JP3512458B2 - Special storage - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a special storage box for storing and storing important precious metals, guns and the like.

[0002]

2. Description of the Related Art Generally, a gun or the like is a solid one and must be stored in a storage for exclusive use of a gun provided with a lock that can be locked securely. Also, the storage itself must be something that cannot be easily taken out. For this reason, various doors with double doors or double locks have been proposed. Furthermore, the same applies to precious metals.

[0003]

By the way, in the above-mentioned conventional storage and locker, there was a case where the inner door of the double door was forgotten to be locked when the door was doubled. In this case, the double door has no meaning and there was a safety problem. Further, when the outer door on the surface is destroyed, the inner door is easily destroyed.

An object of the present invention has been made in view of the conventional drawbacks described above, be destroyed outer door as well as preventing the locking forgetting of the inner door, is easily opened it without inner door, it is broken It is to provide a special storage room that can give an alarm when it happens.

[0005]

A special storage according to the present invention comprises an outer door rotatably supported by a hinge on the storage body, an outer door locking mechanism provided on the outer door, and a storage body. An inner door rotatably supported by a hinge in a recess surrounded by the outer door, and an inner door locking mechanism provided on the inner door,
An alarm device that issues an alarm when the outer door is opened without being unlocked properly, a control mechanism that controls the alarm device, and an inner door forgetting prevention mechanism that cannot close the outer door without locking the inner door And a lock mechanism for fixing a gun, wherein the mechanism for preventing forgetting to close the inner door is a bottom part of the storage body.
From the lower position of the outer door and the holes formed inside the inner door.
The projecting rods which are respectively arranged so as to be freely extendable , and the respective projecting rods are connected to both ends, and extend from the lower part of the outer door to the lower part of the inner door.
And the lever arranged so as to rotatably support the lever
And the support shaft that a <br/> spring biasing in a direction to immersive protruding rod outer door side and a regulating plate which is fixed to the lower portion of the inner door, before
Note: When the inner door is open, the protruding rod on the inner door side is
The control plate sinks into the hole and the protruding rod on the outer door side protrudes.
Prevents closing of the outer door, when said door is closed, it protrudes from the hole the projecting rod of the inner door side is formed in the regulating plate
The lever rotates so that the protruding rod on the outer door side can be retracted, and the outer door can be closed.
It is configured to prevent . Also, an outer door that is hingedly supported on the storage cabinet body, an outer door locking mechanism that is installed on the outer door, and a hinge that is openably and closably supported on a recess surrounded by the outer door of the storage cabinet body. Inner door, an inner door locking mechanism provided on the inner door, an alarm device for issuing an alarm when the outer door is opened without being unlocked properly, and a control mechanism for controlling the alarm device. For preventing the door from forgetting to close the inner door without locking the outer door without locking the door, a safety mechanism that can not release the locking rod of the inner door unless the locking rod of the outer door is released, and for gun fixing It is a special storage with a locking mechanism, and the mechanism for preventing forgetting to close the inner door is a storage
It is formed on the bottom of the cabinet and at the bottom of the outer door and inside the inner door.
Protruding rods that are respectively arranged so as to project freely from the bored holes, and
Inner door each protruding rod from the bottom of linked outside door across
Rotate the lever and the lever arranged over the lower part of
How to immerse the support shaft that freely supports and the protruding rod on the outer door side
It consists of a spring that urges in the direction and a regulation plate that is fixed to the lower part of the inner door.If the inner door is open, the inner door side protrusion
The protruding rod is retracted into the hole by the regulation plate and protrudes on the outer door side.
The rod is projected to prevent the outer door from being closed, and the inner door is closed.
In this case, the lever on the outer door side is rotated by the protruding rod on the inner door side protruding from the hole formed in the regulation plate.
So that the outer door can be closed by retracting the inner door
It is configured to prevent forgetting to lock .

Further, the outer door locking mechanism includes a fingerprint identification mechanism, Ru der those characterized by being released by the release signal fingerprint identification mechanism.

