KR100552985B1 - A vehicle's safe system ? method for locking or unlocking utilizing multi user's personal identification data. - Google Patents

Abstract

The present invention uses a digital data or fingerprint embedded in a bank credit card carried by the general public at all times without using a key or a special card instead of a key, and a plurality of people jointly open and close a lock device with a plurality of IDs to improve security. In addition to providing a car safe box system, users can store their own ID (Identification) data and opening and closing time by themselves, without having to construct an expensive computer network. Provide means.

Description

A vehicle's safe system & method for locking or unlocking utilizing multi user's personal identification data.}

1 is a block diagram of the safe deposit apparatus of the present invention

[Explanation of symbols on the main parts of the drawings]

11: ID data input

12: central processing unit

13: display means

14: memory means

15: time data oscillation means

16: alarm device

17: switchgear control means

18: switchgear

19: keypad means

The present invention is a continuous improvement patent application related to Patent No. 0316791, Patent No. 021422 and Utility Model Registration No. 0214065 previously registered by the applicant.

The present invention is not a key or a special card, but a bank credit card that people always carry, a card such as an IC cash card or a contactless ID card, or a digital data such as a human fingerprint, a voice, a video, or the like. It provides a safe deposit box for cash and valuables, which greatly improves security by opening and closing the lock with the ID.

In addition, it is possible to identify who opened and closed the switchgear without constructing an expensive computer network, thereby providing a means for quickly identifying and responding to the switchgear when a security accident occurs in the switchgear.

Conventional passenger car trunk is a way to open and close the door of the trunk with a key without a separate safe device, so you have to carry the key at all times separately, and the key can be easily replicated, so it is not only vulnerable in terms of security. When you lose a built-in item, there was a problem that can not identify who used the key. Even if two or more keys are used to increase security, the problem of duplicated keys is not solved.

Due to the above problems, accidents are being robbed when banks carry cash or securities to passenger cars every day.

In addition, the ID authentication method for controlling the electronic switchgear developed to solve the above problems has a problem that can not be installed in the individual cars because a separate computer network is required.

In addition, the conventional ID authentication method using a fingerprint, iris or card opening and closing device is a method of authenticating by the ID of one user, there was a problem that one person intentional or unintentional ID exposure when cash or valuables transport.

The present invention, in order to solve the above problems, a large number of users can always carry and identify the user's ID (identity) as a means for controlling the opening and closing of the electronic lock device without configuring an expensive computer network Instead of multiple keys by digitalizing digital data of a bank credit card, a car driver's license (in the United States), an RF ID card, an IC card, or a user's fingerprint, iris, voice, or video. By providing a system that controls the switchgear with a plurality of digital data, it increases the security strength of the switchgear, identifies who opened and closed it with ID data, and adds a time oscillation means and a memory means to the switchgear control device so that data can be displayed when and who opened and closed. By opening and closing the switch control device by itself, It is possible to quickly find out the culprit, and provides the system to store and save the ID data and time data by the switchgear itself without constructing an expensive computer network.

In addition, by providing at least two or more means for inputting the ID data or by inputting the ID data of multiple users through one ID data input means to control the opening and closing means by the ID of multiple people, cash or securities transportation When two or more people enter their own IDs and two or more IDs match, they provide strong security measures that can be opened and closed.

Hereinafter, with reference to the accompanying drawings will be described the system configuration of the present invention and its effects and effects for achieving the above object.

Fig. 1 is a system block diagram of the present invention, and Fig. 2 is an application system block diagram of the present invention with the addition of keypad means.

As shown in Fig. 1, the present invention provides an apparatus for ID data input means 11 for inputting a user ID by a card or a fingerprint that the user always carries with his ID; Memory means (14) for storing and storing ID data input from the ID data input means; Display means (13) for displaying the open / closed state of the open / close control device; Opening and closing control means (17) for controlling the opening and closing of the opening and closing means; An opening and closing device 18 that performs locking and unlocking functions of the safe; It consists of a central processing unit 12 for central control of the above means.

It describes the operation and effect of the present invention configured as described above.

First, the operation of locking the opening and closing device will be described by the user who owns his or her ID data to the ID input means 11 with a card or a fingerprint or an iris or a voice or an image that can identify its identification. Enter.

At this time, if there are a large number of people escorting valuable goods or cash, two or more persons may enter their IDs.

When the ID data input means 11 is configured as an IC card reader, an IC card is used. When the ID data input means 11 is configured as an RF card reader, an RF card is used, and when a magnetic card reader is used, a magnetic card is used. The user's fingerprint is used to configure the voice, and the voice is used to configure the voice recognition means, and the image data of the face is configured to the image recognition means. Enter your ID.

When the digital data of the ID is input from the ID data input means 11, the central processing unit 12 stores the ID data in the memory means 14 and simultaneously controls the open / close control means 16 to open and close the open / close device 17. Locked. At the same time, the display means 13 displays the open / closed state of the key device.

When the user tries to open the lock device, the ID data used to lock as described above is input to the ID data input means 11, wherein the central processing unit 11 and the digital data of the ID transmitted from the ID data input means, By comparing the digital data of the ID used to lock stored in the memory means 14, if the digital data of the ID is matched to control the opening and closing control means 16 to open the lock device by the opening and closing device 17, At the same time, the opening time is stored and stored in the memory means 14 as the data of the Real Time Clock means 15 and the open state is displayed by the display means 13.

When two or more users enter their own IDs, each of them enters multiple IDs of two or more users, each of which is opened and closed when the data is the same as that stored in the memory means. Even if a single ID is exposed, the safe is safe.

