KR20170100880A - Storage apparatus of dangerous article having UPS - Google Patents

Abstract

An existing weapon storing box is unable to ensure the locking of the weapon storing box and has the possibility that the existing weapon storing box is easily incapacitated in case of unexpected or intentional power interruption to parts using electricity by using a locking device. In addition, a problem that the existing weapon storing box is not free from the risks of the capture of the weapon storing box itself and the like exists. The dangerous article storing device is invented to solve the problems of the existing weapon storing box. The purpose of the present invention is to provide a technology capable of preparing for various emergencies by sensing the capture of the weapon storing box itself or damage to the weapon storing box in case of unexpected or intentional power interruption and maintaining the locking device to be locked for a predetermined time even in case of power interruption. Especially, the dangerous article storing device is capable of preparing for various emergencies such as the capture of the storing box itself, not the capture of a weapon from the storing box, by sensing the capture of the weapon storing box itself and damage to the weapon storing box, thereby providing improved user convenience. The dangerous article weapon storing device includes at least one angle sensor, at least one acceleration sensor, a processing device, a main power supply device, and the auxiliary power supply device.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a dangerous-

The present invention relates to an armory having an auxiliary power supply, and more particularly, to an armory having an auxiliary power supply, and more particularly, In order to detect the departure of the weapon of the weapon box itself or the breakdown of the weapon box itself, an auxiliary power supply for temporarily supplying the power of the sensor and the weapon box together with the sensor for detecting the impact and the break- The present invention relates to an armored storage box having an auxiliary power supply device capable of grasping the state of the armature.

A weapon is a weapon that has many elements that can pose a threat to a person's life. There are various kinds of weapons. Typical weapons are guns, swords, and explosives. Among them, gun guns refer to guns, swords, guns, etc., as well as guns, rifles, machine guns, guns, shotguns, guns and guns capable of shooting metallic bullets or gas, including compressed gas ), Gun barrel, engine parts, etc., as prescribed by the Presidential Decree. The use and carriage of weapons are strictly prohibited in Korea, except in special cases, because the abovementioned weapons are particularly emphasized in their proper management and use and lead to fatal accidents in the event of carelessness.

In the case of the Republic of Korea, most weapons are used or carried in the army, with the exception of some authorized persons with limited use of weapons and limited portability. As mentioned above, in the case of carelessness, it is dangerous enough to lead to a fatal accident. Therefore, the weapon requires great care in its storage and management and needs to be controlled.

Weapons are stored in a lockable storage box. Depending on the type of weapon, locks or wires may be used to secure the weapon. It is common to have the permission of the authorized administrator to access the weapon and to carry out the following under strict control of import / export and storage. However, in practical use, the storage and management of weapons are not thoroughly carried out, and many prior patents have been filed to supplement them.

As an example of a prior patent, Korean Patent Laid-Open Publication No. 10-2005-0078036 (published on Aug. 4, 2005) discloses a remote gun management system. The remote gun management system includes a plurality of guns A gun holder (10) provided with a lead (11) and having a locking device (15) for preventing unauthorized outflow of the gun; An RF ID tag (20) having a unique identification code attached to each firearm stored in the storage unit (11); A reader (30) provided in each of the storage parts (11) and detecting an RF ID tag (20) attached to the firearm; And a controller 50 connected to each of the readers 30 to receive sensing information and transmit sensing information to the central server 70 at a remote location in real time and receive a control signal.

However, the above-mentioned prior patents are not safe for the destruction or theft of the weapon storage box, and because of the use of the RF ID tag and the locking device, in the case of electric power interruption due to accident or intentional reason, And it is likely to be easily neutralized. Also, there was a problem that it was not free in terms of risk of deviation of the weapon box itself.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide an apparatus and a method for detecting a disconnection or breakage of a storage box when power is cut off due to accident or intentional reason, So as to provide a technique capable of preparing for various emergency situations.

Particularly, according to the present invention, it is possible to detect separation and breakage of the storage box itself, so that it is possible to prepare for various emergency situations such as deodorization of the storage box itself rather than weapon deodorization in the storage box, thereby providing enhanced convenience to the user.

It is a further object of the present invention to provide a method and a system for continuously transmitting a position of a current weapon locker to a control unit until the end of the capacity of auxiliary power when leaving the weapon storage box, It can also be reduced.

As a means for solving the above-mentioned technical problems, there is provided an inorganic storage box in which at least two individual storage rooms for individually holding and mounting the weapons in the inorganic storage box are provided at regular intervals, Equipped with an electronic personal locker for locking and unlocking electronic locks to control the movement of the weapon, and an electronic locker which is mounted on the opening and closing door of the automatic locker which is automatically operated to lower the accessibility of the weapon and to enhance security, A communication module capable of informing the control room of the present weapon storage state and the current position of the storage box at a period set by the user is provided and the communication module is provided at the lower end of the weapon storage box so as to judge whether the weapon storage box has left the present place At least one or more angular sensors, At least one acceleration sensor provided at an upper end so as to grasp a force exerted from the outside of a storage such as a hand, a processing device for calculating data measured by the sensor, and a main body A power supply, an auxiliary power supply for charging the power supply while the power supply is connected, and an auxiliary power supply for supplying the emergency power when the power supply is disconnected.

According to the present invention, it is possible to detect the departure of the weapon and the departure of the weapon storage case even in an emergency in which power is not supplied, thereby making it possible to safely store the weapon.

1 is a front view according to an embodiment of the present invention.
2 is a side view of a storage compartment forcibly opened and closed according to an embodiment of the present invention.
FIG. 3 is a side view of a storage compartment forcibly detached according to an embodiment of the present invention; FIG.
4 is a perspective view of a storage compartment forcibly opened and closed according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly explain the present invention, parts not related to the description are omitted.

