KR100815501B1 - Bomb simulator and a battle field simulation system using the bomb simulator - Google Patents

Abstract

A bomb simulator and a battle field simulation system using the same are provided to increase reality by accurately simulating the bombed area using a radio communication network, a GPS receiver, and an electronic compass. A bomb simulator(100) includes a housing, a controller(102), a memory(104), a radio communication unit(106), a switch unit(107), a GPS signal receiver(108), and a shock sensor(109). The controller is arranged in the housing and controls operation of the simulator. The memory stores information on the type of a bomb. The radio communication unit transmits/receives data to/from the outside of the simulator. The switch has an on/off switch. The GPS signal receiver is arranged to receive position information from a GPS. The shock sensor senses shock applied to the housing. The controller acquires current position information from the GPS signal receiver and the bomb type information from the memory when a predetermined time has lapsed after turning on of the switch or shock higher than a predetermined level is sensed by the shock sensor, creates data packets including the position information and the bomb type information, and transmits the data packets to the outside through the radio communication unit.

Description

Bomb simulator and a battle field simulation system using the bomb simulator

1 is a block diagram schematically showing the internal configuration of a bomb simulation apparatus according to a first embodiment of the present invention.

2 is a block diagram schematically showing an internal configuration of a bomb simulation apparatus according to a second embodiment of the present invention.

3 is a block diagram schematically showing an internal configuration of a bomb simulation apparatus according to a third embodiment of the present invention.

4 is a block diagram schematically illustrating a configuration of sensing equipment used in a simulation engagement system according to a preferred embodiment of the present invention.

5 is a flowchart sequentially illustrating operations when the control unit of the sensing equipment used in the simulation engagement system according to the preferred embodiment of the present invention recognizes the bomb simulation apparatus.

FIG. 6 (a) exemplarily shows a range of damage when the bomb simulator explodes in all directions such as grenades and grenades, and FIG. 6 (b) shows the directionality of the bomb simulator as in Cremore. Illustrates the damage range in the case of having.

<Description of Symbols for Main Parts of Drawings>

100, 200, 300: bomb simulator

delete

102, 202, 302: control unit

104, 204, 304: memory

106, 206, 306: wireless transceiver

107, 207, 307: operation switch unit

108, 208, 308: GPS signal receiver

109: shock sensor

209: Electronic Compass

The present invention relates to a bomb simulator and a simulation engagement system using the bomb simulator. More specifically, the present invention relates to a bomb simulator for simulating the operation of bombs using a wireless communication network and information transmitted from the bomb simulator. It relates to a simulation engagement system that simulates the combat situation by the bomb simulator.

One of the simulated engagement systems, the Multiple Integrated Laser Engagement System (MILES), is a laser application training system that determines whether or not to hit a target by firing laser light in place of the bullet and letting the detection equipment detect it. The aforementioned Miles system consists of a firearm simulation device equipped with a laser launcher and detection equipment equipped with sensing elements capable of detecting laser light.

In the conventional Miles or simulated engagement system having such a feature, a laser or RF signal is used to simulate damage caused by bombs such as grenades, landmines, cremoses, and the like.

If the laser beam is used, shadows formed by obstacles such as blades of grass, leaves, and branches reduce the effect of damage. In the case of Cremoea, the operating doctrine is concealed after installation, but there is a difficulty that cannot be followed. In addition, when a bomb with a large radius of damage needs to be simulated, a high-power laser may be used, which may exceed eye safety standards at a close range and increase costs.

Therefore, RF signal is widely used to simulate bombs. Compared to light, RF signal has superior penetrating power and diffraction, and can transmit signal far away even at low power, and it is relatively inexpensive, so it can easily overcome the disadvantage of laser. However, since the signal energy is attenuated very slowly as the air progresses compared to the laser, it is difficult to clearly set the damage radius, and it is difficult to secure the directionality when using a small antenna. That is, the conventional technique using the RF signal is difficult to precisely set the damage range and the shape of the damage zone.

