KR20200127472A - Public Area Locking System Using a Finger Vein and Additional Certification Means and Controlling Method for the Same - Google Patents

Abstract

The present invention provides a public area locking system using finger veins and an additional authentication means and a control method thereof. According to the present invention, the public area locking system comprises: a locker having a plurality of box-shaped storage spaces of a predetermined specification continuously formed in vertical and horizontal directions; a biometric authentication module installed on the front part of each box-shaped storage space of the locker to detect a user′s biometric signal; a smart locking module installed on one side of the front part of the locker to execute locking and unlocking functions of the locker; a smart management server combining a biometric authentication signal of the biometric authentication module and another additional authentication signal to generate a complex authentication signal and manage registration and operation thereof, and controlling the locking and unlocking functions of the smart locking module in accordance with the authenticated complex authentication signal; and a smartphone generating and managing the additional authentication signal and receiving an illegal access signal for a predetermined locker from the smart management server to display the illegal access signal to the user. Accordingly, a key of each locker placed in a public area is formed of a biometric recognition locking means including finger veins to be stored in a network, and locking and unlocking functions of each locker are controlled based on a complex biometric authentication means through a management server, such that each user uses the complex biometric authentication means registered in the management server to use a plurality of lockers installed in the public area without a wristlet key or a key, thereby providing an effect of removing worries about loss of the wristlet key or the key and needs for separately storing and managing the same.

Description

Public Area Locking System Using a Finger Vein and Additional Certification Means and Controlling Method for the Same}

The present invention relates to a public place locking system and a control method using a finger vein and an additional authentication means. In particular, after configuring the locking key of an individual storage box in a public place with a biometric locking means including a finger vein, it is networked and a management server is established. By controlling the locking and unlocking functions of individual storage boxes through complex biometric authentication means, locking in public places using finger veins and additional authentication means that do not have to worry about the loss of wrist keys or keys and need to separately store and manage wrist keys or keys. It relates to a system and a control method thereof.

In general, storage boxes called lockers, cabinets, or lockers are used to store personal items for a predetermined period of time for user convenience in public places such as schools, baths, and sports centers. In addition, such a storage box is usually equipped with a rotating door in front of a storage space of a certain size, and there are many examples in which a locking device is installed on the rotating door of the storage box to prevent theft of stored items. In addition, the locking device is usually locked or unlocked with a key or wrist key due to cost problems.

Actually.

Then, looking at the storage box provided with the conventional locking device as described above with reference to FIG. 1, a small enclosure storage space 70 is formed in succession in a horizontal or vertical direction, and the front opening of each enclosure storage space 70 An opening door 72 supported through a hinge 71 is installed on one side, and a key or wrist is installed on the other side of the door 72 to prevent theft and loss of equipment stored in the enclosure storage space 70. A locking device 74 capable of locking and releasing the key 73 is installed. At this time, the locking device 74 of the door 72 as described above is usually composed of a fixing ring 75 or a permanent magnet (not shown) and a steel piece (not shown) that is fastened with a lock that can be opened with a key or wrist key 73 Has been. In addition, the front of the door 72 is provided with a handle 76 for easy opening and closing, and a name tag holder 77 for inserting a user's name tag.

On the other hand, looking at the operation of the storage box equipped with the conventional locking device as described above, the person who intends to use the storage box first goes to the manager, pays an appropriate cost, and contracts a schedule contract, such as a one-day or one-month commuter pass, And a key or wrist key 73 will be provided. Then, after moving to the storage box 78 and unlocking the lock of the locking device 74 with the key or wrist key 73 given, the handle 76 of the door 72 is removed from the fixing hook 75. Pulls towards you. Then, since the door 72 is opened via the hinge 71 installed on the rear portion of the door 72, the housing storage space 70 is opened. At this time, after putting the items that need to be stored in the open enclosure storage space 70 as described above, close the door 72 and use a key or wrist key 73 to lock the lock of the locking device 74 to the fixing ring 75. It is fastened and locked. In addition, as described above, the key, which has been locked, is put in one's pocket or in a cell phone case to carry, or, in the case of a wrist key, it is worn on the wrist or carried by hand.

