WO2006128367A1

WO2006128367A1 - A structure of an electronic board game

Info

Publication number: WO2006128367A1
Application number: PCT/CN2006/001130
Authority: WO
Inventors: Yu-Fu Cho
Original assignee: Yu-Fu Cho
Priority date: 2005-05-30
Filing date: 2006-05-29
Publication date: 2006-12-07
Also published as: WO2006128367B1

Abstract

A structure of an electronic board game is disclosed. At least one displaying assembly is arranged on the board. By pressing at least one touch device and then activating at least one inductive switch device, the displaying assembly can display at least one displaying content needed to differentiate the identity of a user, then a microcomputer can figure out the victory or defeat of the user. The at least one displaying content can be at least two kinds of lights or two kinds of colors so that the identity of the user can be differentiated and the microcomputer can figure out the victory or defeat of the user. The touch device can be set as a light permeable assembly. The light permeable assembly can slide and be pressed so that the inductive switch device is activated to produce an electrical signal, then the microcomputer can distinguish and figure out the victory or defeat of the user. The structure of the board game has various changes, which can increase the competition ability of the production and the recreational effect of the user.

Description

The structure of electronic board games

(1) Technical field

The invention provides a structure of an electronic board game, relating to a structure of an electronic scoring board game (or "structure of a microcomputer board game"), which is specifically referred to as: at least one display component is arranged on the board. The display component generates at least one bright light, at least one color or at least one graphic by means of pressing, touching, and touching the sensing switch device, so that the microcomputer CPU can determine the user game by distinguishing and matching various chess game changes. The display component can also be provided with at least one light transmissive component above, thereby reflecting light out of the surface of the light transmissive component, and further can be based on the number of bright spots of light on the surface of the light transmissive component, the amount of light, Color or graphics to distinguish the user's identity, so that the traditional chess game can be combined with sound and light, voice, music, LED, LCD, backlight LCD, backlight, LCD screen, etc. Not only can it increase the interest of the player, but also improve the chess game by the automatic scoring display of the microcomputer CPU. Flat, impartiality.

(2) Background technology

However, today's traditional chessboards are made of wood, plastic, paper, etc. as a chessboard, but there are many flaws that cannot be broken.

Therefore, the inventor has carefully studied and explored in the process of research and development to create more excellent, and constantly re-innovation, break through the tradition, and develop it. The specific descriptions are as follows: (1) The biggest lack of traditional chess pieces, It is easy for children to eat, causing life-threatening. (2) 'It is easier to lose when using it; the chess pieces of the traditional board have dozens of different numbers. If one of the pieces is lost, it will affect the integrity of the rules of the game. Sometimes it is impossible to use the game again. Re-purchase, and the original piece that is not complete will be discarded, which is a pity and a waste. (3) The general board can only have one function. If you want to use a variety of game functions at the same time, it will increase the volume and weight of the whole board relatively, which is not only cumbersome, but also makes the collection difficult. (4) Although the traditional paper tray is easy to carry, it is easily damaged by folding the paper, which affects the consumer's fun and can not achieve effective economic benefits. (5) Because the chess pieces of the traditional board are movable, in the course of the game, there will be cases of cheating and remorse, which greatly affect the fairness and impartiality of the game.

These shortcomings are the long-term shortcomings that traditional board games cannot break through. (3) SUMMARY OF THE INVENTION The main object of the present invention is to provide a structure of an electronic board game, wherein the electronic game board is provided with at least one display component on the board, and the display component can be generated by at least a touch-sensitive switch. Two colors, for the microcomputer CPU as the user's identification, gameplay changes and the referee's basis for the winners and losers, but also can improve the fun of board games.

Another object of the present invention is to provide at least one light-transmitting component on the display component, and to cooperate with at least one inductive switch device to generate light, color, pattern, text, and to match sound, light, voice, music, A game mode display mode in which various microcomputers such as LEDs, LCDs, and backlights are automatically scored.

Still another object of the present invention is to provide a state in which the light transmissive member is slidable and can be pressed, so that the inductive switching device is touched to generate an electrical signal for discrimination with the microcomputer CPU.

A further object of the present invention is to structure the inductive switching device for attaching or fixing the upper and lower conductive film switches on the board to enable the display assembly to display, color or pattern; the upper and lower conductive films At least one partition plate may be disposed in the middle of the switch; wherein the plastic thin plate may be set as a light transmissive light transmissive component; and the light transmissive component may also be set to have a function of a pressure sensing device as needed; and the touch pressure device may also be provided For the inductive switching device, it also has the function of turning on the 3⁄4 of the inductive switching device.

Another object of the present invention is that the light-transmitting component can be matched and designed into various required light-transmitting patterns, light-transmitting shapes or light-transmitting lines according to the game or at least one display, so that the board game is more abundant and has It is variability, further improving the superiority of the product, and at the same time increasing the entertainment of the player.

The features of the present invention can achieve the following objectives: (1) The light transmissive component can be a touch device, and the light transmissive component is slidable and can be pressed, thereby causing the inductive switch device to be touched to generate a conductive signal; b) at least one touch device is disposed around the light-transmitting component, and the signal of the conductive property is generated by pressing the sensing switch device; (3) the plastic thin plate disposed on the chessboard can be directly set to be electrically conductive. The inductive switching device of the film, by means of contact pressure, causes the upper and lower conductive films to sense each other, so that the display component can display the function; (4) the plastic thin plate can also be directly set as the light transmitting component, and the light transmitting component can be directly The utility model is composed of an inductive switching device for upper and lower conductive films, and the upper and lower conductive films are mutually inductively sensed by touch pressure to cause the display component to display the function; (5) wherein the touch device can also be an inductive switch The device also has the function of inducing the electrical conductivity of the switch device; (6) the quality of the body of the touch device of the present invention may also be all conductive materials, so that it is touched to The conductive layer of the circuit board can generate an electrical signal and transmit it to the microcomputer CPU; (7) providing a light guiding groove around the display component, the light guiding groove can collectively display the light source concentrated by the component; The shape and structure of the groove can be changed as needed; (8) The light-transmitting component that allows light to pass through can be arranged above the display component, At least one bright light, at least one color or at least one graphic displayed by the display component can reflect the surface of the light transmissive component, and can recognize the identity represented by the player, and then cooperate with the microcomputer CPU, so that the board game can automatically determine and count through the microcomputer. (9) The light-transmitting component disposed above the display component of the present invention can also be directly set as a touch device according to needs, and the touch-pressure device can also be set as an inductive switch having a conductive property and generating a signal. (10) The plastic sheet provided on the board can be directly set as the inductive switching device of the upper and lower conductive films, and then the upper and lower conductive films are mutually induced by the pressure to make the display component display. The touch device can also be an inductive switch device, and also has the function of conducting the conductive function of the induction device; (11) The material of the touch device body of the present invention can also be all conductive materials, so that When it touches the conductive layer of the circuit board, it can generate electrical signals and transmit it to the microcomputer CPU; (12) Set above the display component The component, when the display component produces display, color or graphics, can further reflect the surface of the light-transmitting component with special graphics, and with the automatic scoring of the CPU microcomputer, the electronic board game is more diversified, and the superiority of the product is increased. The light-transmitting component can be matched according to the game or at least one display, and designed into various required light-transmitting patterns, light-transmitting shapes or light-transmitting lines; (13) the inductive switch device can be used Pressing and touching the pressure device to conduct the conductivity, so that the display component displays various required displays such as light, color or graphics, for the microcomputer CPU to discriminate; The structure of the invention is simple, novel, practical and superior, and is an unprecedented innovation and new breakthrough in the science and technology of the chess game.

The structure of an electronic board game of the present invention is detailed as follows:

The invention relates to a structure of an electronic board game, characterized in that: at least one display component is arranged on the board, and the display component can touch at least one inductive switch device after pressing at least one touch device; The display component displays at least one display required to distinguish the identity of the user, thereby causing the microcomputer CPU to identify and calculate the winning or losing of the user's game.

