KR20020007823A - Security/ monitering system using fingerprint and control method thereof - Google Patents

Abstract

PURPOSE: A securing/monitoring system using a fingerprint recognition and a method for controlling the system are provided to sense whether a visitor moves through a certain path in a predetermined area by controlling an entrance and exit of visitors in accordance with security grades in a security area and recording an entrance and exit state of visitors in real time. CONSTITUTION: In a security and monitoring system using a fingerprint recognition, a server(120) compares received fingerprint data with a pre-stored registered fingerprint DB(101), and controls for transmitting an access permission signal or an access disapproval signal to a fingerprint data receiving unit, and records a visitor in a visitor managing DB(102), and displays contents recorded in the visitor managing DB(102) on a display unit(103). A server fingerprint sensing unit(104) senses a fingerprint and transmits the fingerprint to the server(120). The entrance fingerprint sensing unit(106) is connected to the server(120) and converts a fingerprint of a visitor into fingerprint data and transmits the data to the server(120). A door fingerprint sensing unit(108) transmits fingerprint data of a visitor to the server(120). Door lock control units(110) are installed in the entrance(105) and at least one doors(107) controls a lock and unlock of a door lock(109) in accordance with a signal received from the server(120). A display unit(111) is connected to the door lock control units(110) and displays a message corresponded to at least one signal received by eyesight or a hearing sense to a visitor in accordance with a signal received from the door lock control units(110).

Description

Security / monitoring system using fingerprint recognition and its control method {SECURITY / MONITERING SYSTEM USING FINGERPRINT AND CONTROL METHOD THEREOF}

The present invention relates to a security and monitoring system using fingerprint recognition, and more particularly, at least one or more doors and personal computers to recognize the fingerprint of the person and the user to be transmitted to the server, the server is assigned to the transmitted fingerprint data The access control and access authority of the door and the personal computer and network logon are controlled according to the access right and use authority, and the system administrator and the authorized person are authorized to record the work history and user in each door and personal computer in real time. The present invention relates to a security and monitoring system using fingerprint recognition that can be displayed for monitoring at the request of a user.

It is a very common fact that the fingerprint reader installed in the door receives the fingerprint of the person and controls the opening and closing of the door according to whether or not the predetermined fingerprint data is matched, thereby blocking the access to the security area at the source.

However, if the inside of the security zone is divided into a number of other security zones, and the security level is different for each security zone, the fingerprints of the authorized persons should be registered, updated and deleted for each fingerprint reader installed in each door. There is a cumbersome problem, it is not possible to know who entered the above security zone, it was virtually impossible to find out who is doing what and where.

In addition, it is possible to exchange data by establishing a network between computers, and when the Internet becomes available to all computers, it is impossible to know at all which user is connected to which computer and what they do. It becomes impossible to know which computer (END USER) has accessed and what information has been accessed.

In addition, the development of the Internet technology causes various online crimes to connect to the server using the Internet, and then various harmful crimes (hacking), causing problems such as bringing down users' systems or leaking security secrets to the outside. Will occur.

The present invention devised to solve the above problems is to achieve the access control of the security zone according to the security level of the accessor, to record the access status of the accessor in real time to determine which path the accessor moved in the predetermined zone. In addition, the user of the personal computer connected to the network is recorded in real time, so that the user's work status can be grasped by recording in real time the access rights of the personal computer and the work history using the personal computer accordingly. Provides the purpose of immediately monitoring when, where and how the accessor or user entered, as well as how to do things, and to block access to the server via the Internet to prevent hacking accidents. do.

According to the present invention, the third fingerprint recognition unit is installed in each of the at least one or more doors 107 to transmit the pre-assigned identification code and fingerprint data to a specific IP address on the network when the fingerprint of the accessor is input. 116 and at least one of the main body 112a and the peripheral devices connected to the main body 112a of the personal computer 112, and the user's fingerprint data when the user requests the use of the personal computer 112. A fourth fingerprint recognition unit 117 for transmitting the IP address and fingerprint data previously assigned to the personal computer 112 to the specific IP address on the network, and the third and fourth fingerprint recognition units (112). 116) 117 compares the identification code or IP address and fingerprint data with the fingerprint data of the pre-stored registration fingerprint DB (101), and then receives any one of an access permission signal and an access denied signal for each access right. Or IP address side Returned to, and records the accessor list by door 107 and the user status by personal computer 112 in the accessor management DB (102) and user management DB (114), accessor management DB (102), user management DB (114) Network server 120 connected to the network to the at least one or more doors 107 and the personal computer 112 to display the status of the work by the display unit 103 in at least one of a real time and a predetermined time range (NETWORK) SERVER) and the fifth fingerprint recognition installed on at least one of the main body of the network server 120 and a peripheral device connected to the main body to transmit fingerprint data of a specific user (system administrator) to the server 120 to receive an access permission. The door lock control unit configured to receive an access grant signal and an access grant signal to the third fingerprint recognition unit 116 by either wired or wireless, thereby controlling locking / unlocking of the door lock 109. 11 0) and a display unit 111 connected to the door lock control unit 110 to display a message corresponding to a signal received by at least one of visual and auditory to a person according to a signal received from the door lock control unit 110. It is achieved by a security and monitoring system using a fingerprint recognition.

And, in the control method of the security and monitoring system using the fingerprint recognition, the registration fingerprint DB 101 of the server 120, the memory unit 119, the identity of the person or user and fingerprint data and the access authority information granted by individual The server may recognize the fingerprint data of the access requestor in the fingerprint registration module 106a of the entrance fingerprint recognition unit 106 registered by the accessor registration step S1 and the entrance registration step S1. Entrance fingerprint entry step (S3) and transmits the fingerprint data of the person received at the server 120 by the entrance entry request step (S3) and the fingerprint data registered in the registration fingerprint DB (101) After the first authentication step (S4) and the first authentication step (S4) to return any one of the access permission signal and the access denied signal to the door fingerprint recognition unit 106 according to the match or not. If this permission is granted, the visitor's information and access time Accessor management step (S5) to be recorded in the database (102), and the fingerprint data of the accessor by the door 107 entry request of the accessor is allowed access to the entrance 105 by the first authentication step (S4) The door fingerprint recognition unit 108 of the fingerprint recognition module sensor 108a of the door access request step (S6) and the door access request step (S6) to the server 120 by the door access request step (S6). Only when the fingerprint data of the received person is compared with the fingerprint data registered in the registered fingerprint DB 101 and only matched, the access permission signal and the access denied according to the access right set in the corresponding fingerprint data and the security level of the door 107. A second authentication step (S7) to return any one of the signals to the door fingerprint recognition unit 108, and when the access requester is allowed in the second authentication step (S7), accessor information and access time and accessor management DB Floating personnel management step (S8) to be added to 102 and the front door The signal received by at least one of the recognition unit 106 and the door fingerprint recognition unit 108 is transmitted to the door lock control unit 110 to unlock the door lock 109 when the access permission signal, and the display unit 111 when the access denied signal. In the door lock control step (S9) to control the notification of the message, and the accessor status of the entrance 105 and the accessor status of the door 107 by the specific person set the access authority in the accessor registration step (S1) Monitoring step (S10) is displayed on the display unit 103 to record the contents of the DB 102 and the user management DB 114, the entrance fingerprint recognition unit 106, the door fingerprint registered in the accessor registration step (S1) According to the signal transmitted from the recognition unit 108, the server fingerprint recognition unit 104 to the server 120 branched to the door entry request step (S3), door access request step (S6), monitoring step (S10) and the corresponding work Fingerprint consisting of a pseudo judgment step (S2) to perform It is preferable to include a method of controlling security and monitoring system using the formula:

1 is a diagram showing a configuration of the present invention.

