JPS6152314B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a storage for valuables that is embedded in the floor, ground, or wall.

Conventional general safes have the disadvantage that the only protection against theft is the locking device, and if the lock is removed and the door is opened, valuables can be easily discovered and taken away. In addition, ordinary stationary safes were not safe because if their location was discovered, the whole safe could be stolen. There are also safes with anti-theft measures, and a well-known example is a registered utility model.
There are No. 65781 and Utility Model Publication No. 53-35137.

Figures 8 and 9 are two diagrams described in Registered Utility Model No. 65781. Note that the numbers and names in the figures have been changed to match the numbers and names of the present invention.
Box 13 inside concrete box 1, Box 1
4. The box 15 is stacked, and when the door 3 of the box 1 is opened, the box 13 can be seen, but no valuables are stored inside the box 13. When pushing, pulling, or groping the box 13, the box 13 can be pulled out toward you by a pulling motion (arrow A in Figure 9), and then by moving the pin 16 on the front, the box can be removed. The body 14 naturally falls due to its own weight (arrow B), and when they are removed, the box 15 in which valuables are stored automatically rotates and falls using the hinge 17 as a fulcrum (arrow C), and the valuables are removed from the opening 2. It is designed so that it can be taken out. Multiple boxes are used to protect valuables, with the box 15 in the back placed at the back, but the structure of the boxes inside the warehouse is relatively simple, making it easy to see through disguises and prevent theft. There was a lack of prevention.

Also, Figures 10 and 11 are from the Utility Model Publication Showa 53-35137.
FIG. Rail 19 in room 18
The storage 1 is built into a plurality of storage shelves 20 that can be moved on top of the storage racks 20. Only when the storage shelves 20 are moved to create a passage 21 through which people can pass, the storage 1 is installed in front of the storage 1. (See Figure 10)
The structure of the storage shelf 20 is designed to protect the storage 1 from theft by preventing access to the storage 1 when the storage 1 is lost. This is different from the present invention in which a storage is embedded in the ground or a wall and only the box for storing valuables inside the storage is movable to prevent theft.

In other words, even if the locked door of the storage is opened, the storage box for storing valuables is placed in a position that cannot be reached even if you put your hand through the opening.
The purpose is to provide a valuables storage with a new structure that protects it from theft.

An embodiment of the present invention will be described below with reference to FIGS. 1 to 3. The figure shows an example buried in the floor.
1 and 2 are state diagrams showing the state at all times (during storage), and FIG. 3 shows the state diagram at the required time (during handling). In the figure, 1 is storage, 2 is storage 1
The opening is large enough to fit only a person's hand. 3 is a lockable door at opening 2; 4 is a moving path extending from opening 2 to the back of storage 1; 5 is a storage box located within moving path 4 to store valuables; It is something. Reference numeral 6 denotes a moving device for moving the storage box 5, and the figure shows an example driven by rotation of a motor. 6a is a rotary wheel directly connected to the motor; 7 is a connecting rod that connects the storage box 5 and the rotary wheel 6a at one point and transmits the movement of the moving device 6; 8 is a position away from the outer surface of the storage 1, that is, the opening 2. The moving device 6 installed in
The operating unit secretly turns on electricity to the moving device 6 and moves the storage box 5.

Fig. 2 assumes that the door 3 is opened during storage, and even if the hand is fully inserted through the opening 2, the storage box 5
This indicates the state in which the object is not touched. In this state, the point where the rotating wheel 6a and the connecting rod 7 are connected is at the farthest position. When handling valuables, the operating unit 8 is operated to rotate the rotary wheel 6a 180 degrees so that the storage box 5 reaches the opening 2 as shown in FIG.

That is, the storage box 5 is placed in the movement path 4 of the storage 1,
It was made small enough to accommodate the gap necessary for movement, so it was almost full, and even if you tried to pull it out, you couldn't because there was no grip. Moreover, since it is in a position that cannot be reached even if one inserts one's hand through the opening 2, there is no way to take it out. For example, even if you put a latch in the gap and pull it, it won't move because the moving device 6 has stopped, and the operation control section 8 is also hidden in a separate location, making it almost impossible to operate. It is something. In addition, since the opening 2 is large enough to fit only a hand, theft is restricted, and if the material composing the storage 1 is made of a durable material that is difficult to process, like conventional metal materials, it would be difficult for theft to occur. It will be a storage facility with a new structure that is highly safe and cannot be removed.

Other embodiments and application examples of the present invention will be described below with reference to FIGS. 4 to 7. Note that the same (corresponding) parts as in FIGS. 1 to 3 are given the same reference numerals.

FIG. 4 shows an example in which a shielding plate 9 is provided on the movement path 4 to protect the storage box 5 more safely. The shielding plate 9 has a shape that almost completely blocks the movement path 4, and the part A hits against the pulling force in the two directions of the opening, and the part B blocks the pushing force. It is something. When opening and closing the shielding plate 9, when the storage box 5 moves in the direction of the opening 2, the engagement of the portion A is released, and the storage box 5 pushes the shielding plate 9 open and holds it. (Two-dot chain line shown). This mechanism automatically closes the storage box 5 when it returns to the storage position.