[0007]

As described above, in the special storage according to the present invention, the outer door cannot be closed without locking the inner door.
You can prevent forgetting to lock the inner door. In addition, the outer door was destroyed
At that time , an alarm sounds to notify theft. Further, unless the locking rod of the outer door is released, the locking rod of the inner door cannot be released, which improves safety.

[0008]

An embodiment of the present invention will be described below with reference to the accompanying drawings. 1 is a front view of a special storage which is an embodiment of the present invention, FIG. 2 is a vertical cross-sectional view of a special storage which is an embodiment of the present invention, and FIG. 3 is an embodiment of the present invention. It is a cross-sectional view of a certain special storage.

Here, a special storage for guns will be described as an example. First, the special storage 10 includes an outer door 13 rotatably supported by a hinge 12 on a storage body 11, an outer door locking mechanism 14 provided on the outer door 13, and an outer door 13 of the storage body 11. An inner door 16 supported by a hinge 15 so as to be openable and closable, a inner door locking mechanism 17 provided on the inner door, and an alarm when the outer door 13 is opened without being unlocked properly. An alarm device 18 for issuing an alarm, a control mechanism 19 for controlling the alarm device 18, and an outer door 13 without locking the inner door 16.
A mechanism 20 for preventing forgetting to close the inner door and a lock mechanism 21 for fixing a gun are provided in the inner door.

The storage main body 11 has a surface made of a steel plate 11a or the like, and a filler 11b of gravel, cement, lead or the like is provided inside. Therefore, it cannot be easily destroyed from the outside.

The outer door 13 is attached to the opening of the storage main body 11 by a hinge 12 so as to be openable and closable. A handle 22 for operating the outer door locking mechanism 14 is attached to the front surface of the outer door 13. Furthermore, a fingerprint identification mechanism 23, which forms a part of the outer door locking mechanism 14 described later, is attached.

The outer door locking mechanism 14 includes locking rods 24a and 24b projecting up and down of the outer door 13, a dead bolt 25 projecting to an end surface of the outer door 13, a solenoid 26 and a lock member 27, a fingerprint identifying mechanism 23, The control mechanism 19 and the like are provided (see FIG. 4). The dead bolt 25 is an extension member 25.
a and the extending member 25a is connected to the shafts 28, 28.
Is slidably supported in the lateral direction through the long hole 25b. In addition, the locking rods 24 a and 24 b are the extension members 25.
It is connected to a through the connecting rods 24c and 24d.

Split pins are inserted into the shafts 28, 28 to prevent them from coming off. Also, the handle 22
A pin 31 is erected on the cam disk 30 connected with the pin 31. The pin 31 engages with an elongated hole 25d formed in the extending member 25a. A locking claw 32 is provided in a notch portion 30a formed in the cam disk 30 so as to project and retract by a solenoid 26 and a lock member 27.
That is, the locking claw 32 is always urged by the spring 33 and the lock member 27 so as to project in the direction of the notch 30a.

When energized, the solenoid 26 is excited in the direction opposite to the urging force of the spring 33, and the locking claw 32 has a notch 30a.
Then, the cam disk 30 is freely rotated, and the locking rods 24a, 24b and the dead bolt 25 are retracted by operating the handle 22 to open the outer door 13.

Further, when attaching a lock having a mechanical structure, as shown by an imaginary line in FIG. 4, a lock member 35 having a locking claw 34 is provided by a spring 36 so as to face the notch 30a of the cam disk 30. A pin 39 is erected on the lock member 35 while being urged in the projecting direction and engageable with the operating piece 38 of the lock 37. When configured in this way, the operation of the lock 37
The locking rods 24a and 24b can be locked.

The fingerprint identification mechanism 23 removes dust parts of the original image of the fingerprint of a specific person in advance, corrects scratches and bleeding, and smoothes the image data. The smoothed image data is binarized by dividing the black and white portion with a specific threshold value. The binarized image data is selected by correcting discontinuities due to sweat lines and scratches. Only actual feature points are extracted from the carefully selected image data, restoration processing is performed, and this image data is registered.

