KR101257310B1 - The electronic formula die game method which advances two kind games simultaneously with one operation - Google Patents

Abstract

Conventional electronic dice game proceeds the game using the dice provided by the game machine, unlike the user's intention, the dice game applying the present invention is a game using a method of selecting the game channel by yourself and the keyed dice group matrix It consists of selecting dice for progress. In addition, a conventional game method using three dice is selected by selecting nine dice and a user selects three dice designation zones, and simultaneously plays three dice games and nine dice games in one operation. In this way, it is possible to improve the characteristics that emphasize the active participation of the user in the progress of the electronic dice game.

Description

The electronic formula die game method which advances two kind games simultaneously with one operation}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic dice game. The present invention relates to an electronic dice game in which a dice game is performed using a dice shaker or a dice cage. The game method to provide.

The conventional electronic dice game is a way that the game machine dealer automatically supplies the dice to the user in the process of starting the game, it can be said to be a configuration of the intention that there is no choice of the user. In addition, simply waiting for the appearance of the dice to expect a coincidence of the user's participation is passive. Although it is necessary to proceed with the active participation method of the user, there was a problem with the conventional game composition method.

The present invention is to solve the above problems, in the conventional dice game, Dai Sai, Sicbo (SIC-BO), BIG and SMALL, etc. uses the actual dice and the user predicted one, two or Three numbers and the total number of three dice to choose how to bet. While following the offline game as it is, the electronic game does not use the actual dice, but the game is made by making a dice shape.However, the three dice appeared in a game machine provided by a random generator, except that the user expects coincidence. There is no way to participate in the game. The electronic dice game, which is played alone, is simple compared to how many people work together using real dice. There are over 50 betting locations, but the payout rate is based on the appearance rate of three dice, so the dividend is too small compared to other electronic games. In order to solve this problem, it aims to provide practical help and trust through a new electronic dice game method that the user requires.

In the conventional electronic dice game, the three dice appearing are randomly supplied by the dealer in the game machine through the action of the random generator, and thus only three dice required for the game progress are simply assigned. Dice appearance supply method according to the present invention, while hiding the numeric information of each dice, by assigning a unique value (number 數) to each dice composed of n times multiplied group consisting of the sum of the horizontal row and the vertical column By using the keyed dice group matrix that can be selected and inferred by the user, the dice required for game play are directly selected. In addition, a conventional game method using three dice is selected by selecting nine dice, and the user randomly selects three dice designation zones to simultaneously play three dice games and nine dice games in one operation. The game method to change the reliability and participation is characterized by.

As described above, the present invention is different from the supply method of the appearance dice used in the conventional electronic dice game, a method of using the user's own decision by using his own judgment by using the keyed dice collective matrix according to the present invention It was configured. In addition to using only three dice in the conventional game, the game designation zone is implemented so that the user can arbitrarily select the nine dice.

As a game method in which the above two games are simultaneously progressed by one operation of the user, the method to which the present invention is applied can obtain high reliability and improve the characteristics that emphasize the active participation of the user.

1 is a representative view of the initial screen to which the present invention is applied.
2 is a flowchart of an electronic dice game to which the present invention is applied.
3 is a basic mounting diagram of the game.
4 is a layout explanatory diagram to which the present invention is applied.
5A is an explanatory diagram of a game channel selection to which the present invention is applied.
5B is an explanatory diagram of game channel selection.
5C is an explanatory diagram of a game channel selection.
5D is an explanatory diagram of game channel selection.
6A is an explanatory diagram of dependent die formation to which the present invention is applied.
6B is a schematic diagram for explaining a dice matrix.
Figure 6c is a thousand progress three dice selection completion.
FIG. 6D is a three-die dice matrix disclosure.
FIG. 6E shows the completion of six die selection.
FIG. 6F shows the three dice matrix board release.
Figure 6g is a land progress 9 dice selection completion.
FIG. 6H is a three dice matrix release.
FIG. 7 is a game separation diagram of Embodiment 1 of a two way process.
8 is an electronic dice game Internet use of the present invention.

