KR20090132081A - Haptical type shooting game device and method for controlling the same - Google Patents

Abstract

PURPOSE: A control method of a sensory shooting game apparatus is provided to give real shooting sense to a user and to stimulate user's tactile sensation when a user is shot during game. CONSTITUTION: A sensory shooting game apparatus includes a model gun(110), a control part, and a display part(130). The model gun detects and outputs the aim signal for the movement of the gunpoint from a user and the shooting signal to a target, and outputs shooting shock and shooting sound when the shooting signal is detected. The control part selects and combines game scenarios, and outputs the game control signal and the on/off control signal of the model gun according to the combined game scenario.

Description

Feeling type shooting game device and control method {HAPTICAL TYPE SHOOTING GAME DEVICE AND METHOD FOR CONTROLLING THE SAME}

The present invention relates to a haptic shooting game device and a control method thereof, and more particularly, to increase the game sensation of a user using a shooting game machine so that the satisfaction of the game is improved, and the difficulty of the game is adjusted according to the user's hit rate. The present invention relates to a haptic shooting game device that improves the fun of a game by providing a random scenario according to a game and a control method thereof.

Generally, a game using a model gun, such as a shooting game aiming at a target with a model gun and firing bullets or a battle game in which a model gun battles an enemy, is well known as a popular game.

In particular, large game devices using model guns for game machines that mimic real guns have an important position in game centers.

The game device using the model gun includes a model gun manipulated by a user, a game control unit for forming a game screen viewed from the model gun, and a display unit for displaying a game screen formed on the game control unit, and is arranged to face the model gun. The displayed display unit displays a game screen on which an enemy or a target appears along with the background of the game.

As shown in FIG. 1, the model gun 1 is provided in the support part 3 which protruded in the operation panel 2 of the whole game apparatus (not shown), and the rotation part 4 of the upper part of the support part 3 is shown. The direction of the muzzle 5 can be changed up, down, left, and right by using) as the pivot point.

The gun site 7 is displayed on the game screen 6 located in front of the muzzle 5 along the direction of the muzzle 5.

In such a conventional shooting game machine, during the game, the user aims the target toward the muzzle 5 with respect to the target shown on the game screen 6, and then fired from the game machine as the user pulls the trigger of the model gun. At the same time, it is displayed on the game screen 6 that the bullet virtually fired by the shot hits or misses the target, resulting in the shooting result.

In recent years, shooting games using model guns are required to have a more realistic situation, and images that produce shooting sounds and shooting results generated during shooting have been output in the same manner as in reality.

However, such a conventional shooting game machine does not provide a feeling of actual shooting by providing only the effect on the user's sight and hearing, so that the user's fun is not improved.

In addition, the conventional shooting game is a penalty in the game, for example, if the user is hit by a bullet fired from the target, the user's energy level is reduced, as well as the configuration that the user can feel the penalty is not provided There is a problem that fun is halved.

In addition, the conventional shooting game machine has a problem that the shooting sound is output from the speaker installed on the main body (where the game screen is installed) side of the shooting game machine is reduced by the sound.

In addition, the conventional shooting game machine has a problem in that the game scenarios are output in a predetermined order, thereby reducing the fun and satisfaction of the game.

In addition, the conventional shooting game machine has a predetermined difficulty level of the game, so that the user who has reached a significant level of the game can play the game of low difficulty and medium difficulty, and then play the game of high difficulty regardless of the user's game ability. There is a problem that the game of low difficulty is repeated in order to perform a game of high difficulty that is interesting to use.

In order to solve the above problems, the present invention increases the game experience of the user using the shooting game machine to improve the satisfaction of the game, the difficulty of the game is adjusted according to the hit rate of the user, and the game is provided by any game scenario. The objective is to provide a haptic shooting game device that improves the fun and control method thereof.

In order to achieve the above object, the present invention provides a tactile shooting game device, which detects and outputs an aiming signal according to a movement of a muzzle from a user and a target firing signal, and detects a firing shock and a shot upon detecting the firing signal. A model gun to allow sound to be generated and at the same time a bullet belt to be introduced into one side and a casing to be discharged to the other side; The game proceeds by selecting and combining any game scenarios among the game scenarios in which the actions of the targets are defined, and detecting an aiming signal and a firing signal from the model gun for the targets output according to the combined game scenario. A control unit for outputting a game control signal and an on / off control signal of the model gun to be provided; And a display unit configured to display a game in progress according to the aiming signal and the firing signal output from the model gun and the game control signal output from the controller.

The present invention may further include a vest provided by the user and having a plurality of solenoid switches which are electrically connected to the control unit via a cable and switched on / off according to a game control signal output from the control unit. do.

The present invention may further include a floor vibration unit installed on a panel of the shooting game apparatus and having a plurality of solenoid switches turned on / off according to a game control signal output from the controller so that vibration is transmitted to the sole of the user. It is characterized by.

The present invention may further include an air jet unit installed on the panel of the shooting game apparatus and discharging compressed air according to the game control signal transmitted from the controller.

