KR20090001528A - Object information tracing system for linking online with offline to the breeding oxen and method thereof - Google Patents

Abstract

A beef cattle object information tracking system connecting online and offline and a method for the same are provided to control and record an object information. A beef cattle object information tracking system connecting online and offline comprises: many RFID tags(20) distinguish the beef cattle by an identification tag; a RF handset(30) having a RF read station corresponding with RF and connecting between wired and wireless network; a client server(40) processing object information; a registration object data base management system(62) storing the object information related to records of the beef cattle; a database(60) including the object motion data base(64) storing the record of the beef cattle; and a management server(50) having an application program for managing the object information.

Description

Object information tracing system for linking online with offline to the breeding oxen and method

1 is a block diagram of an on-offline associated cattle breeding object information tracking system according to the present invention;

2 is a block diagram showing a detailed configuration of the handset of FIG.

FIG. 3 is a flowchart sequentially illustrating a history tracking process of object information in the on-off-line linked object information tracking method using the on-off-line linked cattle object information tracking system shown in FIG. 2.

* Explanation of symbols for main parts of the drawings

20: RFID Tag

30: handset

50: management server

62: new registered object database

64: object movement database

The present invention relates to an on-line off-line breeding cattle object information tracking system and a method thereof, and more particularly, to a livestock farm number and a birth of a cattle for each cattle, which are produced in the course of raising or distributing various livestock farms. On-line and connected breeding cows that can manage object information very usefully in connection with online to easily record and manage the object information having object data and location data on diseases, history of history, etc. An information tracking system and method are provided.

Recently, the object information used in the production stage of the livestock is transmitted to the slaughter stage and the object information used in the slaughter stage is transferred to the processing stage among the proposed techniques for managing animal production or distribution process offline. In addition, a method of organically tracking and tracking the object information of livestock from production to final consumption is disclosed by transferring the object information used in the processing step to the distribution step and the consumption step.

For example, in animal registration No. 10-0528634 by the Rural Development Administration of Korea (November 29, 2005; hereinafter referred to as Document 1), the animal object recognition system and method are given with identification information (ID) for animal object recognition. Label or sticker that can recognize the object and attach the electronic chip (electronic tag, electronic tag) suitable for each RF production, slaughter and processing stage By attaching printed materials to processed livestock products (processed products) and making them available at the distribution and consumption stages, systemic information on all stages from production, slaughter, processing, distribution and consumption to all livestock farming sites is systematic. To allow integrated management.

However, the animal object recognition system and method of Document 1 tracks and manages all stages of livestock production, slaughter, processing, distribution and consumption using RF wireless communication and / or wired / wireless mobile communication and satellite positioning system (GPS). Even if there is an advantage, the change in the information of livestock farms or livestock farmers, for example, in case of missing livestock information, such as missing basic birth registration itself or frequent movement of livestock at the production stage, resulting in missing object information. If this is omitted, the reliability of the workpieces due to slaughtering of livestock may be reduced.

In other words, document 1 records and stores and manages these history files by using a livestock management program as a file of the history of the movement or distribution process according to the sale or sale of livestock cattle in the object information. However, in order to manage the object information, livestock farmers must report the movement or livestock information of cattle by fax or telephone report and in writing, or electronically register the livestock information using a computer. In this case, a livestock farm should use a method of electronically editing or transmitting, but livestock farms that are not familiar with computer use are difficult to report or register electronically, making efficient management difficult. Moreover, the livestock farmers do not report the movement of the object information or change the registration of the object by fax or telephone and do not perform the written notification.

That is, if most livestock farmers, who are not experienced in management of livestock information, want to record texts, photos or videos to record and register object information electronically, livestock farmers can use the management program. Even if you are an experienced livestock farmer, you can run the management program of the object information on your computer, and import the text, photo or video contents that will be recorded and converted to the monitor of your PC. As farmers need to record, edit, and manage their livestock, farmers are avoiding using programs for record management.

Therefore, it is easy and unnecessary without the long time tedious editing time and advanced editing technology to make the digital history of the loaded photo or video content after downloading the text, photo or video content to be electronically recorded on the PC. There is a need for a history recording apparatus that can be conveniently recorded.

Accordingly, the present invention is to solve the above problems, livestock farm number and livestock farm number for each cow that is a livestock raising in the process of breeding or circulating various livestock off-line, disease at birth, growth disease, mash history Livestock farmers can attach RFID containing object data and object data with location data to the cow's ears or implant them on the neck's wrinkles to report the movement of object information or to easily register and manage registration online. The object of the present invention is to provide an on-line connected breeding object information tracking system and a method for efficiently inputting and managing object information that are reared or moved in a distribution process.

