KR100763617B1 - System for survivor game - Google Patents

Abstract

The present invention discloses a survival game system that can be operated in close proximity to the battle.

According to the present invention, a camera is provided for each camp in a predetermined shape of terrain having at least two camps; GPS (GPS) terminal for tracking the location of each game user distributed to each faction; A game personalizer provided for each game user and capable of emitting a laser beam based on an operation approval signal provided from the outside; It has different soldier code information and is worn by at least two camps and game users, and generates and transmits detailed information on the laser beam received by the laser light receiving sensor, including a predetermined laser light receiving sensor, and generates a laser beam. Game-wearing means for blocking and controlling an operation approval signal of the game personalizer when receiving light; A wireless communication terminal assigned different frequency bands for at least two camps and provided to at least a small number of game users; And receiving the terrain, game user location information, and detailed information of any camp captured from the camera to display the movement status and survival of each game user. It is configured to include a command terminal provided for each faction in order to command.

Therefore, the present invention can provide a game close to the actual game by implementing a command system and a command system capable of supporting a three-dimensional environment such as a real game and enabling strategies and tactics which are essential components of a survival game. There is an effect to increase.

Survival, Game, Practice, Command, Command, Strategy, Tactics, Laser Beam

Description

Survival Game System {SYSTEM FOR SURVIVOR GAME}

1 is a block diagram showing a survival game system according to the present invention.

2 is a view showing a personalization device and a game wearer applied to the present invention.

3 is a block diagram for explaining a wearable means for a game of FIG. 2.

4 is a configuration diagram illustrating a command terminal of FIG. 1.

<Explanation of symbols for main drawings>

103: command terminal 105: direction control device

107: situation directing means 201: wireless communication terminal

203: Personalizer 205: Means for Wearing a Game

301: laser beam receiving sensor 305: signal detection unit

307: location analysis unit 309: ID setting unit

311: data controller 313: vibration device

315 light emitting device 317 wearable driving unit

319: data transmission unit 321: personalizer operation approval unit

401: GPS receiver module 403: individual analysis module

405: coordinate analysis module 407: control module

409: detailed information receiving module 411: camera receiving module

413: camera sorting module 415: display module

The present invention relates to a system for operating a survival game, and more particularly, to a survival game system that can support a realistic environment and increase the effectiveness of a survival game by adding strategies and tactics.

In general, a survival game is a survival game that holds certain equipment and separates enemy and allies in a situation such as a battle. In recent years, a lot of equipment has been mobilized for such a survival game. Especially, the survival of the survival game is more interesting by using a receiver such as a mobile phone with a GPS function and a wireless communication device such as a Bluetooth terminal that can communicate with the receiver. It offers a Survival game.

In particular, Korean Patent Application No. 10-2001-0030308 "Survival game device and method using a GPS receiver and a wireless mobile communication device" includes a GPS system capable of positioning the entire earth using radio waves transmitted from satellites; A mobile communication system which transmits information about the location tracking of the mobile communication terminal itself having the GPS function and the location tracking of another game participant to the mobile communication terminal by communicating with the GPS system; A mobile communication terminal for communicating with a short range wireless communication terminal by data communication transmitted from the GPS system and the mobile communication system; By using a short-range wireless communication terminal capable of data communication with the mobile communication terminal at a certain distance, it provides a situation like a real game.

Looking at the operation method of the survival game based on the above-mentioned open data, first, the user accesses the supplementary service network of the mobile communication company to which the user is subscribed using a specific menu, and then other users who participate in the game in the area where the user is Set up groups with enemy or allies and start the game.

After the game is started, the enemy unit is searched for and enters a specific range, and after confirming the position and direction, a short-range wireless communication terminal having directivity is directed toward the enemy unit to transmit a signal, and the mobile communication terminal equipped with the GPS function of the enemy unit Determines whether the signal from the short-range mobile communication terminal of the original user is normally received.

At this time, if the signal is normally received, delete the enemy user's identifier and search for the next enemy, continue searching the enemy to determine whether all the enemy has been removed, and if all the enemy is removed, the game is considered to have won, start the game If the enemy cannot be searched and the identifier of the user is deleted from the mobile communication terminal, the game is considered to be lost and the game ends.