In addition, the control unit according to the present invention detects the aiming signal and the firing signal from the model gun for the target for a predetermined time and analyzes the hit rate, the difficulty of the game is adjusted according to the analysis result of the hit rate It is characterized by that.

In addition, the model gun according to the present invention includes a position detection unit for detecting the position and direction of the muzzle from the user and outputs an aiming signal; A trigger switch for detecting a firing signal from the user; The aiming signal output from the position detection unit and the firing signal detected from the trigger switch are transmitted to the controller, and a game control signal transmitted from the controller is received. A model gun controller for outputting a control signal to be generated, a control signal for generating a shooting sound, a signal for controlling the inflow operation of the bullet belt, and a signal for controlling the discharge operation of the casing; A data transmitting / receiving unit which receives the aiming signal and the firing signal output from the model gun control unit and transmits the aiming signal and the firing signal to the control unit, and receives an on / off control signal and a game control signal transmitted from the control unit to the model gun control unit; A gun vibration unit configured to generate an impact on the model gun according to the firing impact generation control signal output from the model gun control unit; A speaker unit configured to output a firing sound according to the firing sound generation control signal output from the model gun controller; A casing inlet for rotating a casing provided with a casing according to the bullet belt inflow operation control signal output from the model gun controller; And an casing ejection unit configured to discharge the casing according to the casing ejection operation control signal output from the model gun controller.

In addition, the model gun is characterized in that it further comprises an air injector for ejecting compressed air in accordance with the game control signal transmitted from the controller.

The air ejection unit may include a compressor installed at a main body panel of the tactile shooting game device to supply compressed air; An air moving hose in communication with the compressor and providing a path for moving the air supplied from the compressor; And a solenoid valve installed at an end of the air moving hose and configured to discharge the compressed air to the user through the model gun according to a game control signal output from the controller.

The gun vibrator may include a cam driver configured to perform a rotation operation according to an impact generation control signal output from the model gun controller; A ball connected to the cam driving unit and converting a rotational movement of the cam driving unit into a reciprocating motion; And an impact unit colliding with the ball to generate an impact on the model gun.

The casing inlet may include: a casing inlet main body having a transparent window formed at one side thereof; A bullet belt housed in the casing inlet main body, forming a closed circuit, and having a casing installed therein; A bullet belt drive unit which is accommodated in the casing inlet body and provides a driving force to rotate the bullet belt according to the bullet belt inflow operation control signal output from the model gun controller; And a driven part accommodated in the casing inlet main body to rotate the bullet belt according to the operation of the bullet belt driving unit.

In addition, the casing discharge portion a plurality of casings; A casing discharge part body accommodating the casings and having a transparent window formed on one side thereof; An casing accommodating groove part installed in the casing discharge part body to recover the casing; An casing moving part installed in the casing discharge part body and guiding a path through which the casings flowing into the casing receiving groove part move; A casing inflow driving unit installed in the casing ejection unit body and providing a driving force to move the casing recovered to the casing accommodating groove part through the casing moving unit according to the casing ejection operation control signal output from the model gun control unit; And an casing ejection drive unit installed in the casing ejection unit body to discharge the casings moved through the casing moving unit into the casing ejection unit body.

The controller may be configured to zoom in on a part of a game screen displayed by the aiming signal when a firing signal is detected from the model gun.

In addition, the present invention is a control method of a haptic shooting game device, a) when the game progress is requested from the user, selects and combines any game scenarios among the game scenarios in which the actions of the target are defined, the combined game A preparation step of selecting a scenario and a difficulty level of a preset game; And b) allowing the game to be output through the display unit according to the game scenario selected in step a) and the game difficulty, and outputting an on / off control signal to the model gun to operate the model gun and outputting it through the display unit. And a proceeding step of detecting the aiming signal from the model gun and the firing signal for the target.

Further, the present invention is characterized in that the step b) further comprises the step of outputting a game control signal to the model gun for the penalty generated to the user during the game.

In addition, the step b) of the present invention further comprises the step of causing a part of the game screen displayed by the aiming signal to be zoomed in when the firing signal is detected from the model gun. It is done.

In addition, the step b) of the present invention comprises the steps of analyzing the hit rate for the targets during the game; Adjusting the difficulty level of the game set in step a) according to the analysis result of the hit rate; And proceeding with the game according to the adjusted difficulty of the game.

The adjusting of the difficulty level of the game according to the analysis result of the hit rate may include detecting an analysis value of the hit rate; Comparing the detected value of the hit ratio with a first reference value for determining the difficulty of the game; As a result of the comparison with the first reference value, if the analysis value of the detected accuracy rate is less than the first reference value, the difficulty level is set to be lower, and the difficulty level of the game if the analysis value of the detected accuracy rate is more than the first reference value. Comparing with a second reference value for determining weight; And a difficulty level is set when the analysis value of the detected accuracy ratio is less than the second reference value as a result of the comparison with the second reference value, and the difficulty level of the game when the analysis value of the detection accuracy ratio is greater than or equal to the second reference value. And allowing the phase to be set.