The structure of an electronic board game according to the present invention is characterized in that: at least one display component is disposed on the chessboard, and the display component can touch at least one of the inductive switch devices by pressing at least one touch device to display The component displays at least two colors required to distinguish the user's identity, allowing the microcomputer CPU to identify and calculate the winning or losing of the user's game. .

The structure of an electronic board game according to the present invention is characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device by pressing at least one touch device to make the display component Displaying at least one display required to distinguish the identity of the user; at least one light transmissive component may be disposed above the display component, wherein the light transmissive component may be a touch device, the light transmissive component is slidable and The state of pressing, so that the inductive switching device is touched to generate conduction The signal, in turn, causes the microcomputer CPU to identify and calculate the winning or losing of the user's game.

The invention relates to a structure of an electronic board game, characterized in that: at least one display component is arranged on the board, the display component can be displayed by touching at least one touch device and then touching at least one induction device The component displays at least one display required to distinguish the identity of the user; wherein the touch device can be configured as a light transmissive component. '

The structure of an electronic board game according to the present invention is characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device by pressing at least one touch device to make the display component Displaying at least one display required to distinguish the identity of the user, thereby causing the microcomputer CPU to identify and calculate the winning or losing of the user's game; the at least one display may be at least two kinds of lights to distinguish the user's identity, so that Microcomputer CPtJ as a discrimination, and calculate the user's game win or lose =»

In the structure of the electronic board game, the inductive switching device can be a conductive film switch, and is disposed on the surface of the board body in a manner of being mounted or pasted.

Wherein, in the structure of the electronic board game, a partition may be disposed in the middle of the upper and lower conductive film boards.

Wherein, in the structure of the electronic board game, the conductive film switch can be directly set as a light transmitting component. ·

The structure of the electronic board game may be provided with at least one light transmissive component above the display component, and the light may be reflected when the display component produces the desired display, brightness, color or graphic. The light transmissive surface of the light transmissive component.

The invention relates to a structure of an electronic board game, characterized in that: at least one display component is arranged on the chessboard, and the display component can display at least one display required by pressing at least one sensing switch device. The user's identity is distinguished; the at least one inductive switch device can be a touch panel. The Touch Panel cooperates with the microcomputer CPU to identify and calculate the winning or losing of the user's game.

The structure of an electronic board game as described in claim 1 or 2 or 3, item 4, item 5, wherein the inductive switch device can use an inductive switch, a reed switch, a conductive sheet switch, and a conductive film group as needed. , conductive film switch, push button switch, conductive rubber switch, touch panel, touch screen, micro switch, infrared switch, etc., various conventional inductive switches; the shape, size, quantity and structure of the inductive switch device can be based on Need to change. .

The invention relates to a structure of an electronic board game, characterized in that: at least one display component is arranged on the chessboard, and the display component can touch at least one inductive switch device after pressing at least one touch device; The display component displays at least two types of graphics needed to distinguish the identity of the user, enabling microelectronics The brain CPU is used to identify and calculate the winning or losing of the user's game.

The structure of an electronic board game according to the present invention is characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device after pressing at least one touch device to display The component displays at least two types of text needed to distinguish the user's identity, so that the microcomputer CPU can identify and calculate the winning or losing of the user's game.

The structure of an electronic board game as described in claim 1 or 2 or 3 or 4 or 5 or 10 or 12 or 13 wherein the material and structure of the display component and the color display can also use conventional LEDs. , LCD. Backlit LCD, LCD screen, plasma screen, tube, quartz tube, bulb... and other display components to design changes.

The structure of an electronic board game of the present invention is characterized in that: at least one display component is disposed on the chessboard, and the display component can generate electrical power by at least one sensing device by pressing at least one touch device. The signal, in turn, causes the display component to display at least one display required to distinguish the identity of the user, so that the microcomputer CPU can identify and calculate the winning or losing of the user's game; wherein the touch device can also be an inductive switching device, and also has an induction The function of the conduction function of the switching device.

The invention relates to a structure of an electronic board game, characterized in that: at least one display component is arranged on the chessboard, and the display component can cause at least one inductive switching device to generate an electrical signal by pressing at least one touch device. In turn, the display component displays at least one display required to distinguish the identity of the user, and the microcomputer CPU is used to identify and calculate the winning or losing of the user's game; wherein the material of the touch device body may also be all conductive materials, so that When it touches the conductive layer of the circuit board, it can generate electrical signals.

The structure of an electronic board game as described in Patent No. 1 or 2 or 3 or 4 5 or 6 or 10 or 12 or 13 wherein the inductive switching device can be set as a light transmissive component.

Wherein, the structure of an electronic board game as described in claim 1 or 2 or 3 or 4 or 5 or 10 or 12 or 13 wherein the structure, shape, size and number of the touch device can be as needed Various structures and shapes such as a semi-circular shape, a π-shaped shape, various glyphs, an elliptical shape, a semi-polygonal shape, a circular shape, a polygonal shape, a character shape, an animal shape, a 'cartoon shape, a fruit shape, and the like.

The structure of an electronic board game as described in claim 1 or 2 or 3 or 4 or 5 or 10 or 12 or 13 may be directly set as an inductive switching device at a suitable position around the light transmissive component. The inductive switching device is an inductive switching device with a conductive first layer and a conductive underlayer as a conducting current.

The structure of an electronic board game according to the present invention is characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device after pressing at least one touch device to display The component displays at least one display needed to distinguish the identity of the user, so that the microcomputer The CPU is used to identify and calculate the winning or losing of the user's game; the display component may be provided with at least one light transmissive component above, and the light transmissive component may also be an inductive switching device, which also has the functions of conducting and sensing.

The structure of an electronic board game according to the present invention is characterized in that: at least one display component is disposed on the chessboard, and the display component can generate an electrical signal by pressing at least one of the sensing devices, thereby causing the display component Displaying at least one display required to distinguish the identity of the user, and causing the microcomputer CPU to identify the winning or losing of the user's game; the inductive switching device can be configured as an inductive switching device for the upper and lower conductive films. Enables the display component to produce a variety of display functions.

The invention relates to a structure of an electronic board game, characterized in that: at least one display component is arranged on the board, the display component can generate an electrical signal by pressing at least one inductive switching device, thereby enabling the display component to display the required At least one display is used to distinguish the identity of the user, and the microcomputer CPU is used as a discrimination to calculate a win or loss of the user's game; wherein at least one light transmissive component can be disposed above the display component, and the light transmissive component can be set Various light-transmissive patterns, light-transmitting shapes or light-transmitting lines.

Wherein, the structure of the electronic board game, that is, the structure of the microcomputer board game or the structure of the electronic scoring board game, the pattern of the light transmissive component can be set as various translucent characters and various kinds according to requirements Light-transparent chess piece graphics, light-transmissive digital shape, light-transmissive dot shape, light-transmissive rectangle, light-transmissive point shape, light-transmissive polygonal shape, light-transmissive multiple shapes, light-transmissive points, light-transmissive character shape, light-transmissive semi-circular arc Shape, light-transmission π-shape, light-transmissive elliptical shape, translucent semi-polygonal shape, light-transmissive round shape, light-transmissive polygonal shape, light-transmissive animal shape, light-transparent cartoon shape, light-transparent fruit shape, etc. Graphics, light-transmissive lines, to match at least one display required.

The structure of the electronic board game, that is, the structure of a microcomputer board game or the structure of an electronic score board game, wherein a light guiding groove is arranged around the display component, and the light guiding groove can collectively display components. The emitted light source. .

