阅读说明：本技术 无独立棋子智能围棋 (Intelligent weiqi without independent pieces ) 是由 段高峰 于 2021-09-26 设计创作，主要内容包括：本发明公开了无独立棋子智能围棋,涉及棋类游戏领域。无独立棋子智能围棋围盘,围盘内均匀分布有棋块,棋块设有多个第二棋面,第二棋面设有用于形成棋线的线槽,棋块包括无子模块、黑子模块和白子模块,无子模块、黑子模块和白子模块分别设于第二棋面的任一面上,棋块设有与棋块旋转配合的转动件,棋块通过转动件与围盘转动配合,棋块为三棱柱结构,棋块两侧设有呈三角形的第一棋面,第一棋面中心点位置贯穿有转动件,不需要棋手自己携带棋子,在下棋时通过设定的方式可以达到自动落子的功能,使下棋过程更为高效且快速,对于单纯的手机电脑版围棋又具有可操控性,令棋手仍可以体会到手动落子的乐趣,可玩性高。(The invention discloses an intelligent weiqi without independent pieces, and relates to the field of chess games. The intelligent weiqi with no independent pieces is characterized in that chess pieces are uniformly distributed in the weiqi, each chess piece is provided with a plurality of second chess surfaces, each second chess surface is provided with a wire groove for forming a chess line, each chess piece comprises a piece-free module, a black piece module and a white piece module, the piece-free modules, the black piece modules and the white piece modules are respectively arranged on any surface of the second chess surfaces, each chess piece is provided with a rotating piece in rotating fit with the chess piece, the chess pieces are in rotating fit with the weiqi through the rotating pieces, the chess pieces are in triangular prism structures, triangular first chess surfaces are arranged on two sides of each chess piece, the rotating pieces penetrate through the central points of the first chess surfaces, and the weiqi does not need to carry the weiqi by a player, the automatic chess-falling function can be achieved through a set mode when playing chess, so that the chess playing process is more efficient and quicker, the simple mobile phone computer version weiqi has controllability, so that the chess players can still enjoy the fun of manually dropping the weiqi, and the playability is high.)

1. No independent piece intelligence weiqi, including weiqi (4), evenly distributed has chess piece (3) in weiqi (4), its characterized in that, chess piece (3) are equipped with a plurality of second chess faces (9), second chess face (9) are equipped with wire casing (1) that are used for forming the chess line, chess piece (3) are including no submodule piece (2), black piece module (5) and white piece module (6), on the arbitrary face of second chess face (9) is located respectively to no submodule piece module (2), black piece module (5) and white piece module (6), chess piece (3) are equipped with and rotate piece (7) with chess piece (3) normal running fit, chess piece (3) are through rotating piece and weiqi (4) normal running fit.

2. The intelligent weiqi without independent pieces as claimed in claim 1, wherein said piece (3) is a triangular prism structure, and said piece (3) is provided with triangular first faces (8) on both sides, and a rotating member is inserted through the center point of said first faces (8).

3. The intelligent weiqi without independent pieces as claimed in claim 2, wherein said rotating member comprises a linkage shaft, nineteen linkage shafts are uniformly distributed in said weiqi (4), and both ends of said linkage shafts are respectively fixedly connected with both sides of said weiqi (4).

4. The intelligent weiqi without independent pieces as claimed in claim 3, wherein nineteen pieces (3) are provided on said linkage shaft, every two adjacent pieces (3) are in clearance fit, and the clearance between every two adjacent pieces (3) is 0.3-0.5 cm.

5. The intelligent weiqi without independent pieces as claimed in claim 3, wherein said pieces (3) are provided with a driving assembly for turning over the pieces (3), a sensing assembly for sensing a turning condition, and a processing assembly for controlling the driving assembly and the sensing assembly, said driving assembly is fixedly connected to the linkage shaft, and said driving assembly is connected to the sensing assembly in communication.