2 is a diagram showing a configuration of an embodiment of the present invention.

Figure 3 is a diagram showing the configuration of another embodiment of the present invention.

4 is a flowchart illustrating a control method of the present invention.

5 is a flowchart showing a control method of the embodiment of the present invention.

6 is a flow chart showing a control method of another embodiment of the present invention.

7 is a detailed flowchart illustrating the control method of the present invention.

8 is a detailed flowchart showing a control method of the present invention.

9 is a detailed flowchart showing a control method of the embodiment of the present invention.

10 is a detailed flowchart showing a control method of the embodiment of the present invention.

11 is a detailed flowchart showing a control method of the embodiment of the present invention.

12 is a detailed flowchart showing a control method according to another embodiment of the present invention.

Figure 13 is a detailed flowchart showing a control method of another embodiment of the present invention.

14 is a detailed flowchart showing a control method of another embodiment of the present invention.

15 is a detailed flowchart showing a control method of another embodiment of the present invention.

16 is a detailed flowchart showing a control method of another embodiment of the present invention.

Explanation of Drawings

101-Registered fingerprint DB 102-Participant management DB 103-Display unit

104-Server Fingerprint Recognition Unit (Fingerprint Recognition Mouse)

106-Entrance fingerprint recognition unit 106a-Entrance fingerprint recognition sensor

107-door 108-door fingerprint recognition part 108a-door fingerprint recognition module sensor

109-door lock 110-door lock control 111-display

112-personal computer 113-first fingerprint recognition (fingerprint recognition mouse)

114-User Management DB 115-Second Fingerprint Recognition (Fingerprint Recognition Mouse)

116-Third Fingerprint Recognition Unit 116a-Door Fingerprint Recognition Module

117-Fingerprint Recognition Mouse (Fingerprint Recognition Mouse) 118-Fifth Fingerprint Recognition Mouse (Fingerprint Recognition Mouse)

119-Memory 120-Server (Network Server)

121- Fingerprint recognition mouse (fingerprint recognition mouse) 122- Fingerprint recognition mouse (fingerprint recognition mouse)

123-Eighth Fingerprint Recognition (Fingerprint Recognition Mouse)

Hereinafter, the configuration of the present invention will be described in the accompanying drawings, Figures 1 to 6 as follows.

In the security and monitoring system using fingerprint recognition, the received fingerprint data is compared with the pre-stored registration fingerprint DB 101 to return any one of an access permission signal and an access denied signal for each access right to the place where the fingerprint data is transmitted. The server 120 for controlling and recording the person in the person management DB 102 and displaying the content recorded in the person management DB 102 on the display 103 in at least one of a real time and a predetermined time range. (server), the server fingerprint recognition unit 104 is installed on at least one or more peripheral devices connected to the server 120 to recognize the fingerprint and transmit to the server 120, and wired and wireless to the server 120 A door fingerprint recognition unit 106 connected to at least one of the doors and installed at the door 105 to convert the fingerprint of the person into data to be transmitted to the server 120 and at least one or more in the security zone. The door fingerprint recognition unit 108 is installed at each door 107 installed between the station and the zone, and transmits fingerprint data of the person passing through the door 107 to the server 120 connected to at least one of wired and wireless. And a door lock control unit 110 installed at each of the porch 105 and at least one door 107 to control locking and unlocking of the door lock 109 according to a predetermined signal received from the server 120. It is connected to the door lock control unit 110 includes a display unit 111 to display a message corresponding to the signal received by at least one of the visual and auditory to the person in accordance with the signal received from the door lock control unit 110.

And, it is disposed remotely from the server 120, is installed on any one of the main body of the computer capable of data communication with the server 120 and the peripheral device connected to the main body to transmit the user's fingerprint to the server through the computer It is preferable to further include a sixth fingerprint recognition unit 121.

In addition, in the security and monitoring system using a fingerprint recognition, it is installed on at least one of the main body 112a and the peripheral devices connected to the main body 112a of the personal computer 112, to request the use of the personal computer 112 When the user inputs a fingerprint, the first fingerprint recognition unit transmits the fingerprint data to the personal computer 112 to transmit the IP address and fingerprint data assigned to the personal computer 112 to a specific IP address (server) on the network ( 113) and compares the IP address and the fingerprint data received from the personal computer 112 with the fingerprint data of the pre-stored registration fingerprint DB 101 and returns any one of an access permission signal and an access permission signal for each access right. Records the list of users allowed to access the personal computer 112 in the user management DB 114, and records the contents recorded in the user management DB 114 in at least one of a real time and a predetermined time range. Installed on at least one of the network server 120 (NETWORK SERVER) connected to the network to the at least one personal computer 112 displayed on the display unit 103, the main body of the network server 120 and peripheral devices connected to the main body And a second fingerprint recognition unit 115 which transmits fingerprint data of a specific user (system administrator) to the server 120 to receive an access permission.

Further, the server 120 is disposed remotely from the network server 120 and installed on any one of a main body of a computer capable of data communication with the server 120 and a peripheral device connected to the main body. It is preferable to further include a seventh fingerprint recognition unit 122 to be transmitted to.

In addition, in the security and monitoring system using a fingerprint recognition, installed in each of the at least one or more doors 107, when the fingerprint of the accessor is input, the third assigned identification code and fingerprint data to be transmitted to a specific IP address on the network It is installed on at least one of the fingerprint recognition unit 116, the main body of the personal computer 112 and the peripheral devices connected to the main body, and the user's fingerprint data when the user requests the use of the personal computer 112 personal computer 112 A fourth fingerprint recognition unit 117 to transmit the IP address and fingerprint data previously assigned to the personal computer 112 to a specific IP address on the network, and the third and fourth fingerprint recognition units 116 ( 117) compares the identification code or IP address and fingerprint data received from the fingerprint data of the pre-stored registration fingerprint DB (101), and identifies any one of the access permission signal and the access permission signal for each access right. To the IP address or IP address side, and records the accessor list for each door (107) and the user status for each personal computer 112 in the accessor management DB (102) and user management DB (114), accessor management DB (102), user Network server connected to the network to the at least one door 107 and the personal computer 112 to display the work status by the management DB 114 in at least one of a real time and a predetermined time range on the display unit 103 (120) (NETWORK SERVER), and installed on at least one of the main body and the peripheral device connected to the main body of the network server 120 to transmit the fingerprint data of a specific user (system administrator) to the server 120 to receive access permission The fifth fingerprint recognition unit 118 and the third fingerprint recognition unit 116 receives an access grant signal and an access grant signal by either wired or wireless, thereby controlling locking / unlocking of the door lock 109. Ha A display unit that is connected to the locked door lock control unit 110 and the door lock control unit 110 to display a message corresponding to the signal received by at least one of visual and auditory according to a signal received from the door lock control unit 110 to the person. And (111).

Further, the server 120 is disposed remotely from the network server 120 and installed on any one of a main body of a computer capable of data communication with the server 120 and a peripheral device connected to the main body. It is preferable to further include an eighth fingerprint recognition unit to be transmitted to.

