CN211635184U

CN211635184U - Structure of chessboard of chess

Info

Publication number: CN211635184U
Application number: CN201921801832.8U
Authority: CN
Inventors: 张国成
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-10-23
Filing date: 2019-10-23
Publication date: 2020-10-09
Anticipated expiration: 2029-10-23

Abstract

The utility model discloses a chessboard structure of chess, which is characterized in that the chessboard structure is square; the structure is that 32 black grids and 32 white grids are arranged in the middle of the chess board surface and are spaced from each other; arranging magnetic field induction sensing below the 64 lattices; below the chess board face, that is (intermediate level) settle the computer mainboard, settle display, camera, speaker respectively at the both ends of chess board face, settle the HDMI interface on the right side of chess board, settle the USB interface, settle a plurality of interfaces, settle power source, settle the switch, settle the bottom at the bottom of chess board. The chip is arranged at the bottom of the chess, the c chip is arranged at the bottom of the white chess, and the d chip is arranged at the bottom of the black chess. When the white chess is put in 16 grids of the 1-2 layers of the chessboard and the black chess is put in 16 grids of the 7-8 layers of the chessboard, a signal is sounded and the white chess starts to time.

Description

Structure of chessboard of chess

Technical Field

The utility model relates to a chess board structure.

Background

The prior art is as follows: in the domestic and international chess competitions, after calculating the use time of the competition, players of two parties press a clock button placed at one side after the chess of one party falls, the use time of the other party stops when the players walk one step in the competition, and the use time of the other party starts (the players press one step each time and accumulate the total use time of the competition until the competition is finished); after the opposite player falls down from the chess, the clock button put on one side is pressed to express that the use time of the opposite player is stopped when the opposite player goes one step in the game and the use time of the opposite player is started (the opposite player also presses the clock button every step until the game is finished and the total use time of the game is accumulated).

The timing chessboard of the chess is planar, and the invention provides a chessboard structure of the chess.

Disclosure of Invention

The utility model discloses the technical problem who solves: the structure of the chessboard of the chess.

The technical scheme adopted for solving the technical problem is as follows: the chessboard structure of the chess is characterized by being square; the structure is that 32 black grids and 32 white grids are arranged in the middle of the chess board surface and are spaced from each other; arranging magnetic field induction sensing below the 64 lattices; a computer mainboard is arranged below the chessboard surface, namely (the middle layer), a display, a camera and a loudspeaker are respectively arranged at two ends of the chessboard surface, an HDMI interface, a USB interface, a plurality of interfaces, a power interface, a switch and the like are arranged on the right side of the chessboard, and a bottom cover is arranged at the bottom of the chessboard;

the computer processor is connected with a magnetic field induction sensing circuit module arranged below 64 grids and connected with a display; the camera is connected, and the loudspeaker is connected; the method comprises the following steps of connecting an HDMI interface, connecting a USB interface, connecting a plurality of interfaces, connecting a power supply with a switch and the like. All above are line connections. The interfaces are all arranged according to the uniform specification of the market

The computer comprises a processor on a mainboard, a memory, a north bridge chip, a display card, an HDMI interface, a clock generator, a south bridge chip, a hard disk, a network card, a plurality of interfaces, a USB interface, a sound card, a power supply chip, an input and output chip, a magnetic field induction sensing circuit module arranged under 64 grids, a timer, a camera, a BIOS chip, a capacitor, a resistor, an inductor, an integrated circuit, a three-terminal voltage stabilizer, a modem and other all electronic components (which are increased or decreased randomly and allocated) are connected in a matching manner on a control bus, a data bus and an address bus, and the computer can effectively process chips at the bottom of white chess and black chess by debugging randomly.

The chessboard has 64 lattices and 8 lattices in the vertical direction and the horizontal direction. The vertical 8 lattices are arranged in a way that black 4 lattices and white 4 lattices are crossed (from bottom to top); the horizontal 8 lattices are arranged by crossing black 4 lattices and white 4 lattices (from left to right).

The chessboard of the chess is constructed with 2 colors: 1 is a light colored chessboard, and the other 1 is a dark colored chessboard.

The 8 horizontal grids are represented by English letters A, B, C, D, E, F, G and H, regardless of whether the light chessboard or the dark chessboard is adopted. The vertical 8 boxes are indicated by the

numbers

1, 2, 3, 4, 5, 6, 7, 8 (light board from bottom to top; dark board from top to bottom). The longitudinal 1-8 lattices are also called 1-8 layers.

There are 32 chess pieces, 16 white chess pieces and 16 black chess pieces.

The chess pieces of the chess have six kinds of white chess pieces and black chess pieces respectively.

White chess: 1 queen, 1 back, 2 cars, like 2 horses, 8 soldiers.

Black chess: 1 queen, 1 back, 2 cars, like 2 horses, 8 soldiers.

Before the international chess is played, the placing positions of white chess and black chess (light-colored chessboard) are as follows:

white queen bee placed on lattice E1, and black queen bee placed on lattice E8.

White and black are placed on grid D1 and grid D8.

White images are placed on C1 and F1 lattices, and black images are placed on C8 and F8 lattices.

White horses were placed on B1, G1 grids, and black horses were placed on B8, C8 grids.

White cars were placed on A1, H1 grids, and black cars were placed on A8, H8 grids.

White soldiers are placed on grids A2, B2, C2, D2, E2, F2, G2 and H2.

Black soldiers are placed on grids A7, B7, C7, D7, E7, F7, G7 and H7.

The second characteristic of the structure of the chessboard of the chess is that the chip is arranged at the bottom of the chess, the bottom of the white chess is a c chip, and the bottom of the black chess is a d chip.