In the conventional electronic dice game, the dice are not fed by a physical device, but are randomly generated and rolled into the image, so that the result of predicting and betting on the area of the layout that is already presented may match the result of the dice. In this case, the dividend is paid.
Three dice appearance zone according to the present invention, A layout in which the game is progressed by the three dice sum, B layout in which the game is progressed by the nine dice sum, game guide area, credit input window, betting input window And, the lower monitor for the main game including a credit mounting window; An upper monitor for the secondary game including a nine dice appearance zone, a keyed dice group matrix arrangement zone, a corresponding prize history display zone, and a double up progress zone; Input means for selecting and inputting a credit input window, a betting input window, a credit accumulation window, and a game zone; A method of playing a game using an electronic dice device, including a betting and dice selection of each game by an input means and controlling a game process, wherein the area of the layout of the A layout and the B layout of the lower monitor for the main game is included. A betting step of selecting and betting a game; On the upper monitor for the auxiliary game, three dice are selected by selecting one zone from each of the three frame lines divided into cloth, human, and land of the three dice spaces arranged in 3 × 3. Selecting a dice appearance zone to connect with the zone; Comprising nine dice appearance zone completion step of opening three consecutive dice in a vertical selection in the keyed dice group matrix board arrangement area arranged the screened dice diced into the cheonji line of the nine dice appearance zone; Completing three dice appearance zones by three zones pre-selected in the nine dice appearance zones; Comprising the dice arrangement of the completed nine dice appearance zones and three dice appearance zones and paying the corresponding dividends in preparation for betting in the betting stage.
In the keyed dice group matrix area, the eigenvalue (number) of each die is displayed at the bottom, the sum of the eigenvalues of each row of the matrix plate is written on one side, and the sum of the eigenvalues of each column of the matrix plate is written at the bottom. On the lower side, the total sum of all the eigenvalues of the dice on the matrix board is displayed, and the dice are hidden by inferring the dice position of the required value by the sum of the eigenvalues of the rows and columns of the matrix board. It is characterized by completing.
The auxiliary monitor upper monitor further includes three dice game channel selection zones representing the number of 27 cases in which three dice zones are selected from nine dice appearance zones. If one is selected, three zones are automatically selected from nine dice appearance zones.

Referring to the accompanying drawings, a preferred embodiment 1 of the present invention will be described in detail.

1 is a representative view according to Embodiment 1 of the present invention. Embodiment 1 and the game is provided with a plurality of display units 10 of the upper monitor 30 for the auxiliary game and the lower monitor 20 for the main game in the main monitor lower monitor 20 in the cloth (天), phosphorus (人) Three dice emergence zone (50), A layout (21) and B layout (22), game guide zone (23), credit input window (24) and betting input window (25) A credit accumulation window 26, a game chip display area 27 for game betting, and a result bulletin board 28 of the last game are set. The upper monitor 30 for the auxiliary game includes nine dice emergence zones 60, game channel selection zones 70, and keyed dice groups, which are divided into thousand, human, and land according to the present invention. Matrix plate arrangement area 80, a sum display field 31 of nine dice, an area 32 indicating the same number of dice appearance among nine dice, and an area 33 displaying corresponding prize details; and The double up progress zone 34 is set.

Figure 2 is a flow chart of the electronic dice game to which the present invention is applied and has a prize dividend DB that pays the prize odds, completes the game with nine dice appearance zones, game channel selection process, game composition keyed dice group matrix selection process This is included.

3 is an electronic dice game mounting diagram according to Embodiment 1 to which the present invention is applied, and the auxiliary game having the lower monitor 20 for the main game and the game channel selection zone 70 according to the present invention as the game progression zone according to the present invention. The upper monitor 30 is provided, and has an input means provided with an input and a selection button.

4 shows an A layout 21 having 44 betting places where the game is played using three dice in the lower monitor 20 for the main game according to the first embodiment to which the present invention is applied. In the A layout 21, the sum of three dice is large or small (41), triple (42), annie triple (43), and double (DOUBLE) (44). , Three dice sum 45, and COMBINATION 46. B layout (22), with three betting locations playing games using nine dice, has nine dice totals large or small (47) and nine dice total odd or even ( 48) The number of nine dice is set to the number 49 with the same dice eye.