On the other hand, in the control method of the security and monitoring system using fingerprint recognition, the registration fingerprint DB (101) of the memory unit 119 of the server 120, the identity of the person or user and fingerprint data and access authority information granted by individual The server may recognize the fingerprint data of the access requestor in the fingerprint registration module 106a of the entrance fingerprint recognition unit 106 registered by the accessor registration step S1 and the entrance registration step S1. Entrance fingerprint entry step (S3) and transmits the fingerprint data of the person received at the server 120 by the entrance entry request step (S3) and the fingerprint data registered in the registration fingerprint DB (101) After the first authentication step (S4) and the first authentication step (S4) to return any one of the access permission signal and the access denied signal to the door fingerprint recognition unit 106 according to the match or not. If permission is granted, the visitor information and time The accessor management step (S5) to record in the DB 102, and the fingerprint data of the accessor by the access request to enter the door 107 of the accessor is allowed access to the entrance 105 by the first authentication step (S4). Received by the server 120 by the door access request step (S6) and the door access request step (S6) is recognized by the fingerprint recognition module sensor 108a of the door fingerprint recognition unit 108 and transmitted to the server 120. The fingerprint data of the registered accessor is compared with the fingerprint data registered in the registered fingerprint DB 101 only after matching and the access permission signal and the access denied signal according to the access right set in the corresponding fingerprint data and the security level of the door 107. A second authentication step (S7) to return any one of the door fingerprint recognition unit 108, and when the access requester is allowed in the second authentication step (S7), the accessor information and the access time and accessor management DB ( 102) the floating personnel management step (S8) to be added to, and the door fingerprint Transmitting a signal received by at least one of the planting unit 106 and the door fingerprint recognition unit 108 to the door lock control unit 110 to unlock the door lock 109 when the access permission signal, the display unit 111 when the access denied signal In the door lock control step (S9) to control the notification of the message, and the accessor status of the entrance 105 and the accessor status of the door 107 by the specific person set the access rights in the accessor registration step (S1) and accessor management DB Monitoring step (S10) is displayed on the display unit 103, the record contents of the 102 and the user management DB 114, the entrance fingerprint recognition unit 106 registered in the accessor registration step (S1), door fingerprint recognition According to the signal transmitted from the unit 108, the server fingerprint recognition unit 104 to the server 120 branched to the door entry request step (S3), door access request step (S6), monitoring step (S10) to perform the operation. It includes a pseudo judgment step (S2) to be performed.

Further, the fingerprint data of the user recognized through the sixth fingerprint recognition unit 121 installed at least one of the other personal computer 112 and the other server 120 that is remotely located from the server 120 and the Internet is available. It is preferable to further include an INTERNET ACCESS STEP (S11) for transmitting to a specific IP address (server 120) on the web to allow access to a specific IP address (server 120).

In addition, in the method of controlling the security and monitoring system using fingerprint recognition, the user who can access the personal computer 112 (IP address) to the registration fingerprint DB 101 of the memory unit 119 of the network server 120. User registration step (S20) for adding, updating, and deleting identity and fingerprint data and individual access right information, and recognition in the first and second fingerprint recognition units 113 and 115 registered in the user registration step (S20). The computer usage request step of requesting the use of the personal computer 112 by transmitting the fingerprint data of the use requestor and the IP address of the corresponding computer 112 to the network server 120 (specific IP address) through the personal computer 112. (S22) and compare the fingerprint data and IP address of the user request received to the network server 120 in the computer use request step (S21) with the fingerprint data already registered in the registration fingerprint DB (101) and then access when matched One of the permission signal and the permission signal according to the authority The third authentication step (S23) to return me to the corresponding IP address, and when the use of the user requester is allowed in the third authentication step (S23), the user information and work history of the matched registration fingerprint DB 101 in real time The user management step (S24) to add to the user management DB 114, and when the use signal received by the personal computer 112 (IP address) by the third authentication step (S23) display the unusable message Error display step (S25) to display on (103) and the user connection status and operation of the personal computer 112 recorded in the user management DB 114 by a specific person whose access rights are set in the user registration step (S20) Monitoring step (S26) for displaying the details on the display unit 103 in any one of the real time and a predetermined time range, and the server from the first and second fingerprint recognition unit 113, 115 registered in the user registration step According to the signal sent to the (120) Branches to use emitter request step (S22) and the monitoring step (S26) includes a doctor judging (S21) that enables you to perform the job.

Sub-user registration step (S27) of registering at least one sub-user (SUB END USER) for each access right by a fixed user (FIXED END USER) and a specific person (system administrator) is granted access to the personal computer (112) It is preferable to further include.

In addition, the user's fingerprint data recognized through the seventh fingerprint recognition unit 122 located at at least one of the other personal computer 112 and the other server 120 that is remote from the server 120 and capable of data communication. It is preferable to further include an Internet access step (S27) to be allowed to access the server 120 of a specific IP address by transmitting to a specific IP address in the data communication.

In the control method of a security and monitoring system using fingerprint recognition, an identification code is assigned to a third fingerprint recognition unit 116 installed in at least one or more doors, and at least one personal computer 112 (IP address) is provided. User registration step of adding, updating and deleting the user's identity, fingerprint data, security level, access authority information to the registered fingerprint DB 101 of the network server 120 (Network Server) memory unit 119 (S30). ) And the fingerprint data of the user recognized by the third fingerprint recognition unit 116 registered in the user registration step (S30) and the identification code of the corresponding door 107 to a specific IP address (server 120) Door 107 door access request step (S32) to request entry and exit, the security level of the identification code and fingerprint data transmitted in the door access request step (S32) is compared in the registration fingerprint DB (101) Depending on which of the access and denied signals The fourth authentication step (S33) for returning one to the third fingerprint recognition unit 116 to which the corresponding identification code is assigned, and the access permission signal from the third fingerprint recognition unit 116 by the fourth authentication step (S33). Receives the access disallowed signal to the door lock control unit 110 to inform the access to the access to the display unit 111, access message, and when the access permission signal is received to the door lock control unit 110 to unlock the door lock 109 After the predetermined time has elapsed, the door lock control step (S42) for locking the door lock 109, and the fourth and fifth fingerprint recognition unit of the personal computer 112 and the network server 120 registered in the user registration step (S30). (117) 118 transmits the fingerprint data of the user recognized in at least one of the personal computer 112 and the network server 120 of the corresponding IP address to a specific IP address (server 120) to request the use In the computer use request step (S35), and the computer use request step (S35) The fingerprint data received from the work server 120 and the IP address are compared with the fingerprint data registered in the registration fingerprint DB 101, and then either one of the permission signal and the permission signal according to the match status and the access right is applied to the corresponding IP. When the disallowed signal is received by the personal computer 112 (IP address) and the network server 120 (IP address) by the fifth authentication step (S36) and the fifth authentication step (S36) to return to the address. The error display step (S37) for displaying the unusable message on the display unit 103 of the IP address, and the network server 120 when access and use are permitted in the fourth and fifth authentication steps (S33) (S36). Access and user management step (SS8) to record the accessor in real time in the accessor management DB (102) of the user, the user management DB (114) in real time to record the user's identity and work history, the user registration step (S30) Access management DB by specific person whose access right is set at A monitoring step (S39) of displaying the access status of the user 102 and the usage status and work history of each user and IP address of the user management DB 114 on at least one of a real time and a predetermined time range on the display 103; Door access request step (S32), according to the signal transmitted to the server 120 from the third, fourth, fifth fingerprint recognition unit 116 (117, 118) registered in the user registration step (S30), It includes a pseudo judgment step (S31) to branch to the computer use request step (S35), the monitoring step (S39) to perform the operation.

In addition, the sub-user registration step (S40) for registering at least one sub-user (SUB END USER) by access rights by a fixed user (FIXED END USER) and a specific person (system administrator) is granted access to the personal computer (112) It is preferable to further include.

