CN111888752A

CN111888752A - Three-dimensional chess and playing method thereof

Info

Publication number: CN111888752A
Application number: CN202010759240.5A
Authority: CN
Inventors: 马达飞
Original assignee: Zhejiang Jinma Arts & Crafts Co ltd
Current assignee: Zhejiang Jinma Arts & Crafts Co ltd
Priority date: 2020-07-31
Filing date: 2020-07-31
Publication date: 2020-11-06
Anticipated expiration: 2040-07-31
Also published as: CN111888752B

Abstract

The invention belongs to the technical field of building block toys, and relates to a three-dimensional chess and a playing method thereof, wherein the three-dimensional chess comprises a bottom plate, a first # -shaped spacing group, a first supporting plate, a second # -shaped spacing group, a second supporting plate, a third # -shaped spacing group and twenty-five square chess pieces; four first connecting grooves which are arranged in a rectangular shape are arranged on the bottom plate; the bottom of the first # -shaped interval group is connected to four connecting grooves of the bottom plate; the first support plate is provided with a first connecting hole; the first supporting plate is connected to the top of the first # -shaped spacing group through a first connecting hole; the first supporting plate is also provided with four rectangular second connecting holes; the bottom of the second # -shaped interval group is connected to the four second connecting holes; the second supporting plate has the same structure as the first supporting plate, and the twenty-five chesses are respectively positioned in twenty-five space spaces separated by the first # -shaped space group, the second # -shaped space group and the third # -shaped space group. The advantage of this patent is that increase interest and the variety of playing method realize many people and play together.

Description

Three-dimensional chess and playing method thereof

Technical Field

The invention belongs to the technical field of building block toys, and particularly relates to a three-dimensional chess and a playing method thereof.

Background

The three-piece chess is a folk traditional game, and is called nine-palace chess, circle and fork, one-line chess, Chinese character jing chess, etc. The diagonals of the square are connected, three pieces of the two parties are sequentially arranged on two opposite sides, and the other party loses the chessman even if the three chessmen of the other party are taken as a line.

Most of the existing three-piece chess on the market can only be played by two persons on a chessboard on the same plane, and the conditions of chess mixing can easily occur along with the mastering of skills of players in the game process, the playing method is relatively simple and single, and the interest and the game freshness in the chess moving process are quickly eliminated.

At present, no three-dimensional three-piece chess playing mode exists in the market, chess moving is carried out through a plurality of planes, and chess moving is carried out by a plurality of people, so that the diversity and the interestingness of the whole playing method are improved.

Disclosure of Invention

The invention aims to solve the problem that the existing three-piece chess lacks interestingness and difficulty, and provides a three-dimensional chess, wherein the existing three-piece chess is upgraded, one-side chess moving is changed into multi-side chess moving, and the chess moving is not limited to two persons but is suitable for moving by multiple persons, so that the diversity and interestingness of a playing method are improved, and the intelligence development and the three-dimensional conception capability are further facilitated.

For the purpose of the invention, the following technical scheme is adopted: a three-dimensional chess comprises a bottom plate, a first # -shaped spacing group, a first supporting plate, a second # -shaped spacing group, a second supporting plate, a third # -shaped spacing group and twenty-five square chess pieces; four first connecting grooves which are arranged in a rectangular shape are arranged on the bottom plate; the bottom of the first # -shaped interval group is connected to four connecting grooves of the bottom plate; the first support plate is provided with first connecting holes corresponding to the four first connecting grooves; the first supporting plate is connected to the top of the first # -shaped spacing group through a first connecting hole; the first supporting plate is also provided with four rectangular second connecting holes; the four second connecting holes rotate by 90 degrees by taking the center of the first supporting plate as a rotating center to coincide with the four first connecting holes; the bottom of the second # -shaped spacing group is connected to four second connecting holes on the first supporting plate; the second supporting plate has the same structure as the first supporting plate, the second supporting plate is connected to the top of the second # -shaped spacing group, and the bottom of the third # -shaped spacing group is connected to the second supporting plate; twenty-five chesses are respectively positioned in twenty-five space spaces separated by the first # -shaped interval group, the second # -shaped interval group and the third # -shaped interval group; the six surfaces of each square chess piece are respectively coated with three X marks and three O marks.

