KR20210026577A - smart double safe using time setting - Google Patents

Abstract

To improve security and usability, the present invention provides a smart double safe using time setting, comprising: a safe body having an opening on one side and a storage space therein, the inside of the storage space being partitioned to form a double storage space; a double door provided with a first locking unit for selectively opening and closing the double storage space; an external door provided on one open surface of the safe body and including an electronic lock having a second locking unit for selective opening and closing; a control unit circuit-connected to a fingerprint module recognition means including a first storage device in which identification number data and fingerprint authentication data for selective opening and closing of at least one of the external door and the double door are stored, and selectively transmitting an open signal to at least one of the first locking unit and the second locking unit; and at least one fingerprint module selectively and wirelessly communicating with the fingerprint module recognition means within a preset radius range and having a second storage device in which individual identification information matching the identification number data is pre-stored.

Description

Smart double safe using time setting

The present invention relates to a smart double safe using a time setting, and more particularly, to a smart double safe using a time setting that improves security and ease of use.

In general, the safe deposit box is used for the purpose of storing valuables, documents requiring security, and private property such as money. Such a safe device is provided with a locking device that locks the door according to the input of a key or password so that outsiders cannot easily open it.

Here, in the conventional safe device, a key-type locking device is provided on the outer side of the door provided to be openable and closed, and the safe device is selectively opened and closed through a key to store valuables and money.

However, the key-type safe device has a problem that not only cannot open and close the safe device when the key is lost or lost, and anyone can easily open and close the safe device by copying the key. In order to solve this problem, a safe device equipped with a locking device such as a password button type has been developed.

Meanwhile, in a conventional safe device, when the safe door is opened, valuables and cash can be stored in proportion to the size of the valuables storage space formed inside the safe. When the safe is opened by an intruder, the safe device has a problem in that it is not possible to effectively protect the safe user's property because the valuables stored in the safe are exposed to the naked eye as it is.

In order to solve this problem, there is a need to develop a safe that can effectively protect the property of the safe user by securing a secret storage space inside the safe that an intruder cannot predict.

However, although it is difficult to discover the secret storage space, there is a problem that it is difficult to achieve the purpose of providing the secret storage space once discovered. In addition, when the secret storage space is locked with the same locking method as a conventional safe device, it is easy to unlock and thus security is degraded.

Korean Patent Application Publication No. 10-2010-0053376

In order to solve the above problems, the present invention has as a solution to provide a smart double safe using a time setting in which security and ease of use are improved.

In order to solve the above problems, the present invention is a safe main body that is open on one side and a storage space is formed therein, and the interior of the storage space is partitioned to form a double storage space; A double door provided with a first locking unit for selectively opening and closing the double storage space; An external door provided on an opened surface of the safe main body and including an electromagnetic lock provided with a second locking part for selectively opening and closing; A circuit connected to a fingerprint module recognition means including a first storage device in which identification number data and fingerprint authentication data for selective opening and closing of at least one of the external door and the double door are stored, and the first locking unit and the first locking unit A control unit for selectively transmitting an open signal to at least one of the two locking units; And a fingerprint module provided with at least one or more to selectively wirelessly communicate with the fingerprint module recognition means within a preset radius range, and having a second memory device in which individual identification information matching the identification number data is previously stored. It provides a smart double safe using time setting.

Here, the first storage device pre-stores the fingerprint authentication data in which the fingerprint information of the safe user is data, and the fingerprint module is provided with a fingerprint recognition sensor to obtain individual fingerprint information that is compared and matched with the fingerprint authentication data. desirable.

At this time, when the fingerprint module from which the individual fingerprint information is obtained is wirelessly communicated with the fingerprint module recognition means, the identification number data and the individual identification information are compared and compared by the fingerprint module recognition means, and the individual identification information is the identification When included in the number data, the fingerprint authentication data and the individual fingerprint information are compared and matched by the fingerprint module recognition means, and when the individual fingerprint information is included in the fingerprint authentication data, an open signal corresponding to the individual fingerprint information is It is preferable to transmit from the fingerprint module recognition means to at least one of the first locking unit of the double door and the second locking unit of the external door.

Here, the individual fingerprint information includes any one of master user information, first general user information, and second general user information, wherein the control unit determines master user information in the individual fingerprint information by the fingerprint module recognition means. When an open signal is simultaneously transmitted to the first locking unit of the double door and the second locking unit of the external door, the first general user information is determined by the fingerprint module recognition means. It is preferable to transmit an open signal to the second locking unit, and to transmit the open signal to the first locking unit of the double door when the second general user information is determined in the individual fingerprint information by the fingerprint module recognition means.

In this case, in a time mode in which the control unit selectively transmits an open signal to at least one of the first locking unit and the second locking unit within a preset time range, the first general user information and the first general user information and When any one of the second general user information is included, it is preferable to transmit an open signal to one of the first locking unit of the double door and the second locking unit of the external door.

Through the above solution means, the present invention provides the following effects.

First, as a portable fingerprint module equipped with a fingerprint recognition sensor and an electronic lock are wirelessly communicated with each other within a preset radius, different safe use rights are granted for each fingerprint-authenticated safe user, and the double door is selectively opened. Convenience can be significantly improved.