The fingerprint data of the user recognized through the eighth fingerprint recognition unit 123 located at at least one of another personal computer 112 and another server 120 remotely located from the server 120 and capable of data communication. It is preferable to further include an Internet access step (S4) for transmitting the data to a specific IP address to allow access to the server 120 of a specific IP address.

Among the present invention having the above-described configuration, a security and monitoring system using the fingerprint recognition illustrated in FIGS. 1 and 4 and a control method thereof will be described with reference to FIGS. 7 and 8 as follows.

Herein, the security area is assumed to be a company for the purpose of understanding the present invention, and the accessor is assumed to be an employee of the company, and the door fingerprint recognition unit and the door fingerprint recognition unit are used as a conventional fingerprint reader. Detailed description thereof will be omitted. The server fingerprint recognition unit 104 and the first, second, fourth, fifth, sixth, seventh, and eighth fingerprint recognition units 113, 115, 117, 118, 121, and 122 (123) The present applicant filed as a fingerprint recognition mouse filed on ****** in 2000. In the present invention, a fingerprint recognition unit which scans a fingerprint and converts the fingerprint into a fingerprint data is not limited to a mouse and connected to a main body such as a keyboard and a body. Set as a peripheral device capable of transmitting and receiving, and here, a description will be given by using an example of a previously applied fingerprint mouse.

First, the server 120, the fingerprint recognition program and the monitoring program should be loaded in the memory (S50), the door fingerprint recognition unit 106 installed in the porch 105 and the door fingerprint recognition installed in at least one door 107 The unit 108 should be connected to the server 120 to enable mutual communication.

In addition, the fingerprint fingerprint data of the person who can enter and exit the company and the access authority information of the entrance 105 and the door 107, which are given for each identity and individual, are registered in the registration fingerprint DB 101 of the memory unit 119 of the server 120. In the accessor registration step (S1) of registering the access rights information, where all the employees can enter, while the access is controlled, there is a security zone that allows access only to a specific person, by department in charge The access rights granted to each employee may be different.

Here, since the accessor is registered in the registration fingerprint DB 101 only by the administrator, the administrator must be registered first. Therefore, the fingerprint recognition program of the server 120 is initially waiting for fingerprints to be input from the door fingerprint recognition unit 106, the server fingerprint recognition unit 104, and the door fingerprint recognition unit 108 (S51). When the fingerprint is input, the door fingerprint recognition unit 108 or the door fingerprint recognition unit 106, if there is an input, it is determined that the request for access, the server fingerprint recognition unit 104, if there is a fingerprint input is a pipe. The pseudo judgment step S2 of judging the management mode by S52 is performed.

On the other hand, if any fingerprint data is not registered in the registration fingerprint DB 101, the branch is always branched to the administrator registration (S54), and the emergency password is input (S55). In step S51, the controller waits for input, and if the emergency password matches (S56), the manager's fingerprint is input again (S57) to register the manager (S58).

When the administrator is registered as described above, all users (employees) can be registered by the administrator, and as shown in FIG. 6, the first administrator inputs a fingerprint and receives permission to access the server 120 (S59). Accessor registration step (S1) that allows the user to add, update, delete (S60) the fingerprint data, access authority, identity to the registration fingerprint DB (101) is performed.

Then, when the accessor registration step (S1) is completed and the fingerprint is input at any one of the entrance fingerprint recognition unit 106, the door fingerprint recognition unit 108, the server fingerprint recognition unit 104 (S51) server ( According to the signal transmitted to 120, the decision making step (S3), door entry request step (S6), the monitoring step (S10), the decision step of judging whether to branch to the entry registration step (S1) ( S2) (S52) is performed again, if the person wants to request the entrance of the entrance 105, the fingerprint of his own fingerprint is scanned by the entrance fingerprint recognition unit 106 installed in the entrance 105 (this is a typical Since it is the same as the fingerprint recognition technology, the description thereof will be omitted.), The fingerprint recognized by the door fingerprint recognition unit 106 is transmitted to the server 120 by the door fingerprint recognition unit 106 and the server. Entrance entrance request step (S3) requesting authentication from 120 is performed.

When the fingerprint data of the entrance requestor requesting the entrance of the entrance 105 is transmitted to the server 120 by the entrance entrance request step S3, and the fingerprint is input to the server 120, the fingerprint data is input as shown in FIG. 7. Comparing whether the fingerprint data is registered in the registration fingerprint DB (101) (S53), and if not registered, the first authentication step (S4) of returning the access denied signal to the door lock control unit 110 of the entrance 105 ( S61), and the door lock control unit 110 transmits an access denied signal to the display unit 111 (S62), displays an access denied message to at least one of hearing and time (S63), and then waits for a fingerprint input. The door lock control step S9 is performed to be in the state 100.

In addition, when the fingerprint data of the access requester is registered in the registration fingerprint DB 101, access permission information recorded in the registration fingerprint DB 101 as to whether or not there is an access permission to enter and exit the entrance 105 as shown in FIG. After the identification (S64), and if there is an access authority performs a first authentication step (S4) of returning the access permission signal to the door lock control unit 110 of the entrance 105 (S65), the door lock 109 ) Is unlocked (S66) and the door lock control step (S9) to switch the door lock 109 to the locked state after the predetermined time elapses to close the door 105 (S68).

At this time, the server 120 records the identity of the person identified in the registration fingerprint DB (101) based on the fingerprint data of the access requester in the accessor management DB (102), and the person enters and exits the entrance 105. The accessor management step (S5) of recording an hour in real time is performed.

In addition, the door 107 when an entrance permitting the entrance of the entrance 105 wants to enter any one of different areas (for example, accounting department, general affairs department, human resources department, public relations department, smoking room, president's office, computer room, etc.). When the user's fingerprint is input to the door fingerprint recognition unit 108 installed at the door, the door fingerprint recognition unit 108 recognizes the fingerprint and transmits the fingerprint to the server 120 to request authentication of the fingerprint data from the server 120. Door access request step (S6) (S51 ~ S53) is performed.

When the fingerprint is input to the server 120 by the door access request step (S6), as shown in FIG. 7, it is compared whether the input fingerprint data is registered in the registration fingerprint DB 101 (S53) and then registered. If not, perform a second authentication step (S7) to return the access denied signal to the door lock control unit 110 of the door (107) (S61), accordingly, the door lock control unit 110 to the display unit 111 Transmitting an access denied signal (S62) to display an access denied message to at least one of hearing and time (S63) to a person to perform a door lock control step (S9) to be a fingerprint input standby state (100) (S51). do.

And, if the fingerprint data of the accessor is registered in the registration fingerprint DB 101 as shown in Fig. 7 if there is an access right to access the door 107 (S64), if there is access right After performing the second authentication step (S7) of returning the access permission signal to the door lock control unit 110 of the door 107 (S65), and unlocking the door lock 109 (S66), a predetermined time has elapsed. After the door lock 109 is switched to the locked state (S68) to perform the door lock control step (S9) to close the door 107.

At this time, the server 120 records the identity of the person identified in the registration fingerprint DB (101) based on the fingerprint data of the person who has been allowed access, in the accessor management DB (102), and the person accessing the door ( 107) and performs the flow personnel management step (S8) to record the time of entry and exit in real time.