However, the storage box equipped with a conventional locking device as described above is a method of unlocking or locking the locking device with a key or a wrist key when putting or removing items into the storage box, so it is very inconvenient to always carry the key or wrist key of the storage box on the body. In addition, if these keys or wrist keys are lost, the entire locking device must be replaced or the keys or wrist keys must be duplicated. Accordingly, the convenience of use is considerably reduced, and further, a lock box-type locking device is used to prevent removal. Because it is easy, it is very uneasy to put security items or valuables in the storage box, so there is a problem that the security of the storage box is also considerably deteriorated.

Accordingly, the present invention was invented to solve the problems of the prior art as described above, and individual users can use a plurality of storage boxes provided in public places without a wrist key or a key by using a complex biometric authentication means registered in the management server. Therefore, the purpose of this is to provide a locking system and a control method for public places using finger veins and additional authentication means that do not have to worry about the loss of wrist keys or keys and do not need to separately store and manage wrist keys or keys.

Another object of the present invention is a combination of an encryption signal of a complex biometric authentication means registered in a management server, including a finger vein, a signal obtained by digitizing a face photographed at the time of initial registration, and an encryption signal generated by an encryption application provided in a mobile phone. By configuring, it is to provide a locking system and a control method for public places using finger veins and additional authentication means that can also be used as a secure place to store important items.

The present invention as described above and a storage box in which a plurality of storage spaces of a certain standard are formed in a row in a horizontal or vertical direction:

A biometric authentication module installed on each front part of the storage space of the individual case of the storage box to detect a user's biometric signal;

A smart lock module installed on one side of the front side of the storage box to execute a lock and unlock function of the storage box,

Configure a network that transmits/receives a composite authentication signal by a communication method set including the biometric authentication module, and generates a composite authentication signal by combining the biometric authentication signal of the biometric authentication module with another additional authentication signal, and then manages registration and operation. And a smart management server for controlling the locking and unlocking functions of the smart lock module according to the authenticated composite authentication signal;

Interworking with the smart management server to transmit and receive additional authentication signals, generate and manage additional authentication signals by using the user's biometric signals or text and numeric signals through the built-in complex encryption application, and smart management of illegal access signals to designated storage boxes. It provides a public place locking system using a finger vein including a smartphone that is transmitted from a server and displayed to the user and an additional authentication means.

Another feature of the present invention is that the smart management server stores personal authentication information including fingerprints, irises, and finger veins inputted through a biometric authentication module provided in a corresponding storage box designated to the user in order to register the storage box of the user. A first process of receiving each transmitted through a wireless processing module and storing it in a DB;

During the first process, the smart management server activates the built-in complex encryption application of the designated smartphone, which is another additional authentication means other than the biometric authentication module 3, to register the additional authentication signal generated at the end of the pre-designated storage box. A second process of generating and registering a composite authentication signal for a storage box of a corresponding user by combining the personal authentication information and the additional authentication information of the smartphone while receiving transmission through the wireless processing module and storing each in a DB;

When using a specific storage box after the second process, the smart management server receives the biometric authentication information including the user's finger vein from the smart lock module connected through the wireless or wired network, and at the same time activates the complex encryption application from the smartphone. The third process of determining whether to authenticate by comparing the generated composite authentication signal with the composite authentication signal for the storage box previously registered in the DB after receiving the additional authentication signal generated by receiving the additional authentication signal and creating a composite authentication signal by combining them. and;

After the third process, the smart management server performs a fourth process of releasing the lock function of the storage box or executing the lock function through the smart lock module when the currently generated composite authentication signal matches a predetermined composite authentication signal. It provides a control method of a public place locking system using a finger vein and additional authentication means further comprising.

According to the present invention as described above, after configuring the lock key of an individual storage box in a public place with a biometric locking means including a finger vein, network it, and control the locking and unlocking functions of individual storage boxes through a complex biometric authentication means through a management server. Because individual users can use multiple storage boxes in public places without a wrist key or key by using a complex biometric authentication means registered in the management server, there is a risk of loss of the wrist key or key and separately storage and management of the wrist key or key. Since there is no need to do this, it has the effect of maximizing the usability of individual storage boxes in public places.

In addition, the present invention as described above is through a combination of the encryption signal of the complex biometric authentication means registered in the management server, including a finger vein, a signal that digitizes the face photographed at the time of initial registration, and the encryption signal generated by the encryption application provided in the mobile phone. Because it is impossible to unlock individual storage boxes without authentication with the set complex biometric password signal, it can be used as a security place to store important items without complex security design and equipment. The security cost-performance ratio is also quite good.

