JPH105390A - Method for discriminating victory or defeat of two game cards to compete in masked competition card game - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for discriminating victory or defeat of two game cards to compete in masked competition card game with which the relative 'victory', 'defeat' or 'draw' of two game cards to compete in a masked competition game can be discriminated in place of a referee. SOLUTION: A ROM 5 stores data corresponding to the 'victory', 'defeat' and 'draw', the address of a memory cell in the ROM 5 is designated from the decode values of two pieces of code information of two competing game cards 12 and 13, the data stored at the address are read out and it is discriminated whether the data value is '0', '1' or '2'. When the data value is '0' or '1', 'victory' and 'defeat' or the 'defeat' and 'victory' are displayed on display means for victory and defeat, etc., corresponding to these two game cards and when the data value is '2', the 'draw' is displayed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a game system in which two or more players arrange a plurality of pieces on a game board and move their game cards according to rules. When a match is played, "winning" and "winning" are determined by the combination of the figures or characters attached to the lower surface of the two game cards and indicated by the strength recognition information that can visually recognize the relative strength. In a masked battle card game in which the game proceeds in accordance with rules such as leaving a game card that has been determined as "losing" or "drawing" on the game board, etc., the relative "win" between the two game cards played And "losing"
Alternatively, the present invention relates to a card game determination method in which determination of “drawing” is determined by reading code information added to each game card, and “winning” and “losing” or “drawing” are displayed.

[0002]

2. Description of the Related Art In the specification of the present application, a masked battle game refers to a game such as a military shogi game, and is not found anywhere else in the past. Therefore, conventionally, the judgment of the masked match game is made by looking at the league match victory table in which a game card is breached by a person other than the two players acting as a judge. There was no game judgment method at all.

[0003] In a military shogi game, characters or figures of a general, a lieutenant general, a lieutenant general, a colonel, a colonel, a major, a lieutenant, a lieutenant, a lieutenant, an airplane, a tank, a mine, a cavalry, an engineer, a spy, and a military flag are written on the surface. Understanding the relative strength of the game cards and calculating the arrangement so that organic strength is generated, laying them down on the shogi board so that they can not be seen by the opponent, and playing according to the prescribed rules Players alternately move their game cards, and move and overlap each other, and referees see the characters indicating the relative strengths of the two game cards that have competed, and decide whether to win or lose or draw Do
The game is advanced by returning only the winning game card to the battle position, and the player who enjoys winning the game when his or her arbitrary game card reaches the headquarters in the opponent's base can be enjoyed.

[0004]

However, the soldier shogi game is a game in which the player can enjoy the game by making use of reasoning, and has high interest, but has not been widely used in recent years. The cause is
It is necessary to have a referee, so it is not possible to play with two people, the children who are referees have a sense of solidarity that they are playing together and it is difficult to have the feeling of solidarity even if the referee retreats, but the alienation when doing the referee The feeling is great, the judgment of the referee takes a long time and the game time is too long, and the judgment of the referee sometimes causes an error.

[0005] Therefore, if it is possible to provide a judgment apparatus for an unmasked battle game in which the judgment of a win or loss can be made quickly and accurately in place of a referee when playing a military shogi game,
Since the military shogi game can be played by two people, it can be widely spread. Furthermore, if the masked battle game determination device reads the code information displayed on the game card instead of reading the characters and graphics displayed on the game card, not only military shogi but also TV animation characters and dinosaur pictures Even if you create a masked battle game with completely different rules by displaying the name and name etc. on the game card, it is possible to determine the win or loss of the masked battle game, so it promotes the creation and widespread of various masked battle games Can be done.