The structure of an electronic board game of the present invention has the following advantages: (1) wherein the checkerboard is provided with at least one light transmissive component, and the back side of the light transmissive component is provided with at least one display component; After the touch-sensing switch device is touched, it generates bright light, and then reflects the light out of the permeable component; wherein the light of the permeable component can distinguish the user's identity according to at least one color or at least one display component, so that the microcomputer The CPU generates different board game effects as discriminating; (2) the light transmissive component is slidable and can be pressed, so that the inductive switching device is touched to generate a conductive and electrical signal; (3) At least one touch device is disposed around the optical component. After the touch-sensing switch device is removed, the signal of the conductive property after the touch is used to distinguish the microcomputer CPU, and the voice and the automatic scoring display are generated, and Calculate the number of wins and losses of the user's game; (4) 'The display component can be combined with the touch device without the light-transmitting component to make the display component shine. At least one color or at least a significant The component is distinguished to distinguish the user's identity, so that the microcomputer CPU can be used to distinguish different board game effects; (5) The structure and principle of the inductive switch device of the present invention can use the traditional method of inductive switching; The structure of the light-transmitting component and the pressure-sensitive device can also be changed as needed; (7) The surface of the light-transmitting component can be printed with various patterns to match the needs of the game and design changes.

(4) Description of the drawings '

Fig. 1 is a schematic diagram showing the appearance of the main body of the board of the present invention.

Fig. 2 is a second schematic view of the outer shape of the checkerboard body of the present invention.

Fig. 3 is a third schematic view of the outer shape of the checkerboard body of the present invention. . . . Figure 4: A schematic diagram of a reference to a board game. Figure 5 is a side elevational view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure _: is a schematic side view of the display assembly and the touch device and the inductive switch device of the present invention. Figure 7 is a side view of the display assembly and the touch device and the inductive switch device of the present invention. Figure 8 is a side view of the display assembly and the touch device and the inductive switch device of the present invention. Figure 9 is a side elevational view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 10 is a side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 11 is a side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 12 is a side elevational view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 13 is a side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 14 is a side view showing the display assembly and the pressure sensing device and the induction switching device of the present invention. Figure 15 is a side elevational view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 16: is a schematic view of the side of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 17 is a thirteenth side view of the display assembly of the present invention _: and the touch device and the inductive switching device. Figure 18 is a side elevational view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 19 is a schematic illustration of the side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 20 is a sixteen side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 21 is a seventeenth side view showing the display assembly and the touch device and the inductive switching device of the present invention. Figure 22 is a schematic illustration of the side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 23 is a schematic illustration of the side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 24 is a schematic illustration of the side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 25 is a twenty-first side view showing the display assembly and the touch device and the induction switch device of the present invention. Figure 26 is a schematic illustration of the side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 27 is a perspective view of the display assembly and the pressure device and the inductive switch device of the present invention. Figure 28 is a twenty-fourth side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 29 is a twenty-fifth side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 30 is a twenty-sixth side view showing the display assembly and the touch device and the induction device of the present invention. Figure 31 is a twenty-seventh side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 32 is a schematic illustration of the side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 33 is a schematic illustration of the side view of the display assembly and the pressure sensing device and the induction device of the present invention. Figure 34 is a perspective view of the side of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Figure 35 is a thirty-first side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 36 is a thirty-second side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 37 is a thirty-third side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 38 is a thirty-fourth side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 39 is a thirty-fifth side view of the display assembly and the touch device and the sense switch device of the present invention. FIG _40; display system of the present invention and a side assembly contact pressure sensing device and a schematic view of the switching device (36). Figure 41 is a thirty-seventh side view showing the display assembly and the touch device and the inductive switch device of the present invention. Figure 42 is a fourth schematic diagram of the appearance of the checkerboard body of the present invention.

Figure 43 is a thirty-eighth side view of the display assembly and the pressure sensing device and the inductive switching device of the present invention. Main component symbol description

1 0 Electronic board body 1 1 User's display

1 2 Score display 1 3 Function buttons ·

1 5 speaker 100 plastic sheet

2 0 light transmission component

2 0 0 User's identity color

2 1 The first in use · The color of the user

2 1 0 The first in use · The color of a user's identity -

2 2 The color of the second user in use

2 2 0 The color of the second user in use is displayed

2 3 Button gap 3 0 Touch device

4 0 circuit board (PC board) 4 1 conductive layer

5 0 Inductive Switch Device 5 0 0 Touch Panel Touch Switch

5 1 conductive first layer 5 2 conductive bottom layer

5 3 partition 5 4 lever. 5 5 sensor switch ⁶ 0 display component

6 0 0 Display component in display

6 1 first light-emitting chip 6 2 second light-emitting chip

7 0 Traditional chessboard ⁷ 1 First chess piece

7 2 second chess piece 8 0 light guide slot

(5) Specific implementation methods

The following examples illustrate the special structure of the present invention:

Referring to FIG. 1 , the present invention can be applied to the electronic board body 10 , and the user's display 1 1 , the score display 1 2 , the user's identity color ² 0 0 can be set around the electronic board body 10 . The function button 1 3, the speaker 1 5... can be used for the automatic scoring of the voice and the scoring display function of the present invention; the display component ⁶ 0 for displaying the brightness, color or graphic is provided at the central position of the board, and is also displayed. A light transmissive component 20 is disposed above the component 60; and a touch device 3 0 is provided _; the display component 60 or the light transmissive component 20 is the identity of the competitor, and the touch device 30 and the inductive switch device 5 0 is after the pressure is pressed, the signal is transmitted by the CPU, so that the display component 60 generates a display, so that the game can be manually selected by the player, and the microcomputer automatically recognizes to generate a win or lose; and the display component 6 '0 Or a suitable position around the light transmissive component 20 may be provided with a pressure sensing device 30 and an inductive switching device 5

0; wherein the periphery of the display component 60 or the light transmissive component 20 is provided with a touch device 0 and an inductive switch device 50; wherein the central position of the display component 60 and the light transmissive component 20 can be provided with a touch device 3

0 and the inductive switching device 50; wherein the display component 60 or the light transmissive component 20 can be semi-circular, and the other semi-circular shape is set as the touch device 30 and the inductive switching device 50; the display assembly 6 of the present invention 0 can be a display of LCD, backlight LCD, LED, liquid crystal screen, LED display, etc., etc.; the display component 60 of the present invention, the light transmissive component 20 and the shape of the touch device 30, The shape, structure, size and quantity can be changed according to the needs; the display component 60 of the present invention can also be equipped with the pressure device 3 0 and the inductive switch to install the zero 50 in the absence of the component setting, so that the microcomputer ' The CPU makes use of sound and light voice games such as automatic scoring.

Referring to FIG. 2 again, the display component 60 on the electronic board body 10 can display characters, numbers, dots, rectangles, polygons, stripes, points, etc. as needed. Various graphics or colors are used as the identity of the player; the light-transmitting component 20 may also be disposed above the display component 60 of the present invention, or the light-transmitting component 20 may not be disposed.

Referring to FIG. 3, the present invention can be applied to an electronic chessboard body 10, in an electronic chessboard body.

A score display can be set around 1 0. 2. The user's identity color 2 0 0, function button 1 3, The speaker 1 5 ... can be used for the automatic scoring of the voice and the scoring display function of the present invention; and after the touch device 30 and the inductive switch device 50 are pressed, the signal is transmitted by the CPU, so that the display is performed. Component 6 0 produces a variety of lights, text, graphics, colors, various chess figures, digital shapes, etc., such as display 60, and so on, so that the game can be manually selected by the player, with the microcomputer automatically The display component 60 can be provided with a ring-shaped touch device 30; wherein the display component 60 can be provided with a ring-shaped touch device 30; wherein the display component 60 An elliptical strip-shaped touch device 30 can be disposed around the display unit 60; wherein the display unit 60 can be provided with a half-six square ring contact device 30; the display unit 60 and the touch device 30 are shaped, The appearance, structure, size and quantity can be changed according to needs; the display component 60 of the present invention can be various display devices such as LCD, backlight LCD, LED, liquid crystal screen, 'LED display, etc.; of 60 illustrates the upper assembly also may be provided an optical transmission component 20, and with the contact pressure device 30, so that the use of the microcomputer CPU as speech sound and light automatic classification count games.