Preferably, the cross sections of the bottom plate, the first supporting plate and the second supporting plate are square with the same area, and the bottom plate, the first supporting plate and the second supporting plate are arranged in an aligned mode.

Preferably, the first # -shaped interval group comprises two longitudinal inserting plates and two interval inserting plates; the two longitudinal plug boards are longitudinally arranged in parallel, and the top and the bottom of each longitudinal plug board are respectively provided with two plug lugs; four splicing lugs at the bottoms of the two longitudinal splicing plates are spliced into the four connecting grooves; four insertion convex blocks at the tops of the two longitudinal insertion plates are inserted into the four first connecting holes; the lower part of each longitudinal insertion plate is provided with two spaced insertion ports which are positioned between two insertion convex blocks at the bottom; the two spaced insertion plates are transversely arranged in parallel, and the top of each spaced insertion plate is provided with two matched insertion ports; the matching interface is matched with the interval interface in an inserting way.

Preferably, the structure of the second # -shaped interval group is the same as that of the first # -shaped interval group; two longitudinal insertion plates on the second # -shaped interval group are transversely arranged in parallel, and two interval insertion plates on the second # -shaped interval group are longitudinally arranged in parallel.

Preferably, the third well spacing group comprises two top layer longitudinal insertion plates and two top layer spacing insertion plates; the two top-layer longitudinal insertion plates are longitudinally arranged in parallel, and the bottom of each top-layer longitudinal insertion plate is provided with two top-layer insertion lugs; four top layer plugging convex blocks on the two top layer longitudinal plugging plates are plugged into four first connecting holes on the second supporting plate; the lower part of each top layer longitudinal insertion plate is provided with two top layer interval insertion ports which are positioned between the two top layer insertion convex blocks; the two top layer interval insertion plates are transversely arranged in parallel, and the top of each top layer interval insertion plate is provided with an insertion port matched with the two top layers; the top layer matching socket is matched with the top layer interval socket in an inserting way.

Preferably, the twenty-five square chessmen are divided into five groups, and the surfaces of each group of square chessmen are coated with different colors.

Preferably, the top surface, the left surface and the front surface of each square chess piece are coated with X marks; the bottom, right and back of the square chessman are coated with O marks.

A playing method of a three-dimensional chess sequentially comprises the following steps: during game, each player selects one pattern of X chess and O chess as a chess playing object to move, the players determine the chess moving sequence by themselves and move in turns, and the winner takes the place that the three square chesses of the player are connected into a straight line; if the game is finished or the chess positions of the square chessmen are empty after the game is finished, the square chessmen are translated until the game is finished; when two players play, X chess or O chess is distributed, and chess moving is carried out on the top surface; when three players play, X chess or O chess is distributed by different colors, and chess moving is carried out on two adjacent surfaces on the top surface; when four players play, X chess or O chess is distributed by different colors, and chess moving is carried out on three adjacent surfaces of the top surface; when five players play, X chess or O chess is distributed by different colors, and chess is played on five sides.

A playing method of a three-dimensional chess sequentially comprises the following steps: only one corresponding color is selected by each player, and the X chess and the O chess are not limited to move, the players self-determine the moving sequence and move in turns, and the winning is achieved by connecting three blocks of the players into a straight line; if the game is finished or the chess positions of the square chessmen are empty after the game is finished, the square chessmen are translated until the game is finished; when two players play games, the players select corresponding colors respectively and move on the top surface; when three players play, selecting corresponding colors respectively, and playing chess on two adjacent surfaces of the top surface; when four players play, the players select corresponding colors respectively and move on three adjacent surfaces of the top surface; when five persons play, the corresponding colors are selected respectively, and chess playing is carried out on five faces.