Therefore, the present applicant intends to propose a method for more precisely the damage zone simulation for various bombs of the simulation system using a wireless communication network, a GPS receiver, an electronic compass, and the like.

An object of the present invention for solving the above problems is to provide a bomb simulation apparatus using a wireless communication network.

Another object of the present invention is to provide a simulation engagement system using the above-described bomb simulator.

Still another object of the present invention is to provide a sensing device capable of detecting the above-described bomb simulator in a simulation engagement system.

Bomb simulator according to a first aspect of the present invention for achieving the above technical problem, a housing having a shape similar to a true fire, a control unit disposed in the housing to control the overall operation, and information about the type of bomb And a stored memory, a wireless transceiver for transmitting and receiving data to and from the outside of the bomb simulator, an operation switch unit, a GPS signal receiver for receiving location information from the GPS, and a shock sensor for detecting an impact of the housing. and,

The control unit obtains current location information from the GPS signal receiver and obtains information on the type of bomb from the memory after a predetermined time has elapsed by a timer of the control unit after the operation switch unit is turned on. And generating a data packet including bomb type information and transmitting it to the outside through the wireless transceiver. In the case of the actual grenade, the delay fuse explodes after a predetermined time, so that similar simulation to the actual grenade is possible. In addition, a shock sensor is provided inside the bomb simulator to obtain current location information from the GPS signal receiver and obtain information on the type of the bomb from the memory to obtain the location information and the bomb type information. Generates a data packet including and transmits to the outside through the wireless transceiver.
In the above description, the term 'transmitting to the outside' means that if the control unit of the bomb simulator satisfies preset conditions, a data packet including specific information is generated, and the generated data packet is bombed through the wireless transceiver. This means transmitting to the outside of the simulator (ie sensing equipment or central control system). Thus, the subject of the transmission in this case would be the control unit of the bomb simulator, the subject of the transmission would be the data packet, and the target location of the transmission would be outside the bomb simulator, for example a sensing device or a central control system. It could be either. On the other hand, the definition of 'transmission' is applied to the transmission of the bomb simulator and the simulation engagement system described herein as it is.

The bomb simulator according to the second aspect of the present invention includes a housing having a shape similar to a true fire engine, a control unit disposed in the housing to control the overall operation, a memory storing information on the type of bomb, and an exterior of the bomb simulator. And a wireless transceiver for transmitting and receiving data, an operation switch unit, and a GPS signal receiving unit for receiving location information from the GPS.

When the operation switch unit is turned on, the controller acquires current location information from the GPS signal receiver and obtains information on the type of bomb from the memory, thereby obtaining a data packet including the location information and bomb type information. It generates and transmits to the outside through the wireless transceiver.

Bomb simulator according to a third aspect of the present invention comprises a housing having a shape similar to a true fire, a control unit disposed in the housing to control the overall operation, a memory storing information on the type of bomb, the outside of the bomb simulator and It is provided with a wireless transceiver for transmitting and receiving data, and an operation switch unit,

The control unit receives the current position information from the outside through the wireless transceiver, and stores the received current position information in the memory, and if the operation switch unit is ON, the control unit is a type of bomb from the memory Obtaining information and location information for, and generating a data packet including the location information and bomb type information, characterized in that for transmitting to the outside through the wireless transceiver.

A bomb simulator according to a fourth aspect of the present invention includes a housing having an arbitrary shape, a control unit disposed in the housing to control an overall operation, a memory storing information on a type of bomb, an outside of the bomb simulator and A wireless transceiver for transmitting and receiving data, an operation switch unit, a GPS signal receiving unit for receiving location information from the GPS, and an electronic compass for providing information on the direction of orientation;

When the operation switch unit is ON, the controller acquires current position information from the GPS signal receiver, obtains information on the type of bomb from the memory, and obtains information on a direction from the electronic compass. A data packet including location information, direction direction, and bomb type information is generated and transmitted to the outside through the wireless transceiver.