1 is an explanatory diagram illustrating an example of a storage box provided with a conventional locking device.
Figure 2 is an explanatory diagram schematically illustrating an example of a public place locking system using a finger vein and additional authentication means according to the present invention.
3 is an explanatory diagram illustrating a state in which the public place locking system of the present invention is applied to a subway cabinet.
Figure 4 is an explanatory diagram illustrating a state in which the locking system of a public place of the present invention is applied to a locker of a fitness center.
5 is an explanatory diagram illustrating a state in which the public place locking system of the present invention is applied to a locker.
6 is a flowchart of the present invention.

Since the present invention can apply various transformations and have various embodiments, specific embodiments are illustrated in the drawings and will be described in detail in the detailed description. However, this is not intended to limit the present invention to a specific embodiment, it is to be understood to include all conversions, equivalents, and substitutes included in the spirit and scope of the present invention. In describing the present invention, when it is determined that a detailed description of a related known technology may obscure the subject matter of the present invention, a detailed description thereof will be omitted.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. These terms are used only for the purpose of distinguishing one component from another component.

The terms used in the present specification are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this specification, terms such as "comprise" or "have" are intended to designate the presence of features, numbers, steps, actions, components, parts, or a combination thereof described in the specification, but one or more other features. It is to be understood that the presence or addition of elements or numbers, steps, actions, components, parts, or combinations thereof, does not preclude in advance.

In addition, in describing the present invention, when it is determined that a detailed description of a related known technology may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

Hereinafter, embodiments of the present invention will be described in detail with reference to the related drawings.

The present invention includes storage boxes 2 and 2a-n in which a plurality of enclosure storage spaces 1 of a certain standard are formed in succession in a horizontal or vertical direction as shown in FIGS. 2 to 5:

A biometric authentication module (3) installed on each of the front portions of the individual enclosure storage spaces (1) of the storage boxes (2, 2a-n) to detect a user's biometric signal;

A smart lock module 4 installed on one side of the front side of the storage boxes 2 and 2a-n to execute the locking and unlocking functions of the storage boxes 2 and 2a-n,

A network configured to transmit and receive a composite authentication signal in a communication method set including the biometric authentication module 3, and a composite authentication signal is generated by combining the biometric authentication signal of the biometric authentication module 3 and another additional authentication signal. A smart management server 5 that manages the next registration and operation, and controls the locking and unlocking functions of the smart lock module 4 according to the authenticated composite authentication signal;

Interworking with the smart management server 5, it transmits and receives additional authentication signals, generates and manages additional authentication signals using the user's biometric signals or text and numeric signals through the built-in complex encryption application, and designated storage boxes (2, 2a- It is configured to include a smart phone (6a-n) that receives the illegal access signal for n) from the smart management server (5) and displays it to the user.

And the smart lock module 4, the biometric authentication module 3, for example, converts the user's finger vein signal detected by the specified max scanner 3 into a wireless signal and transmits it to the smart management server 5, and the smart management server ( 5) and a terminal wireless processing module 7 configured to wirelessly transmit and receive information and control signals by configuring a wireless network with a preset smartphone 6a-n,

A locking actuator 9 installed on one side of the door 8 of the storage boxes 2 and 2a-n to execute the locking and unlocking functions of the door 8 according to whether the composite authentication signal is authenticated, and

Transmission of user biometric signals processed by the smart lock module 4 including the designated max scanner 3, information and control signals transmitted from the smart management server 5 and preset smart phones 6a-n It further includes a smart control module 10 for collectively controlling the functions of the smart lock module 4, including processing.

Here, the biometric authentication module 3 further includes a finger vein scanner 3 for scanning a finger vein of the user. Further, the signal detected by the biometric authentication module 3 is transmitted to the smart management server 5 through a wireless network or a wired network through the smart lock module 4.

Furthermore, at one side of the door 8 of the storage box, a camera module 11 having a voice transmission/reception function interlocking with the smart lock module 4 may be further installed.

And on one side of the smart lock module 4, if the accessor applies a shock to the storage box (2, 2a-n) with a certain strength or more or to damage the smart lock module 4 with a certain strength or more, An impact detection sensor 12 for detecting and transmitting to the smart management server 5 after passing through the smart control module 10 is further provided.