In addition, the game scenario selection of the step a) is made by combining a plurality of targets for which an operation is defined, a plurality of small classification groups made by combining arbitrary targets among the targets, and any of the small classification groups. And a plurality of subclass groups from among a plurality of subclass groups formed by combining a plurality of subclass groups and any subclass groups among the subclass groups.

As described above, the haptic shooting game apparatus according to the present invention can provide a feeling of real shooting by providing an effect on the user's sight, hearing, and tactile sense, thereby improving the fun of the user for the game. have.

In addition, the haptic shooting game apparatus according to the present invention has the advantage that the fun of the game can be further improved by stimulating a separate tactile sense as a penalty when the user is hit by a bullet fired from the target in the screen during the game.

In addition, the haptic shooting game apparatus according to the present invention has an advantage in that by installing a speaker in the model gun, the shooting sound is output to further improve the sensation of the sound.

In addition, the control method of the haptic shooting game apparatus according to the present invention has the advantage that the scenarios of the game are not output in a predetermined order, and any scenarios are output in any order so that the user can be recognized as a new game.

In addition, the control method of the haptic shooting game apparatus according to the present invention has the advantage that it is possible to adjust the difficulty of the game to the level of the user in the middle of the game to provide enough fun to the user.

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

2 to 7 is a view showing the configuration of a haptic shooting game device, a model gun, and a vest according to the present invention, Figures 8 to 15 is a control process of the haptic shooting game device according to the present invention, the game Figure shows a group setting process of a scenario and a zoomed-in game screen.

Referring to the accompanying drawings, a sensory shooting game device and a control method thereof will be described.

The shooting game apparatus 100 detects and outputs an aiming signal according to the movement of the muzzle from the user and a target firing signal, and generates a shooting shock and a firing sound upon detection of the firing signal, and at the same time, the bullet band is on one side. Is selected, and selects and combines any game scenarios among game scenarios in which the operation of the target 133 and the model gun 110 to allow the casing to be discharged to the other side are defined and output according to the combined game scenario. A controller 120 which detects an aiming signal and a firing signal from the model gun 110 with respect to the targets 133 and outputs a game control signal and an on / off control signal of the model gun 110 so that the game proceeds; According to the gun site 132 where the aiming signal output from the model gun 110 is displayed, the operation change of the target 133 according to the firing signal, and the game control signal output from the controller 120 And a display unit 130 for displaying a game.

The model gun 110 is installed so as to be rotatable up, down, left and right at an end of the support base 103 provided on one side of the shooting game device panel 102, the position detection unit 111, the trigger switch 112, and the model gun control unit ( 113, a data transmission / reception unit 114, a speaker unit 115, a gun vibrator 116, a casing inlet 117, and a casing discharge unit 118.

The position detection unit 111 is a position sensor that detects the position and direction of the muzzle from the user and outputs an electrical signal (hereinafter referred to as an aiming signal). Preferably, the position detection unit 111 includes an encoder for measuring the rotation angle position and displacement, and a model gun. Installed between the 110 and the support 103, the user rotates the model gun 110 in the up, down, left and right directions, that is, detects the direction of the muzzle and outputs it as an aiming signal.

Trigger switch 112 is a switch configuration for detecting a firing signal from the user, is installed in the handle of the model gun (110).

The model gun controller 113 controls the overall operation of the model gun 110. The model gun controller 113 controls the aiming signal output from the position detector 111 and the firing signal detected by the trigger switch 112 of the shooting game apparatus. Control to be transmitted to the control unit 120, the on / off signal of the model gun 110 transmitted from the control unit 120 of the shooting game device, and the game control signal required for the game (for example, operation for the penalty described later) Control signal to perform the control) to receive the data through the transceiver 114 to operate the model gun (110).

In addition, the model gun control unit 113 is a control signal for generating a firing shock to the model gun 110 when a firing signal is detected from the trigger switch 112, a control signal for generating a shooting sound, and bullet band 1174. Outputs a signal for controlling the inflow operation of the fuel cell and a signal for controlling the discharge operation of the casing 1182.

The data transmission / reception unit 114 receives the aiming signal and the firing signal output from the model gun control unit 113 and transmits the received signal to the control unit 120 of the shooting game device, and is transmitted from the control unit 120 of the shooting game device. The off control signal and the game control signal are received and output to the model gun controller 113.

The speaker unit 115 is installed at one side of the model gun 110, and when a firing signal is detected from the trigger switch 112, the firing sound is output according to the firing sound generation control signal output from the model gun control unit 113. Be sure to Therefore, since the shooting sound output through the speaker unit 115 installed in the model gun 110 is output close to the user, the haptic feeling can be further improved.

The gun vibrator 116 is installed inside the model gun 110, and when a firing signal is detected from the trigger switch 112, the model gun 110 according to a firing shock generation control signal output from the model gun controller 113. The cam drive part 1161, the ball 1162, and the impact part 1163 are comprised as a structure which makes an impact generate | occur | produce.