A fifth aspect of the present invention relates to the sensing equipment of a simulation engagement system having a bomb simulation apparatus and sensing equipment using a wireless communication network,

The sensing device includes a control unit for controlling the overall operation, a wireless transceiver for transmitting and receiving data to and from the outside, a memory for storing information on the damage range according to each bomb type, a GPS signal receiver for receiving location information from the GPS, and a display unit. Equipped with

When the control unit receives a data packet from the outside through the wireless transceiver, the control unit extracts bomb position information and information on the type of bomb from the data packet, obtains current position information from the GPS signal receiver, and stores the data from the memory. Obtaining information on the damage range corresponding to the type of the extracted bomb determines whether the current location is within the damage range, and if the current location is within the damage range, time / time is displayed through the display unit. Acoustically identifies the damage caused by a specific bomb explosion. It is also not included in the scope of the damage, but even if it is located in a nearby area, the indicator informs you of the danger warning. In addition, when the second wireless transceiver is provided, the damage situation may be notified to the computer of the central control apparatus through the second wireless transceiver.
Simulation simulation system according to another aspect of the present invention is provided with a plurality of bomb simulation apparatus and a plurality of detection equipment, the bomb simulation apparatus
A first wireless transceiver for transmitting and receiving data to the outside of the bomb simulator;
A first GPS signal receiver for receiving location information from a GPS;
First memory, which stores the type of bombs for itself
Operation switch, and
And a first control unit configured to control an overall operation, wherein the first control unit generates a data packet including the bomb type and its bomb position information obtained from the first GPS signal receiver when the operation switch unit is turned on. It is characterized in that for transmitting to the outside of the bomb simulator through the first wireless transceiver,
The detection equipment
A second wireless transceiver for transmitting and receiving data to and from the sensing device;
A second GPS signal receiver for receiving location information from GPS;
A display unit, and
A second memory for storing information about the damage range for each bomb,
And a second control unit for controlling an overall operation, and when receiving a data packet from the outside of the sensing device through the second wireless transceiver, the second control unit receives bomb type and bomb position information from the received data packet. Extracting, obtaining current location information from the second GPS signal receiving unit, and obtaining information on a damage range corresponding to the bomb type from the second memory, and determining whether the current location is within the damage range; If it is determined that they are within the damage range, the display unit displays that the damage was caused by the explosion of a specific bomb.

Example 1 Grenade Simulator

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of the bomb simulation apparatus according to a first embodiment of the present invention. In the first embodiment, a bomb simulation apparatus that simulates grenades or grenade among bombs will be described in detail. Grenades are thrown by humans and grenades are bombs that are exploded after being fired by firearms such as K201 and K4. They explode after flying a certain distance and affect a certain radius from the point of explosion.

1 is a block diagram schematically showing an internal configuration of a bomb simulation apparatus 100 according to a first preferred embodiment of the present invention. The bomb simulation apparatus 100 according to the first embodiment simulates a grenade or grenade that explodes after flying a predetermined distance, and includes a housing having a grenade or grenade shape (not shown), and mounted inside the housing. A control unit 102, a memory 104, a wireless transmission / reception unit 106, an operation switch unit 107, a GPS signal receiving unit 108, and an impact sensor 109 are provided.

The memory 104 stores and manages information on the type of bomb and identification information in advance.

The wireless transceiver 106 is a communication module for transmitting and receiving data to and from the outside of the bomb simulation apparatus 100. In this embodiment, a communication module supporting the Zigbee protocol is used. On the other hand, the wireless transmission and reception unit 106 should be able to transmit and receive data with the sensing equipment and / or the central control system mounted by each trainee in the simulation engagement system using the bomb simulation apparatus according to the present invention, the detection of the simulation engagement system Any communication module capable of transmitting and receiving data with the equipment and / or central control system may be used. Therefore, the outside of the bomb simulation apparatus 100 for transmitting and receiving data by the wireless transceiver 106 may be a sensing device and / or a central control system of a simulated engagement system.

