KR101744525B1 - Location Tracking and State Information Providing System for Safety Management of Guns - Google Patents

Abstract

The present invention relates to a firearm position tracking and state information providing system for firearm safety management, which is configured to be easily attached to a firearm (1), in which the position of a firearm (1) In addition, it is possible to detect the trigger state of the firearm 1 based on the complex sensor module and calculate the determination and the number of triggering events. The firearm terminal 200 is provided with a firearm attachment terminal (100); A user application for transmitting and receiving location tracking and triggering status information of the firearm 1 from the firearm attaching terminal 100 in cooperation with the firearm attaching terminal 100 is mounted and communication with the firearm attaching terminal 100 is carried out A user terminal (200) for receiving and storing location tracking and triggering status information of the firearm (1) and transmitting the information to the control server (300) side; The user can set an operation environment including a firearm ID input, correction and communication settings on the side of the firearm attaching terminal 100, and detects the communication connection state between the firearm attaching terminal 100 and the user terminal 200 And a control server 300 for receiving and databaseing the location tracking and triggering status information of the firearm 1 transmitted from the user terminal 200.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a position tracking system and a status information providing system,

The present invention relates to a system for safety management of firearms, and more particularly, to a fire fighting system for firearms, and more particularly, The present invention relates to a firearm position tracking system and a state information providing system for firearm safety management.

Generally, a gun is a weapon such as a rifle, a pistol, or an air rifle. Such a gun is very important because it is a weapon that is directly connected to human accidents.

In recent years, civilian casualties have been frequent in the country as well as overseas, and the damage has also increased, making people feel anxious and increasing social interest.

In addition, the air gun has no basis to confirm whether the number of rounds returned in the course of returning the guns and bullets used after hunting exactly matches the quantity obtained by subtracting the actual usage amount. It is difficult to judge the residual amount. There is no way to sanction even if the pilot is concealed. There are large and small safety accidents such as firefighting with firearms.

As a result, systematic management of firearms is required more and there is a need to strengthen the safety management of firearms.

In the prior art literature related to the safety management of firearms, Korean Patent Laid-Open No. 10-2007-0081465 discloses a method for identifying firearms that are not authenticated by attaching an RFID tag to a military weapon, a police facility, Proposes and launches an integrated safety system for weapon management to prevent accidents caused by insufficient management of pri- mary weapon management and safety accidents due to armaments that have been smuggled from existing military units through the prevention of displacement of arms and tracking of missed weapons. .

In addition, Korean Registered Utility Model No. 20-0475339 discloses a storage means for storing at least one gun or ammunition using a predetermined locking device; An RFID tag attached to one side of the gun or the ammunition; A portable reader for recognizing an RFID tag attached to the gun or ammunition stored in the storage means, reading the identification number as a result of recognition, and transmitting the determined identification number by wire or wireless; And a management server for managing the inventory status based on the identification number received from the portable reader, and proposes and discloses a system for managing firearms using the RFID technology.

Korean Patent Publication No. 10-2007-0081465 Korean Utility Model Registration No. 20-0475339

The present invention has been devised in order to solve the above-mentioned problems and the like, and it is an object of the present invention to prevent the accident of a firearm, analyze and determine the position of the firearm in real time in order to promptly respond, The present invention provides a system for providing firearm position tracking and status information for firearm safety management.

The present invention has a structure for attaching a firearm-attaching terminal to a firearm so that it can be easily attached and durable to a firearm, while accurately analyzing and judging a firearm state and an explosion number of a firearm based on a composite sensor The present invention provides a system for providing firearm position tracking and status information for firearm safety management, which enables real time transmission and management of firearms by collecting status information of firearms in real time and collecting status information of firearms.

The present invention makes it possible to check the quantity of the bullet used in the actual explosion as well as the surveillance function according to the position tracking of the bullet, And to provide the state information tracking system and state information providing system for firearm safety management that enables systematic management and safety management of firearms. There is a purpose.

In order to accomplish the above object, the present invention provides a firearm location tracking and state information providing system for firearm safety management, comprising a wearable type firearm for easy detachment of firearms, The position of the firearm 1 is monitored in real time, the triggering state of the firearm 1 is detected based on the complex sensor module, and the determination and the number of triggering of the firearm 1 are calculated. A firearm attaching terminal (100) for transferring a firearm to a user terminal (200) side; A user application for transmitting and receiving location tracking and triggering status information of the firearm 1 from the firearm attaching terminal 100 in cooperation with the firearm attaching terminal 100 is mounted and communication with the firearm attaching terminal 100 is carried out A user terminal (200) for receiving and storing location tracking and triggering status information of the firearm (1) and transmitting the information to the control server (300) side; The user can set an operation environment including a firearm ID input, correction and communication settings on the side of the firearm attaching terminal 100, and detects the communication connection state between the firearm attaching terminal 100 and the user terminal 200 And a control server 300 for receiving and databaseing the location tracking and triggering status information of the firearm 1 transmitted from the user terminal 200.