The control mechanism 19 compares and compares the image signal from the fingerprint identification mechanism 23 with the image data registered in advance,
Only when they match, the solenoid 26 is turned on. As described above, the fingerprint identification mechanism 23 is used to operate the solenoid 26 described above.
When operating, the outer door 13 can be opened and closed without having to hold a key.

A numeric keypad may be provided instead of the fingerprint identification mechanism 23, and the solenoid 26 may be operated by an operation signal from the numeric keypad. A lock 37 may be provided.

FIG. 5 is a front view showing a locking mechanism used for the outer door locking mechanism 14 or the inner door locking mechanism 17, and FIG.
It is the top view. In both figures, the locking mechanism is the outer door 1
3 or a locking rod 40a protruding vertically from the inner door 16,
40b and a dead bolt 41 protruding to the end surface of the door, a solenoid 42, an engaging claw 43 driven by the solenoid 42, and the like (see FIG. 5).

The dead bolt 41 is formed integrally with the extending member 41a, and the extending member 41a has shafts 44, 4
4 is slidably supported in the lateral direction through the long hole 41b. The locking rods 40a, 40b are provided on the extension member 4
1a is connected via connecting rods 45a, 45b.

A pin 47a is erected on the cam disk 47 and is loosely fitted in an elongated hole 46 formed in the extending member 41a. Further, the cam disk 47 is connected to a handle 48 which is rotatably supported on the outside of the door. Therefore, by operating the handle 48, the cam disk 47 can be rotated and the dead bolt 41 can be projected and retracted.

FIG. 7 is a cross-sectional view of a main part showing the relationship between the outer door 13 and the inner door 16, and FIG. 8 is a vertical cross-sectional view of the main part showing the relationship between the outer door 13 and the inner door 16. Here, the inner door closing forgetting prevention mechanism 20 includes a lever 50, a support shaft 51, a protruding rod 52,
53, a spring 55, a restriction plate 56, and the like. The outer door 13 is hinged to the storage main body 11.
It is supported so that it can be opened and closed. Further, the inner door 16 is supported by a hinge 15 so as to be openable and closable in a space surrounded by the outer door of the storage body 11. Bottom space 11 of storage body 11
On f, a lever 50 is rotatably supported by a support shaft 51 from the lower part of the outer door 13 to the lower part of the inner door 16, and projecting rods 52, 53 are connected to both ends of the lever 50. ing.

The projecting rod 52 is disposed so as to project freely to a lower position of the outer door 13 through a hole 54 formed in the bottom portion thereof, and is normally urged by a spring 55 in a retracting direction. The protruding rod 53 is located within the rotation path of the regulation plate 56 fixed to the lower portion of the inner door 16. Further, when the inner door 16 is closed, the inner door 16 projects from the hole 57 formed in the regulation plate 56. The tip of the protruding rod 53 is formed in a wedge shape, and the hole 5
It is easy to immerse and retreat to 7.

With the above construction, unless the inner door 16 is completely closed, the projecting rod 52 projects from the lower portion of the outer door 13 via the lever 50, so that the outer door 13 can be closed. Can not.

Further, anchor bolts 58 are provided inside the inner door 16 at the bottom of the storage cabinet 11 and are driven into the floor 59 where the storage cabinet is installed.

As shown in FIGS. 9A and 9B, the outer door 13
A regulating rod 60 is urged by a spring 61 in the direction of arrow F in the bottom space 11f between the locking rod 24b of FIG. The control rod 60 has elongated holes 62, 6
It is slidably supported in the lateral direction by pins 64 and 65 that are loosely fitted in 3. Further, one end of the regulating rod 60 is cut out in a semicircular shape, and the locking rod 24 formed in a wedge shape.
It is in contact with the lower end 24f of b.

A U-shaped groove 60a slightly smaller than the diameter of the locking rod 40b is formed at the other end of the control rod 60, and engages with a notch groove 40f formed at the lower end of the locking rod 40b. Therefore, in the state shown in FIG. 9B, the locking rod 40b cannot be raised and the inner door 16 cannot be opened. In other words, even if the outer door 13 is destroyed and the inner door 16 is to be opened without pulling up the locking rod 24b, the locking rod 40b is engaged with the regulating rod 60 and cannot be opened.

