KR20080036031A - Method for management reagent room using of network and system - Google Patents

Abstract

A method and a system for managing a reagent chamber by using a network are provided to control the visit of another person except for a manager and to measure the remaining amount of the reagent. A tag(1) is installed at a reagent vessel and has an inherent ID(IDentification). A sensing device(2) is installed at a specific position of a reagent chamber or a reagent room. A tag recognition device receives the inherent ID of the tag through the sensing device and outputs the reagent management information about the reagent. A server includes a management information database including a reagent position confirmation program for outputting the position information according to reagent vessels on the basis of the received inherent ID. A position information transmission program transmits the position information according to the reagent vessels so that the position information is outputted to a user's terminal or a manager's terminal. A reagent management program outputs the reagent management program on the basis of the position information according to the reagent vessels. A management information transmission program transmits the reagent management information to the user's terminal or the manager's terminal. A position information database stores the position information according to the reagent vessels.

Description

Method for management reagent room using system and system

The present invention relates to a method and a system for managing a reagent field using a network, and more particularly, it is possible to automate the management of reagents such as export, import, retrieval, and registration of reagents, which were conventionally dependent on handwriting, and to control the access of strangers. The present invention relates to a method and a system for managing a reagent field using a network which enables to measure a residual amount of a reagent.

In general, reagents are required for the test of high concentration, high purity gas phase, solid phase, and liquid phase, and due to the nature of the test, special attention is required, such as being extremely harmful to the human body or risk of explosion.

In order to handle these reagents, conventionally, the reagents are simply stored in a reagent chamber, and then rely on simple memory or read out by marking each marker on the reagent bottle one by one. It was a level to take notes.

Even when such a control book was computerized and stored in a computer, the hassle of typing information on all the reagents such as the location and the remaining amount of the reagents and inputting them into the computer still remained.

In particular, in the past, the reagent management by the online network was not performed at all, and only a small number of limited handlers shared information, which caused a great inconvenience for other reagent users, and the more types of reagents, the more the reagents were located and identified. There was a difficult problem.

In addition, in the related art, when a person in charge of a reagent room or a reagent room is not visually checked by a human being, it is difficult to control unauthorized personnel or strangers, and thus there is a problem in that poor handling of reagents, theft of reagents, and various safety accidents have occurred.

The present invention has been made to reflect the necessity as described above, and an object of the present invention is to change the reagent management information, which is carried out by handwriting or computer typing, into a real-time automatic input method, and the reagents such as the export, import, retrieval and registration of reagents. Automate management, use the network to easily share and handle information among multiple users, easily find the right place of reagents in the reagent room, control access and management of unauthorized handlers or strangers, The present invention provides a method and system for managing a reagent field using a network that can measure the remaining amount of reagents and automatically inform the timing of reagent replenishment.

Reagent field management method and system using a network of the present invention for achieving the above object, including a user terminal, at least one mobile terminal, a laptop, a personal computer, etc., including at least one mobile terminal, a notebook, a personal computer A reagent field management method using a network for managing a reagent field including a manager terminal and a server connected through a network, the method comprising: a tag installed in a reagent container and having a unique ID; A sensing device installed at a specific location of the reagent chamber or the reagent chamber; And a tag recognition device for receiving the unique ID of the tag through the detection device and outputting reagent management information for each of the reagents, wherein the server includes a reagent based on the unique ID received from the tag recognition device. A reagent positioning program for outputting position information for each container, a position information transmission program for transmitting position information for each reagent container so that the position information for each reagent container is output to a user terminal or a manager terminal, and a positional information for each reagent container A reagent management program for outputting reagent management information to the controller; a management information transmission program for transmitting the reagent management information such that the reagent management information is output to a user terminal or a manager terminal; and a position information database storing position information for each reagent container. And management information for storing the reagent management information. Step includes a data base, (a) from the tag reader for receiving the unique ID of the tag; (b) outputting location information for each reagent container based on a unique ID of the tag, and storing the location information for each reagent container in a location information database; (c) outputting reagent management information based on the unique ID of the tag, and storing the reagent management information in a management information database; And (d) transmitting the location information or the reagent management information for each reagent container to the user terminal or the manager terminal.