However, such a survival game system provides a survival environment online, such as the real world, the efficiency and convenience of online games exist, but the fun and interest of online games while the user is aware of the survival game offline Is inevitably deteriorated.

The present invention was created to solve the above problems, and an object of the present invention is to implement a network system between survival equipment so that users can use strategies and tactics in practice, and a survival game system capable of a survival game with a scenario added. In providing.

Still another object of the present invention is to provide a survival game system capable of implementing an advanced survival game by providing a survival game as in practice.

Another object of the present invention is to provide a survival game system that can exclude the simplicity of a survival game by adding a central control system for strategy and tactics.

Survival game system according to an aspect of the present invention for achieving the above object, the game operation system for operating a survival game, the camera is provided for each faction in the terrain of the predetermined shape having at least two or more factions; A GPS terminal for tracking location of each game user distributed to each of the camps; A game personalizer provided for each game user and capable of emitting a laser beam based on an operation approval signal provided from the outside; Generating and transmitting detailed information on the laser beam received by the laser light receiving sensor, including different soldier code information and being worn by the at least two camps and game users, and including a predetermined laser light receiving sensor. And a game-wearing unit for blocking and controlling the operation approval signal of the game personalizer when the laser beam is received. A wireless communication terminal for assigning different frequency bands to each of the at least two camps and being provided to at least a few of the game users; And receiving the terrain, the location information for each game user, and the detailed information of any camp captured from the camera to display the movement status and survival status for each game user, and based on the display result, the wireless communication. Characterized in that it comprises a command terminal provided for each faction in order to command a tactical instruction to the terminal.

According to an embodiment of the present invention, the actual situation directing means is provided for each faction to provide a situation production corresponding to the actual situation (實戰); And a direction control device for controlling the operation situation directing means under any circumstances.

The game wearer may further include a signal detection unit for detecting an optical signal received from the laser beam receiving sensor and converting the optical signal into a predetermined signal, and a position analysis for detecting a body part of the standardized signal of the signal detection unit. And an ID setting unit for providing soldier code information corresponding to a personal ID of the game wearer, and determining the degree of injury of the game user based on the detection result of the position analysis unit, and setting the ID setting unit. It generates detailed information including the soldier code information, the location information of the soldier and the degree of injury of the soldier, and provides the operation approval signal of the personalizer based on the degree of injury, and the wear means for the game to the degree of injury A data controller for providing a complex driving signal for physically driving the output controller; A personalizer operation approval unit for transmitting the operation approval signal to the personalizer, a data transmission unit for transmitting detailed information output from the data control unit, and an output port of the data control unit for driving the wearer Characterized in that the wearer for operating the vibration device or the light emitting device to correspond to the signal.

In addition, the command terminal is a GPS receiver module for receiving the location information provided from the GPS terminal, a detailed information receiving module for receiving the detailed information sent from the data sending unit, the camera mounted for each camp A camera receiving module for receiving image information captured, a coordinate analysis module for calculating moving coordinates of the corresponding soldier based on the position information of the GPS receiving module, and a soldier based on the detailed information provided by the detailed information receiving module. A personal analysis module for analyzing an individual situation, a camera screening module for separating image information provided by the camera reception module by soldier or camp, and a soldier provided by the individual analysis module and the coordinate analysis module. The mobile coordinates and personal status of the soldier A control module for managing the situation of the disease, and storing and managing the video signal for each soldier or camp separated by the camera screening module, and displays the video signal for each camp output from the control module, the coordinates of the video signal for each camp Displaying the moving coordinates for each soldier corresponding to the, characterized in that consisting of a display module for identifying and processing for each individual situation of the soldier.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of a survival game system for explaining the present invention. 2 is a model picture for explaining a game tool applied to the present invention. As shown, the camera 101 is installed for each camp in a predetermined shape of terrain having at least two camps; A GPS terminal 201 for tracking the location of each game user distributed to each camp; A game personalizer 203 provided for each game user and capable of emitting a laser beam based on an operation approval signal provided from the outside; Generating and transmitting detailed information on the laser beam received by the laser light receiving sensor, including different soldier code information and being worn by the at least two camps and game users, and including a predetermined laser light receiving sensor. Game wearing means (205) for blocking and controlling the operation approval signal of the game personalizer when the laser beam is received; A wireless communication terminal (207) for assigning different frequency bands to each of the at least two camps and being provided to at least a few of the game users; Receiving the terrain and the location information for each game user and the detailed information about any camp captured from the camera 101 to display the movement status and survival status for each game user, based on the display result A command terminal 103 provided for each faction to command a tactical instruction to a wireless communication terminal 207; Actual situation directing means (107) provided for each faction to provide situational production corresponding to actual situations; It is composed of a directing control device 105 for controlling the actual situation directing means 107 in any situation.

