WO2010022584A1

WO2010022584A1 - Numerical chess apparatus

Info

Publication number: WO2010022584A1
Application number: PCT/CN2009/000954
Authority: WO
Inventors: 顾绍军
Original assignee: 超天才技术开发（北京）有限责任公司
Priority date: 2008-09-01
Filing date: 2009-08-19
Publication date: 2010-03-04
Also published as: CN100509097C; CN101337126A

Abstract

A numerical chess apparatus consists of a chessboard and chesses. The chessboard is provided with nine big grids ( A, B, C, D, E, F, G, H,I). Each big grid is divided into nine medium grids with three rows and three columns ((1,1), (1,2), (1,3), (2,1), (2,2), (2,3), (3,1), (3,2), (3,3)). Each medium grid is further divided into nine small grids with three rows and three columns. The big grids are mutually connected and arranged in a rhombus state into a phalanx shape or linear shape. Every two big grids are horizontally or vertically adjacent and overlapped with one of the medium grids. There are nine kinds of chesses provided with numbers, letters, symbols, words, patterns or objects.

Description

A digital chess technology field

The invention relates to a chess, in particular to a chess or a chess piece which is arranged in accordance with a certain rule in a checkerboard, and has a set of intellectual development and entertainment. Background technique

With the improvement of living standards, people's entertainment life has become more and more abundant, and various new games and chess cards have emerged. At present, there is a kind of Jiugong chess, which uses nine numbers as the chess pieces, nine rows and nine columns as the chessboard, and the chess pieces are not heavy according to the horizontal and vertical rows, and the rules for nine different pieces in each palace are filled in the chessboard. digital. The chess is popular with people. However, its structure is relatively simple, not suitable for many people to play together and play on the Internet. Therefore, it needs to be improved. Summary of the invention

The object of the present invention is to solve the above technical problem, and to provide a digital chess, which has a novel structure, is more intellectually developed, more interesting, and is more suitable for playing chess with many people and the network.

The object of the present invention is achieved by the following technical solutions:

A digital chess, provided with a chessboard and a chess piece, characterized in that: the chessboard is composed of nine large squares, B, C, D, E, F, G, H, and I, each large square is divided into three rows. There are nine squares in the three columns [1,1], [1,2], [1,3], [2.1], [2.2], [2.3] > [3,1] ,

[3,2] , [3,3] , each square is divided into three rows and three columns and a total of nine small squares; each large square is arranged in a prismatic state, and the connections are arranged in one side. A formation or a line, a square of each of the two large squares adjacent to each other vertically and horizontally; the pieces are nine different pieces, each of which contains any one of the following: numbers, letters, symbols , text, graphics, and objects. The preferred solution for further perfecting the digital chess of the present invention is:

The nine large squares are arranged in a prismatic state and arranged in a matrix of three rows and three columns. In the first row: the square of the large square A [3, 3] and the square of the large square B The lattice [1,1] overlaps; the square of the large square B [3,3] overlaps with the square of the large square C [1,1]; In the second line: the square of the large square D The lattice [3,3] overlaps with the square [1,1] of the large square E; the square [3,3] of the large square E overlaps with the square [1,1] of the large square F In the third line: the square of the large square G [3,3] overlaps with the square of the large square H [1,1]; the square of the large square H [3,3] and The square [1,1] of the large square I overlaps; in the first column: the square [3,1] of the large square A overlaps with the square [1,3] of the large square D; The square [3,1] of the large square D overlaps with the square [1,1] of the large square G; in the second column: the square of the large square B [3,1] and the large The squares [1,3] of squares E overlap; the squares [3,1] of the large squares E overlap with the squares [1,1] of the large squares H; in the third column: large The square of square C [3,1] and the middle of large square F Squares [1,3] overlap; large squares F's square

[3,1] overlaps with the square [1,1] of the large square I.

The nine large squares are arranged in a polygonal shape in a prismatic state, wherein the squares [3, 3] of the large square A overlap with the squares [1, 1] of the large squares B, and the large squares B The square [3,3] overlaps with the square [1,1] of the large square C, the square of the large square C [3,3] and the square of the large square D [1, 1] overlap, the square of the large square D [3, 3] overlaps with the square of the large square E [1, 1], the square of the large square E [3, 3] and the large square The squares [1, 1] of F overlap, the squares [3, 3] of the large squares F overlap with the squares [1, 1] of the large squares G, and the squares of the squares of the large squares [ 3,3] overlaps with the square [1,1] of the large square H, and the square [3,3] of the large square H overlaps with the square [1,1] of the large square I.