FIG. 5 shows an example in which a storage box 5 carrying a moving device 6 is installed in an arc-shaped moving path 4. If the moving path 4 is made into an arc shape, it becomes even more difficult to take out from the position of the opening 2.

FIG. 6 shows an example in which a protection plate 10 is provided in front of the storage box 5. The protective plate 10 is attached to the storage box 5 via the spring 11.
The spring 11 is attached to a
The storage box 5 is protected by its elastic action.

FIG. 7 shows an example in which a partition 12 is provided in the storage 1, a plurality of movement paths 4 are provided, and a plurality of storage boxes 5 are provided. Other application examples include a method of creating a false movement path in the movement path 4 to make the normal movement path 4 difficult to understand, or a method of installing a foreign object drop hole in the movement path 4, and a mechanism for removing foreign objects (for example, installing a brush). , blowing compressed air, etc.) may also be provided.

The drive source and movement mechanism for moving the storage box 5 from the storage position to the opening 2 may be one that uses electricity, a method that uses spring force, air pressure, water pressure, hydraulic pressure, etc., or a method that uses gravity. good. Alternatively, the drive source of the moving device 6 may be placed on the storage 1 side.
It may be installed in the storage box 5 itself, but since this storage box 1 is embedded under the floor or in the wall,
It is more convenient to provide the moving device 6 integrally with the storage 1.

There is not only one moving device 6, but also a moving device for emergencies (in this case, the principle may be different from the main moving device)
may be provided. In addition, as a countermeasure in the unlikely event that these moving devices break down, storage
A hidden opening or hidden emergency ejection mechanism may be added to a portion of the device.

The location and method of the operating unit 8 that moves the moving device 6 may be provided inside or on the outside of the storage 1;
Place the key switch in a hidden place,
In addition to a switch using a cryptographic operation, it may also be operated mechanically.

The external shape of the storage 1 may be rectangular or round, and may be long horizontally or downward, and the position of the opening 2 relative to the storage 1 is also free.

The number of storage boxes 5 in the storage 1 and the size of the opening 2 of the storage boxes 5 do not matter, and the storage boxes 5 may be provided with a lid with a locking device.

In addition, this valuables storage room is also equipped with an alarm system and a hidden camera that activates if fraud is detected.
They are also free to install auxiliary equipment for self-defense.

As explained above, in the valuables storage of the present invention, only the door of the storage is exposed, and the main body is embedded in the floor, the ground, or the wall, and the opening that appears when the door of the storage is opened. A storage box for valuables, the opening of which is large enough for only the hand to fit through, a passageway extending from the opening to the back, and a storage box for valuables placed within the passageway so that it can be moved back and forth along the passageway.
A moving device integrated with the storage cabinet allows valuables to be placed in a position that cannot be reached even if you put your hand through the opening at all times, and when necessary, to be moved to the opening position of the storage compartment so that valuables can be handled. Since it is a built-in storage, it is difficult to discover its location.
In addition, it is difficult to remove the entire storage box, and even if you can open the locked door, only your hand can fit through the opening, so no matter how many hands you put in, you will not be able to access the storage box containing valuables. It is a storage box with a completely new structure that makes it impossible to reach the valuables or find a way to take out the storage box, making it extremely effective in preventing theft.

[Brief explanation of the drawing]

FIG. 1 is a plan view of the present invention at all times, FIG. 2 is a cross-sectional view taken along the line -- of FIG. 1, FIG. 3 is a cross-sectional view taken along the line -- of FIG. The fourth embodiment shows another embodiment of the invention.
Figure 6 is a partial longitudinal sectional view, Figure 5 is a longitudinal sectional view,
FIG. 7 is a plan view. Figures 8 and 9 are Figures 2 and 10 described in Registered Utility Model No. 65781,
Figure 11 is a drawing from Utility Model Publication No. 53-35137,
The numbers in the figures have been changed to match the numbers of the present invention. 1 is the storage, 2 is the opening of the storage 1, 3 is the door,
4 is a moving path, 5 is a storage box, 6 is a moving device, 7 is a connecting rod, and 8 is a driving operation section. In addition, the same (corresponding) parts in the figures are given the same reference numerals.

Claims (1)

[Claims] 1 In a storage where only the door of the storage is exposed and the main body is embedded in the floor, ground or wall, the opening that appears when the door of the storage is opened is large enough to allow only the hand to enter, and A path is provided from the opening to the back, and a storage box for valuables is placed within this path and can be moved back and forth along the path.
A moving device integrated with the storage cabinet allows valuables to be placed in a position that cannot be reached even if you put your hand through the opening at all times, and when necessary, to be moved to the opening position of the storage compartment so that valuables can be handled. Product storage.