The operation switch unit 107 is composed of a switch that can be turned on (ON) / off (OFF) by the user, the bomb simulation apparatus is operated only when the operation switch unit is turned on (ON).

The GPS signal receiver 108 receives current location information and time information from a satellite of a global positioning system (GPS) and provides it to the controller 102.

The shock sensor 109 is a sensor for detecting the amount of impact applied to the sensor.

The controller 102 controls the operation of the bomb simulator 100 as a whole. The control unit 102 checks the impact amount through the impact sensor 109 from the moment when the operation switch unit 107 is turned on. If a predetermined time elapses from the moment when the operation switch unit 107 of the bomb simulator is turned on, or if the amount of shock detected by the shock sensor 109 is greater than or equal to a predetermined value, the control unit throws the bomb simulator. Determine that the device has exploded at the target point, obtain its current location information using the GPS signal receiving unit 108, obtain the bomb type information from the memory, and then the bomb type information, the identification information, and the current location information (that is, , The explosion location information) into a data packet, and broadcasts to the outside of the bomb simulator 100 through the wireless transceiver 106.
In the foregoing description, the term 'transmit to the outside' or 'broadcast to the outside' means that when the control unit of the bomb simulator satisfies preset conditions, it generates a data packet including specific information. This means transmitting the data packet to the outside of the bomb simulator (i.e., sensing equipment or central control system) via a wireless transceiver. Therefore, the subject of the transmission in this case is the control unit of the bomb simulator, the object of transmission is the data packet, and the target place of the transmission is outside the bomb simulator. The target location of the above-described transmission may be selectively configured with either the sensing equipment or the central control system according to the design of the simulation engagement system, or may be both the sensing equipment and the central control system. Meanwhile, the definition of 'transmission' is applied to all descriptions of the bomb simulator and the simulation engagement system described herein.

The bomb simulator having the above-described configuration simulates a grenade or a grenade, and after turning the operation switch of the bomb simulator on, throws or launches the bomb simulator as a grenade or grenade. The bomb simulator simulates its identification and current location information to neighboring devices using a wireless network when a certain amount of time has passed since it was fired or thrown, or when a shock was detected by a shock sensor. Cast to indicate your explosion status.

On the other hand, the bomb simulation apparatus according to the present invention is characterized in that the interior of the housing having circuits for performing the functions as described above, and the secondary technical to protect these internal circuits from external impact or external environment Configurations are outside the scope of the present patent, detailed description thereof will be omitted.

Example 2 Cremoa Simulator

Hereinafter, the configuration and operation of the bomb simulation apparatus according to the second embodiment of the present invention will be described with reference to FIG. 2. The bomb simulation apparatus according to the second embodiment simulates Cremoa, and Cremoa is a directional bomb, and when it explodes, it affects in a fan-shaped region of a predetermined angle and a radius in front of the Cremoa. The rear side also affects a smaller radius than the front side, which is also called the after storm.

2 is a block diagram schematically showing an internal configuration of a bomb simulation apparatus 200 according to a second embodiment of the present invention. The bomb simulation apparatus 200 according to the second embodiment is a device simulating a creamo, and has a housing (not shown) having a creamo shape, and a control unit 202, a memory 204, and a wireless transmission / reception unit inside the housing. 206, an operation switch unit 207, a GPS signal receiving unit 208, and an electronic compass 209. Of the above-described components, the memory 204, the wireless transceiver 206, the operation switch unit 207, and the GPS signal receiver 208 are the same as those in the first embodiment, and thus redundant description is omitted.

The electronic compass 209 detects information on the direction of the bomb simulator.

On the other hand, the controller 202 is to control the operation of the bomb simulator 200 as a whole. First, when the operation switch unit 207 is ON, the control unit 202 obtains information on the current direction of orientation from the electronic compass 209, and the current position information (from the GPS signal receiver 208). That is, the explosion location information), and after obtaining its own bomb information from the memory to generate a data packet including the identification information, the direction and the explosion location information, through the wireless transceiver 206 Broadcast to the outside.