A playing method of a three-dimensional chess sequentially comprises the following steps: when more than three players play, the players can self-determine the sequence of moving the chess, move the chess in turn, and in the process of playing, the players can select different colors, move different X, O square chessmen, and can also connect the chessmen of other people, firstly, the player who connects three square chessmen into a straight line is taken as the first name, and the second player who connects three square chessmen into a straight line is taken as the second name, and the following steps are sequentially carried out: and so on until the game ends.

According to the technical scheme, the three-dimensional chess replaces a two-dimensional chess moving mode through a three-dimensional chess moving mode, the difficulty of the chess moving playing method is increased, the phenomena of thorough playing method and easiness in chess mixing are not easy to occur, the diversity and interestingness of the chess moving playing method are increased, the intelligence development is facilitated, the practical ability and convenience in thinking development are improved, the three-dimensional conception and the ability of challenging oneself are improved, children learn about rules and the benefits of formulating the rules, the necessity of complying with the rules is realized, the students pay attention to other people, and the abilities of discovering the threats and solving the threats in advance are realized.

To sum up, the advantage of this patent is that increase interest and the variety of playing method, realizes many people and plays jointly, promotes child's three-dimensional conception ability and the better intellectual development of being convenient for.

Drawings

Fig. 1 is a schematic structural diagram of a three-dimensional chess according to the present invention.

Fig. 2 is an exploded view of a three-dimensional chess according to the present invention.

Fig. 3 is a schematic structural diagram of the first and third # -shaped interval groups according to the present invention.

Fig. 4 is a real object diagram of the three-dimensional chess of the present invention.

FIG. 5 is a diagram of a real object of each set of square chess pieces according to the present invention.

Detailed Description

The following describes a detailed embodiment of the present invention with reference to the accompanying drawings.

As shown in fig. 1 to 2, a three-dimensional chess comprises a bottom plate 1, a first # -shaped spacing group 2, a first supporting plate 3, a second # -shaped spacing group 4, a second supporting plate 5, a third # -shaped spacing group 6 and twenty-five square chess pieces 7; four first connecting grooves 101 which are arranged in a rectangular shape are arranged on the bottom plate 1; the bottom of first well word interval group 2 is connected on four connecting grooves 101 of bottom plate 1, promotes the stability of pegging graft through four connecting grooves 101, also enables first well word interval group 2 simultaneously and carries out better support. The first support plate 3 is provided with first connection holes 301 corresponding to the four first connection grooves 101; the first supporting plate 3 is connected to the top of the first # -shaped spacing group 2 through a first connecting hole 301; the first supporting plate 3 is also provided with four rectangular second connecting holes 302; four second connecting holes 302 use the center of first backup pad 3 as the center of rotation rotatory 90 and four first connecting holes 301 coincidences, through four second connecting holes 302 and four first connecting holes 301 perpendicular settings, further promote the support nature of first backup pad 3 and the stability of grafting in-process, prevent to make first # -shaped interval group 2 rock about playing. The bottom of the second # -shaped spacing group 4 is connected to four second connecting holes 302 on the first supporting plate 3; the second supporting plate 5 has the same structure as the first supporting plate 3, so that the connection convenience and the stability of the whole structure are further improved. The second supporting plate 5 is connected to the top of the second # -shaped interval group 4, and the bottom of the third # -shaped interval group 6 is connected to the second supporting plate 5; the cross-section of bottom plate 1, first backup pad 3 and second backup pad 5 all is the square that the area is the same, and bottom plate 1, first backup pad 3 and second backup pad 5 align to set up. The overall shape looks more tidy through the square and the alignment arrangement, the appearance degree is improved, and meanwhile, the average division of the nine-square lattices is facilitated.

Twenty-five chessmen 7 are respectively positioned in twenty-five space spaces separated by the first # -shaped interval group 2, the second # -shaped interval group 4 and the third # -shaped interval group 6; the twenty-five square chessmen 7 are divided into five groups, and the surface of each group of square chessmen 7 is coated with different colors. The five groups of chess are convenient for five persons to play games simultaneously, the problem that the existing three-piece chess can only play games by two persons is solved, and the diversity and the interestingness of the games are increased. The top surface, the left surface and the front surface of each square chess piece 7 are coated with X marks; the bottom, right and back of the square chess piece 7 are coated with O marks. The X and the O are evenly distributed and conveniently used in the game.