6. The intelligent weiqi without independent pieces as claimed in claim 5, wherein the driving assembly is a touch sensor or a light source sensor, the driving assembly is a servo motor or a stepping motor, and the processing assembly comprises a single chip microcomputer.

7. The intelligent weiqi without independent pieces as claimed in claim 1, wherein the default state of the piece (3) is no submodule (2) up and the upper surface of no submodule (2) is parallel to the upper surface of the weichi (4), and the turning angle of the piece (3) is 120 ° or 240 ° each time.

8. The intelligent weiqi without independent pieces as claimed in claim 1, wherein the height range of the black piece module (5) and white piece module (6) is 0.5-1 cm.

9. The intelligent weiqi without independent pieces as claimed in claim 7, wherein a reset button (10) for adjusting all pieces (3) to default state is provided outside the weiqi board (4), and the reset button (10) is in control connection with the processing component.

10. The intelligent weiqi without independent pieces as claimed in claim 6, wherein said sensing components are respectively in contact with the non-sub module (2), the black sub module (5) and the white sub module (6).

Technical Field

The invention relates to the field of chess games, in particular to an intelligent weiqi without independent chess pieces.

Background

Weiqi, a strategic two-player chess, belongs to one of the four arts of Chinese instruments, chess, calligraphy and painting, has its origin in China, is passed into Japan through Korea when it is in Tang and Shang, and is circulated to Europe and America, and it contains rich connotation of Chinese culture, and it is the embodiment of Chinese culture and civilization.

Traditional weiqi needs black and white piece and chessboard to combine together when playing chess, and is out of order, needs the chess player to be equipped with the piece by oneself, leads to the preparation process complicacy and waste time before playing chess to the piece is chaotic easily and loses even, guarantees as far as possible when playing chess that the piece is in the intersect, otherwise causes the misleading easily, makes the chess player can not carry out the judgement of both sides' chess condition fast, is unfavorable for the gaming experience of playing chess.

The technical problem that this application will solve is: how to enable two parties playing the weiqi to have no need of self-contained chess pieces and enable the chess pieces to just fall on a chess line.

Disclosure of Invention

The invention aims to provide an intelligent weiqi without independent chess pieces, which does not need to prepare chess pieces and ensures that the falling points of the chess pieces are just positioned on a chess line.

In order to achieve the purpose, the intelligent weiqi without independent pieces comprises a weiqi disc, wherein pieces are uniformly distributed in the weiqi disc, the pieces are provided with a plurality of second chess surfaces, the second chess surfaces are provided with wire grooves for forming chess lines, the pieces comprise a piece-free module, a black piece module and a white piece module, the piece-free module, the black piece module and the white piece module are respectively arranged on any surface of the second chess surfaces, the pieces are provided with rotating pieces in rotating fit with the pieces, and the pieces are in rotating fit with the weiqi disc through the rotating pieces.

In some embodiments, the chess piece is in a triangular prism structure, the two sides of the chess piece are provided with triangular first chess surfaces, and the center point of each first chess surface is penetrated with a rotating piece. The corresponding chess pieces can be rotated through the rotating pieces, so that the directions of the non-sub modules, the black sub modules or the white sub modules on the chess pieces in a certain piece area are upward, and the function of falling chess pieces is completed.

In some embodiments, the rotating part comprises linkage shafts, nineteen linkage shafts are uniformly distributed in the enclosure disc, and two ends of each linkage shaft are fixedly connected with two sides of the enclosure disc respectively. The universal driving shaft does not rotate, the chess pieces rotate, and the universal driving shaft aims at limiting the chess pieces.

In some embodiments, nineteen pieces are arranged on the universal driving shaft, every two adjacent pieces are in clearance fit, and the clearance between every two adjacent pieces is 0.3-0.5 cm. Nineteen gangways and nineteen pieces arranged on each gangway can form a standard weiqi pattern, and the gap in the middle of each piece is corresponding to the wire groove and does not interfere with the rotation of the adjacent pieces.