Further, according to the present invention, the tag is an electronic tag attached to a reagent container or reagent handler and corresponding to the sensing device in an RFID manner, wherein the sensing device includes at least a reagent cabinet, an electronic balance, a reagent room door, and a reagent carrier. It is an antenna installed by selecting any one of the adjacent places on the path and a combination thereof, and the tag recognition device may be an RFID reader capable of recognizing a unique ID of the tag.

In addition, according to the present invention, the location information, at least one of the original storage site, the pre-update storage site, the post-update storage site, the current storage site, the measurement site, the reservation site, the allowable place, the warning place and any combination thereof. The management information is at least reagent name, purchase date, manufacturer information, purchase information, purity, purchase unit, capacity, current stock, export status, storage temperature characteristics, precautions, explosiveness, price, reagent characteristics, use It is preferable to select any one of a history, a delivery date month, a receipt date and a month, a distribution period, a residual amount, refill anticipation information, an operator information, and a combination thereof.

According to the present invention, the server further comprises: a tag registration program for registering a unique ID of the tag, a handler registration program for registering a handler, a user authentication program for registering the user terminal, and the administrator terminal for authenticating the manager terminal. An administrator authentication program, a tag registration information database storing tag registration information, a handler information database storing handler information, a user information database storing user information, and an administrator information database storing administrator information; In step a), registering the tag or the handler, authenticating the user terminal or the administrator terminal, and transmitting information about the tag or the handler registered to the user terminal or the administrator terminal authenticated in the step (d). desirable.

Further, according to the present invention, the electronic scale is installed in the vicinity of the sensing device, and measuring the weight of the reagent or reagent container; further comprising, the server, the weight information of the reagent or reagent container received from the electronic balance A reagent remaining amount checking program for outputting residual amount information of the reagent as a reference, and a reagent remaining amount information database storing the reagent remaining amount information; and in step (a), a unique ID of the tag detected by the sensing device; Receiving the weight information of the electronic balance corresponding to the reagent, in step (b), the reagent residual amount information is output based on the unique ID of the tag, and the reagent residual amount information is stored in the reagent residual amount information database, In step (d), it is preferable to transmit the reagent residual amount information to the user terminal or the manager terminal. The.

In addition, according to the present invention, a display notification device is installed in the reagent room, and informs the location of a specific reagent; the server further comprises a search program for searching for a reagent desired by the user or the administrator, and the searched reagent A location notification program for outputting a location notification signal to the display notification device, a search information database for storing the search information, and a location notification information database for storing the location notification information, (e) the user terminal or And receiving a search command from an administrator terminal, outputting searched search information, and transmitting a notification signal to the display notification device corresponding to the search information.

Further, according to the present invention, the use closing device such as an automatic door lock installed in the reagent cabinet or the entrance door; And an alarm device that detects unauthorized reagent handling or strangers and warns it with a hardener or horn. The server further includes an alarm program that detects unauthorized reagent handling or strangers and warns it. And a usage closing program for outputting a closing signal to the usage closing device when the alarm program is operated, and (f) receiving warning information from the alarming device and outputting a warning or alarm signal, and closing the signal to the usage closing device. Outputting; it is possible to further comprise.

According to the present invention, the server stores a reagent return program for guiding and confirming a series of procedures for returning reagents, a reagent transport program for guiding and confirming a series of procedures for transporting reagents, and reagent return information. A return information database for storing the return information database, and a return information database for storing the reagent export information, and before the step (a), transmit the return information for the return of the reagent or the export information for the export of the reagent to the user (handle) terminal. It is possible to do

On the other hand, the reagent field management system using the network of the present invention for achieving the above object, including a user terminal, at least one mobile terminal, a notebook computer, a personal computer, etc., including at least one mobile terminal, a notebook, a personal computer A reagent field management system using a network for managing a reagent field including a manager terminal and a server connected through a network, the system comprising: a tag installed in a reagent container and having a unique ID; A sensing device installed at a specific location of the reagent chamber or the reagent chamber; And a tag recognition device for receiving the unique ID of the tag through the detection device and outputting reagent management information for each of the reagents, wherein the server includes a reagent based on the unique ID received from the tag recognition device. A reagent positioning program for outputting position information for each container, a position information transmission program for transmitting position information for each reagent container so that the position information for each reagent container is output to a user terminal or a manager terminal, and a positional information for each reagent container A reagent management program for outputting reagent management information to the controller; a management information transmission program for transmitting the reagent management information such that the reagent management information is output to a user terminal or a manager terminal; and a position information database storing position information for each reagent container. And management information for storing the reagent management information. And a database, receiving a unique ID of the tag from the tag recognition device, outputting location information for each reagent container based on the unique ID of the tag, and storing the location information for each reagent container in a location information database. Outputting reagent management information based on a unique ID of the tag, storing the reagent management information in a management information database, and transmitting location information or reagent management information for each reagent container to the user terminal or an administrator terminal. It is characterized by.

