KR100750315B1 - The apparatus of multi-locking with finger scan - Google Patents

Abstract

A multi-type automatic locking device with a fingerprint recognition function is provided to select one of smart card contact, fingerprint recognition, and password input methods according to the use purpose, method, or environment. An outer structure body is installed on the outside of one opening and closing body selected from a door, a cabinet, a built-in chest, a drawer, a bag, or a personal storage case to adopt key button input, fingerprint input, smart card input, or manual key input methods. An inner structure body is integrated with the outer structure body through a connecting unit and installed on the inside of the opening and closing body. The inner structure body is composed of a power unit(210) installed at the inner upper part in a battery case vertically slid and opened and closed, to receive driving power by inserting a charge-type battery; a menu button(220) disposed at the lower end of the power unit to set password, fingerprint, manual key, and smart card recognition methods; a mode change switch(230) disposed at the side of the menu button, to automatically open and close the opening and closing body by selecting one of the smart card, fingerprint, password, and manual key insertion modes; a control unit(240) controlling the operation of a locking unit according to a password, fingerprint, or smart card signal; a sensor recognizing the closing state of the opening and closing body; and an operating unit(260) operating the locking unit by a signal of the control unit. The locking unit is installed at the side of the inner structure body and composed of a sensor(310) sensing whether the opening and closing body is opened or closed and a slide-type dead bolt(320) functioning as a lock of the opening and closing body.

Description

Multi-type automatic lock with fingerprint recognition {THE APPARATUS OF MULTI-LOCKING WITH FINGER SCAN}

1 is a front view showing the outer structure of the closed state of the slide type cover of the components of the multi-type automatic locking device with a fingerprint recognition according to the present invention,

Figure 2 is a front view showing the outer structure of the open state of the slide-type cover of the components of the multi-type automatic locking device with a fingerprint recognition according to the present invention,

Figure 3 is a front view showing the inner structure of the open state of the battery case of the components of the multi-type self-locking device with a fingerprint recognition according to the present invention,

Figure 4 is a block diagram showing the components of the multi-type self-locking device with a fingerprint recognition according to the present invention,

Figure 5 is an embodiment showing that a multi-type automatic locking device with a fingerprint recognition according to the invention is configured in a three-stage drawer,

Figure 6 is an embodiment showing that the multi-type automatic locking device with a fingerprint recognition according to the present invention is configured in the filing cabinet,

Figure 7 is an embodiment showing that the multi-type automatic locking device with a fingerprint recognition according to the present invention is configured in a travel bag.

<Description of the symbols for the main parts of the drawings>

100: outer structure 110: password recognition mode unit

120: fingerprint recognition mode unit 130: manual key input mode unit

140: smart card recognition mode

The present invention is attached to a door, a cabinet, a built-in cabinet, a drawer, a bag, a personal storage box, etc., and at least one of smart card contact, fingerprint recognition, and password input is selected by a user to select a single security structure and a dual security structure, or 3 The present invention relates to a multi-type automatic locking device having a fingerprint recognition configured to be opened and closed automatically by a security structure and to be opened and closed manually when the power is cut off.

Conventional locks attached to doors, cabinets, built-in cabinets, drawers, bags, personal storage boxes, etc. have had a problem in that the lock cannot be opened or closed when the key is lost or the password is forgotten.

In particular, in the case of fingerprint recognition, when the surface is dry, the finger is dried (especially the elderly), and the image of the fingerprint is unclear and the automatic opening and closing is difficult due to the inability to read.

In addition, when foreign matter such as dust or contaminants adhere to the fingerprint recognition unit, accurate fingerprint recognition cannot be performed, and there is a problem that automatic opening and closing is difficult.

In order to solve the above problems, the present invention can be attached to the existing doors, cabinets, built-in cabinets, drawers, bags, personal locks, and the like compatible, and according to the user's purpose or method of use or use environment smart One or more of card contact, fingerprint recognition, and password input can be selected to open and close automatically with single, double, or triple security schemes. The purpose is to provide.

