KR101792075B1 - Method for simulating a screen baseball providing a player-to-player game - Google Patents

Abstract

The present invention provides a screen baseball simulation method having various modes for a user competition. A user selects one among a hitting/defense mode and a hitting/pitching mode, and plays a user competition in a field competition type or a remote competition type. One embodiment of the present invention provides a screen baseball simulation method for providing a competition game, comprising: (a) a hitting/defense mode is selected and input to a game setting module (510); (b) one among a field competition type and a remote competition type is selected and input in the game setting module (510); and (c) a game conducting module (520) conducts a screen baseball according to game rules, by corresponding to a mode input in the step (a) and the step (b). The remote competition type in the (b) interconnects data from an A game field with a B game field, which are separate places of screen baseball, and conducts the same baseball game as a user competition.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a screen baseball simulation method for providing a user battle game,

The present invention relates to a screen baseball system, and more particularly, to a screen baseball simulation method for providing a user battle game.

"Screen baseball" means a baseball game similar to a real baseball game, in which a user views a projected image by using a screen on which the image is projected and a pitching machine or a toaster machine.

A batting mode is generally used in which a hitter hits a ball ejected from a pitching machine as a batter, and a hitting game is calculated, and the above process is repeated and the baseball game is played according to the standard baseball game rules.

Specifically, there is a screen hole in the screen where the image is projected. When the ball is ejected from the pitching machine located on the opposite side of the screen, the user hits the ball toward the screen, and the various sensors sense the velocity, , And calculates the hits using this.

A "pitching mode" is also possible in which the game progresses as a pitcher.

In the pitching mode, the user who has received the ball from the tos machine paces toward the screen where the image is projected, and the strike / ball is calculated according to the position on the screen (hereinafter referred to as "pitching position" The user can enjoy the pitch mode of the screen baseball game as a kind of score game or enjoy the 3-inning, 6-inning, or 9-inning game according to the actual baseball game rules.

Referring to Figs. 1 and 2, a screen baseball field (hereinafter referred to as "playing field") will be described. Here is an example of a stadium for striking mode.

The space inside the stadium may be divided into an atmospheric zone 100, a game zone 200, and an operating zone 300.

The atmospheric zone 100 is an area that is separated from the game zone 200 by the safety net 120 or the like. The safety net 120 is provided with an access door for accessing the game area 200. For security reasons, only one player can enter the game zone 200, so other users must wait in the atmospheric zone 100, and a plurality of chairs 130 may be provided for this purpose.

The pedal 210, the video unit 220, the sensor 230, the screen 250, and the like are located in the game area 200. [

The pedal 210 is a structure for allowing a user to apply a baseball game discharge signal to the control unit 500. [ When the user presses the pedal 210, the baseball ball is ejected from the pitching machine 390.

The image unit 220 receives image information from the control unit 500 and projects the image on the screen 250. An example of a projected image is shown in Fig.

The sensor 230 senses the velocity and direction of the ball hit by the user. Camera sensors are common, but any sensor can be used.

A screen hole 251 is located in the center of the screen 250. In the batting mode, the baseball ball ejected from the pitching machine 390 passes through the screen hole 251 and is ejected toward the user of the game area 200, and the game is played by the user hitting it.

The operating zone 300 is separated from the game zone 200 by the screen 250 and the user can not enter. The pitching machine 390 is positioned here and ejects the ball.

When enjoying screen baseball according to the prior art, the user in the batting mode only performs batting in the position of the attacking team. The pitching (i.e., pitching of the pitching machine 390) and the defense are automatically calculated by a certain rule. In other words, a kind of invisible computer automatically computes the defense.

When a large number of users enjoy screen baseball with two teams, the actual user performs only the role of the attacking team and the defense is automatic. Users compete for scoring by attacking by hitting, thereby blocking win or loss. Of course, according to the related art, the defensive team can only select a player substitution or the like by operating the control unit 500 or the like.

However, it is possible to lower interest by not only attacking a person from the standpoint of an attacking team but also attacking a defensive team mechanically pitching and defending by a certain rule such as a computer.

In addition, it is common that two or more users play a screen baseball game alone rather than alone. With the exception of one user who enters and hits the game zone 200, the opponent team user remains in the waiting zone 100, Just look, you can feel bored.

Also, it can not provide enough interest for users who feel more pleasure in pitching or defense than batting.

(Patent Document 1) Korean Patent Registration No. KR 10-1543371B1

(Patent Document 2) Korean Patent No. KR 10-1546666B1

(Patent Document 3) Korean Patent No. KR 10-1572525B1

(Patent Document 4) Korean Patent Registration No. 10-1572526B1

(Patent Document 5) Korean Patent No. KR 10-1573912B1

The present invention is intended to solve the above-described problems.