The cam driver 1161 is installed inside the model gun 110 and performs a rotation operation according to the impact generation control signal output from the model gun controller 113. Preferably, the cam driver 1161 includes a motor (not shown) and the motor. It consists of a rotating plate coupled to the rotating shaft.

The ball 1162 is a rod member having a predetermined length, and one side thereof is connected to the rotating plate of the cam drive part 1161 to convert the rotational motion of the cam drive part 1161 into a linear reciprocating motion.

The impact unit 1163 is installed inside the model gun 110 and is connected to the rotating plate of the cam drive unit 1161 and impacts the model gun 110 by colliding with the other side of the ball 1162 in a linear reciprocating motion. To be generated.

In the present embodiment, the impact of the ball 1162 and the impact unit 1163 using the cam drive unit 1161 to generate the impact of the model gun 110, but the solenoid switch (not shown) inside the model gun 110 And the ball 1162 at the distal end of the solenoid switch, impacting the model gun 110 due to the collision of the ball 1162 and the impact part 1163 according to the on / off operation of the solenoid switch. It is also possible to configure this to occur.

When the firing inlet 117 detects a firing signal from the trigger switch 112, the bullet casing 1174 is introduced into the model gun 110 according to the bullet inflow operation control signal output from the model gun controller 113. The bullet band 1174 is circulated and flows back to the user, and the bullet band 1174 is inserted into the model gun 110 to be exposed to the user, thereby providing a feeling that the bullet is actually inserted into the model gun 110 and fired. As a structure, it consists of the main body of the casing inflow part 117, the bullet belt drive part 1172, the follower part 1173, and the bullet belt 1174.

The main body of the casing inlet 117 is a hollow rectangular member, and a transparent window 1171 is installed at one side to allow the user to check how the bullet belt 1174 is moved, and the other side is a model gun 110. Combined and fixed.

The bullet belt driver 1172 is configured to provide a driving force so that the bullet belt 1174 is rotated according to the bullet belt inflow operation control signal stored in the main body of the casing inlet 117 and output from the model gun controller 113. C) and a rotating plate coupled to the rotating shaft of the motor to rotate the bullet belt 1174.

The follower 1173 is accommodated in the main body of the casing inlet 117 to rotate the bullet belt 1174 which forms a closed circuit according to the operation of the bullet belt driver 1172. That is, the follower 1173 performs idle rotation so that the band 1174 moves as the band band driver 1172 operates.

The belt band 1174 is installed by forming a closed circuit between the belt band driver 1172 and the follower 1171, and the inner surface of the belt band 1174 is in close contact with the belt band driver 1172 and the follower 1173. A plurality of casings are secured in sequence to the outer surface of 1174.

Reference numeral 1175 denotes an idle rotation part to prevent the rotating bullet belt from sagging.

When the firing signal is detected from the trigger switch 112, the casing discharge part 118 discharges the casing 1118 into the casing discharge part 118 according to the casing discharge operation control signal output from the model gun controller 113. The discharged shell 1118 has a circulation structure which is recovered to be re-introduced and discharged again, and includes a main body of the shell shell discharge unit 118, a shell shell 1182, a shell housing groove 1183, and a shell shell It consists of the inflow drive part 1184, the casing moving part 1185, and the casing discharge drive part 1186.

The main body of the casing discharge unit 118 is a hollow rectangular member, and a transparent window 1181 is installed at one side so that the user can check the appearance of the casing 1182 is discharged, and the other side is a model gun 110 and Combined and fixed.

The casing 1182 is a rectangular member having a cylindrical shape of a metal material (for example, copper), and is provided in plural in the main body of the casing discharge part 118.

In addition, the casing 1118 circulates the process of discharge-recovery-arrangement-movement-discharge inside the casing discharge part 9110, and the friction sound generated when metal casings collide with each other during the discharge of the casing 1118 is It can make the game more realistic to the user.

The casing accommodating groove part 1183 maintains a tapered shape so that the casings 1182 may be introduced one by one in a configuration that is installed at the inner lower portion of the main body of the casing discharge part 118 to recover the discharged casings 1182.

The casing inlet driving unit 1184 is installed at the lower end of the main body of the casing discharge unit 118 and the casing 1118 recovered to the casing accommodating groove part 1183 according to the casing ejection operation control signal output from the model gun control unit 113 is the casing. As a configuration for providing a driving force to move through the moving unit 1185, the motor (not shown) includes a rotating plate formed with a motor coupled to a rotating shaft of the motor to form a groove engaged with the outer periphery of the casing 1182.

That is, the casing inflow driving unit 1184 is preferably installed at the lower side of the casing accommodating groove 1183, and allows the casing 1118 introduced through the casing accommodating groove 1183 to be selected and moved one by one.

The casing moving part 1185 is installed on the inner wall of the main body of the casing discharge part 118 so that the casing 1118 introduced into the casing accommodating groove part 1183 may be selected and moved one by one through the casing inflow driving part 1184. As a configuration for guiding, a path is formed so that the casing 1118 introduced from the lower end of the main body of the casing discharge part 118 can move to the upper part of the main body of the casing discharge part 118.