As described above, according to the method and system for managing reagent fields using the network according to the present invention, it is possible to manage reagents safely and conveniently, to automate reagent management by RFID, and to purchase and replenish reagents through the remaining amount of reagents. It is easy to manage, control the risks of reagent management in advance, and have the effect of enabling real-time management such as remote monitoring of reagent cell or reagent chamber using network.

Hereinafter, a method and a system for managing a reagent field using a network according to the present invention will be described in detail with reference to the accompanying drawings.

First, as shown in FIG. 1, a reagent field management system using a network according to an exemplary embodiment of the present invention includes a user terminal 10, an administrator terminal 20, a tag 1, and a detection device. (2) and tag recognition device (3), electronic scale (4), display notification device (5), use closure device (6), alarm device (8), network (30) and server (40) ).

In this case, the server 30 is provided to a company which manages the reagent and the reagent container 103 by making a database of the location information and management information of the reagent using the present invention.

In addition, the user terminal 10 is a wired or wireless terminal of a person who is connected to the server 40 to receive the position information and management information of the reagent.

The manager terminal 20 is a wired / wireless terminal for a person who connects to the server 40 to receive location information and management information of a reagent, and handles and manages the reagent.

In addition, the handler 7 who handles the reagent is a person who is registered in advance and allowed to pass through the door 102 or handle the reagent, and is a person who carries the tag 1 attached to a nameplate or a card or other mark. .

On the other hand, the tag 1 (Tag) is installed in the reagent container, has a unique ID, attached to the reagent container 103 or the reagent handler 7, RFID (Radio Propagation, Radio Frequency Identification) method It is preferable that the electronic tag corresponding to the sensing device.

In addition, the sensing device 2, which is installed at a specific position of the reagent chamber 100 or the reagent chamber 101, may include a reagent chamber 100, an electronic scale 4, a reagent chamber door 102, and other reagent delivery paths. It is preferable that the antenna is installed in a place adjacent to the image sensing the tag.

The tag recognition device 3 receives the unique ID of the tag 1 through the detection device 2 and outputs reagent management information for each of the reagents. It is desirable to be an RFID reader capable of recognizing a unique ID.

In addition, the electronic scale 4 is installed near the sensing device and measures the weight of the reagent or the reagent container 103.

In addition, the display notification device 5 is installed in the reagent field 100, and is a device that informs the position of a specific reagent.

In addition, the use closing device 6 is a locking device such as an automatic door lock provided in the reagent chamber 100 or the door 102.

In addition, the alarm device 8 is a device that detects unauthorized reagent handlers or strangers and warns them with a horn or a horn.

Although not shown in the figure, a camera or the like which informs the state inside the door 102 or the reagent chamber 101 may be further provided.

On the other hand, the server 40, the user terminal 10, the administrator terminal 20, the electronic scale 4, the display notification device 5, the use closing device 6, the alarm device 8 ) May be connected to each other by wire or wireless through the network 30 or a separate data communication line.

That is, the terminals 10, 20 and various devices 4, 5, 6, and 8 connected to the network 30 may transmit voice and video information such as a general telephone, a mobile phone, or a PDA phone. It is preferable that the wired / wireless communication network is provided, and in addition, it may be an Internet network having an Internet browser (Netscape, Internet Explorer, etc.) capable of displaying web content in the form of HTML, XML, or the like.

On the other hand, the server 40 includes a controller and a database composed of various programs for managing the reagents.

