KR102607045B1 - Board game tools for arithmetic game using octagon-shaped arithmetic symbol - Google Patents

Abstract

The present invention provides a board game tool for arithmetic games using octagon-shaped arithmetic symbols. As an example, the board game tool according to the present invention includes number cards each showing the numbers 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9; An arithmetic symbol card having an octagonal shape and including a first arithmetic symbol card showing a first arithmetic symbol in the shape of a cross and a second arithmetic symbol card showing a second arithmetic symbol in the shape of a long bar; a sequence card, containing one good card and one or more slam cards; and a game area where two cards having a shape and size corresponding to the number card and one operation symbol card can be placed between the two cards.

Description

Board game tools for arithmetic game using octagon-shaped arithmetic symbol}

The present invention relates to a board game tool for arithmetic games using octagon-shaped arithmetic symbols. More specifically, it relates to a board game tool for arithmetic games utilizing octagon-shaped arithmetic symbols in which multiple players participate and share different arithmetic methods through rotation according to player selection.

The four basic operations refer to the four basic operations of arithmetic: addition, subtraction, multiplication, and division. This is a very basic matter, and most people learn the four basic arithmetic operations through general education, such as elementary school.

As the barrier to entry for people into the four basic arithmetic operations is very low, various games using the four basic arithmetic operations are developed/produced around us for various purposes such as education and play, and are provided to many people in the form of computer programs or board games. It is becoming.

However, games that utilize conventional four arithmetic operations provide the player (or user) with a fixed operation symbol as one of four operators such as addition, subtraction, multiplication, and division, and the player is always limited to the function of the fixed operation symbol. There was a problem that the game had to be played, and because of this, it was difficult to develop a high level of interest in the game.

Republic of Korea Patent Publication No. 10-1299788 (2013.08.19)

The purpose of the present invention is to solve the above-described conventional problems, and to provide a board game tool for arithmetic games using octagon-shaped arithmetic symbols that can improve the player's freedom in playing arithmetic games compared to the prior art. will be.

According to one embodiment for solving the object of the present invention, a board game tool includes number cards each showing the numbers 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9; An arithmetic symbol card having an octagonal shape and including a first arithmetic symbol card showing a first arithmetic symbol in the shape of a cross and a second arithmetic symbol card showing a second arithmetic symbol in the shape of a long bar; a sequence card, containing one good card and one or more slam cards; and a game area where two cards having a shape and size corresponding to the number card and one operation symbol card can be placed between the two cards.

In the present invention, the number card is configured in a rectangular shape with rounded corners, and may be configured so that the number of dots corresponding to the displayed number is displayed below the number.

In the present invention, the cross shape is composed of a cross shape with each corner rounded and directed toward each side of the octagon shape, and the long rod shape is composed of a long rod shape with rounded corners each side of the octagon shape. It can be configured to face.

In the present invention, the order card is configured in a rectangular shape with rounded corners, the front has a different design so that the first card and the slam card can be distinguished, and the back has a different design so that the first card and the slam card are indistinguishable. It can be configured to have the same design.

In the present invention, the above-described board game tool may further include additional number cards, which have the same shape and size as the number cards and are configured to have a blank front face. At this time, the game area may be configured so that the number card or the additional number card, the operation symbol card, and the number card can be arranged in the order of the number card or the additional number card, the operation symbol card, and the number card. You can.

At this time, the game area includes a first area marked so that each of the two cards can be placed; and a second area displayed so that the one operation symbol card can be placed.

In the present invention, the above-described board game tool may further include target number cards each displaying different numbers.

At this time, the board may be configured to further include a player area where operation symbol cards and goal cards provided to each player can be placed.

According to the present invention, players can participate in the game with a higher level of interest than before due to improved freedom. In particular, students who are learning the four arithmetic operations can participate in the game by considering various calculation methods with a single operation symbol card through the board game provided by the present invention, and through this, they can learn the four arithmetic operations more quickly.