In order to achieve the above object, the multi-type automatic locking device according to the present invention,

An outer component 100 installed on an outer surface of a door, a cabinet, a built-in cabinet, a drawer, a bag, or a personal storage box and having a key button input and a fingerprint input or a smart card input and a manual key input;

It is integrally formed through the outer structure 100 and the connecting portion is installed on the inner side of the opening and closing, and inserting a battery, a rechargeable battery in the battery case 211 is opened and closed by the upper and lower slides on the upper side of the inner to obtain a driving power The power supply unit 210, a menu button 220 for password recognition, fingerprint recognition, manual key input, smart card recognition and setting at the bottom of the power supply unit 210, and a non-opening body on one side of the menu button 220. And a mode switching switch 230 which allows the switch to be automatically opened and closed by selecting any one of a smart card mode, a fingerprint recognition mode, a password input mode, and a manual key insertion mode, and lock according to the signal of the password, fingerprint, and smart card. The control unit 240 for controlling the operation of the unit, the detection sensor 250 for recognizing the closed state of the opening and closing with respect to the non-opening body, and the operation of operating the locking unit in response to the signal of the control unit An inner structure 200 having a configuration of means 260; and

The detection sensor 310 is configured on one side of the inner structure 200 and detects whether the open or closed body is closed, and the dead bolt 320 of the sliding type that is an open / close lock of the open / close member for the non open or closed body. It is achieved by being configured; a locking portion 300 having a configuration.

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

1 is a front view showing the outer structure of the closed state of the slide type cover of the components of the multi-type automatic locking device with a fingerprint recognition according to the present invention, Figure 2 is a multi-type with a fingerprint recognition according to the present invention It is related with the front view which shows the outer structure of the component of the self-locking apparatus in the state opened with the slide-type cover.

The multi-type automatic locking device according to the present invention is the same as the opening and closing body (locking guide groove 50 of the non-opening body) that can be opened and closed with respect to the non-opening body (where the locking guide groove is installed so that the locking portion of the dead bolt and latch bolt is inserted). Is configured on the line, the outer surface of the outer body 100, the inner body 200, where the lock portion 300 is installed in the password recognition mode, fingerprint recognition mode, smart card recognition mode, manual key insertion mode It is installed so that the outer structure 100 of the lock device is made, the inner structure 200 of the fingerprint recognition lock device is installed on the inner side of the opening and closing body, the locking portion 300 on one side along the inner structure circumference Is composed.

The outer structure 100 is formed with a slide-type first cover portion (110a) to protect the keypad 111 on one side of the top.

A password input mode unit 110 is formed of a key pad 111 configured to automatically open and close a password by inputting a password inside the first cover part 110a. The user's password is set using the numeric keys or the shop keys and the asterisk keys in the keypad 111.

At the bottom of the password input mode unit 110, a fingerprint recognition mode unit 120 including a fingerprint recognition unit 121 configured to automatically open and close by inputting a fingerprint is formed. The fingerprint input start button 122 is configured on the upper end of the fingerprint recognition unit 120, and when the user automatically opens and closes through fingerprint recognition, the fingerprint is contacted with the fingerprint recognition unit 121 and the fingerprint input start button is used for the fingerprint input. It recognizes and delivers to the controller.

The manual key inserting mode unit 130 formed of the key insertion groove 131 is formed at the lower end of the fingerprint recognition mode unit 120 so as to be manually opened and closed.

The manual key insertion mode unit 130 serves to manually operate the dead bolt 320 in order to arbitrarily open and close the opening and closing portion on the inner side even when the power is cut off.

In addition, a slide-type second cover part 130a protecting the fingerprint recognition mode part and the manual key insertion mode part on the top of the fingerprint recognition mode part 120 and the manual key insertion mode part 130 is provided with the first cover part 110a. Correspondingly formed.

That is, as shown in FIG. 2, the slide-type first cover portion slides in the upper direction, and the slide-type second cover portion slides in the lower direction.

On the outer surface of the second cover portion 130a, a smart card recognition mode unit 140 including a smart card reader 141 that is set to automatically open and close when a smart card is contacted is formed.

The inner structure 200 has a power supply unit 210 for inserting a battery, a rechargeable battery in the battery case 211 is opened and closed by the upper and lower slides on the upper side, and obtains the driving power through the power supply. By adding a power warning sound 90 notification function for notifying the power status by voice to the control unit 240 is configured to sound a power warning sound when battery replacement or battery charge is required.