Specifically, it is intended to provide a screen baseball simulation method capable of playing against a user, not against a computer.

In order to solve the above problems, an embodiment of the present invention includes: (a) selecting a batting / defending mode in a game setting module 510; (b) selecting one of the field competition and the remote competition in the game setting module 510; And (c) advancing a screen baseball according to a baseball game rule in accordance with the mode input in the steps (a) and (b), wherein the game progress module (520) A game is played in which the data of the A-stadium and the B-stadium, which are different screen baseball stadiums, are interlocked and the same screen baseball as the user battle is played, thereby providing a screen baseball simulation method for providing a user battle game do.

(C) the pitching machine 390A of the stadium A discharges the ball, and the image portion 220A of the stadium A and the stadium of the stadium B of the stadium B are selected, Projecting the pitching image by the image portion 220B; (c12) detecting the velocity and direction of the ball struck by the sensor 230A of the stadium A when the ball ejected from the stadium is hit, and calculating the striking result by using the striking and calculating unit 540 of the stadium A; And (c13) projecting the batting result calculated by the video part 220A of the A stadium and the video part 220B of the B stadium.

If the field battle is selected in the step (b), the step (c) may further include: (c21) if any one of the plurality of pitch patterns is input by the operation unit 105, The pitching control unit 530 discharges the ball using the pitching machine 390, and the video unit 220 projects the pitching video image; (c22) detecting the velocity and direction of the ball hit by the sensor 230 when the discharged ball is hit, and calculating the batting result using the batting calculation unit 540 using the detected velocity and direction; (c23) projecting the calculated batting result by the image unit 220; (c24) when the batting result is projected and a defense operation signal is applied through the operation unit 105 at a preset timing, the bat calculation unit 540 raises the batting probability of success and updates the batting result; And (c25) projecting the batting result corresponding to the updated batting result.

In the step (b), when the remote competition is selected, the data of the A and B arena are interlocked to perform the remote competition, and the step (c) The pitching control unit 530 of the stadium A ejects the ball using the pitching machine 390 of the stadium A in accordance with a rule stored in advance with respect to the inputted pitch pattern, (220A) and a video part (220B) of the B stadium project a pitch image; (c32) detecting the speed and direction of the ball struck by the sensor 230A of the stadium A when the discharged ball is struck, and calculating the striking result using the striking and calculating unit 540 of the stadium A; (c33) projecting a batting result image corresponding to the calculated batting result of the image area 220A of the stadium A and the image area 220B of the stadium B; (c34) when a batting result is projected and a defense operation signal is applied from the operation section 105 of the B stadium at a preset timing, the striking operation section 540 of the stadium A raises the defense success probability and updates the batting result ; And (c35) projecting the batting result image corresponding to the updated batting result of the video part 220A of the A stadium and the video part 220B of the B stadium.

In the step (c), the image captured by the camera 290A of the A stadium is projected by the video part 220B of the stadium B, and the cameras 290A and 290B are provided to the stadium B and the B stadium, respectively. And a step of projecting the image taken by the camera 290B of the B stadium to the video part 220A of the A stadium.

In addition, when the attacking team item use signal is applied, the probability of hitting is calculated to be high when calculating the batting result, and when the defending team item use signal is applied, the hitting probability is preferably calculated to be low when calculating the batting result.

According to another aspect of the present invention, there is provided a game setting method, comprising: (a) selecting one of a batting / defending mode and a batting / throwing mode to a game setting module; (b) selecting one of the field competition and the remote competition in the game setting module 510; And (c) advancing a screen baseball according to a baseball game rule according to a mode input in the steps (a) and (b), wherein the game progress module (520) A remote battle is automatically selected and input in the step (b), and the remote battle in the step (b) is a battle / pitching mode in which a place is different from a screen baseball field, It is preferable that the game is interlocked with the data so that the same screen baseball game is played as the user battle.

If the batting / pitching mode is selected in step (a), the data of the A-stadium and the B-stadium are interlocked to perform the remote battle, and the step (c) Detecting the velocity and direction of the pitches of the pitches of the pitches of the pitches of the pitches of the pitches of the pitches of the pitches of the pitches by the pitching control unit 530 of the pitches B of the pitches B, And (c42) the pitching control unit 530 of the stadium A uses the pitching machine 390A of the stadium A to eject the ball in accordance with the calculated result of the pitching, and the video of the stadium A and the video of the stadium B And the unit 220B projects the pitching image.