10 and 11 show a mechanism for locking the stored gun 66. A fan-shaped cam 67 is fixed to the locking rod 40b of the inner door 16, and an arrow Y is attached to the cam 67.
The operating rod 69 urged by the spring 68 in the direction abuts. On the other hand, the lock mechanism 70 includes a lock belt 71, an engagement cam 72, a locking bar 73, a leaf spring 74 and the like.

The lock belt 71 is inserted through the trigger portion of the gun 66. The engagement cam 72 is rotatably supported, and the tip end hook portion 71a of the lock belt 71 is engaged with the recess 72a. Also, the engagement cam 7
A spring 75 is biased to engage the locking bar 73 with the second outer peripheral cutout 72b. Further, a cutout hole 74a is formed in a part of the leaf spring 74.

In the lock mechanism 70 having such a structure, when the inner door 16 is closed and locked, the lock belt 71 cannot be removed when the locking rod 40b is lowered. On the other hand, when the locking rod 40b rises, the cam 67 pushes the operating rod 69 in the Z direction, and the locking bar 73
Rotate. When the locking bar 73 rotates, the engagement cam 7
2 can rotate freely, and the lock belt 71 can be removed. Therefore, unless the inner door is unlocked
The lock belt 71 cannot be removed, and theft of the gun can be prevented.

FIG. 12 is a circuit diagram showing the relationship between the fingerprint identification mechanism and the solenoid. Power supply 76 and switch 77
And a solenoid 26. Here, the solenoid 42 is turned on for about 10 seconds when the fingerprints are matched by the fingerprint identification mechanism 23. That is, if the fingerprints match, the solenoid 42 is turned on and the outer door 13 can be opened.

FIG. 13 is a circuit diagram of an alarm device used in a special storage. The switch 78 is a fingerprint identification mechanism 23.
It is turned on and off by the signal from. Fingerprint identification mechanism 2
It is turned on when the collations of 3 match. When the switch 78 is turned on, the relay 79 operates and the relay 80 moves to the A end. When the relay 80 moves to the A end, the timer 81 is activated, and the alarm 82 does not sound even if the switch 95 interlocking with the inner door 16 is closed. Further, when the timer 81 operates, the timer 83 operates and the solenoid 42 is turned on, so that the inner door 16 can be opened.

Next, a method of using the special storage 10 configured as described above will be described. First, the fingerprint is collated by holding one's fingerprint over the fingerprint identification mechanism 23. When the fingerprints match, the solenoid 26 is turned on, and the handle 22 operates the locking rods 24a, 24b and the dead bolt 25 to open the outer door 13. When the outer door 13 is opened, the locking rod 24b rises, and the control rod 60 and the locking rod b
Is disengaged. As a result, the locking rod 40b can be raised. When the inner door 16 is opened in this state, as shown in FIG.
The alarm 82 of the circuit shown in 3 does not sound.

Further, regardless of the fingerprint identification mechanism 23, the lock,
When unlocking, a key is inserted into the lock 37 and the operating piece 38 shown by an imaginary line in FIG. 4 is operated. By rotating the operating piece 38, the locking claw 34 is pulled out from the notch 30a of the cam disk 30. As a result, the outer door 13 can be opened by unlocking the handle 22.

When the outer door 13 is unlocked, the locking rod 24b shown in FIG. 9 rises, the regulating rod 60 moves in the direction of the arrow G, and the locking rod 40b of the inner door 16 can rise, so that the safety is ensured. The mechanism is released. In this state, the lock of the inner door 16 is operated by operating the solenoid 42 with a numeric keypad or the like to retract the dead bolt 41 and unlock it.

When the inner door 16 is normally unlocked, the locking rod 40b rises, the cam 67 presses the operating rod 69 in the direction of arrow Z, and the locking bar 73 is operated to operate the engaging cam 72. Can be rotated. When the engagement cam 72 becomes rotatable, as shown in FIG.
As shown in FIG. 1, the lock belt 71 can be removed, and the gun 66 can be taken out.

