CN211863810U - Building block type coding and displaying chess - Google Patents
Building block type coding and displaying chess Download PDFInfo
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- CN211863810U CN211863810U CN202020290243.4U CN202020290243U CN211863810U CN 211863810 U CN211863810 U CN 211863810U CN 202020290243 U CN202020290243 U CN 202020290243U CN 211863810 U CN211863810 U CN 211863810U
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Abstract
The utility model discloses a cordwood coding and displaying chess, belonging to the technical field of chess and information, comprising a plurality of chess units, connecting rods for connecting the chess units and a programming control terminal which is bidirectionally connected with the chess units; the chess piece units are provided with connecting components which are matched and connected with the connecting rods, and the chess piece units are spliced three-dimensionally through the connecting rods to form a three-dimensional chess set; a touch control panel is arranged on the surface of the chess unit, and a touch sensing part is arranged in the chess unit; the chess piece unit comprises a reference chess piece, a detachable programming chip and a function control unit are arranged on the reference chess piece, and the programming chip is used for individually programming the chess piece unit in a chess playing mode and the chess piece unit in a display mode; the utility model discloses piece unit can be built by blocks formula is three-dimensional to piece together and inserts, and the user is gone chess and can be extended to three-dimensionally, tangible, can change state, perception by traditional plane, and simple structure, flexibility are strong.
Description
Technical Field
The utility model belongs to the technical field of chess and information, a cordwood system chess is related to, concretely relates to cordwood system concatenation can with terminal bidirectional coding and the chess of demonstration.
Background
The prior known chess tools all adopt fixed and planar chess boards, some chess boards are intelligent chess boards, the intelligent chess boards generally comprise chess board panels, chess board bases, control units and a plurality of chess position identification units, and chess positions for the chess pieces to be placed are arranged on the chess board panels; the chess position identification unit is arranged between the chessboard panel and the chessboard base; each chess position identification unit corresponds to one chess position.
However, in this structure, the chessboard and the chess-playing cannot be realized: (1) each piece unit of the chessboard is not spliced into a building block type plane or a three-dimensional structure, and the chess cannot be changed from the plane into the three-dimensional structure; (2) the chess playing of various chess types can not be realized, and the application range is relatively limited; (3) the chess playing rules can not be set through coding and display programming; (4) the existing three-dimensional chess has no multiple self-selection color settings and can not be bidirectionally interconnected with software, namely, the chess cannot be displayed in the software-simulated three-dimensional chess while the chess is played, or the chess color cannot be displayed in the three-dimensional chess when the software is simulated to play the chess.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a simple structure, convenient to use, can manual control, flexibility are strong, the chess board is built to the cordwood system, can encode and show the encoding and the demonstration chess utensil of the cordwood system that two-way exhibits.
In order to realize the purpose, the technical scheme of the utility model is that: providing a cordwood coding and displaying chess, wherein: the chess comprises a plurality of chess units, connecting rods for connecting the chess units and a programming control terminal which is bidirectionally connected with the chess units;
the chess pieces units are provided with connecting components which are matched and connected with the connecting rods, and the chess pieces units are spliced three-dimensionally through the connecting rods to form a three-dimensional chess set;
a touch control panel is arranged on the surface of the chess unit, and a touch control induction part connected with the touch control panel is arranged in the chess unit;
the chess piece unit comprises a reference chess piece, a detachable programming chip and a function control unit are arranged on the reference chess piece, and the programming chip is used for individually programming the chess piece unit in a chess playing mode and the chess piece unit in a display mode;
the reference chessman realizes the reference positioning of the three-dimensional coordinates of the building block type spliced chess P (x, y, z); the three-dimensional position of the reference chess piece unit is P (0,0, 0);
the reference chess pieces are provided with chess piece moving types (go, gobang, Chinese checkers or self-defined rules) for controlling the chess piece unit moving mode of three-dimensional splicing;
the connecting rod is used for connecting the reference chess pieces and the chess piece units.
Preferably, the chess piece units are provided with connecting assemblies in six directions, and the connecting assemblies are clamping groove type connecting assemblies or magnetic type connecting assemblies.