The game wear means 205 may be applied as a combat suit or a vest, and a laser beam receiving sensor for receiving the laser beam is mounted for each part of the game wear means 205. For example, by mounting a laser beam receiving sensor to the chest, shoulders, arms, belly, back, etc. of the game wearing means 205, and by assigning different codes for each mounting portion, to measure the receiving portion of the laser beam do. This is to recognize the degree of death or injury of the game user according to the laser beam measurement site, and determines whether the personal firearm can be used according to the degree of injury.

On the other hand, the game user has a personal equipment for the safety and operational efficiency of the game, respectively, the individual equipment includes the front goggles, goggles hood, helmet, gloves, bullet bands, combat boots, knee guards, combat suits, vests, etc. . And, by mounting a personal camera with the helmet, the command terminal can be made to recognize the individual real-time situation for the allies.

3 is a block diagram showing a wearable means for a game according to the present invention.

As shown, a plurality of game wearing means 205 is mounted for each body part, the laser beam receiving sensor 301 for receiving the light source of the laser beam and the laser beam receiving sensor 301 is received A signal detector 305 for detecting an optical signal and converting it into a predetermined signal, a position analyzer 307 for detecting a body part with respect to the standardized signal of the signal detector 305, and a game-wearing means Based on the detection result of the ID setting unit 309 and the location analysis unit 307 that provides private code information corresponding to the personal ID (205) of 205 and judges the degree of injury of the game user (private) And generating detailed information including the soldier code information set by the ID setting unit 309, the location information of the soldier and the degree of injury of the soldier, and providing an operation approval signal of the personalizer based on the injury degree. , A data control unit 311 for providing a wear driving signal for physically driving the game wearing means 205 to the degree of injury and an output port of the data control unit 311 to receive the operation approval signal from the personalizer ( A personalizer operation approval unit 321 for transmission to the 203, a data transmission unit 319 for transmitting detailed information output from the data control unit 311, and an output port of the data control unit 311 And the wearer 317 for operating the vibrator 313 or the light emitting device 315 to correspond to the wearer's driving signal.

The data control unit 311 generates numerical information of the injured person of the soldier based on the number of light receiving signals detected by the laser beam receiving sensor 301 and the light receiving position. It can be assumed as a requirement to retire a soldier.

For example, when the laser beam is received by the laser beam receiving sensor 301 installed at the chest of the game wearing means 205, the soldier is to be discharged from the game and the arm portion of the game wearing means 205 is used. When the laser beam receiving sensor 301 is operated, the soldier is considered to be injured and can continue to play a survival game. However, when the laser beam is received more than once in a similar part, the player is discharged from the game. As described above, the plurality of laser beam receiving sensors 301 allow the game to be performed by adding a convincing weight to each position.

The data transmitting unit 319 transmits detailed information to friendly command and enemy command terminal 103, and can give an arbitrary protocol. This includes the soldier code information provided to the game wearing means 205, and includes the location information of the soldier and the injury information of the soldier. Therefore, the allies should change or modify the tactics in consideration of the injured and withdrawn status of the friendly soldiers, and the enemy should be aware of the strength of the opposing soldiers and refer to the commander's tactics.

The vibration device 313 is a mounting means 205 for the game to mount a predetermined vibration member, for example a small eccentric motor at a specific position, and is driven at the corresponding position when the laser beam receiving sensor 301 is operated. This means that when a game user, ie, a soldier, receives a laser beam emitted from an enemy, he or she can recognize it and enjoy a lively game. In addition, the light emitting device 315 allows visual recognition of the laser beam when the laser beam is received at a specific position of the game wearing means 205.