Here, the firearm-attaching terminal 100 includes: a body having a structure in which a cover 120 is assembled to a case 110 of a housing structure and a lower portion of the case 110; A strap tie 130 having one end connected to one side of the case 110 and the cover 120 and having the other end inserted and locked; A main board 140 disposed inside the body in a configuration of a PCB assembly; A battery 150 connected to a lower portion of the main board 140; A support plate 160 disposed below the battery 150 for providing an impact resistance and a waterproof and dustproof function; And a gasket 170 disposed inside the case 110 and having a rectangular rim structure for protecting the outer periphery of the main board 140 and the battery 150 and having an impact resistance and a waterproof and dustproof function .

A GPS (Global Positioning System) module 141 and a Wi-Fi based positioning system (WPS) module 142 are provided on the main board 140 to track the position of the firearm 1 in real time. A complex positioning module; A sensor for detecting the trigger state of the firearm 1 is provided with an acceleration-gyro sensor 143 for detecting a reaction motion generated when the firearm 1 is triggered, and a sound source generated when the firearm 1 is triggered A composite sensor module provided with a sound sensor 144 for performing a sound recognition; A strap separation detection sensor 145 for detecting that the strap ties 130 are separated by cutting or breaking; A wireless communication module including a WiFi module 146 and a mobile communication module 147 for wirelessly transmitting position tracking and triggering status information of the firearm 1 to the user terminal 200; The overall operation and control of the operation of the firearm-attaching terminal 100 is performed by comparing and analyzing the percussion state motion measurement value sensed through the acceleration-gyro sensor 143 and the percussion state motion sampling value per pre-stored firearm model, A central processing module 148 for calculating the triggering state of the firearm 1 by comparing and analyzing the measured state of the percussion state sound source sensed through the sound sensor 144 and the pre- ) Is mounted.

Here, the strap ties 130 include upper and lower straps 131 and 132 having upper and lower band-type coupling structures. A separation detecting wire 133 disposed between the upper strap 131 and the lower strap 132 for detecting that the upper strap 131 and the lower strap 132 are separated when cut or damaged; The upper strap 131 and the lower strap 132 are arranged in a band-type configuration. The reinforcing core 134 prevents breakage of the upper strap 131 and the lower strap 132.

Here, the central processing module 148 stores a motion memory map obtained by digitizing the directionality and magnitude of the recoil motion generated during each trigger of each model of the firearm, and a threshold value thereof, and the acceleration-gyro sensor 143 (1) is collected from the stored motion memory map by collecting the trigger state of the firearm (1), and the trigger state of the firearm Decision engine 148a; The sound source memory map storing the sound source size, frequency, and the threshold value generated during the triggering of each firearm model is stored, and the sound sensor 144 collects the pulsation state sound source measurement value of the firearm 1 through the sound sensor 144 A gun trigger sound source analysis engine 148b for calculating a trigger number of the firearm 1 by comparing and analyzing the trigger sound source sampling value for the model of the gun from the stored sound source memory map; And a microcomputer 148c that controls and manages the operation of the firearm attaching terminal 100 as a whole and controls the position of the firearm 1 and the triggering state information to be transmitted to the user terminal 200 side.

According to the present invention, systematic safety management of firearms can reduce accident risk factors, provide a useful effect of preventing accidents, and can reduce the loss of lives and protection of lives through accident reduction and rapid response The usefulness of which can be achieved.

The present invention can accurately analyze and determine the trigger state of the firearm and the number of firearms, as well as the location of the firearm on the basis of the combined positioning and compound sensor, thereby providing usefulness for enhancing reliability.