1 is a diagram showing an example of a number card included in a board game tool according to the present invention.
Figure 2 is a diagram showing an example of an operation symbol card included in a board game tool according to the present invention.
Figure 3 is a diagram showing an example of a sequence card included in a board game tool according to the present invention.
Figure 4 is a diagram showing an example of a board included in a board game tool according to the present invention.
Figure 5 is a diagram showing another example of a board included in a board game tool according to the present invention.
Figure 6 is a diagram showing an example of a change according to the rotation of an arithmetic symbol card in an arithmetic game using a board game tool according to the present invention.
Figure 7 is a diagram showing an example of a change according to the rotation of an arithmetic symbol card that can be additionally applied to an arithmetic game using a board game tool according to the present invention.
Figures 8 and 9 are diagrams showing examples of playing arithmetic games using a board game tool according to the present invention.
Figure 10 is a diagram showing a method of playing an arithmetic game using a board game tool according to the present invention.

Hereinafter, a board game tool for an arithmetic game using an octagon-shaped arithmetic symbol according to the present invention will be described in detail with reference to the attached drawings. At this time, the present invention is not limited or restricted by the above-described embodiments. Additionally, when describing the present invention, detailed descriptions of well-known functions or configurations may be omitted to make the gist of the present invention clear.

Hereinafter, a board game tool for an arithmetic game using octagon-shaped arithmetic symbols according to the present invention will be described in detail with reference to FIGS. 1 to 5.

Figures 1 to 3 are diagrams showing examples of number cards, operation symbol cards, and sequence cards respectively included in the board game tool according to the present invention, and Figures 4 and 5 are included in the board game tool according to the present invention. This is a drawing showing various examples of printed boards.

A board game tool for arithmetic games utilizing octagon-shaped arithmetic symbols according to the present invention includes number cards each displaying the numbers 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9; An arithmetic symbol card having an octagonal shape and including a first arithmetic symbol card showing a first arithmetic symbol in the shape of a cross and a second arithmetic symbol card showing a second arithmetic symbol in the shape of a long bar; a sequence card, containing one good card and one or more slam cards; and a board (10) including two cards having a shape and size corresponding to the number cards and a game area (11) where one of the operation symbol cards can be placed between the two cards.

As an applicable example, a number card according to the present invention may be configured as shown in FIG. 1. In other words, the number card has a rectangular shape with rounded corners, and may be configured so that the number of dots corresponding to the displayed number is displayed below the number. Or, as another example, the number cards are separately marked only at the bottom of the number cards corresponding to 6 and 9 so that each number card can be distinguished from other number cards (e.g., indicating that each number card is at the bottom of 6 and 9) It may be configured to include a sign, etc.). For the arithmetic game using the board game tool according to the present invention, one set of these number cards is composed of number cards marked with numbers 0 to 9, and are used for playing the arithmetic game according to the present invention. The total number of sets of number cards may be determined differently depending on the number of players.

As an applicable example, in the operation symbol card according to the present invention, as shown in FIG. 2, the cross shape is composed of a cross shape with each corner rounded to face each side of the octagon shape, and the long bar shape is It may be configured in the shape of a long bar with rounded corners to face each side of the octagon shape. Similar to the number cards described above, the total number of arithmetic symbol cards used to play the arithmetic game according to the present invention may be determined differently depending on the number of players.

As an applicable example, as shown in Figure 3d, the order card according to the present invention is composed of a square shape with rounded corners, the front has a different design so that the first card and the slam card can be distinguished, and the back has a different design so that the first card and the slam card can be distinguished. may be configured to have the same design so that the sun card and the slam card are indistinguishable. In one example, the order card is provided to all players in a face-down state (e.g., the back side is exposed to all players), and each player can select one of them. At this time, the player who selects the first card among the order cards becomes the player who plays the game in the first order, and the game playing order of the remaining players is based on the player who plays the game in the first order (e.g. clockwise or counterclockwise) ) can be determined.