The program constitutes a control unit of the server 40. The control unit includes a tag registration program 41 that registers a unique ID of the tag, including a main program that operates various programs, although not shown. A handler registration program 42 for registering a handler, a user authentication program 43 for registering the user terminal, an administrator authentication program 44 for authenticating the manager terminal, and a unique ID received from the tag recognition device. Reagent positioning program 45 for outputting the position information for each reagent container on the basis of the reference, and position information transmission program for transmitting the position information for each reagent container so that the position information for each reagent container is output to the user terminal or the administrator terminal (46) And reagent management program that outputs reagent management information based on the location information of each reagent container. A gram 47, a management information transmission program 48 for transmitting the reagent management information so that the reagent management information is output to a user terminal or an administrator terminal, and the weight information of the reagent or reagent container received from the electronic balance Reagent residual amount confirmation program 49 for outputting the residual amount information of the reagents, the search program 50 for searching the reagents desired by the user or the administrator, and the position to output the position notification signal to the display notification device corresponding to the retrieved reagent A notification program 51, an alarm program 52 for detecting and warning unauthorized reagent handling or strangers, a usage closure program 53 for outputting a closure signal to the usage closure device when the alarm program is activated, A reagent return program 54 for guiding and confirming a series of procedures for returning reagents, and a series of reagents And the like reagents out program 55 to guide and verify the information.

On the other hand, the database includes a tag registration information database 56 for storing tag registration information, a handler information database 57 for storing handler information, a user information database 58 for storing user information, and administrator information. A manager information database 59 for storing, a position information database 60 for storing positional information for each of the reagent containers, a management information database 61 for storing the reagent management information, and a reagent remaining amount for storing the reagent remaining amount information An information database 62, a search information database 63 for storing the search information, a location notification information database 64 for storing the location notification information, a return information database 65 for storing reagent return information, And an export information database 66 for storing reagent export information.

As a result, the server 40 includes a program and a database constituting a control unit and is implemented in the form of voice, photo, video, text, ARS, etc. on a wired or wireless network such as a wired / wireless telephone communication network or the Internet to users and administrators. It may also be implemented in the form of a homepage that provides animation information, audio information, video information, text information, and the like.

Therefore, the administrator first installs the tag 1 in the reagent container 103, and weighs the reagent with the electronic scale 4 to check the reagent and the remaining amount of the reagent, and automatically registers it. A tag or tag attached to the tag 1 is issued, and the reagent container 103 and the handler 7 are registered on a computer basis.

Subsequently, when the reagent container 103 is stored in the reagent container 100, the sensing device 2 detects the reagent container 103 and the reagent container position for the reagent container 103 may be automatically input.

Subsequently, when the handler 3 uses the position notification program 51 to find a desired reagent to carry out or return the reagent, for example, the blinking display notification device 5 is displayed or the display notification device 5 is displayed. The location of the reagent can be easily determined by referring to the displayed location number.

Of course, when the designated tag signal of the handler 3 entering and exiting with the reagent is not caught or the scheduled handler is not received, the door 102 and the reagent chamber 100 are closed by the alarm program 52. This can prevent theft and damage of reagents.

On the other hand, when the reagents are returned, the operator 3 measures the reagents with the electronic scale 4 before returning the reagents, so that the remaining amount of the reagents can be automatically confirmed by the reagent residual amount checking program 49, which On the basis of this, the replenishment timing of the reagent can be confirmed.

In addition, during the movement of the reagent, it is possible to determine the current position of the reagent in real time using the door 102, the reagent field 100 and a plurality of sensing devices 2 installed on the movement path of other reagents.

A series of procedures according to the return and release of the reagents are guided in the order determined by the reagent return program 54 and the reagent export program 55. If the reagents are detected out of this order, the alarm program It is also possible for 52 to work.

That is, for example, when returning reagents, the reagents must be measured on the electronic balance 4 to check the residual amount of the reagents before being stored in the reagent chamber 100, and the handler 3 ignores the reagents without measuring the reagents. When stored in the reagent field 100, it can be alerted by warning or alarm.

In addition, if there is no return of the reagent within the designated time after the release of the reagent, it can also be warned by warning or alarm.

Therefore, the management of reagents can be thoroughly carried out by such an automated program, and it is also effective to prevent a person from missing or forgetting a handwriting.

In addition, it is possible to systematically manage the reagents and to store the reagents more stably and precisely by making them database by using the location information of the reagents and the management information.