Furthermore, the smart management server 5 processes the user's finger vein signal input as a wireless signal from the smart lock module 4, and processes a preset smart phone 6a-n through the external communication network 13. ) And a central wireless processing module 14 for wireless transmission and reception of information and control signals by configuring a wireless network, and a biometric authentication signal including a user's finger vein transmitted and received through the central wireless processing module 14 and another addition An authentication signal, for example, a combination of the user's additional authentication signal generated by the complex encryption application of the smartphone (6a-n), generates a composite authentication signal, then manages registration and operation, and according to the authenticated composite authentication signal, the A control module 15 for controlling the locking and unlocking functions of the smart locking module 4;

It is configured to further include a DB (16) for storing all the information processed by the smart management server (5), including the complex authentication signal processed by the control module (15).

Here, the storage boxes 2 and 2a-n are installed in lockers in fitness centers, cabinets in subway stations, companies, schools, stadiums, and jjimjilbangs.

And in the above description, the storage boxes 2 and 2a-n have been described as being implemented through a wireless network, but the present invention is not limited thereto, and the smart lock module 4 is wired to the rear of the storage boxes 2 and 2a-n. It can also be connected to a wired network.

Meanwhile, in an embodiment of the present invention, the biometric authentication module 3 is installed and used in each of the individual storage boxes 2 and 2a-n, or one of the biometric authentication modules 3 is used as the smart management server 5 ), and each individual storage box (2, 2a-n) is assigned a digital code, and one biometric authentication module (3) individually authenticates the individual storage boxes (2, 2a-n) assigned by the digital code. May be.

Next, a control method of the present invention having the above configuration will be described.

In the method of the present invention, as shown in Fig. 6, in the initial state (S1), in order for the smart management server to register the user's storage box, the personal authentication information (fingerprint) inputted through the biometric authentication module provided in the corresponding storage box designated to the user , A first process (S2) of receiving the iris, finger vein, electrocardiogram and PPG) through the terminal wireless processing module of the designated storage box and storing them in the DB, respectively;

During the first process (S2), the smart management server activates the built-in complex encryption application of the designated smartphone, which is another additional authentication means other than the biometric authentication module, to register the additional authentication signal generated at the end of the pre-designated storage box. A second process (S3) in which the personal authentication information and the additional authentication information of the smartphone are combined and registered as a composite authentication signal for the storage box of the corresponding user while being transmitted through the wireless processing module and storing each in a DB;

When a specific storage box is used after the second process (S3), the smart management server receives the biometric authentication information including the user's finger vein from the smart lock module connected through a wireless or wired network, and at the same time, complex encryption from the smartphone. After receiving the additional authentication signal generated by activating the application, combining them to create a composite authentication signal, and then comparing the generated composite authentication signal with the composite authentication signal for the corresponding storage box previously registered in the DB to determine whether to authenticate. A third process (S4);

After the third process (S4), when the currently generated composite authentication signal matches the pre-designated composite authentication signal, the smart management server releases the lock function of the storage box or executes the lock function. It consists of 4 steps (S5).

In the fourth process (S5), if the currently generated composite authentication signal does not match the previously stored composite authentication number, the smart management server performs a voice warning broadcast according to authentication failure through the camera module (for the surrounding situation and security). This step may be omitted) If the door is continuously attempted to open or close afterwards, it is regarded as illegal access, and the camera module of the smart lock module is operated to record and save the surrounding image of the storage box, and an alarm signal to the user of the preset smartphone. It further comprises an illegal access step of transmitting or transmitting an alarm signal to a designated smartphone of the method management institution.

Furthermore, during the fourth process (S5), when an unspecified accessor applies a shock to the storage box with a certain strength or more or to damage the smart lock module, the shock sensor of the smart lock module detects it. Thus, the storage box damage detection step of transmitting to the smart management server after passing through the smart control module is further included.

In addition, during the fourth process (S5), after the smart management server determines the storage box damage detection signal detected by the storage box damage detection step, it immediately operates the camera module of the smart lock module to record and store the surrounding image of the storage box. It further includes an illegal damage warning action step of transmitting a damage warning signal to a user of the set smart phone or transmitting an illegal damage warning signal to a designated smart phone of a designated method management agency including the police.

