JP2006214247A - Safe-deposit box system using optical cable in basement of intelligence building - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a safe-deposit box system realizing a sufficient security by using a basement room of an intelligent building. <P>SOLUTION: The safe-deposit box system using as a safe-deposit box room a basement room of the intelligent building in which an optical cable is laid comprises a reading unit for reading the finger print or finger color as a first verification means, a card reader for reading a card as a second verification means, a password input means for inputting a password as a third verification means, a user verification server connected with the first to third verification means with the optical cable for making the judgment on whether data transmitted from the above means coincides with data registered in advance and a lock unit installed on a door of the safe-deposit box room. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a safe deposit box system using an optical cable in an intelligence building basement.

  Conventionally, valuable items such as money and securities have been stored using safes provided by their own safes or financial institutions.

  However, looking at the recent crime situation, there is a concern that even if the safe is carried out in its own safe, it cannot be stolen even if it is stored in the safe. In addition, the safe deposit boxes provided by financial institutions are difficult to cope with unforeseen circumstances such as natural disasters, terrorism, and man-made disasters, and the surrounding walls are made thicker and stronger to increase security. The cost for recovering the modification was large and the environment was not available to the user at low cost.

  An object of the present invention is to provide a safe deposit system that can realize sufficient security by using an intelligence building basement.

As means for solving the above problems, the present invention has the following features.
A first aspect of the present invention is proposed as a safe deposit system that uses a basement of an intelligence building where an optical cable is laid as a safe deposit box.
The safe deposit system includes a fingerprint or finger color reading means (for example, a fingerprint reader device) as a first authentication means and a card reading means (for example, a time card reader, an IC card reader) as a second authentication means. Etc.), password input means (for example, a numeric keypad input device) as the third authentication means, and the first to third authentication means via an optical cable, and information sent from these authentication means It is characterized by having a user authentication server for determining whether or not it matches information registered in advance, and a locking device provided on the door of the safe deposit box.

  In the safe deposit system, each of the first to third authentication means is provided in the vicinity of a door provided in the middle of a passage for entering and exiting the safe deposit box, and the user authentication server device When the information sent from the authentication means matches the registered information, the door may be unlocked.

  According to the safe deposit system having such a configuration, the security check is performed in four stages, so that sufficient safety can be achieved, and between the authentication means and the user authentication server using the optical cable already laid in the intelligence building. Therefore, it is possible to perform high-speed communication, and it is not necessary to install a new communication line, so that no new cost is required. In addition, since the intelligence building basement is used as a safe room, it is well protected against physical intrusion.

  According to the present invention, it is possible to provide a safe deposit box system capable of ensuring sufficient safety without incurring renovation / remodeling costs in order to increase security of a safe deposit box.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a conceptual diagram of a safe deposit system according to an embodiment of the present invention.

  The safe deposit system uses an intelligent building 1. The intelligent building 1 has a basement. The example shown in the figure has a basement 2 corresponding to the first basement and a basement 4 corresponding to the second basement. A user authentication server 3 to be described later is installed in the basement 2, and a safe 5 is installed in the basement 3 and functions as a safe deposit box.

  In this embodiment, the basement 3 that is a safe deposit box can enter the passage 6 that is the underground structure of the intelligent building 1. The passage 6 is entered from the ground by an elevator E.

The passage 6 is provided with a quadruple security system for preventing illegal entry into the safe deposit box 4.
The first security system includes a fingerprint or finger color reading device 8 which is a fingerprint or finger color reading means, and a first gate 7 provided with an electronic lock.

  The second security system includes a card reading device 10 that is card reading means and a second gate 9 provided with an electronic lock.

  The third security system includes a password input device 12 as a password input means and a third gate 11 provided with an electronic lock.

  The fourth security system is a locking device provided on the door 13 of the safety deposit box 5.

  The fingerprint or finger color reading device 8, the card reading device 10, and the password input device 12 are communicably connected to the user authentication server 3 through an optical cable 15 previously laid in the intelligent building 1. The electronic locks (not shown) provided in the first gate 7, the second gate 9, and the third gate 11 are also connected to the user authentication server 3 by the optical cable 15. The lock operation is controlled.

  The user authentication server 3 stores data relating to fingerprints or finger colors, user identification information (user ID), a password unique to the user, and the like relating to a user of the safe deposit system.

  When a user who wants to enter the safe deposit box 4 gets down to the passage 6 by the elevator E, he first places a finger on the fingerprint or finger color reading device 8 and asks the user authentication server 3 for user authentication. The user authentication server 3 collates the data related to the read fingerprint and the like with the pre-registered data. If the data matches, the user authentication server 3 unlocks the electronic lock of the first gate and allows the user to pass. .

  Next, the user who has passed through the first gate 7 causes the card reader 10 to read the user card (not shown) issued by the operator of the safe deposit system and asks the user authentication server 3 for user authentication. . User identification information of the user is written on the user card. The user authentication server 3 collates the read user identification information with the user identification information registered in advance, and if they match, the electronic lock of the second gate 9 is unlocked and the user is not allowed to pass. to approve.

  Next, the user who has passed through the second gate 9 inputs a password previously determined with the operator of the safe deposit system into the password reader 12 and requests the user authentication server 3 for user authentication. The user authentication server 3 compares the entered password with the user's password registered in advance, and if both match, the electronic lock of the third gate 11 is unlocked and the user is allowed to pass. To do.

  The user who has passed through the third gate 9 finally unlocks the lock mechanism provided on the door 13 of the safe deposit box 4 by inserting the key delivered by the operator of the safe deposit system and the like. Enter and exit 4.

  According to such a safe deposit system, sufficient security can be expected because the security check is performed four times. In addition, since the basement of the intelligent building 1 in which the optical cable is preliminarily used is used, the existing facilities are inexpensive. In addition, it is possible to construct a strong safe deposit box system.

[Others]
In the present embodiment, the safety deposit box is provided on the second basement and the user authentication server 3 is provided on the first basement. However, the present invention is not limited to this configuration. It doesn't matter. The user authentication server 3 may be installed in any location as long as it can be connected to the optical cable 15, and may be a location other than the intelligent building 1.

  Conceptual diagram showing an example of the safe deposit system

Explanation of symbols

1 ... Intelligent building 3 ... User authentication server 4 ... Basement (safety box)
5 ... Safe 6 ... Passage 7, 9, 11 ... Gate 8, 10, 12 ... Authentication means 15 ... Optical cable

Claims (2)

In the safe deposit box system that uses the basement of the intelligence building where the optical cable is laid as a safe deposit box,
A fingerprint or finger color reading means as a first authentication means;
Card reading means as second authentication means;
Password input means as third authentication means;
A user authentication server that is connected to the first to third authentication means via the optical cable and determines whether or not the information sent from the authentication means matches pre-registered information;
A safe depositor system comprising a locking device provided at a door of the safe deposit box.   Each of the first to third authentication means is provided in the vicinity of a door provided in the middle of the passage for entering and leaving the rental safe room, and the user authentication server device is sent from each of these authentication means. A safe deposit box system that allows each door to be unlocked when the information matches the registered information.

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