The present invention has been made in view of the above points, and determines the relative “win” and “loss” or “draw” between two game cards to be played in an undercover game in each game. It is an object of the present invention to provide a card game determination method for determining by reading code information attached to a card and displaying "win" and "losing" or "drawing". In particular, the invention of the present application is the "winning" of the league winning and losing table in which "winning", "losing" and "drawing" are arbitrarily arranged.
An unmasked battle game in which data corresponding to "losing" and "drawing" can be stored separately from the system program in the ROM, so that the capacity of the system program can be made small and easy and judgment can be made in a short time. The present invention provides a method for determining a win or a loss of two card games to be played.

[0007]

According to the present invention, as a means for solving the above-mentioned problem, "winning", "winning", "losing", and "drawing" in a league match winning and losing table are arbitrarily arranged.
And the data corresponding to "losing" and "drawing" are stored in the ROM, and the two decoded values obtained from the two code information of the two game cards played are used as they are, or a fixed value is added to one or both of them. The address of a memory cell is designated as a memory designation number via a row decoder and a column decoder of the ROM, and the data stored at that address is read, and the data value is "0" or "1". If the data value is "0" or "1", the win / loss display means corresponding to the two game cards indicates "win", "losing" or "losing". "Win" is displayed, and when the data value is "2", "Draw" is displayed on the win / loss display means. There is provided a method of determining.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The first invention of the present application will be described through the description of an apparatus shown in the drawings. The device shown in FIG. 1 is referred to as a device for determining the loss or the like of an undercover card game (hereinafter, simply referred to as a determination device), and employs a method of determining the win or loss of two game cards that compete in the undercover card game of the first invention of the present application. doing. In this determination device S, the openings 1a and 1b formed on the upper surface of the housing 1 are closed by transparent films 2a and 2b having high tensile strength and durability. 4 and
ROM 5, a pair of code reading means 6a, 6b,
A win / lose display means 7, a determination switch 8, and a piezoelectric buzzer 9 are provided.
1 is supplied with a power supply cord (not shown) with a current / voltage converter for converting a 100 volt AC power supply to a 3 volt DC power supply. The judgment switch 8 is turned on when pressed and turned off when released. Microcomputer 4
When the judgment switch 8 is turned on, the operation is started by the operation of a self-holding circuit (not shown). FIG. 6 shows a military shogi game that is an example of an undercover card game. 6, two sets of the game cards 12 and 13, the design c ₁ that intensity identification information a ₁ or a ₂ and code information b ₁ or b ₂ on the surface was unified set by the rear surface with is displayed
Or c ₂ is displayed. Game cards 12, 13
Code information b ₁ seven bits formed white circles Metropolitan is appended to the surface of a combination of black circles, b ₂ is the intensity recognition information a _1,
An information corresponding to a ₂ micro computer 4 is code information for identifying the relative strength of the game card. Two sets of the game cards 12 and 13, visual identification information a ₁ or a ₂ is arranged invisibly on the game board. Of the two sets of game cards 12, 13,
In order to determine the win or loss of the two game cards 12 and 13 that have competed, the two game cards 12 and 13 face down so that the visual identification information a ₁ or a ₂ is not visible. Are positioned so as to coincide with the positioning depressions 1c and 1d on the upper surface of the.

As shown in FIG. 1, code reading means 6
In this embodiment, a and 6b each employ a photointerrupter array in which seven photointerrupters are arranged so as to face the transparent films 2a and 2b (hereinafter, code reading means in this embodiment). Is called a photointerrupter array). One photo interrupter is a micro device in which a light emitting element and a light receiving element are coupled. The photo interrupter array 6a,
Reference numeral 6b serially reads seven bit code information added to the game card 12 or 13 placed on the transparent film 2a or 2b by sequentially emitting seven light emitting elements. The photo-interrupter arrays 6a and 6b cause the seven light-emitting elements to emit light sequentially and transmit the light to the transparent film 2.
The 7-bit code information b ₁ , b ₂ on the front surface (lower surface) of the two game cards 12, 13 on a, ₂ b is illuminated, and light is absorbed by the irradiation position being white or black. The reflected light having the changed light intensity is received by the light receiving element, and is output as, for example, 0.5 to 1 volt for black and 2.5 to 3 volt for white. As shown in the circuit diagram of FIG. 2 and the flowchart of FIG. 5, when the determination switch 8 is turned on, the microcomputer 4 causes the photo interrupter array 6
The two sets of 7-bit light emission signals are serially output to a and 6b, and the received light signals are directly and serially received as 7-bit binary signals to decode the codes of the two sets of 7-bit serial signals.