Second, when the fingerprint module communicates wirelessly with the electronic lock, the door is opened only when the registered serial number data and the registered fingerprint information coincide at the same time. Since the double door is prevented from being opened, security can be remarkably improved.

Third, since at least two general safe users who have fingerprint modules containing different individual fingerprint information must go through the authentication procedure for using the safe at the same time, the entire external door and the double door are opened. Security can be remarkably improved by preventing the opening of the product.

1 is an exemplary view showing an open state of an external door and a double door of a smart double safe using a time setting according to an embodiment of the present invention.
Figure 2 is an exemplary view showing an open state of the outer door of the smart double safe using a time setting according to an embodiment of the present invention.
Figure 3 is a perspective view showing a smart double safe using a time setting according to an embodiment of the present invention.
Figure 4 is an exemplary view showing the state of use of the electronic lock and fingerprint module of the smart double safe using a time setting according to an embodiment of the present invention.
Figure 5 is a block diagram showing a smart double safe using a time setting according to an embodiment of the present invention.
Figure 6 is a flow chart showing a control method of a smart double safe using a time setting according to an embodiment of the present invention.
7 is a flowchart showing a first modified example of a method for controlling a smart double safe using time setting according to an embodiment of the present invention.
8 is a flowchart showing a second modified example of a method for controlling a smart double safe using time setting according to an embodiment of the present invention.

Hereinafter, a smart double safe using a time setting according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary view showing an open state of an external door and a double door of a smart double safe using a time setting according to an embodiment of the present invention, and FIG. 2 is a smart diagram using a time setting according to an embodiment of the present invention. An exemplary view showing an open state of the outer door of the double safe, Figure 3 is a perspective view showing a smart double safe using a time setting according to an embodiment of the present invention, Figure 4 is a time according to an embodiment of the present invention It is an exemplary diagram showing the state of use of the electronic lock and fingerprint module of the smart double safe using settings, and FIG. 5 is a block diagram showing a smart double safe using time settings according to an embodiment of the present invention.

As shown in Figures 1 to 5, the smart double safe 200 using the time setting according to an embodiment of the present invention is a safe body 10, a double door 20, an external door 30, an electronic lock ( 140), a fingerprint module 150, and a control unit 60.

First, it is preferable that the safe main body 10 is opened on one side and has a storage space 11 formed therein, and a double storage space 12 is formed by partitioning the interior of the storage space 11. Here, it is preferable to understand that the double storage space 12 is formed inside the safe body 10 and is selectively partitioned from the storage space 11 by the double door 20.

Here, the safe main body 10 has a storage space 11 formed therein, but it is high so that safe deposits such as valuables, security documents, medicines, etc. are accommodated in the storage space to be protected and preserved from theft/damage, etc. It is preferable to be formed of a metal material having strength and durability.

In addition, it is preferable that the safe main body 10 has an opening formed on one side thereof, and a storage space 11 capable of storing safe items such as valuables, security documents, and medicines is provided inside the opening. Here, the storage space 11 may be further provided with an assembly type shelf or a drawer device capable of adjusting the height so that the safe accommodation is accommodated.

In addition, the double storage space 12 is selectively communicated with the storage space 11, the storage space so that a second storage space separate from the storage space 11 is stored. (11) It is preferable that at least one is formed on any one side of the safe main body 10 in which the interior is partitioned. In this case, the second safe accommodation is determined by the user to be more important than the safe deposit including valuables, security documents, medicines, etc., and thus it is preferable to mean an accommodation that is stored separately from the safe deposit. Do.

Here, referring to FIG. 1, the double storage space 12 is illustrated and described as being formed on the upper side of the shelf provided in the storage space 11. In this case, the double storage space 12 may be formed under the shelf provided in the storage space 11.

Of course, in some cases, the double storage space 12 communicates with the storage space 11, but may be formed to be recessed in an outward direction on at least one of the inner wall surfaces of the storage space 11. Here, the double storage space may be recessed in one side of the lower surface of the inner wall surface of the storage space 11. In this case, the double storage space may be recessed on one side of the lower surface of the storage space 11, and in some cases, may be formed to cover the entire lower surface of the storage space 11. It is also possible to be recessed outwardly on the side of the inner wall surface.

On the other hand, the double door 20 covers the double storage space 12 to divide the storage space 11 and the double storage space 12, but selectively open and close the storage space 11 and the double storage space. It is provided between the spaces 12. Here, at least one of the double doors 20 may be provided corresponding to the number of formations of the double storage space 12.

1 to 2, when the double storage space 12 is formed on the upper side of the shelf provided in the storage space 11, the double door 20 corresponds to the area of the double storage space 12. It is preferable to be provided with a corresponding size. At this time, one edge of the double door 20 is connected to the inner wall surface of the storage space 11 by a hinge connection or the like, so that the double door 20 can be selectively rotated and opened and closed.

