JPH022863Y2 - - Google Patents

Description

[Detailed explanation of the invention] The present invention is a night-loading safe, that is, a separate sub-door for loading and storage is provided at a predetermined height position of the front door on the front of the safe, so that it can be used even when the front door is closed at night or on holidays. This is a safe that can be used to insert and store stored items such as money, articles, and documents. Once the stored items have been put in and stored by dividing them into a facing loading section and a storage section that communicates with the loading section, even if the loading section is opened due to destruction of the sub-loading door, etc., the storage inside the storage section will not be damaged. To provide a safe that reliably prevents objects from being taken out and improves theft resistance.

This proposal was made to achieve the above purpose, and its gist is that the interior of the safe, which consists of a front door and a storage body, is connected to the inside of the safe by a partition plate with an opening at the rear. The front door is divided into upper and lower halves into a storage section and a storage section, and an auxiliary door is provided at the top of the front door to open and close the input port communicating with the input section, and a shooter with both ends open at the back of the input section is tilted forward and upward. possible and constantly biased in the direction of lodging,
In the lying down state, the front end opening is set as the input port, and in the upright state, the rear end opening is set to face the opening of the partition plate, and it is possible to slide back and forth in the input section in conjunction with the up and down rotation of the shooter. A push rod is provided in conjunction with the shooter, and the front end of the push rod is always urged in the direction of opening the front door, either directly against the closed sub-door or via an operating rod that is horizontally rotatable in the loading section. Furthermore, at the rear of the storage chamber, a lifting prevention member is rotatably pivoted with a protrusion extending diagonally downward and facing into the opening, and restricting upward rotation beyond a certain inclination angle. It's in the night deposit safe.

Hereinafter, the present invention will be explained in detail based on the attached example drawings.The night-time deposit safe A of the present invention has a front door 2 at the front opening of the storage body 1, and a sub-box for night-time deposit at a predetermined position above the front door 2. A door 3 is provided, and a partition plate 5 is installed inside the storage body 1.
It is divided into two upper and lower chambers, with the upper section serving as an input section 6 communicating with an input slot 4 opened and closed by a sub-door 3, and the lower section serving as a storage section 7 for storing items such as money, valuables, important documents, etc. The input section 6 and the storage section 7 are separated by a partition plate 5.
They communicate through an opening 8 formed at the rear of the . Inside the input section 6, a cylindrical shooter 9 with both ends open is attached to a mounting part 5' provided at the rear of the partition plate 5, and a mounting piece 9' protruding from the lower rear surface of the shooter 9 and a pivot 10. Therefore, it is provided so that it can be rotated up and down, that is, when the sub-door 33 is opened to input stored items, the front end opening 9a is held in an inclined state with the front end opening 9a facing the input port 4 of the sub-door 3, and the sub-door 3 is closed. The shutter 9 is rotated in the upright direction at the same time so that the stored items put in from the front end opening 9a can be dropped from the rear end opening 9b through the opening 8 into the storage section 7. As shown in FIG. 2, a push rod 11 for raising and lowering and rotating in conjunction with the opening and closing of the storage body 1 is held so as to be slidable back and forth in the front and back directions by a guide 12 provided inside the storage body 1, and the rear end of the push rod 11 is A rising portion 11 and a guide elongated hole 13 integrally connected to the
is formed and the shutter 9 is inserted into the guide slot 13.
A protruding shaft 14 protruding from the side surface is slidably fitted into the hole to connect the shooter 9 and the push rod 11 in an interlocking manner, and the push rod 11 has one end at the front position as shown in FIG. An operating rod 15 is provided in the input portion 6 so as to be horizontally rotatable about a pivot 16, and is always urged in the forward rotational direction by a push spring 17. 1
The front end of the door 1 is abutted and supported, and a protrusion 15' provided at an appropriate position on the operating rod 15 is brought into contact with an abutment 18 provided on the inner surface of the sub-door 3. By configuring the shutter 9 and the sub-door 3 to be interlocked via the push rod 11, the operating rod 15, and the contact portion 18, the sub-door 3 in the closed state shown in FIG.
When the door is unlocked and opened, as the sub door 3 is opened in the direction of the arrow, the operating rod 15, which is biased forward by the push spring 17, rotates forward about the pivot 16, as shown in FIG. , the push rod 11 can slide forward, and the shooter 9 in the upright state as shown in FIG. Since it is constantly energized, if the push rod 11 is allowed to slide forward as described above, the shooter 9 will rotate in the direction of collapse due to its own load, and as a result, the shooter 9 will be integrated with the shooter. The protruding shaft 14 is the guide slot 1
As a result, the shooter 9 is lowered to a position where the front end opening 9a of the shooter 9 faces the input port 4 as shown by the dashed line in FIG. This makes it possible to insert stored items such as documents into the shooter 9. In this state, the rear end opening 9b of the shooter 9 is located at the rear end of the opening 8, and therefore the opening 8 is closed at the rear of the lower surface of the shooter 9.

