JPH0450060Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention mainly relates to play equipment that can be played by four people. Traditionally, typical games that involve moving and hitting pieces include Go, Shogi, and mahjong played by four players.
The present invention is simpler, more interesting, and more profound, and is an innovative game device and game method that improves overall intellectual ability. To explain one example of the present invention with a diagram, Figure 1 shows the pieces 1 that mainly constitute the present invention.
So, the shape is a cubic hexahedron, and if the top surface is colored A, and the four sides are colored B, C, D, and E, and there are 72 pieces in total, all 72 pieces have the same color. arrive.
The remaining page has numbers for the number of pieces, in this case from 1 to 72.
reach up to. The number of pieces is determined by the number of spots on the board and the number of pieces in hand, and is arbitrary. For example, vertical, horizontal 6
If each player has 9 pieces on a board with rows, then 6×6
+9 x 4 = 72 pieces, which is the number above, and if you have 10 pieces in each of 7 columns and 7 rows, then 7 x 7 + 10 x 4 = 89
If there are 11 pieces in hand in 8 rows and 8 rows, then 8
×8 + 11 × 4 = 108 pieces, and numbers 1 to 108 are placed on the bottom of the pieces.

Now, the colors of the pieces are A, B, C, D, and E.
This means that if you can tell the difference, you can use the opposite color, but any pattern is also fine, such as hearts on playing cards,
It can be expressed by shapes such as spades, diamonds, and clovers, or by letters such as A, B, C, or D, or by numbers. However, what remains unchanged is that if color A becomes a common hidden color when playing the game, B, C, D, E
The color is determined by the person playing the game, and all pieces must be placed in the same position. FIG. 2 shows a cross-sectional view of the board 2, where the periphery of the board is high and the central part is depressed, on which a telescopic piece 3 is laid and a piece 1 is placed on it. The extendable piece 3 is the same size as the piece or slightly smaller, and as shown in FIG. 3, the upper and lower surfaces are made of hard plates 4, and the middle part is made of a highly elastic material 5. In order to maintain the elasticity permanently, a spring 6 is incorporated in the middle of the elastic material, as shown in FIG. The telescopic piece 3 allows the piece to be pulled out with one's fingers when being pulled out from the board.
Figure 5 shows an intermediate diagram of the game method shown on the next page. In the case shown, all of the pieces are facing up, so you have to be careful about which pieces to play and where on the board to hit the pieces. This requires deep consideration. For piece 1, make indentations on the four horizontal sides from color B to color E to make it easier to pull out with your fingers. As shown in Figure 6, the board 2 has a structure in which each piece has one recess with a space between each piece, making it easier to pick up the pieces with your fingers.
You can also do it with that format of disc.

The second example of this new game is explained using Figure 7: (1) All pieces are placed with the pattern side facing up, and 13 pieces each are placed in 4 pieces.
Please share among people.

(2) After separating the pieces, place them on your side with all the numbers on the back facing up.

(3) Each player decides the four colors of the piece side.

(4) Each player places one piece of their choice in the center of the board with its color facing up.

(5) Decide on the parent to start the game, take out any pieces from the parent in order in a clockwise direction, and three players will hit the pieces in order from the smallest number to the largest number, and the player with the highest number cannot play. . Parents advance one round at a time.

(6) Now the game begins. In the diagram, Mr. B becomes the parent and plays No. 20 from his own pieces.
Next, Mr. C is 15, Mr. D is 7, and finally Mr. A is
I rolled 12. As a result, the order is d-a-c, and Mr. d places the yellow side of the piece he put out facing up on the board.
-I changed the blue color of 2, 4, and 3 to yellow. Next, Mr. A turned the red side up and hit 5-4, changing the yellow piece at 4-4 to red. Next, Mr. C ran out of his own blue color, so he played a piece with the blue side facing up on 6-4. This completes one round. Mr. B couldn't hit it and I look forward to the next time.

(7) In this way, the pieces are played vertically, horizontally, or diagonally in their own color, sandwiching other pieces between them, and making the sandwiched pieces their own color. If there is no own color on the board, you can freely move pieces horizontally and vertically in line with other colors.

(8) In the second round, the pieces are put out in order starting from Mr. C, and the game is played in the same way as above, with the three players with the smallest number hitting the pieces on the board.

(9) After 11 rounds of this game, when the board is filled, the game ends and the person with the most pieces of their own color wins.

(10) After the board is filled, no matter how many pieces you have left on your side, it doesn't matter. How to put out pieces,
You need to think a lot about how to draw the edges, especially since the corners will be changed to a wider width.

The biggest feature of this utility model is that the pieces themselves are digitalized and can be expressed in a variety of colors, making the game as simple and profound as Go or Shogi, and doubling the fun. But it is possible, and you can play games with the same feeling of operating a modern computer.

This utility model is arbitrary in terms of the number of pieces, the number of pieces in hand, the number of rows on the board, whether they are arranged closely or sparsely, the shape of the pieces, the combination of colors, etc., and there are an infinite number of combinations. The scope of this utility model claim is the basic structure and components of the game machine that comprehensively includes them.

[Brief explanation of the drawing]

Figure 1 is a diagram of piece 1 viewed diagonally from the front. Figure 2 is a cross-sectional view of the board 2 containing pieces. 3 and 4 are cross-sectional views of the telescopic piece 3. Figure 5 is a mid-game view from above when there are 36 pieces on the board and 6 pieces each in hand.
FIG. 6 is a sectional view of another embodiment of the board.

Claims (1)

[Scope of utility model registration request] In the cube-shaped pieces, five of the six sides are displayed in different colors or characters/sculptural patterns in the same position on all pieces, and the remaining side has a number that distinguishes all the pieces. A group of pieces that can be pulled out even if the pieces are lined up closely together, and a board with holes that allow pieces to be arranged at equal intervals, or by placing an extendable piece between the pieces and the board so that they have the same function. This is a hexahedral piece color calculation game device where four people can compete by thinking about the amount of color display.