A menu button 220 for setting a password, a fingerprint, and a smart card is configured at a lower end of the battery case 211, and one side of the menu button 220 is connected to a keypad 111 to control the control unit 240. Through this, a mode conversion switch 230 for converting the password recognition mode, the fingerprint recognition mode, and the smart card recognition mode is configured.

The control unit 240 for controlling the operation of the lock unit in accordance with the signal of the password, fingerprint, smart card is configured.

The control unit 240 according to the present invention, as shown in Figure 4, connected to the power supply unit 210 monitors whether the battery power, connected to the detection sensor 310 and the open state of the switch body input from the detection sensor and Detect closed state, connected to the keypad 111 to control the password registration and release through the password recognition mode, connected to the fingerprint recognition unit 121 to control the fingerprint registration and release through the fingerprint recognition mode It is connected to the smart card reader 131, and controls the smart card data registration and release through the smart card recognition mode, and controls the rotation of the dead bolt driving motor 250, the operating means, the key button in the dark The high brightness light emitting LED 122 configured inside the keypad unit is controlled to emit light to ensure input, and the user's password, fingerprint, and smart are preset through the comparison decision circuit 241. When the card is mismatched, the buzzer 90 controls the warning sound to be generated.

Here, in the present invention, the control unit 240 is connected to the keypad 111, the first control unit for controlling the password registration and release through the password recognition mode, and the fingerprint recognition unit is connected to the fingerprint through the fingerprint recognition mode The second controller may control the registration and release, and the third controller may be connected to the smart card reader and control the registration and release of smart card data through the smart card recognition mode.

In addition, the motor 250 is configured as an operation means for operating the latch bolt 320, which is the locking part 300, by the signal of the controller 240 in the inner structure 200.

The locking part 300 is formed on one side of the inner structure 200 to be opened and closed with respect to the non-opening and closing body. The locking unit 9300 includes a detection sensor 310 for detecting whether the opening body is in an open state or a closed state, and a dead bolt of a slide type that is driven by the motor 250 by an opening / closing lock of the opening body for a non-opening body. 320 is configured.

Then, the locking guide groove of the non-opening body positioned on the same line as the opening and closing body side is configured, and the dead body is inserted into the insertion groove of the locking guide groove so that the opening and closing body is closed by the non-opening body.

The dead bolt 320 is slid into the lock guide groove by the motor drive by the power source, which is configured to control the rotation of the motor 310 through the control unit 240 as shown in FIG.

In addition, the manual key insertion groove 131 is configured in the outer structure 100 to manually operate the dead bolt to arbitrarily open and close the opening and closing body in the inner structure 200 even when the power is cut off.

The detection sensor 310 is installed on one side of the switch body located on the same line as the lock guide groove, and detects whether the switch body is bonded or unbonded to the non-opening body.

That is, when the open / close body is not bonded to the non-opening body, the detection sensor 310 detects that the open / closed body is open with respect to the non-opening body. On the contrary, when the switch body is bonded to the non-opening body, the detection sensor 310 detects that the switch body is in a closed state with respect to the non-opening body, and transmits the bonded detection signal to the control unit 240, and the control unit 240 dead. The bolt driving motor 250 is operated so that the dead bolt 20 is automatically closed as the slide guide slides.

In addition, the detection sensor 310 is set to be notified in response to the sound notification function through the control of the control unit 240 in the open state and in the closed state, when the device error and foreign matter is introduced into the alarm sound 90 is abnormal. There is a number.

As described above, the multi-type self-locking device according to the present invention has a password input mode unit 110, a fingerprint recognition mode unit 120, and a smart card recognition mode unit 130 on the outer component 100 as shown in FIGS. 1 to 3. ), The manual key input mode 140 is configured to be modularized while being slid into the slide-type first cover portion 110a, the second cover portion 130a, the connection portion is connected to the outer structure 100, integrally configured The battery case 211, the menu button 220, and the mode switching switch 230 are modularized to the inner structure 200, and the dead bolt 320 and the sensing sensor 310 on one side of the inner structure 200. Is configured lock portion 300 is modularized.

