JPS6030377Y2 - Safe deposit box control device - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a control device for remotely controlling a large number of safe deposit boxes in banks, hotels, etc.

Conventionally, in safe deposit boxes, a master key for a safe deposit box manager and a customer lock are installed side by side in each safe deposit box to ensure safety.

The actual operation is when a customer comes to the store and requests to open the door.
After the safe deposit box manager confirms whether the customer is the contract holder using identification documents, etc., he and the customer go to the customer's safe deposit box inside the safe deposit box and unlock it by inserting the master key into the keyhole. Then, when the customer inserts the customer key into the keyhole of the customer lock and unlocks it, the door can be opened and the safe deposit box can be used for the first time.

However, safe deposit boxes are often located in basements or other locations away from offices, and therefore, in the case of a safe deposit box with multiple safe deposit boxes, it is necessary to assign a dedicated safe deposit box manager.

Also, depending on the time of day, when there are many customers using the safe deposit box, the assistance of other staff may be required, such as confirming customers, going back and forth between the office and the safe deposit box, and witnessing the opening of the door (while holding the master key). It becomes extremely complicated.

Furthermore, if the safe deposit box manager is a woman, there is a risk of traveling to and from the safe deposit box, which is a closed room, and this is not desirable from a security standpoint.

In particular, there is a risk that the master key may be duplicated, and even if the door is illegally opened, the receptionist may not be aware at all.

Therefore, in order to improve the efficiency and safety of safe deposit box operations, a device has been provided that eliminates the need for a master key and remotely operates unlocking and locking operations using an electric lock that functions as the master key of a safe deposit box.

However, for manual operation in the event of a power outage or breakdown, the electric lock provided on the front of each safe deposit box door still has a keyhole for the customer lock and a keyhole for the master key located side by side.

Additionally, the key card unlock operation is carried out by inserting the key card (also known as a seal stamp) brought by the customer into the card league of the remote control device, but safety deposit box accidents have also occurred due to the key card being lost. are doing.

Furthermore, in this method, although the customer key can be removed, the lock cannot be re-unlocked, so repeated use requires an unlocking operation by the safety deposit box manager each time.

In response to the above-mentioned deficiencies, this invention was developed in order to remotely control safe deposit boxes, instead of the conventional method that was installed on the front of each safe deposit box in parallel with the keyhole of the customer lock for manual unlocking in the event of a power outage, breakdown, etc. By eliminating the master key and its keyhole, and making the keyhole of the master key and the keyhole of the customer lock a common hole, there is no danger of the master key being duplicated, and the front of the safe deposit box is simplified. Can be unlocked with a key,
The safe deposit box manager does not have to go to the safe deposit box room and can also handle other duties, which saves labor. Normal unlocking and locking operations can be easily performed using the input key of the input device according to the customer's code number. To provide a control device for a safe deposit box that sequentially displays each key operation operation on a character display section arranged in parallel with an input device, and records the entire process from customer entry to unlocking, usage status, locking, and leaving the room in minutes. .

Furthermore, according to this device, as mentioned above, the safety deposit box manager does not accompany the safe deposit box inside the vault, so the privacy of the customers is completely protected. is electronically controlled and has a special code that cannot be duplicated.If a customer loses their key, it can be forcibly locked, and if one of the safe deposit boxes is opened illegally or the customer forgets to lock it, To detect a trouble such as forgetting to close a door and display the safe deposit box number on a character display part along with an alarm sound.

Embodiments of this invention will be described below with reference to the drawings.

An input section A having a required number of input keys installed in an office or the like is integrated with an alarm sound generator B and a character display section C.

In addition, the input section A is connected to the central processing section [) (CPU),
A digital time display section F1 and an alarm section G for displaying the elapsed time of the printer section E1 are connected to the processing section, and a large number of safe deposit boxes H, H, . . . in a safe deposit box room are connected to the input section A.

A door opening/closing detector J is provided on the door of each safe deposit box H.