In addition, a driving motor (not shown) for opening and closing the double door 20 may be further provided. In this case, the driving motor (not shown) may be provided to selectively open and close the double door 20 when an open signal transmitted from the control unit 60 is generated. Accordingly, when the double door 20 is in a closed state, the double door 20 may be selectively opened through the drive motor (not shown) even when a handle or the like is not provided. Accordingly, when the double door 20 is in a closed state, it is practically difficult to force open through an external force, so that security can be improved.

On the other hand, on the other side of the double door 20 disposed toward the double storage space 12 side, a first lock is locked to the inner side of the safe main body 10 for selective opening and closing of the double storage space 12. One locking part 21 may be provided.

Here, the first locking part 21 refers to a locking device installed on the double door 20 so that the double door 20 is selectively opened and closed. At this time, the first locking portion 21 is provided on at least one side of the side and the inner surface of the double door 20, a locking body having a locking insertion groove formed therein, and selectively inserted and withdrawn from the locking insertion groove. It may include the locking locking portion provided in a cylindrical shape, etc., and the driving motor (not shown) provided to drive the locking locking portion.

In addition, the first locking unit 21 may be circuit-connected to the electromagnetic lock 140 so that the double door 20 is opened in response to an open signal transmitted from the control unit 60 to the double door 20. have. Of course, in some cases, a second electromagnetic lock (not shown) is further provided outside the double door 20 from the electromagnetic lock 140 provided in the external door 30, and the first locking unit ( 21) can also be connected to the circuit. In this case, it is preferable to understand that the second electromagnetic lock (not shown) is provided with the same configuration as the electromagnetic lock 140 to be described later.

In addition, a handle 22 for opening and closing the double door 20 may be further provided on one side of the outer surface of the double door 20 exposed to the storage space 11.

Of course, in some cases, when the double storage space is recessed outwardly on at least one of the inner wall surfaces of the storage space 11, the double door is closed on one surface exposed to the storage space 11 of the double door. In the case of, it may be formed in a profile substantially continuous with the inner wall surface of the storage space 11. At this time, when a safe container having a predetermined weight or more is disposed in the double door, the control unit detects whether a safe container disposed adjacent to the double door is disposed so as to prevent malfunction due to malfunction of the driving motor (not shown). A detection sensor (not shown) for transmitting a signal to 60 may be further provided. Accordingly, since the double door is formed in a substantially continuous profile with the inner wall surface of the storage space 11, if an intruder does not know the existence of the double storage space, it can be mistaken as a simple inner wall surface, improving security. Can be.

In addition, in some cases, when the double storage space is recessed on one side of the storage space 11, the size and shape of the double door are located on one side of the side of the double storage space 12 so that the double door slides open and closes. A corresponding slide insertion groove (not shown) may be formed. At this time, guide rail portions (not shown) may be further provided on either side of the double door so that the double door is inserted and extracted into the slide insertion groove (not shown). Accordingly, the double storage space 12 can be opened and closed as the double door is selectively inserted into the slide insertion groove (not shown) in a slidable manner by the driving motor (not shown). In addition, when the double storage space is formed to cover the entire lower surface of the storage space 11, one surface of the double door is substantially used as the inner wall surface of the storage space 11, but provides a function of selectively opening and closing. I can.

On the other hand, it is preferable that the external door 30 is provided on an opened surface of the safe main body 10 so as to be selectively opened and closed. Such an external door 30 may be provided in a hinge type that is connected to the opening edge of the storage space 11 and rotates, a drawer type that slides into the storage space 11 in a state in which the safe housing is stored, and the like. , But is not limited thereto. In this case, it is preferable to understand that the external door 30 is illustrated and described in a hinged manner in an embodiment of the present invention.

In addition, the outer door 30 is preferably formed of a metal material having high strength and durability the same as the safe body 10. Here, the outer door 30 is hingedly connected so as to be rotated based on an edge of one side in contact with the opening of the safe main body 10, and a handle part 32 capable of opening and closing the outer door 30 on one side of the outer surface ) Is preferably provided.

In addition, it is preferable that one side of the outer door 30 is provided with a second locking part 31 that is selectively locked to the inner side of the safe main body 10 so as to limit the opening and closing of the outer door 30. .

Here, the second locking part 31 refers to a device that is installed so as not to be exposed to the outside on at least one side of the outer door 30 and the safe body 10 to limit the opening and closing of the outer door 30 do.

At this time, the second locking part 31 is provided on at least one side of the side and the inner surface of the outer door 30, a locking body having a locking insertion groove formed therein, and selectively inserted and withdrawn from the locking insertion groove. It may include a locking motor (not shown) provided to drive the locking portion and the locking portion is provided in a cylindrical shape or the like.

In addition, the second locking part 31 may be circuit-connected to the electromagnetic lock 140 so that the external door 30 is opened in response to an open signal transmitted from the control unit 60 to the external door 30. have.

Meanwhile, referring to FIGS. 3 to 4, the electromagnetic lock 140 is provided outside the external door 30, and a second locking part 31 for selectively opening and closing the external door is provided. desirable.

In addition, it is preferable that the smart double safe 200 includes the control unit 60 for selectively transmitting an open signal to at least one of the first locking unit 21 and the second locking unit 31. .

