technology for storing and managing the history, in the present invention, after the movement and shipment of the livestock based on the identification code, a system capable of integrated management of livestock history information that can collect and manage livestock history information and We want to provide a management method.

Republic of Korea Patent Publication No. 10-2006-0055196A, 2006. 05. 23, page 13 line 13 to 29, Figure 2.

The present invention has been proposed to solve the above conventional problems,

An object of the livestock history information management system according to the present invention is to provide a management system that can register the identification information of individual livestock, collect the livestock history information based on the identification information, and systematically manage.

Another purpose is to register the identification code on the animal ear tag, including the animal identification information registration unit, and generate the authentication image.

Another purpose is to collectively manage livestock movement, shipment, sale, slaughter, disease and quality assessment information, including livestock history management servers.

Still another object is to further include a slaughter management unit, to manage the weighing information and meat grade information according to the slaughter operation.

Still another object is to generate and manage meat product information further including a meat sales unit.

Another object is to generate and manage information on livestock growth and disease, further comprising livestock disease management.

Another object is to generate and register the information on the meat quality purchased, further comprising a quality evaluation unit.

An object of the livestock history information management method according to the present invention is to register the authenticated identification code for individual livestock, and to collectively manage the history information according to the movement and processing of the livestock.

Another purpose is to generate livestock disease and growth information and register it in the livestock history management server.

Still another object is to generate and register the evaluation information of the slaughter, meat sales and purchase meat, so that it is possible to query the livestock history information according to the land supply and feedback on the quality evaluation of the consumer.

Livestock history information management system according to the present invention is connected to the animal identification information registration unit, the animal identification information registration unit for registering the authenticated identification information of the individual livestock, generate the identification information of the individual livestock, collect and manage the livestock history information Is connected to the livestock history management server and the livestock history management server, to wirelessly recognize the identification information, to generate information according to the livestock shipment and movement, including a livestock shipment management unit for registering in the livestock history management server It features.

Livestock history information management method according to the present invention using the livestock identification information registration unit, requesting the registration of the livestock identification information, using the livestock history management server, the step of authenticating livestock identification degree registration, livestock identification information registration unit By using, the step of registering the livestock identification code and using the livestock shipment management step, the step of registering the movement and shipping information of the livestock, and the step of authenticating the registration of the livestock identification degree using the identification information transmitting and receiving unit, Receiving the barcode information of the animal tag, using the livestock history information search unit, searching for the identification information of the livestock, using the livestock history information generation unit, generating the identification code of the livestock, using the livestock identification information authentication unit By using the step of authenticating the livestock identification code and the identification information transmitting and receiving unit, and transmitting the livestock identification code, Registering the livestock identification code, using the identification information transmitting and receiving unit, receiving a certified livestock identification code, using the identification code registration unit, registering the livestock identification code to the tag of the livestock tag, authentication By using the image processing unit, the step of photographing the authentication image of the livestock with the livestock identification code is registered, and using the identification information transmitting and receiving unit, characterized in that it comprises the step of transmitting to the livestock history management server.

As described above, the livestock history information management system and its management method according to the present invention registers the identification information of individual livestock and collects the livestock history information based on the identification information, thereby systematically and collectively recording the history of the livestock. It is effective to provide a management system that can be managed.

In addition, by including the animal identification information registration unit, there is an effect that can register the identification code in the animal ear tag, generate the authentication image, and prevent the illegal use of the identification code of the animal.

In addition, by including a livestock history management server, there is an effect that can collectively manage the movement, shipment, sale, slaughter, disease, quality evaluation information of the livestock.

In addition, by further including a slaughter management unit, there is an effect that can manage in real time the weight measurement information and meat grade information according to the slaughter operation.

In addition, by including a meat sales unit, it is possible to generate meat product information, transparently manage meat quality management.

In addition, by further comprising a livestock disease management unit, there is an effect that can be managed collectively by generating information on livestock growth and disease.

In addition, by further including a quality evaluation unit, there is an effect that can generate and register information on the purchased meat quality.

Livestock history information management method according to the invention, by registering the authenticated identification code for individual livestock. There is an effect that can provide a way to collectively manage the history information according to the movement and processing of livestock, and to prevent the illegal use of livestock identification information.

In addition, by generating the disease and growth information of the livestock, it is effective to register in real time to the livestock history management server, to enable rapid response to the occurrence of livestock disease.