In some embodiments, a driving assembly for overturning the chess pieces, a sensing assembly for sensing an overturning condition, and a processing assembly for controlling the driving assembly and the sensing assembly are arranged in the chess pieces, the driving assembly is fixedly connected with the linkage shaft, and the driving assembly is in communication connection with the sensing assembly. The drive assembly may provide motive force for flipping the pieces, while the sensing assembly may obtain conditions or commands for flipping the pieces.

In some embodiments, the driving component is a touch sensor or a light source sensor, the driving component is a servo motor and a stepping motor, and the processing component comprises a single chip microcomputer. The touch sensor and the light source sensor can enable a chess player to easily send a turning command, and the servo motor and the stepping motor have higher precision, so that the chess piece can be turned at each time in a consistent rhythm.

In some embodiments, the default state of the block is no sub-module up and the top surface of no sub-module is parallel to the top surface of the go board, with the block flipping at 120 ° or 240 ° each time. The piece can be turned over one surface or two surfaces at every time, so that the weiqi pattern formed by all pieces is more smooth, and the condition of unevenness can not be caused.

In some embodiments, the black and white sub-modules have a height ranging from 0.5 to 1 cm. Meets the requirement of international go game.

In some embodiments, a reset button for adjusting all the chess pieces to a default state is arranged outside the game board, and the reset button is in control connection with the processing component. The reset button can reset all chess pieces after the chess game is finished, namely all chess pieces are set to be upward without a submodule.

In some embodiments, the sensing assembly is in contact with the no, black and white sub-modules, respectively. Can make the chess hand can both reach the effect of giving down the order when touching or response does not have the arbitrary one side of submodule piece, black submodule piece and white submodule piece.

The invention has the beneficial effects that: the intelligent weiqi without independent chess pieces does not need to be carried by players, and the automatic weiqi falling function can be achieved through a set induction mode during playing, so that the playing process is more efficient and rapid, the weiqi is controllable for simple mobile phone computer version weiqi, the players can still feel the fun of manually falling the weiqi, the playing performance is high, the weiqi has an automatic reset function, and the players do not need to manually pick up the residual game.

Drawings

FIG. 1 is a schematic view of a three-dimensional structure of an intelligent weiqi without independent pieces according to the present invention;

FIG. 2 is a schematic diagram of a three-dimensional structure of a piece of the intelligent Weiqi without independent pieces of the invention;

fig. 3 is a schematic diagram of a three-dimensional structure of the intelligent weiqi without independent pieces of the invention.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Example 1

As shown in fig. 1 to 3, there is not independent piece intelligence weiqi, including weiqi 4, evenly distributed has chess piece 3 in the weiqi 4, chess piece 3 is equipped with a plurality of second chess faces 9, second chess face 9 is equipped with wire casing 1 that is used for forming the chess line, chess piece 3 includes no submodule piece 2, black piece module 5 and white piece module 6, no submodule piece 2, black piece module 5 and white piece module 6 are located respectively on any side of second chess face 9, chess piece 3 is equipped with and rotates piece 7 with chess piece 3 normal running fit, chess piece 3 is through rotating piece 7 and weiqi 4 normal running fit.

The chess piece 3 is a triangular prism structure, the two sides of the chess piece 3 are provided with triangular first chess surfaces 8, and the central point position of the first chess surfaces 8 is penetrated with a rotating piece 7. The corresponding chess piece 3 can be rotated through the rotating piece 7, so that the direction of the non-submodule 2, the black submodule 5 or the white submodule 6 on the chess piece 3 in a certain block area is upward, and the function of dropping the chess pieces is completed.

The rotating piece 7 comprises a linkage shaft, nineteen linkage shafts are uniformly distributed in the enclosure 4, and two ends of the linkage shaft are respectively fixedly connected with two sides of the enclosure 4. The universal driving shaft does not rotate, the chess pieces 3 rotate, and the universal driving shaft is used for limiting the chess pieces 3.