In this embodiment, the winning and losing display means 7 includes a total of six LEDs (light emitting diodes) of blue, yellow and red so that the same color is opposed to each other. (Hereinafter, in this embodiment, the means for displaying a win or the like is referred to as an LED.) LEDs 7a ', 7a "
Indicates blue "win", LEDs 7b 'and 7b "indicate yellow and" draw ", and LEDs 7c' and 7c" indicate red and "lose".

As shown in the circuit diagrams of FIGS. 1 and 2 and the flowchart of FIG. 5, the microcomputer 4 uses the code value converted into a serial signal as an RO
An address decoder (column decoder) which inputs to an M5 address decoder (row decoder) and converts a code value converted into a serial signal into an address designation signal
To specify the 2-bit address of the memory cell. The ROM 5 extracts 2-bit data stored at the designated address of the memory cell to the address decoder (column decoder), and outputs it to the microcomputer 4 from the output circuit. 15 × 1 corresponding to FIG.
When a group of league game win / loss data, which is relative win / loss data between the game cards of No. 5 (data obtained by arranging wins and losses and draws), is stored in a memory cell, and the address of the memory cell is specified, Is extracted by an address decoder (column decoder) and output to the microcomputer 4 from an output circuit. The league game win / loss data group stored in the ROM 5 is data of “win”, “loss”, and “draw” of the game card 12 relative to the game card 13, and “win” is “0”, “loss” "Is" 1 "and" Draw "is" 2 ", and two bits are allocated to one data and stored.

Then, the microcomputer 4 sets R
When the two-bit data is read from the OM 5, it is determined whether the two-bit data is winning data "0", losing data "1", or tie data "2" based on the system program. LEs
D7a ', 7a ", 7b', 7b", 7c ', 7c "are turned on. That is, when the game card 12 wins the game card 13, the microcomputer 4 , Blue LED 7a 'and red L
The LED of ED7c "is turned on for 5 seconds, and the game card 12
And the game card 13 is "Draw", the yellow LE
D7b 'and 7b "are turned on for 5 seconds, and the game card 1
When 2 is “win” against the game card 13,
The blue LED 7a "and the red LED 7c 'are turned on for 5 seconds. Further, the microcomputer 4 causes the piezoelectric buzzer 9 to output a determination end sound of" bit "at each determination.

The six LEDs 7a ', 7a ", 7
b ′, 7b ″, 7c ′, 7c ″ and the determination switch 8
It projects or is exposed on the upper surface of the housing 1.

[0014] In short, the microcomputer 4 is composed of R
From the league winning or losing data group about the relative winning or losing-draw between all the code information b ₁ and all of the code information b ₂ which are stored in OM5, leading winning or losing data corresponding to one of the competition, Based on the lead win / loss data, the game card 12
3 is determined to be “win”, “loss” or “draw”, and the result of the determination is displayed on the game card 12.
And the game card 13 are displayed.

FIG. 3 shows a winning and losing table in a league match of fifteen game cards and fifteen game cards. A brute force match table of fifteen game cards 12 and fifteen game cards 13 is shown. It is. In the table, fifteen sheets tens five kinds of the indicated game card 12 of the intensity identification information a ₁ and ten with showing the five kinds of code information b _1, ten five game cards 13 displayed the ten five kinds of and strength identification information a ₂ indicates ten five kinds of code information b _2. In the table, "〇" indicates winning, "X" indicates losing, and "△" indicates a tie, and "winning", "losing",
Indicates "Draw".