As described above, in the present invention, the outer structure, the inner structure, and the locking portion are modularized, so that the grooves formed in the existing doors, cabinets, built-in cabinets, drawers, bags, personal storage boxes, or the like are formed, or insertion grooves are formed in the insert grooves. By configuring a multi-type automatic locking device, it can be easily attached to existing parts.

The password input mode, the fingerprint recognition mode, and the smart card recognition mode are each connected to a control unit using an interface circuit, and the dead bolt is operated by the control of the control unit.

As shown in FIG. 4, the control unit 240 includes a password input from a keypad through a password input mode, a fingerprint input from a fingerprint recognition unit through a fingerprint recognition mode, and a smart card reader through a smart card recognition mode. A comparison discrimination circuit 241 is configured to compare the RF signals output from the circuits and determine their matches.

First, the password input mode according to the present invention will be described.

In the password input mode, the user's password is set using the numeric keys or the shop key and the star key in the keypad.

In other words, pressing the menu button located on the bottom of the battery case inside, and then pressing the star key, and then enter the password, and then press the star key again to complete the password setting.

In the present invention, a high-brightness LED is formed inside the key pad portion so that the key button can be reliably pressed even in a dark situation.

In addition, after pressing the star key, the inputted password is re-entered to confirm it again, or a different sound is set when the user's password is successfully set and failed.

When the password input mode setting is completed, when the user wants to open the door in the closed state by the dead bolt, press the star key and input the password set by the user through the numeric keys. Press to accept your password entry.

Alternatively, instead of the asterisk key, the user can input the password set by the user while the cover of the keypad is raised, and recognize the user's password input by lowering the cover.

Then, the user's password is checked by the comparison discrimination circuit to see if it matches the password preset in the password input mode. If the user's password matches, the control unit starts the dead bolt driving motor to slide the dead bolt to the lock guide part. It opens automatically, and if there is a mismatch, the dead bolt is not activated and a warning sound is generated.

In addition, when the user wants to release the password set in the password recognition mode arbitrarily, the user presses the menu button located at the bottom of the battery case in the inner side, presses the star key located at the numeric key in the outer side, and inputs the password set in the password recognition mode. The release is completed by pressing the star key again and recognizing it.

Next, a fingerprint recognition mode according to the present invention will be described.

The fingerprint recognition mode includes a fingerprint recognition unit for contacting a finger for setting and recognizing a user's fingerprint, and a fingerprint input start button for performing fingerprint recognition on the fingerprint recognition unit.

When the user's fingerprint is set in the fingerprint recognition mode, the battery case cover of the inner part is lifted up, and the menu button located at the lower end of the battery case is pressed as shown in FIG.

Subsequently, the keypad cover of the outer part is lifted up, the shop key is pressed, and the finger is attached to the fingerprint recognition unit, and the shop key is pressed again to complete the user's fingerprint setting.

The fingerprint recognition unit may be provided with a fingerprint test function or a backlight function to test and verify the fingerprint setting, if necessary, to improve convenience even in a user's fingerprint setting check or a dark situation.

When the fingerprint is input to the fingerprint recognition unit, a notification of a successful completion of the contact is notified through the control of the control unit so that the fingerprint can be more reliably set.

When the user wants to open the dead bolt on the outer side of the opening and closing body through the fingerprint set in the fingerprint recognition mode by the fingerprint, after pressing the fingerprint input start button installed on the upper part of the fingerprint recognition unit, the finger is recognized by the fingerprint. Fingerprint recognition is performed by contacting the unit. If the user's fingerprint is matched with the fingerprint which is set in the fingerprint recognition mode in advance, the discrimination check circuit discriminates and confirms. If it matches, the control unit starts the dead bolt driving motor. The dead bolt slides to the lock guide and automatically opens. If there is a mismatch, the dead bolt does not operate and generates a warning sound.

As such, the user's fingerprint and the fingerprint set in the fingerprint recognition mode may be set to generate different sounds in the case of a match and a case of inconsistency, and may be configured to have a security effect on the surroundings.

To release the user fingerprint set in the fingerprint recognition mode, lift up the battery case cover on the inner side, press the menu button located at the bottom of the battery case cover, press the number key on the outer keypad part, and then press the shop key. Press and release the set fingerprint by touching and recognizing a finger on the fingerprint recognition unit.

Next, the smart card mode according to the present invention will be described.