In addition, by generating and registering the evaluation information of the slaughter, meat sales and purchase meat, there is an effect that the inquiry of the livestock history information according to the land supply and the customer's quality evaluation feedback.

1 is an overall configuration diagram of a livestock history information management system according to the present invention.
Figure 2 is a detailed configuration of the animal identification information registration unit of the livestock history information management system according to the present invention.
3 is a detailed configuration diagram of a livestock history management server of a livestock history information management system according to the present invention.
Figure 4 is a first embodiment of the identification code of the livestock history information management system according to the present invention.
Figure 5 is a second embodiment of the identification code of the livestock history information management system according to the present invention.
Figure 6 is a detailed configuration of the livestock shipment management unit of the livestock history information management system according to the present invention.
Figure 7 is a detailed configuration of the meat sales section of the livestock history information management system according to the present invention.
8 is a detailed configuration of the slaughter management unit of the livestock history information management system according to the present invention.
9 is a detailed configuration of the livestock disease management unit of the livestock history information management system according to the present invention.
10 is a detailed configuration diagram of the quality evaluation unit of the livestock history information management system according to the present invention.
11 is an overall flowchart of a livestock history information management method according to the present invention.
12 is a detailed flowchart of step S10 of the livestock history information management method according to the present invention.
13 is a detailed flowchart of the step S20 of the livestock history information management method according to the present invention.
14 is a detailed flowchart of step S30 of a method for managing livestock history information according to the present invention.
15 is a detailed flowchart of step S40 of the livestock history information management method according to the present invention.
16 is a detailed flowchart of step S50 of a method for managing livestock history information according to the present invention;
17 is a detailed flowchart of step S60 of a method for managing livestock history information according to the present invention;
18 is a detailed flowchart of step S70 of a livestock history information management method according to the present invention.
19 is a detailed flowchart of step S80 of a livestock history information management method according to the present invention.

Hereinafter, a detailed description of the livestock history information management system and its management method according to the present invention will be described.

1 is a diagram showing the overall configuration of the livestock history information management system according to the present invention, livestock identification information registration unit 10, livestock history management server 20, livestock shipment management unit 30, meat sales unit 40 ), Slaughter management unit 50, livestock disease management unit 60 and the quality evaluation unit 70.

The livestock identification information registration unit 10 serves to register the identification information of the individual livestock, as shown in Figure 2, the barcode recognition unit 10, identification information transmission and reception unit 13, identification code registration unit ( 15) and an authentication image processing unit 17.

The barcode recognition unit 10 serves to recognize barcode information of the animal ear tag. In other words, it is to recognize the barcode information existing on the ear tag attached to the ear of a conventional livestock.

The identification information transmitting and receiving unit 13 is connected to the bar code recognition unit 10, and transmits the bar code information to the livestock history management server 20, and receives the identification code of the livestock from the livestock history management server 20 It serves to receive.

The identification code registration unit 15 is connected to the identification information transmitting and receiving unit 13, and serves to register the identification code to the tag of the animal tag.

In the embodiment of the present invention, the tag uses an RFID tag.

The authentication image processing unit 17 is connected to the identification code registration unit 15, and serves to photograph the authentication image of the livestock registered the identification code.

That is, by using the authentication image processing unit 17 according to the present invention, by recording the image of the livestock registered with the identification code, it is possible to prevent the illegal use of the livestock identification code.

The livestock history management server 20 is connected to the livestock identification information registration unit 10, serves to generate identification information of individual livestock, collect and manage livestock history information, livestock history management server according to the present invention 20, as shown in the detailed configuration shown in Figure 3, identification information transmission and reception unit 21, livestock history management control unit 22, livestock history information search unit 23, livestock history information generation unit 24, History information transmitter 25, animal identification information authentication unit 26, livestock history information generation unit 24 and livestock history information storage unit (27).

The identification information transmitting and receiving unit 21 receives the barcode and identification information of the livestock from the outside to the livestock history management control unit 22, and serves to transmit the authenticated identification code.

The livestock history management control unit 22 is connected to the identification information transmitting and receiving unit 21, and serves to control the operation to collect and manage livestock history information.

The history information retrieval unit 23 is connected to the livestock history management control unit 22, and serves to retrieve the livestock history information history based on the bar code information or identification code information of the animal tag.

The history information transmitting unit 24 is connected to the livestock history management control unit 22, and serves to transmit the livestock history information retrieved from the history information search unit 23 to the outside.

The livestock history information generation unit 25 is connected to the livestock history management control unit 22, and serves to generate livestock history information based on the livestock identification code, the livestock history information according to the present invention is the growth of livestock, It is preferable to include any one or more of disease, movement, slaughter, sale, quality assessment information.

The livestock identification information authentication unit 26 is connected to the livestock history management control unit 22, and serves to generate an authenticated livestock identification code for the barcode information of the livestock tag.

In other words, by assigning a unique identification code to individual livestock, individual livestock can be integrated and managed collectively.

The livestock history information storage unit 27 is connected to the livestock history management control unit 22, and includes a bar code, identification code, growth status, disease history, movement, shipment, slaughter, sale, quality evaluation information of individual livestock. It is preferable.

By managing the history information for each individual livestock in the livestock history management server 20 will be closely connected to producers, sellers, consumers and animal husbandry, it is possible to improve the reliability of livestock history management.

4 and 5 is a view showing an embodiment of the livestock identification code according to the present invention, the livestock identification code according to the present invention is a field indicating the type of animal, the number of reuse, livestock management agency field, country code And object identification codes.

The livestock identification code according to the present invention has an effect of easily managing the livestock collectively by assigning unique identification information of individual livestock through an authentication procedure.

The livestock shipment management unit 30 is connected to the livestock history management server 20, by wirelessly recognizing the identification information, generates information according to the livestock shipment and movement, and registers with the livestock history management server do.

That is, the livestock shipment management unit 30 is installed in places such as farms raising livestock, livestock movement route and livestock delivery, and detects and manages the identification code registered in the animal ear tag, according to the present invention. As shown in FIG. 6, the livestock shipment management unit 30 includes an identification code recognition unit 31, a shipment information transmission and reception unit 33, and a shipment information generation unit 35.

The identification code recognition unit 31 serves to wirelessly recognize the identification code of the individual livestock registered by the livestock identification information registration unit 10, the livestock identification code recognized by the identification code identification unit 31. Is delivered to the livestock history management server 20 by the shipment information transmitting and receiving unit 33.

In addition, the shipment information generation unit 35 is connected to the shipment information transmission and reception unit 35 to generate movement and shipment information of the livestock, and through the shipment information transmission and reception unit 33, the livestock history management server ( 20) to register the movement and shipping information of the livestock.

The meat sales unit 40 is connected to the livestock history management server 20 to query the livestock history information, generate product information of livestock sale and meat products, and the product information of the generated livestock sale and meat products It registers on the livestock history management server.

Meat sales unit 40 according to the present invention, as shown in Figure 7, includes an identification information recognition unit 41, sales information transmission and reception unit 43 and sales information generation unit 45.

The identification information recognition unit 41 serves to recognize the identification code of the tag mounted on the ear tag of the individual livestock, the identification code of the recognized tag through the sales information transmission and reception unit 43, the livestock history management server To 20.

The sale product information generation unit 45 receives information such as livestock movement, shipment, growth and disease information from the livestock history management server 20 to generate livestock sale information and processed meat product sale information. .

In addition, the generated livestock sales information and sales information of processed meat products are registered to be transmitted to the livestock history management server 20 by using the sale information transmission and reception unit.

The slaughter management unit 50 is connected to the livestock history management server 20, and serves to manage the weight measurement and grade information according to the slaughter operation, as shown in Figure 8, the identification code recognition unit ( 51), a slaughtered information transmitting and receiving unit 53 and a slaughtered information generating unit 55.

The identification code recognition unit 51 serves to recognize the identification code registered in the tag of the individual livestock, and using the slaughter information transmitting and receiving unit 53 to recognize the identification code, the livestock history management server 20 ) To transmit.

The slaughter information generation unit 55 receives livestock history information from the livestock history management server 20 and generates a weight measurement information grade information according to the slaughter, and the generated weight measurement information grade information is By using the slaughter information transmitting and receiving unit 53, it is transmitted to the livestock history management server 20 to register.

The livestock disease management unit 60 is connected to the livestock history management server 20 to generate information on livestock growth and disease, and serves to register the livestock history management server 20, [FIG. 9] As shown in the figure, the identification code recognition unit 61, the disease / growth information transmission and reception unit 63 and the disease / growth information generation unit 65.