In accordance with the present invention for achieving the above object, the on-line associated breeding cattle object information tracking system and method thereof, in the object information tracking system,

A plurality of RFID tags 20 which are configured and given as identification tags corresponding to each breeding cow which is a management object to be reared or reared,

An RF handset 30 having an RF reader connected between the wired and wireless communication networks 200 to perform RF communication with the plurality of RFID tags 20;

A client server 40 for processing object information related to the object;

A database having a new registered object database 62 storing object information related to recognition or recording of the object input through the client server 40 and an object moving database 64 storing history of the object ( 60),

Characterized in that it comprises a management server 300 having an application program for object information management.

In addition, in the object information tracking method,

Transmitting, by the RFID reader 310, a constant electric signal to receive information for recognizing object information having its object data and its position from the RFID tag 200 (S310);

Reading (S320) the position coordinates of the object data stored in the microchip 24 of the RFID tag 200 from the RFID reader 310 of the handset 30;

The RFID reader 310 transmits the object information of the microchip 24 of the RFID tag 200 from the RFID tag 200 to the controller 300 (S330);

Extracting the position coordinates of the object information by the data extracting unit (340) for analyzing the RFID tag signal from the object information list (S340);

Checking whether the object information and the position coordinate are already registered in the object information extraction step (S340) (S350);

Determining whether the object data and the position coordinate should be newly registered or whether the movement of the object information should be reported (S360);

If the object data and the position coordinates are not yet registered in the step of determining the new registration or mobile report (S360), the user who owns the livestock farm ID by registering with the object information registration unit 330 through the RFID reader 310 Displaying to (S370);

If the object data and the position coordinates are already registered in the step of determining the new registration or the movement report (S360), in the state where the object information is confirmed according to a selection signal for tracking the object information of the handset 30 in contact with the displayed object information, Transmitting the object information to a management server 50 (S380);

Thereafter, the management server 50 is guided to newly register the livestock farm number and its password to be given to the livestock farm, characterized in that it comprises a step (S390) to download for confirmation of the object information in the management server (50) do.

The on-line associated breeding cattle object information tracking system of the present invention and a method thereof will be described below.

1 is a diagram illustrating a data structure of an RFID tag recognition system and each system device according to a preferred embodiment of the present invention.

Livestock farmers raise or distribute various livestock offline, and cattle (oxen) (hereinafter referred to as "animals") are moving around 600,000 heads a year in the domestic agricultural sector.

The on-line offline breeding cows object information tracking system of the present invention is a livestock farm number for each cattle cattle and the object information having the object data and location data about the birth, growth disease, mash history etc. It tracks and manages the object information necessary for identification.

According to an embodiment of the present invention, an on-line associated breeding cattle object information tracking system includes a plurality of RFID tags 20, each of which is assigned as an identification tag corresponding to each breeding cattle which is a unique individual among the managed object information, and the plurality of RFID tags ( 20) an RF handset 30 having an RF reader for RF communication with the client, a client server 40 for processing object information related to the object, and recognition or recording of the object input through the client server 40; A management server 300 having a database 60 having a new registered object database 62 storing object information related to the object and an object moving database 64 storing history of the object, and an application program for object information management. It includes.

Here, the RFID (Radio Rrequency IDentification) tag (20) is a radio that embeds object information about the movement of cattle in a livestock farm (user: livestock farm) in a microchip (IC chip) so that it can be tracked by radio frequency. Speak identification tag. The RFID tag 20 includes a coil antenna 22 and a microchip 24 that communicate using the antenna, and the microchip 22 includes a livestock farm ID indicating a livestock farm for each RFID tag that is unique identifier information. Includes a farming cattle ID and a GPS position data that can be mapped to a position coordinate or position coordinate. The livestock farm ID also has its own information, such as information identifying the name, address, ID, password and the like.

The object information is information stored in the microchip 24, and the livestock for each RFID tag, which is unique identifier information for each of a plurality of livestock farm numbers of livestock farm numbers recorded while managing and trading various livestock such as offline farming or distribution by livestock farmers. It includes a livestock farm ID representing a farmhouse, a breeding cattle ID of a farmhouse, and GPS position data that can be mapped to a position coordinate or a position coordinate. However, this object information is not limited to the above-mentioned information, but all livestock information that can be managed offline in livestock farms (in reality, livestock farms are managed by cattle), such as cow birth, growth disease, and distribution process information. It should be understood to mean digital data about a history with related online data.