On the other hand, when the administrator wants to monitor the access status of the entrance 105 and the number of people in the company, as shown in Figure 7, the fingerprint of the administrator by inputting the fingerprint to the server fingerprint recognition unit 104 connected to the server 120 The data is transmitted to the server 120. At this time, the server 120 compares whether the fingerprint data inputted to the server fingerprint recognition unit 104 is the fingerprint data of the manager (S59), and if the fingerprint of the manager is selected (S70) of the manager's monitoring step (S10). By monitoring the contents of the accessor management DB (102) by the monitoring program, if you want to monitor by security zone (S72), for example, to display the list and time of the person entering and exiting the General Administration Department, by user ( S74), for example, perform the monitoring step (S10) for displaying in detail information such as when the user Hong Gil-dong went to work and where to go via the working time or when the time of leaving work Done.

In addition, a computer of another company located remotely from the server 120 also transmits fingerprint data by the sixth fingerprint recognition unit 121 to the server 120 through a computer and the Internet to access from the server 120. The authorized user (administrator) is able to perform the above-described monitoring step (S10) and the user registration step (S1) can perform the Internet access step (S11) that can be performed at a long distance to achieve more convenient management and monitoring The person who has been authorized to monitor the manager or the manager can clearly see who entered the company and who entered where and when in the company. By fundamentally solving the security problem by preventing access to the area, and collectively modify and delete the information of users and persons in the server 120 , It can be added to be able to achieve a more convenient and secure maintenance and management.

On the other hand, the embodiment of the security and monitoring system using the fingerprint recognition and the control method using the present invention shown in Figures 2 and 5 will be described as an example of the company as described above in Figures 9, 10, 11 As follows.

First, each personal computer 112 is connected to the server 120 via a network, the personal computer 112 is assigned an IP address has a fixed IP for each computer 112. And, fingerprint recognition program and monitoring When the program is loaded into the memory unit 119 of the server 120 (S80), a user registration step (S20) of registering the user information for each IP address, the user's access authority, and fingerprint data by the administrator is performed. In this case, the user is registered in the registration fingerprint DB 101 only by an administrator.

Therefore, the server 120 is always waiting for a fingerprint to be input from the first and second fingerprint recognition units 114 and 115 (S81). When the fingerprint is input, the first and second fingerprint recognition are recognized. If there is an input from the 114 and 115, the administrator determines whether the fingerprint is the fingerprint (S82) or the registered fingerprint (S83). The pseudo judgment step (S21) is performed, and the fingerprint of the administrator is registered. If not, the gateway determines whether or not to register the fingerprint (S84), and if the administrator fingerprint is not registered, the access denied signal is returned to the personal computer 112 of the corresponding IP address (S90) and the access denied message is displayed on the display unit. After the display (S91) on, and branches to the fingerprint input standby state (S81), if the administrator registers the fingerprint wait for the input of the emergency password (S85), if the emergency password is input according to the input of the emergency password Branch to the input standby state (S81) or the administrator registers the fingerprint. Allows to register the fingerprint of the administrator to be re-entered (S86) the print (S81 ~ 89).

When the administrator is registered as described above, all users (employees) can be registered by the administrator, and as shown in FIG. 9, the first administrator inputs a fingerprint and receives the permission to access the server 120 (S82). The user registration step (S20) of adding, updating, and deleting the fingerprint data, the access right, and the identity of the user to the registration fingerprint DB 101 is performed (SS93).

When the user registration step (S20) is completed and the fingerprint is input at any one of the first and second fingerprint recognition units 113 and 115 and the fingerprint data is transmitted to the server 120, a signal is transmitted. According to the computer use request step (S22) or the monitoring step (S26) to determine whether to perform the corresponding operation to perform the pseudo judgment step (S21) (S81 ~ S82), the user in the pseudo judgment step (S21) Inputs a user's fingerprint to the first fingerprint recognition unit 113 for use of the computer 112 to which the IP address is assigned, the IP address previously assigned to the computer 112 and from the first fingerprint recognition unit 113. Transmitting the transmitted fingerprint data to the server 120 (specific IP address) performs a computer use request step (S22) (S81 ~ S83) to request the use of the computer 112.

When the fingerprint data and the IP address are transmitted to the server 120 in the computer use request step (S22), the server 120 is a user registered in the registration fingerprint DB 101 as shown in FIG. If it is not the registered user by checking (S83), as shown in FIG. 11, the access denied signal is returned to the computer 112 of the corresponding IP address (S90) and the access denied message of the corresponding IP address computer 112 is checked. If the user performs the error display step (S25) to display on the display unit (S25), and registered in the registration fingerprint DB 101, the user does not have access to the computer 112 of the IP address as shown in FIG. In addition, the error display step (S25) is performed, and in the case of a user having access authority, a third authentication step (S23) of returning an access permission signal to the computer 112 of the corresponding IP address (S4) is performed (S81-). S82-S83-S93-S94).

In addition, when the computer 112 of the corresponding IP address receiving the access permission signal in the third authentication step S23 logs the user on to the computer 112 and the network (S95), the server 120 may log on time. A user management step of recording user information, a user's work history, a user program, and the like into the user management DB 114 (S96) is performed (S24).

At this time, the computer 112 to which the IP address is assigned can be selected (S97) by the user's intention of being granted access. Accordingly, the information of the user is stored in the registration fingerprint DB 101. Sub-user identification information, fingerprint data information, and sub-user registration steps (S98) can be performed by subdividing each access right, such as program and file access rights, and thus (S98). A user may access another person's computer 112 according to an access right assigned by the user even if the user's computer 112 is not.

In addition, when the user transmits the fingerprint to the server 120 to the second fingerprint recognition unit 115 connected to the server 120, the server 120 in the third authentication step (S23) from the administrator or the administrator from the server ( After confirming that the user is authorized to access 120), the user can log on (S81-S82), and at this time, the server 120 logs on the user history and the log-on / logout time of the user or administrator logged on to the user management DB 114. Record it.

On the other hand, the administrator is set the right to log on any computer 112, access the server 120 from any computer 112, the user's work history and user programs by IP address, logon / logout time, A monitoring step of requesting the logged-on user list or the like to the server 120 to display the contents of the user management DB 114 recorded in the server 120 on the display unit 103 of the logged-on computer 112 ( S26) can be performed (S99 to S104).

That is, if the administrator is authenticated from the server 120, the contents recorded in the user management DB 114 by the IP address (S100, S101) by specifying the user list and the job history of the corresponding IP address by the monitoring program (S102) By specifying the user (S103), the user can perform the monitoring step (S26), which enables the user to log in / out the access status and work history for each IP address (S104).

In addition, a computer 112 installed remotely from the server 120 (where the network with the company's server is not established) can access and monitor the server 120 using the Internet, and the computer installed remotely ( The fingerprint of the user is input to the computer 112 through the seventh fingerprint recognition unit 122 of 112, and the computer 112 transmits the fingerprint data to the server 120 to which the fixed IP is assigned through the Internet. When performing the Internet access step (S28) that is granted access from the 120, access the user management DB 114 and the registration storage DB 101 stored in the server 120 (ACCESS) and the monitoring step (S26) and It is possible to perform the user registration step (S20).

Thus, administrators or users who are authorized to monitor can remotely manage / monitor all the work in the company from anywhere.

Meanwhile, another embodiment of the security and monitoring system using the fingerprint recognition and the control method of the present invention shown in FIGS. 3 and 6 will be described with reference to FIGS.