After the step (c42), when the ball ejected from the stadium A is hit (c43), the sensor 230A of the stadium detects the speed and direction of the struck ball, and the striking operation unit 540 of the stadium A, Calculating a batting result; And (c44) projecting the batting result image corresponding to the batting result calculated by the image portion 220A of the A stadium and the image portion 220B of the B stadium.

When the batting result is projected at a predetermined timing and the batting operation signal is applied from the operation unit 105 of the B stadium to the striking operation unit 540 of the stadium A, To update the batting result; And (c46) projecting the batting result image corresponding to the updated batting result of the image portion 220A of the A stadium and the image portion 220B of the B stadium.

In addition, it is preferable that the image portion 220B of the B stadium before the step (c41) further includes a step of projecting the strike zone 20 and the mitts zone 10. [

In step (c41), if the pitching position is within the strike zone 20, the pitching result is calculated as a strike, and in step (c42), the pitching machine 390A of the A- Or less.

When the pitching position is within the mit zone 10 in the step (c41), when the striking operation unit 540 of the stadium A in the step (c43) calculates the striking result, the probability of hitting is calculated to be lower desirable.

In addition, when the attacking team item use signal is applied, the probability of hitting is calculated to be high when calculating the batting result, and when the defending team item use signal is applied, the hitting probability is preferably calculated to be low when calculating the batting result.

In the step (c), the image captured by the camera 290A of the A stadium is projected by the video part 220B of the stadium B, and the cameras 290A and 290B are provided to the stadium B and the B stadium, respectively. And a step of projecting the image taken by the camera 290B of the B stadium to the video part 220A of the A stadium.

Further, it is preferable that a safety net is provided between the A stadium and the B stadium adjacent to the stadium, and between adjacent stadiums.

According to the present invention, user battle screen baseball simulation against a human is possible.

Compared to the prior art, which is based on the same mechanically responsive defensive team using certain rules, the variables can be created by humans and the competition awareness can be increased, increasing the interest and enjoyment.

One stadium using one screen can have user battle screen baseballs, as well as other stadiums in the same screen baseball store (generally, a number of stadiums are located in one screen baseball store) You can also enjoy screen baseball between the arenas of a screen baseball store (for example, a screen baseball store in Seoul and a screen baseball store in Busan).

More than four people in physically adjacent striking stadiums and stadiums can enjoy screen baseball using the strike / pitch mode (see FIG. 8). You can wait in the waiting area, eat food, or play other games, which may give you a similar pleasure to enjoying baseball at a real ballpark.

Figure 1 shows a screen baseball field in accordance with the prior art.
2 is a photograph of a screen baseball stadium according to the prior art.
3 is a table for explaining a game mode in the screen baseball simulation method according to the present invention.
4 is a schematic diagram of a system for performing a screen baseball simulation method according to the present invention.
Fig. 5 is a conceptual view of a stadium for explaining "batting / defending mode-field competition, " and Fig. 6 is an example of an image projected on the screen at this time.
Fig. 7 is a conceptual view of a stadium for explaining the batting / defending mode-remote fighting. Fig. 5 is a schematic diagram of a screen baseball simulation method
FIG. 8 is a conceptual view of a stadium for explaining an embodiment of "batting / throwing mode-remote fighting ", and FIG. 9 is a conceptual view of a stadium for explaining another embodiment.
10 is an example of an image projected on the screen in the " batting / throwing mode ".
11 is a conceptual diagram for explaining a method of using an item.
12 is a schematic diagram for explaining various modes that can be set in the screen baseball simulation method according to the present invention.

In the following, the "offensive team" and "defense team" refer to the teams that attack and defend according to the rules of baseball games.

Hereinafter, the term "helmet pattern" means a helmet style that can be selected by a defensive team user. The user can select any one of a plurality of helmets, and how each pitching machine Is set and stored. For example, you can select "offensive", "safe", etc., and if the user chooses "offensive", the pitching machine will eject the ball faster, but eject it in the middle, Can eject the ball slower than the ball but ejected to the outside or the high place.

Hereinafter, "pitching result" is any one of "strike" and "ball" as a result of pitching by the defending team user throwing the ball toward the screen. The velocity and the direction of the pitch of the ball are confirmed by the sensor, and the result is calculated using this.

Hereinafter, the "pitch position" means a position where a pitcher who is a defensive team user reaches the screen when the ball is thrown toward the screen. It can be confirmed by the sensor and confirmed as the calculation result by the pitching controller. For example, whether or not it is within the strike zone / mit zone described later corresponds to the information of the pitch position.