Preferably, the connecting rod may be embedded with a data transmission connecting line for transmitting the binary code to the touch sensing part inside the chess unit.
Preferably, the chess piece units can bidirectionally transmit codes with the reference chess piece through the built-in Bluetooth communication module, and the connecting rods are only used for supporting connection without transmitting the codes through the connecting rods.
Preferably, the chessman units can bidirectionally transmit codes with the programming control terminal through the built-in Bluetooth communication module.
Preferably, the shape of the chess piece unit is a cube, a sphere, a cuboid or a cylinder.
Preferably, the touch sensing component in the chess unit comprises an optical component, and the color of the optical component and each chess unit are provided with a corresponding binary code.
Preferably, the function control unit of the reference chess comprises a chess switch, a chess moving mode, a chess unit display mode and a receiving and sending key; the coding and display programming realized by the programmable chip can be connected with the programming control terminal through the transceiver device, the transceiver device is connected with the programming control terminal through wireless or wired connection, and the signal transmitter can transmit Bluetooth signals and be received by the signal receiver.
Preferably, the programming control terminal codes the touch sensing part of each chess piece unit in the three-dimensional chess set, controls the chess playing mode of the three-dimensional chessboard, and records and judges the chess playing process and result of the three-dimensional chessboard.
Preferably, the programming control terminal simulates and displays a three-dimensional chessboard and realizes bidirectional synchronization of results.
The programming control terminal comprises a mobile phone or a computer.
The utility model discloses cordwood system's code and demonstration chess utensil has following beneficial effect:
1. the user can splice the chess units through the connecting rods to form a plane or three-dimensional chess, and the connecting rods effectively extend the three-dimensional space of the whole chess, so that the visual operability is stronger;
2. because the chess piece units can be spliced and inserted in a building block type three-dimensional way, the chess playing of a user can be expanded to be three-dimensional, touchable, changeable in state and sensible from the traditional plane, and the chess piece units are simple in structure and strong in flexibility.
3. The utility model discloses benchmark piece among the chess utensil can set up the chess playing type (like weiqi, gobang, chinese checkers or self-defined rule) for the piece unit chess playing mode of three-dimensional concatenation of control can realize multiple chess playing, and application range is wider consequently.
4. The utility model discloses can encode the response part of every piece unit in three-dimensional solid chess utensil through programming control terminal (cell-phone or computer), control the line chess mode of solid chess board, record and judge the line chess process and the result of solid chess board.
5. The utility model discloses can be through programming control terminal (cell-phone or computer) analog display three-dimensional chess board and realize the result two-way synchronization, but wide application in fields such as various chess games, match, teaching.
Drawings
FIG. 1 is a schematic view of the block-type coding and chess piece unit structure of the present invention.
FIG. 2 is a schematic view of the connecting rod structure of the cordwood coding and displaying chess set of the present invention.
Fig. 3 is a schematic diagram of the building block type coding and three-dimensional splicing of chess tools or connection with a programming control terminal (mobile phone or computer software). The pawn unit at position P (0,0,0) is the reference pawn unit, wherein the coordinate P (3,0,1) of the pawn unit at the upper right position in the figure, and the coordinate P (x, y, z) of a certain pawn unit.
In the figure: 1. a touch control panel; 2. a connecting assembly; 3. a touch sensing component; 4. a connecting rod; 5. programming control terminal (mobile phone or computer).
Detailed Description
For the purpose of explaining the technical contents and structural features of the building block type coding and displaying chess of the present invention in detail, the following embodiments are further described with reference to the accompanying drawings.
As shown in fig. 1, 2 and 3, the cordwood coding and displaying chess of the present invention comprises a plurality of chess units, a connecting rod 4 for connecting the chess units, and a programming control terminal (mobile phone or computer) 5 connected with the chess units in two directions.
The chess piece unit comprises a reference chess piece, the three-dimensional position of the reference chess piece unit is P (0,0,0), a detachable programming chip and a function control unit are arranged on the reference chess piece, and the programming chip is used for individually programming the chess piece unit in a chess playing mode and the chess piece unit in a display mode; the reference chessman realizes the reference positioning of the building block type spliced chess tool P (x, y, z) three-dimensional coordinate.