The identification code recognition unit 61 serves to recognize the identification code registered in the tag of the individual livestock, and using the disease / growth information transmission and reception unit 53, the animal history management server It serves to transmit to 20.

The disease / growth information transmission and reception unit 63 receives livestock history information from the livestock history management server 20 to generate livestock growth information and disease information, and transmits and registers the generated livestock growth information and disease information. Done.

By including the disease / growth information transmission and reception unit 63, it is possible to manage the growth history, drug history, disease history of the livestock in real time, and the occurrence of diseases such as foot-and-mouth disease, mad cow disease, Brussela disease, the livestock history management server ( By prompt notification to 20, it is possible to prevent the spread of disease-prone areas early.

The quality evaluation unit 70 is connected to the livestock history management server 20, and after purchasing the processed meat, generates the evaluation information on the meat quality, serves to register the livestock history management server 20. And, as shown in FIG. 10, it includes a barcode recognition unit 71, the quality evaluation information transmission and reception unit 73 and the quality evaluation information generation unit 75.

The barcode recognition unit 71 serves to recognize a barcode packaged in the processed meat or a receipt barcode according to the purchase of meat, and the recognized barcode information using the quality evaluation information transmitting and receiving unit 73, the livestock It serves to transmit to the history management server (20).

The quality evaluation information generation unit 75 may receive livestock history information from the livestock history management server 20, and serves to generate quality evaluation information on the purchased meat products.

The generated quality evaluation information is transmitted to the livestock history management server 20 and registered using the quality evaluation information transmitting and receiving unit 73.

As described above, the livestock history information management system and its management method according to the present invention registers the identification information of individual livestock and collects the livestock history information based on the identification information, thereby systematically and collectively recording the history of the livestock. It can enjoy the effect of providing a management system that can be managed.

A livestock history information management method using the livestock history information management system according to the present invention is as follows.

11 is a flowchart illustrating the overall flow of the method for managing livestock history information according to the present invention. First, using the livestock identification information registration unit 10, a step of requesting registration of livestock identification information is performed. )

In step S10, as shown in FIG. 12, using the barcode recognition unit 10, a step (S11) of recognizing a barcode of a livestock tag is performed and the identification information transmitting and receiving unit 13 is used. In step S13, the recognized barcode information is transmitted.

Next, using the livestock history management server 20, and performs the step of authenticating the registration of the identification of the livestock. (S20)

In the step S20, as shown in FIG. 13, by using the identification information transmitting and receiving unit 210, receiving barcode information of the animal tag (S21), by using the livestock history information search unit 23, Check whether there is a livestock identification code that matches the bar code (S23).

Next, if the livestock identification code is not retrieved, by using the livestock history information generation unit 24, performing a step (S25) for generating a new livestock identification code, the livestock identification information authentication unit 26 Through the step of authenticating the generated livestock identification code (S27).

The livestock identification code authenticated through the step S27 is performed by using the identification information transmitting and receiving unit 21, transmitting to the livestock identification information registration unit 10 (S29).

Next, using the livestock identification information registration unit 10, performing the step of registering the identification information of the livestock. (S30)

In the step S20, as shown in the detailed flow shown in [FIG. 13], by using the identification information transmitting and receiving unit 13, an authenticated livestock identification code is received (S31), and the received livestock identification code is the identification code. Using the registration unit 15, the step of registering (S33) to the tag of the animal tag.

Next, by using the authentication image processing unit 17, the image of the livestock identification code registered livestock (S37), using the identification information transmitting and receiving unit 13, to the livestock history management server 20 A step S37 is performed.

Next, using the livestock disease management unit 60, performs the step of registering the disease and growth information of the livestock. (S40)

In step S40, as shown in FIG. 15, using the identification code recognition unit 61, the animal identification code is recognized and transmitted to the livestock history management server 20 (S41). Then, by using the livestock history information search unit 23, the step of searching the livestock history information (S43) is performed.

Next, the disease / growth information generation unit 63 performs a step (S45) of generating disease and growth information of the livestock, and uses the disease / growth information transmission / reception unit 65 to perform the disease and Transmitting the growth information to the livestock history management server 20, and stores in the livestock history information storage unit 27 (S47).

Next, using the livestock shipment management unit 30, and performs the step of registering the movement and shipping information of the livestock (S50).

In step S50, as shown in the detailed flow shown in FIG. 16, the identification code recognition unit 31 recognizes the livestock identification code, and the recognized livestock identification code identifies the shipment information transmitting and receiving unit 33. By using the transmission, the livestock history management server 20, and performs the step (S51) for retrieving the livestock history information.