In other words, the locking system for public places using a finger vein and an additional authentication means according to the present invention is, first, a locker in a public place, such as a fitness center, a cabinet and a company, a school, a stadium, a sauna, etc. , 2a-n), the user's personal authentication information (including fingerprint, iris, finger vein, electrocardiogram and PPG) in the smart management server (5) and the built-in complex encryption of the smartphone (6a-n) specified by the user Receives the additional authentication signal generated by activating the application and stores it in the DB 16, respectively, and at the same time combines the personal authentication information and the additional authentication information of the smartphone 6a-n, a composite authentication signal for the storage box of the user It must be created and registered. That is, the control module 15 of the smart management server 5 displays the smart lock module 4 of the currently empty specific storage box 2, 2a-n through the central wireless processing module 14 in the initial menu. (Not shown) Or, through the camera module 11 of the smart lock module 4, a guide signal for registration is displayed in voice or text. Then, the user who wants to use the storage box (2, 2a-n) after viewing the voice or text for registration, accesses the storage box (2, 2a-n) in front of the storage box (2, 2a-n). Personal authentication information including fingerprint, iris, finger vein, electrocardiogram and PPG through the biometric authentication module 3 of the locking module 4, for example, by pushing your finger into the finger vein scanner 3 when a finger vein is set. After the finger vein signal is scanned, the signal is transmitted through the terminal wireless processing module 7 of the smart locking module 4 and stored in the DB 16. And the smart management server 5 also performs the personal authentication. In addition to the information, a key password designated by the user, for example, a key password of a certain number of digits that only the user can know, is further input and transmitted through the terminal wireless processing module 7 of the smart lock module 4 to the DB 16 Save it.

In addition, during the process, the smart management server 5 continuously authenticates the number of the smart phone 6a-n designated by the user, and then receives the user's additional authentication signal from the corresponding smart phone 6a-n and receives the DB Save it to (16).

At this time, the process of generating the additional authentication signal by the smartphone 6a-n is to first activate the built-in complex encryption application and then input the user's biometric signal, such as iris, fingerprint, and face contour signal, or An additional authentication signal is generated by inputting a character of a specific word or a numeric signal of a certain number of digits and transmitted to the smart management server 5. At this time, the smart phone (6a-n) may add a real-time OTP signal in addition to the additional authentication signal. When this OTP function is added, a corresponding real-time OTP confirmation signal is generated in the other smart management server 5 as well. Will be compared.

Meanwhile, after the above process, the control module 15 of the smart management server 5 transmits the authentication signals input from the terminal wireless processing module 7 of the smart lock module 4 and the smart phone 6a-n to a predetermined encryption tool. By digitizing and generating a composite authentication signal, it is stored in the DB (16).

After that, if the user wants to store the item in the storage box (2, 2a-n) that he has been given, the smart management can be performed by accessing the storage box (2, 2a-n) and activating the authentication menu of the smart lock module (4). The control module 15 of the server 5 proceeds to the complex authentication mode and activates the complex authentication mode of the smart lock module 4 as well. And when one or more of personal authentication information including fingerprint, iris, finger vein, electrocardiogram and PPG, such as finger vein, is set in the biometric authentication module 3 of the smart lock module 4 activated in the complex authentication mode as described above. The finger is pushed into the finger vein scanner 3 to scan the finger vein signal, and the signal is transmitted through the terminal wireless processing module 7 of the smart locking module 4 and stored in the DB 16. And during the process, the control module 15 of the smart management server 5 also continuously authenticates the number of the smart phone 6a-n designated by the user, and then adds the user from the smart phone 6a-n. The authentication signal is received and stored in the DB 16. In the smartphone 6a-n, in order to generate the additional authentication signal as described above, first, the built-in complex encryption application is activated, and then the user's body Signals, for example, iris, fingerprint, facial contour signals are input, or characters of a specific word or numeric signals of a certain number of digits are input to generate additional authentication signals and are transmitted to the smart management server 5. At this time, the smart phone (6a-n) may add a real-time OTP signal in addition to the additional authentication signal. When this OTP function is used by the smart phone (6a-n), the other smart management server (5) also A corresponding real-time OTP confirmation signal is generated and compared so that the real-time OTP signal of the smartphone 6a-n can be checked.