The bomb simulation apparatus having the above-described configuration simulates Cremoa, and when the operation switch of the bomb simulation apparatus is turned on, the bomb simulation apparatus operates as an explosion. The explosive bomb simulator notifies its explosion status by broadcasting its identification information, explosion location information, and direction of orientation to adjacent equipment using a wireless communication network.

On the other hand, the bomb simulation apparatus according to the present invention is characterized in that the interior of the housing having circuits for performing the functions as described above, and the secondary technical to protect these internal circuits from external impact or external environment The description of the configurations is omitted in this patent.

Example 3: Landmine Simulator

Hereinafter, the configuration and operation of the bomb simulation apparatus according to the third embodiment of the present invention will be described with reference to FIG. 3. The bomb simulator according to the third embodiment simulates an interpersonal antitank mine, which is a stationary bomb.

3 is a block diagram schematically illustrating an internal configuration of a bomb simulation apparatus 300 according to a third embodiment of the present invention. The bomb simulation apparatus 300 according to the third embodiment simulates a stationary bomb, and includes a housing (not shown) having a mine shape, and a controller 302, a memory 304, and a wireless transmission / reception inside the housing. A unit 306, an operation switch unit 307, and a GPS signal receiver 308 are provided. Since the memory 304, the wireless transmission / reception unit 306, and the operation switch unit 307 are the same as those of the first embodiment, the overlapping description is omitted.

On the other hand, the controller 302 is to control the operation of the bomb simulator 300 as a whole. First, when the operation switch unit 307 is ON, the control unit 302 acquires the current position information from the GPS signal receiving unit 308, and obtains the bomb type information stored in the memory, and then the identification information and the current. A data packet including location information is generated and broadcast to the outside of the bomb simulator through the wireless transceiver 306.

The bomb simulator having the above-described configuration simulates a fixed bomb such as a land mine, and when the operation switch of the bomb simulator is turned on, the bomb simulator operates as an explosion. The exploded bomb simulator broadcasts its bomb type information and current location information (ie, explosion location information) to neighboring devices by using a wireless network to inform its explosion status.

On the other hand, another embodiment of the bomb simulator according to the third and second embodiments of the present invention, instead of having a separate GPS signal receiver, the current location information of the bomb simulator through the wireless transceiver After receiving the data from the memory and storing it in the memory unit, the controller can read the memory from the memory if necessary.

 Simulation Simulator Using Bomb Simulator

Hereinafter, the configuration and operation of the simulation engagement system using the above-described bomb simulators will be described in detail. The mock engagement system consists of a central control system that oversees the entire system, a number of sensing devices attached to or mounted on each soldier's body or tank, and each soldier or tank is a weapon simulator that simulates a firearm and the aforementioned. You will have bomb simulators and operate them if necessary. The firearm simulation apparatus simulates an actual firearm using a laser or the like, and this technique is not only a technique well known in the art and is irrelevant to the scope of the present patent, and thus detailed description thereof will be omitted. .

4 is a block diagram schematically showing the configuration of sensing equipment according to a preferred embodiment of the present invention. Referring to FIG. 4, the sensing device 40 according to a preferred embodiment of the present invention includes a control unit 400, a wireless transmitter / receiver 401, a memory unit 403, a GPS signal receiver 404, and a display unit 405. Equipped.

The wireless transmitter / receiver 401 is a communication module that transmits and receives data with the outside of the sensing equipment, and should be capable of transmitting and receiving data with the above-described bomb simulators. The wireless transceiver of the sensing device according to the preferred embodiment of the present invention preferably uses a communication module supporting a Zigbee communication protocol.

The memory unit 403 stores identification information about itself and information about a damage range according to the type of each bomb simulator set in advance. At this time, the information on the damage range is different depending on the type of each bomb, the information on the damage range is preferably provided with information about the dead zone, dangerous zone, safety zone, respectively. Information on the damage range will be described later.