5A is an explanatory diagram of a game channel selection to which the present invention is applied. It is divided into three zones, cheon, in, and land, and the nine dice emergence zones set up with nine indicators are divided into upper, middle, and lower sections. There are 60. In more detail, it is divided into three sections (line) horizontally into the cloth (61), the phosphorus (62), and the land (63), and the length is the upper portion (64) and the middle portion (65). The lower 66 is divided into three zones. The dice game is a game that predicts and bets in advance, the result of the three dice appear to the user is a key. In the conventional electronic dice game, since the game machine randomly presents dice for every game, the user has no choice but simply waits for the appearance of the dice predicted by the user. The method to which the present invention is applied selects one zone which the user determines to be advantageous among the upper end 64, the middle end 65, and the lower end 66 of the cloth 61, and the same as the person 62. ) Select one of the top 64, middle 65, bottom 66 and one of the top 64, middle 65, bottom 66 of the ground 63. Of the 27 combinations, choose the dice zone required for A layout 21 with 44 betting locations to play the game using the three dice to proceed. The game channel selection zone 70 is displayed by adding 26 pieces of alphabets A 72 to Z 73 and omega 74 for quick selection of the 27 zones, and the game channel selection start button 71 is activated. During the period of time (blue light), when the user selects one zone, three of the nine dice emergence zones 60, which are set to nine indicators, turn red and appear separately. The area that turned red in the nine dice emergence zone (60) appears in the three dice emergence zone (50) divided into cloth, phosphorus, and land of the main monitor lower monitor (20). It is to organize the game of A layout 21 with 44 betting places where the spot is arranged and arranged in a row and the game is played using three dice. Conventional electronic dice game has no user choice in the appearance of three dice, but in the case of the game of the first embodiment according to the present invention, the user selects the desired zone in every 27 zones and proceeds the game. However, if the game channel selection start button 71 turns red, it cannot be selected again until the end of the game. In the case of the game of the first embodiment, the user selects P 75 in the game channel selection zone 70 to proceed with the game, and the interruption of the cloth 61 of the nine dice appearance zones 60 65) and the lower portion 67 of the phosphorus 62 and the upper portion 68 of the land 63 are shown in red, and the dice eyes appearing in the three zones are the main monitor lower monitor 20. In the three dice emergence zone (50) divided into cheon, gin, and land, hung (65) of cheon (61), and the bottom of phosphorus (62). 67 and the top 68 of the ground 63 are automatically seated.

5B to 5D illustrate various selection examples of game channel selection zones.

Figure 6a relates to the configuration method of the nine dice emergence zone 60 to which the present invention is applied, the user selects nine dice by his own hands according to his judgment through the keyed dice collective matrix board 80 Fill in the display of the dice emergence zone (60).

* Key

The initial screen is locked closed and open when the dice are selected.

* Matrix [行列]

Matrices are widely applied in various fields such as mathematics, engineering, and physics. Rows are horizontally and horizontally represented by horizontal m, and columns are vertical. It is expressed as a direction column n up and down, and is expressed as an m × n matrix.

* Key Dice Collective Procession (Group = X8)

A dice matrix is a form of grouping dice into groups to conceal information of dice eyes and numbers while revealing some information with unique values assigned to each dice. It is expressed as a sum of numbers in an m × n configuration form arranged in several rows m and several columns n.