That is, the location information includes the original storage place, the storage place before the update, the storage place after the update, the current storage place, the measurement place, the reservation place, the accepted place, the warning place, the recommended location recommendation information, etc. For example, it is possible to manage a reserved future position and a recommended position, for example, to select and recommend a suitable position at the time of receipt of the reagent.

In addition, the said management information, reagent name, purchase date, manufacturer information, purchase place information, purity, purchase unit, capacity, current stock amount, export state, storage temperature characteristics, precautions, explosiveness, price, reagent characteristics, usage history, date of delivery Detailed management and preservation of reagents is included, including city, year, month, date of receipt, shelf life, estimated refill information, handler information, molecular formula information, MSDS, caution warning information and handling procedure information.

On the other hand, as shown in Figure 2, when the reagent field management method using the network of the present invention is shown in order, first, a tag having a unique ID in the reagent container is installed, the sensing device at a specific position of the reagent chamber or reagent chamber Install a tag recognition device for receiving the unique ID of the tag through the detection device and output the reagent management information for each of the reagents to configure a server for managing the reagent field using the network, (a Receiving a unique ID of the tag from the tag recognition device, (b) outputting location information for each reagent container based on the unique ID of the tag, and storing location information for each reagent container in a location information database; (C) outputting reagent management information based on the unique ID of the tag, and storing the reagent management information in a management information database. (D) transmitting the location information or the reagent management information for each of the reagent containers to the user terminal or the manager terminal, and (e) receiving a search command from the user terminal or the manager terminal and outputting searched search information. Transmitting a notification signal to the display notification device corresponding to the search information; and (f) receiving warning information from the alarm device and outputting a warning or alarm signal, and outputting a closing signal to the use closure device. It is made to include.

In addition, in step (a), the tag or the handler is registered, the user terminal or the manager terminal is authenticated, and information about the tag or the handler registered as the user terminal or the manager terminal authenticated in the step (d) is obtained. It is also desirable to transmit.

In addition, in step (a), the unique ID of the tag detected by the sensing device and the reagent weight information of the electronic scale corresponding thereto are received, and in step (b), based on the unique ID of the tag Output the reagent residual amount information, store the reagent residual amount information in the reagent residual amount information database, and in step (d), transmit the reagent residual amount information to the user terminal or the manager terminal.

In addition, before the step (a), it is preferable to transmit the return information for the return of the reagent or the export information for the reagent to the user (handle) terminal.

An example of the method for managing the reagent field using the network of the present invention will be described in more detail. First, as shown in FIG. 3, when the existing reagent is already taken out and the tested reagent is returned to the reagent field, When the entrance of the reagent room with the reagent enters, the unique ID of the tag that the handler has detected by the detection device installed in the door to identify the operator (S11).

At this time, the server can also detect the reagent to be returned by detecting the unique ID of the tag attached to the reagent container to be returned by the handler with the detection device installed in the door (S12).

Subsequently, when the operator selects the return program through a user terminal or a manager terminal installed in the reagent chamber (S13), the reagent containers to be returned are sequentially placed on the electronic balance according to the guidance, and the weight is measured (S14). ).

At this time, the server can calculate the used amount of the reagent to be returned by, for example, calculating the difference in weight before and after the export.

Subsequently, the operator can receive the original position of the reagent container identified by the return program and return the reagent to the position designated by the display notification device (S15).

At this time, the server may guide the display notification device installed in the reagent chamber, for example, by blinking or to indicate the designated position.

Management information on the reagents returned in this way, for example, as shown in Figure 5, can automatically update the information on who used (when the date of release, when the date of return) and how much (S16), the residual amount of the reagent Check it to be able to predict the replenishment time (S17).

Subsequently, the handler who finished the return can confirm that the handler exits the reagent chamber through the door and record whether the return is completed (S18).

On the other hand, as shown in Figure 4, when the reagent is taken out from the reagent room for the test, when the handler enters the reagent door with the reagent, the detection of the unique ID of the tag possessed by the handler installed in the door Detected by the device to check the handler (S21).

At this time, since the handler is not holding the reagent container, it is possible to recognize that the server is trying to take out.