The display unit 405 is composed of display means such as an LED, an LCD or a warning light, and an alarm sound generator.

The sensing equipment according to the present invention may further include a plurality of sensing elements for sensing the laser beam, so as to sense the laser beam emitted from another type of simulator.

The controller 400 controls the overall operation of the sensing equipment. FIG. 5 is a flow chart sequentially describing an operation when a control unit of the sensing device recognizes a bomb simulator. Referring to Figure 5 will be described in detail the operation when the control unit of the sensing device according to the preferred embodiment of the present invention recognizes the bomb simulator.

First, when data is received through the wireless transceiver, information on the bomb type and the explosion location information is extracted from the received data (step 500). Information on the damage range corresponding to the read bomb type is read from the memory unit 403 (step 510). Next, the current position information of the sensing device is obtained using the GPS signal receiver 404 (step 520). Next, it is determined whether the current position of the sensing device is within the read damage range (step 530). At this time, the damage range is largely divided into a dead zone, a dangerous zone, and a safe zone. The radius or the damage zone of the damage zone is preset and stored in the memory unit, but is differently set according to the type of each bomb. For example, as shown in (a) of FIG. 6, in the case of a grenade or a grenade, the damage range is determined based on a radius from an impact point, which is an expected explosion point, and a fixed bomb such as a land mine has an explosion position. Therefore, it is determined based on the radius from the position of the fixed bomb, which is the expected explosion point. Thus, the information on the damage range stored in the memory unit has a death zone radius and a danger zone radius, and an area within the death zone radius from an expected explosion point (ie, impact point or placement location) is a 'dead zone'. The area from the boundary of the dead zone to the radius of the dangerous zone is set as a 'hazardous zone', and areas outside the dangerous zone and the dead zone are 'safe zones'.
The controller determines that the current position is 'death' when the current location is the dead zone, and when the current location is the dangerous area, the controller determines 'dangerous' and that the current location is the safety zone. In that case, it is judged as 'safe'.

And, as shown in (b) of Figure 6, in the case of the creamo damage range is determined according to the arrangement position and direction of the cremo, a predetermined radius from the left and right at an angle relative to the orientation direction within a certain radius from the placement position of the cremore The area of the fan shape within (ie within the angle of damage) is the damage range, and the front and rear of the cremore differ from each other in radius and angle of damage. As shown in (b) of FIG. 6, the damage angle, which is the damage range of the cremore, is within an angle of about 60 degrees with respect to the directing direction in front of the cremore (ie, the blasting direction) while the range is within a certain radius. A rear storm occurs in the rear of the cremore, and the damage angle of the rear storm is within an angle of about 180 degrees, and the range is within a smaller radius than the front.

By the above step 530, if it is determined that he is in the dead zone, the display unit notifies that he has been killed by the explosion of a specific bomb, and notifies his identification information and the dead state to the central control unit or the like (step 540). ). If it is determined that he is in a dangerous area, the indicators indicate that he was in danger of a specific bomb explosion.

 On the other hand, the above-described sensing device further includes a speaker or a warning light that can output an alarm sound or an alarm message, and if it is determined that the vehicle is in a 'dead zone' or a 'dangerous area' by an explosion such as a bomb, an alarm sound or a warning light In addition, an indicator such as a display device may inform the corresponding state.

In addition, it is preferable that each sensing device further includes at least one sensing element capable of sensing a laser beam, so as to detect and process laser beams emitted from firearm simulation apparatuses equipped with a laser launcher.

Although the present invention has been described above with reference to preferred embodiments thereof, this is merely an example and is not intended to limit the present invention, and those skilled in the art do not depart from the essential characteristics of the present invention. It will be appreciated that various modifications and applications which are not illustrated above in the scope are possible. For example, in the embodiment of the present invention, the wireless transceiver is using a Zigbee communication module but may also use an RF communication module, Bluetooth communication module or other communication module, these communication modules improve the performance of the overall system In order to make it can be variously modified. And differences relating to such modifications and applications should be construed as being included in the scope of the invention defined in the appended claims.