On the other hand, during the above process, the control module 15 of the smart management server 5 determines each authentication signal input from the terminal wireless processing module 7 of the smart lock module 4 and the smartphone 6a-n. After generating a composite authentication signal by digitizing it, the generated composite authentication signal is compared with the composite authentication signal for the storage box 2, 2a-n previously registered in the DB 16 to determine whether to authenticate.

If during the complex authentication process, the control module 15 of the smart management server 5 drives the locking actuator 9 of the smart lock module 4 when the currently generated complex authentication signal matches a predetermined complex authentication signal. By releasing the locking function of the door 8 to open the door 8. And when the door is touched after placing the item in the storage boxes 2 and 2a-n, the control module 15 of the smart management server recognizes this and drives the locking actuator 9 to lock the door 8 .

Meanwhile, during the above process, the control module 15 of the smart management server 5 opens the camera module 11 of the storage box 2, 2a-n when the currently generated composite authentication signal does not match the previously stored composite authentication number. Through the voice warning broadcast for authentication failure (this step may be omitted for the surrounding situation and security). Then, the control module 15 of the smart management server 5 checks whether the authentication failure of the storage boxes 2 and 2a-n is within the allowable number of times.

Subsequently, even if the authentication failure exceeds the allowable number, if the door 8 of the storage box 2, 2a-n continues to open or close, it is regarded as illegal access and the camera module 11 of the smart lock module 4 is operated. It records and saves the surrounding images of the storage box (2, 2a-n) and transmits an alarm signal to the user of a preset smartphone (6a-n) or a designated smartphone (6a) of the method management organization (not shown). -n) to transmit an alarm signal.

Furthermore, when an unspecified accessor as described above applies a shock to the storage box (2, 2a-n) with a certain strength or more or to damage the smart lock module 4, the smart control module ( 10) is detected through the impact sensor 12 of the smart locking module 4 and transmits to the smart management server 5. Then, the control module 15 of the smart management server 5 determines the storage box damage detection signal transmitted from the shock sensor 12 of the smart lock module 4 and immediately after the camera module of the smart lock module 4 Operate (11) to record and save the surrounding image of the storage box (2, 2a-n), and at the same time transmit a damage warning signal to the user of a preset smartphone (6a-n) or manage a designated method including the police An illegal damage warning signal is transmitted to the designated smartphone 6a-n of the institution (not shown) to take appropriate action.

1: enclosure storage space 2, 2a-n: storage box
3: biometric authentication module 4: smart lock module
5; Smart Management Server 6a-n: Smartphone
7: terminal wireless processing module 8: door
9: locking actuator 10: smart control module
11: camera module 12: shock sensor
13: External communication network 14: Central wireless processing module
15: control module 16: DB

Claims (10)