Please refer to FIG. 4 again. This figure is an example of the three-game chess in the traditional chessboard 70. The characteristics of the three-game chessboard are that the three chess pieces are connected in a single line to win. In the example, the first type of chess piece 7 1 has at most two pieces in a row, so it is a loser; and the second piece 7 2 has completed three pieces in one row, which is the winner.

Referring to FIG. 5, the electronic board body 10 is provided with a light-transmitting component 20, and the circuit board (PC board) 40 at the bottom of the light-transmitting component 20 is provided with one display component 6 at each end. 0; wherein the positive central structure of the light transmissive component 20 is additionally provided with a contact device 3 0 for pressing; when the touch device is touched by the device 30, the sense of the bottom end thereof should be electrically conductive of the switch device 50. The first layer 5 1 is recessed downward, and the conductive bottom layer 52 is touched by the spacing of the spacers 5 3 , so that the microcomputer can receive the sensing signal and cause the display component 60 in the light to be illuminated. The effect of the display component 600 is to represent the user's game identity.

Referring to FIG. 6 again, the electronic board body 10 is provided with a display component 60. The surrounding ring of the display component 60 is provided with a touch device 3 0; when the touch device 3 0 is pressed, it is pressed to The conductive first layer ^{51 of the} inductive switching device ⁵⁰ is de-impacted by the spacing of the spacers 3, and the electric bottom layer 52 is provided so that the microcomputer can receive the sensing signal, and the display component 60 is generated into the display. The display component 600 0; the shape and size of the touch device 30 of the present invention may vary depending on the desired design.

Referring to FIG. 7 again, a plurality of touch devices 30 are disposed around the display components 6, 0. When the touch voltage is set to ³ , the touch switch device 50 is pressed, so that the microcomputer is turned on. The sensing signal can be received and the display component 60 can be made to be the display component 600 in the display.

Referring to FIG. 8 again, the electronic board body 10 is provided with a light transmissive component 20, and the light transmissive component An inductive switching device 50 can be provided between the circuit board (PC board) 40 and the circuit board (PC board) 40; the structure of the inductive switching device 50 is a function of sensing in the manner of a conventional reed switch, and the magnetic switch is suitable. The conductive layer of the conductive first layer ⁵¹ and the conductive bottom layer ⁵² can be divided into ^two parts; wherein the light-transmitting component 20 can slide to the conductive first layer 51 to touch the conductive bottom layer in addition to the function of transmitting light. 5 2, enabling the microcomputer to receive the sensing signal, and causing the display component 60 to produce a brightening effect, to represent the user's game identity; the display component can be provided with two sets of first light emitting chips 6 1 . The second light-emitting chip 6 2 can achieve the same display component 60 with at least two colors of light-emitting display effect; similarly, the material, structure and color display of the light-emitting chip can also be replaced by a light-emitting chip of a conventional functional structure. Similarly, the same display component 60 may have at least one color of the illuminating display to represent or represent the identity of the player; the shape and size of the light transmissive component 20 and the inductive cymbal 50 of the present invention may be According to needs Of.

Referring to FIG. 9 again, the electronic board body 10 is provided with a light-transmitting component 20, and the light-transmitting component 20 and the circuit board (PC board) 40 have an inductive switch 50; the inductive switch device 5 The structure of 0 is a function of a conventional conductive plastic (or rubber) switch. The bottom of the conductive plastic (or rubber) switch is provided with a conductive first layer 51 and a circuit board (PC board). The layer 4 1 ; the light-transmitting component 20 can be slid to the conductive layer 4 1 on the conductive first layer 51 to touch the circuit board (PC board) 40, in addition to the light-transmitting function, so that the microcomputer can Receiving the sensing signal, and causing the display component 60 to produce a brightening effect to represent the user's game identity; wherein the present invention has three display components 60, the display component in the display 600; the display component 6 0, display The display component 600 in the middle can be used as a structure for illuminating any of the conventional display components 60.

Referring to FIG. 10 again, the electronic board body 10 is provided with a light transmissive component 20, and the light transmissive component 20 and the circuit board (PC board) 40 have an inductive switching device 50; the sensing device The structure of the closing device 50 is used as a sensing function in the manner of a conventional micro switch; wherein the light transmitting component 20 can be slid to the lever 5 of the induction switching device 50 in addition to the light transmitting function. 4 The touch sensitive sensor switch 5 5 is enabled to enable the microcomputer to receive the sensing signal and cause the display component 60 to illuminate the display component 600 in the display to represent the user's game identity.

Referring to FIG. 11 again, the electronic board body 1 G is directly provided with an inductive switch device 50. The top end of the inductive switch device 50 is also provided with a light transmissive component 20, and is also disposed inside the light transmissive component 20. There is at least one display component 60; when the slidable light-transmitting component 20 is pressed down, the button gap 2 3 becomes shorter, so that the microcomputer can receive the sensing signal, and the grass display unit 60 is generated. Become the display component 600 in the display to represent the user's game identity.

Referring to FIG. 12 again, the electronic board body 10 is provided with a light transmissive component 20, 'the light transmission group The member 20 is fixed; wherein the surrounding ring of the light transmissive component 20 is provided with a pressure sensing device 30; the touch device 30 is a slidable and de-actuating sensor switch device 50 to the circuit board (PC board) ) 4 0 on the conductive layer ( 4 1 ).

Referring to FIG. ^{3 3} and M, the surface of the electronic board body 10 is provided with a material sheet 100, which can be set by means of pasting, fixing, hot-melt bonding, and cold. In various ways, the plastic sheet is provided with a conductive film structure of a conductive line at a suitable position on the plastic sheet 1000; wherein the plastic sheet 100 can be directly set as the light-transmitting component ²⁰ , and the light-transmitting component 20 can be directly The structure of the inductive switching device 50 for the upper and lower conductive films; when the first layer of the conductive layer 51 touches the conductive substrate 52, the signal of the conductivity is transmitted to the microcomputer CPU, thereby The display component 60 generates a display function of the display component 600 in the display.

Referring to FIG. 15 again, the surface of the electronic board body 10 is provided with a plastic sheet 100, which can be set by means of pasting, fixing, hot-melt bonding, and cold-pressing. The plastic film can be provided with a conductive film structure of a conductive line at a suitable position on the plastic sheet 1000; wherein the plastic sheet 100 can also be directly set as the light-transmitting component 20, and the light-transmitting component 20 can be The structure of the inductive switching device 50 directly connected to the upper and lower conductive films; when the first layer of the conductive layer 5 1 touches the conductive underlayer 5 2 , the signal of the conductivity is transmitted to the microcomputer CPU, thereby The display component 60 generates a display of various needs, such as at least one light, at least one color, or a minimum of graphics, for the microcomputer CPU to identify the user as a user, change the game play, and win or lose the game. The display component 60 can also be a display of various related functions such as an LCD, a backlit LCD, an LED, a liquid crystal screen, an LED display, and the like. Referring to FIG. 16 again, the surface of the electronic board body 10 is provided with a plastic sheet 100, which can be set by means of pasting, fixing, hot-melt bonding, cold bonding, etc. A variety of conventional methods; 'the plastic sheet 1000 can be connected to the light-transmitting component 20; the appropriate position around the light-transmitting component 2.0 can also be directly set as the inductive switch device 50, the inductive switch device 5 0 is a conductive device with a conductive first layer 51 and a conductive underlayer 52 as a conductive property; when the conductive first layer 5 1 is pressed, it is pressed down to the conductive underlayer 5 2 to generate an electrical signal. And transmitting the signal of the conductivity to the microcomputer CPU, so that the display component 60 generates various required displays such as at least one light, at least one color or at least one graphic; the display component 60 It can be used for LCD, backlight LCD, LED, LCD screen, LED display, etc.