In addition, the smart double safe 200 is a first storage device (not shown) in which identification number data and fingerprint authentication data for selective opening and closing of at least one of the external door 30 and the double door 20 are previously stored. Including, it is preferable to include a fingerprint module recognition means 141 connected to the circuit with the control unit (60).

Here, the electronic lock 140 may include a display unit 142, a button unit 143, and a power supply unit 144. In addition, the electronic lock 140 may be communicatively connected with the fingerprint module recognition means 141. In detail, the fingerprint module recognition means 141 has previously stored identification number data and fingerprint authentication data, and the fingerprint module 150 and the fingerprint module recognition means 141 in which individual identification information and individual fingerprint information are stored are wirelessly communicated. It is preferable to be provided.

In addition, at one side of the electronic lock 140, the fingerprint module recognition means 141 may be provided as a communication recognition unit for communicating wireless communication with the fingerprint module 150. In this case, the communication recognition unit may be provided as a microprocessor or the like for mediating a wireless communication connection with the module recognition unit 152 of the fingerprint module 150. In addition, the fingerprint module recognition means 141 is preferably circuit-connected to the control unit 60 for selectively transmitting an open signal to at least one of the first locking unit 21 and the second locking unit 31 Do.

At this time, the fingerprint module recognition means 141 is most preferably provided to wirelessly communicate with the fingerprint module 150 in a non-contact manner through radio frequency (RF) communication, but the fingerprint module recognition means 141 and the fingerprint module A structure in which data is transmitted/received by an electromagnetic method between 150 is not limited thereto. For example, the fingerprint module recognition means includes an insertion hole recessed to a length corresponding to the width of the fingerprint module so that one end of the fingerprint module is inserted into one side of the electronic lock, and a connector part of the fingerprint module inside the insertion hole. It may be provided including a connection terminal to be in contact.

In addition, the fingerprint module recognition means 141 is a flash memory so that the identification number data and the fingerprint authentication data are pre-stored for comparison of the individual identification information and the identification number data, and the individual fingerprint information and the fingerprint authentication data. The first memory device (not shown) provided as a etc. may be included. That is, the fingerprint module recognition means 141 is preferably understood as a concept encompassing an insertion hole recessed to insert one end of the fingerprint module 150 and the first memory device (not shown).

Here, the individual identification information is preferably understood as serial number data that is individually provided for each of the fingerprint modules 150, and the individual fingerprint information is obtained or pre-stored through the fingerprint module 150 It is desirable to understand it as data including individual fingerprint (f) information of.

In addition, the identification number data is preferably understood as a collection of registered and pre-stored data for comparison and matching with the individual identification information provided individually for each of the fingerprint modules 150, and the fingerprint authentication data is all safe It is a concept that includes individual fingerprint information of a user, and is preferably understood as a collection of registered and preset data for comparison and matching with the individual fingerprint information. Of course, in some cases, the identification number data and the fingerprint authentication data may be previously stored in the control unit 60.

Meanwhile, the display unit 142 may be provided with a flexible numeric disply (FND) or the like so that opening/closing guide information and a number are displayed. Here, the opening/closing guide information may include open indication information displayed when the double door 20 and the external door 30 are opened, and password input result information displayed when the password matches or does not match. Through this, various results derived as the safe user manipulates the electronic lock 140 may be displayed on the display unit 142 through the opening/closing guide information.

In addition, the display unit 142 may display an input number value according to the number input by the button unit 143. Accordingly, various results derived as the safe user manipulates the electronic lock 140 are shown on the display unit 142, so that the safe user can easily grasp the various states of the safe, thereby improving usability. I can. Furthermore, information on the current time may be displayed on the display unit 142, and whether to set/release a time mode that is input-switched through the button unit 143 may be displayed.

In addition, the button unit 143 may be provided with a digitizer, a mechanical button, a dial, or the like, and may be operated in a manner such as touch, pressurization, rotation, etc. by a safe user. Here, the locked state and the unlocked state of the second locking part 31 may be switched according to open signal information such as a password and a pattern input to the button part 143.

Here, in order to open and close at least one of the external door 30 and the double door 20 so as to correspond to the password input through the button unit 143, the password authentication information matching the password is compared to the electronic lock ( 140) or may be previously stored in the control unit 60.

Accordingly, when the safe user inputs a password through the button unit 143, the password and the password authentication information are compared and matched, and any one of the external door and the double door 20 is opened according to the input password. The open signal may be transmitted so as to be possible. That is, a password for opening the double door 20 and a password for opening the external door 30 may be set differently, so that a door corresponding to the input password may be opened. At this time, it is preferable to understand that the closed state of the door is maintained when the input password does not match the password authentication information.

Here, the fingerprint module 150 is wirelessly communicated with the fingerprint module recognition means 141 to open the external door 30 and the double door 20 through an authentication procedure described later, and the button unit ( The external door 30 and the double door 20 may be opened through an authentication procedure through input of the password 143). In addition, in some cases, the external door 30 and the double door 20 may be opened only when both of the above-described authentication procedures are satisfied.