In the present invention, the board 10 can be configured in various ways. As an example, the board 10 has two cards with a shape and size corresponding to a number card and a size corresponding to the game area 11 where one operation symbol card can be placed between the two cards (e.g., a board) size = size of the game area, FIG. 4), or it may be configured as a size in which areas other than the game area 11 are added (e.g., size of the board > size of the game area, FIG. 5).

At this time, as shown in FIG. 4, the above-described game area 11 is a first area where two cards having the shape and size corresponding to the number card are displayed so that each can be placed, and one operation symbol card is placed between the two cards. It may be configured to include a second area marked to be placed therebetween.

Additionally, the board game tool according to the present invention may further include additional number cards that can display or write the calculation result of the equation determined by the player in the previous order, such as the third card in FIG. 9 described later. To this end, the additional number card may have the same shape and size as the above-mentioned number card and may be configured to have a front consisting of a blank space. Accordingly, the above-described game area 11, as shown in FIG. 9, has the number card or the additional number card, the operation symbol card, and the number card, the number card or the additional number card, and the operation. It can be configured to be arranged in the order of the symbol cards and the number cards.

Additionally, the board game tool according to the present invention may further include target number cards each displaying different numbers within a certain range provided to each player. In this case, the above-described board 10 may further include a player area 12 in which operation symbol cards and goal cards provided to each player can be placed, as well as a game area 11, as shown in FIG. 5 .

As another example, the game area 11 may be configured in such a way that all operation symbol cards according to the number of participating players can be arranged. More specifically, when N players participate, the game area 11 has the configuration shown in Figure 4 (e.g., a configuration in which two cards and one operator symbol card can be placed between the two cards). It may be configured to include N numbers. Accordingly, based on 4 players, assuming that X is a card with a number and a is an operation symbol card, the game area 11 may be configured as follows:

Based on the configuration of the board game tool as described above, the arithmetic game method using the board game tool according to the present invention is as follows.

For an arithmetic game using the board game tool according to the present invention, an appropriate number of number cards, arithmetic symbol cards, sequence cards, additional number cards, goal cards, etc. may be required. The number of the various cards described above may be determined differently depending on the number of players and the total number of rounds in which the game is played. For example, when 4 players play a total of 3 rounds of the game, a total of 2 sets of number cards (e.g. 2 * 10), 10 first operation symbol cards (+) and 2 second operation symbol cards are used as operation symbol cards. You may need 10 (-) cards, 1 good card and 3 bad cards for sequence cards, at least 13 additional number cards, and 4 (or 12) target cards.

Below, as a specific example of the present invention, the arithmetic game rules etc. will be described in detail based on 4 players.

First, based on 4 players, game participants (e.g., game players directly participating in game play and game hosts who control the progress of the game, etc.) receive number cards containing two numbers from 0 to 9 (e.g., 0 to 9). Prepare a total of 2 sets of number cards up to 9) and 10 each of the first operation symbol card (+) and the second operation symbol card (-) in an octagon shape.

The arithmetic game according to the present invention can be operated in a total of 3 rounds. In the present invention, one round may consist of turns in which each player can play the game in order. In the present invention, the total number of rounds can be changed depending on the embodiment, and can be determined according to the players' selection or a random decision method. Additionally, depending on the embodiment, the total number of rounds may be additionally increased.

Game participants prepare a target number card (or a set of target number cards) to give to each player. At this time, the target number card (or target number card bundle) provided to each player may be set to different values, or may be set to a value arbitrarily selected within a certain range.

As the game progresses, game participants display the prepared number cards in the order they are prepared (at this time, the order is a randomly determined order).

The arithmetic game according to the present invention can be operated based on the following rules.

1) Using order cards, determine the play order of multiple players (e.g. who will play first, etc.)

2) Each player changes or decides the target number

3) The player places the operation symbol card between the two number cards (e.g. the first number information and the second number information) displayed in the game area. The result of this calculation becomes the first numerical information provided to the next player.

4) Game participants then display one number card as the second number information, and the next player places an operation symbol card between them.