Referring to FIG. 17 again, the electronic board body 10 is provided with a display component 60, and a light transmitting component 20 is disposed above the display element 60. The light transmitting component 20 and the circuit board (PC board) There is a sensor switch 50 between 40; the structure of the sensor switch device 50 is a conventional conductive plastic (or rubber) The function of the closing mode is the sensing function; in addition to the light transmitting function, the light transmitting component 20 can slide and touch the sensing switch device 50, so that the microcomputer can receive the sensing signal and make the display component ⁶⁰ generate the required At least one light, at least one color or at least one graphic, etc., is used to represent the user's game identity; the display component 60 can also be an LCD, a backlit LCD, an LED, a liquid crystal screen, an LED display (LED di splay) )...etc.

Referring to FIG. 18 again, a light-transmitting component 20 is disposed above the display component 6 Q of the electronic board body 10, wherein at least one touch-contacting device 3 is provided at a suitable position around the light-transmitting component 20 0; after the pressure contact device 30 is touched, the conductive first layer 5 1 of the sensing switch device 50 at the bottom end thereof is recessed downward, and the conductive bottom layer 5 2 is touched by the interval of the spacer 53 The microcomputer can receive the sensing signal and cause the display component to generate the desired display to represent the user's game identity; the display component 60 can also be an LCD, a backlit LCD, an LED, a liquid crystal screen, an 'LED display (LED) Display), etc... various related conventional displays.

Referring to FIG. 19 again, the surface of the electronic board body 10 is provided with a plastic sheet 100, which can be set by means of pasting, fixing, hot-melt bonding, cold-pressing, etc. The plastic sheet 10 0 can be directly set as the light-transmitting component 20; a pressure-sensing device 30 can be disposed around the back of the plastic sheet 100, and the bottom end of the touch device 0 is provided with an induction opening. - Turn off the device 50, when the touch-sensing switch device 50 is touched, the conductive layer 4 1 on the circuit board (PC board) 40 is touched, and the conductive signal is transmitted to the microcomputer CPU to display it. The component 60 generates a display function of the display component 600 in the display; the display component 60 of the present invention can also be various related conventional displays such as an LCD, a backlight LCD, an LED, a liquid crystal screen, an LED display, and the like. .

Referring to FIG. 20 again, the surface of the electronic board body 10 is provided with a plastic sheet 100, which can be set by means of pasting, hot-melt bonding, cold-sticking, fixing, etc. The plastic sheet can be directly set as the light-transmitting component 20; the touch device 30 can be disposed around the back of the plastic sheet 100, and the bottom end of the touch device 30 is provided. There is an inductive switching device 50; the inductive switching device 50 is a conductive membrane switch as a conducting device; when the pressure is applied to the device 30, the conductive first layer of the inductive switching device 50 at the bottom end 5 1 will be recessed downward, and the conductive bottom layer 52 is touched by the spacing of the spacers 53 to generate an inductive signal, so that the microcomputer CPU can receive the sensing signal and cause the display component 60 to generate the desired display. It becomes the effect of the display component 600 in the display to represent the user's game identity. Referring to FIG. 21 again, the surface of the electronic board body 10 is provided with a plastic sheet 100, which can be set by means of pasting, fixing, hot melt bonding, cold bonding, etc. Various conventional methods; plastic sheet 100 can be directly set as light-transmitting component 20; behind the plastic sheet 100 May be provided around the contact pressure device 30, the bottom end of the pressing device 30 is provided with sensing means 5 Q _switch; the sensing structure of the switching device 50 may use the reed Jian conventional sense as a function of off, the The conductive strips of the conductive first layer 51 and the conductive bottom layer 52 are respectively disposed at appropriate positions of the reed switch; wherein the light transmissive component 20 can slide to the conductive first layer 5 1 in addition to the function of transmitting light. The conductive bottom layer 52 is touched, so that the microcomputer can receive the sensing signal, and the display component 60 can display the effect of the display to represent the user's game identity; the display component 60 can have two sets of light-emitting chips 6 in the body.

1. The light-emitting chip 6 2 is configured to have a light-emitting display effect of at least two colors in the same display component; the number of light-emitting chips in the body of the display component 60 can also be set according to requirements; for the same reason, the material of the light-emitting chip The quantity, structure, and color display may also be replaced by a light-emitting chip of a conventional functional structure; for the same reason, the same display component 60 may have at least one color of the light-emitting display to represent or represent the identity of the player; the inductive switch of the present invention The device 50 can also use the sensing switch 5 5 to make the display component

60 0 produces the desired display; the shape, size, number or configuration of the light transmissive component 20 and the inductive switching device 50 of the present invention can be varied as desired.

Referring to FIG. 22 again, the electronic board body 1 and Q are provided with an inductive switch device 50. The inductive switch device 50 can be configured by the structure and principle of a touch panel 500 touch panel. As a switch for sensing the sensing signal, the microcomputer CPU can receive the sensing signal, and enable the display component 60 to generate the desired display to represent the user's game identity; wherein the touch panel 500 touch switch (Touch Panel) The technical principle is to detect the resistive quality, capacitance, voltage, current, sound wave or infrared, temperature, etc. according to different sensing methods when the finger or other medium touches the screen, thereby measuring the coordinate position of the touch pressure point; The technology of the control panel 500 touch switch is roughly on the basis of resistance (Film on Glass), capacitive ultrasonic, optical (infrared), etc.; resistive touch panel is divided into digital and analog The analog touch panel technology can be further divided into a 4-wire type, a 5-wire type, a 6-line type, an 8-wire type, etc.; the shape, size, and structure of the touch panel 500 of the present invention can be It needs to be changed. '

Referring to FIG. 23 again, the display component 60 of the electronic board body 10 is provided with a light-transmitting component 20, wherein the periphery of the light-transmitting component 20 is appropriately zero, and at least one ring is provided for pressure. The pressure sensing device 30; after the pressure contact device 30 is touched, the conductive first layer 5 1 of the inductive switching device 5 '0 at the bottom end is recessed downward, and is pressed by the interval of the spacer 53 The conductive bottom layer 52 enables the microcomputer to receive the sensing signal, and causes the display component to generate the desired display to represent the user's game identity; the display component 60 can also be an LCD, a backlit LCD, or an LED. LCD screens, LED displays, etc.... a variety of related displays.

Referring to FIG. 24 again, the display unit 60 of the electronic board body 10 is provided with a light transmission group. The component 20 is disposed at a suitable position around the light-transmitting component 20, and at least one touch-contacting device 30 can be provided. The display component 60 can have an integrally formed touch device ³⁰ on both sides.

Referring to FIG. 25, an inductive switching device 50 may be disposed between the electronic board body 1Q and the display component 60. The light transmitting component 20 may be disposed at an appropriate position above the inductive switching device 50. The light transmissive component 20 can have the function of the pressure sensing device 30, and can slide the inductive switching device 50 of the bottom end; when the pressure contact device 30 is touched, the bottom of the inductive switching device 50 is electrically conductive. The first layer 5 1 will be recessed downward, and the conductive bottom layer .5 2 is touched by the spacing of the spacers 5 3 , so that the microcomputer can receive the sensing signal and cause the display component 60 to generate the desired display. The user's game identity; the display component 60 can also be an LCD, a backlit LCD, an LED, a liquid crystal screen, an LED display, etc., various related conventional displays.

Referring to FIG. 26 again, the optical component 20 is disposed above the display component 60 of the electronic board body 10, wherein at least one suitable touch pressure device can be disposed around the transparent component 20. The display component 60 can also be an LCD, a backlit LCD, an LED, a liquid crystal screen, an LED display, etc., various related conventional displays; the shape, size, and quantity of the touch voltage of the present invention are set to 30. The structure can be designed and changed according to needs.