When the inner door 16 is not unlocked normally and the locking rod 40b does not rise, the cam 67 does not move and the lock belt 71 cannot be removed.

Next, when closing the door, when the inner door 16 is completely closed, the hole 57 of the regulating plate 56 fixed to the inner door 16 is at the position of the projecting rod 53 and projects to the lower end surface of the outer door 13. The protruding rod 52 that had been retracted moves back on the principle of leverage. In this state, the outer door 13 can be closed. On the other hand, when the inner door 16 is not completely closed, the hole 57 of the regulation plate 56 is
Is not in the correct position, the head of the protruding rod 53 is pressed down, and the protruding rod 52 projects to the lower end surface of the outer door 13. In this state, the outer door 13 cannot be closed.
Therefore, it is possible to prevent forgetting to close the inner door 16.

FIG. 14 is a sectional view showing another embodiment of the safety mechanism for the inner and outer doors. In this embodiment, the inner door 85 is attached to the double door with a hinge 86. Further, the barb 88 that horizontally moves with the handle 87 is configured to be able to abut on an interlocking lever 89 provided on a side wall of the storage case body 11. On the other hand, the interlocking lever 89 has a rotatable roller 90 at its tip and is biased in the direction of arrow G by a spring 91. Further, the roller 90 is arranged at a position where it can come into contact with the end portion of the bar 92 of the outer door (not shown).

With this structure, when the bar 92 of the outer door is projected and locked in the side wall 11g direction, the bar 92 is locked.
The tip of the roller contacts the roller 90, and
It is projected in the direction opposite to the direction. Therefore, the tips of the barbs 88 of the inner door 85 are blocked by the interlocking lever 89 and cannot move. That is, if the bar 92 of the outer door is not unlocked,
The bar of the inner door 85 cannot be unlocked. In this way, even if the outer door is not unlocked normally and is destroyed and opened, the inner door 85 cannot be opened, and the safety of the special storage can be improved.

The present invention is not limited to the above embodiments, and various design changes can be made based on the technical idea of the present invention.

[0042]

As described in detail above, according to the special storage box according to the present invention, the outer door rotatably supported by the storage box body by the hinge and the outer door locking provided on the outer door. The mechanism, the inner door rotatably supported by a hinge in the recess surrounded by the outer door of the storage main body, the inner door locking mechanism provided on the inner door, and the outer door not being unlocked properly. An alarm device that issues an alarm when opened, a control mechanism that controls the alarm device, a mechanism for preventing forgetting to close the inner door that cannot close the outer door without locking the inner door, and a locking rod for the outer door It is a special storage with a safety mechanism that can not release the locking rod of the inner door unless it is released, and a lock mechanism for fixing the gun, wherein the mechanism for preventing forgetting to close the inner door is the bottom of the storage body.
Projected from the lower position of the outer door and the holes formed inside the inner door
Each of the protruding rods is freely arranged, and each of the protruding rods is connected to both ends and extends from the lower portion of the outer door to the lower portion of the inner door.
A lever disposed Te, and <br/> shaft for rotatably supporting the lever, and bar <br/> Ne for urging in a direction to immersive protruding rod outer door side, inner door bottom of made from a fixed regulating plate and the said
If the inner door is open, the protruding rod on the inner door side will
The plate retracts into the hole and the protruding rod on the outer door side protrudes.
Preventing closure of the outer door, when said door is closed, to protrude from the hole protruding rod of the inner door side is formed in the regulating plate
By rotating the lever, the protruding rod on the outer door side can be retracted to close the outer door and prevent forgetting to lock the inner door.
Since it is configured to stop , an alarm is issued if the outer door is opened without being normally unlocked by the double door locking system. Therefore, when an intruder illegally tries to open the door, an alarm sounds and theft is prevented.