The casing discharge driver 1186 is installed above the main body of the casing discharge part 118 so that the casing 1118 moved through the casing moving part 1185 is discharged into the main body of the casing discharge part 118. , A rotating plate coupled to a motor (not shown) and a rotating shaft of the motor to form a groove part engaged with the outer circumference of the casing 1182.

That is, the casing discharge drive unit 1186 allows the casing 1118 moved through the casing moving unit 1185 to be forcibly discharged from the casing moving unit 1185.

In addition, the model gun 110 may further include an air injection unit 110 for discharging the compressed air according to the game control signal transmitted from the control unit 120 of the shooting game device.

To this end, the air injection unit 119 installed in the model gun 110 includes a compressor (not shown), an air moving hose 1191, and a solenoid valve 1192.

The compressor is configured to compress air by being installed on the panel 102 of the game device, and supplies the compressed air to an injection hole of the model gun 110 and an injection hole provided on the panel 102 of the game device.

The air movement hose 1191 is connected to the compressor inside one side of the panel 102 of the game device, the other side is connected to the injection hole of the model gun 110 and the injection hole installed on the panel 102 of the game device, respectively It provides a path for the compressed air supplied from the compressor to move to the jet of the model gun 110 and the jet installed on the panel 102 of the game device.

Meanwhile, the air moving hose 1191 connected to the model gun 110 penetrates into the model gun 110 through the inside of the support part 103 protruding from one side of the game device panel 102.

The solenoid valve 1192 is installed at the end of the air moving hose drawn into the model gun 110 and is connected to a game control signal (for example, a penalty signal imposed on the user) output from the control unit 120 of the shooting game device. It is controlled on / off according to the compressed air supplied from the compressor through the injection port of the model gun 110 to be discharged to the user side.

The controller 120 is configured to control the overall operation of the shooting game apparatus 100. When the user requests the progress of the game by paying a predetermined cost through the payment unit 180, a random game scenario is selected and displayed. Outputs the game control signal to be output to the unit 130, outputs the signal to the model gun 110, the shooting game using the aiming signal and the firing signal received from the model gun 110 to proceed.

That is, when a game progress is requested from the user, the controller 120 selects and combines arbitrary game scenarios among game scenarios in which the operations of the target 133 are defined, and the combined game scenario and the difficulty level of the preset game. Next, the game is output through the display unit 130 according to the selected game scenario and the game difficulty, and the aiming signal and the firing signal output while the model gun 110 is operated to proceed with the game.

In addition, the control unit 120 outputs a game control signal related to the penalty imposed on the user, for example, when the user is hit by a bullet fired from a target while the shooting game is in progress, so that the user may experience it. To help.

In addition, the controller 120 outputs a game control signal related to the penalty to the user haptic components described below.

In addition, the controller 120 detects the aiming signal and the firing signal from the model gun 110 with respect to the targets 133 for a predetermined time, and analyzes the hit rate, and according to the analysis result of the analyzed hit rate, the difficulty of the game To be adjusted.

In addition, when the firing signal is detected from the model gun 110, the control unit 120 may zoom in on a part of the game screen displayed by the aiming signal.

That is, when a shooting signal is detected by the target 133 after the aiming signal is detected toward the target 133 far away during the shooting game, the game screen 131 'zooming in on a predetermined area around the target 133 is outputted. The user can easily check, and when the firing signal for the target 133 is terminated, the user is zoomed out to the original game screen 131.

The display unit 130 controls the target site 133 on the game screen 131 and the gun site 132 based on the aiming signal transmitted from the model gun 110 according to the game control signal output from the controller 120. The background sound and the effect sound are output through the speaker 134 installed in front of the display 130.

In addition, the shooting game device 100 according to the above embodiment is an additional configuration, the air injection unit which is installed on one side of the panel 102 of the game device to discharge the compressed air in accordance with the game control signal output from the control unit 120 It is configured to further include 140.

The air injector 140 preferably includes a compressor (not shown), and moves the compressed air from the compressor to the air movement hose 1191 to output the panel 102 by a game control signal output from the controller 120. The solenoid valve 141 installed in the on / off control is discharged from the injection port to the user side.

In addition, the shooting game device 100 according to the above-described embodiment, as an additional configuration, the floor vibration unit for transmitting vibration to the soles of the user to the panel 102 side of the shooting game device in which the model gun 110 is installed ( 150) is installed.

A plurality of solenoid switches 151 are installed inside the bottom vibrator 150, and according to a game control signal (for example, a shock effect generation signal such as an explosion generated around a user) output from the controller 120. The plurality of solenoid switches 151 are controlled on / off so that the user can feel the vibration from the floor during the game.

In addition, the shooting game apparatus 100 according to the above-described embodiment has an additional configuration, in which a plurality of lighting units 160 are installed on the panel 102 of the shooting game apparatus, and are connected to the game control signal output from the controller 120. By controlling the on / off accordingly, the game experience can be further improved by increasing the haptic feeling by the lighting.