Hereinafter, "hit result" means a result of hitting a ball ejected from a pitching machine by an attacking team user. The velocity and the direction of the hit ball are confirmed by the sensor and are calculated using this. "Out", "hits", and the like. Further, since the batting result is determined by calculation because it is a screen baseball, items to be described later can be used. In other words, if the item is used by the attacking team and the item use signal is applied, the probability of hitting is calculated to be high when calculating the hitting result, and if the item use signal is applied using the item by the defending team, have.

Hereinafter, similar stadiums will be described as being divided into A stadiums and B stadiums, which will be described by adding A and B to the reference numerals, respectively. For example, the reference numeral of the game area is "200 ", but the game area of the A stadium is denoted by" 200A ", and the game area of the B stadium is denoted by "200B ".

Hereinafter, the present invention will be described in more detail with reference to the drawings.

1. A rough description of the simulation method

The user can use the game setting module 510 to select a game mode, a competition mode, and a progress mode. Further, it is possible to further set whether or not to set an item to be described later, and to further set whether to apply the handicap (refer to FIG. 12).

Hereinafter, each will be described in detail.

1.1 [Game Mode] Hitting / Defending Mode, Hitting / Hitting Mode

The user can select a game mode as shown in FIG. 3 before starting the game.

The "batting / defending mode" is a mode in which the attacking team hits, and the defense team actively performs defensive operation using the operating unit 105. [ Depending on the user's selection, it is possible to wait without using the separate operating unit 105. [

The "batting / pitching mode" is a mode in which the defensive team directly performs the pitching, the control unit 500 calculates this and the pitching machine 390 causes the ball to be ejected so that the attacking team hits the ball Mode. In the case where there is only one defensive team, operations other than the pitching may be performed automatically because there are no personnel to operate the operation unit 105. However, if there are two or more defensive teams, the opponent 105 may be manipulated to perform active defensive .

1.2 [Matching mode] On-site match, remote match

"Field battle" is a case in which an attacking team and a defensive team play in one arena as in the prior art. That is, only one attacking team that hits the game zone 200 enters the game zone 200. It is available when the game mode is hit / defense mode.

"Remote Warfare" is a case in which an attacking team and a defensive team play in two different stadiums (A stadium, B stadium). The control unit 500 of each stadium shares data via a communication network. Between different stadiums within a single screen baseball store, or between stadiums of physically spaced screen baseball stores.

1.3 [Competition Mode] Demonstration Game, Rank Game, Tournament Game

"Demonstration game" means a one-time game. Match results are not stored separately.

A "rank game" is a case where one registered team competes in ranking by acquiring points for each game. The acquired points may be used for rank score calculation, and may be used for items to be described later.

A "tournament game" is a case where only a certain number of teams participate and the winner determines the winner by advancing to the next round.

1.4 [Item Mode] Items available, items not available

In the present invention, points may be acquired according to game participation and play or purchase, and the acquired points may be used to purchase items that may affect a real screen baseball game. The details will be described below.

1.5 [Handicap Mode] No handicap, no handicap

The user can decide whether or not to set a handicap considering the baseball level of the user before the start of the game. Thus, the user can enjoy a more exciting game even when the baseball player has a slightly different level of competition.

For example, when a handicap is applied, it may be calculated that the probability of hitting during the calculation for the batting result is reduced by 10%, or the ball may be discharged at a relatively high speed by the pitching machine 390.

2. Description of the system

The stadium where the method according to the present invention is performed is similar to the stadium according to the prior art described in Fig.

However, as described later, in order to perform the "batting / defending mode ", the operating unit 105 must be located on the waiting area of the playing field (see FIGS. For this, a table 135 is preferably provided together with a chair 130.

It is also possible to use a pitch-only stadium to perform a "strike / pitch mode ", in which case a pitching machine 390 and screen hole 251 are not required in the stadium and a pitch plate 215 is preferred , 9). Of course, common stadiums can be used by both attack and defense teams.

In order to perform "remote competition, " it is preferable to have a camera 290 for photographing a user in the stadium and projecting it to another stadium (refer to Figs. 5, 7, 8 and 9).

4, the control unit 500 for simulating a screen baseball includes a game setting module 510, a game progress module 520, a pitching control unit 530, a batting calculation unit 540, And an item setting unit 550.

In FIGS. 5, 7, 8 and 9, the control unit 500 is shown in the atmospheric zone 100 of the playing field, but may be located in the manager area or the like in the screen baseball store. However, the operation unit 105 connected to the control unit 500 should be located in the atmospheric area 100.

The game setting module 510 sets a game mode, a competition mode, a competition mode, an item use state, and a handicap application according to a user's input as described above with reference to FIG.

The game progress module 520 is in communication with the camera 290, the operation unit 105, the pedal 210, the video unit 220, the pitching machine 390, and the sensor 230 to exchange data, Follow the rules to play the game.