Since the outer door cannot be closed unless the inner door is completely closed, the inner door is forgotten to be closed , that is, the inner door is locked.
You can prevent forgetting . Furthermore, since the storage is fixed to the floor and fixed to the floor with anchor bolts,
It cannot move and helps prevent theft. Furthermore, since cement, gravel, lead, etc. are included in the wall, they have excellent fire resistance and puncture resistance.

[Brief description of drawings]

FIG. 1 is a front view of a special storage cabinet according to an embodiment of the present invention.

FIG. 2 is a vertical cross-sectional view of a special storage cabinet according to an embodiment of the present invention.

FIG. 3 is a cross-sectional view of a special storage cabinet according to an embodiment of the present invention.

FIG. 4 is a configuration diagram showing an outer door locking mechanism or an inner door locking mechanism used in the special storage.

FIG. 5 is a front view showing another embodiment of the outer door locking mechanism or the inner door locking mechanism used in the special storage.

FIG. 6 is a plan view showing another embodiment of the outer door locking mechanism or the inner door locking mechanism used in the special storage.

FIG. 7 is a plan view showing a forget-for-close mechanism for the special storage.

FIG. 8 is a side view showing a mechanism for preventing forgetting to close the special storage.

9A is a plan view showing a safety mechanism of the special storage, and FIG. 9B is a side view showing the safety mechanism.

FIG. 10 is a configuration diagram showing a gun locking mechanism used in the special storage.

FIG. 11 is a configuration diagram showing an operating state of a gun locking mechanism used in the special storage.

FIG. 12 is a circuit diagram showing a relationship between a fingerprint identification mechanism and a solenoid used in the special storage.

FIG. 13 is a circuit diagram of an alarm device used in the special storage.

FIG. 14 is a sectional view showing another embodiment of the safety mechanism used in the special storage.

[Explanation of symbols]

10 special storage 11 Storage body 11a steel plate 11b Filling material 11f bottom space 11g side wall 12 hinges 13 Outer door 14 Outside door locking mechanism 15 Hinge 16 inner door 17 Inner door locking mechanism 18 Alarm device 19 Control mechanism 20 Mechanism to prevent forgetting to close the inner door 21 Locking mechanism for gun fixing 22 handle 23 Fingerprint identification mechanism 24a, b Locking rod 24c, d connecting rod 25 dead bolt 25a extension member 26 Solenoid 27 Lock member 28 axes 29 split pins 30 cam disk 30a Notch 31 pin 32 locking claw 33 spring 34 Locking claw 35 Lock member 36 spring 37 locks 38 Working piece 39 pin 40a, b locking rod 40f Notch groove 41 Dead Bolt 42 solenoid 43 Engaging claw 44 axis 45a, b connecting rod 46 slot 47 cam disk 48 handles 50 lever 51 spindle 52,53 protruding rod 54 holes 55 spring 56 regulation plate 57 holes 58 anchor bolt 59 floor 60 regulatory rod 60a U-shaped groove 61 spring 62, 63 oblong holes 64, 65 pin 66 guns 67 cam 68 spring 69 operating rod 70 Lock mechanism 71 Rock Belt 72 engagement cam 73 Locking bar 74 leaf spring 75 spring 76 power 77 switch 78 switch 79 relays 80 relay 81 timer 82 alarm 83 timer 85 Inner door 86 hinges 87 handle 88 bar 89 Interlocking lever 90 Laura 91 spring 92 Bar 95 switch

─────────────────────────────────────────────────── ─── Continuation of the front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) E05G 1/00-7/00 E05B 65/04 E05C 7/02 E05B 45/06 E05B 61/00

Claims (4)