* Rearrangement

Shuffle Dice with a New Beginning

The keyed dice collective matrix area 80, which uses a lock image to represent the control function, is a multiplying of eight shapes of dice eyes 1 to 6, multiplying a total of 48 dice according to the random generator's signal supply. will be. In the upper position, it is divided into three zones in the right and left directions of cloth (81), phosphorus (82), and land (83). The sum 84, the sum 85 of the columns, and the sum 86 of the whole are presented. The unique number (number) of the dice is specified (87) at the bottom position, and (88) represents the closed form of the dice in the closed state. The matrix board 80 is a rectangular form consisting of n multiples of each dice, and externally represents all data in a simple plate-like structure, but based on mathematical sums of horizontal and vertical sums. I am doing it. The user advantageously selects the dice hidden by inferring the information evenly divided by the formula. Without this presentation, the user has no choice but to select the dice in anticipation of coincidence. According to the present invention, the user will select a dice in a matrix having a high sum of horizontal rows and vertical columns if the eigen value of the dice is large, and if the eigen value of the dice is small, We will choose the dice from a matrix with a low sum of rows and columns.

FIG. 6B is described with reference to the table 100 shown for ease of understanding the present keyed dice collective matrix area 80. The group of dice multiplied by 8 times 101 is converted to Arabic numerals, so that the horizontal row 102 is divided into eight 48 rows and the vertical column 103 is divided into six 48 areas. , 3, in order, ,,,,,,, 46, 47, 48. When the user judges various situations and selects the dice of the "4" zone 104 in the arrangement of the cloth 81, the selected dice are located in the upper monitor 30 for the auxiliary game shown in FIG. 5A. Nine dice will appear to move to the upper (UP) area of the cloth (天) 61 of the appearance area 60. The application of the present invention is not in this case the open state of the dice of the "4" zone 104 alone (OPEN), but dependently the dice of the "5" zone 105 and the dice of the "6" zone 106 open simultaneously. The dice in the "5" Zone 105 are 9 dice, with the dice of the "4" Zone 104 moved to the vertical species of the cloth 61 together with the dice in the "OPEN" state. At the interruption of the cloth 61 of the appearance zone 60, the dice of the "6" zone 106 will be seated simultaneously on the bottom of the cloth 61 of the nine dice appearance zone 60. . When the user selects one dice, the three dice are simultaneously moved in a vertical manner based on the selected dice. If the user selects the "11" zone, the dice in the "12" zone immediately below and the "7" zone, which is the next reel, are dependent. If the user selects the "48" zone, the next reel, the "43" zone, and the next bottom "44" zone dice are subordinate. As a result, the vertical column 103 is configured as a single circular band (reel) so that the dice that are dependent on one die selection appear together.

FIG. 6C illustrates that one die 90 is selected in the arrangement of the cloth 81, and the dice and the dependent dice 91 and 92 are simultaneously opened. 92 is to move to the upper and lower end (64, 65, 66) of the upper and lower end (64, 65, 66) of the nine dice emergence area 60 located in the upper monitor 30 for the secondary auxiliary game. At the same time, since the dice of the cloth 61 zone interruption 65 have selected the P channel in the game channel selection zone 70, the dice in the corresponding field 54 of the cloth 51 of the main monitor lower monitor 20 are selected. Will appear.

FIG. 6D is a check process for determining the authenticity of dice in FIG. 6C, wherein the selected three dice 90, 91, and 92 are activated and blink to open 48 dice. In this case, the user compares and analyzes the sum of the horizontal rows 84, the sum of the vertical columns 85, and the sum 86 of the whole to check for abnormalities. Can be. This is because if three dice (90, 91, 92) appear, an error occurs during the sum 84 of the horizontal rows or the sum 85 of the vertical columns. .

6E is a new beginning of the keyed dice collective matrix region 80. Activation is moved from the arrangement of the cloth 81 to the arrangement of the phosphorus 82, and in the rearranged state, the user selects one dice zone 93 and two subordinate to the dice. Dice (94,95) are simultaneously opened and three dice are moved to the human (82) area of the nine dice emergence area (60) located on the auxiliary monitor upper monitor (30). do. At the same time, the dice at the bottom of the person (82) area is selected in the game channel selection area 70, because the P channel is selected in the corresponding column 55 of the person (52) of the lower monitor 20 for the main game. will be.

FIG. 6F is a checkout process for determining the authenticity of dice in FIG. 6E, wherein the selected three dice blink with activation and open all 48 dice.