The pitching control unit 530 discharges balls in accordance with a predetermined rule. Particularly, in the "batting / defending mode ", the user can input the pitching pattern, and the pitching controller 530 causes the pitching machine 390 to eject the ball in accordance with a rule stored in advance for the inputted pitching pattern.

In the " batting / pitching mode ", the pitching control unit 530 receives the result of the velocity and direction of the sensor 230 sensed by the pitcher who is the defense team user, calculates the pitching result, The pitching machine 390 causes the ball to be ejected toward the batter who is the attacking team user. A concrete result of the pitching result calculation will be described later.

The hit calculation unit 540 receives the velocity and the direction of the ball hit by the attacking team user from the sensor 230 and calculates the batting result. A specific batting result calculation method will be described later.

The item setting unit 550 calculates points acquired by the user and assists in the calculation of the batting result according to the item used by the user.

3. Specific simulation methods

3.1 Strike / defensive mode - field battle

In the " batting / defending mode ", the defensive team user can determine the pitching pattern using the operating unit 105 and can select the speed and direction of the ball to be discharged to the attacking team user, It is possible to increase the probability of success of defending the ball, thereby increasing the feeling of immersion (see FIG. 5).

In another embodiment, the defensive team user may wait in the waiting zone 100 without operating the separate operating unit 105. [

Also, in "field competition", both the attacking team and the defense team user play in one arena.

Accordingly, when the game is started, the defense team inputs one of a plurality of pitch patterns by the operation unit 105. The pitching control unit 530 ejects the ball using the pitching machine 390 and the video unit 220 projects the pitching video in accordance with a rule stored in advance with respect to the inputted pitching pattern.

When the ejected ball is hit, the sensor 230 detects the speed and direction of the hit ball, and the hit arithmetic unit 540 calculates the hit result using the detected result, and the image unit 220 projects the calculated hit result.

At the same time as the batting result is projected, the defending team can increase the probability of defending success by using the operating unit 105. That is, the defensive operation signal can be applied through the operation unit 105 at a preset timing while watching the screen.

For example, the batting result calculated at the time of batting is "hits ", but the user of the defensive team watches the screen 250 and uses the operating unit 105 at an appropriate timing when the ball B is positioned before the defender Pressing the button can be "out". Thus, when the defense operation signal is applied at an appropriate timing, the hit calculation unit 540 raises the defense probability of success and updates the batting result.

Next, the video unit 220 projects the batting result corresponding to the updated batting result. That is, although an image according to the batting result calculated in advance as "hits" has been projected, an updated image corresponding to "out" is projected because a defense operation signal is applied at the operation unit 105 at an appropriate timing.

Meanwhile, in another embodiment described above, all of the attacking team users, except for the one who entered the game zone 200, are all located in the waiting zone 100 and are allowed to stand alone without operating the separate operating unit 105 . ≪ / RTI >

3.2 Hitting / Defending Mode - Remote Warfare

In "Remote Warfare", a "batting / defense mode" is carried out in a separate stadium (Stadium A, Stadium B).

The attacking team user and the defensive team user mode may enter the game zone 200 at each stadium but the pitching machine 390 only operates at the stadium of the attacking team.

The data of A and B are interlocked.

If the A-stadium user is an attack team and the B-stadium user is a defensive team, proceed as follows (see Fig. 7). Of course, once the offensive team's attack is over, the role of each stadium user changes.

When any one of a plurality of pitch patterns is input by the operation section 105 of the B competition venue, the pitching control section 530 of the A competition venue uses the pitching machine 390 of the A competition venue, And the video portion 220A of the stadium A and the video portion 220B of the stadium B project the pitch image.

Next, when the discharged ball is struck, the sensor 230A of the stadium A detects the velocity and direction of the struck ball, and the striking operation unit 540 of the stadium A calculates the striking result using the detected striking speed and direction.

At this time, the image portion 220A of the stadium A and the image portion 220B of the stadium B project a batting result image corresponding to the calculated batting result.

In this process, when a batting result is projected and a defense operation signal is applied at the preset time at the B stadium, the striking operation unit 540 of the stadium A raises the probability of the defense success and updates the batting result .

Accordingly, the image portion 220A of the stadium A and the image portion 220B of the stadium B project a batting result image corresponding to the updated batting result.

In this case, the cameras 290A and 290B are provided in the stadium A and the stadium B, respectively. The video image 220B of the stadium B projects the video shot by the camera 290A of the stadium A, It is possible to increase the interest by projecting the shot image of the user A to the part of the screen 250 by projecting the video image 220A of the A stadium.