The livestock farm ID of the microchip 24 and the breeding cow ID of the farm each form a data format structure related to the history matters such as digital data according to the farming cattle of the farm. It may further include a detailed sub ID corresponding to the data format.

The handset 30 refers to a mobile phone, PDA, PCS, etc., and is a wireless mobile communication terminal implemented in a form capable of wireless communication with a livestock farm management server 50 in a remote place, a plurality of RFID tags 20 and objects It transmits and receives information, and transmits or manages registration or new object information to the client server 40.

In the embodiment of the on-line associated breeding cattle object information tracking system of the present invention, the management server 50 is provided with a database 60 for storing object information related to the object recognition, and offline breeding or distribution process automatically To create. The database 60 includes a new registered object database 62 and an object moving database 64 for storing the history of the object as object information.

The plurality of RFID tags 20 includes a plurality of livestock farms, a livestock farm ID representing a livestock farm for each RFID tag, which is unique identifier information for each of a plurality of livestock farms, and a breeding cow ID and a position coordinate of the farm. Alternatively, the RFID tag 20 including GPS position data, which can be mapped to position coordinates, is attached to a cow's ear or implanted in a neck fold, preferably planted in a wrinkled portion below the neck of a cattle, and corresponding to a plurality of cattle. The RFID tag 20 is read by the RFID tag reader 310 shown in FIG.

FIG. 2 is a detailed block diagram of a handset having an RFID tag reading function applied to RFID tag recognition according to an on-offline connected cattle object information tracking system of the present invention.

As described above, the handset 30 having the RFID tag reading function according to the on-line connected breeding object information tracking system of the present invention may include an RFID tag reading unit 310, but the RFID tag reading unit of FIG. In the form of 310 may be implemented embedded in the handset 30.

The handset 30 refers to a mobile phone, PDA, PCS, etc., and is a wireless mobile communication terminal implemented in a form capable of wireless communication with the client server 40 of a livestock farm in a remote location, the control unit 300, an RFID tag. It comprises a reading unit 310, the display unit 320, the object information registration unit 330, the data extraction unit 340 and the GPS receiver 350 which can be input through the button key.

The RFID tag reader 310 may be mounted to the handset 30 so as to be connected to the handset 30 separately. However, the RFID tag reader 310 may be integrally provided with the handset 30 and its installation structure may be different from that of the actual implementation. The RFID tag reading unit 310 offline the livestock farm ID and the farm breeding cattle ID provided in the microchip 24 of the RFID tag 20 to identify the RFID tag 20 of the breeding cattle of various farms Record or detect the history from the RFID tag reader 310 to associate.

The RFID tag reader 310 detects the object information from a radio wave transmitted in a format of a livestock farm ID and a farm breeding cow ID as a tag signal of the microchip 22 to control the control unit 300 of the handset 30. Is applied.

The control unit 300 according to the selection of the livestock farm in contact with the object information displayed on the microchip 22, a livestock farm ID indicating a livestock farm for each RFID tag which is unique identifier information, a farming cattle ID and a position coordinate of the farm or Not only GPS position data that can be mapped to position coordinates, but also history-related data regarding breeding history and related information (text message, etc.) may be transmitted to the management server 50, for example, to be applied to emergency situations. The control unit 300 also registers the object information and the object information and the history-related data in the object list, and the data extraction unit 340 for interpreting the RFID tag signal from the object list, the history, position and association of the object. Extract the information.

In addition, the GPS receiver 350 controls the reception timing of the position related information of the GPS receiver 350 by using the control unit 300. After extracting the location-related information including the information, and using the extracted position-related information to find the position of the object 100 to which the RFID reader 310 is attached according to the operation control of the controller 300. In addition, the location GPS receiver 350 displays the detected object location to the user through the object 100 to which the RFID reader 310 is attached, and allows the user of the object 100 to display his or her current location through the object location display. Make sure you know the location. Specifically, in the present invention, a handset-based user location recognition method receives a GPS (Grobal Positioning System) signal from various satellites in a handset, receives a network signal, or calculates by receiving and combining a GPS signal and a network signal, thereby raising a farmhouse. Recognize GPS location data that can be mapped to right ID and location coordinates or location coordinates.

In the present invention, the handset 30 is livestock in the tag signal applied from the RFID tag reader 310 through the memory consisting of RAM 332, ROM 334 and EEPROM 336 from the object information registration unit 40 The object information including identification data of the farm ID and the farming cattle ID of the farm is detected, and the object information registration unit 330 searches for the registration data of the livestock farm.