Subsequently, the operator can search for a reagent to be exported through a user terminal or a manager terminal installed in the reagent chamber (S22), search for a desired reagent, and then select the export program (S23), The location designated by the display notification device can be easily found by receiving the current storage location (S24).

At this time, the server may guide the display notification device installed in the reagent chamber, for example, by blinking or to indicate the designated position.

Subsequently, the operator measures the reagent information to be taken out and the amount of reagent before being taken out using the electronic balance before carrying out (S25).

Therefore, later, when the handler returns, the difference in weight between for example and before export can be calculated to calculate the amount used of the reagent to be returned.

Subsequently, as shown in FIG. 5, for example, as shown in FIG. 5, the management information on the reagent thus exported can be automatically updated with information about who used it (when release date and return date) and how much (S26).

Subsequently, it is confirmed that the handler who has completed the carrying out process exits the reagent chamber through the door (S27). At this time, the unique ID of the tag attached to the carrying out reagent container to be taken out together with the handler is detected by the detection device installed at the door. The reagent can be recognized by the server is carried out (S28).

These steps make it very easy for the user to monitor the entire process of the import, export and management of reagents, the administrator can automate the management of reagents, and control access to prevent safety or theft incidents. This can be prevented in advance, and the amount of reagent remaining can be measured to determine when to replenish the reagent.

The present invention is not limited to the above-described embodiments, and of course, modifications may be made by those skilled in the art without departing from the spirit of the present invention.

Therefore, the scope of the claims in the present invention will not be defined within the scope of the detailed description, but will be defined by the following claims and the technical spirit thereof.

1 is a conceptual diagram showing a reagent field management system using a network according to an embodiment of the present invention.

2 is a block diagram showing a method for managing a reagent field using a network of the present invention.

3 is a flowchart showing an example of a reagent return process in a reagent field management method using a network of the present invention.

4 is a flowchart showing an example of a reagent discharging process in a reagent field management method using a network of the present invention.

FIG. 5 is a table showing an example of position information and management information of a reagent field management system using the network of FIG. 1.

Claims (9)