The small square is one of a square lattice, a polygonal lattice, a circular lattice, and an elliptical lattice.

The chess game of the digital chess of the present invention is characterized in that it comprises the following rules and steps:

1) The following conditions must be met for each game: In each large square, A small piece is placed in each of the nine small squares in each row, and the nine pieces in each column are not heavy to each other, and each of the squares has nine different pieces. The small squares in the overlapping squares are counted in the two large squares to which they belong.

2) The method of playing chess includes the following steps:

(1) Place a plate in a small square of the entire board, and place the plate in the following conditions:

A. In each large square, the pieces in the nine small squares of each row are not heavy, and the pieces in each square are different;

B. The remaining empty squares can be placed in a chess piece that satisfies the winning condition.

(2) When playing chess, put the pieces into empty squares, fill them up, and satisfy the conditions of winning, that is, in each big square, the pieces in each of the nine small squares in each row are just right. For nine different pieces, each of the squares is nine different pieces, not heavy.

The digital chess of the present invention is composed of nine large squares, each of which has nine squares, each square has nine small squares, and the large squares are overlapped with each other. More novel, the chess method is more novel and interesting. The digital chess of the present invention has the advantages of developing intelligence and fun, being more fun, more interesting, more conducive to developing intelligence, and more suitable for multiplayer and internet use. DRAWINGS

Figure 1 is a schematic view showing a large square structure of the board of the present invention;

Figure 2 is a schematic structural view of a checkerboard according to Embodiment 1 of the present invention;

Fig. 3 is a view showing the structure of a checkerboard according to a second embodiment of the present invention. detailed description

The invention will be further described below in conjunction with the drawings and embodiments.

Example 1 Referring to Figure 2, there is a kind of digital chess, which is provided with a checkerboard and a chess piece. The chessboard is composed of nine large squares, B, C, D, E, F, G, H, and I. Each large square is divided into three. There are nine squares in the three columns [1,1], [1,2] ^ [1,3], [2.1], [2.2] [2.3], [3,1],

[3, 2], [3, 3], each square is divided into three rows and three columns and a total of nine small squares; each large square is arranged in a prismatic state, and the nine large The squares are arranged in a square matrix of three rows and three columns, and each square between adjacent vertically and horizontally overlaps a square; in the first row: the square of the large square A [3, 3] Overlapping the square [1,1] of the large square B; the square [3,3] of the large square B overlaps with the square [1,1] of the large square C; in the second line : The square of the large square D [3,3] overlaps with the square of the large square E [1,1]; the middle square of the large square E [3,3] and the middle of the large square F The squares [1,1] overlap; in the third row: the squares [3,3] of the large squares G overlap with the squares [1,1] of the large squares H; The square [3,3] overlaps with the square [1,1] of the large square I; in the first column: the square of the large square A [3,1] and the square of the large square D The lattice [1,3] overlaps; the square of the large square D [3,1] overlaps with the square of the large square G [1,1]; In the second column: the square of the large square B Chinese [3,1] and the large square E [1,3] overlap; the square of the large square E [3,1] overlaps with the square of the large square H [1,1]; In the third column: the square of the large square C [3,1] overlaps with the square [1,3] of the large square F; the square of the large square F

[3,1] overlaps with the square [1,1] of the large square I. The pieces are nine different pieces, each of which contains any of the following: numbers, letters, symbols, characters, graphics, and objects.

Example 2

Referring to FIG. 3, a digital chess, the nine large squares are arranged in a prismatic state and arranged in a line shape, wherein the squares of the large square A [3, 3] and the square of the large square B The lattice [1,1] overlaps, the square of the large square B [3,3] overlaps with the square of the large square C [1,1], and the square of the large square C [3,3] It overlaps with the square [1,1] of the large square D, and the square [3,3] of the large square D overlaps with the square [1,1] of the large square E, and the large square E The square [3,3] overlaps with the square [1,1] of the large square F, and the square of the large square F [3,3] 4

It overlaps with the square [1,1] of the large square G, and the square [3,3] of the large square G overlaps with the square [1,1] of the large square H, and the square of the large square H The Chinese square [3, 3] overlaps with the square [1, 1] of the large square I. The structure of the large square, the square, and the pieces are the same as those of the first embodiment.