(57) [Claims] 1. An outer door rotatably supported by a hinge on a storage cabinet body, and an outer door locking mechanism provided on the outer door,
The inner door supported by a hinge in a recess surrounded by the outer door of the storage cabinet so as to be openable and closable, the inner door locking mechanism provided for the inner door, and the outer door opened without being unlocked properly In this case, there is provided a special storage including an alarm device for issuing an alarm, a control mechanism for controlling the alarm device, and an inner door forgetting prevention mechanism which cannot close the outer door without locking the inner door, The mechanism to prevent you from forgetting to close the inner door is the outer door on the bottom of the storage cabinet.
Can be freely projected from the lower position of the and the hole formed inside the inner door
The protruding rods respectively disposed on the
It is connected to both ends and extends from the bottom of the outer door to the bottom of the inner door.
Consists of a set by a lever, a support shaft for rotatably supporting the lever, and a spring for urging in a direction to immersive protruding rod outer door side, and the regulating plate is fixed to a lower portion of the inner door, the When the inner door is open, the protruding rod on the inner door side is
The regulating plate sinks into the hole and the protruding rod on the outer door side protrudes.
To prevent the outer door from closing, and when the inner door is closed, the lever on the inner door side is rotated by protruding from the hole formed in the regulation plate.
Special vault, characterized in that the configuration for preventing the locking forgetting of the inner door so as to be able to close the outer door by retracting the protruding rod outside the door side. 2. An outer door rotatably supported on the main body of the storage cabinet by a hinge, and an outer door locking mechanism provided on the outer door,
The inner door supported by a hinge in a recess surrounded by the outer door of the storage cabinet so as to be openable and closable, the inner door locking mechanism provided for the inner door, and the outer door opened without being unlocked properly Special case equipped with an alarm device for issuing an alarm, a control mechanism for controlling the alarm device, a mechanism for preventing forgetting to close the inner door that cannot close the outer door without locking the inner door, and a locking mechanism for fixing the gun In the storage, the mechanism for preventing forgetting to close the inner door is an outer door at the bottom of the storage main body.
Can be freely projected from the lower position of the and the hole formed inside the inner door
The protruding rods respectively disposed on the
It is connected to both ends and extends from the bottom of the outer door to the bottom of the inner door.
Consists of a set by a lever, a support shaft for rotatably supporting the lever, and a spring for urging in a direction to immersive protruding rod outer door side, and the regulating plate is fixed to a lower portion of the inner door, the When the inner door is open, the protruding rod on the inner door side is
The regulating plate sinks into the hole and the protruding rod on the outer door side protrudes.
To prevent the outer door from closing, and when the inner door is closed, the lever on the inner door side is rotated by protruding from the hole formed in the regulation plate.
Special vault, characterized in that the configuration for preventing the locking forgetting of the inner door so as to be able to close the outer door by retracting the protruding rod outside the door side. 3. An outer door rotatably supported on the main body of the storage cabinet by a hinge, and an outer door locking mechanism provided on the outer door.
The inner door supported by a hinge in a recess surrounded by the outer door of the storage cabinet so as to be openable and closable, the inner door locking mechanism provided for the inner door, and the outer door opened without being unlocked properly In the case, an alarm device that issues an alarm, a control mechanism that controls the alarm device, an inner door forgetting prevention mechanism that cannot close the outer door without locking the inner door, and a locking rod of the outer door must be released. With a safety mechanism that can not release the locking rod of the inner door,
A special storage with a lock mechanism for fixing a gun, wherein the mechanism for preventing forgetting to close the inner door is an outer door at the bottom of the storage body.
Can be freely projected from the lower position of the and the hole formed inside the inner door
The protruding rods respectively disposed on the
It is connected to both ends and extends from the bottom of the outer door to the bottom of the inner door.
Consists of a set by a lever, a support shaft for rotatably supporting the lever, and a spring for urging in a direction to immersive protruding rod outer door side, and the regulating plate is fixed to a lower portion of the inner door, the When the inner door is open, the protruding rod on the inner door side is
The regulating plate sinks into the hole and the protruding rod on the outer door side protrudes.
To prevent the outer door from closing, and when the inner door is closed, the lever on the inner door side is rotated by protruding from the hole formed in the regulation plate.
Special vault, characterized in that the configuration for preventing the locking forgetting of the inner door so as to be able to close the outer door by retracting the protruding rod outside the door side. 4. The special storage box according to claim 1, wherein the outer door locking mechanism includes a fingerprint identification mechanism and is unlocked by a unlock signal of the fingerprint identification mechanism.