In addition, a backlight unit (not shown) may be provided inside the button unit 143. Accordingly, when the fingerprint module 150 is wirelessly communicated with the electronic lock 140 to be authenticated, or when any one of the buttons of the button unit 143 is operated, the electronic lock 140 is activated and the backlight Sub (not shown) can be operated.

In addition, the power supply unit 144 may be provided such that a battery or the like is embedded to supply power to the electromagnetic lock 140. Of course, in some cases, the power supply unit 144 may be provided as an outlet connected to a commercial power source disposed in a house or office, or may be provided by being connected to a solar panel or the like.

On the other hand, the fingerprint module 150 is provided with at least one to selectively wireless communication or connection within a predetermined radius range with the fingerprint module recognition means 141 connected to the control unit 60, the identification number data and It is preferable that the matching individual identification information is stored in advance, and the individual fingerprint information matching the fingerprint authentication data is obtained.

Here, the fingerprint module 150 may be provided as a portable card or a key ring, and the module recognition unit 152 may be provided to wirelessly communicate in a non-contact manner through radio frequency (RF) communication. At this time, as the fingerprint module 150 approaches the fingerprint module recognition means 141 within a preset radius range, the fingerprint module 150 is operated through an electromagnetic reaction with the module recognition unit 152. It can be provided. In addition, it is preferable that the preset radius range is set to a typical distance value capable of RF communication.

Accordingly, as the module recognition unit 152 formed in the fingerprint module 150 communicates with the fingerprint module recognition means 141 wirelessly, the electronic lock 140 may be activated. At this time, it is preferable to understand that activation is a preparatory step for starting an algorithm for opening the safe door. In addition, it is preferable to understand that the safe door is meant to encompass the outer door 30 and the double door 20.

Of course, in some cases, the fingerprint module may be used as a connection type by installing the connector unit provided with an integrated circuit (IC) chip or a universal serial bus (USB) connector on one side. At this time, one end of the fingerprint module 150 may be inserted into the fingerprint module recognition means 141 which is recessed in the form of an insertion hole, so that the connector part may contact the connection terminal (not shown).

In addition, the fingerprint module 150 includes the module recognition unit 152 that mediates a connection with the fingerprint module recognition means 141, and fingerprint recognition provided to obtain individual fingerprint information that is compared and matched with the fingerprint authentication data. A sensor 151 and a battery unit (not shown) supplying power to the fingerprint module 150 may be included. In addition, the fingerprint module 150 has a second storage device (not shown) provided as a flash memory or the like so that the individual identification information is previously stored and the individual fingerprint information is stored, and the fingerprint module 150 is inputted. It may further include a module control unit (not shown) for controlling the transmission and reception of various signals.

Here, the fingerprint recognition sensor 151 is provided on the other side of the fingerprint module 150, and may be provided to obtain the fingerprint (f) information as the fingerprint (f) of the safe user is in contact. Accordingly, when the fingerprint f of the safe user comes into contact with the fingerprint recognition sensor 151, the fingerprint f information may be converted into data and stored in the fingerprint module 150. That is, the individual fingerprint information is preferably understood as data stored by converting the fingerprint (f) information into data as the fingerprint (f) of the safe user comes into contact with the fingerprint recognition sensor (151).

In this case, the fingerprint module 150 may be configured to store the individual fingerprint information including the safe user's fingerprint (f) information only at the moment when the safe user's fingerprint (f) contacts the fingerprint recognition sensor 151. have. Of course, in some cases, the fingerprint module 150 may have a configuration in which one piece of individual fingerprint information is acquired and stored in a pre-stored state.

Accordingly, the fingerprint module 150 equipped with the fingerprint recognition sensor 151 is portable and can be used only when the safe user uses the safe, and even if the intruder acquires the safe user's fingerprint f Since the safe cannot be opened because a device including number data is not provided, security can be remarkably improved.

On the other hand, the control unit 60 sequentially compares the identification number data and the individual identification information, the fingerprint authentication data and the individual fingerprint information, and at least one of the double door 20 and the external door 30 It may be provided in circuit connection with the fingerprint module recognition means 141 so as to selectively transmit an open signal to. Here, the control unit 60 may be disposed on an inner side of the safe main body 10 or an inner side of the electronic lock 140.

And, when an open signal is transmitted from the control unit 60 to at least one of the double door 20 and the external door 30 through the fingerprint module recognition means 141, the double door to which the open signal is transmitted At least one of the driving motor (not shown) or the first locking unit 21 for opening and closing 20, and the locking motor (not shown) for opening and closing the locking portion of the second locking unit 31 to which an open signal is transmitted. As any one is operated, at least one of the double door 20 and the external door 30 may be opened.

6 is a flowchart illustrating a method of controlling a smart double safe using time setting according to an embodiment of the present invention.

As shown in Fig. 6, the fingerprint module 150 in which the individual identification information is pre-stored and the individual fingerprint information is obtained is the fingerprint module recognition means 141 in which the identification number data and the fingerprint authentication data are pre-stored. It is wirelessly communicated with (s10).