FIG. 4 shows a table of FIG. 3 in which the “〇” mark is converted to a numerical value with “0”, the “×” mark as “1”, and the “△” mark as “2”. This is a list to which the decoded values of b ₁ and b ₂ are appended, and it is assumed that the ROM 5 stores a league game win / loss data group in 2-bit units so as to correspond to this list. FIG. 5 is a flowchart showing an outline of a system program stored in the microcomputer.

Next, the operation will be described with reference to FIGS. FIG. 6 shows a military shogi game. The determination device S is placed on the side of the game board instead of the referee. In this masked match card game, two or more players arrange a plurality of game cards (shogi pieces) 12 and 13 on a game board 14 and move their own game cards in accordance with the rules described on the play card 15. Assuming that a match is performed when the player moves to the same point, two game cards 12 and 13 are used when the match is performed.
The strength recognition information a ₁ and a ₂ attached to the lower surface of the device are placed on the determination device S so that the recognition switch a is turned on so that any two of the six LEDs are turned on. , And knows whether the game card 12 is "winning" or the game card 13 is "winning" or "drawing", and the winning game card is left on the game board.
The game proceeds according to the rules described in. The play card 15 shown in FIG. 6 describes a method of moving the game card and a method of proceeding with the game, and also describes a winning / losing table of the league match shown in FIG. As shown in FIG. 6, the game cards 12 and 13
Two types of unified designs c ₁ on the back (top)
Or because the c ₂ is being displayed, the player has a game card 12 design c ₁ is displayed, design c
₂ can be easily divided into two sets of game cards 13 displayed. General, Lieutenant General, Major General, Colonel, Colonel, Major, Captain, Lieutenant, Ensign, Airplane, Tank, Mine, displayed on the front (bottom) surface of game cards 12, 13 (pieces)
Cavalry, engineers, and letter a ₁ or a ₂ spy is intensity recognition information for a player to visually recognize the relative strength of the game card. Therefore, the player visually recognizes whether the strength recognition information a ₁ or a ₂ is a general, a lieutenant general, a minor general, or the like, and recognizes the relative strength by looking at the league table of the play card 15 in the league match. It is possible to arrange the arrangements face down on the game board so that the opponent player cannot see them, considering that the arrangement relationship has an organic strength. It is assumed that each player moves his or her own game card 12 or 13 alternately according to the rules, and moves and overlaps each other, and code information b ₁ and b ₂ are added to the two game cards 12 and 13 that have competed. The housing 1 is placed with its surface facing down so as to match the positioning recesses 1c and 1d on the upper surface of the housing 1 shown in FIG.

When the judgment switch 8 is turned on, a system program stored in the microcomputer 4 is started, and the photointerrupter arrays 6a and 6b receive light emission signals sequentially output from the microcomputer 4 and emit seven light emission signals. The device emits light and the transparent film 2a or 2b
Of two sets of seven bits corresponding to two sets of code information corresponding to two sets of seven bits consisting of a combination of white circles and black circles added to the game card 12 or 13 located above the two sets of binary signals Serially accepts the received light signal. Then, the microcomputer 4, wherein the column address obtained two sets of seven-bit serial signal by decoding the code, from the code information b ₂ row address and the game card 13 obtained from the code information b ₁ of the game card 12 The address of the memory cell is specified via the row decoder and the column decoder of the ROM, and the 2-bit data stored at that address is read to determine whether the data value is "0", "1" or "2". Either of them is determined based on the system program, and when the two-bit data is “0”, the game card 12 determines that the game card 13 has
7a 'and the red LED 7c "are turned on for 5 seconds,
When the two-bit data is "1", it is determined that the game card 12 is "losing" with respect to the game card 13, the blue LED 7a "and the red LED 7c 'are turned on for five seconds, and the two-bit data is" 2 ". ", The game card 12 determines that the game card 13 is a" draw "with respect to the game card 13, and the yellow LEDs 7b 'and 7b" are turned on for 5 seconds.
Then, the microcomputer 4 causes the piezoelectric buzzer 9 to output a judgment end sound of "Beep" at each judgment.
When the determination is completed, the microcomputer 4 is turned off by the power cut of the system program.
Thereby, power consumption can be saved. Subsequently, when the two game cards 12 and 13 played next are placed on the upper surface of the housing 1 and the determination switch 8 is turned on, the system program stored in the microcomputer 4 is restarted,
7-bit code information b ₁ , b ₂ indicating the relative strength of the two game cards 12, 13 is read to win or lose.
Make a draw determination. Thereafter, the microcomputer 4 is turned off. Therefore, the game proceeds in such a manner that only the winning game card is returned to the battle position according to the determination of the win or loss and the draw, and when any one of the game cards reaches the headquarters in the opponent's base, the winner is determined as the winner. You can enjoy the game.