Since the present invention is capable of checking not only the surveillance function following the position of the firearm, but also the quantity of the bullet used for judging and triggering the actual explosion state, it is possible to grasp the exact quantity when returning the bullet after use of the firearm, It can be easily carried out, and it is possible to maintain security such as raising the awareness of the gun owner and preventing unexpected accident, and it is possible to achieve usefulness in systematic management and safety management of firearms.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a system for providing firearm position tracking and status information for firearm safety management according to an embodiment of the present invention; FIG.
FIG. 2 is a block diagram illustrating an operational function in a firearm location tracking and status information providing system for firearm safety management according to an embodiment of the present invention. Referring to FIG.
3 is an exploded view showing a firearm attachment terminal in a firearm position tracking and state information providing system for firearm safety management according to an embodiment of the present invention.
4 is a detailed block diagram of a main board of a firearm attaching terminal in a firearm position tracking and state information providing system for firearm safety management according to an embodiment of the present invention.
FIG. 5 is an exploded view showing a strap tie of a firearm attachment terminal in a firearm position tracking and state information providing system for firearm safety management according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. The present invention will become more apparent from the following detailed description when taken in conjunction with the accompanying drawings.

1 to 5, the firearm location tracking and status information providing system for firearm safety management according to an embodiment of the present invention includes a firearm attaching terminal 100, a user terminal 200 and a control server 300, .

The firearm-attaching terminal 100 is of a wearable type having a strap structure to facilitate detachment and attachment to the firearm 1, and real-time tracks the position of the firearm 1 based on the compound positioning module And the state of the firearm such as the location of the firearm and the triggering of the firearm can be detected by the user terminal 200. [ Side.

It is preferable that the firearm attaching terminal 100 can be easily attached to various models of the firearm 1, but it is not possible to artificially separate the firearm attaching terminal 100 after attachment.

The firearm attaching terminal 100 includes a case 110 having a lower open housing structure and a cover 120 assembled to the lower portion of the case 110. The case 110 and the cover 120 are fixed to each other, A strap tie 130 having one end connected to one side of the main body and the other end connected to the other side and being locked and fixed; a main board 140 disposed in the main body of the PCB assembly, A battery 150 connected to a lower portion of the main board 140, a support plate 160 disposed below the battery 150 for providing an impact and waterproof and dustproof function, And a gasket 170 having a rectangular rim structure for protecting the outer periphery of the main board 140 and the battery 150 and having an impact resistance and a waterproof and dustproof function.

In addition, the firearm-attaching terminal 100 may further include a charging terminal for charging the battery 150, and an LED for indicating a power source, an operation state, and the like.

Here, it is preferable that the case 110 and the cover 120 are constructed so as to support and protect the constituent elements included in the assembled coupling and the inside by fastening the fastening bolts 180, .

The strap tie 130 includes upper and lower band straps 131 and 132 having upper and lower band and upper and lower strap coupling structures and an upper strap 131 and a lower strap 132 between the upper strap 131 and the lower strap 132, A wire 133 for separation detection for detecting that it is disassembled when it is cut or damaged and a band type structure arranged between the upper strap 131 and the lower strap 132 and is easily cut and separated It is preferable to include a reinforcing core 134 for preventing cutting.

Here, the main board 140 is provided with a Global Positioning System (GPS) module 141 and a Wi-Fi based positioning system (WPS) module 142 for tracking the position of the firearm 1 in real time An acceleration-gyroscopic sensor 143 for detecting a reactionary motion generated when the firearm 1 is triggered, and an acceleration-gyro sensor 143 for sensing the trigger state of the firearm 1, A strap separation detection sensor 145 for detecting that the strap tie 130 is separated by cutting or breaking, and a sensor 145 for detecting a separation of the strap tie 130 by cutting or damaging, A wireless communication module including a WiFi module 146 and a mobile communication module 147 for wirelessly transmitting position tracking and triggering status information of the user terminal 200 to the user terminal 200, Overall control and management The gyro sensor 143, and the triggered state motion sampling value for each of the previously stored gun models, as well as comparing the percussion state sound source measurement values sensed through the sound sensor 144 with the percussion state motion measurement values sensed through the acceleration- It is preferable that the central processing module 148 for comparing and analyzing the percussion state sound source sampling values for each of the pre-stored firearm models to determine the trigger state of the firearm 1 and calculating the triggering number is mounted.

At this time, the GPS module 141 and the WPS module 142 are provided as a composite positioning module for tracking the position of the firearm 1 because it is difficult to acquire position information using the GPS in the shaded area of the city center Therefore, the location information can be easily acquired even in the shadow area of the GPS using the Wi-Fi-based WPS module, thereby enhancing the reliability.