5) Repeat the actions of 4) above, and at the end of all rounds, the player closest to the target number wins.

Figure 6 is a diagram showing an example of a change according to the rotation of an arithmetic symbol card in an arithmetic game using a board game tool according to the present invention.

In steps 3) or 4) described above, each player selects one of the distributed arithmetic cards (e.g., the first arithmetic card (+) and the second arithmetic card (-)) and decides whether to spin on it ( Example: Based on the operation symbol card in FIG. 2, it is possible to determine whether to rotate 45% clockwise (or counterclockwise) and place it between the two presented cards (e.g., numeric information). Accordingly, in the case of the first operation symbol card, the operation method of + (addition) and X (multiplication) can be shared with each other due to the rotation of the operation symbol card. Similarly, in the case of the second operation symbol card, the - (subtraction) and / (division) operation methods can be shared with each other due to the rotation of the operation symbol card.

As an additional embodiment, in addition to the above-described calculation method, an additional calculation method according to the rotation of the second operation symbol card may be applied.

Figure 7 is a diagram showing an example of a change according to the rotation of an arithmetic symbol card that can be additionally applied to an arithmetic game using a board game tool according to the present invention.

As an example applicable to the present invention, as shown in FIG. 7(a), when the second operation symbol card is rotated 90 degrees clockwise (or counterclockwise) (e.g. |), or as shown in FIG. 7(b) , when the second operation symbol card is rotated 45% clockwise (e.g. \), at least one of the various operation methods below can be applied:

(1) Random operation symbol (e.g., among the four arithmetic operation methods, one operation method randomly selected by game participants is applied)

(2) Change a positive number to a negative number, or a negative number to a positive number.

(3) Add the value to the right of the currently displayed value (e.g. 12|2 = 122, or 12\2 = 122)

(4) Change the denominator and numerator of the fraction (e.g. 10＼2 = 2/10, 10|2 = 2/10)

As a specific example, the operation symbol shown in Figure 7(a) corresponds to one operation method randomly selected among (1), (2), and (3), and the operation symbol shown in Figure 7(b) corresponds to (4) It can correspond to the corresponding calculation method. However, the above-mentioned example is only an example, and the calculation method according to each operation symbol can be set in various ways.

Below, a detailed description will be given of the method of playing the arithmetic game using the board game tool of the present invention, based on 4 players.

1) Decide on the order

Game participants can determine the progression order of players participating in the arithmetic game.

At this time, the progression order for each player may refer to the order in which each player plays a turn-based game while one round is in progress. At this time, the above-described proceeding order can be determined as follows based on the order card shown in FIG. 3.

(1) Game participants can place order cards (e.g., good cards and bad cards shown in FIG. 3) face down on the floor equal to the number of players. In other words, based on 4 players, game participants can provide a total of 4 order cards, including 1 good card and 3 bad cards, face down to the 4 players.

(2) Each player selects the card they want, and when all players have made their selection, they turn over the card and confirm.

(3) The player whose card is “first” is selected as the first player to proceed. Next, when the arrangement of a plurality of players is set, the game order may be determined clockwise (or counterclockwise) based on the corresponding player (i.e., the first player).

2) Preparation

(1) Game participants open the starting number card on the board (10). At this time, the starting number card may be one card randomly selected from a plurality of prepared number cards.

(2) A certain number of operation symbol cards are distributed to each game player. As an applicable example, each player may be provided with the same number (e.g., 4) of operation symbol cards. At this time, each player can be provided with two first operation symbol cards (e.g., the '+' operation symbol card in Figure 2) and two second operation symbol cards (e.g., the '-' operation symbol card in Figure 2). there is. Alternatively, each player is provided with the same number of arithmetic symbol cards, but the arithmetic symbol cards may be composed of a randomly selected number of first arithmetic symbol cards and/or second arithmetic symbol cards among all arithmetic symbol cards. For example, if the first arithmetic symbol card provided to a specific player is A and the second arithmetic symbol card is B, and the (A, B) arithmetic symbol card is provided to the specific player, the first player is given (2 ,2) The second player will be given a (1,3) operation symbol card, the third player will be given a (0,4) operation symbol card, and the fourth player will be given a (4,0) operation symbol card. You can.