 The object information registration unit 330 receives the livestock farm number, the date of birth of the cattle, the growth of the cattle together with a unique ID and password for each livestock farm, while being transmitted through the communication network and stored for each livestock farm as defined in the meaning of the registered object. Stores object information of history such as digital data about city diseases, distribution process information, etc.

Therefore, according to the present invention, in the on-line-offlined cattle object information tracking system, when the livestock farm is going to use the off-line breeding or distribution process in the real world, the livestock farm has offline rights or livestock farms having access rights in advance at the off-line or online desk of the distribution process. As a member of the livestock farm is provided with an RFID tag 20 having a right to use, while the handset 30 is breeding offline or connected to the management server 50 at each floor of the distribution process, By including the RFID tag 20 having the ID of the animal husbandry provided to be connected to the management server 50, it is possible to manage the object information through the history tracking process of the object information.

FIG. 3 is a flowchart sequentially illustrating a history tracking process of object information in the on-off-line linked object information tracking method using the on-off-line linked cattle object information tracking system shown in FIG. 2.

First, the object information tracking method according to the on-line connected breeding cattle object information tracking system according to the present invention, the RFID reader 310 to receive information for recognizing the position of the object 100 from the RFID tag 200 When transmitting a certain electrical signal (S310), the handset (sin) information indicating the mappable position of the object data stored in the microchip 24 of the RFID tag 200 and the position coordinates where the object information is located. A signal having a specific frequency and a predetermined power or more is read from the RFID reader 310 of FIG. 30 and detected (S320).

Then, the RFID reader 310 of the handset 30 transmits the object data and the position coordinates of the microchip 24 of the RFID tag 200 from the RFID tag 200 to the controller 300 (S330). ).

In the on-offline connected object information tracking method according to the present invention, the GPS receiver 350 receives a RFID tag signal from an object list by using position coordinates including the strength and arrival time of the signal when the RFID tag 200 receives the radio wave, the arrival time, and the receiving direction. It can be extracted from the data extraction unit 340 to interpret (S340).

Thereafter, in the connection of the object information (S340), it is checked whether the object information and the position coordinate are already registered in the object information registration unit 330 of the handset 30 (S350).

Thereafter, it is determined whether the object data and the position coordinate should be newly registered or whether the object information should be reported in step S350 in order to select the new registration or the moving report (S360).

If the object data and the position coordinate are not yet registered for the determination of the new registration in the step of determining the new registration or the moving report (S360), the object information registration unit through the RFID reader 310 to read the RFID. The user registers at 330 and displays the livestock farm ID to the user (S370). That is, when there is no RFID tag matching the livestock farm ID and the farming cattle ID of any one of the individual data and the position coordinate, the object data through the mobile communication network 200 is searched by the object information registration unit 40. And sends a connection call (call) to the management server 50 that performs the position coordinates and input the information of the new corresponding farm.

However, if the object data and the position coordinate are already registered in the step of determining the new registration or the moving report (S360), the object information is determined according to a selection signal for tracking the object information of the user's handset 30 that has been displayed. In the checked state, the control unit 300 transmits the object information to the management server 50 (S380). That is, the tag 20 of the livestock farm, which is accessible through RFID having permission to use and is used for off-line breeding or distribution, receives its own information, for example, a name, address, ID, Enter a password, etc.

Next, the management server 50 finds the livestock farm to input the object information, which is data that can be mapped to the position data of the object data and the identifier, for example, and guides the user to input the password of the livestock farm. In addition to the data, government bar code, farm number, date of birth of the livestock, father, mother, cancer, water immunization, disease records, etc. can be input and managed by the management server 50 and also made available for download for confirmation of the object information. There is (S390).

On the other hand, the object information tracking method using the on-line associated breeding cattle object information tracking system of the present invention is the result of confirming the object data and position coordinates for the determination of the moving report in the determination step (S360) of the new registration or moving report. If the object information is already registered but the movement report is not yet registered, the controller 300 sends a call signal to find the livestock farm recorded in the database 64 of the management server 50 as the object information. It transmits to the handset 30 (S400).

Thereafter, the livestock farmer is notified of the call signal transmitted from the call signal transmission (S400) so that the livestock farmer can grasp his object information and modify the changed object information into, for example, the object data and the position coordinate or the position coordinate. The user can be guided to input the newly changed object data and the object information with the password of the livestock farmers can be mapped (S410). That is, the management server 50 is updated to the new content by downloading to the management server 50 through the communication network 230 if there is addition / change of the program or data for real-time history recording.

Therefore, in a large number of managed object information which is given as identification tags corresponding to each breeding cow, each unique animal, the government barcode number, farm number, date of birth, father, mother, female, and female New object data including vaccinations, disease records, etc. are input and stored as definitely changed object information (S420) to be managed by the management server 50.