Since the lock and the open operation are repeated in the same manner as above, and the ID data and the time data used are stored and stored in the memory means 14 at that time, when a security accident is confirmed, the user opens and closes by checking the data stored in the memory means 14. Will be identified.

The amount of data to be stored may vary depending on the memory capacity.However, when data that exceeds the storage capacity is entered, only the latest input data of a certain quantity is always stored and stored in the order of data entered first. Will be.

When the user wants to continue using the same ID data, the ID data to be used is memorized in advance in the memory means 14 and the step of inputting the ID data every time the lock is omitted and the door is automatically locked or closed and locked when the door is closed. You can do it manually and only open the door with the pre-memory ID data.

In addition, a plurality of ID input means may be configured to input different types of ID data, or a plurality of users may store different ID data in the memory means 14 in one type of ID data input means. The lock device can be opened when a plurality of ID data input by the user of all of them match, and the central processing unit 12 stores and stores each ID data and time data in the memory means 14 sequentially. Since multiple ID data must all match to open or close the switchgear, two or more persons carrying cash or valuables must enter their own IDs and two or more ID data must match to release the lock. It can be.

For example, in the present invention, if the ID input means is composed of a magnetic card reader device and a keypad, the person in charge of transportation enters his own MS (Magnetic Strip) card and password, and another carrier also inputs his MS card and password. The lock button is used to lock the safe, and if you want to open the safe after transport, you can open the safe only by entering two different MS cards and passwords as shown above. This is a twofold increase.

The above structure can be used for a high security device that requires high security to operate the device when two or more persons are present and two or more IDs match without a separate computer network.

In addition, when the keypad means 19 is added, the central processing unit 12 stores both the user's ID data and the digital data input by the password, and controls the opening and closing control device only when both data match. It may be able to strengthen security, and according to the program of the central processing unit, (i) opening and closing control only by the user's ID data, (ii) opening and closing control only by the keypad data, or (iii) both the ID data and the keypad data should be identical. It is to provide a convenient control technology that the user can arbitrarily control the opening and closing in three ways, such as opening and closing control, it is possible to lock and open in the same way even if one or two or more users.

As described above, the present invention provides a technology for replacing a high-security device that can be operated only when a plurality of keys of a plurality of people all match in a conventional switching system, instead of a plurality of digital data of a plurality of people. .

Instead of existing keys, each individual MS card, IC card, digital data such as fingerprints, voices, and images are keyed to provide convenient means of opening and closing various lock devices with ID data carried by the user at all times. In addition, since the system stores and stores the ID data and opening / closing time of the person who opened and closed the device without expensive computer network configuration, the system provides a control device of the open / close system that can respond quickly to a security accident.

Claims (12)

Safe deposit boxes for cash or valuables configured to control locking or unlocking by the user's identification means of authenticating by entering the user's ID into a card, fingerprint, iris, vein, or cell phone ID; In the door lock of the security facility, (1) a step in which the user inputs the user's ID with ID authentication data input means installed in the door lock, stores the data in the memory means of the door lock, and creates unlocking means; (2) controlling, by the central processing means storing and storing the user's ID, locking the door lock according to the user's control signal; (3) thereafter inputting, by ID authentication data input means, the ID of the user memorized and stored when the safe is to be controlled by unlocking; (4) comparing the ID data of the user inputted by the central processing unit with the ID data stored in the memory, and authenticating the ID when they match; (5) When the ID is authenticated, the central processing means captures the user's image with the digital camera built in the door lock, stores the image in the memory means, and controls the opening / closing control means of the door lock to unlock the device. Method for controlling the opening and closing of the door lock, characterized in that configured in a method comprising a step The method according to claim 1, By specifying the shooting date and time and opening / closing time of the door lock with a real time clock, the user's image recording data and ID data of opening / closing the device are erased from the data first inputted by the central control means. Opening and closing control method for a door lock The method according to claim 2, A method for opening or closing a cash or valuables safe, characterized in that the ID authentication means comprises a keypad device, a fingerprint recognition device, an iris recognition device, a vein recognition device, an image recognition device, or a mobile phone oscillation signal receiving device. The method according to claim 1, The keypad device is additionally configured to the user's ID authentication means consisting of a card, a fingerprint, an iris, a vein, or a mobile phone built-in ID, to open or close only by the user's ID authentication means, or to open or close only by the keypad device. Method of opening and closing the door lock, characterized in that the user arbitrarily set the security level or the opening and closing means of the door lock by using the ID authentication means and the keypad device together In the door lock of the cash or valuables safe deposit box and the door door which are installed in a passenger car trunk or a van-shaped car, (1) at least one or more ID data input means for inputting at least one or more user identification data; (2) memory control means for storing and storing ID data input to the ID data input device in the memory means and converting the ID data into the unlocking means; (3) opening and closing control means for controlling opening and closing of the door lock opening and closing device when the ID data input by the user is compared with the ID data stored in the memory means; (4) opening and closing means for opening and closing the door lock under the control of the opening and closing control means; (5) digital camera means for capturing and storing an image of the switch when controlling the door lock switch; (6) A configuration including a central processing unit for centrally controlling the functions of the above means, wherein at least one or more users open and close with ID data registered in the door lock, and store and record an image of the opened and closed person. Door lock system The method according to claim 5, A real-time clock is additionally configured to erase and record a digital camera's shooting date and door lock opening / closing date from the first input data, and always store and store a certain amount of recent data. delete delete delete delete delete delete

Images