The chess method of the digital chess of the present invention is:

(1) Place a plate in a small square of the entire board. The plate to be placed must meet the following conditions:

(2) When playing chess, put nine different pieces into an empty small square, one by one, fill up, and satisfy the conditions of victory, that is, each large square, each row and each column The pieces in the nine small squares are exactly nine different pieces, each of which has nine different pieces, which are not heavy.

This digital chess can be played by one person, or played by many people. It can be played with physical chess pieces, or it can be played on a computer or the Internet. It is also possible to set a referee to perform the addition and subtraction of the position of the player in each position.

Claims

Rights request

1. A digital chess, provided with a checkerboard and a chess piece, characterized in that: the checkerboard is composed of nine large squares A, B, C;, D, E, F, G, H, I, each generous The grid is divided into three rows and three columns, a total of nine squares [1,1], [1,2], [1,3], [2.1], [2.2], [2.3],

[3,1] , [3,2], [3,3] . Each square is divided into three rows and three columns and a total of nine small squares; each large square is connected with each other in a prismatic state. , the connections are arranged in a square or a zigzag shape, and each of the two large squares adjacent to each other vertically and horizontally overlaps an adjacent square; the pieces are nine different pieces, each of which contains the following Any one: numbers, letters, symbols, words, graphics, and objects.

2. The digital chess according to claim 1, wherein: the nine large squares are arranged in a prismatic state and arranged in a matrix of three rows and three columns, in the first row: a large square A The square [3,3] overlaps with the square [1,1] of the large square B; the square of the large square B [3,3] and the square of the large square C [1,1 ] overlap; in the second line: the square of the large square D [3, 3] overlaps with the square of the large square E [1, 1]; the square of the large square E [3, 3] ] overlaps with the square [1,1] of the large square F; in the third line: the square of the large square G [3,3] and the square of the large square H [1,1] Overlap; the square of the large square H

[3,3] overlaps with the square [1,1] of the large square I; in the first column: the square of the large square A [3,1] and the square of the large square D [ 1,3] overlap; the square of the large square D [3,1] overlaps with the square of the large square G [1,1]; In the second column: the square of the large square B

[3,1] overlaps with the square [1,3] of the large square E; the square [3,1] of the large square E overlaps with the square [1,1] of the large square H; In the third column: the square of the large square C [3,1] overlaps with the square of the large square F [1,3]; the square of the large square F [3,1] and the large The squares [1, 1] of the square I overlap.

3. The digital chess according to claim 1, wherein: the nine large square prismatic states are connected in a line shape, wherein the squares [3, 3] and the large squares B of the large square A are connected. The squares [1,1] overlap, the squares of the large squares [3,3] and the large squares The squares [1,1] of C overlap, the squares [3,3] of the large squares C overlap with the squares [1,1] of the large squares D, and the squares of the large squares D [ 3,3] overlaps with the square [1,1] of the large square E, and the square [3,3] of the large square E overlaps with the square [1,1] of the large square F, large The square [3,3] of the square F overlaps with the square [1,1] of the large square G, and the square of the large square G [3,3] and the square of the large square H [1,1] overlaps, and the square [3,3] of the large square H overlaps with the square [1,1] of the large square I.

4. The digital chess according to claim 1, wherein: the small square is one of a square lattice, a polygonal lattice, a circular lattice, and an elliptical lattice.

5. The chess game of digital chess according to any one of claims 1, 2, 3 and 4, characterized in that it comprises the following rules and steps:

1) Each game must meet the following conditions: In each large square, each piece of each of the nine small squares in each row is placed in a small square, and each row is in each column. Nine pieces are not heavy to each other. There are nine different pieces in each square. The small squares in the overlapping squares are counted in the two large squares.

2) The method of playing chess includes the following steps:

(1) Put the pieces in a small square of the entire board, and the pieces to be placed must meet the following conditions:

B. The remaining empty squares can be placed in the pieces that satisfy the winning conditions.

(2) When playing chess, put the pieces into an empty small square, one piece per cell, fill up, and satisfy the condition of winning, that is, in each big square, each line has nine squares The pieces in the grid are exactly nine different pieces, each of which has nine different pieces, which are not heavy.