According to the present invention, it is possible to implement a simulation system similar to the actual situation by precisely simulating the damage zone of the bombs using a wireless communication network, a GPS receiver, an electronic compass.

In addition, according to the present invention, it is possible to apply a different damage algorithm to the various types of bombs, it is possible to derive the damage results according to the situation.

In addition, according to the present invention, it is possible to recognize not only the damage state caused by the explosion of the bomb but also the dangerous state to those who participated in the simulation engagement system.

On the other hand, the bomb simulator according to the present invention may be usefully used as a tool for survival game as well as a simulation engagement system.

Claims (12)

In the bomb simulator, A housing having any shape; A control unit disposed in the housing to control an overall operation; A memory storing information on the type of bomb; A wireless transceiver for transmitting and receiving data to and from the outside of the bomb simulator; An operation switch unit having an on / off switch; A GPS signal receiver for receiving location information from the GPS; And Shock sensor for detecting the shock of the housing And a predetermined time elapses after the operation switch unit is turned on, or when a shock at a predetermined value or more is detected by the impact sensor, the controller obtains current position information from the GPS signal receiver and the memory. Obtaining information about the type of bomb from the bomb generating device, characterized in that for generating a data packet including the location information and the bomb type information, and transmitting the data packet to the outside through the wireless transceiver. In the bomb simulator, A housing having any shape; A control unit disposed in the housing to control an overall operation; A memory storing information on the type of bomb; A wireless transceiver for transmitting and receiving data to and from the outside of the bomb simulator; An operation switch unit having an on / off switch; And A GPS signal receiver for receiving location information from the GPS; And the control unit obtains current location information from the GPS signal receiver and obtains information on the type of bomb from the memory, if the operation switch unit is turned on. Generating a data packet including a, and the bomb simulation apparatus, characterized in that for transmitting the data packet to the outside through the wireless transceiver. In the bomb simulator, A housing having any shape; A control unit disposed in the housing to control an overall operation; A memory storing information on the type of bomb; A wireless transceiver for transmitting and receiving data to and from the outside of the bomb simulator; And An operation switch unit having an on / off switch; The controller is configured to receive current location information from the outside through the wireless transceiver, and store the received current location information in the memory. If the operation switch unit is turned on, the controller is configured to store the memory. Obtaining information and location information on the type of bomb from the bomb, generating a data packet including the location information and the bomb type information, and the bomb simulation apparatus for transmitting the data packet to the outside through the wireless transceiver . In the bomb simulator, A housing having any shape; A control unit disposed in the housing to control an overall operation; A memory storing information on the type of bomb; A wireless transceiver for transmitting and receiving data to and from the outside of the bomb simulator; An operation switch unit having an on / off switch; A GPS signal receiver for receiving location information from the GPS; And Electronic Compass Provides Information About Orientation And, if the operation switch unit is ON, the controller obtains current position information from the GPS signal receiver, obtains information on the type of bomb from the memory, and obtains information on the direction of orientation from the electronic compass. Obtaining a data packet including the location information, direction and bomb type information, and transmitting the data packet to the outside through the wireless transceiver; In the bomb simulator, A housing having any shape; A control unit disposed in the housing to control an overall operation; A memory storing information on the type of bomb; A wireless transceiver for transmitting and receiving data to and from the outside of the bomb simulator; An operation switch unit having an on / off switch; And Electronic Compass Provides Information About Orientation And the control unit stores the position information input from the outside through the wireless transceiver, in the memory. If the operation switch unit is turned on, the control unit controls the position information and the type of bomb from the memory. Acquiring information and obtaining information on a direction from the electronic compass, generating a data packet including the location information, direction and bomb type information, and transmitting the data packet to the outside through the wireless transceiver; A bomb simulator characterized by the above. The bomb simulator according to any one of claims 1 to 5, wherein the wireless transceiver is a communication module supporting a Zigbee communication protocol. The detection device used in the engagement system having a bomb simulation device and a detection device using a wireless communication