First, the third fingerprint recognition unit 116 of the personal computer 112, the door 107 and the server 120 are connected to each other by a network, the personal computer 112 is assigned an IP address, at least one The above third fingerprint recognition unit 116 is assigned an identification code for identifying each door 107. Then, when the fingerprint recognition program and the monitoring program are loaded into the memory of the server 120, the user registration step (S30) by the administrator to register the user information for each IP address, identification code and the user's access rights, and fingerprint data In this case, since the user and the accessor are registered by the registration fingerprint DB 101 only by an administrator, as shown in FIG. 12, the server 120 is configured as the first, third, fourth, and third agents. When the fingerprint is input in a state where the fingerprint is always waiting for the fingerprint input in the five fingerprint recognition units 116, 117 and 118, the third, fourth and fifth fingerprint recognition units 116, 117 and 118 If there is an input in the (S110) the administrator's fingerprint (S111), a pre-registered fingerprint (S113) to determine the pseudo judgment step (S21) (S110) ~ (S113), the administrator's fingerprint is registered If it is not in this state, the manager will identify whether or not the fingerprint will be registered (S112) and manage it. If the fingerprint is not registered, and if it is not a pre-registered fingerprint as shown in FIG. 16, the access denied signal is returned to the personal computer 112 of the corresponding IP address (S114) to display the access denied message on the display unit (S115). When branching to the fingerprint input standby state (S110), and the administrator registers the fingerprint (S112), the user waits for the input of the emergency password (S116), and when the emergency password is input, the fingerprint input standby state (S110). ) Or to register the fingerprint of the administrator to re-enter the fingerprint (S86) so that the administrator can register the fingerprint (S110 ~ S119).

When the administrator is registered as described above, all users (employees) and accessors can be registered by the administrator, and as shown in FIG. 12, when the first administrator enters a fingerprint and receives permission to access the server 120 (S111), the employee Fingerprint data, access rights, and identity of the (subscriber, user) can be added to the registration fingerprint DB 101, update, delete (S121) to perform the user registration step (S30).

Then, the user registration step (S30) is completed and the fingerprint is input at any one of the third, fourth, fifth fingerprint recognition unit 116, 117, 118, the fingerprint data is sent to the server 120 Upon transmission, according to the transmitted signal, a pseudo judgment step (S31) for branching to a task requested by the user to perform a task among the computer use request step (S35), door access request step (S32), and monitoring step (S39) ( S110) to (S113) is performed again.

In this case, when an accessor requests entry of the door 107, the fingerprint is recognized by the third fingerprint recognition unit 116 installed in the door 107, and the third fingerprint recognition unit 116 is provided. The recognized fingerprint is transmitted to the server 120 together with the identification code assigned to the third fingerprint recognition unit 116, and determines that the door access request by the pseudo determination step (S31), accordingly, the server 120 ) Performs the door access request step (S32).

When the fingerprint data is transmitted to the server 120 together with the identification code in the door access request step (S32), the server 120 checks whether the fingerprint data is registered in the registration fingerprint DB 101 as shown in FIG. 12 (S113). After comparing, if it does not match any one of the access denied signal returns to the third fingerprint recognition unit 116 to which the corresponding identification number is assigned (S114).

In the case of fingerprint data registered in the registration fingerprint DB 101, it is determined whether the transmitted data is an IP address value or an identification code value as shown in FIG. 13, where the transmitted value is identified. In the case of a code, it is determined whether there is an access right in the identification code from the registration fingerprint DB 101 (S123), and when there is no access right, any one of the access denied signals is assigned to the third fingerprint recognition unit ( 116) and return (S114).

On the other hand, in the case of an existing registrant with access rights, the access permission signal is returned to the third fingerprint recognition unit 116 of the corresponding identification number (S124) (the fourth authentication step (S33)) to access the door lock control unit 110. The grant signal is transmitted (S125) to unlock the door lock (S126), and after a predetermined time, the door lock control step (S42) to lock the door lock (S128) is performed.

At this time, the server 120 performs the user management step (S38) for recording the identity of the person and the access time in the user management DB 114 in real time.

On the other hand, when the third fingerprint recognition unit 116 receives the access denied signal by the fourth authentication step (S33) and transmits the access denied signal to the door lock control unit 110, the access denied signal as shown in Figs. The display unit 111 connected to the door lock control unit 110 to inform the person in at least one state of hearing and time, and when the access permission signal is received, transmits the access permission signal to the door lock control unit 110 to open the door lock 109. After unlocking the door lock control step (S42) to lock the door lock 109 after a predetermined time is performed.

For example, when a person wants to enter and exit the front door 105, the third fingerprint recognition unit 116 installed on the front door 105 recognizes the fingerprint and transmits the fingerprint to the server 120, and the identification given to the front door 105 is identified. The code and the fingerprint data are transmitted to the server 120, so that the server 120 knows that the entrance request is generated from the doorway 105 by the pseudo judgment step S31.

Therefore, the server 120 checks whether or not the entrance 105 is able to enter and exit the entrance 105 by comparing the fingerprint data with the information registered in the registration fingerprint DB, and the result value of the entrance 105 assigned with the corresponding identification code. The third fingerprint recognition unit 116 will be returned.

In addition, when an accessor requests access to access the accounting department, the identification code and fingerprint data assigned to the third fingerprint recognition unit 116 of the accounting department door are transmitted to the server 120, so that the server 120 may access from the accounting department door. By determining that the access request occurs, and confirming that the access requester has access permission, the result is returned to the third fingerprint recognition unit 116 of the accounting department door to which the corresponding identification code is assigned. The door lock control unit 110 of 107 controls the locking and unlocking of the door lock 109.

On the other hand, when the user makes a use request from at least one personal computer 112 connected to the server 120 by a network, the fingerprint data of the use requester recognized by the fourth fingerprint recognition unit 117 is the computer 112 A computer use request step S35 is transmitted to the server 120 with the IP address assigned to the computer 112 through.

That is, when the use request occurs in the fourth fingerprint recognition unit 117, it is confirmed whether the fingerprint data received by the computer 112 to the server 120 is a user registered in the registered fingerprint DB 101 as shown in FIG. If it is not the registered user after (S113) and returns the access denied signal to the computer 112 of the IP address (S114), and if the registered user to the computer 112 of the IP address as shown in FIG. Check whether there is access authority (S129) from the registration fingerprint DB (101), and if the user has access authority, return the access permission signal (S130) so that the user can log on to the computer 112 and the network (S131). If the user does not have the access right to perform a fifth authentication step (S36) to return the access denied signal (S114).

When the unusable message is received by the computer 112 of the IP address by the fifth authentication step S36 as described above, the unusable message is displayed on the computer 112 display unit 103 of the IP address (S115). An error display step S37 is performed.

On the other hand, when the access of the door 107 is granted by the fourth authentication step (S33), the accessor management DB (102) records the identity of the person and the access time in real time (S132). At this time, the server 120 records the identity and access time of the access granted to the accessor management DB 102, the door assigned to the identification code (for example, 0001 is the front door, 0002 is the accounting department door, 0003 records the identity and time of the visitor in real time in the computer room door, and if the computer 112 is granted access by the fifth authentication step (S36), the computer 112 of the corresponding IP address is stored in the user management DB 114. Perform the user management step (S38) of recording the identity and time, work history, user program of the user used in real time.

In addition, when the administrator wants to log on to the server 120 or the personal computer 112 and requests various monitoring display methods such as accessor status, details of the flow of personnel, work status, logon user by IP, and accessor status by ID, etc. In addition, the administrator is authenticated by the server 120 to the fingerprint data in the same way as the user (S111) (S112), and if the access is allowed to check whether to monitor (S133), if you want to monitor the IP address By specifying (S134 ~ S135), the user list of the corresponding IP address, work history, user program, and Internet access address can be displayed on the display unit of the logged on computer (S136), and monitored by user (S137). In this case, by designating a user (S138), the access times of all the doors 107 that each user enters and exits the front door 105, and the time logged on to the computer. And the user program, Internet access address, time, job history, etc. are displayed on the display unit of the computer that the administrator is logged on by the monitoring program (S139).