Referring to FIG. 27 and FIG. 28 again, the light-transmitting component 20 is disposed above the display component 60 of the electronic board body 10, wherein the light-transmitting component 20 is appropriately positioned around the light-transmitting component 20, and at least one can be provided for pressure. After pressing the device 30, after the pressure contact device 30 is touched, the conductive first layer 5 1 of the inductive switching device 50 will be recessed downward, and the conductive bottom layer 5 is touched by the interval of the spacer 53 2, enabling the microcomputer to receive the sensing signal, and causing the display component 60 to generate the desired display to become the display function of the display component 600 in the display; the display component 60 can also be an LCD, a backlight LCD, an LED, a liquid crystal Screen, LED display, light bulb, etc., various related conventional displays; The inductive switch device 50 of the present invention can be disposed between the electronic board body 10 and the display unit 60.

Referring to FIG. 29 again, the electronic board body 10 is provided with a display unit 60, and a touch device 30 is disposed on the upper side of the display unit 60. The touch unit 3 0· can also be provided with a transparent The function of the optical component 20; when the pressing device 3 is pressed down, the sensing switch device 50 is pressed to touch the conductive layer 4 1 of the circuit board (PC board) 40; the inductive switching device 50 The structure is a function of a conventional conductive plastic (or rubber) switch for sensing; in addition to the light transmitting function, the light transmitting component 20 can slide and touch the inductive switching device 50 to generate an inductive signal and make The microcomputer can receive the sensing signal and cause the display component 60 to generate various required displays such as at least one light, at least one color or at least one graphic to represent the user's game identity; the display component 60 can also be LCD, backlight LCD, LED, LCD screen, LED di splay, light package, etc. A closed monitor.

Referring to FIG. 30 again, the electronic board body 10 is provided with a display component 60, and a touch device 30 is disposed above the display assembly 60; when the pressure device 30 is pressed down, The sensing switch device 50 is used to touch the conductive layer 4 1 of the circuit board (PC board) 40 to generate an inductive signal; the structure of the inductive switching device 50 is a conventional conductive plastic (or rubber) method. Inductive function; The light transmissive component 20 of the present invention can be disposed between the touch device 30 and the display assembly 60.

Referring to FIG. 31 again, the surface of the electronic board body 10 is provided with a plastic sheet 100, and the plastic sheet 1 Q 0 can be set by using adhesion, fixing, hot-melt bonding, 'cold bonding, etc. Various conventional methods; the plastic sheet 100 can be directly set as the light-transmitting component 20; a pressure-sensing device 30 can be disposed around the back of the plastic sheet 100, and the bottom end of the touch device 30 is provided. The sensing switch device 50, when the touch-sensing switch device 50 is touched, touches the conductive layer 4 1 on the circuit board 40 to transmit the conductive signal to the microcomputer CPU, thereby causing the display component 60 to generate The display function of the display component 600 in the display; the material of the circuit board 40 of the present invention may be any soft or hard material as needed; the display component 60 of the present invention may also be an LCD, Backlit LCD, LED, liquid crystal screen, LED display, light bulb, etc., and other related conventional displays; wherein the touch device 30 can also be an inductive switching device 50, and also has the conduction of the inductive switching device 50. Electrical function.

Referring to FIG. 32 again, the display component 60 of the electronic board body 10 is provided with a light-transmitting component 20, wherein an appropriate position around the electronic board body 10 can be provided with at least one touch pressure. The bottom end of the touch pressure sensing device 30 can have a conductive first layer 51. After touching and touching the contact device 30, the conductive first layer of the bottom end is touched. The conductive layer 4 1 of the circuit board 40 is pressed to generate a signal for conducting conductivity; wherein the contact device 30 can also be an inductive switching device 50, which also has the conductivity of the inductive switching device 50. The function of the touch device 30 can also be made of a conductive material.

Referring to FIG. 33 again, a touch device 30 is disposed at a suitable position around the display component 60 of the electronic board body 10, and the body of the touch device 30 is fixed with a light transmitting component 20; the touch device The material of the body can also be made of conductive material; when the pressure is applied and the contact device is touched, the conductive layer 4 1 of the circuit board 40 is pressed to generate a signal of electrical conductivity; The touch device 30 can also be an inductive switch device 50, and also has the function of inducing the conductance of the switch device 50.

Referring to FIG. 34 again, the electronic board body 10 is provided with a display component 60, and a light transmissive component 20 is disposed above the display component 60. The bottom end of the touch device 30 can be electrically conductive. The conductive first layer 5 1 , after touching and touching the contact device 30 , the conductive first layer 51 of the bottom end is pressed to the conductive layer 4 1 of the circuit board 40 to make the conduction-conductivity generated. Signal board; circuit board 4 of the present invention The material of 0 can be any soft or hard material as needed; wherein the pressure sensing device 30 can also be an induction switching device 50, and also has the function of inductive switching device 50. The light transmissive component 20 can slide and touch the inductive switch device 50 in addition to the light transmissive function, so that the microcomputer can receive the inductive signal and cause the display component 60 to generate at least one light, at least one color required. Or at least one of the various displays required to represent the user's game identity; the display component 60 can also be LCD, backlight LCD, LED, liquid crystal screen, LED display, etc. A conventional display; the material of the body of the touch device 30 of the present invention may also be entirely of a conductive material. , ·

Referring to FIG. 35 again, the display component 60 of the electronic board body 10 is provided with a light-transmitting component 20, wherein the light-transmitting component 20 is appropriately positioned around the ring, and at least one touchable touch can be arranged around the ring. Pressing device 30; the bottom end of the touch device 30 can have a conductive first layer 51. After touching and touching the contact device 30, the conductive first layer 51 of the bottom end is pressed to Conductive layer of circuit board 40

1. The signal of the conductive property is generated; wherein the touch device 30 can also be the inductive switching device 50, and also has the function of inducing the conductivity of the switching device 50; the display component 60 can also For LCD, backlight LCD, LED, LCD screen, LED display, LED tube, etc., various related conventional displays; the material of the circuit board 40 of the present invention can be used according to any soft or hard Various materials of the quality; the material of the body of the touch device 30 of the present invention may also be all conductive materials.

Referring to Figures 35, 36 and 37, the surface of the electronic board body 10 is provided with a plastic sheet.

1 0 0 , the plastic sheet 1000 can be set by using various methods such as pasting, fixing, hot-melt bonding, cold-sticking, etc.; the plastic sheet 100 can be directly set as the light-transmitting component 20; Plastic sheet

1 0 0 can be directly set as the light transmissive component 20, and the light transmissive component 20 can also be directly configured as the structure of the inductive switching device 50 of the upper and lower conductive films; and the conductive first layer 5 1 and the conductive underlayer 5 2 A partition plate 5 3 may be disposed between the first conductive layer 5 1 of the touch-sensitive conductive layer to the conductive bottom layer 5 2 , and the signal of the conductive property is transmitted to the microcomputer CPU, so that the display component 60 displays the display. The display function of the display component 600 is displayed, and the function of the spacer 53 is to enable the conductive first layer 51 and the conductive bottom layer 52 to be more effectively restored to the original position after being pressed; The display component 60 can also be a display of various related functions such as an LCD, a backlight LCD, an LED, a liquid crystal screen, an 'LED display, a light bulb, etc.; a light guide groove 8 can be disposed at an appropriate position around the display component 60. 0, the light of the display component 60 can be concentrated and displayed more clearly.

Referring to Figures 38 and 39, the surface of the electronic board body 10 is provided with a plastic sheet.

0, the plastic sheet 1000 can be set by various methods such as pasting, fixing, hot-melt bonding, cold-sticking, etc.; the plastic sheet 100 can be provided with a transparent component; Group 60 shows At least one bright light, at least one graphic, at least one color 600 can pass through the light transmissive component 20 to distinguish the identity of the user; wherein the display component 60 can be directly set as the upper and lower conductive film The structure of the inductive switch device 50; a separator 53 may be disposed between the conductive first layer 51 and the conductive bottom layer 52; when the first layer of the conductive layer 51 touches the conductive bottom layer 5 2 The power-on signal is transmitted to the microcomputer CPU, so that the display component 60 generates a display function of the display component 600; the display component 60 of the present invention can also be an LCD, a backlight LCD, an LED, a liquid crystal screen. , LED display, light bulb, etc., various related conventional displays; between the electronic board body 10 and the inductive switch device 50, a piece of light-transmitting component 20 can be arranged to make the touch-sensitive switch device At 50°, the sheet-like light-transmitting component 20 can not only withstand the force of pressing, but also increase the durability of the plastic sheet 100 and also allow light to pass through. Similarly, the sheet-like light-transmitting component of the present invention (20) can also be set in the electronic board body 10 and the display component 6 0 Between the sheet-like assembly 20 having a light-transmitting and light-transmitting strength to withstand the pressing effect.