Smart card mode is configured in the shape of a rectangular box on the upper side of the fingerprint recognition mode protection cover located in the lower end of the smart card reader for contacting the smart card to perform the user's smart card settings and recognition.

Smart card reader is a material that can be bent, for example, may be made of polyimide (Poly Imide) resin, polyester (PET) resin and thin copper plate. That is, the smart card reader is a flexible printed circuit board (FPCB), and an antenna pattern for detecting a user's smart card is formed in the center. The antenna pattern is a configured on the upper side of the cover for the fingerprint recognition mode protection, it is electrically connected to the controller inside.

In the case of setting the user's smart card in such a smart card mode, as shown in FIG.

Subsequently, the cover of the keypad of the outer side is lifted up, the shop key is pressed and the smart card reader is contacted with the smart card reader, and the shop key is pressed again to complete the user's smart card setting.

When the smart card is set to the smart card reader, the control of the control unit notifies the completion of the contact to be completed, so that the smart card can be set more reliably.

If the user wants to open the dead bolt on the outer side of the switch body by contacting the smart card reader set in the smart card recognition mode by the smart card, the smart card is in contact with the smart card reader. The RF signal is transmitted through the antenna pattern inside the reader, and the matching RF circuit discriminates and confirms the match with the user's smart card data set in the smart card recognition mode by the comparison discrimination circuit. By driving the motor, the dead bolt slides to the lock guide to open automatically. If there is a mismatch, the dead bolt is not operated and a warning sound is generated.

In this way, the user's smart card RF signal and the user's smart card data set in the smart card recognition mode are set to generate different sounds in case of a match and a case of inconsistency. Can be.

To release the user smart card data set in the smart card recognition mode, lift up the battery case cover on the inner side, press the menu button located at the bottom of the battery case cover, and then press the numeric keys on the outer keypad portion. Press and hold the Shop key, and then touch the smart card to the smart card reader and recognize it to release the set smart card data.

In the present invention, the mode switching switch is configured at the lower end of the battery case so that the opening and closing body for the non-opening and closing body is automatically selected by one or more of the smart card mode, fingerprint recognition mode, password input mode.

The mode switching switch is set in such a manner that the mode is switched according to the user's purpose of use, method of use, and use environment through control of the control unit in association with the numeric key, the shop key, and the star key of the keypad.

In other words, press the mode switch, press the button 1 of the numeric keypad located on the outside of the keypad to automatically open and close the smart card mode only, press the mode switch, press 2 of the numeric keys to automatically enter the fingerprint recognition mode Set to open and close, press the mode switch, press 3 of the number keys to automatically open and close the password input mode, press the mode switch, press 4 of the number keys smart card mode + fingerprint recognition mode Set to open and close automatically through a double security mode consisting of, press the mode switch, press 5 of the numeric keys, and set to automatically open and close through the double security mode of smart card mode + password input mode, mode switch Press and press No. 6 of the numeric keys to activate dual security mode. It can be set to open and close automatically, press the mode switch, and press 7 of the numeric keys can be set to automatically open and close through the triple security mode, smart card mode + fingerprint mode + password input mode.

As described above, according to the present invention, any one or more of a smart card mode, a fingerprint recognition mode, and a password input mode may be configured to be automatically opened and closed according to a user's setting. It has excellent features.

In addition, in the present invention, the manual key insertion mode, which is a manual means of opening and closing the opening and closing body through a manual key, in addition to the automatic means consisting of the password input mode, the fingerprint recognition mode, the smart mad mode by the user's selection or the user's selection Can be selected and configured.

Hereinafter, a detailed operation process of the multi-type automatic locking device according to the present invention will be described.

As an example, a case where a multi-type automatic locking device is installed in a three-stage drawer as shown in FIG. 5 will be described.

Here, the first drawer of the three-stage drawer is the opening and closing, and the upper end of the first drawer is the non-opening and closing.

In addition, it is assumed that the user is configured with a triple security structure consisting of a password input mode + smart card recognition mode + fingerprint recognition mode through a mode selection switch.

First, if the user wants to open the door closed by the dead bolt by inputting the password from the outer component, press the star key, enter the password set by the user through the numeric keys, and then press the star key. Press to acknowledge the user's password entry.