In addition, the shooting game apparatus 100 according to the above-described embodiment is an additional configuration, which is worn by the user and electrically connected to the control unit 120 through a cable 172, and outputs a game control signal from the control unit 120. It further comprises a vest 170 having a plurality of solenoid switches 171 on / off control according to.

That is, the vest 170 is worn on the user's upper body, and if a bullet fired from the target 133 during the game is suitable for the user, a penalty is imposed so that the user receives a shock corresponding to the bullet according to the game control signal output from the controller 120. Make it feel so that you can increase the fun of the game.

In addition, by controlling the plurality of solenoid switches 171 installed in the vest 170 sequentially on / off (for example, from top to bottom or from bottom to top), the bullet can be felt more realistically.

The following describes the control process of the haptic shooting game device according to the present invention.

After the predetermined cost is confirmed through the payment unit 180, when the user is requested to start the game from the user (S100), the control unit 120 of the shooting game apparatus 100 defines the operations of the target 133. Select and combine arbitrary game scenarios among game scenarios, and select the selected and combined game scenarios and a preset difficulty level of the game (for example, difficulty level "low" is a difficulty level set when the game starts) (S200). To allow the game to proceed.

When the configuration of the game scenario is described in more detail in step S200, the controller 120 arbitrarily selects operations of the target 133 to set small classification groups (S210), and any small classification group among the set small classification groups. By selecting the group to set the classification group (S220), and select any of the classification group among the selected classification group to set the classification group (S230) to configure the game scenario required for the progress of the game.

That is, as shown in Fig. 10, the sub-classification group is, for example, number 1 in which an arbitrary target appears at the upper left of the game screen, moves to the lower right of the game screen, and then moves to the lower left of the game screen again. Action, the second action that appears from the upper right of the game screen to move to the lower left of the game screen, and then moves to the lower right of the game screen again, and appears from the left center of the game screen to cross the game screen to the right Set to sub-class group 1 (G1), including 3 motions to move to, and move 1 target diagonally from the top left of the game screen to the bottom right of the game screen, and the game from the top right of the game screen. Subclasses, including two moves diagonally to the bottom left of the screen and three moves to the top of the game screen from the bottom center of the game screen Set to group 2 (G2) and set to the nth subclass group (Gn) consisting of arbitrary actions for any targets.

The operations on any of the targets described above are set to subclass group 1, subclass group 2, .subclass group n, and then, as shown in FIG. 11, these classified subclass groups are arbitrarily selected to select subclass group 1, subclass group 2 Set to the middle classification group n. In this case, the small classification group may be selected repeatedly.

In addition, any subclass groups may be set to subclass group 1, subclass group 2, and subclass group n, and then, as shown in FIG. 12, these classified subclass groups may be arbitrarily selected to classify subclass group 1, subclass group 2, Set to large group n. In this case, the subclass group may be selected repeatedly.

Therefore, when the user starts the game, the targets 133 are haunted at the unexpected position of the user, and move along the unexpected movement path, thereby improving the fun of the game.

In addition, by randomly selecting a game background screen from the daytime background, nighttime background, dusk background, sunny day background, snowy background, rainy background, so that the user can always feel the new game.

According to the game scenario selected in the step S200 and the difficulty of the game, the control unit 120 allows the game to proceed (S300), and at this time, the model gun 110 operates such as the impact caused by the shooting, the inflow of the casing and the discharge of the casing. The controller 120 receives the aiming signal and the firing signal input from the user through the model gun 110 to be output through the display 130 together with the game scenario.

In addition, in step S300 the controller 120 is a solenoid valve installed in the game device panel 102 for the penalty (for example, when the user fits the bullet fired from the target) generated to the user during the game. 141, the solenoid switch 151 of the floor vibration unit 150, the solenoid switch 171 installed on the vest 170, and the solenoid valve 1192 installed in the model gun 110, the game according to the penalty generation Output a control signal.

In addition, when the firing signal is detected from the model gun 110 in step S300, the control unit 120 displays a game screen 131 'zoomed in on a portion of the game screen displayed by the aiming signal so that the user targets the target signal. Make it easy to check.

During the game in step S300, the controller 120 analyzes the hit rate for a predetermined time (S400), and adjusts the difficulty level of the game set in step S200 (S500) according to the analysis result of the hit rate (S500). The game progresses according to the difficulty of the game.

In more detail the step of adjusting the difficulty of the game, by comparing whether the aiming signal and the firing signal is detected at the same position where the target 133 appeared and detects the accuracy analysis value of the user (S510) and In operation S520, the detected analysis value (eg, expressed as a% value) is compared with a first reference value for determining a difficulty level “low” of the game.

As a result of the comparison between the analysis value detected in step S510 and the first reference value, when the analysis value of the detected accuracy ratio is less than the first reference value, the difficulty level of the game is set to "low" (S521), and When the analysis value of the detected accuracy ratio is equal to or greater than the first reference value, the comparison is performed with a second reference value for determining the difficulty level of the game (S530).

