BRPI0702474B1 - BANKING EQUIPMENT COFFEE SAFETY SYSTEM - Google Patents

Abstract

banking safes security system features a banking safes security system which has the primary function of making the safe opening safe for both banking institutions and the safekeeping of securities; the banking equipment safes security system implements the use of electronic passwords and passwords, as well as interaction with the remote security center, eliminating the use of the physical key; The system under consideration also uses safer and more advantageous safe opening procedures, thus reducing the percentage of claims; There is also a procedure for opening safes that allows greater security for the safe keeping and banking institutions, and this is due to the obligation that the team responsible for opening the safe has to contact a monitoring center, which is The monitoring center is responsible for verifying the veracity of the need to open the safe.

Description

"BANK EQUIPMENT SAFETY SECURITY SYSTEM" FIELD OF THE INVENTION

[001] This Privilege of Invention patent features a banking equipment safes security system.

[002] The system now treated provides greater security for banking institutions and the safekeeping of securities.

BACKGROUND OF THE INVENTION

Conventional safe opening systems usually consist of a secret and a lock. Commercially, there are many different types and models of safe locks and secrets, which provide various combinations for mounting the safe door.

In general, in order to open a safe door, you must insert and turn the key corresponding to the lock used and unlock it. Then you must unlock the secret with a security password. Following these procedures, the safe door is released for opening.

[005] The keys and password for the opening of the safe deposit box in banking equipment are generally held by the cashier, the company responsible for supplying cash inside the safe deposit box.

TECHNICAL STATE

The prior art comprises some patents, such as, for example, ES 2 025 019, EP 1 072 739 and US 2002/0073753.

[007] Document ES 2 025 019, "New Safes Security System", published on 01/03/1992, describes a safes security system consisting of a combined locking system so that the locking device The mechanic operates in conjunction with an electronic closing device, which is based on a conveniently powered circuit, which has several memories for many other combinations, allowing the use of delayed opening as well as programming the safe opening with one or more. more secret codes and automatic security lock; also including means of alarm, control and etc.

[008] EP 1 072 739 Al, "Safe door propulsion and locking device", published on 31/01/2001, describes a Safe door propulsion and locking device applicable to "auto" doors. "lock" or "automatic lock" for which the effect, in addition to being connected / hinged to the housing, is capable of moving in its own plane, the device has a bracket inside the door, equipped with the rotation for mounting guides that allow relative movement between the door and the bracket, also being configured in this bracket an electric micromotor that through a connecting rod, acts on opposing meats joined to the inner face of the door, causing longitudinal movement in one or In another direction of the door, the micromotor is controlled from an external keypad or any other means of activating an electronic circuit for the opening maneuver, while the closing maneuver is caused by a micro switch that closes at a door swing limit position and acts on the micromotor through a time delay. It also provides means for closing the door in a closed position and preventing it from being opened when a manual push is given in the direction of its movement.

US 2002/0073753, "High Security Locking Mechanism", published on 20/06/2002, describes a locking mechanism for a secure container of valuable or hazardous items having a movable coupling element of a disengaged position to an engaging position thereof only upon receipt of a small amount of predetermined and controlled electrical power. When the engaging member is thus placed in its engaging position, a manually operated member engages with it and, under the influence of an additional manual force from a user, manually moves the engaging member to forcibly drive a bolt. locking position from a locking position to an unlocking position. In one aspect of the invention, the locking element is connected to the rotor of a low power, low friction electric motor having at least two magnetic retainers, corresponding respectively to the disengaged and engaged positions. In another aspect of this document, the required electrical energy is generated solely during the course of the user entering a predetermined combination code entry and a microprocessor controls the storage and delivery of this stored electrical energy to the locking element to place it in. your engaged position. Once the desired engagement is achieved, after supplying the small amount of electrical power to the locking element, the actual physical movement of a locking mechanism locking screw from its locking to its unlocking position is obtained strictly by hand. . Since the lock is manually placed in its "lock" mode, a subsequent unlock requires the provision of a correct and complete combination code entry. Additional scavenging elements may be provided to work in cooperation with the disclosed invention for further scavenging against unauthorized unlocking attempts by imposing magnetic fields.

[010] Because it is a system that has undergone few modifications and improvements over time, the need to provide a new, improved and safer system becomes evident.

BRIEF DESCRIPTION OF THE INVENTION

[011] In order to address the above needs, the present invention patent has been developed.

[012] The banking equipment safes security system, which is the subject of this Privilege of Invention patent, has the primary function of making the safe opening safe for both banking institutions and the safekeeping of securities.

[013] The banking equipment safes security system implements the use of passwords and electronic passwords, as well as interaction with the remote security center, eliminating the use of the physical key.

[014] The system under consideration also utilizes safer and more advantageous safe opening procedures, thus reducing the percentage of claims.