Alternatively, the user may input the password set by the user while the cover of the keypad is raised instead of the star key, and recognize the user's password input by lowering the cover.

Subsequently, the comparison discrimination circuit discriminates and confirms whether or not the user's password matches the password preset in the password input mode. If the user's password matches, the control unit switches to the smart card recognition mode and waits for the smart card to be input. If there is a mismatch, a beep will sound.

Subsequently, when the user's smart card contacts the smart card reader, the RF signal is transmitted through an antenna pattern inside the smart card reader.

The transmitted RF signal is discriminated and confirmed by the comparison discrimination circuit to match the user's smart card data set in the smart card recognition mode. If the match is found, the controller switches to the fingerprint recognition mode and waits for the user's fingerprint to be input. If there is a mismatch, a warning sound is generated.

Subsequently, the second cover part is opened, the fingerprint is input to the fingerprint recognition part formed at the lower end of the second cover part, and the fingerprint input start button provided on the fingerprint recognition part is pressed.

Subsequently, the user's fingerprint is identified and checked by the comparison determination circuit for matching with the fingerprint preset in the fingerprint recognition mode. If the fingerprint is matched, the control unit starts the dead bolt driving motor to automatically close the dead bolt as the slide guide slides. If there is a mismatch, the dead bolt is not activated and a warning sound is generated.

Through this process, when the switch body is in the closed state with respect to the non-opening body, the user can open the switch body through the triple security structure of password + smart card + fingerprint input.

On the contrary, when the switch body is in the closed state with the non-opening body, the open / close body is bonded to the non-opening body, and the detection sensor detects that the open / closed body is in the closed state with respect to the non-opening body, and transmits the joined detection signal to the controller. The controller controls the dead bolt driving motor to automatically close as the dead bolt slides to the lock guide part.

Here, in the present invention, instead of the dead bolt as the locking portion of the three-stage drawer, as shown in Figure 5, each of the locking grooves are formed in the three-stage drawer, it can be configured so that the locking bar is caught through the motor.

As another example, a case where a multi-type self-locking device is installed in an office cabinet as shown in FIG. 6 will be described.

Here, the cabinet is composed of a double door type, one side (right side in the drawing) is installed, the multi-type self-locking device according to the present invention of the double door-type cabinet, and the other side (left side in the drawing) is not installed the multi-type automatic locking device is rained. It is an opening body.

In general, the office cabinet is a place for storing important documents, so as a secondary locking device to form a hook groove 530 on one side of the upper cabinet, the hook groove 530 in the hook groove 530 by the solenoid 510 automatically It can be configured to be opened and closed.

In addition, it is assumed that the user is configured with a double security structure consisting of a smart card recognition mode and a fingerprint recognition mode through a mode selection switch.

First, when the user wants to open and close the opening and closing body of the closed state by the dead bolt 320 by inputting the user's smart card in the outer component, if the user's smart card in contact with the smart card reader 141, smart card reader RF signal is transmitted through the internal antenna pattern.

The transmitted RF signal is discriminated and confirmed by the comparison discrimination circuit to match the user's smart card data set in the smart card recognition mode. If the match is found, the controller switches to the fingerprint recognition mode and waits for the user's fingerprint to be input. If there is a mismatch, a beep will sound.

Subsequently, the second cover part is opened, the fingerprint is input to the fingerprint recognition part formed at the lower end of the second cover part, and the fingerprint input start button provided on the fingerprint recognition part is pressed.

Subsequently, the user's fingerprint is identified and checked by the comparison discrimination circuit for matching with the fingerprint preset in the fingerprint recognition mode, and if the user's fingerprint is matched, the control unit starts the dead bolt driving motor to automatically open as the dead bolt slides to the lock guide. Through the control of the control unit, the solenoid installed inside the switchgear is driven, and the hook interlocked with the locking groove of the upper end of the cabinet is automatically opened through the solenoid.

On the contrary, if there is a mismatch, the dead bolt is not activated and a warning sound is generated.

Through this process, when the switch is in the closed state with respect to the non-opener, the switch may be opened through the double security structure of smart card + fingerprint input.

On the contrary, when the switch body is in the closed state with the non-opening body, the open / close body is bonded to the non-opening body, and the detection sensor detects that the open / closed body is in the closed state with respect to the non-opening body, and transmits the joined detection signal to the controller. The controller controls the dead bolt driving motor to automatically close as the dead bolt slides to the lock guide part.