When the white chess is put in 16 grids of the 1-2 layers of the chessboard and the black chess is put in 16 grids of the 7-8 layers of the chessboard, a signal is sounded and the white chess starts to time.

The chessboard structure of the chess has the beneficial effect of utilizing the chessboard layer.

Drawings

FIG. 1 is a schematic diagram of a chess board configuration.

Fig. 2 is a schematic bottom view of a chess garden.

Fig. 3 is a schematic view of a square bottom of chess.

FIG. 4 is a schematic view of a bottom cover of the chess board configuration.

Detailed Description

The structure of the chessboard is further explained as follows:

FIG. 1 shows:

1 is a black lattice in the chessboard structure, the black lattice has 32 lattices, and the black lattice and the white lattice are arranged in a cross way; the lower left corner of the chessboard is provided with black grids. The original black lattice is a plane, a small round point magnetic field induction sensor is arranged in the middle of the black lattice, a circuit is arranged below the small round point magnetic field induction sensor, and the circuit is connected with an induction sensing circuit module on the main board.

2, white lattices in the chessboard structure are 32 lattices, and the white lattices and the black lattices are arranged in a crossed manner at 32 lattices; the lower right corner of the chessboard is a white lattice. The original white lattice is a plane, a small round point magnetic field induction sensor is arranged in the middle of the white lattice, and a circuit is arranged below the small round point magnetic field induction sensor and connected with an induction sensing circuit module on the mainboard.

And 3, the display is constructed on the chessboard of the chess, two ends of the original chessboard are planes, and the display is arranged in the middle parts of the two ends of the chessboard. The display is 10 icons long and 2 icons wide (can be changed), and the computer processor is connected with the display card on the mainboard and is connected with the display. The display is connected with 2 displays through the split screen device. The display is internally provided with 2 timing displays which are respectively connected with the counter and the 2 timers.

The display can display the counting, timing and characters (symbols) of the two falling objects. There are camera icons and other icons in the display. The icon is a tree page connection and can click down on the next page, including other matching functions, etc.

4 is a power interface of the chessboard structure of the international Chinese checkers. The original chessboard is a plane, and the side surface is also a plane. Because the computer mainboard battery needs the power, install power interface on the plane of side. The power interface is connected with the voltage stabilizer by a line, and the line is connected with an external power supply 220V.

5 is a switch of the chessboard structure of the international Chinese checkers. The side of the original chessboard is a plane, a switch is arranged in the middle of the plane of the side of the chessboard, and the switch is in an off state or a connected state and is used for starting or stopping a computer on the chessboard.

6 is a plurality of interfaces of the chessboard structure of the international Chinese checkers. The side surface of the original chessboard is a plane, and a plurality of interfaces are arranged on the plane of the side surface of the chessboard. The computer processor is connected with a network card arranged on the mainboard through a circuit, and the network card is connected with a network interface through a circuit.

And the USB interface is connected with the south bridge chip through a line and is connected with the processor.

The HDMI interface is connected with the display card through a line and is connected with the processor.

7 is a camera head with a chessboard structure of the Chinese checkers. The two ends of an original chessboard are planes, a camera is arranged near a chessboard display, and the size of the camera of a mobile phone is small. The computer processor is connected with the camera through a circuit, and the camera is connected with the camera through a circuit.

8 is a speaker of the chessboard structure of the Chinese checkers. The two ends of an original chessboard are planes, and loudspeakers and earphones are arranged at right angles of the two ends of the chessboard. The computer processor is connected with the sound card through a circuit, and the sound card is connected with the loudspeaker through a circuit.

FIG. 2 shows:

9 is a round shape of the chess piece of the white chess.

10, the bottom of the round chess piece of the white chess is a c chip.

11 are black chess pieces and chess pieces in a circular shape.

12 the bottom of the black chess round chess piece is a chip d.

FIG. 3 shows:

13 is a white chess piece, the bottom of which is square and the upper part of which is round.

And 14, the bottom of the square chess piece of the white chess is a c chip.

15 is a black chess piece, the bottom of which is square and the upper part of which is circular.

16 is a chip d at the bottom of the square chess piece of the black chess.

The shapes and sizes of the chips c and d shown in fig. 2 and 3 may be changed. c. And d, sensing by matching the small round point magnetic field of the check on the surface of the chessboard by the chip. The white chess or the black chess is placed in the grid of the chess board surface, and the information of the c or d chip is sensed and sensed to the computer processor. The chess pieces in the figures 2 and 3 are optional.

FIG. 4 shows:

17 bottom cover of chess board structure. The bottom cover is provided with a bayonet (pushed up) which can be covered with the bottom cover.

The 18-chess timing chessboard is constructed with pedals on the bottom cover. There are 4 pedals.

Claims

1. The chessboard structure of the chess is characterized by being square; the structure is that 32 black grids (1) and 32 white grids (2) are arranged in the middle of the chess board surface and are spaced from each other; a computer mainboard is arranged below the chessboard surface, namely the middle layer, a display (3), a camera (7) and a loudspeaker (8) are respectively arranged at the two ends of the chessboard surface, an HDMI interface, a USB interface, a plurality of interfaces (6), a power interface (4), a switch (5) and a bottom cover (17) are arranged at the bottom of the chessboard;

the computer processor is connected with a magnetic field induction sensing circuit module arranged below 64 grids and connected with the display (3); the camera (7) is connected, and the loudspeaker (8) is connected; the device is connected with an HDMI interface, a USB interface, a plurality of interfaces (6), a power interface (4) and a power connection switch (5).

2. A structure according to claim 1, wherein the white board base is a c chip (10) and the black board base is a d chip (12).