In the above-described embodiment, the microcomputer and the ROM are separately provided, and the data of "win,""los," and "draw" of the league game data is stored in the ROM in a desired or arbitrary matrix arrangement in units of 2 bits. The code information attached to the two game cards in which the game was played is decoded, and the two code values are directly used as the row address designation signal and the column address designation signal. Can be distributed to the row decoder and column decoder of the ROM, and the address of the memory cell can be specified to read the league match data stored there. Therefore, the byte size of the system program is small and easy to create. There is a remet that is. In the above-described embodiment, the two game cards 1
The decoded values of the code information b ₁ and b ₂ of 2 and 13 correspond to the row address and the column address designating the address of the memory cell of the ROM as they are. The reason is that, in the above-described embodiment, the league match data “0”, “1” or “2” is stored by expanding to the row addresses 1 to 15 and the column addresses 1 to 15 of the memory cells of the ROM. This is because the code information b ₁ and b ₂ of the two sets of game cards 12 and 13 are also coded in the range of 1 to 15 to correspond to this.

The present invention is not limited to the above embodiment. In the above embodiment, the code information b ₁ and b ₂ of the two sets of game cards 12 and 13 are 7 bits. Since it can be coded in the range of 1 to 128,
Row address 1 to 128 of the memory cell of the ROM 5 and 1
It is stored the league data in the region of the column address of to 128 may determine the code information b _1, b ₂ of two sets of the game card 12, 13 to be available is the data area of 15 × 15 . Similarly, two sets of game cards 12, 1
3 code information b ₁ , b ₂ is 8-bit, and
And the league match data is stored in the area of the row address of 1 to 256 and the column address of 1 to 256 of the memory cell of the ROM 5, and arbitrary or desired data of 25 × 25 is stored. The code information b ₁ and b ₂ are set so that the value decoded as two sets of 25 game cards 12 and 13 so that the area can be used is the row address and the column address corresponding to the 25 × 25 data area. May be determined. The present invention is not limited to the above-described embodiment, but naturally includes a case where a system program and league match data are stored in a ROM in a microcomputer. In such a case, the code information attached to the two game cards in which the match was performed cannot be decoded, and the two code values cannot be used as they are as the column address designation signal and the row address designation signal. The value obtained by adding a fixed numerical value to each of the two code values obtained above is defined as a code value.
The address of the memory cell is designated for the area storing the OM league match data, and the league match data is read. That is, if the use area of the row address of the memory cell of the ROM is expanded to the range of 1001 to 1015 and the use area of the column address is expanded to the range of 2001 to 2015, and the league match data is stored, Since the code information b ₁ and b ₂ of the two sets of game cards 12 and 13 are coded in the range of 1 to 15, 1000 is added to the decoded value of the code information b _{1 and} the decoded value of the code information b ₂ is added. Is 2
If 000 is added, those values become values specifying the column address and the row address of the memory cell of the ROM.