As shown in fig. 3, the first # -shaped spacer group 2 comprises two longitudinal plugging plates 21 and two spacer plugging plates 22; two vertical plugboard 21 vertical parallel arrangement, the top and the bottom of every vertical plugboard 21 all are provided with two grafting lug 211, are convenient for better going on peg graft from top to bottom through grafting lug 211, are convenient for better dismouting and accomodate through pegging graft. Four insertion lugs 211 at the bottom of the two longitudinal insertion plates 21 are inserted into the four connection grooves 101; the four insertion lugs 211 at the top of the two longitudinal insertion plates 21 are inserted into the four first connection holes 301; two spaced inserting-in ports 212 are arranged at the lower part of each longitudinal inserting-in plate 21, the two spaced inserting-in ports 212 are positioned between the two inserting-in convex blocks 211 at the bottom, and the spaced inserting-in ports 212 are convenient to be matched with the spaced inserting-in plates 22 better. The two interval insertion plates 22 are transversely arranged in parallel, and the top of each interval insertion plate 22 is provided with two matching insertion ports 221; the matching insertion port 221 is in insertion fit with the spacing insertion port 212, and the whole first # -shaped spacing group 2 is more stable while the connection is improved by mutual butt-joint insertion of the matching insertion port 221 and the spacing insertion port 212.

The structure of the second # -shaped interval group 4 is the same as that of the first # -shaped interval group 2; the two longitudinal plug boards 21 on the second # -shaped interval group 4 are transversely arranged in parallel, and the two interval plug boards 22 on the second # -shaped interval group 4 are longitudinally arranged in parallel.

As shown in fig. 3, the third group 6 of well-shaped spacers comprises two top longitudinal bayonet plates 61 and two top spacer bayonet plates 62; the two top-layer longitudinal plugging plates 61 are longitudinally arranged in parallel, and the bottom of each top-layer longitudinal plugging plate 61 is provided with two top-layer plugging convex blocks 611; better grafting from top to bottom of being convenient for through top layer grafting lug 611, be convenient for better dismouting and accomodate through pegging graft. The four top-layer plugging convex blocks 611 on the two top-layer longitudinal plugging plates 61 are plugged into the four first connecting holes 301 on the second supporting plate 5; two top layer spacing plug-in ports 612 are arranged at the lower part of each top layer longitudinal plug-in board 61, the two top layer spacing plug-in ports 612 are positioned between the two top layer plug-in bumps 611, and the top layer spacing plug-in ports 612 are convenient to be better matched with the spacing plug-in board 22. The two top layer interval plug boards 62 are transversely arranged in parallel, and the top of each top layer interval plug board 62 is provided with a plug interface 621 matched with the two top layers; the top mating interface 621 and the top spacing interface 612 are in plugging fit with each other, and the whole first # -shaped spacing group 2 is more stable while the top mating interface 621 and the top spacing interface 612 are in mutual butt joint and plugging to improve the connectivity.

A playing method of a three-dimensional chess sequentially comprises the following steps: during game, each player selects one pattern of X chess and O chess as a chess playing object to move, the players determine the chess moving sequence by themselves and move in turns, and the winner takes the place that three square chesses 7 of each player are connected into a straight line; if the game is not finished or the chess positions of the square chessmen 7 are empty after use, the square chessmen 7 are translated until the game is finished; when two players play, X chess or O chess is distributed, and chess moving is carried out on the top surface; when three players play, X chess or O chess is distributed by different colors, and chess moving is carried out on two adjacent surfaces on the top surface; when four players play, X chess or O chess is distributed by different colors, and chess moving is carried out on three adjacent surfaces of the top surface; when five players play, X chess or O chess is distributed by different colors, and chess is played on five sides.