In this case, the individual identification information is preferably understood as serial number data that is individually provided for each of the fingerprint modules 150, and the individual fingerprint information is obtained or previously stored through the fingerprint module 150. It is desirable to understand it as data including individual fingerprint (f) information of.

In addition, the identification number data is preferably understood as a collection of registered and pre-stored data for comparison and matching with the individual identification information provided individually for each of the fingerprint modules 150, and the fingerprint authentication data is all safe It is a concept that includes individual fingerprint information of a user, and is preferably understood as a collection of registered and preset data for comparison and matching with the individual fingerprint information.

And, as the fingerprint (f) of the safe user comes into contact with the fingerprint recognition sensor 151 provided in the fingerprint module 150, the individual fingerprint information in which the fingerprint (f) information is data is converted into the fingerprint module 150. A step that is stored in may be further included.

In this case, it is preferable that the individual fingerprint information includes any one of master user information and general user information. That is, it is understood that the individual fingerprint information corresponding to the safe user including the master user and the general user is stored in the fingerprint module 150 as the fingerprint f of the safe user is in contact with the fingerprint recognition sensor 151 This is desirable. Of course, in some cases, the individual fingerprint information converted into data corresponding to the safe user including the master user and the general user may be previously stored and provided in the fingerprint module 150.

On the other hand, when the fingerprint module 150 comes into contact with the fingerprint module recognition means 141, a step (s11) of comparing and determining whether the individual identification information is included in the identification number data is performed.

Here, when the individual identification information is not included in the identification number data, that is, when the individual identification information is inconsistent with the food number data, the algorithm for opening the safe door is terminated.

Accordingly, since the portable fingerprint module 150 equipped with the fingerprint recognition sensor 151 is provided separately from the electronic lock 140, even if the intruder acquires the fingerprint (f) information of the safe user, the previously registered identification number data If it is not matched to, since opening of the external door 30 and the double door 20 is prevented, security can be remarkably improved. That is, when the fingerprint module 150 coincides with the serial number data previously registered in the electronic lock 140 and the previously registered fingerprint (f) information at the same time, the safety structure door is opened. (f) Since the opening of the safe door is prevented by only one means of information, security can be significantly improved.

On the other hand, when the individual identification information is included in the identification number data, a step (s12) of comparing and determining whether the individual fingerprint information is included in the fingerprint authentication data is performed. In addition, in some cases, when the individual identification information is included in the identification number data, further comprising a step of inputting a password through the button unit 143 and comparing and contrasting the input password and the password authentication information. You may. Here, if the input password is included in the password authentication information, the step of comparing and determining whether the individual fingerprint information is the master user information (s13) is performed, but if the input password is not included in the password authentication information, the safe door is opened. Algorithm for can be terminated. In this case, as for the password authentication information, a password for opening the external door 30 and a password for opening the double door 20 may be set and stored differently, respectively, and may be set and stored as an integrated password. have. Accordingly, when all of the three-fold authentication procedure including the authentication procedure of comparing and matching the serial number and the fingerprint f through the fingerprint module 150 and the authentication procedure through the password input of the button unit 143 is satisfied. Only when the outer door 30 and the double door 20 are opened, security can be remarkably improved.

Further, in some cases, when the individual identification information is included in the identification number data, the electronic lock 140 is activated to drive the backlight unit (not shown) provided inside the button unit 143. It can also be included.

On the other hand, when the individual fingerprint information is not included in the fingerprint authentication data, that is, when the individual fingerprint information is inconsistent with the fingerprint authentication data, the algorithm for opening the safe door is terminated.

In addition, when the individual fingerprint information is included in the fingerprint authentication data, a step (s13) of comparing and determining whether the individual fingerprint information is the master user information is performed.

Here, when the individual fingerprint information is the master user information, that is, when the individual fingerprint information matches the master user information, the second locking unit 31 of the external door 30 and the double door 20 The open signal is simultaneously transmitted to the first locking unit 21 (s14).

On the other hand, when the individual fingerprint information is not the master user information, that is, when the individual fingerprint information is inconsistent with the master user information, a step (s15) of comparing and determining whether the individual fingerprint information is the general user information is performed.

In addition, when the individual fingerprint information is the general user information, that is, when the individual fingerprint information matches the general user information, an open signal is transmitted to the second locking unit 31 of the external door 30 (s16). ). At this time, it is preferable to understand that the first locking portion 21 of the double door 20 is locked to maintain a closed state.

On the other hand, when the individual fingerprint information is not the general user information, that is, when the individual fingerprint information is inconsistent with the general user information, the algorithm for opening the safe door is terminated.

Accordingly, when the fingerprint module 150 in which one of the master user information and the general user information is stored is wirelessly communicated with the fingerprint module recognition means 141, the door corresponding to each user information is opened, so that the usability is significantly improved. I can.

In addition, the storage space 11 is given a different right to use a safe for each authenticated safe user through wireless communication between the portable fingerprint module 150 equipped with the fingerprint recognition sensor 151 and the electronic lock 140. Since the double door 20 formed in a substantially continuous profile with the inner wall surface of the door is selectively opened, security can be remarkably improved.