(3) Each player may be given a set of target numbers. As an example, the target number bundle may be composed of the same number of target number cards as the total number of rounds in which the arithmetic game is played. At this time, each of the target number cards may be configured to have different values within a certain range. Alternatively, unlike the above-described embodiment, each player may be provided with only one target number card. At this time, the target number cards provided to each player may each be configured to have different values within a certain range.

3) Play

Figures 8 and 9 are diagrams showing examples of playing arithmetic games using a board game tool according to the present invention. Hereinafter, an example of playing the arithmetic game will be described in detail with reference to FIGS. 8 and 9.

(1) When game play begins, game participants present one additional number card after the starting number card on the board 10 (in particular, the game area 11) as shown in Figure 8. At this time, the additional number presented The card may be one card randomly selected from the remaining number card set after the above-mentioned starting number card is selected.

(2) The first player selects one of the operator symbol cards provided to him (e.g. one of the first operator symbol card, one of the second operator symbol cards) and places it between the two cards on the game area (11) (e.g. In the case of 8, you can place the selected operation symbol card (between the '4' card and the '9' card).

(3) As shown in FIG. 9, each time the symbol changes, the operation result value according to the two number cards and the selected operation symbol card can be calculated and displayed on a separate card. More specifically, as shown in Figure 9, game participants determine that when an operation symbol card is selected by a player corresponding to that turn (e.g., the first player), that player's turn is over and that player's turn is over. Depending on the selection of the operation symbol card, the operation result value of the completed mathematical equation can be displayed as the first number card (or numerical information) for the next player. Subsequently, a second number card for the second player may be randomly selected and placed from the remaining prepared set of number cards. In other words, as the player's turn progresses, the calculation result value of the mathematical equation completed by the previous player is separately written on an additional number card and placed as the first card in the game area (11), and a number card randomly selected among the remaining number cards One card can be placed as the second card in the game area (11).

4) Start of round

(1) According to the above-mentioned play rules, one round ends when all players select an operation symbol card once.

(2) At the end of each round, each player may select and discard one target number card from the set of target number cards initially received. Accordingly, just before the last round begins, all players may only have one target number card. However, this is only an example, and if only one target number card is set for each player at the start of the game, the corresponding action may be excluded.

5) End of turn

(1) One round consists of turns in which each player can play an operation symbol card. In other words, based on 4 players, one round may consist of 4 turns in which each of the 4 players can play an operation symbol card.

(2) When a specific player issues an operation symbol card in the corresponding order, the specific player's turn ends. Then, the turn of the next player begins.

(3) When all players' turns end, the round ends.

6) End of round

(1) Every player plays one arithmetic symbol card and decides whether to spin that arithmetic symbol card. In other words, the operation of each player submitting an arithmetic symbol card includes the operation of selecting one of the first arithmetic symbol card or the second arithmetic symbol card in FIG. 2 and the selected arithmetic symbol card (e.g., as shown in FIG. 6 or 7 : May include an operation of selecting (or determining) rotation information of the first operation symbol card or the second operation symbol card. Through this, the player who selects the first operation symbol card can determine whether the first operation symbol card will be applied as an addition operator or a multiplication operator. Similarly, the player who selects the second arithmetic card can determine whether the second arithmetic card is applied as a subtraction or division operator. Or, additionally, the player who selects the second arithmetic symbol card can determine whether the second arithmetic card is applied as a subtraction operator or a division operator, as well as whether other arithmetic rules of FIG. 7 are applied.