In addition, the central processing module 148 stores a motion memory map in which the directionality and magnitude of the recoil motion generated during each triggering of the firearm, and the threshold value thereof are numerically expressed, and the acceleration / gyro sensor 143 1), the trigger state motion sampling value for the model of the gun is retrieved from the stored motion memory map, and the gun trigger state determination for determining the trigger state of the gun (1) A sound source memory map in which the size and frequency of a sound source generated when a trigger occurs and the threshold value thereof are numerically stored are stored in the engine 148a and the model of the firearm, (1) is calculated from the stored sound source memory map by comparing the sound source sampling value of the trigger state with that of the corresponding gun model and comparing them with each other. And controls the overall operation of the gun attachment terminal 100 and controls the combined positioning module of the GPS module 141 and the WPS module 142 and the gun triggering state determination engine 148a And a microcomputer 148c for receiving data from the gun triggering analysis engine 148b or the like and controlling the position tracking and triggering state information of the firearm 1 to be transmitted to the user terminal 200 side.

The user terminal 200 is preferably a mobile device such as a smart phone, and is a component carried by a user carrying the firearm 1.

At this time, the user terminal 200 is provided with a user application for interlocking with the firearm attaching terminal 100 so as to enable the firearm state information of the firearm 1 to be transmitted and received from the firearm attaching terminal 100 And receives and stores position tracking and triggering status information of the firearm 1 through communication with the firearm attaching terminal 100 and wirelessly transmits the information to the control server 300 side.

The control server 300 is a central management server. The control server 300 is capable of setting an operation environment including a firearm ID input, correction and communication settings on the firearm attaching terminal 100, An application for monitoring communication between the user terminal 200 and the user terminal 200 is installed and the location tracking and triggering state information of the firearm 1 transmitted from the user terminal 200 is received and stored in the database 200. [ And the like.

At this time, the control server 300 can be configured to perform an operation environment setting including a gun ID input, correction and communication setting on the firearm attaching terminal 100 side through the user terminal 200, 300 may be configured to perform data communication with the firearm attaching terminal 100 side to perform an operation environment setting including firearm ID input, correction and communication setting.

Here, it is preferable that the firearm-attaching terminal 100 and the user terminal 200 are configured to communicate with each other via a Wi-Fi network, but they may be configured to communicate via a Bluetooth network.

Here, the user terminal 200 and the control server 300 may be configured to communicate with each other through a mobile communication network such as a WiBro or LTE.

The system for providing firearm status and status information for firearm safety management according to an embodiment of the present invention having the above-described structure is provided with a GPS module 141 (FIG. 1) in a wearable type firearm attaching terminal 100 fixedly attached to a firearm 1, Gyroscope 143 and the sound sensor 144 through the hybrid positioning module of the WPS module 142 and the combined positioning module of the WPS module 142 And transmits it to the gun triggering state determination engine 148a and the gun triggering sound source analysis engine 148b of the central processing module 148 to analyze the trigger state of the firearm 1 The determination and the number of triggering are calculated.

The microcomputer 148c of the central processing module 148 receives the real time position tracking information of the firearm outputted from the compound positioning module and outputs the real time position tracking information of the firearm from the firearm state determination engine 148a and the firearm sound source analysis engine 148b (1) related status and triggering state information to the user terminal (200) by receiving the triggering state determination of the corresponding firearm (1) and the calculated state information on the triggering state.

The user terminal 200 receives and stores the state information such as the gun related position and the triggered fire transmitted from the firearm attaching terminal 100, and wirelessly transmits the state information to the control server 300 side.

In the control server 300, status information such as a gun-related position and an attack triggered by wireless transmission from the user terminal 200 is received and stored in a database for each model of the firearm 1, and can be quickly dealt with if necessary.

Accordingly, the present invention can provide not only a surveillance function for tracking the position of the firearm 1 through the firearm attaching terminal 100, but also an advantage of confirming the actual triggering state and the quantity of the bullets used in the detonation It is possible to maintain security such as raising the awareness of gun owners and preventing injurious accidents while reducing the risk factors of accidents and reducing the cost of protection of human life and reduction of losses through accident reduction and rapid response. It can provide the advantages of systematic management and safety management.

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to be illustrative, Substitution can be made, which will be within the technical scope of the present invention.