With storage boxes in which a number of storage spaces of a certain standard are formed in a row in a horizontal or vertical direction:
A biometric authentication module installed on each front part of the storage space of the individual case of the storage box to detect a user's biometric signal;
A smart lock module installed on one side of the front side of the storage box to execute a lock and unlock function of the storage box,
Configure a network that transmits/receives a composite authentication signal by a communication method set including the biometric authentication module, and generates a composite authentication signal by combining the biometric authentication signal of the biometric authentication module with another additional authentication signal, and then manages registration and operation. And a smart management server for controlling the locking and unlocking functions of the smart lock module according to the authenticated composite authentication signal;
Interworking with the smart management server to transmit and receive additional authentication signals, generate and manage additional authentication signals by using the user's biometric signals or text and numeric signals through the built-in complex encryption application, and smart management of illegal access signals to designated storage boxes. A public place locking system using a finger vein and an additional authentication means including a smartphone that is transmitted from the server and displayed to the user. The method of claim 1,
The smart lock module converts the biometric authentication signal including the user's finger vein detected by the biometric authentication module into a wireless signal and transmits it to the smart management server, and configures the smart management server and a preset smart phone and wireless network for information and control. A terminal wireless processing module that wirelessly transmits and receives signals;
A locking actuator installed on one side of the door of the storage box to execute a door locking and unlocking function depending on whether the composite authentication signal is authenticated;
Comprehensive control of the functions of the smart lock module, including the biometric authentication module, the transmission of user biometric signals processed by the smart lock module, the processing of information and control signals transmitted from the smart management server and the preset smartphone A public place locking system using a finger vein and an additional authentication means, characterized in that it further comprises a smart control module. The method of claim 1,
A public place locking system using a finger vein and an additional authentication means, characterized in that the biometric authentication module includes a finger vein scanner. The method of claim 1,
A public place locking system using a finger vein and an additional authentication means, characterized in that a camera module having a voice transmission/reception function interlocking with a smart lock module is installed on one side of the door of the storage box. The method of claim 2,
At one side of the smart lock module, if an accessor applies a shock to the storage box with a certain strength or more or applies a force with a certain strength to damage the smart lock module, it is detected and transmitted to the smart management server after passing through the smart control module. A public place locking system using a finger vein and an additional authentication means, characterized in that an impact sensor is further provided. The method of claim 1,
The smart management server processes the biometric authentication signal including the user's finger vein signal input as a wireless signal from the smart lock module as a wireless signal, and configures a preset smartphone and wireless network via an external mobile network to receive information and control signals. A central wireless processing module that processes wireless transmission and reception,
A composite authentication signal is generated by combining a biometric authentication signal including a user's finger vein transmitted and received through the central wireless processing module and an additional authentication signal transmitted from another smartphone, and then registration and operation are managed, and the authenticated composite A control module for controlling a locking and unlocking function of the smart lock module according to an authentication signal;
A public place locking system using a finger vein and an additional authentication means, characterized in that it further comprises a DB for storing all the information processed by the smart management server including the complex authentication signal processed by the control module. The smart management server receives personal authentication information including fingerprints, irises, and finger veins entered through the biometric authentication module provided in the storage box designated to the user to register the storage box of the user through the terminal wireless processing module of the designated storage box. A first process of storing each in a DB;
During the first process, the smart management server activates the built-in complex encryption application of the designated smartphone, which is another additional authentication means other than the biometric authentication module 3, to register the additional authentication signal generated at the end of the pre-designated storage box. A second process of generating and registering a composite authentication signal for a storage box of a corresponding user by combining the personal authentication information and the additional authentication information of the smartphone while receiving transmission through the wireless processing module and storing each in a DB;
When using a specific storage box after the second process, the smart management server receives the biometric authentication information including the user's finger vein from the smart lock module connected through the wireless or wired network, and at the same time activates the complex encryption application from the smartphone. The third process of determining whether to authenticate by comparing the generated composite authentication signal with the composite authentication signal for the storage box previously registered in the DB after receiving the additional authentication signal generated by receiving the additional authentication signal and creating a composite authentication signal by combining them. and;
After the third process, the smart management server performs a fourth process of releasing the lock function of the storage box or executing the lock function through the smart lock module when the currently generated composite authentication signal matches a predetermined composite authentication signal. Control method of a public place locking system using a finger vein and additional authentication means further comprising. The method of claim 7,
In the fourth process, if the currently generated composite authentication signal does not match the previously stored composite authentication number, the smart management server broadcasts a voice warning according to authentication failure through the camera module, and then continues to open and close the door. Illegal access to consider and operate the camera module of the smart lock module to record and save the surrounding image of the storage box, and at the same time transmit an alarm signal to the user of a preset smartphone or to transmit an alarm signal to the designated smartphone of the method management agency. Control method of a public place locking system using a finger vein and additional authentication means, characterized in that it further comprises a step. The method of claim 7,
During the fourth process, if an unspecified accessor exerts a shock to the storage box with a certain strength or more or applies a force with a certain strength to damage the smart lock module, the shock sensor of the smart lock module detects this and passes through the smart control module. A control method of a public place locking system using a finger vein and an additional authentication means, characterized in that it further comprises a storage box damage detection step of transmitting it to the smart management server after that. The method according to any one of claims 7 or 9,
During the fourth process, after the smart management server determines the storage box damage detection signal detected by the storage box damage detection step, it immediately operates the camera module of the smart lock module to record and save the surrounding image of the storage box, and at the same time, the preset smartphone Using a finger vein and additional authentication means, characterized in that it further comprises an illegal damage warning action step of transmitting a damage warning signal to a user or transmitting an illegal damage warning signal to a designated smartphone of a designated method management agency including the police. Control method of public place locking system.

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