Also, in this case, the defensive team users may be placed in the waiting area 100 in the B arena (playing field of the defensive team), and may also proceed in a manner of waiting only without operating the separate operation unit 105.

3.3 Hitting / Pitching Mode - Remote Warfare

The "batting / pitching mode" is a method in which the pitching machine 390 of the attacking team stadium discharges the ball after the user of the defense team performs the pitching. Therefore, it is necessary for the defensive and offensive teams to use separate stadiums (Stadium A and Stadium B).

As shown in Fig. 8, the A-stadium and the B-stadium are adjacent to each other, and a safety net may be provided between adjacent stadiums.

In the case of these stadiums, for example, more than four users can enjoy screen baseball more enjoyably and dynamically while waiting, cheering and eating in one atmospheric zone 100.

As shown in FIG. 9, it goes without saying that it is possible to be performed between far-apart stadiums.

If the user A is the attacking team and the user B is the defense team, proceed as follows. Of course, once the offensive team's attack is over, the role of each stadium user changes.

The video part 220B of the B competition stadium projects the strike zone 20 and the mit zone 10 onto the screen 250B as shown in Fig.

Here, the strike zone 20 influences whether the pitching machine 390 is to eject the ball into the strike zone 20 or not, and whether or not the pitching machine 390 is ball / strike when the attacking team can not hit . The mitts zone 10 affects the probability of hitting during batting result calculations.

Here, the strike zone 20 is a fixed position.

The mitts zone 10 is a zone in which a pitcher is a target for throwing a ball, and may be changed in accordance with the tendency of the batter to be entered in advance, the size of the batter's body, or may be changed at random in each pitching.

The user makes a pitch toward the meat zone 10 viewed on the screen 250B.

When pitching is performed in the B stadium, the sensor 230B of the B stadium detects the velocity and direction of the pitch, and the pitching control unit 530 of the B stadium calculates the pitching result using the detected speed and direction.

The pitching control unit 530 of the stadium A uses the pitching machine 390A of the stadium A to discharge the ball in accordance with the calculated result of the pitching and the video unit 220A of the stadium A and the video unit 220B of the stadium B, Project a pitching image.

Specifically, when the pitching position is within the strike zone 20, the pitching result is calculated as a strike, and the pitching machine 390A of the A-pitching stadium projects the ball within the strike zone 20. [ If the attack team does not strike, it will be a strike. Conversely, when the pitching position is outside the strike zone 20, the pitching result is computed by the ball, and the pitching machine 390A of the stadium A projects the ball out of the strike zone 20. [ If the attack team does not hit, it will be a ball. For the sake of safety, it is preferable not to project the ball into the user's body when projecting the ball to be a ball.

When the ball ejected from the stadium A is hit by the user, the sensor 230A of the stadium 230A detects the velocity and direction of the struck ball, and the striking operation unit 540 of the stadium A calculates the striking result, The image portion 220A of the stadium and the image portion 220B of the B stadium project a batting result image corresponding to the calculated batting result.

Here, the result of the pitching in the stadium A affects the batting result. That is, when the pitching position is within the mit zone 10, the probability of hitting is calculated to be lower when the striking calculator 540 of the stadium A calculates the striking result. Conversely, when the pitching position is outside the meat zone 10, the probability of hitting is calculated higher. That is, even if the attacking team hits at the same speed and direction, it may or may not be a hits depending on whether or not the defending team user has projected the ball into the mite zone 10.

Through this, the user who is a pitcher will try to pitch into the meat zone 10 as much as possible, so that the degree of immersion can be increased.

On the other hand, in the case of one defensive team user, it is difficult to defend using the operation unit 105 as in the "batting / defensive mode" at the same time as the pitching. If two or more defensive team users are used, Quot; mode ", it is possible to perform a defense operation using the operation unit 105. [

Therefore, in the case where the defensive operation is performed, when the batting result is projected and a defense operation signal is applied from the operation section 105 of the B stadium at a preset timing, the striking operation section 540 of the stadium A raises the probability of success of defense The striking result is updated, and the image portion 220A of the stadium A and the image portion 220B of the stadium B project the batting result image corresponding to the updated batting result.

3.4 Using Items

As shown in Fig. 11, the user can acquire points with various behaviors. Game participation, in-game hits, home runs, and victories. Or purchase.

The earned points may be used for rank determination in the case of a "rank game " and may be used to purchase items.

For example, in the case of an attacking team, when an attacking team item use signal is applied through the operating unit 105, the probability of hitting can be calculated to be high when the batting result is calculated. That is, even if the same hit is made, the probability of being calculated as a hit increases.