Meanwhile, FIG. 7 is a flowchart showing a first modified example of a method for controlling a smart double safe using time setting according to an embodiment of the present invention. In the first modified example, the basic configuration excluding the first general user information and the second general user information included in the individual fingerprint information is preferably understood as the same configuration as in the above-described embodiment.

As shown in Fig. 7, the fingerprint module 150 in which the individual identification information is pre-stored and the individual fingerprint information is obtained is the fingerprint module recognition means 141 in which the identification number data and the fingerprint authentication data are pre-stored. It is wirelessly communicated with (s20).

Here, as the fingerprint (f) of the safe user comes into contact with the fingerprint recognition sensor 151 provided in the fingerprint module 150, the individual fingerprint information in which the fingerprint (f) information is data is converted into the fingerprint module 150 A step that is stored in may be further included. In this case, the individual fingerprint information preferably includes any one of master user information, first general user information, and second general user information.

In addition, when the fingerprint module 150 comes into contact with the fingerprint module recognition means 141, a step (s21) of comparing and determining whether the individual identification information is included in the identification number data is performed.

Here, when the individual identification information is not included in the identification number data, that is, when the individual identification information is inconsistent with the food number data, the algorithm for opening the safe door is terminated.

On the other hand, when the individual identification information is included in the identification number data, a step (s22) of comparing and determining whether the individual fingerprint information is included in the fingerprint authentication data is performed. In addition, in some cases, when the individual identification information is included in the identification number data, further comprising a step of inputting a password through the button unit 143 and comparing and contrasting the input password and the password authentication information. You may. Here, if the input password is included in the password authentication information, the step of comparing and determining whether the individual fingerprint information is the master user information (s23) is performed, but if the input password is not included in the password authentication information, the safe door is opened. Algorithm for can be terminated. In this case, as for the password authentication information, a password for opening the external door 30 and a password for opening the double door 20 may be set and stored differently, respectively, and may be set and stored as an integrated password. have. Accordingly, the external door 30 and the double door are all satisfied when both the authentication procedure of comparing and matching the serial number and the fingerprint through the fingerprint module 150 and the authentication procedure through the password input of the button unit 143 are satisfied. Since (20) is open, security can be remarkably improved.

Further, in some cases, when the individual identification information is included in the identification number data, the electronic lock 140 is activated to drive the backlight unit (not shown) provided inside the button unit 143. It can also be included.

In addition, when the individual fingerprint information is not included in the fingerprint authentication data, that is, when the individual fingerprint information is inconsistent with the fingerprint authentication data, the algorithm for opening the safe door is terminated.

Meanwhile, when the individual fingerprint information is included in the fingerprint authentication data, a step (s23) of comparing and determining whether the individual fingerprint information is the master user information is performed.

Here, when the individual fingerprint information is the master user information, that is, when the individual fingerprint information matches the master user information, the second locking unit 31 of the external door 30 and the double door 20 The open signal is simultaneously transmitted to the first locking unit 21 (s24).

On the other hand, when the individual fingerprint information is not the master user information, that is, when the individual fingerprint information is inconsistent with the master user information, the step of comparing and determining whether the individual fingerprint information is the first general user information (s25) is performed. do.

Here, when the individual fingerprint information is the first general user information, that is, when the individual fingerprint information matches the first general user information, an open signal is sent to the second locking unit 31 of the external door 30. It is transmitted (s26). At this time, it is preferable to understand that the closed state of the double door 20 is maintained.

On the other hand, when the individual fingerprint information is not the first general user information, that is, when the individual fingerprint information is inconsistent with the first general user information, comparing and determining whether the individual fingerprint information is the second general user information ( s27) is performed.

Here, when the individual fingerprint information is the second general user information, that is, when the individual fingerprint information matches the second general user information, an open signal is sent to the first locking unit 21 of the double door 20. It is transmitted (s28).

On the other hand, when the individual fingerprint information is not the second general user information, that is, when the individual fingerprint information is inconsistent with the second general user information, the algorithm for opening the safe door is terminated.

Of course, in some cases, when the individual fingerprint information is the first general user information, an open signal is transmitted to the first locking unit 21 of the double door 20, and the individual fingerprint information is the second general user information. In this case, an open signal may be transmitted to the second locking unit 31 of the external door 30.

That is, this modified example corresponds to each of the first general user information and the second general user information, unlike the configuration in which an open signal is transmitted to the external door 30 when the individual fingerprint information of the above-described embodiment is general user information. Therefore, it is preferable to understand that an open signal is transmitted to any one of the second locking part 31 of the external door 30 and the first locking part 21 of the double door 20.

Accordingly, the external door 30 and the double door 20 only when at least two general safe users who have the fingerprint module 150 including different individual fingerprint information undergo an authentication procedure for using the safe at the same time. ) Since the whole is opened, the double door 20 is prevented from being opened by an arbitrary action of one general user, so that security can be remarkably improved.

Meanwhile, FIG. 8 is a flowchart showing a second modified example of a method for controlling a smart double safe using time setting according to an embodiment of the present invention. In the first modified example, the basic configuration excluding the time mode is preferably understood as the same configuration as the above-described first modified example, and detailed descriptions of the same contents are omitted.