Referring to FIG. 40 and FIG. 41 again, the surface of the electronic board main body 10 is provided with a piano sheet 100, and the plastic sheet is set by the method of pasting, fixing, hot-melt bonding, and cold. a variety of conventional methods, such as stickers; the plastic sheet 100 can be provided with a light-transmitting component 20, so that at least one bright light, at least one graphic, at least one color displayed by the display component 60 can be transparent. The light-transmitting component 20 of the present invention can also be designed with different light-transmitting patterns or light-transmitting patterns and light-transmissive shapes to match at least one bright light, at least one graphic, at least one of the display components 60. The color of the board game is more varied; wherein the front end of the display component 60 can be directly configured as the structure of the inductive switching device 50 of the upper and lower conductive films; the conductive first layer 5 1 and the conductive bottom layer 5 2 A separator 53 may be disposed between the two layers; when the first layer of the conductive layer 5 1 is touched to the conductive substrate 52, the signal of the conductivity is transmitted to the microcomputer CPU, so that the display component 60 displays Display function of display component 600 in the middle; The display component 60 of the display unit can also be a display of various related functions such as an LCD, a backlight LCD, an LED, a liquid crystal screen, an LED display (LED di splay), a light bulb, etc.; in the electronic board main body 0 and the inductive switching device 50 Between the electronic board body 10 and the display unit 60, a sheet-like light-transmissive component 20 can be provided to allow the device 5 to withstand the amount of pressing, and also to increase the plastic sheet 100. Durability, and at the same time, has the function of light transmission; light guide groove 80 can be provided at the appropriate position of the display component 60, and the light of the display component 60 can be gathered and displayed more clearly.

Referring to FIGS. 42 and 43 again, the surface of the electronic board body 10 is provided with a plastic sheet 100, which can be set by means of pasting, fixing, hot-melt bonding, cold-pressing... And various conventional methods; the plastic sheet 100 can be provided with a light-transmitting component 2 G to display the display component 60 At least one bright light, at least one graphic, at least one color 600 can be clearly displayed; wherein the front end of the display component 6 G can be directly set as an inductive switching device of the upper and lower conductive films. The light transmissive component 20 can design various light transmissive patterns, light transmissive shapes, light transmissive patterns, and light transmissive lines as needed to match the displayed at least one bright light, at least one graphic, and at least one color 600, thereby enabling The board game changes more gameplays and rich game games; the surface of the light-transmitting component of the invention can also print various patterns, lines and shapes to match the needs and design changes of the game; the conductive first layer 5 1 and the conductive bottom layer A separator 5 3 may be disposed between the two sides; when the first layer of the conductive layer 5 1 touches the conductive bottom layer 5 2 , the signal of the conductivity is transmitted to the microcomputer CPU, thereby causing the display component 6 0 The display function of the display component 600 in the display is generated; the display component 60 of the present invention may also be a display of various related functions such as an LCD, a backlight LCD, an LED, a liquid crystal screen, an LED display, a light bulb, and the like; In electronics A piece of light-transmitting component 20 may be disposed between the disk main body 10 and the inductive switch device 50 or between the electronic checkerboard body 10 and the display component 60, so that when the touch device is 50, it can not only withstand the pressing. The strength of the plastic sheet can also increase the durability of the plastic sheet 100, and at the same time have the effect of light transmission; the light guide groove 80 can be provided at the appropriate position of the display unit 60 to concentrate and clear the light of the display unit 60. The light-transmitting component 2'0 above the display assembly 6'0 can also be designed with different light-transmitting patterns, light-transmitting patterns, light-transmitting shapes or light-transmitting lines to match the display assembly 60. At least one light, at least one graphic, at least one color 600, not only makes the board game richer, but also enables the consumer to select a variety of changed games according to the preference; the light-emitting component can also be disposed above the display component 60 of the present invention. 2 0 ' may not be provided with the light-transmitting component 20; the conductive first layer 51 of the inductive switching device 50 of the present invention may be provided with a partition 53 between the conductive bottom layer 5 2; the inductive switching device 50 of the present invention Conductive first layer 5 1 and conductive underlayer 5 2 There may be no partitions 5 3; the material, structure and color display or graphic display of the display component 60 can also use conventional LED, LCD, backlight LCD, liquid crystal screen, plasma screen, lamp tube, quartz tube, bulb, LED The display device (LED display) ... and other conventional display components 60 are replaced; the invention can also be used in the same electronic board body by using various display components 60, structure, inductive switch device 50 and various game play methods. On the 1st, with the sound and light, voice... and other micro-computer automatic scoring, not only makes the chess game more secure, fair and just, but also enhances the entertainment of the chess game. - The shape, size and structure of the above-mentioned touch device 30 can be changed according to the required design; the sensing switch device 50 of the present invention can use various conventional sensing devices; the conductive switch of the inductive switching device 50 A partition 53 may be disposed between the first layer 51 and the conductive bottom layer 52, and the partition 53 may not be provided; the sensing principle, shape, size, or structure of the inductive switching device 50 may also be designed according to needs. The shape, size, or structure of the light transmissive component 20 of the present invention may be Need to change, the surface of the light-transmitting component can also print a variety of different patterns to match the needs of the game and design changes; display component 60 material, sequel and color display or graphic display also use the custom LED 6 5, LCD 6 3, backlight LCD 6 3, LCD screen, plasma screen, lamp, quartz tube, bulb... and other display components 60 to replace; the invention can also use a variety of different display components 60, structure, sensor switch The device 50 and various gameplay methods are designed on the same electronic board main body 10, and are automatically scored by the microcomputer, such as sound and light, voice, and the like, which not only makes the game more secure, fair and fair, but also enhances the entertainment of the chess game. . ―

The sensing principle, shape, size, number, or configuration of the inductive switching device 50 of the present invention can also be designed and changed according to needs; the shape, size, or structure of the light transmitting component 20 of the present invention can be changed according to needs. The surface of the optical component can also be printed with various patterns to match the needs and design changes of the game; the material, structure and color display or graphic display of the display component 60 can also use conventional LED, LCD, backlit LCD, LCD screen, The plasma screen, the lamp tube, the quartz tube, the bulb, etc. are replaced by various display components 60; the invention can also use various display components 60, structure, inductive switch device 50 and game play, designed in the same On the electronic board main body 10, with the sound and light, voice, and other microcomputers automatically discriminate and score display, not only makes the chess game more secure, fair and fair, but also enhances the entertainment of the chess game. '

The light transmissive component 20 of the display assembly 60 can also be designed with different light transmissive patterns, light transmissive patterns, light transmissive shapes or light transmissive lines to match at least one bright light of the display component 60, at least A graphic, at least one color 600, not only makes the board game richer, but also enables the consumer to select a variety of different games according to the preference; the light-emitting component 20 can also be disposed above the display component 60 of the present invention, or The light transmissive component 20 is disposed; a partition 53 can be disposed between the conductive first layer 5 1 and the conductive bottom layer 52 of the inductive switching device 50 of the present invention; and the conductive first layer 5 of the inductive switching device 50 of the present invention 1 and the conductive bottom layer 5 2 may not be provided with a partition 53; display material 60 material, structure and color display or graphic display can also use conventional LED, LCD, backlight LCD, 'liquid crystal screen, plasma screen, light Instead of various conventional display components 60 such as tubes, quartz tubes, bulbs, LED displays, etc., the present invention can also utilize various display components 60, structures, inductive switching devices 50 and various Play games are played, the same design on the 1 Q main electronic board, with sound and light, voice ... and other micro-computer automatic scoring, the game not only makes the piece more secure, fair and just, but also mention Gao entertaining game of chess.