As a result of the comparison between the analysis value detected in step S510 and the second reference value, when the analysis value of the detected accuracy ratio is less than the second reference value, the difficulty "medium" is set (S531), and the If the analysis value is greater than or equal to the second reference value, the difficulty level of the game is set (S540).

Thereafter, the controller 120 determines whether the game is finished by comparing the time elapsed after the game is started with a reference time for determining whether the game is finished (S600). If the elapsed time after the progress is less than the reference time, the game continues. If the elapsed time after the game is more than the reference time, the game ends.

Thus, by providing an effect on the user's visual, auditory and tactile, it can provide a feeling of real shooting, the random scenarios are output in a random order to maintain the user's interest in the game, the difficulty of the game Can be adjusted to the user's level in the middle of the game to provide enough fun for the user.

In the above, the present invention has been illustrated and described with respect to certain preferred embodiments. However, the present invention is not limited to the above-described embodiments, and those skilled in the art to which the present invention pertains can vary as many as possible without departing from the spirit of the present invention as set forth in the claims below. Changes may be made.

1 is a perspective view showing a shooting game device according to the prior art.

Figure 2 is a perspective view of a haptic shooting game device according to the present invention.

Figure 3 is a block diagram showing the configuration of a haptic shooting game device according to the present invention.

Figure 4 is a block diagram showing the model gun configuration of a haptic shooting game device according to the present invention.

5 is a sectional view showing a longitudinal configuration of the model gun according to FIG. 4;

6 is a cross-sectional view showing a lateral configuration of the model gun according to FIG. 4.

7 is an exemplary view showing a configuration of a vest of the haptic shooting game device according to the present invention.

8 is a flowchart illustrating a control process of the haptic shooting game device according to the present invention.

9 is a flowchart illustrating a game scenario setting process of the haptic shooting game device according to the present invention.

FIG. 10 is an exemplary diagram showing a subclass group setting of a game scenario according to FIG. 9; FIG.

FIG. 11 is an exemplary diagram showing a classification group setting of a game scenario according to FIG. 9; FIG.

FIG. 12 is an exemplary diagram showing a major classification group setting of a game scenario according to FIG. 9; FIG.

13 is a flow chart illustrating a difficulty adjustment process according to the hit rate of the haptic shooting game device according to the present invention.

14 is an exemplary view showing a zoom-in function of the haptic shooting game device according to the present invention.

15 is an exemplary view showing a zoomed-in game screen of FIG.

(Symbols for the main parts of the drawing)

100: shooting game device 102: game device panel

103: support 110: model gun

111: position detection unit 112: trigger switch

113: model total control unit 114: data transmission and reception unit

115: speaker unit 116: gun vibration unit

117: casing inlet 118: casing outlet

119: air injection unit 120: control unit

130: display unit 131, 131 ': game screen

132: gun site 133: target

140: air jet 150: bottom panel

151: floor vibration unit 160: lighting unit

170: vest 171: solenoid switch

172: cable 1161: cam drive unit

1162: ball 1163: impact portion

1171: transparent window 1172: bullet band drive unit

1173: Follower 1174: Bullet Belt

1175: idle part 1181: transparent window

1182: casing 1183: casing receiving groove

1184: casing inflow drive unit 1185: casing moving unit

1186: casing discharge drive 1191: air transfer hose

Claims (18)