In contrast, when a defensive team item use signal is applied through the operating unit 105 in the defense team's viewpoint, the probability of hitting can be calculated to be low when the batting result is calculated.

In addition, there may be an athlete scout to secure his player roster, an item that increases the speed and slugging rate, and an item that increases the pitching speed or range.

Also, a defeat team can deduct points.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the appended claims. It will be understood that the present invention can be changed. Also, it should be understood that any combination of any one or more of the various embodiments is also within the scope of the present invention.

100: Waiting area
105:
110: User terminal
120: Safety net
125: Entrance
130: Chair
135: Table
200: Game area
210: Pedal
215: pitch plate
220:
230: sensor
250: Screen
251: Screen hole
290: Camera
300: Operational Area
390: Pitching machine
500:
510: Game setting module
520: Game progress module
530:
540:
550: Item setting unit

Claims (16)

(a) selecting and inputting a batting / defending mode to the game setting module 510;
(b) selecting one of the field competition and the remote competition in the game setting module 510; And
(c) advancing the screen baseball according to the baseball game rules according to the mode input in the steps (a) and (b), wherein the game progress module (520)
In the remote competition in the step (b), the data of the A-stadium and the B-stadium, which are different screen baseball stadiums, are interlocked with each other,
If the field battle is selected in the step (b), the step (c)
(c21) If any one of a plurality of pitch patterns is input by the operation unit 105, the pitch control unit 530 discharges the ball using the pitching machine 390 in accordance with a rule stored in advance for the input pitch pattern ≪ / RTI &
The batting result is updated by applying the batting operation signal to the batting calculation unit 540 for calculating the batting result of the ball discharged from the pitching machine 390,
A screen baseball simulation method that provides a user battle game.
The method according to claim 1,
The step (c21) may further include the step of projecting the projection image by the imaging unit 220,
The step (c) may further include, after the step (c21)
(c22) detecting the velocity and direction of the ball hit by the sensor 230 when the discharged ball is hit, and calculating the batting result using the batting calculation unit 540 using the detected velocity and direction;
(c23) projecting the calculated batting result by the image unit 220;
(c24) when the batting result is projected and a defense operation signal is applied through the operation unit 105 at a preset timing, the bat calculation unit 540 raises the batting probability of success and updates the batting result; And
(c25) projecting the batting result corresponding to the updated batting result, the image portion (220)
A screen baseball simulation method that provides a user battle game.
(a) selecting and inputting a batting / defending mode to the game setting module 510;
(b) selecting one of the field competition and the remote competition in the game setting module 510; And
(c) advancing the screen baseball according to the baseball game rules according to the mode input in the steps (a) and (b), wherein the game progress module (520)
In the remote competition in the step (b), the data of the A-stadium and the B-stadium, which are different screen baseball stadiums, are interlocked with each other,
If the remote competition is selected in the step (b), the data of the A-stadium and the B-stadium are interlocked to perform remote charging, and the step (c)
(c31) If any one of a plurality of pitch patterns is inputted by the operation part 105 of the B stadium, the pitching control part 530 of the stadium A plays pitching machine 390 of the stadium A, And ejecting the ball using the ball,
A stadium operation part 540 of the stadium A that calculates the striking result of the striking ball discharged from the pitching machine 390 of the stadium A is applied with a defense operation signal to update the striking result,
A screen baseball simulation method that provides a user battle game.
The method of claim 3,
The step (c31) may further include the step of projecting the pitching image by the video part 220A of the A stadium and the video part 220B of the B stadium,
The step (c) may further include, after the step (c31)
(c32) detecting the speed and direction of the ball struck by the sensor 230A of the stadium A when the discharged ball is struck, and calculating the striking result using the striking and calculating unit 540 of the stadium A;
(c33) projecting a batting result image corresponding to the calculated batting result of the image area 220A of the stadium A and the image area 220B of the stadium B;
(c34) when a batting result is projected and a defense operation signal is applied from the operation section 105 of the B stadium at a predetermined timing, the striking operation section 540 of the stadium A raises the defense success probability and updates the batting result ; And
(c35) projecting the batting result image corresponding to the updated batting result of the image portion 220A of the stadium A and the image portion 220B of the stadium B,
A screen baseball simulation method that provides a user battle game.
The method according to claim 3 or 4,
A cameras 290A and 290B are provided in the stadium A and the stadium B, respectively,
The step (c)
The step of projecting the image taken by the camera 290A of the stadium A into the video part 220B of the stadium B and projecting the video shot by the camera 290B of the stadium B into the video part 220A of the stadium Including,
A screen baseball simulation method that provides a user battle game.
(a) selecting and inputting a batting / defending mode to the game setting module 510;