(2) Once all players have made their decisions, the final calculated value is linked to the next round. In other words, when all players' decision steps are completed, the final output value of the equation completed by the last player in order can be set as the starting number card (or starting number information) of the next round. At this time, the decision step (i.e., the step of determining rotation information of the operation symbol card selected by each player) may be performed at various times depending on the embodiment. As an example, the decision step may be performed at the end of each player's turn (i.e., each player must determine the selection of an operator symbol card and the rotation setting for the selected operator symbol card within a given turn). As another example, the decision step may be performed separately at the end of the round (independent of the end of each player's turn). In this case, each player can decide on a rotation setting for the previously selected operator card during a separate period of time from any given turn. According to the above-described embodiment, the game area 11 in the board 10 according to the present invention is such that only one operation symbol card can be placed or all operation symbol cards corresponding to the number of players can be placed. It can be configured.

7) Examples of additional events that may occur in the last round

(1) Target number can be revived

- An event that resurrects previously discarded cards. According to this, one of the previously discarded target number cards may be provided to each player. Therefore, each player can proceed with the game play by considering not only a single target number but also the newly provided target number card.

(2) Extra rounds may occur

- If the results of the last round are disappointing, an additional round is held (or it may be a turn rather than a round). According to this, the game participants can run the arithmetic game for one additional round (or one turn for only a few additional players).

8) Game results

(1) The game result is determined based on the order in which the result value and target number are most similar. In other words, game participants compare the target number cards held by each player with the final game result obtained after all rounds are completed, and rank players in order of the smallest absolute difference between them and the final game result. and determine compensation accordingly.

(2) In case of a tie, the ranking can be divided based on several factors. For example, if there are a plurality of players who have the same absolute difference between the final game result value and the target number, game participants can classify the rankings of the plurality of players by considering additional factors (e.g., the order in which the game progresses faster). Classifying players into high ranks, classifying players with large target numbers into high ranks, etc.)

As described above, the calculation game using the board game tool according to the present invention compares the target number selected by each player with the result of the game, and the player who selects/presents the most approximate target number wins (or 1st place) can be decided by the player.

Based on the above description, a more general description of the method of playing an arithmetic game using the board game tool according to the present invention is as follows.

Figure 10 is a diagram showing a method of playing an arithmetic game using a board game tool according to the present invention.

First, the game participants determine the game order for each of the plurality of players (S1010). As described above, the arithmetic game using the board game tool according to the present invention is operated as a turn-based game, and each player can determine the game order for himself.

As an example, step S1010 may be performed using the sequence card of FIG. 3. More specifically, multiple players are provided with a number of face-down order cards (e.g., consisting of one good card and the remaining slam cards) equal to the number of multiple players. Next, each player selects one of the order cards. At this time, the player who selected the first card is determined as the player in the first order, and the game order of the remaining players may be determined according to certain rules based on the first player (e.g., when the players' seating arrangement is set, the first player The order of play is determined clockwise (or counterclockwise) based on the second player.

In a further embodiment, each player may be dealt one target number card or a set of target number cards. At this time, different values within a certain range may be displayed on the target number card.

Next, a plurality of players play an arithmetic game for a total of N rounds according to the above-mentioned rules (S1030).

More specifically, game participants can determine starting number information (or starting number card) for each round. At this time, the starting number information for the first round out of a total of N rounds is determined by one number card randomly selected from the total number card set set separately, and the starting number information for the remaining rounds other than the first round is calculated through the previous round. The final result value may be determined by the start number information of the corresponding round. In the above description and the following description, the entire number card set refers to a collection of number cards prepared for playing the arithmetic game according to the present invention, and the set of 10 number cards consisting of 0 to 9 shown in FIG. 1 is It can be set to include a certain number. At this time, the certain number of number card sets may be determined based on the number of players participating in the game and the total number of rounds (e.g., when a total of 3 rounds are played with 4 players, the total number card set is A configuration containing two sets of 10 number cards consisting of 0 to 9 may be applied).