Nineteen chess pieces 3 are arranged on the universal driving shaft, every two adjacent chess pieces 3 are in clearance fit, and the clearance between every two adjacent chess pieces 3 is 0.3 cm. Nineteen interlocking shafts and nineteen chess pieces 3 arranged on each interlocking shaft can form a standard go pattern, and the gap in the middle of each chess piece 3 is used for corresponding to the wire groove 1 and does not interfere with the rotation of the adjacent chess pieces 3.

The chess piece 3 is internally provided with a driving assembly for overturning the chess piece 3, an induction assembly for inducing an overturning condition, and a processing assembly for controlling the driving assembly and the induction assembly, wherein the driving assembly is fixedly connected with the universal driving shaft, and the driving assembly is in communication connection with the induction assembly. The drive assembly may provide motive force for flipping the playing pieces 3, while the sensing assembly may capture conditions or commands for flipping the playing pieces 3.

The drive assembly is a touch sensor, the drive assembly is a servo motor, and the processing assembly comprises a single chip microcomputer. The touch sensor can enable a chess player to easily send a turning command, and the servo motor has high precision, so that the chess piece 3 can be turned at each time in a consistent rhythm.

The default state of the chess piece 3 is that no submodule 2 faces upwards, the upper surface of the no submodule 2 is parallel to the upper surface of the go board 4, and the turning angle of the chess piece 3 is 120 degrees every time. Can guarantee that 3 chess pieces turn over a face at every turn to make the weiqi pattern that all chess pieces 3 constitute more level and smooth, can not lead to the condition of unevenness.

The black and white submodules 5 and 6 have a height value of 0.5 cm. Meets the requirement of international go game.

A reset button 10 for adjusting all chess pieces 3 to be in a default state is arranged outside the go-kart 4, and the reset button 10 is in control connection with the processing assembly. Reset button 10 allows resetting of all the playing pieces 3 after the game is complete, i.e., all playing pieces 3 are set with no submodule 2 facing upwards.

The sensing assembly is in contact with the no submodule 2, the black submodule 5 and the white submodule 6, respectively. The chess player can achieve the effect of issuing commands when touching or sensing any surface of the non-submodule 2, the black submodule 5 and the white submodule 6.

Before playing chess, all chess pieces 3 are upward without the son module 2, a chess player only needs to touch any one side of the son module 2, the black son module 5 and the white son module 6 to send out commands when playing chess, the touch sensor can sense and immediately transmit signals to the single chip microcomputer, the single chip microcomputer sends out a 120-degree overturning command to the servo motor, if the overturning surface is the black son module 5 after first touch, the white son module 6 can be upward through touch connection again, and the process of falling chess pieces is completed. The chess player is not required to carry the chess pieces, the automatic piece falling function can be achieved through a set induction mode when the chess player plays the chess, the chess playing process is more efficient and quick, controllability is realized for the simple mobile phone computer version go, the fun of manual piece falling can be still realized for the chess player, the playability is high, the automatic reset function is realized, and the residual game can be picked up without manual operation.

Example 2

As shown in fig. 1 to 3, there is not independent piece intelligence weiqi, including weiqi 4, evenly distributed has chess piece 3 in the weiqi 4, chess piece 3 is equipped with a plurality of second chess faces 9, second chess face 9 is equipped with wire casing 1 that is used for forming the chess line, chess piece 3 includes no submodule piece 2, black piece module 5 and white piece module 6, no submodule piece 2, black piece module 5 and white piece module 6 are located respectively on any side of second chess face 9, chess piece 3 is equipped with and rotates piece 7 with chess piece 3 normal running fit, chess piece 3 is through rotating piece 7 and weiqi 4 normal running fit.

The chess piece 3 is a triangular prism structure, the two sides of the chess piece 3 are provided with triangular first chess surfaces 8, and the central point position of the first chess surfaces 8 is penetrated with a rotating piece 7. The corresponding chess piece 3 can be rotated through the rotating piece 7, so that the direction of the non-submodule 2, the black submodule 5 or the white submodule 6 on the chess piece 3 in a certain block area is upward, and the function of dropping the chess pieces is completed.