Next, after the injection is completed, if the sub door 3 is rotated in the closing direction, the operating rod 15 is moved by the push spring 1 via the contact part 18.
The push rod 11 is rotated toward the inner side of the storage chamber against the elastic force of 7, and the push rod 11 is further slid toward the inner side using the operating rod 15, thereby causing the shooter 9 to move in the upright direction by an operation opposite to the above. Rotate the shooter 9 to
The stored items are dropped into the internal storage section 7 through the opening 8 and are restored to the state shown by the solid line in FIG. 2, and the sub door 3 is closed to complete the loading and storage of the stored items. That's what I do.

In addition to the above-mentioned embodiments, it is also possible to omit the above-mentioned operating rod 15 in the present invention.
For example, it is also possible to extend the push rod 11 forward and have its front end directly contact the abutting portion 18 of the sub door 3. In this case, a push spring or a tension spring is linked to the push rod 11 so that the push rod 11 is constantly moved. If the push rod 11 is biased forward, the push rod 11 can be slid forward, that is, the shooter 9 can be moved more smoothly.

Further, as another means for smoothly rotating the shooter 9 in the direction of collapse, a leaf spring 19 is provided facing the opening 8 as shown in FIG.
When the shutter 9 is brought into contact with the lower surface of the rear end of the shooter 9, the elasticity of the leaf spring causes the shooter 9 to be in an upright state.
This is also possible by urging the body in the direction of lodging.

In addition, a lifting prevention member 20 is rotatably mounted on a shaft 22 with a protrusion 20' diagonally downward and facing the opening 8 at the rear of the storage body 1, and the shaft 22 is the center of gravity. The protrusion 2 is set at a position eccentric from the
0' is made to rotate upward, and upward rotation beyond a certain angle of inclination is restricted, so when the stored item passes through the opening 8, the protrusion 20' is rotated downward, Although it does not impede its passage, in the unlikely event that the sub door 3 is broken and a wire or the like enters into the storage section through the opening 8 through the input port 4 and the passageway inside the shooter 9, an attempt is made to lift the stored state inside the storage section and take it out. In this case, the protrusion 2 of the lifting prevention member 20
0' prevents the stored items from moving upward, so that the stored items can be stored safely even in an emergency such as when the sub door 3 is destroyed.

According to the night deposit safe of the present invention as described above, the shutter 9 for dropping stored items into the storage section 7 can be linked with the opening/closing operation of the sub door 3 via the push rod 11, so that the sub door 3 can be opened and closed. The shutter 9 is opened only when the stored items are input from the input port 4.
automatically collapses into a tilted state, and when the sub door 3 is rotated in the closing direction after the stored items are inserted, the shooter 9 becomes an upright state and the loaded stored items are dropped into the lower storage section 7. This allows the user to load and store stored items with the simple operation of opening the sub-door 3, placing the stored items, and then closing the sub-door 3.In addition, in the unlikely event that the sub-door Even if the storage section 3 is destroyed, the protrusion 20' of the lifting prevention member 20 provided at the rear of the safe is provided so as to face the opening 8, so that the storage section 7 can be secured by a wire such as a wire.
It also has the effect of preventing theft by reliably preventing items stored inside from being lifted up and taken out.

[Brief explanation of the drawing]

Fig. 1 is a front view of a safe showing an embodiment of the present invention, Fig. 2 is a side view of the safe body and front door in cross section showing the arrangement of the main constituent members, and Fig. 3 is the same with the door closed. FIG. A: Safe, 1: Storage body, 2: Front door, 3: Sub-door,
4: Inlet, 5: Partition plate, 6: Insertion section, 7: Storage section, 8: Opening, 9: Shooter, 10: Pivot, 1
1: Push rod, 12: Guide, 13: Guide slot, 1
4: protruding shaft, 15: operating rod, 16: pivot, 17: push spring, 18: contact portion, 19: leaf spring, 20: lifting prevention member.

Claims (1)

[Scope of utility model registration request] The inside of the safe, which is composed of a front door and a storage body, is divided into upper and lower halves by a partition plate with an opening at the rear into an input section and a storage section that communicate with each other at the inner depth, and the upper part of the front door communicates with the input section. An auxiliary door is provided to open and close the input port, and a shooter with both ends open at the back of the input section can be rotated forward and upward, and is constantly biased in the direction of collapse. In the raised state, the rear end opening is set and provided so as to face the opening of the partition plate, and a push rod is provided in conjunction with the shooter so that it can slide back and forth in the input section in conjunction with the up-and-down rotation of the shooter;
The front end of the push rod is connected to the closed sub-door directly or via an operating rod that is horizontally rotatable in the loading section, and is always biased in the direction of opening the front door. A night deposit safe, characterized in that a lifting prevention member is rotatably pivotally mounted with a protrusion facing diagonally downward into the opening, and upward rotation above a certain angle of inclination is restricted.