Additionally, each player may be provided with two pieces of numerical information according to the determined game order (e.g., see Figure 8 or Figure 9). As an example, the first player may be provided with the starting number information for each round and one number card randomly selected among the remaining number cards not selected from the entire number card set. As another example, the remaining players other than the first player may be provided with the result value of the equation set by the player in the previous order and one number card randomly selected among the remaining number cards not selected from the entire number card set. .

Each player, during each player's turn, receives either a first octagon-shaped arithmetic symbol card with a '+' mark set or a second octagon-shaped arithmetic symbol card with a '-' mark set as the arithmetic symbol information for the two numerical pieces of information provided. (e.g., see Figure 2) can be selected and submitted to the game area (11). Additionally, each player can decide whether to rotate (or how much to rotate) the operation symbol card they submit. Depending on the embodiment, each player may determine whether to rotate (or how much to rotate) the submitted operator card during each player's turn or during a separate time period after the end of all players' turns in the corresponding round ( That is, rotation information is obtained from each player during a separate time period after all players' operation symbol card selection is completed).

When each round ends, game participants can determine the final result for each round. At this time, depending on the operation symbol card selected by each player and whether or not to rotate the operation symbol card, the operation rules of addition or multiplication, subtraction or division are applied, as shown in FIG. 6, and the final result value for each round can be determined.

At this time, each player distinguishes between the first and second arithmetic symbol cards within the entire arithmetic symbol card set (set to include a certain number of first arithmetic symbol cards and a certain number of second arithmetic symbol cards). You can be distributed M number of (M is a natural number greater than or equal to 2) operation symbol cards. Alternatively, in another embodiment, each player may be distributed the same number of first and second operation symbol cards and proceed with the game. At this time, the M value may be set to a value corresponding to 2*N, that is, a value corresponding to twice the total number of rounds.

When a total of N rounds are completed, the rankings for the plurality of players are determined based on a comparison result of the final result value of the last round and the target number set for each player (S1040). As a specific example, game participants may determine each player's ranking and corresponding reward in the order in which the final result value of the last round and the target number set for each player are most approximate.

As described above, preferred embodiments of the present invention have been described with reference to the drawings, but those skilled in the art may vary the present invention without departing from the spirit and scope of the present invention as set forth in the following claims. It can be modified or changed.

10: board
11: Game area
12: Player area

Claims (8)

Number cards, each showing the numbers 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9;
An arithmetic symbol card having an octagonal shape and including a first arithmetic symbol card showing a first arithmetic symbol in the shape of a cross and a second arithmetic symbol card showing a second arithmetic symbol in the shape of a long bar;
a sequence card, containing one good card and one or more slam cards; and
A board game tool comprising a board including two cards having a shape and size corresponding to the number cards and a game area where one of the operation symbol cards can be placed between the two cards. According to clause 1,
The number card is,
A board game tool consisting of a square shape with rounded corners, characterized in that the number of dots corresponding to the displayed number is displayed below the number. According to clause 1,
The cross shape is composed of a cross shape with each corner rounded so that it faces each side of the octagon shape,
A board game tool, characterized in that the long stick shape is composed of a long stick shape with rounded corners and is configured to face each side of the octagon shape. According to clause 1,
The order card is,
The board is composed of a square shape with rounded corners, and has a different design on the front side so that the line cards and the knock cards can be distinguished, and a board on the back side that has the same design so that the line cards and the knock cards are indistinguishable. Gaming tools. According to clause 1,
Further comprising an additional number card having the same shape and size as the number card and configured to have a front face consisting of a blank space,
The game area is,
A board game, characterized in that the number card or the additional number card, the operation symbol card, and the number card are configured to be arranged in the order of the number card or the additional number card, the operation symbol card, and the number card. equipment. According to clause 5,
The game area is,
a first area marked so that each of the two cards can be placed; and
A board game tool, characterized in that it includes a second area marked so that the one operation symbol card can be placed. According to clause 1,
A board game tool, characterized in that it further includes target number cards each displaying different numbers. According to clause 7,
The board is,
A board game tool, characterized in that it further includes a player area where operation symbol cards and goal cards provided to each player can be placed.