In Figures 2 to 4, a safe deposit box lock 1 is provided on the back side of the door of each safe deposit box H, and a gate frame 2 is provided inside the lock 1 to be unlocked by an electromagnetic solenoid 3 corresponding to a master key (for example, a bank lock). and a rod 4 that is pushed in or protrudes when the door is opened/closed.
A magnetic switch 5 is provided at the inner end of the rod to serve as a door opening/closing detector J, and a coil spring 6 causes the rod to always protrude outward.

As shown in FIG. 3, one hole 7 common to the emergency master key hole and the customer lock key hole is bored on the front side of the safe deposit box lock (actually, the surface that is in close contact with the back surface of the door).

For example, when the door is closed, the rod 4 of the door open/close detector J is pushed inward against the coil spring 6 and turns OFF.
When the door is open, the coil spring 6 protrudes outward, and the magnetic switch 5 displays "ON" on the character display section C.

The electromagnetic solenoids 3 of each safe deposit box H are individually triggered by key operations on the input section A, and the output signals thereof are displayed on the character display section C.

The input section A also includes a memory 8 for storing data to be printed.
, a central processing unit D (CPU) consisting of a first holding circuit 9, a second holding circuit 10, and a control circuit 11 is connected, and the first holding circuit 9 is connected to a frequency dividing circuit 1 having a crystal oscillation clock 21.
2. Connect the digital clock display section F consisting of the time display circuit 13 and the time display 14.

A printer section E consisting of a drive circuit 15 and a printing device 16 is connected to the control circuit 11, and an alarm output circuit 17 and a buzzer 18 are connected to the second holding circuit 10, which drives the above-mentioned alarm sound generator B. Connect the alarm unit G that will be used.

The operation and operation of this invented device will be explained.

First, turn on the power switch, operate the keys on input section A to input the year, month, and day. This will be displayed on character display section C, and then the hours and minutes will also be displayed.

Next, by entering the safe deposit box number that the customer requested to open, and then entering the customer code, the electromagnetic solenoid 3 of the desired safe deposit box H is energized, the gate frame 2 is released, and the master key is released. It becomes locked.

Therefore, a customer who enters the safe deposit box alone can open the door immediately by inserting the customer key he/she brought with him into the keyhole 7 of the door and unlocking the door.

This status is displayed on the character display section C, and at the same time, the printing device 16 of the printer section E prints out the date, hour, minute, and door open status.

That is, when the door is opened), the rod 4 of the door opening/closing detector J protrudes outward, which activates the magnetic switch 5, which is displayed on the character display section C. When the customer closes the door, the rod 4 is pushed inward. , which is also printed out by the character display section C and the printer section E.

In the event that a safe deposit box with a number other than the desired number is forcibly opened or the door is left open for a certain period of time, the holding circuits 9 and 10;
The control circuit 11 detects this, and the alarm section G drives the alarm sound generator B to generate an alarm sound.

[Brief explanation of the drawing]

Figure 1 is a basic block diagram of this devised device, Figure 2 is a block diagram of its specific embodiment, Figure 3 is a front view of the safe deposit box lock, and Figure 4 is a cover removed from the lock in Figure 3. FIG. A...Input section, B...Alarm sound generator, C...Character display section, D...Central processing unit (CPU), E...・・・・Printer section, F・Song・
Digital clock display section, G... Alarm section, H...
・・・Safe deposit box, J song, door opening/closing detector.

Claims (1)

[Scope of claim for utility model registration] In a safe deposit box that has a safety deposit box lock in which the emergency master key hole and the customer lock key hole are bored as a common hole in the front of each door: Input part A; an alarm sound generator B connected to the input section A; a character display section C connected to the input section A; a central processing section connected to the input section A and having first and second holding circuits and a control circuit; a printer unit E connected to the control circuit of the central processing unit; a digital clock display unit F connected to the first holding circuit of the central processing unit and displaying elapsed time; an alarm unit G connected to a second holding circuit of the safety deposit box H, which detects the state of the door (if the door remains open for a period of time or more) and drives the alarm sound generator B; In response to the signal from the input section, the door frame of each safety deposit box H is unlocked and locked by the main key, and these operations are sequentially displayed on the numerical character display section C. A safe deposit box control device characterized by: