JPH05177056A - Reading system for spot on die - Google Patents

Abstract

PURPOSE:To concurrently read the spots on multiple dice without dampening the interest of a player due to the undiscernible reading method by receiving the electromagnetic wave signals transmitted from identification number transmission sections buried on the faces of the dice with receiving coils provided below a die rolling plane. CONSTITUTION:Identification number transmitting tags 20A-20D transmit the identification numbers indicating the spots on the faces opposite to the faces to an identification number readout section 40. A memory means 22 storing the identification number to be transmitted, a converting means 24 converting the stored identification number into an electromagnetic wave signal, and a transmitting coil 26 transmitting the electromagnetic wave signal are provided on each of the identification number transmitting tags 20A-20D. Many receiving coils 32 for receiving the electromagnetic wave signals transmitted from the identification number transmitting tags 20 buried on a die 10 are provided below a die rolling plane, the receiving coils 32 are switched by a receiving coil switching means 42 at a high speed, thus the identification numbers of multiple dice 10 can be read out.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dice eye reading system for reading the dice eyes swung on a rolling plane of the dice.

[0002]

2. Description of the Related Art In a dice game for competing for the size of the dice, or a game machine using dice such as a craps game, it is necessary to read the rolled dice by a machine. As a method of reading the dice eyes in a conventional game machine, there is a method of recognizing the number of dice eyes by taking an image of the image of the thrown dice with a TV camera and processing the image on the image pickup screen. is there.
An image of the surface of the dice is cut out from the imaging screen, and the number of eyes of the dice is determined from the image of the cut surface.

[0003]

However, in the reading method of picking up an image with the TV camera, it is necessary to surely pick up the image of the dice with the TV camera. Therefore, the positional relationship between the rolling plane of the dice and the TV camera must be taken into consideration. However, there is a problem that there are many restrictions such as not providing an object that blocks the image pickup and devising the illumination of the dice. Further, since there is a TV camera, there is a problem that the player can see the reading method, which obscures the interest of the game, and the TV camera hinders the progress of the game. Further, there is a problem that it is very difficult to simultaneously read the eyes of a plurality of dice with a TV camera.

It is an object of the present invention to provide a dice eye reading system capable of reading a plurality of dice eyes at the same time without making the player unfamiliar with the reading method and making the game less interesting. is there.

[0005]

[Means for Solving the Problems] The above-mentioned object is a storage means for storing the recognition number of the dice eyes in a dice eye reading system for reading the dice eyes swung on a dice rolling plane. Converting means for converting the identification number of the dice stored in to an electromagnetic wave signal,
Having a transmission coil for transmitting the electromagnetic wave signal converted by the conversion means, a plurality of identification number transmission units embedded in the vicinity of the surface of each side of the dice, provided under the dice rolling plane, on the dice rolling plane A receiving coil that receives an electromagnetic wave signal transmitted from the identification number transmitting unit embedded in the face of the facing dice, and stored in the storage unit of the identification number transmitting unit based on the electromagnetic wave signal received by the receiving coil. And a recognition number reading unit for reading the recognition number of the dice eyes.

Further, an electromagnetic wave generating means for generating an electromagnetic wave from the receiving coil is further provided, and the identification number transmitting section further has a capacitor for accumulating the electric power due to the induced electromotive force induced in the transmitting coil. To generate an electromotive force in the transmission coil of the identification number transmission unit, and store the electric power generated by the induction electromotive force in the capacitor to supply the identification number transmission unit with electric power. desirable.

Further, a plurality of receiving coils are arranged so as to cover the rolling plane of the dice, the plurality of receiving coils are sequentially switched, and the electromagnetic wave signal received by each receiving coil is output to the identification number judging means. It is desirable to further provide the means so that the plurality of transmitter coils can read the eyes of the plurality of dice rolled on the rolling plane of the dice.

[0008]

According to the present invention, the storage means for storing the identification number of the dice eyes, the conversion means for converting the identification number of the dice eyes stored in the storage means into the electromagnetic wave signal, and the conversion means Having a transmitter coil for transmitting an electromagnetic wave signal, a plurality of identification number transmitters embedded in the vicinity of the surface of each side of the dice, and provided under the dice rolling plane,
A receiving coil that receives the electromagnetic wave signal transmitted from the identification number transmission unit embedded in the surface of the dice facing the rolling plane of the dice, and a memory of the identification number transmission unit based on the electromagnetic wave signal received by the receiving coil Since the player is provided with the recognition number reading unit that reads the recognition number of the dice eyes stored in the means, the player cannot see the reading method, and the dice eyes can be accurately read without disturbing the interest of the game.

Further, since the identification number transmitting section is further provided with an electromagnetic wave generating means for generating an electromagnetic wave from the receiving coil, and the identification number transmitting section is further provided with a capacitor for accumulating the electric power by the induced electromotive force induced in the transmitting coil, the electromagnetic wave generating means. The electromagnetic wave is generated from the receiving coil to generate an induced electromotive force in the transmitting coil of the identification number transmitting unit, and the electric power generated by the induced electromotive force is stored in the capacitor to supply power to the identification number transmitting unit. it can.