The rotating piece 7 comprises a linkage shaft, nineteen linkage shafts are uniformly distributed in the enclosure 4, and two ends of the linkage shaft are respectively fixedly connected with two sides of the enclosure 4. The universal driving shaft does not rotate, the chess pieces 3 rotate, and the universal driving shaft is used for limiting the chess pieces 3.

Nineteen chess pieces 3 are arranged on the universal driving shaft, every two adjacent chess pieces 3 are in clearance fit, and the clearance between every two adjacent chess pieces 3 is 0.5 cm. Nineteen interlocking shafts and nineteen chess pieces 3 arranged on each interlocking shaft can form a standard go pattern, and the gap in the middle of each chess piece 3 is used for corresponding to the wire groove 1 and does not interfere with the rotation of the adjacent chess pieces 3.

The chess piece 3 is internally provided with a driving assembly for overturning the chess piece 3, an induction assembly for inducing an overturning condition and a processing assembly for controlling the driving assembly and the induction assembly, the driving assembly is fixedly connected with the universal driving shaft, and the driving assembly is in communication connection with the induction assembly. The drive assembly may provide motive force for flipping the playing pieces 3, while the sensing assembly may capture conditions or commands for flipping the playing pieces 3.

The driving assembly is a light source type inductor, the driving assembly is a stepping motor, and the processing assembly comprises a single chip microcomputer. The light source type sensor can enable a chess player to easily send a turning command, and the stepping motor is high in precision, so that the chess piece 3 can be turned at each time in a consistent rhythm.

The non-submodule 2, the black submodule 5 and the white submodule 6 are respectively provided with a small hole with the diameter of 0.2mm, and when the fingers of a chess player completely shield the small holes, the light source type sensor can sense the command.

The default state of the piece 3 is that no submodule 2 is upward and the upper surface of no submodule 2 is parallel to the upper surface of the go board 4, and the turning angle of the piece 3 is 240 ° each time. Can guarantee that 3 chess pieces turn over two faces at every turn to make the weiqi style that all chess pieces 3 constitute more level and smooth, can not lead to the unevenness condition.

The black and white submodules 5 and 6 have a height value of 1 cm. Meets the requirement of international go game.

A reset button 10 for adjusting all chess pieces 3 to be in a default state is arranged outside the go-kart 4, and the reset button 10 is in control connection with the processing assembly. Reset button 10 allows resetting of all the playing pieces 3 after the game is complete, i.e., all playing pieces 3 are set with no submodule 2 facing upwards.

The sensing assembly is in contact with the no submodule 2, the black submodule 5 and the white submodule 6, respectively. The chess player can achieve the effect of issuing commands when touching or sensing any surface of the non-submodule 2, the black submodule 5 and the white submodule 6.

Before playing chess, all chess pieces 3 are upward without the son module 2, the chess player only needs to cover the small holes on any one side of the son module 2, the black son module 5 and the white son module 6 when playing chess, namely, the small holes are used for sending commands, the light source type sensor can sense and immediately transmit signals to the single chip microcomputer, the single chip microcomputer sends out a 240-degree overturning command to the stepping motor, if the overturning surface is the black son module 5 after first touch, then the white son module 6 can be upwards touched and connected again, and the process of falling chess pieces is completed. The chess player is not required to carry the chess pieces, the automatic piece falling function can be achieved through a set induction mode when the chess player plays the chess, the chess playing process is more efficient and quick, controllability is realized for the simple mobile phone computer version go, the fun of manual piece falling can be still realized for the chess player, the playability is high, the automatic reset function is realized, and the residual game can be picked up without manual operation.

What has been described above are merely some embodiments of the present invention. It will be apparent to those skilled in the art that various changes and modifications can be made without departing from the inventive concept thereof, and these changes and modifications can be made without departing from the spirit and scope of the invention.