Therefore, in the preferred embodiment of the present invention, the vibration device 313 and the light emitting device 315 may be implemented as a device integrated with the laser beam receiving sensor 301. That is, the laser beam receiving sensor may be mounted to a panel having a predetermined shape attachable to the game wearing means 205, and when receiving the laser beam, the laser beam may be induced to emit light at a predetermined frequency.

4 is a block diagram showing the command terminal 103 according to the present invention.

As shown, the GPS receiver module 401 for receiving location information provided from the GPS terminal 201 and the detailed information receiving module 409 for receiving detailed information transmitted from the data transmitter 319. ), A camera receiving module 411 for receiving image information captured by a camera 101 mounted for each camp or a personal camera mounted on a helmet of a game user, and position information of the GPS receiving module 401. Based on the coordinate analysis module 405 for calculating the moving coordinates of the soldier based on the detailed information provided by the detailed information receiving module 409, the individual analysis module 403 for analyzing the individual situation for the soldiers And, the camera screening module 413 for separating the image information provided by the camera receiving module 411 by soldier or camp, the individual analysis module 403 and the image Receives the moving coordinates for the soldiers provided by the coordinate analysis module 405 and the individual situation of the soldiers to manage the situation for each soldier, and the video signal for each soldier or faction separated by the camera screening module 413 The control module 407 for storage management, and displays the video signal for each faction output from the control module 407, and displays the moving coordinates for each soldier corresponding to the coordinates of the video signal for each faction, It is composed of a display module 415 for identification processing for each individual situation.

The display module 415 may include an LCD and an LCD panel, and a projector may be used.

The command terminal 103 configured as described above is installed where it can perform operational command, and further includes communication equipment capable of communicating with the wireless communication terminal 207. Therefore, the commander not only directs the tactics for each soldier based on the command terminal 103, but also through the command information, the soldiers utilize the means to observe the enemy's enemy and to implement the tactics.

Hereinafter, the operation of the present invention will be described.

First, the game users are arranged in different camps according to the rules of the game, and accordingly the game wear means 205 for each camp is distributed. In addition, the personal code 203 is provided for the game, the personal information code set by the GPS terminal 201 and the game wear means 205 mounted to each personalizer 203, the command terminal for each faction 103 It is registered as Thereafter, game users are given personal equipment such as front goggles, goggles hoods, helmets, gloves, bullet bands, combat boots, knee braces, combat suits, vests, etc., and game users classify commanders, squadrons, nurses, correspondents and crews. do. Here, the commander establishes strategies and tactics, and also deploys the corresponding soldiers to each faction.

The commander enters the command room and directs tactics based on the image information captured from the camera 101 arranged for each camp and the personal camera mounted with the soldier's helmet. This is made based on the image information flowing through the camera receiving module 411. The commander controls the control module 407 using a keyboard or predetermined data input means. The control module 407 activates the camera sorting module 413 to select and watch the faction-specific camera 101, or is mounted as a soldier's helmet to check the movement state of the soldier.

The faction-specific image provided from the camera receiving module 411 is transmitted to the display module 415 based on the selection signal of the control module 407, and the display module 415 displays the image of the faction LCD. Display using PDP or projector. The commander may conduct a geography training on these faction-specific images for each soldier and place them in the enemy territory.

Each soldier placed in the enemy land is notified of the position of each soldier by the GPS terminal 201 mounted with each personalizer 203. The GPS receiving module 401 receives the location information transmitted from the GPS terminal 201 and detects the movement state of the corresponding soldier through the coordinate analysis module 405. The control module 407 may provide the movement state of the soldier to the display panel 415, and may be synchronized with the image coordinates of the camera 101 arranged for each camp so as to recognize the exact movement of the soldier.

The commander recognizes the movement of the soldier and implements a command system using wireless communication to the communication head or company commander. Therefore, each soldier enters the enemy territory with a personalizer 203, and at this time, the system administrator operates the situation directing means 107 to be mounted at a specific position by using the directing control device 105, such as the actual situation. Induce. The situation directing means 107 may provide a smoke screen or start an explosive device, and may produce a plurality of sounds as necessary.

In using the situation directing means 107, the system administrator can reproduce the effective direction through the camera 101 installed for each faction, and may consider the safety of the game user.