The second playing method of the three-dimensional chess comprises the following steps in sequence: only one corresponding color is selected by each player, and the X chess and the O chess are not limited to move, the players self-determine the moving sequence and move in turns, and the winning is achieved by connecting three square chessmen 7 into a straight line; if the game is not finished or the chess positions of the square chessmen 7 are empty after use, the square chessmen 7 are translated until the game is finished; when two players play games, the players select corresponding colors respectively and move on the top surface; when three players play, selecting corresponding colors respectively, and playing chess on two adjacent surfaces of the top surface; when four players play, the players select corresponding colors respectively and move on three adjacent surfaces of the top surface; when five persons play, the corresponding colors are selected respectively, and chess playing is carried out on five faces.

The playing method of the third three-dimensional chess comprises the following steps in sequence: when more than three players play, the players can self-determine the sequence of moving the chess, move the chess in turn, and in the process of playing, the players can select different colors, move the chess with different X, O square chessmen 7, and can also connect the chess with other chessmen, firstly, three players connected into a straight line with the square chessmen 7 are taken as the first player, the second player connected into a straight line with the square chessmen is taken as the second player, and the following steps are sequentially carried out: and so on until the game ends.

The actual view of the present invention is shown in fig. 4 and 5.

This three-dimensional chess has replaced two-dimentional mode of moving through three-dimensional mode of moving, the degree of difficulty of moving the chess playing method has been increased, the phenomenon of touching the playing method thoroughly and appearing easy harmony chess no longer appears easily, the variety and the interest of moving the chess playing method have been increased, be convenient for intelligence development, the hands-on ability has been promoted and the development of thinking of being convenient for has, three-dimensional conception and the ability of challenging oneself have also been promoted simultaneously, make child learn the benefit of rule and formulation rule, realize following the necessity of rule, the academic society pays close attention to other people, the academic society discovers the ability of threatening and solving the threat in advance.

Claims

1. A three-dimensional chess is characterized by comprising a bottom plate (1), a first # -shaped spacing group (2), a first supporting plate (3), a second # -shaped spacing group (4), a second supporting plate (5), a third # -shaped spacing group (6) and twenty-five square chess pieces (7); four first connecting grooves (101) which are arranged in a rectangular shape are arranged on the bottom plate (1); the bottom of the first # -shaped interval group (2) is connected to four connecting grooves (101) of the bottom plate (1); the first support plate (3) is provided with first connecting holes (301) corresponding to the four first connecting grooves (101); the first supporting plate (3) is connected to the top of the first # -shaped spacing group (2) through a first connecting hole (301); four rectangular second connecting holes (302) are also formed in the first supporting plate (3); the four second connecting holes (302) rotate by 90 degrees by taking the center of the first supporting plate (3) as a rotating center to coincide with the four first connecting holes (301); the bottom of the second # -shaped spacing group (4) is connected to four second connecting holes (302) on the first supporting plate (3); the second supporting plate (5) has the same structure as the first supporting plate (3), the second supporting plate (5) is connected to the top of the second # -shaped spacing group (4), and the bottom of the third # -shaped spacing group (6) is connected to the second supporting plate (5); twenty-five chesses (7) are respectively positioned in twenty-five space spaces separated by the first # -shaped interval group (2), the second # -shaped interval group (4) and the third # -shaped interval group (6); six surfaces of each square chess piece (7) are respectively coated with three X marks and three O marks; the cross-section of bottom plate (1), first backup pad (3) and second backup pad (5) all is the square that the area is the same, and bottom plate (1), first backup pad (3) and second backup pad (5) align to set up.

2. The three-dimensional chess according to claim 1, wherein the first # -shaped spacer group (2) comprises two longitudinal pinboards (21) and two spacer pinboards (22); the two longitudinal plug boards (21) are longitudinally arranged in parallel, and the top and the bottom of each longitudinal plug board (21) are provided with two plug lugs (211); four insertion lugs (211) at the bottoms of the two longitudinal insertion plates (21) are inserted into the four connection grooves (101); four insertion lugs (211) at the tops of the two longitudinal insertion plates (21) are inserted into the four first connecting holes (301); two spaced inserting ports (212) are arranged at the lower part of each longitudinal inserting plate (21), and the two spaced inserting ports (212) are positioned between the two inserting convex blocks (211) at the bottom; the two interval insertion plates (22) are transversely arranged in parallel, and the top of each interval insertion plate (22) is provided with two matched insertion ports (221); the matching interface (221) is matched with the spacing interface (212) in a plugging way.