As a haptic shooting game device, It detects and outputs the aiming signal according to the movement of the muzzle from the user and the target firing signal, and when the firing signal is detected, the firing shock and the firing sound are generated, and the bullet belt is introduced to one side, and the casing to the other side. A model gun to allow the air to be discharged; The game proceeds by selecting and combining any game scenarios among the game scenarios in which the actions of the targets are defined, and detecting an aiming signal and a firing signal from the model gun for the targets output according to the combined game scenario. A control unit for outputting a game control signal and an on / off control signal of the model gun to be provided; And And a display unit configured to display a game in progress according to a aiming signal and a firing signal output from the model gun and a game control signal output from the controller. The method of claim 1, And a vest having a plurality of solenoid switches which are worn by the user and electrically connected to the control unit via a cable and switched on / off according to a game control signal output from the control unit. Device. The method of claim 1, And a floor vibration unit installed on the panel of the shooting game device, the bottom vibration unit including a plurality of solenoid switches turned on / off according to a game control signal output from the controller so that vibration is transmitted to the sole of the user. Type shooting game device. The method of claim 1, And an air jetting unit installed in a panel of the shooting game device and discharging compressed air according to the game control signal transmitted from the control unit. The method according to any one of claims 1 to 4, The controller detects an aiming signal and a firing signal from the model guns for the targets for a preset time period and analyzes the accuracy of the hit, and adjusts the difficulty level of the game according to the analysis result of the analyzed hit ratio. Haptic shooting game device. The method according to any one of claims 1 to 4, The model gun is a position detection unit for detecting the position and direction of the muzzle from the user and outputs an aiming signal; A trigger switch for detecting a firing signal from the user; The aiming signal output from the position detection unit and the firing signal detected from the trigger switch are transmitted to the controller, and a game control signal transmitted from the controller is received. A model gun controller for outputting a control signal to be generated, a control signal for generating a shooting sound, a signal for controlling the inflow operation of the bullet belt, and a signal for controlling the discharge operation of the casing; A data transmitting / receiving unit which receives the aiming signal and the firing signal output from the model gun control unit and transmits the aiming signal and the firing signal to the control unit, and receives an on / off control signal and a game control signal transmitted from the control unit to the model gun control unit; A gun vibration unit configured to generate an impact on the model gun according to the firing impact generation control signal output from the model gun control unit; A speaker unit configured to output a firing sound according to the firing sound generation control signal output from the model gun controller; A casing inlet for rotating a casing provided with a casing according to the bullet belt inflow operation control signal output from the model gun controller; And And a casing ejection unit configured to eject the casing according to the casing ejection operation control signal output from the model gun controller. The method of claim 6, The model gun is a haptic shooting game device characterized in that it further comprises an air jet unit for ejecting compressed air in accordance with the game control signal transmitted from the controller. The method of claim 7, wherein The air injection unit is installed on the main body panel of the haptic shooting game device to supply compressed air; An air moving hose in communication with the compressor and providing a path for moving the air supplied from the compressor; And And a solenoid valve installed at an end of the air moving hose and configured to discharge the compressed air to the user through the model gun according to a game control signal output from the controller. The method of claim 6, The gun vibration unit comprises a cam driver for performing a rotation operation according to the impact generation control signal output from the model gun control unit; A ball connected to the cam driving unit and converting a rotational movement of the cam driving unit into a reciprocating motion; And Feeling type shooting game device, characterized in that it comprises an impact unit for impacting the ball to generate an impact on the model gun. The method of claim 6, The casing inlet unit has a casing inlet body formed with a transparent window on one side; A bullet belt housed in the casing inlet main body, forming a closed circuit, and having a casing installed therein; A bullet belt drive unit which is accommodated in the casing inlet body and provides a driving force to rotate the bullet belt according to the bullet belt inflow operation control signal output from the model gun controller; And And a follower configured to be accommodated in the casing inlet main body to rotate the bullet belt according to the operation of the bullet belt drive unit. The method of claim 6, The casing discharge portion is a plurality of casings; A casing discharge part body accommodating the casings and having a transparent window formed on one side thereof; An casing accommodating groove part installed in the casing discharge part body to recover the casing; An casing moving part installed in the casing discharge part body and guiding a path through which the casings flowing into the casing receiving groove part move; A casing inflow driving unit installed in the casing ejection unit body and providing a driving force to move the casing recovered to the casing accommodating groove part through the casing moving unit according to the casing ejection operation control signal output from the model gun control unit; And And a casing ejection drive unit installed in the casing ejection unit body to eject the casings moved through the casing moving unit into the casing ejection unit body. The method according to any one of claims 1 to 4, And the control unit is configured to cause a part of a game screen displayed by the aiming signal to be zoomed in and displayed when a firing signal is detected from the model gun. As a control method of the haptic shooting game device, a) if the user is requested to proceed with the game, preparing and selecting any game scenarios from among game scenarios in which target actions are defined, and selecting the combined game scenario and a difficulty level of a preset game; And b) the game is output through the display unit according to the game scenario selected in step a) and the game difficulty, and outputs an on / off control signal to the model gun to operate the model gun, and is output through the display unit. And a proceeding step of detecting the aiming signal from the model gun for the game and the firing signal for the target to proceed with the game. The method of claim 13, The proceeding step of step b) further comprises the step of outputting a game control signal to the model gun against the penalty generated to the user while the game is in progress. The method of claim 13, The proceeding step of step b) further includes the step of causing a part of the game screen displayed by the aiming signal to be zoomed in when the firing signal is detected from the model gun. Game device. The method of claim 13, Step b) comprises analyzing the accuracy of the hits during the game; Adjusting the difficulty level of the game set in step a) according to the analysis result of the hit rate; And And controlling the game according to the adjusted difficulty level of the game. The method of claim 16, Adjusting the difficulty level of the game according to the analysis result of the hit rate comprises the steps of: detecting the analysis value of the hit rate; Comparing the detected value of the hit ratio with a first reference value for determining the difficulty of the game; As a result of the comparison with the first reference value, if the analysis value of the detected accuracy rate is less than the first reference value, the difficulty level is set to be lower, and the difficulty level of the game if the analysis value of the detected accuracy rate is more than the first reference value. Comparing with a second reference value for determining weight; And As a result of the comparison with the second reference value, when the analysis value of the detected accuracy ratio is less than the second reference value, the difficulty level is set. When the analysis value of the detection accuracy ratio is greater than or equal to the second reference value, the game difficulty is different. And a step of setting the sensory shooting game device. The method according to any one of claims 13 to 17, The game scenario selection of step a) is performed by combining a plurality of targets for which an operation is defined, a plurality of small classification groups formed by combining arbitrary targets among the targets, and a plurality of small classification groups among the small classification groups. And a subclass group from among a plurality of subclass groups formed by combining a subclass group and any subclass groups among the subclass groups.

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