BRIEF DESCRIPTION OF THE FIGURES

[015] The present Privilege of Invention patent will be described in detail based on the following related figures, which: [016] Figure 1 schematically illustrates a door for cash dispenser equipment where it is located. incorporated the safety lock now treated, activated.

[017] Figure 2 schematically illustrates the door of figure 2 with the security lock released by actuation of the solenoid.

Figure 3 also schematically illustrates the door of Figures 1 and 2, with the security lock released, through the lock tongue. DETAILED DESCRIPTION OF THE INVENTION

[019] The banking equipment safety deposit box now treated comprises a lock 1 equipped with a solenoid 2.

[020] Solenoid 2 plunger 2.1 is directly associated with latch 1.1 of lock 1 and the main latch of latch 3.2.

[021] The security system also has a secret 3 and a main tab 3.1, and is associated with secret 3.

[022] It is also worth mentioning that the security system under consideration also has an application (not shown) that commands solenoid 2, which generates passwords and receives passwords.

[023] The operation of the banking equipment vault security system dealt with herein is best understood by observing the main procedure for opening vaults. Such procedure basically comprises the following steps: A - Obtain, through the system application, a function to open the security lock, by this action, a password is generated; B - Inform the monitoring center of the password obtained in step A; C - Collect the password provided by the monitoring center; D - Insert the password collected from step C to the application; E - Collect the secret password provided by the monitoring center; and F - Handle the secret according to the password collected in step E.

[024] Figure 1 illustrates the activated security system. In this figure, it is clear that plunger 2.1 of solenoid 2 locks the entire locking assembly of the main tongue 3.2. When the application receives the correct passphrase (generated in step C), a voltage signal from the application is sent to solenoid 2, causing piston 2.1 of solenoid 2 to shift down and release the passage of latch 3.2 from main latch 3.1. , allowing the entire main tongue to be shifted downwards, and this arrangement is best seen in figure 2.

[025] After this, it is sufficient for secret 3 to be handled correctly (password obtained in step E) for the door to be opened.

[026] This whole procedure allows for greater security for all parties involved, ie the safe-keeping and banking institutions, and this is due to the obligation on the safe opening team to make contact with a central bank. This monitoring center is responsible for verifying the veracity of the need to open the safe.

[027] Optionally, there is also a manual unlocking procedure that allows the door to be opened without application handling, however, for this, it is necessary to have the lock key 1.

[028] As already mentioned, it should be noted that plunger 2.1 of solenoid 2 is associated with latch 1.1 of lock 1.

[029] This optional procedure consists of inducing the lock key 1 into the lock 1, and turning said key.

[030] Such action causes the latch 1.1 to be retracted, moving downward and thereby displacing the piston 2.1, thereby releasing the locking passage of the main latch 3.2, as best seen through Figure 3.

[031] This procedure is used in cases of electronic system failure.

[032] Based on the whole context described above, it is evident to note the numerous advantages that the bank vault security system offers, after all, the said system makes the supply or collection of bank vaults safer and more judicious.

Claims (5)

1. "BANK EQUIPMENT SAFETY SECURITY SYSTEM", characterized in that it comprises a lock (1) fitted with a solenoid (2) and a secret (3) with a main tab (3.1); the lock (1) has a tongue (1.1); the plunger (2.1) of the solenoid (2) is directly associated with the latch (1.1) of the lock (1) and the main lock (3.2) of the latch (3.1); The security system now treated also has an application that commands the solenoid (2), generates the passwords and receives the passwords. 2. "BANK EQUIPMENT SAFETY SECURITY SYSTEM" according to Claim 1, characterized in that it provides a procedure for opening safes which comprises the following steps: (A) obtaining, through the application of the system, a function for opening the security lock, where a password is generated; (B) inform the monitoring center of the password obtained in step (A); (C) collect the password provided by the monitoring center; (D) insert the collected password from step (C) to the application; (E) collect the secret password provided by the monitoring center; and (F) handle the secret according to the password collected in step (E). 3. "BANK EQUIPMENT SAFETY SAFETY SYSTEM" according to Claims 1 and 2, characterized in that when the system is activated, the solenoid piston (2.1) locks the entire main latch lock assembly ( 3.2); when the application receives the correct password generated in step (C), a horn signal from the application is sent to the solenoid (2) causing the solenoid plunger (2.1) to switch down and release the passage of the lock (3.2) of the main tongue (3.1). "BANK EQUIPMENT SAFETY SECURITY SYSTEM" according to claims 1, 2 and 3, characterized in that an optional manual unlocking procedure enables the door to be opened without application handling; by introducing the key into the lock (1), turning said key which promotes retraction of the tongue (1.1) by moving downwardly, moving the piston (2.1), and releasing the locking passage of the main tongue (3.2). "BANK EQUIPMENT SAFETY SECURITY SYSTEM" according to Claim 4, characterized in that the optional procedure is used in case of electronic system failure.