The present invention is not limited to the embodiment described above. The microcomputer 4 having 40 input / output ports is selected, and the photo interrupter arrays 6a and 6b are switched from the 14 input / output ports. After simultaneously outputting light emission signals to each of the seven light emitting elements, two sets of 7-bit parallel output signals output from each of the seven light receiving elements of the photo interrupter arrays 6a and 6b are simultaneously input to the other 14 input signals. The case where the signal is input to the output port and converted into two sets of 7-bit serial signals inside the microcomputer 4 is also included.

The present invention is not limited to the above-described embodiment, but includes "winning" and "losing" of the league match data.
Is stored in the ROM in units of one bit, and the data of "drawing" includes a case where the data is created by software processing. That is, in the two-dimensional direction of the memory in the column direction and the row direction, the one-bit memory cell of the ROM stores a value of “0” or “1” corresponding to either “win” or “loss”. The values “0” and “1” are developed and stored as desired, and each piece of code information attached to the two game cards played in the game is detected, and the low address is determined from one of the pieces of code information. A designation signal is obtained, a column address designation signal is obtained from the other code information, and a row address designation signal and a column address designation signal are input to the column decoder and row decoder of the ROM, and an address of a memory is designated and stored there. After reading and storing the stored league match data, a row address redesignation signal having the same value as the column address designation signal is obtained, and a column address redesignation signal having the same value as the row address designation signal is obtained. First, the row address redesignation signal and the column address redesignation signal are re-input to the row decoder and the column decoder of the ROM, the memory cell address is redesignated, and the league match data stored therein is read out. When the stored data is added to determine whether the value is "0", "1", or "2", or in the first area of the ROM, one bit of the ROM "wins" and "loses" Is stored in such a manner that the values of "0" and "1" corresponding to any of "1" and "2" are stored in the two-dimensional direction of the row and column directions of the ROM. And, in the second area of the ROM,
League match data is provided in which the value of "1" corresponding to "Draw" is stored in the array of values of "1" in the first area so as to correspond to the value of "1" at the desired position. In advance,
In the masked fighting game, a match is performed, and each of the code information attached to the two game cards requiring the determination of "win or lose" or "draw" is detected, and the first low address designation signal is obtained from one of the code information. A first column address designating signal is obtained from the other code information, and these two signals are input to the row decoder and column decoder of the ROM to designate the address of the memory portion of the first area. After reading and storing the league match data stored in the first row address designation signal and the first column address designation signal, a fixed value is added to the first row address designation signal and the first column address designation signal, thereby converting the row and column address designation signals into the second row address designation signal. Shift to the area
Re-input to the decoder and the column decoder to re-designate the address of the memory cell, read the value stored therein, add the stored data, and determine whether the value is "0", "1" or "2". This is a case in which it is determined whether or not there is.

Furthermore, the invention of the present application provides a "winning" and a "losing"
The data corresponding to "Win" and "Loss" in the league win / loss table where the "Draw" and "Draw" are arranged arbitrarily are stored in the ROM, and the low address obtained from one of the code information of the two game cards played is compared with the low address. It is determined whether or not the column address obtained from the other code information is the same value.If the value is the same, "draw" is displayed on the win / loss display means corresponding to the two game cards. The address of the memory cell is specified by the row address and the column address via the row decoder and the column decoder of the ROM, and the data stored in the address is read out to set the data value to "0".
This embodiment includes an embodiment in which either "1" or "1" is determined and "win" and "los" or "los" and "win" are displayed on the win / loss display means. In the case of this embodiment, if the two decoded code values are not the same, the league match data cannot be designed so as to display “Draw”, but the system program does not become large,
In addition, there is an advantage that a small-capacity ROM can be employed because league game data such as winning or losing can be reduced.

According to the present invention, the code reading means is constituted by two CCDs (charge coupled devices) or a magnetic code detection type, and correspondingly, the code information attached to the game card is converted into a bar code or a magnetic code. Is also good. The opening of the housing need not be sealed with a transparent film. The transparent film may be replaced with glass. In the present invention, the display means for winning or losing may be constituted by a liquid crystal display device or the like.