Here, it is possible to designate a sub-user who can access his computer by the authority of the user who is allowed to use the computer. If the sub-user registration is designated as shown in FIG. 15 (S142), user information and fingerprint data By adding, updating, and deleting access privileges for each program, file, and file in the fingerprint registration DB, the user can log on by restricting access privileges when the user requests a use.

In addition, even when the server 120 is remotely located and accessible only through the Internet, the fingerprint of the user may be input to the eighth fingerprint recognition unit 123 of the remotely installed computer, and the fingerprint data may be transmitted to the remotely installed computer. By transmitting to the server (fixed IP address: DOMAIN) 120, it receives the access permission signal from the server 120, and accordingly connected to the server 120 to monitor the attendance management, such as working status and working conditions of the worker It is desirable to.

As described above, the present invention can monitor at least the control of each security zone and the movement path of the identified persons in a flowable manner, and in particular, the security level and the access right for each person and computer 112 user. By setting the control system, the entrance and exit of the security area can be controlled at the source, and the leakage of source can be blocked at the source, and the access status of each door can be recorded in real time. 112) It is an excellent invention that can monitor the working status and working status of all users and visitors by observing the usage status at a glance and achieve thorough security maintenance and work management.

Claims (14)

In the security and monitoring system using fingerprint recognition, By comparing the received fingerprint data with the pre-stored registration fingerprint DB (101) to control to transmit any one of the access permission signal and access permission signal to the fingerprint data receiving side for each access authority, and records the access person in the accessor management DB (102) The server 120 displays the contents recorded in the accessor management DB 102 on the display unit 103 in at least one of real time and a predetermined time range. A server fingerprint recognition unit 104 installed on at least one or more peripheral devices connected to the server 120 to recognize and transmit a fingerprint to the server 120; A door fingerprint recognition unit 106 connected to at least one of a wired and wireless connection to the server 120 and installed at the entrance 105 to convert a fingerprint of a person into fingerprint data and transmit the fingerprint data to the server 120; Doors 107, which are respectively installed in at least one or more zones in the security zone and between the zones, are configured to transmit fingerprint data of a person passing through the door 107 to the server 120 connected to at least one of wired and wireless. Fingerprint recognition unit 108, A door lock control unit 110 installed at each of the porch 105 and at least one door 107 to control locking and unlocking of the door lock 109 according to a predetermined signal received from the server 120; And a display unit 111 connected to the door lock control unit 110 to display a message corresponding to a signal received by at least one of visual and auditory to a person according to a signal received from the door lock control unit 110. Security and monitoring system using fingerprint recognition. The method of claim 1, Is disposed remotely from the network server 120, and installed in any one of the main body of the computer capable of data communication with the server and the peripheral device connected to the main body to transmit the user's fingerprint to the server 120 through the computer Security and monitoring system using a fingerprint recognition, characterized in that it further comprises a six-fingerprint recognition unit (121). In the security and monitoring system using fingerprint recognition, Installed on at least one of the main body 112a and the peripheral devices connected to the main body 112a of the personal computer 112, when the user inputs a fingerprint to request the use of the personal computer 112, the personal computer 112 The first fingerprint recognition unit 113 to transmit the IP address and fingerprint data previously assigned to the personal computer 112 to a specific IP address on the network; After comparing the IP address and the fingerprint data received from the personal computer 112 with the fingerprint data of the pre-stored registration fingerprint DB 101 and returning any one of the access permission signal and the access denied signal for each access right, the personal computer ( A list of users who have been granted access to 112 is recorded in the user management DB 114, and the contents recorded in the user management DB 114 are displayed on the display 103 in at least one of a real time and a predetermined time range. A network server 120 (NETWORK SERVER) networked to at least one or more personal computers 112, A second device installed in at least one of the main body 112a and the peripheral device connected to the main body 112a of the network server 120 to transmit fingerprint data of a specific user (system administrator) to the server 120 to receive access permission Security and monitoring system using a fingerprint recognition, characterized in that it comprises a fingerprint recognition unit (115). The method of claim 3, Placed remotely from the network server 120, and installed on any one of the main body of the computer capable of data communication with the server 120 and a peripheral device connected to the main body to transmit the user's fingerprint to the server 120 through the computer Security and monitoring system using a fingerprint recognition further comprises a seventh fingerprint recognition unit 122 to be. In the security and monitoring system using fingerprint recognition, A third fingerprint recognition unit 116 installed at each of the at least one door 107 to transmit the pre-assigned identification code and fingerprint data to a specific IP address on the network when the fingerprint of the person is input; It is installed on at least one of the main body 112a and the peripheral devices connected to the main body 112a of the personal computer 112, and transmits the user's fingerprint data to the personal computer 112 when a request for the use of the personal computer 112 is used. The fourth fingerprint recognition unit 117 to transmit the IP address and fingerprint data previously assigned to the personal computer 112 to a specific IP address on the network; After comparing the identification code or IP address and fingerprint data received from the third and fourth fingerprint recognition unit 117 with the fingerprint data of the pre-stored registration fingerprint DB 101 of the access permission signal and access permission signal for each access right Return any one to the received identification code or IP address side, record the accessor list for each door 107 and the user status for each personal computer 112 in the accessor management DB (102) and user management DB (114), accessor management At least one door 107 and the personal computer 112 to display the work status by the DB 102 and the user management DB 114 on the display unit 103 in at least one of a real time and a predetermined time range. Network server 120 connected to the network (NETWORK SERVER), A fifth device installed in at least one of the main body 112a and the peripheral device connected to the main body 112a of the network server 120 to transmit fingerprint data of a specific user (system administrator) to the server 120 to receive access permission Fingerprint recognition unit 118, A door lock control unit 110 configured to receive an access permission signal and an access permission signal to the third fingerprint recognition unit 116 by either wired or wireless, thereby controlling locking / unlocking of the door lock 109; And a display unit 111 connected to the door lock control unit 110 so as to display a message corresponding to a signal received by at least one of visual and auditory to a person according to a signal received from the door lock control unit 110. Security and monitoring system using fingerprint recognition. The method of claim 5, Placed remotely from the network server 120, and installed on any one of the main body of the computer capable of data communication with the server 120 and a peripheral device connected to the main body to transmit the user's fingerprint to the server 120 through the computer Security and monitoring system using a fingerprint recognition, characterized in that it further comprises an eighth fingerprint recognition unit (123). In the control method of security and monitoring system using fingerprint recognition, Add, update, and delete access authority information of the entrance 105 and door 107 granted to the registered fingerprint DB 101 to the registered fingerprint DB 101 of the server 120 by the person or user and the fingerprint data and the individual. Passenger registration step (S1) and Entrance entrance request step (S3) and the fingerprint recognition module 106a of the entrance fingerprint recognition unit 106 registered by the accessor registration step (S1) to recognize the fingerprint data of the access requester to transmit to the server 120, and After comparing the fingerprint data received by the server 120 by the door access request step (S3) with the fingerprint data registered in the registration fingerprint DB (101), among the access permission signal and access permission signal according to the match The first authentication step (S4) to return any one to the door fingerprint recognition unit 106, An accessor management step (S5) for recording the accessor information and the access time in the accessor management DB (102) when the access requestor is allowed in the first authentication step (S4); The server's fingerprint recognition module sensor of the door fingerprint recognition unit 108 recognizes the fingerprint data of the accessor by the door 107 entry request of the access allowed to the entrance 105 by the first authentication step (S4). Door access request step (S6) to be transmitted to (120), The access authority and the door 107 set in the