As another example, as shown in FIG. 7, the multi-type automatic locking device is installed in the portable bag, and the user can open the opening and closing body through the triple security structure of password + smart card + fingerprint input.

As described above, in the present invention, it can be attached to the existing doors, cabinets, built-in cabinets, drawers, bags, personal locks, and the like compatible, and according to the user's purpose of use or method or environment of use Any one or more of card contact, fingerprint recognition, and password input are selected to have an excellent security effect of automatically opening and closing with a single security structure, a double security structure, and a triple security structure.

Claims (5)

An outer component 100 installed on an outer surface of a door, a cabinet, a built-in cabinet, a drawer, a bag, or a personal storage box and having a key button input and a fingerprint input or a smart card input and a manual key input; It is integrally formed through the outer structure 100 and the connecting portion is installed on the inner side of the opening and closing, and inserting a battery, a rechargeable battery in the battery case 211 is opened and closed by the upper and lower slides on the upper side of the inner to obtain a driving power The power supply unit 210, the menu button 220 for password recognition, fingerprint recognition, manual key input, smart card recognition and setting at the bottom of the power supply unit 210, and the non-opening body on one side of the menu button 220 The mode switching switch 230 to open and close the automatic body is selected one of the smart card mode, fingerprint recognition mode, password input mode, manual key insertion mode and the lock, according to the signal of the password, fingerprint, smart card The control unit 240 for controlling the operation, the detection sensor 250 for recognizing the closed state of the opening and closing with respect to the non-opening body, and the operation to operate the locking unit in response to the signal of the control unit And; inner structure body 200 having a configuration of stage 260 The detection sensor 310 is configured on one side of the inner structure 200 and detects whether the open or closed body is closed, and the dead bolt 320 of the sliding type that is an open / close lock of the open / close member for the non open or closed body. In the configuration consisting of; locking portion 300 having a configuration,  The outer structure 100 is formed with a slide-type first cover portion 110a for protecting the key pad portion 111 on one side of the upper side, and automatically opens and closes by inputting a password inside the first cover portion 110a. A password input mode unit 110 including a key pad unit 111 to be set is formed, and a fingerprint recognition unit 121 is set to automatically open and close by inputting a fingerprint at the bottom of the password input mode unit 110. A fingerprint recognition mode unit 120 is formed, and a manual key insertion mode unit 130 including a manual key insertion groove is formed at the bottom of the fingerprint recognition mode unit 120 so as to be manually opened and closed. On the upper side of the recognition mode unit 120 and the manual key insertion mode unit 130, a slide-type second cover unit 130a for protecting the fingerprint recognition mode unit and the manual key insertion mode unit is formed to correspond to the first cover unit 110a. And a smart card on the outer surface of the second cover portion 130a. The automatic set to open and close the smart card reader to a smart card consisting of 141 parts fingerprint recognition mode, characterized in that 140 is formed in contact attached to a multi-type self-locking device. delete The method of claim 1, wherein the controller 240 compares and determines whether the user's password matches a password preset in the password input mode when the password is input, and when the fingerprint is input, the user's fingerprint enters the fingerprint recognition mode. Comparison and discrimination circuit that compares and determines whether the fingerprint matches the preset fingerprint, and compares and discriminates whether the RF signal of the smart card transmitted when the smart card is input matches the user's smart card data preset in the smart card recognition mode. 241 is configured, the multi-type automatic lock device with a fingerprint recognition. The control circuit of claim 3, wherein the comparison decision circuit 241 generates a warning sound through the buzzer 90 when a password, a fingerprint, or a smart card entered by a user and a preset user's password, fingerprint, or a smart card are not controlled by a control unit. Multi-type auto lock device with a fingerprint recognition, characterized in that configured to be generated. The smart card mode, the fingerprint recognition mode, and the password of claim 1, wherein the mode change switch 230 is connected to the keypad unit 112 to automatically open and close the non-opening body through the control of the control unit 240. A multi-type self-locking device with a fingerprint recognition, characterized in that at least one of the input modes is selected to constitute a single security structure, a double security structure, or a triple security structure.

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