A reagent terminal using a network for managing a reagent field including a user terminal including at least one mobile terminal, a notebook computer, a personal computer, a manager terminal including at least one mobile terminal, a notebook computer, a personal computer, and the like, and a server connected through a network. In the management method, A tag installed in the reagent vessel and having a unique ID; A sensing device installed at a specific location of the reagent chamber or the reagent chamber; And a tag recognition device for receiving a unique ID of the tag through the detection device and outputting reagent management information for each of the reagents. The server, a reagent positioning program for outputting the location information for each reagent container based on the unique ID received from the tag recognition device, and the location for each reagent container so that the location information for each reagent container is output to the user terminal or the manager terminal A location information transmission program for transmitting information, a reagent management program for outputting reagent management information based on location information for each reagent container, and a management for transmitting the reagent management information such that the reagent management information is output to a user terminal or a manager terminal; An information transmission program, a location information database for storing location information for each reagent container, and a management information database for storing the reagent management information, (a) receiving a unique ID of the tag from the tag recognition device; (b) outputting location information for each reagent container based on a unique ID of the tag, and storing the location information for each reagent container in a location information database; (c) outputting reagent management information based on the unique ID of the tag, and storing the reagent management information in a management information database; And (d) transmitting the reagent container position information or reagent management information to the user terminal or the administrator terminal; reagent field management method using a network comprising a. The method of claim 1, The tag is attached to a reagent container or reagent handler, and is an electronic tag corresponding to the sensing device in an RFID manner, The sensing device is an antenna installed by selecting at least any one of adjacent places on the reagent cabinet, the electronic balance, the reagent chamber door and the reagent delivery path, and a combination thereof, The tag recognition apparatus is a reagent field management method using a network, characterized in that the RFID reader that can recognize the unique ID of the tag. The method of claim 1, The location information may be selected from at least one of an original storage location, a storage location before an update, a storage location after an update, a current storage location, a measurement location, a reservation location, an allowable location, a warning location, suitable location recommendation information, and a combination thereof. Done, The management information includes at least a reagent name, a purchase date, a manufacturer information, a purchaser information, purity, a purchase unit, a capacity, a current stock amount, a carrying out state, storage temperature characteristic, precautions, explosiveness, a price, a reagent characteristic, a use history, a delivery date Reagent field management method using a network, characterized in that the selection of any one of the year, date of receipt, distribution period, residual amount, refill expected information, handler information, molecular formula information, MSDS, caution warning information, handling procedure information and combinations thereof . The method of claim 1, The server includes a tag registration program for registering a unique ID of the tag, a handler registration program for registering a handler, a user authentication program for registering the user terminal, an administrator authentication program for authenticating the administrator terminal, a tag registration A tag registration information database for storing information, a handler information database for storing handler information, a user information database for storing user information, and an administrator information database for storing administrator information, In the step (a), the tag or handler is registered, the user terminal or administrator terminal is authenticated, Reagent field management method using a network, characterized in that for transmitting the information about the tag or handler registered to the user terminal or administrator terminal authenticated in the step (d). The method of claim 1, An electronic scale installed near the sensing device and measuring a weight of a reagent or a reagent container; The server includes a reagent remaining amount checking program for outputting residual amount information of the reagent based on the weight information of the reagent or reagent container received from the electronic balance, and a reagent remaining amount information database storing the reagent remaining amount information. In the step (a), receiving the unique ID of the tag detected by the sensing device and the reagent weight information of the electronic balance corresponding thereto, In step (b), the reagent residual amount information is output based on the unique ID of the tag, and the reagent residual amount information is stored in the reagent residual amount information database. In step (d), the reagent field management method using a network, characterized in that for transmitting the reagent residual amount information to the user terminal or the administrator terminal. The method of claim 1, Installed in the reagent field, and further comprises a display notification device for indicating the location of a specific reagent, The server may include a search program for searching for a reagent desired by a user or an administrator, a location notification program for outputting a location notification signal to the display notification device corresponding to the searched reagent, a search information database for storing the search information, and A location notification information database for storing location notification information; (e) receiving a search command from the user terminal or the administrator terminal, outputting searched search information, and transmitting a notification signal to the display notification device corresponding to the search information; Reagent field management method used. The method of claim 1, A use closure device such as an automatic door lock installed at a reagent cell or an entrance door; And It further comprises an alarm device for detecting unauthorized reagent handling or strangers, and warns it with a horn or horn, The server includes an alarm program that detects and handles unauthorized reagent handling or strangers, and a usage closure program that outputs a closure signal to the usage closure device upon operation of the alarm program, (f) receiving warning information from the alarm device and outputting a beep or alarm signal, and outputting a closing signal to the used closure device; and the reagent field management method using a network further comprising. The method of claim 1, The server includes a reagent return program for guiding and confirming a series of procedures for returning reagents, a reagent transport program for guiding and verifying a series of procedures for transporting reagents, a return information database for storing reagent return information, and a reagent. An export information database for storing export information, Before the step (a), the method for managing the reagent field using a network, characterized in that the return information for the return of the reagent or the return of the reagent to the user (handle) terminal. A reagent terminal using a network for managing a reagent field including a user terminal including at least one mobile terminal, a notebook computer, a personal computer, a manager terminal including at least one mobile terminal, a notebook computer, a personal computer, and the like, and a server connected through a network. In the management system, A tag installed in the reagent vessel and having a unique ID; A sensing device installed at a specific location of the reagent chamber or the reagent chamber; And a tag recognition device for receiving a unique ID of the tag through the detection device and outputting reagent management information for each of the reagents. The server, a reagent positioning program for outputting the location information for each reagent container based on the unique ID received from the tag recognition device, and the location for each reagent container so that the location information for each reagent container is output to the user terminal or the manager terminal A location information transmission program for transmitting information, a reagent management program for outputting reagent management information based on location information for each reagent container, and a management for transmitting the reagent management information such that the reagent management information is output to a user terminal or a manager terminal; An information transmission program, a location information database for storing location information for each reagent container, and a management information database for storing the reagent management information, Receiving a unique ID of the tag from the tag recognition device, outputting location information for each reagent container based on the unique ID of the tag, storing the location information for each reagent container in a location information database, and storing the unique ID of the tag Outputting reagent management information based on the reference, storing the reagent management information in a management information database, and transmitting the location information or reagent management information for each reagent container to the user terminal or an administrator terminal. Reagent Field Management System.

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