(b) selecting one of the field competition and the remote competition in the game setting module 510; And
(c) advancing the screen baseball according to the baseball game rules according to the mode input in the steps (a) and (b), wherein the game progress module (520)
In the remote competition in the step (b), the data of the A-stadium and the B-stadium, which are different screen baseball stadiums, are interlocked with each other,
The probability of hitting is calculated to be high when calculating the batting result when the attacking team item use signal is applied and the probability of hitting is calculated to be low when the batting result is calculated when the defending team item use signal is applied,
A screen baseball simulation method that provides a user battle game.
(a) selecting one of the batting / defending mode and the batting / throwing mode by the game setting module 510;
(b) selecting one of the field competition and the remote competition in the game setting module 510; And
(c) advancing the screen baseball according to the baseball game rules according to the mode input in the steps (a) and (b), wherein the game progress module (520)
When the batting / pitching mode is input in the step (a), the remote competition is automatically selected and input in the step (b), the data of the A-stadium and the B-stadium are interlocked,
In the remote competition in the step (b), the data of the A-stadium and the B-stadium, which are different screen baseball stadiums, are interlocked with each other,
The step (c)
(c43) detecting the speed and direction of the ball hit by the sensor 230A of the stadium A when the ball ejected from the stadium is hit, and calculating the striking result by the striking calculator 540 of the stadium A using the detected speed and direction; And
(c45) when the defense operation signal is applied from the operation part (105) of the B stadium to the stadium operation part (540) at the predetermined timing, the stadium operation part (540)
A screen baseball simulation method that provides a user battle game.
8. The method of claim 7,
The step (c) may further include, before the step (c43)
(c41) when pitching is performed in the B stadium, the sensor 230B of the B stadium detects the velocity and the direction of the pitch, and using the pitch and the direction of the pitch, the pitching controller 530 of the B stadium calculates the pitching result; And
(c42) The pitching control unit 530 of the stadium A discharges the ball in accordance with the calculated pitching result using the pitching machine 390A of the stadium A, and transmits the ball to the video unit 220A of the stadium A and the video unit (220B) projecting a pitching image,
A screen baseball simulation method that provides a user battle game.
9. The method of claim 8,
After the step (c43)
(c44) projecting a batting result image corresponding to the batting result calculated by the image portion 220A of the stadium A and the image portion 220B of the stadium B,
A screen baseball simulation method that provides a user battle game.
10. The method of claim 9,
After the step (c45)
(c46) projecting the batting result image corresponding to the updated batting result of the image portion 220A of the stadium A and the image portion 220B of the stadium B,
A screen baseball simulation method that provides a user battle game.
10. The method of claim 9,
Before step (c41), the step of projecting the strike zone (20) and the mit zone (10)
A screen baseball simulation method that provides a user battle game.
12. The method of claim 11,
In step (c41), if the pitching position is within the strike zone 20, the pitching result is calculated as a strike, and in step (c42), the pitching machine 390A of the stadium A projects the ball into the strike zone 20 doing,
A screen baseball simulation method that provides a user battle game.
12. The method of claim 11,
If the pitching position is within the mit zone 10 in the step (c41), the probability of hitting is calculated to be lower when the striking and calculating unit 540 of the stadium A calculates the striking result in the step (c43)
A screen baseball simulation method that provides a user battle game.
(a) selecting one of the batting / defending mode and the batting / throwing mode by the game setting module 510;
(b) selecting one of the field competition and the remote competition in the game setting module 510; And
(c) advancing the screen baseball according to the baseball game rules according to the mode input in the steps (a) and (b), wherein the game progress module (520)
If the batting / pitching mode is input in the step (a), the remote charging is automatically selected and input in the step (b)
In the remote competition in the step (b), the data of the A-stadium and the B-stadium, which are different screen baseball stadiums, are interlocked with each other,
The probability of hitting is calculated to be high when calculating the batting result when the attacking team item use signal is applied and the probability of hitting is calculated to be low when the batting result is calculated when the defending team item use signal is applied,
A screen baseball simulation method that provides a user battle game.
8. The method of claim 7,
A cameras 290A and 290B are provided in the stadium A and the stadium B, respectively,
The step (c)
The step of projecting the image taken by the camera 290A of the stadium A into the video part 220B of the stadium B and projecting the video shot by the camera 290B of the stadium B into the video part 220A of the stadium Including,
A screen baseball simulation method that provides a user battle game.
8. The method of claim 7,
The adjacent stadium where the stadium A and the stadium B are adjacent, and a safety net is provided between adjacent stadiums,
A screen baseball simulation method that provides a user battle game.

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