Furthermore, when a part is referred to as being "comprising" or "comprising" an element, it is understood that it may include other elements as well, without excluding other elements unless specifically stated otherwise.

Hereinafter, the kind of the weapon will be described as an embodiment limited to a gun. However, it is apparent that the weapon that the present invention may include is not limited to a gun, but may be used for swords and explosives by simple and simple modifications by those skilled in the art.

1 is a front view according to an embodiment of the present invention.

The weapon storage box provided with the auxiliary power supply device according to the present invention is provided with at least two or more at least two individual storage spaces in the inorganic storage box 10 to seat and mount the weapons individually, An electronic personal locker (not shown in the drawings) for automatic operation to control the move-out, an electronic weapon locker installed in the opening door (13) of the automatic weapon locker which is automatically operated to reduce accessibility and security to the weapon A lock module 210, a communication module (not shown) that can notify the control room of the present weapon storage state and the current position of the weapon locker at a period set by the user, a determination as to whether or not the weapon locker has deviated from the current location At least one or more angle sensors 110 provided at the lower end of the weapon storage box, (Not shown) for calculating data measured by the acceleration sensor, at least one acceleration sensor 100 provided at an upper end so as to grasp a force applied from the outside of the vessel, (Not shown) capable of supplying power to the main power supply unit (not shown), an auxiliary power supply unit 200 that is able to supply the emergency power when the power supply unit is connected and when the power supply unit is disconnected .

In the inorganic storage box 10 in which the storage of the weapon is completed, the electric power supplied from the main power supply device is used to switch the locking device of the door 13 and the locking device Provides power to the lock. Since the manner of operating the locking device 210 using electric power is a well-known technology, it is not described in the present specification, and the technique is not limited to the above-described technique.

The power is supplied from the auxiliary power supply 200 after the auxiliary power supply determines that power is not supplied from the main power supply when the power is cut off due to an accident or an intended reason. The technique of operating the auxiliary power supply for the reasons such as power failure by using the main power supply is not described in this specification and is not limited to the technique of the present invention .

Since the auxiliary power supply continuously supplies the power, the electronic weapon locker (not shown) installed in the open / close door 13 of the weapon locker (as in the case where the main power supply is supplying power even when the power is off 210 can be opened and closed by a normal means used to open an existing locking device. The normal means may be different depending on the weapon storage box 10, and various known technologies such as fingerprint authentication, facial recognition, speech recognition, ID card recognition, and password input may be used. The present specification does not describe the present invention, and is not limited to the technique of the present invention.

When the main power is cut off and the weapon storage box 10 is operated by the auxiliary power supply 210, the current state of the weapon storage box, which is continuously calculated by the processing device every period designated by the user through the communication module, . For example, if there is no change in position or speed in the acceleration sensor 100 and no significant change is detected in the angle sensor 110, then the weapon locker 10 has not disengaged from its current position, Since there is no impact, a signal indicating the steady state is sent to the control unit.

As another example, if there is a sudden change in the position or speed of the acceleration sensor 100, and if a large change is not detected in the angle sensor 110, the weapon storage box 10 will not be released at the current position A signal indicating that the strong force is forcibly applied to the storage unit is transmitted to the control unit. In general, if strong force is applied to the weapon locker without opening the lock lock device using normal means, the entire door of the weapon locker is damaged (14), and the intention of deodorizing the weapon (20) It will send an additional emergency to the control department.

As another example, when there is a sudden change in the position or speed of the acceleration sensor 100 and when a noticeable large change is detected in the angle sensor 110 or when the speed measured by the acceleration sensor 100 is When it is measured by a constant direction and speed, a signal indicating that the weapon storage box 10 is moving away from its current position and is forcibly moved somewhere is sent to the control unit. At this time, the change in the position and the speed sensed by the acceleration sensor 100 is numerically calculated, and the result of the calculation by the processing device in which direction the current weapon box 10 is moving at what speed is periodically controlled To the Department. The signal is periodically transmitted until the capacity of the auxiliary power supply 200 is exhausted or the signal is moved further away so that it can be guessed in which direction the weapon box 10 was moved at a later search It can be used as a supporting data.

The foregoing has shown and described specific embodiments. However, it should be understood that the present invention is not limited to the above-described embodiment, and various changes and modifications may be made without departing from the technical idea of the present invention described in the following claims .

10: Weapon safe
13: Weapon Storage Box Full Opening Door
14: Broken Weapon Storage Box Full Opening Door
100: Acceleration sensor
110: Angle sensor
200: Auxiliary power supply
210: Weapon locker full lock

Claims (2)

In an armory with auxiliary power supply,
At least two or more individual storage rooms for storing and loading the weapons individually at predetermined intervals in the inside of the weapon storage box;
An electronic individual storage room lock for automatically operating when the weapon is stored in the individual storage room to control the removal;
An electronic weapon lock that is installed in the opening and closing door of an automated weapon locker to reduce accessibility to weapons and enhance security;
A communication module capable of informing the control room of the present weapon storage state and the current position of the weapon storage box at a period set by the user;
At least one angle sensor provided at the lower end of the weapon storage box so as to be able to judge whether or not the weapon storage box has deviated from its present location;
At least one acceleration sensor provided at an upper end so as to grasp the force exerted from the outside of the storage box such as breakage of the weapon storage box;
A processing device for calculating data measured by the acceleration sensor;
A main power supply capable of supplying power to all the components; Wow
And an auxiliary power supply for charging the power supply while the power supply is connected and supplying the emergency power when the power supply is disconnected.
The method according to claim 1,
The processing device measures the speed and direction at which the acceleration sensor moves and the angle measured by the angle sensor to calculate the current position of the weapon storage box based on the first coordinates when the weapon storage box is moving A weapon storage box with auxiliary power supply

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