The function control unit of the reference chessman comprises a chess switch, a chess moving mode, a chessman unit display mode and a receiving and sending key; the coding and display programming realized by the programmable chip can be connected with a programming control terminal (a mobile phone or a computer) through a transceiver, the transceiver is connected wirelessly or in a wired way, and the signal transmitter can transmit Bluetooth signals and be received by the signal receiver.
All set up the coupling assembling 2 with 4 accordant connection of connecting rod on six directions of piece unit, coupling assembling 2 is draw-in groove formula coupling assembling or magnetism formula coupling assembling. The chess units are spliced three-dimensionally through the connecting rods 4 to form a three-dimensional chess set.
The chess piece unit surface is provided with a touch control panel 1, the interior of the chess piece unit is provided with a touch control induction part 3 connected with the touch control panel 1, the touch control induction part 3 comprises an optical part, and the color of the optical part and each chess piece unit are provided with corresponding binary codes.
The reference chess pieces are provided with chess piece moving types (go, gobang, Chinese checkers or self-defined rules) for controlling the chess piece unit moving mode of three-dimensional splicing;
the connecting rod 4 can be internally provided with a data transmission connecting wire and transmits binary codes to the touch sensing part 3 in the chess unit.
The chess piece units can bidirectionally transmit codes with the reference chess pieces through the built-in Bluetooth communication modules, and the connecting rods are only used for supporting connection without transmitting the codes through the connecting rods. The chessman units can bidirectionally transmit codes with the programming control terminal through the built-in Bluetooth communication module.
The chess units are in the shape of a cube, a sphere, a cuboid or a cylinder.
The programming control terminal (mobile phone or computer) 5 encodes the touch sensing component of each chess unit in the three-dimensional chess, controls the chess-moving mode of the three-dimensional chessboard, and records and judges the chess-moving process and result of the three-dimensional chessboard. The programming control terminal simulates and displays the three-dimensional chessboard and realizes the bidirectional synchronization of the results.
The utility model discloses the concrete application method of cordwood system's code and demonstration chess utensil is as follows:
the reference chessmen and the chessman units are connected through the connecting rods to carry out three-dimensional splicing chess (P (x, y, z) three-dimensional coordinates, and the three-dimensional chess with a plurality of chessman units can be spliced). For example: and (3) splicing a three-dimensional chess tool with 9 chess piece units in the three directions of the x axis, the y axis and the z axis, wherein the total number of 9 x 9 is 729 chess piece units.
The function control unit of the reference chess piece is provided with a chess playing mode, namely, an optical component in the chess piece unit can be controlled by touching the control panel, and then the chess piece unit is controlled to play chess regularly in black and white (or in three colors or in a self-defined display mode) (the chess playing space is changed from a plane to a three-dimensional space). Furthermore, the spliced chess is connected with the mobile phone or computer chess software, so that the simulation chess in the chess or software can be played and interconnected in two directions.
Five-piece chess: the known running rules of the gobang on a plane chessboard (1. two players hold one color piece for each game piece, 2. the blank chessboard opens, 3. the black chess is advanced, but the black chess is forbidden, the black chess can not form two 'live three' and 'live four' in one step or form 'long connection' (meaning that one step is formed to exceed five beads) in one step, the white chess is free, the hands are not forbidden, 4. the gobang is placed on the blank point of the chessboard, after the gobang is placed, the gobang can not move to other points, and can not be taken off from the chessboard or taken off elsewhere, 5. the first gobang piece can be placed on any cross point of the chessboard)
The gobang is that the playing rule of the three-dimensional chessboard of the utility model is different from the known playing rule of the plane chessboard: 1. the chess pieces can be set with two colors or multiple colors according to the needs of users. 2. Not only can be a plane five-piece bead but also can be a three-dimensional space five-piece bead formed by a three-dimensional chess.