1: firearm 100: firearm attachment terminal
110: Case 120: Cover
130: strap tie 140: main board
141: GPS module 142: WPS module
143: acceleration-gyro sensor 144: sound sensor
145: Strap separation detection sensor 146: WiFi module
147: mobile communication module 148: central processing module
148a: firearm state determination engine 148b: firearm sound source analysis engine
148c: Micom 150: Battery
160: receiving plate 170: gasket
200: user terminal 300: control server

Claims (5)

delete The position of the firearm 1 is monitored in real time on the basis of the composite positioning module in addition to the real time tracking of the position of the firearm 1 based on the composite positioning module, A firearm attaching terminal 100 for detecting the firearm and calculating the number of judgments and the number of firearms, and for transmitting the positional tracking and triggering state information of the firearm to the user terminal 200 side; A user application for transmitting and receiving location tracking and triggering status information of the firearm 1 from the firearm attaching terminal 100 in cooperation with the firearm attaching terminal 100 is mounted and communication with the firearm attaching terminal 100 is carried out A user terminal (200) for receiving and storing location tracking and triggering status information of the firearm (1) and transmitting the information to the control server (300) side; The user can set an operation environment including a firearm ID input, correction and communication settings on the side of the firearm attaching terminal 100, and detects the communication connection state between the firearm attaching terminal 100 and the user terminal 200 A control server 300 for receiving and databaseing the location tracking and triggering status information of the firearm 1 transmitted from the user terminal 200, A system for providing firearm position tracking and status information for firearm safety management,
The firearm attaching terminal (100)
A body having a structure in which a cover (120) is assembled to a case (110) of a housing structure and a lower portion of the case (110);
A strap tie 130 having one end connected to one side of the case 110 and the cover 120 and having the other end inserted and locked;
A main board 140 disposed inside the body in a configuration of a PCB assembly;
A battery 150 connected to a lower portion of the main board 140;
A support plate 160 disposed below the battery 150 for providing an impact resistance and a waterproof and dustproof function;
A gasket 170 disposed inside the case 110 for protecting the outer periphery of the main board 140 and the battery 150 and having a rectangular rim structure for impact and waterproof and dustproof functions; And a status information providing unit for acquiring status information of the firearm. 3. The method of claim 2,
In the main board 140,
A hybrid positioning module for tracking the position of the firearm 1 in real time and comprising a Global Positioning System (GPS) module 141 and a Wi-Fi based Positioning System (WPS) module 142;
A sensor for detecting the trigger state of the firearm 1 is provided with an acceleration-gyro sensor 143 for detecting a reaction motion generated when the firearm 1 is triggered, and a sound source generated when the firearm 1 is triggered A composite sensor module provided with a sound sensor 144 for performing a sound recognition;
A strap separation detection sensor 145 for detecting that the strap ties 130 are separated by cutting or breaking;
A wireless communication module including a WiFi module 146 and a mobile communication module 147 for wirelessly transmitting position tracking and triggering status information of the firearm 1 to the user terminal 200;
The overall operation and control of the operation of the firearm-attaching terminal 100 is performed by comparing and analyzing the percussion state motion measurement value sensed through the acceleration-gyro sensor 143 and the percussion state motion sampling value per pre-stored firearm model, A central processing module 148 for calculating the triggering state of the firearm 1 by comparing and analyzing the measured state of the percussion state sound source sensed through the sound sensor 144 and the pre- ); Wherein the information on the status of the firearm is provided to the firearm. 3. The method of claim 2,
The strap tie (130)
An upper strap 131 and a lower strap 132 of a band-type type having upper and lower coupling structures;
A separation detecting wire 133 disposed between the upper strap 131 and the lower strap 132 for detecting that the upper strap 131 and the lower strap 132 are separated when cut or damaged;
A reinforcing core 134 for preventing breakage, which is a band-type configuration disposed between the upper strap 131 and the lower strap 132, for preventing easy separation and separation; And a status information providing system for providing firearm information to the firearm. The method of claim 3,
The central processing module (148)
A motion memory map in which the directionality and magnitude of the recoil motion generated during each triggering of the firearm and the threshold value thereof are stored is stored. The acceleration-gyro sensor 143 measures the pulsation state motion value of the firearm 1 A gun trigger state determination engine 148a for comparing the trigger state motion sampling value for the model of the gun with the stored motion memory map at the time of collection to determine the trigger state of the gun 1;
The sound source memory map storing the sound source size, frequency, and the threshold value generated during the triggering of each firearm model is stored, and the sound sensor 144 collects the pulsation state sound source measurement value of the firearm 1 through the sound sensor 144 A gun trigger sound source analysis engine 148b for calculating a trigger number of the firearm 1 by comparing and analyzing the trigger sound source sampling value for the model of the gun from the stored sound source memory map;
A microcomputer 148c for controlling and managing the operation of the firearm attaching terminal 100 as a whole and controlling the position tracking and triggering state information of the firearm 1 to be transmitted to the user terminal 200 side; And a status information providing unit for acquiring status information of the firearm.

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