6G is a new beginning of the keyed dice collective matrix region 80. Activation is moved from the arrangement of phosphorus 82 to the arrangement of land 83, and in the rearranged state, the user selects one dice zone 96 and two slaves dependent on the dice. The dice (97,98) are simultaneously opened and three dice are moved to the land (83) area of the nine dice emergence area (60) located on the upper monitor (30) for the auxiliary game. do. At the same time, the upper dice of the land (83) zone appears in the corresponding column 56 of the ground (53) of the lower monitor 20 for the main game because the P channel is selected in the game channel selection zone (70).

Figure 6h is a check process to determine the authenticity of the dice in Figure 6g, the selected three dice are blinking with activation and the entirety of 48 dice open.

Figure 7 is a nine dice selected by the user in the electronic dice game according to the present invention (天), phosphorus (人), ji (地) using the three dice in the main monitor lower monitor 20 to proceed to the game A layout (21) game with 44 betting places to play, and the B layout (22) game with three betting places to play the game using nine dice on the upper monitor (30) for the auxiliary game. It appeared. In addition, the channel selected by the user in the game channel selection area 70 is arranged side by side in the three dice appearance area irrespective of the top, middle, and bottom.

8 is a diagram illustrating an electronic dice game Internet use of the present invention, a typical Internet configuration, an electronic dice game program according to the present invention, a terminal for executing an electronic dice game program, and a DB required for game play.

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The present invention provides game users with variety and fun of electronic dice games, expands the award rating selection of the game, and enables the user to actively participate in the game, thereby further improving the trust, interest, and realism of the game. In addition to the development of the casino can be very useful.

20: lower monitor for the main game
30: upper monitor for auxiliary games
50: 3 dice
60: 9th dice appearance area
70: Game channel selection area
80: Key Dice Collective Matrix Area

Claims (3)

Three dice emergence zone 50, A layout 21 where the game is played by three dice sums, B layout 22 where the game is played by nine dice sums, and game guide area 23. A main monitor lower monitor 20 including a credit input window, a batting input window, and a credit accumulation window; An upper monitor 30 for the auxiliary game including the nine dice emergence zone 60, the keyed dice group matrix board arrangement zone 80, and the corresponding prize history display zone; Input means for selecting and inputting a credit input window, a betting input window, a credit accumulation window, and a game zone; In the method of the game using an electronic dice device comprising; a control device for making a bet and dice selection of each game by the input means to control the game process,
Betting step of selecting the game of the zones of the A layout 21 and B layout 22 of the main monitor lower monitor 20;
In the upper monitor 30 for the auxiliary game, each zone is divided from three frame lines divided into cloth, phosphorus, and land of the nine dice emergence zones 60 arranged in 3 × 3. A dice appearance zone selection step of selecting and connecting the three dice appearance zones 50;
Nine dice that each open three dice in a row in a keyed dice group matrix arrangement area 80 where hidden dice are arranged, and input each of them into a thousand recognition line of nine dice appearance area 60. Emergence zone completion stage;
Completing three dice appearance zones by three zones pre-selected in the nine dice appearance zones;
Electronic dice game method comprising the step of paying the dividend in comparison with the betting in the betting stage of the completed dice arrangement area 60 and three dice appearance area (50) . The method of claim 1,
The keyed dice group matrix array area 80 is
Show the eigenvalues (numbers) of each dice at the bottom, list the sum of the eigenvalues of each row of the matrix plate on one side, list the sum of the eigenvalues of each column of the matrix plate at the bottom, and the uniqueness of all dice of the matrix plate on the bottom side Display the total sum of the values
Electronic dice game method characterized in that by selecting the hidden dice by inferring the dice position of the required value by the sum of the eigenvalues of the rows and columns of the matrix plate to complete the nine dice appearance zone (60). The method of claim 1,
In the upper monitor 30 for the auxiliary game
And further provided with a game channel selection zone 70 indicating the number of 27 cases of selecting three dice zones from the nine dice appearance zones 60.
The electronic dice game method, characterized in that three zones are automatically selected from the nine dice appearance zone when one is selected from the game channel selection zone.

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