corresponding fingerprint data only when the fingerprint data of the accessor received at the server 120 by the door access request step S6 is compared with the fingerprint data registered in the registration DB and then matched. According to the security level of the second authentication step (S7) to return to the door fingerprint recognition unit 108 of any one of the access permission and access denied signal, and In the second authentication step (S7), if the access requester is allowed access flow personnel management step (S8) to add the accessor information and access time to the accessor management DB (102), Access is granted by transmitting a signal received to at least one of the door fingerprint recognition unit 106 and the door fingerprint recognition unit 108 by the first and second authentication steps S4 and S7 to the door lock control unit 110. The door lock control step (S9) for releasing the door lock 109 when the signal, and the display unit 111 to notify the corresponding message when the access disallowed signal; When a specific person having access authority set in the accessor registration step S1 requests the server 120 for the accessor status of the entrance 105 and the accessor status for the door 107, the current status recorded in the accessor management DB 102 is displayed. The monitoring step (S10) is displayed on the unit 103, Entrance entrance request step (S3) according to the signal transmitted from the door fingerprint recognition unit 106, the door fingerprint recognition unit 108, the server fingerprint recognition unit 104 registered in the accessor registration step (S1) to the server 120 ), The door access request step (S6), the monitoring step (S8) branching to the pseudo-judgment step (S2) to perform the operation, the control method of the security and monitoring system using a fingerprint recognition. . The method of claim 7, wherein The fingerprint data of the user recognized through the sixth fingerprint recognition unit 121 installed at least one of the other personal computer 112 and the other server 120 that is remote from the server 120 and the Internet is available on the web. The control method of the security and monitoring system using a fingerprint recognition further comprises an Internet access step (S11) to be transmitted to a specific IP address (server 120) to allow access to a specific IP address (server 120). In the control method of security and monitoring system using fingerprint recognition, User registration to add, update, and delete the identity and fingerprint data of the user assigned to the personal computer 112 (IP address) and the personal access right information to the registration fingerprint DB 101 of the memory unit 119 of the network server 120 Step S20, Through the personal computer 112, the fingerprint data of the use requester recognized by the first and second fingerprint recognition units 113 and 115 registered in the user registration step S20 and the IP address of the corresponding computer 112 are networked. A computer use request step (S22) of requesting the use of the personal computer 112 by transmitting to the server 120 (specific IP address); In the computer use request step, the fingerprint data and the IP address of the user request received at the network server 120 are compared with the fingerprint data registered in the registration fingerprint DB 101, and the permission signal according to the right and the use is not allowed. A third authentication step S23 for returning any one of the signals to the corresponding IP address; The user management step (S24) to add the user information and the job history of the matched registration fingerprint DB (101) in real time to the user management DB (114) when the use of the use requester is allowed in the third authentication step (S23) and , An error display step (S25) for displaying the unusable message on the display unit 103 when the unusable signal is received by the personal computer 112 (IP address) by the third authentication step (S23); The display unit 103 displays the user connection status and the work history of the personal computer 112 recorded in the user management DB 114 at the request of a specific person whose access right is set in the user registration step in any one of real time and a predetermined time range. The monitoring step (S26) to display on, According to a signal transmitted from the first and second fingerprint recognition unit 115 registered in the user registration step to the server 120, the branch to the computer use request step and the monitoring step to perform the corresponding operation judgment The control method of the security and monitoring system using fingerprint recognition, characterized in that it comprises a step (S21). The method of claim 9, Sub-user registration step (S27) for registering at least one sub-user (SUB END USER) for each access right by a fixed user (FIXED END USER) and a specific person (system administrator) is granted access to the personal computer (112) Control method of the security and monitoring system using a fingerprint recognition. The method of claim 9, Data of the fingerprint data of the user recognized through the seventh fingerprint recognition unit 122 installed in at least one of the other personal computer 112 and the other server 120 that is remote from the server 120 and capable of data communication The control method of the security and monitoring system using a fingerprint recognition further comprising the Internet access step (S28) to be allowed to access the server 120 of a specific IP address by transmitting to a specific IP address by communication. In the control method of security and monitoring system using fingerprint recognition, The identification code is assigned to the third fingerprint recognition unit 116 installed in the at least one door 107, the identity of the user using at least one or more personal computers 112 (IP address), fingerprint data, security level, A user registration step (S30) of adding, updating, and deleting access right information to the registration fingerprint DB 101 of the network server 120 (Network Server) memory unit 119; The fingerprint data of the user recognized by the third fingerprint recognition unit 116 registered in the user registration step (S30) and the identification code of the corresponding door 107 is transmitted to a specific IP address (server 120) door 107 ) Door access request step (S32) requesting entry and exit; The security level of the identification code transmitted in the door access request step and the security level of the fingerprint data are compared in the registration fingerprint DB 101, and accordingly, any one of an access permission signal and an access permission signal is assigned a corresponding identification code. A fourth authentication step (S33) returned to the fingerprint recognition unit 116, When the third fingerprint recognition unit 116 receives the access denied signal by the fourth authentication step (S33), the access denied signal is transmitted to the door lock control unit 110, and the display unit 111 notifies the access denied message. When the access permission signal is received, the door lock control unit 110 transmits the door lock 109 to unlock the door lock 109 after a predetermined time and locks the door lock 109 and, Fingerprint data of the user recognized by at least one of the personal computer 112 registered in the user registration step (S30) and the fourth and fifth fingerprint recognition unit 118 of the network server 120 and the corresponding personal computer ( 112 and a computer use request step (S35) for transmitting the IP address of any one of the network server 120 to a specific IP address (server 120) to request use; In the computer use request step (S35), the fingerprint data and the IP address received by the network server 120 are compared with the fingerprint data registered in the registration fingerprint DB 101, and according to the match status and the access permission, A fifth authentication step (S36) for returning one of the unusable signals to the corresponding IP address; When the disallowed signal is received by the personal computer 112 (IP address) and the network server 120 (IP address) by the fifth authentication step (S36), the disallowed message is displayed on the display unit 103 of the IP address. An error display step (S37), When access and use are allowed in the fourth and fifth authentication steps S33 and S36, the accessor is recorded in real time in the accessor management DB 102 of the network server 120, and the user is logged in the user management DB 114. Access and user management step (S38) to record the identity and work history in real time, In the user registration step (S38), the access status is set by the specific person, the access status of the access management DB 102, the user management status of each user, IP address of the user management DB 114 and the work history in real time and a predetermined time range Monitoring step (S39) to display on at least one of the display unit 103, Door access request step (S32), according to the signal transmitted to the server 120 from the third, fourth, fifth fingerprint recognition unit 116 (117, 118) registered in the user registration step (S30), Computer usage request step (S35), branching to the monitoring step (S38) and the control method of the security and monitoring system using a fingerprint recognition, characterized in that it comprises a pseudo-determination step (S31) to perform the operation. The method of claim 12, Sub-user registration step (S40) for registering at least one sub-user (SUB END USER) for each access right by a fixed user (FIXED END USER) and a specific person (system administrator) is granted access to the personal computer (112) Control method of the security and monitoring system using a fingerprint recognition. The method of claim 12, Data of the fingerprint data of the user recognized through the eighth fingerprint recognition unit S123 located at at least one of the other personal computer 112 and the other server 120 that is remote from the server 120 and capable of data communication The control method of the security and monitoring system using a fingerprint recognition further comprising the Internet access step (S41) to be transmitted to a specific IP address by communication to allow access to the server 120 of a specific IP address.