A game user participating in a survival game wears a game wearing means 205 distributed to each faction, and the game wearing means 205 has a laser beam receiving sensor 301 for each part as described above. . The laser beam receiving sensor 301 is used because the driving device of the personalizer 203 uses the laser beam. Therefore, when the driving device of the personalizer 203 is a firearm using bibitan, the laser beam receiving sensor 301 may be replaced by an impact sensor capable of detecting the impact of bibitane.

In the survival game, each soldier will use the personalizer 203 to engage the enemy. In this engagement process, the laser beam receiving sensor 301 may receive the laser beam, which is considered to be an injury or death of the corresponding soldier. When the laser beam receiving sensor 301 receives the laser beam, the signal detection unit 305 converts the received signal into a standardized signal, and the laser beam reception is generated at a portion through the position analyzer 307. Determine if

The light receiving position determined by the position analyzer 307 may be set to a scored code, which is used as a criterion for determining the degree of injury. The data control unit 311 determines the degree of injury for each soldier and transmits to the command terminal 103 for each faction through the data transmission unit 319. In addition, when the data controller 311 recognizes an injury to the soldier, the vibration controller 313 and the light emitting device 315 are operated through the wearer 317 to vibrate the game wearer 205. It causes the lamp light to be triggered or recognized from the outside.

Therefore, the injured soldiers detect their injuries by vibration, and the other soldiers visually recognize the injured soldiers. The injured state for each soldier or the game exit state due to death is transmitted to the command terminal 103 as detailed information together with the soldier code information for each soldier. The transmission of the detailed information may be provided by a communication device mounted with the game wearing means 205.

The command terminal 103 receives detailed information of each soldier through the detailed information receiving module 409, and the individual analysis module 403 extracts the soldier code and the injured state of the soldier based on the detailed information. The control module 407 provides various information extracted from the personal analysis module 403 through the display module 415. For example, soldiers in the mobile state are identified by using a blue color, and evicted by death using a red color.

On the other hand, the determination of the floating state is made by the data control unit 311, which is based on the determination result of the position analysis unit 307, according to the operation position of the laser beam receiving sensor 301 as a one-time laser beam light reception Of course, the state of death can be determined. Therefore, when the soldier is recognized as a dead state and must exit the game, the data controller 311 off-switches the operation approval signal for stopping the personalizer 203 of the soldier. do.

The personalizer operation approval unit 321 interoperates with the data control unit 311 to receive an operation approval signal provided from the data control unit 311. The personalizer operation approval unit 321 described above is connected to the personalizer 203 by wire or wirelessly, and applies the operation approval signal as an on / off signal of the personalizer 203. For this reason, when the private soldier is determined to be in a dead state, the personalizer 203 of the private soldier is switched to the disabled state. The commander may recognize such a soldier-injured state through the display module 415, and may modify or modify the commander's tactics so as to devise a strategy.

The system administrator can provide an environment similar to the practice and operate the game according to predetermined rules, thereby doubling the effect of the survival game.

As described above, the survival game system according to the present invention supports a three-dimensional environment such as the real world, and implements a command system and a command system capable of strategy and tactics, which are essential components of the survival game, to play a game close to the real world. It can provide, and has the effect of increasing the effectiveness of the game.

Claims (13)