network, A controller for controlling the entire operation; A wireless transceiver for transmitting and receiving data to and from the outside of the sensing device; Memory for storing information about the damage range according to each type of bomb; A GPS signal receiver for receiving location information from the GPS; And Display And when receiving a data packet from the outside of the sensing device through the wireless transceiver, the controller extracts bomb position information, information on the type of bomb from the data packet, and currently receives from the GPS signal receiver. Acquires location information, obtains information on a damage range corresponding to the type of bomb extracted from the memory, and determines whether the current location is within the damage range, and if the current location is within the damage range In the case of the sensing device, characterized in that the display to display that the damage caused by the explosion of a specific bomb. The method of claim 7, wherein the information on the damage range stored in the memory includes a preset damage radius. The controller sets an area from the expected explosion point of the bomb to the damage radius as a 'damage area' and an area outside the damage area as a 'safe area', The control unit determines that the current location of the affected area is "damaged", and if the current location of the safe area, the detection device, characterized in that determined to be "safe". The method of claim 7, wherein the information on the damage range stored in the memory includes a preset death zone radius and a danger zone radius. The control unit may be a 'dead zone' for an area from the expected explosion point of the bomb to the radius of the dead zone, a 'dead zone' for an area from the boundary of the dead zone to a dangerous zone radius, and a 'safe zone' for areas other than the dangerous zone and the dead zone. ", The controller determines that the current position is 'death' when the current location is the dead zone, and when the current location is the dangerous area, the controller determines 'dangerous', and when the current location is the safety zone. Sensing equipment, characterized in that judged to be 'safe'. The damage range of the damage information of the damage range stored in the memory comprises the damage range information of the front and the damage range information of the rear, wherein each damage range information is damage from Cremor. Consists of radius and damage angle to the direction of cremore's direction, When the type of bomb extracted from the received data packet is Cremor, the controller reads bomb location information and bomb directing direction from the data packet, obtains its current location information from the GPS signal receiver, If the current position is within the damage radius and the damage angle from the bomb position, the detection device, characterized in that it determines that it is within the damage range. The method of claim 10, wherein the information about the damage radius of the cremore includes a preset death zone radius and a danger zone radius. The control unit may be a 'dead zone' for an area from the expected explosion point of the bomb to the radius of the dead zone, a 'dead zone' for an area from the boundary of the dead zone to a dangerous zone radius, and a 'safe zone' for areas other than the dangerous zone and the dead zone. ", The control unit determines that the current position is 'death' when the current location is within the damage angle and the death area, and determines that the current position is 'danger' when the current location is within the dangerous area and within the danger area. If the current location of the safe area or the deviation angle of the detection device, characterized in that determined to be 'safe'. In a simulated engagement system having a plurality of bomb simulators and a plurality of sensing devices, The bomb simulator is A first wireless transceiver for transmitting and receiving data to and from the bomb simulator; A first GPS signal receiver for receiving location information from the GPS; A first memory for storing the type of bomb for itself; An operation switch unit; And And a first control unit configured to control an overall operation, wherein the first control unit generates a data packet including the bomb type and its bomb position information obtained from the first GPS signal receiver when the operation switch unit is turned on. It is characterized in that for transmitting to the outside of the bomb simulator through the first wireless transceiver, The detection equipment A second wireless transceiver for transmitting and receiving data to and from the sensing device; A second GPS signal receiving unit receiving location information from the GPS; A display unit; And A second memory for storing information on the damage range for each bomb; And a second control unit for controlling an overall operation, and when receiving a data packet from the outside of the sensing device through the second wireless transceiver, the second control unit receives bomb type and bomb position information from the received data packet. Extracting, obtaining current location information from the second GPS signal receiving unit, and obtaining information on a damage range corresponding to the bomb type from the second memory, and determining whether the current location is within the damage range; , If it is determined that they are within the damage range, the display unit displays that the display unit has been damaged by the explosion of a specific bomb.

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