Accordingly, the on-line-offlined cattle object information tracking system and method thereof according to an embodiment of the present invention are used to manage the history of object information of livestock farmers recorded by livestock farmers while offline or recording the distribution process through the management server 50. Links can be easily recorded and managed in real time on the network.

As mentioned above, preferred embodiments of the present invention are disclosed for purposes of illustration, and those skilled in the art can improve and change various other embodiments within the spirit and technical scope of the present invention disclosed in the appended claims below. It may be possible to substitute, add, or otherwise.

On-offline associated breeding cows object information tracking system and method according to the present invention configured as described above is a livestock farm number and the birth of cattle for each cattle, which is a livestock farmer in the process of breeding or circulating various livestock offline, When growing, RFID containing object data with object data and location data on diseases and falsification history can be attached to cattle's ears or implanted in the neck of the cow to report the movement of object information or easily record and manage registration online. Since the livestock farmers are able to enter and manage the object information that is raised off-line or moved in the distribution process very usefully.

In addition, the on-line associated breeding cattle object information tracking system of the present invention and the object position recognition apparatus using RFID according to the method can not only breed offline or breed livestock farmers in the distribution process or check the contents of the history of the distribution process. Rather, the RFID reader and the user's handset are mounted on a single device so that the registered information can be transmitted to the management server through the handset using its own identification ID and password. Therefore, it can provide a seamless management service.

Claims (4)

In the object information tracking system, A plurality of RFID tags 20 which are configured and given as identification tags corresponding to each breeding cow which is a management object to be reared or reared, An RF handset 30 having an RF reader connected between the wired and wireless communication networks 200 to perform RF communication with the plurality of RFID tags 20; A client server 40 for processing object information related to the object; A database having a new registered object database 62 storing object information related to recognition or recording of the object input through the client server 40 and an object moving database 64 storing history of the object ( 60), On-line connected breeding cattle object information tracking system comprising a management server having an application program for object information management. The method of claim 1, The handset 30 includes a mobile phone, a PDA, and a PCS. The handset 30 is a wireless mobile communication terminal embodied in a form capable of wireless communication with a client server 40 of a livestock farm on a remote location, and includes a controller 300 and an RFID tag reader. 310, the display unit 320, the object information registration unit 330, the data extracting unit 340 and the GPS receiver 350, which can be input through the button key, characterized in that the on-line connected breeding cattle object information Tracking system. In the object information tracking method, Transmitting, by the RFID reader 310, a constant electric signal to receive information for recognizing object information having its object data and its position from the RFID tag 200 (S310); Reading (S320) the position coordinates of the object data stored in the microchip 24 of the RFID tag 200 from the RFID reader 310 of the handset 30; The RFID reader 310 transmits the object information of the microchip 24 of the RFID tag 200 from the RFID tag 200 to the controller 300 (S330); Extracting the position coordinates of the object information by the data extracting unit (340) for analyzing the RFID tag signal from the object information list (S340); Checking whether the object information and the position coordinate are already registered in the object information extraction step (S340) (S350); Determining whether the object data and the position coordinate should be newly registered or whether the movement of the object information should be reported (S360); If the object data and the position coordinates are not yet registered in the step of determining the new registration or mobile report (S360), the user who owns the livestock farm ID by registering with the object information registration unit 330 through the RFID reader 310 Displaying to (S370); If the object data and the position coordinates are already registered in the step of determining the new registration or movement report (S360), the object information is checked in accordance with a selection signal for tracking the object information of the handset 30 in contact with the displayed object information. Transmitting the object information to a management server 50 (S380); Thereafter, the management server 50 is guided to newly register the livestock farm number and its password to be given to the livestock farm, characterized in that it comprises a step (S390) to download for confirmation of the object information in the management server (50) On-line connection object information tracking method. The method of claim 3, wherein As a result of confirming the object data and the position coordinate in the step of determining the new registration or the moving report, if the object information is already registered but the moving report is not yet registered, the controller 300 uses the object information. Transmitting a call signal to the handset 30 to find the livestock farm recorded in the database 64 of the management server 50 (S400); A step in which the livestock farmer is notified of the call signal transmitted in the step of transmitting the call signal (S400) and guides the livestock farmer to input the object information so as to grasp his object information and correct the changed object information (S410); In addition to the object number, the new bar code, farm number, date of birth, livestock, father, mother, cancer, water immunization, disease records, etc. by inputting new object data, and storing it as definitely changed object information (S420). On-line associated object information tracking method comprising a).

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