In the game operation system for operating a survival game, A camera installed in each camp in a predetermined shape with at least two camps; A GPS terminal for tracking location of each game user distributed to each of the camps; A game personalizer provided for each game user and capable of emitting a laser beam based on an operation approval signal provided from the outside; Game-wearing means having different soldier code information and being worn by the at least two camps and the game users; A wireless communication terminal for assigning different frequency bands to each of the at least two camps and being provided to at least a few of the game users; And Receiving the terrain and game user location information of any camp captured by the camera from the GPS terminal to display the movement status and survival of each game user, and wirelessly based on the display result. Survival game system, characterized in that it comprises a command terminal provided for each faction in order to instruct a communication terminal a tactical instruction. Claim 2 was abandoned when the setup registration fee was paid. The predetermined laser device of claim 1, wherein the wearing means generates and transmits detailed information on the laser beam received by the laser light receiving sensor, and blocks and controls the operation approval signal of the game personalizer when receiving the laser beam. Survival game system comprising a light receiving sensor. Claim 3 was abandoned when the setup registration fee was paid. According to claim 1, Each situation is provided for each faction situation directing means for providing a situation production corresponding to the actual situation; And a production control device for controlling operation of the actual situation production means in any situation. Claim 4 was abandoned when the registration fee was paid. 3. The survival game system according to claim 2, wherein the game wear means is a combat suit or a vest, and a laser beam receiving sensor for receiving the laser beam is mounted for each part of the game wear means and is given a unique code. . Claim 5 was abandoned upon payment of a set-up fee. According to claim 1, The game user wears personal equipment such as front goggles, goggles hoods, helmets, gloves, bullet bands, combat boots, knee protectors, respectively, for the safety and operational efficiency of the game, the personal camera with the helmet Survival game system, characterized in that for receiving the individual image information from the command terminal. Claim 6 was abandoned when the registration fee was paid. 5. The apparatus of claim 2 or 4, wherein the game wearer comprises: a signal detector for detecting an optical signal received from the laser beam receiving sensor and converting the optical signal into a predetermined signal; A position analyzer for detecting a body part with respect to the standardized signal of the signal detector; ID setting unit for providing private code information corresponding to the personal ID (ID) of the game wear means; Determine the injury level of the game user based on the detection result of the position analysis unit, and generate detailed information including the soldier code information set by the ID setting unit, the position information of the soldier and the injury degree of the soldier; A data control unit for providing an operation approval signal of the personalizer based on the degree of injury, and providing a wear driving signal for physically driving the game wearing means at the degree of injury; A personalizer operation approval unit connected to an output port of the data control unit for transmitting the operation approval signal to the personalizer; A data transmitter for transmitting detailed information output from the data controller; Survival game system characterized in that it is connected to the output port of the data control unit and the wearer for operating the vibration device or the light emitting device to correspond to the wearer driving signal. Claim 7 was abandoned upon payment of a set-up fee. The method of claim 6, wherein the data controller generates numerical information of the injured soldier of the soldier based on the number of received signals detected by the laser beam receiving sensor and the received position, and when the numerical information is greater than or equal to the reference value, Survival game system, characterized in that it is assumed as a requirement for retiring soldiers. Claim 8 was abandoned when the registration fee was paid. 7. The survival game system according to claim 6, wherein the data sending part includes position information of the soldier and injury information of the soldier, including soldier code information provided to the game wearer. Claim 9 was abandoned upon payment of a set-up fee. 7. The survival game system according to claim 6, wherein the vibrator is equipped with a predetermined vibration member as the game wearing means at a specific position and is driven at the corresponding position when the laser beam receiving sensor is operated. Claim 10 was abandoned upon payment of a setup registration fee. 10. The survival game system according to claim 9, wherein the vibration member causes vibration by an eccentric motor. Claim 11 was abandoned upon payment of a setup registration fee. The survival game system of claim 6, wherein the vibrator and the light emitting device are implemented as a device integrated with the laser beam receiving sensor. Claim 12 was abandoned upon payment of a registration fee. The method of claim 2, wherein the command terminal is a GPS receiver module for receiving location information provided from the GPS terminal, A detailed information receiving module for receiving detailed information transmitted from the data transmitting unit; A camera receiving module for receiving image information captured by a camera mounted for each camp; A coordinate analysis module for calculating moving coordinates of the soldier based on the position information of the GPS receiver module; An individual analysis module for analyzing an individual situation of a private soldier on the basis of the detailed information provided by the detailed information receiving module; A camera sorting module for separating image information provided by the camera receiving module by soldiers or camps; Receives the moving coordinates of the individual provided by the individual analysis module and the coordinate analysis module and the individual situation of the corresponding soldier to manage the situation for each soldier, and the video signal for each soldier or faction separated by the camera screening module A control module for storage management, Displaying the video signal for each faction output from the control module, and displays the moving coordinates for each soldier corresponding to the coordinates of the video signal for each faction, characterized in that consisting of a display module for identifying and processing by the individual situation of the corresponding soldiers Survival game system. Claim 13 was abandoned upon payment of a registration fee. The survival game system of claim 12, wherein the display module is one of an LCD panel, a PDP panel, and a projector.

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