Here, in the step (s23) of comparing and determining whether individual fingerprint information is master user information, when the individual fingerprint information is not the master user information, that is, when the individual fingerprint information is inconsistent with the master user information, the control unit ( 60) determines whether or not the time mode is set. In addition, when the time mode is set, the control unit 60 determines whether the current time is within a preset time range (s30).

In this case, the time mode means a mode for selectively transmitting an open signal to at least one of the first locking unit 21 and the second locking unit 31 only within a preset time range, and the button unit ( 143), and whether to set/release the time mode may be displayed on the display unit 142.

In addition, when the current time is within a preset time range, a step (s25) of comparing and determining whether the individual fingerprint information is the first general user information is performed. On the other hand, when the current time is not within the preset time range, the algorithm for opening the safe door is terminated.

Therefore, the entire external door and double door are opened only when at least two general safe users who have fingerprint modules containing different individual fingerprint information go through the authentication procedure for using the safe within a preset time range. Security can be further improved through a synergy effect that is double limited in space.

On the other hand, in some cases, when the double storage space and the double door are provided in multiple locations, a plurality of general user information is provided, corresponding to each general user information, and an open signal is transmitted to any one of the external door and the plurality of double doors. It is preferable to understand that the configuration is also included in the scope of the present invention. Accordingly, after the external door is opened, one of the plurality of double doors is selectively opened in response to each general user information, so the accommodation space and each double storage space can be used for different purposes for each space. It can be significantly improved.

At this time, the terms such as "include", "comprise", or "have" described above mean that the corresponding component may be present unless otherwise stated, excluding other components. It should not be construed as being able to include other components. All terms, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art, unless otherwise defined. Terms generally used, such as terms defined in the dictionary, should be interpreted as being consistent with the meaning of the context of the related technology, and are not interpreted as ideal or excessively formal meanings unless explicitly defined in the present invention.

As described above, the present invention is not limited to each of the above-described embodiments, and it is possible to be modified and implemented by those of ordinary skill in the art without departing from the scope claimed in the claims of the present invention. And, these modifications are within the scope of the present invention.

200: Smart double safe using time setting 10: Safe body
11: storage space 12: double storage space
20: double door 30: external door
31: locking device 32: handle
60: control unit 140: electronic lock
141: fingerprint module recognition means 142: display unit
143: button unit 144: power unit
150: fingerprint module 151: fingerprint recognition sensor

Claims (5)

A safe main body having an open side, a storage space formed therein, and partitioning the interior of the storage space to form a double storage space;
A double door provided with a first locking unit for selectively opening and closing the double storage space;
An external door provided on an opened surface of the safe body and including an electromagnetic lock provided with a second locking unit for selectively opening and closing;
A circuit connected to a fingerprint module recognition means including a first storage device in which identification number data and fingerprint authentication data for selective opening and closing of at least one of the external door and the double door are stored, and the first locking unit and the first locking unit A control unit for selectively transmitting an open signal to at least one of the two locking units; And
A time including a fingerprint module provided with at least one to selectively wirelessly communicate with the fingerprint module recognition means within a preset radius range, and provided with a second memory device in which individual identification information matching the identification number data is previously stored. Smart double safe using settings. The method of claim 1,
In the first storage device, the fingerprint authentication data in which the fingerprint information of the safe user is data is previously stored,
The fingerprint module is a smart double safe using a time setting, characterized in that the fingerprint recognition sensor is provided to obtain individual fingerprint information matching the fingerprint authentication data. The method of claim 2,
When the fingerprint module from which the individual fingerprint information is obtained is wirelessly communicated with the fingerprint module recognition means, the identification number data and the individual identification information are compared and contrasted by the fingerprint module recognition means,
When the individual identification information is included in the identification number data, the fingerprint authentication data and the individual fingerprint information are compared and matched by the fingerprint module recognition means,
When the individual fingerprint information is included in the fingerprint authentication data, an open signal corresponding to the individual fingerprint information is transmitted from the fingerprint module recognition means to at least one of a first locking unit of the double door and a second locking unit of the external door Smart double safe using time setting, characterized in that it is transmitted to. The method of claim 3,
The individual fingerprint information includes any one of master user information, first general user information, and second general user information,
The control unit transmits an open signal to the first locking unit of the double door and the second locking unit of the external door at the same time when the master user information is determined in the individual fingerprint information by the fingerprint module recognition means,
When the first general user information is determined in the individual fingerprint information by the fingerprint module recognition means, an open signal is transmitted to the second locking unit of the external door,
A smart double safe using a time setting, characterized in that when the second general user information is determined by the fingerprint module recognition means, an open signal is transmitted to the first locking unit of the double door. The method of claim 4,
In a time mode in which the control unit selectively transmits an open signal to at least one of the first locking unit and the second locking unit within a preset time range,
When any one of the first general user information and the second general user information is included in the individual fingerprint information, an open signal is transmitted to any one of the first locking unit of the double door and the second locking unit of the external door. Smart double safe using a time setting, characterized in that.

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