Chinese checkers: the Chinese checkers of the utility model are different from the known Chinese checkers of the planar chessboard in the rules of going the Chinese checkers: 1. the chess pieces can be set with two colors or multiple colors according to the needs of users. 2. The jumping bridge can be a plane or a three-dimensional chess unit formed by a three-dimensional chess.
Go: go the utility model discloses a go rule of three-dimensional chess board is different with the known go rule of plane chess board: 1. the chess pieces can be set with two colors or multiple colors according to the needs of users. 2. The chess can be played in a plane or in a three-dimensional space formed by a three-dimensional chess. 3. The colorless chess piece units enclosed by the chess pieces with the same color in the three-dimensional space are 'qi'.
The above disclosure is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the scope of the invention, therefore, the present invention is not limited by the appended claims.
Claims (10)
1. A cordwood coding and displaying chess, which is characterized in that: the chess comprises a plurality of chess units, connecting rods for connecting the chess units and a programming control terminal which is bidirectionally connected with the chess units;
the chess pieces units are provided with connecting components which are matched and connected with the connecting rods, and the chess pieces units are spliced three-dimensionally through the connecting rods to form a three-dimensional chess set;
a touch control panel is arranged on the surface of the chess unit, and a touch control induction part connected with the touch control panel is arranged in the chess unit;
the chess piece unit comprises a reference chess piece, a detachable programming chip and a function control unit are arranged on the reference chess piece, and the programming chip is used for individually programming the chess piece unit in a chess playing mode and the chess piece unit in a display mode;
the reference chessman realizes the reference positioning of three-dimensional coordinates of the cordwood spliced chess;
the reference chessman is provided with a chessman playing type and is used for controlling a chessman unit playing mode of three-dimensional splicing;
the connecting rod is used for connecting the reference chess pieces and the chess piece units.
2. The modular coding and display chess set as claimed in claim 1, wherein: all set up coupling assembling on six directions of piece unit, coupling assembling is draw-in groove formula coupling assembling or magnetism formula coupling assembling.
3. The modular coding and display chess set as claimed in claim 1, wherein: the connecting rod can be internally provided with a data transmission connecting wire for transmitting the binary code to the touch sensing part inside the chess unit.
4. The modular coding and display chess set as claimed in claim 1, wherein: the chess piece units can bidirectionally transmit codes with the reference chess pieces through the built-in Bluetooth communication module.
5. The modular coding and display chess set as claimed in claim 1, wherein: the chessman units can bidirectionally transmit codes with the programming control terminal through the built-in Bluetooth communication module.
6. The modular coding and display chess set as claimed in claim 1, wherein: the chess units are in the shape of a cube, a sphere, a cuboid or a cylinder.
7. The modular coding and display chess set as claimed in claim 1, wherein: the touch sensing part in the chess unit comprises an optical part, and the color of the optical part and each chess unit are provided with corresponding binary codes.
8. The modular coding and display chess set as claimed in claim 1, wherein: the function control unit of the reference chessman comprises a chess switch, a chess moving mode, a chessman unit display mode and a receiving and sending key.
9. The modular coding and display chess set as claimed in claim 1, wherein: the programming control terminal codes the touch sensing parts of each chess piece unit in the three-dimensional chess set, controls the chess moving mode of the three-dimensional chessboard, and records and judges the chess moving process and result of the three-dimensional chessboard.
10. The modular coding and display chess set as claimed in claim 1, wherein: the programming control terminal simulates and displays a three-dimensional chessboard and realizes bidirectional synchronization of results.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020290243.4U CN211863810U (en) | 2020-03-11 | 2020-03-11 | Building block type coding and displaying chess |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202020290243.4U CN211863810U (en) | 2020-03-11 | 2020-03-11 | Building block type coding and displaying chess |
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| CN211863810U true CN211863810U (en) | 2020-11-06 |
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| CN202020290243.4U Active CN211863810U (en) | 2020-03-11 | 2020-03-11 | Building block type coding and displaying chess |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111167110A (en) * | 2020-03-11 | 2020-05-19 | 海南医学院 | Building block type coding and displaying chess |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111167110A (en) * | 2020-03-11 | 2020-05-19 | 海南医学院 | Building block type coding and displaying chess |
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