Next, by using the shipment information transmission and reception unit 33, receiving the history information of the livestock retrieved from the livestock history management server 20, by using the shipment information generation unit 35, livestock movement and shipment Generating the information (S53) is performed.

Next, the generated livestock movement and shipment information is transmitted to the livestock history management server 20 by using the shipment information transmission and reception unit 33, and transmits and registers the generated livestock movement and shipment information ( S55) is performed.

Next, using the slaughter management unit 50, the step of registering the slaughter information (S60).

In step S60, as shown in FIG. 17, the identification code recognition unit 51 is used to recognize the identification code of the livestock, and then transmits it to the livestock history management server (S61). Using the slaughter information generation unit 53, a step (S63) of generating slaughter information including weight measurement and grade information according to the slaughter operation is performed.

Next, using the slaughter information transmitting and receiving unit 55, and transmits the slaughter information to the livestock history management server, and performs the step (S65).

Next, using the meat sales unit 40, the step of registering the history information of the livestock for sale or meat products to sell (S70).

In the step S70, as shown in the detailed flow shown in FIG. 18, using the identification information recognition unit 41, recognizing a livestock identification code for sale or recognizing a barcode of a meat product for sale (S71). And transmitting the recognized livestock identification code or barcode information to the livestock history management server 20, and searching for the livestock history information using the livestock history information search unit 23 (S73). To perform.

Next, using the sales information generation unit 45 based on the livestock history information received from the livestock history management server 20, generating the livestock information for sale and information of the meat product for sale (S75). To perform.

Next, using the sales information transmission and reception unit 43, the generated livestock information for sale and information of meat products for sale are transmitted to the livestock history management server 20 to register (S77). .

Next, the quality evaluation unit 70 performs the step of evaluating and registering the quality of the purchased meat product.

In the step S80, as shown in the detailed flow shown in FIG. 19, the step S81 of recognizing the barcode attached to the meat purchased through the barcode recognition unit 71 or the barcode displayed on the purchase receipt is performed. The bar code information is transmitted to the livestock history management server 20 by using the quality evaluation information transmission / reception unit 73 to search for the livestock history information (S83).

Next, using the quality evaluation information generation unit 75, after generating the quality evaluation information of the purchased meat, and transmits to the livestock history management server 20, and performs the step of registering (S85).

As described above, the livestock history information management method according to the present invention, by registering the authentication identification code for the individual livestock, collectively manages the history information according to the movement and processing of the livestock, the denial of livestock identification information It will have the effect of providing a way to prevent its use.

Although the embodiments of the present invention have been described above, the technical idea of the present invention is not limited to the above embodiments, and various livestock history information management systems and management methods thereof may be implemented without departing from the technical idea of the present invention.

10: animal identification information register 11, 71: barcode recognition unit
13: identification information transmission and reception unit 15: identification code register
17: certified image processing unit 20: livestock history management server
21: identification information transmission and reception unit 22: livestock history management control unit
23: Livestock History Information Search Department 24: Livestock History Information Generation Department
25: history information transmission unit 26: livestock identification information certification unit
27: Livestock History Information Storage 30: Livestock Shipping Management Department
31, 51, 61: identification code recognition unit 33: shipping information transmission and reception unit
35: shipping information generation unit 40: meat sales department
41: identification information recognition unit 43: sales information transmission and reception unit
45: sales information generation unit 50: slaughter management unit
53: slaughter information transmission and reception unit 55: slaughter information generation unit
60: Livestock Disease Management Department 63: Disease / Growth Information Transmitter and Receiver
65: disease / growth information transmission and reception 70: quality evaluation
73: quality evaluation information transmission and reception unit 75: quality evaluation information generation unit

Claims (10)