3. The three-dimensional chess according to claim 2, wherein the second tic-tac-toe interval group (4) has the same structure as the first tic-tac-toe interval group (2); two longitudinal plug boards (21) on the second # -shaped interval group (4) are transversely arranged in parallel, and two interval plug boards (22) on the second # -shaped interval group (4) are longitudinally arranged in parallel.

4. Three-dimensional chess according to claim 1, characterised in that the third group of spaces (6) comprises two top longitudinal pinboards (61) and two top spacer pinboards (62); the two top-layer longitudinal plug boards (61) are longitudinally arranged in parallel, and the bottom of each top-layer longitudinal plug board (61) is provided with two top-layer plug lugs (611); four top-layer splicing lugs (611) on the two top-layer longitudinal splicing plates (61) are spliced into four first connecting holes (301) on the second supporting plate (5); the lower part of each top-layer longitudinal plugging plate (61) is provided with two top-layer interval plugging ports (612), and the two top-layer interval plugging ports (612) are positioned between the two top-layer plugging convex blocks (611); the two top layer interval plug boards (62) are transversely arranged in parallel, and the top of each top layer interval plug board (62) is provided with a plug interface (621) matched with the two top layers; the top layer matching plug interface (621) is matched with the top layer interval plug interface (612) in a plugging way.

5. A three-dimensional chess according to claim 1, wherein twenty-five square chess pieces (7) are divided into five groups, and the surfaces of each group of square chess pieces (7) are coated with different colors.

6. The chess according to claim 1, wherein the top, left and front faces of each square chess piece (7) are coated with X marks; the bottom, the right side and the back of the square chessman (7) are coated with O marks.

7. A method of playing a three-dimensional game, the three-dimensional game being as claimed in claim 1; sequentially comprises the following steps: during game, each player selects one pattern of X chess and O chess as a chess playing object to move, the players determine the chess moving sequence by themselves and move in turns, and the winner takes the place that the three square chesses (7) are connected into a straight line; if the game is not finished or the square chessmen (7) are used up, the square chessmen (7) are translated until the game is finished; when two players play, X chess or O chess is distributed, and chess moving is carried out on the top surface; when three players play, X chess or O chess is distributed by different colors, and chess moving is carried out on two adjacent surfaces on the top surface; when four players play, X chess or O chess is distributed by different colors, and chess moving is carried out on three adjacent surfaces of the top surface; when five players play, X chess or O chess is distributed by different colors, and chess is played on five sides.

8. A method of playing a three-dimensional game, the three-dimensional game being as claimed in claim 1; sequentially comprises the following steps: only one corresponding color is selected by each player, and the X chess and the O chess are not limited to move, the players self-determine the moving sequence and move in turns, and the winning is achieved by connecting three square chesses (7) of the players into a straight line; if the game is not finished or the square chessmen (7) are used up, the square chessmen (7) are translated until the game is finished; when two players play games, the players select corresponding colors respectively and move on the top surface; when three players play, selecting corresponding colors respectively, and playing chess on two adjacent surfaces of the top surface; when four players play, the players select corresponding colors respectively and move on three adjacent surfaces of the top surface; when five persons play, the corresponding colors are selected respectively, and chess playing is carried out on five faces.

9. A method of playing a three-dimensional game, the three-dimensional game being as claimed in claim 1; sequentially comprises the following steps: when more than three players play, the players can self-determine the chess moving sequence and move in turns, during the playing process, the players can select different colors and different X, O square chessmen (7) to move, and can also connect with other chessmen, firstly, three players connected into a straight line in the square chessmen (7) are used as a first player, and a second player connected into a straight line is used as a second player, and the following steps are sequentially carried out: and so on until the game ends.