Claims

Claim

1 . The structure of an electronic board game, characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device by pressing at least one touch device to display The component displays at least one display required to distinguish the identity of the user, thereby causing the microcomputer cpu to identify and calculate the user game win or loss. ;

2. The structure of an electronic board game, characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device after pressing at least one touch device to display The component displays at least two colors required to distinguish the user's identity, allowing the microcomputer CPU to identify and calculate the winning or losing of the user's game.

3. The structure of an electronic board game, characterized in that: at least one display component is disposed on the board, the display component can be displayed by touching at least one touch device and then touching at least one sensor device The component displays at least one display to distinguish the identity of the user; at least one permeable component may be disposed above the display component, wherein the light transmissive component may be a touch device, the light transmissive component is slidable The pressed state is such that the inductive switching device is touched to generate a conducting signal, thereby causing the microcomputer CPU to identify and calculate the winning or losing of the user's game.

4. The structure of an electronic board game, characterized in that: at least one display component is disposed on the board, the display component can be displayed by touching at least one touch device and then touching at least one-induction switch device The component displays at least one display required to distinguish the identity of the user; wherein the touch device can be configured as a light transmissive component.

The structure of an electronic board game, characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device by pressing at least one touch device to make the display component Displaying at least one display required to distinguish the identity of the user, thereby causing the microcomputer CPU to identify and calculate the winning or losing of the user's game; the at least one display may be at least two kinds of lights to distinguish the user's identity, so that The microcomputer CPU is used to identify and calculate the winning or losing of the user's game. '

6. The structure of an electronic board game according to claim 1 or 2, 4, 5, wherein: the inductive switching device is a conductive film switch, which is arranged or attached to the board body. on the surface.

7. The structure of an electric board game according to claim 6, wherein: a partition is provided in the middle of the upper and lower conductive film boards.

8. The structure of an electronic board game according to claim 6, wherein: The conductive film switch can be directly set as a light transmitting component.

9. The structure of an electronic board game according to claim 1 or 2 or 3 or 4 or 5, wherein: at least one permeable component is disposed above the display component, when the display component is generated The desired display, light, color or pattern will be reflected on the light transmissive surface of the permeable component -

10. The structure of an electronic board game, characterized in that: at least one display component is disposed on the board, and the display group # can display at least one display required by pressing at least one sensing switch device. To distinguish the identity of the user; the at least one inductive switch device can be a touch panel

The Touch Panel works with the microcomputer CPU to identify and calculate the winning or losing of the user's game.

1 . The structure of an electronic board game according to claim 1 or 2 or 3 or 4 item 5, wherein: the inductive switch device can use an induction switch, a magnetic spring switch, and a conductive according to requirements. a variety of conventional inductive switches such as a chip switch, a conductive film set, a guide, a membrane switch, a push button switch, a conductive rubber switch, a touch panel, a touch screen, a micro switch, an infrared switch, etc.; the shape and size of the induction switch device , quantity and structure can be changed as needed.

12. The structure of an electronic board game, characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device after pressing at least one touch device to display The component displays at least two types of graphics needed to distinguish the user's identity, so that the microcomputer CPU can identify and calculate the winning or losing of the user's game.

13. The structure of an electronic board game, characterized in that: at least one display component is disposed on the board, the display component can be touched by at least one touch device after touching at least one touch device The component displays at least two types of text needed to distinguish the user's identity, so that the microcomputer CPU can identify and calculate the winning or losing of the user's game.

14. The structure of an electronic board game according to claim 1 or 2 or 3 or 4 or 5 or 10 or 12 or 13 wherein: the material, structure and color display of the display component are also Design changes can be made using conventional LED, LCD, backlit LCD, LCD screen, plasma power, lamp, quartz tube, lamp and other display components.

An electronic board game structure, characterized in that: at least one display component is disposed on the chessboard, and the display component can cause at least one inductive switching device to generate an electrical signal by pressing at least one touch device. In turn, the display component displays at least one of the required displays to distinguish the identity of the user, so that the microcomputer CPU can identify and calculate the winning or losing of the user's game; wherein the touch device can also be an inductive switching device, and also has an induction The function of the conduction function of the switching device. .

16. A structure of an electronic board game, characterized in that: at least one display is provided on the board The display component can be configured to cause at least one of the sensing devices to generate an electrical signal by pressing at least one touch device, thereby causing the display component to display at least one display required to distinguish the identity of the user. The microcomputer CPU is used to calculate and win the user's game. The material of the body of the touch device can also be made of a conductive material, so that when it touches the conductive layer of the circuit board, an electrical signal can be generated.

17. The structure of an electronic board game according to claim 1 or 2 or 3 or 4 or 5 or 6 or 10 or 12 or 13 wherein: the inductive switching device is configured to be transparent Component.

18. The structure of an electronic board game according to claim 1 or 2 or 3 or 4 or 5 or 10 or 12 or 13 wherein: the structure, shape, size and number of the touch device Various structures and shapes such as a semi-circular shape, a π-shaped shape, various glyphs, an elliptical shape, a semi-polygonal shape, a circular shape, a polygonal shape, a character shape, an animal shape, a cartoon shape, and a fruit shape may be used as needed.

19. The structure of an electronic board game according to claim 1 or 2 or 3 or 4 or 5 or 10 or 12 or 13 wherein: the predetermined position around the light transmissive component can also be directly set to induction The switch device is an inductive switch device with a conductive first layer and a conductive bottom layer as a conductive property. ,

20. The structure of an electronic board game, characterized in that: at least one display component is disposed on the chessboard, and the display component can touch the at least one sensing switch device after pressing at least one touch device to display The component displays at least one display to distinguish the identity of the user, and causes the microcomputer CPU to identify and calculate the winning or losing of the user's game; the display component may be provided with at least one light transmissive component above, and the light transmissive component is also It can be an inductive switching device, and it also has the functions of conducting and sensing.

21. The structure of an electronic board game, characterized in that: 'the board is provided with at least one display component, and the display component can touch at least one touch device after touching at least one sensing device, so that The display component displays at least one display required to distinguish the identity of the user, and causes the microcomputer CPU to identify and calculate the winning or losing of the user's game; the display component may be provided with at least one light transmissive component above the light transmission component. The component can also be an inductive switching device, which also has the function of conducting and sensing.

22. The structure of an electronic board game, characterized in that: at least one display component is disposed on the board, the display component can generate an electrical signal by pressing at least one inductive switching device, thereby causing the display component to display the required At least one of the displays is used to distinguish the identity of the user, and the microcomputer CPU is used as a discrimination to calculate a win or loss of the user's game; wherein at least one light transmission group can be disposed above the display component The light transmissive component can be set to various light transmissive patterns, light transmissive shapes or light transmissive lines.

23. The structure of an electronic board game according to claim 22, wherein - the pattern of the light transmissive component can be set to various translucent characters, various translucent chess pieces, and light transmissive numbers as needed. Shape, light-transmissive dot shape, light-transmissive rectangle, light-transmission point shape, light-transmissive polygonal shape, light-transmissive shape, number of light-transmissive points, light-transmissive character shape, light-transmissive semi-arc shape, transparent π-shape, Light transmissive elliptical shape, translucent semi-polygonal shape, transparent circular shape, translucent polygonal shape, translucent animal shape, translucent cartoon shape, translucent fruit shape and other light-transmissive patterns and translucent lines to meet the needs At least one of the displays.

The structure of an electronic board game according to claim 1 or claim 2 or claim 4, wherein: the light guide groove is arranged around the display component, and the light guide groove is arranged to display the component The light source emitted.