[0025] The masked battle game can be freely determined separately irrespective of the method and apparatus of the present invention. For example,
The order and direction of moving the game cards, the designation of a card that can be moved to a free position in a single movement, the designation of a card that cannot be moved, and the like can be freely determined and listed as game rules.

[0026]

As described above, as described above,
According to the determination method of winning or losing two game cards to be played in the masked match card game, two or more players arrange their own pieces on the game board and move their game cards according to the rules, Assuming that the match is performed when the player moves to the same point, when the match is performed, "winning" is achieved by a combination of the figures or the character recognition information shown on the lower surface of the two game cards. In a masked card game where the game progresses according to rules such as leaving a game card determined on the game board as "losing" or "drawing" on the game board, etc., between two game cards played in the masked game The relative "win" and "loss" of
Alternatively, the determination of “drawing” can be made by reading the code information added to each game card, and “winning” and “losing” or “drawing” can be displayed. Further, according to the present invention, the data corresponding to "Win", "Loss", and "Draw" of the league match win / loss table in which "Win", "Loss", and "Draw" are arbitrarily arranged are separated from the system program. Since the program can be stored in the ROM, the capacity of the system program can be reduced and easily created, and the determination can be made in a short time. Accordingly, the present invention can provide a masked battle game determination device that can quickly and accurately determine a win or loss on behalf of a referee when playing in a soldier shogi game, so that a soldier who can play with two people A shogi game can be provided, and a high effect can be expected in widely disseminating a military shogi game. In addition, the characters displayed on the game card by the masking game determination device
Because it reads code information displayed on the game card instead of reading figures, it displays not only military shogi but also TV animation characters and dinosaur pictures and names on the game card and has completely different rules. Even if you create a masked battle game, you will be able to judge wins and losses in the masked battle game,
The creation and promotion of various unprecedented masked battle games can be promoted.

[Brief description of the drawings]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 shows a masked battle card game judging device employing a method of judging the loss or the like of two game cards that compete in the masked battle card game of the present invention, wherein (a) is a top view, and (b) is a top view. Is a horizontal cross-sectional view showing the state of looking at the upper surface of the printed circuit board except for the upper surface of the housing,
(B) is a bottom view showing a state where a lid for a dry battery is removed, and (d).
Is a vertical section.

FIG. 2 is a circuit diagram for explaining a method of determining a win or loss of two game cards that compete in an undercover card game according to the present invention;

[Figure 3] Win / Loss Table of League Match (Round-robin Match) of 15 Game Cards and 15 Game Cards

FIG. 4 b ₁ , b of code information of a league match (brute force match) of 15 game cards and 15 game cards
List showing decode values of ₂

FIG. 5 is a flowchart showing an outline of a system program stored in a microcomputer;

FIG. 6 is an explanatory diagram showing a military shogi game that is an example of an undercover card game

[Explanation of symbols]

12, 13 ... Two game card a ₁ that match, a ₂ ... visual identification information b _1, b ₂ ... code information 5 ... ROM 7 ... win or lose like display means

Claims (1)

[Claims] Claims 1. A data corresponding to "Win", "Loss" and "Draw" in a league win / loss table in which "Win", "Loss" and "Draw" are arranged arbitrarily is stored in a ROM. The two decoded values obtained from the two pieces of code information of the two game cards are used as they are, or a fixed value is added to one or both of them, and the R is designated as the memory designation number.
The address of the memory cell is designated via the row decoder and the column decoder of the OM, and the data stored at that address is read out to determine whether the data value is "0", "1" or "2". If the data value is "0" or "1", "Win" and "Loss" or "Loss" and "Win" are displayed on the win / loss display means corresponding to the two game cards. When the data value is "2", "Draw" is displayed on the winning / losing display means, and a determination method for winning or losing two game cards to be played in the masked battle card game.