An animal identification information registration unit for registering certified identification information of individual animals;
Livestock history management server is connected to the animal identification information registration unit, generates identification information of individual livestock, and collects and manages livestock history information;
Livestock history information, characterized in that it is connected to the livestock history management server, by recognizing the identification information wirelessly, generates information according to the livestock shipment and movement, and register the animal history management server to register with the livestock history management server Management system. The method of claim 1,
The livestock identification information registration unit barcode recognition unit for recognizing the barcode information of the animal ear tag;
An identification information transmitting / receiving unit connected to the barcode recognition unit, transmitting the barcode information to the livestock history management server, and receiving an identification code of the livestock from the livestock history management server;
An identification code registration unit connected to the identification information transmission / reception unit for registering the identification code to a tag of a livestock tag;
Livestock history information management system connected to the identification code registration unit, characterized in that it comprises an authentication image processing unit for photographing the authentication image of the livestock registered the identification code. The method of claim 1,
The livestock history management server, the identification information transmitting and receiving unit for transmitting and receiving the barcode and identification information of the livestock;
A livestock history management control unit connected to the identification information transmitting / receiving unit to control management of livestock history information;
A livestock history information search unit connected to the livestock history management control unit to retrieve livestock history information;
A history information transmitter connected to the livestock history management control unit to transmit livestock history information to the outside;
Livestock history information generation unit connected to the livestock history management control unit, and generates livestock history information;
Is connected to the livestock history management control unit, and includes a livestock identification information authentication unit for performing authentication for livestock identification information,
The livestock history information management system, characterized in that any one or more of the growth, disease, movement, slaughter, sale, quality evaluation information of the livestock. The method of claim 1,
Livestock history information management system is connected to the animal history management server, further comprising a slaughter management unit for managing the weight measurement and grade information according to the slaughter operation. The method of claim 1,
Livestock history information management is connected to the livestock history management server, query the livestock history information, and generates a product information of livestock sales and meat products, the meat sales section for registering in the livestock history management server system. The method of claim 1,
Livestock history information management system is connected to the livestock history management server, the livestock disease management unit for generating information on livestock growth and disease, and register in the livestock history management server. The method of claim 1,
And a quality evaluation unit connected to the livestock history management server, after purchasing processed meat, generating evaluation information on meat quality, and registering the processed meat in the livestock history management server. Requesting registration of livestock identification information using the livestock identification information registration unit;
Authenticating registration of livestock identification using a livestock history management server;
Registering the livestock identification code using the livestock identification information register; and
Registering the movement and shipping information of the livestock, using the livestock shipment management unit,
Authenticating the livestock identification degree registration,
Receiving barcode information of the animal tag using the identification information transmitting and receiving unit;
Retrieving identification information of the livestock by using the livestock history information retrieval unit;
Generating an identification code of the livestock using the livestock history information generating unit;
Authenticating the livestock identification code using the livestock identification information certification unit; and
Using the identification information transmitting and receiving unit, transmitting a livestock identification code,
Registering the identification code of the livestock,
Receiving an authenticated livestock identification code using the identification information transmitting and receiving unit;
Using the identification code registration unit, registering the livestock identification code to a tag of the livestock tag;
Photographing an image of a livestock in which a livestock identification code is registered by using a certified image processing unit;
Livestock history information management method comprising the step of transmitting the authentication image to the livestock history management server using the identification information transmitting and receiving unit. 9. The method of claim 8,
After registering the livestock identification code,
Using the livestock disease management unit, further comprising the step of registering the disease and growth information of the livestock,
Registering the disease and growth information of the livestock,
Recognizing an identification code of the livestock using the identification code recognition unit, and transmitting to the livestock history management server;
Retrieving livestock history information using a livestock history information retrieval unit;
Generating disease and growth information of the livestock using the disease and growth information generation unit;
Livestock history information management method comprising the step of transmitting the disease and growth information to the livestock history management server, using the disease and growth information transmission and reception. 9. The method of claim 8,
After registering the movement and shipping information of the livestock,
Registering the slaughter information using the slaughter management unit;
Using the meat sales department, registering livestock information for sale or history information of meat products for sale;
Using the quality evaluation unit, further comprising the step of evaluating the quality of the purchased meat products, registering,
Registering the slaughter information,
Using the identification code recognition unit, after recognizing the identification code of the livestock, transmitting to the livestock history management server;
Generating slaughter information including weight measurement and grade information according to the slaughter operation using the slaughter information generating unit;
And using the slaughter information transmitting and receiving unit, transmitting the slaughter information to the livestock history management server and registering the same.
KR1020110078674A 2011-08-08 2011-08-08 History information management system and the management method for livestock KR20130016628A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102014353B1 (en) 2018-12-11 2019-08-26 에이비주식회사 Smart farm livestock management system based on machine learning

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102014353B1 (en) 2018-12-11 2019-08-26 에이비주식회사 Smart farm livestock management system based on machine learning

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