Further, a plurality of receiving coils are arranged so as to cover the rolling plane of the dice, the plurality of receiving coils are sequentially switched, and the electromagnetic wave signal received by each receiving coil is output to the identification number judging means. Since the means is further provided, it is possible to simultaneously read a plurality of dice rolled on the rolling plane of the dice by the plurality of transmitting coils.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A dice eye reading system according to an embodiment of the present invention will be described with reference to FIGS. In the reading system of the present embodiment, as shown in FIG. 1A, a normal hexahedral dice 10 is used.
Although not shown in the drawing, each surface of 0 has the eyes of "1" to "6". An identification number transmission tag 20 for transmitting an identification number is embedded near the surface of each surface of the dice 10, as shown in FIG. The identification number transmission tag 20 is, for example, US Pat. No. 4,333,07.
The element described in the specification No. 2 is used.

The identification number transmission tag 20 has an identification number reading unit 40, which will be described later, with an identification number indicating the eyes on the surface opposite to the surface.
Send to. For example, the identification number transmission tag 20 for transmitting the identification number indicating the eye "6" on the opposite surface is embedded in the surface "1". The identification number transmission tag 20 includes
A storage unit 22 for storing the identification number to be transmitted, a conversion unit 24 for converting the identification number stored in the storage unit 22 into an electromagnetic wave signal, and a transmission coil 26 for transmitting the electromagnetic wave signal converted by the conversion unit 24 are provided. Has been. A built-in battery may be provided as a power source for operating the identification number transmission tag 20, but in the present embodiment, the transmission coil 26 is provided with a capacitor 28 and electromagnetic waves from an identification number reading unit 40, which will be described later, are used to transmit the transmission coil 26. The electric power generated by the induced electromotive force is induced in the capacitor 28 and supplied to the storage means 22 and the conversion means 24.

As shown in FIG. 2, the dice rolling plane 3
Below the 0, a number of receiving coils 32 for receiving the electromagnetic wave signal transmitted from the identification number transmitting tag 20 embedded in the dice 10 are provided. Receiving coil 3
The second surface is a quadrangle having substantially the same size as the dice 10, and the dice rolling plane 30 is covered with, for example, 36 receiving coils 32 in 6 rows and 6 columns, as shown in FIG.

The identification number of the electromagnetic wave signal received by each receiving coil 32 is read by the identification number reading section 40 which will be described in detail later. For example, when five dice 10 are shaken, they are scattered on the dice rolling plane 30 as shown in FIG. 2, and each dice 10 stops on any of the receiving coils 32.

As shown in FIG. 3, a large number of receiving coils 32 are connected to receiving coil switching means 42, and switched by the identification number reading section 40 so as to be sequentially read. Therefore, the recognition numbers of the plurality of dice 10 can be read by switching the reception coils 32 at high speed by the reception coil switching means 42 and reading the recognition numbers. By assigning different recognition numbers to the plurality of dice 10, it is possible to surely recognize which dice 10 has what number.

The identification number reading section 40 includes a receiving coil 32.
The reception signal converting means 44 for converting the electromagnetic wave signal received by the recognition number into the recognition number, the recognition number judging means 46 for judging the eye of the dice 10 based on the recognition number converted by the reception signal converting means 44, and the recognition number transmission Electromagnetic wave generating means 4 for generating an electromagnetic wave for supplying electric power to the tag 20.
And 8 are provided.

First, the operation of supplying power to the identification number transmission tag 20 embedded in the dice 10 will be described. Electromagnetic waves are generated from the receiving coil 32 by the electromagnetic wave generating means 48 of the identification number reading unit 40. Receiving coil 32
The electromagnetic wave generated from the electromagnetic wave generates an induced electromotive force in the transmission coil 26 of the identification number transmission tag 20 embedded in the dice 10, and the induced electromotive force generated in the transmission coil 26 accumulates power in the capacitor 28. The power stored in the capacitor 28 is supplied to the storage means 22 and the conversion means 24,
The identification number transmission tag 20 is in the operating state.

Next, the reading operation of the dice 10 will be described. It is assumed that the dice 10 shaken on the dice rolling plane 30 has stopped on a certain receiving coil 32 with a certain surface as the upper surface, as shown in FIG. As described above, the identification number transmission tag 20 is embedded near the six surfaces of the dice 10. Therefore, in the vicinity of the receiving coil 32, the 6
Since there are the individual identification number transmission tags 20, there is a possibility of receiving electromagnetic wave signals from them. However, since the degree of coupling between the receiving coil 32 and the transmitting coil 26 of each identification number transmitting tag 20 is different, the identification number transmitting tag 20 on the bottom surface is
Can receive the identification number.

For example, in the case of FIG. 3, the receiving coil 32
While the signal receiving direction of the transmission coil 26 of the identification number transmission tags 20D and 20B embedded in the side surface of the dice 10 is parallel to the dice rolling plane 30. For this reason,
Identification number transmission tag 2 embedded on the side of the dice 10
The electromagnetic wave signals from the transmission coils 26 of 0D and 20B are not received by the reception coil 26. The receiving coil 26 receives only the electromagnetic wave signal from the transmitting coil 26 of the identification number transmitting tags 20A and 20C whose signal transmitting direction is perpendicular to the dice rolling plane 30. Moreover, the identification number transmission tag 2
The transmission coil 26 of 0A is extremely close to the reception coil 32, whereas the transmission coil 26 of the identification number transmission tag 20C is far from the reception coil 32. Therefore, the electromagnetic wave signal from the transmission coil 26 of the identification number transmission tag 20A and the electromagnetic wave signal of the transmission coil 26 of the identification number transmission tag 20C greatly differ in sensitivity, and the reception coil 32 transmits the identification number on the bottom surface. The identification number of the tag 20 can be selectively received.

As described above, according to this embodiment, the player cannot see the reading method, and the eyes of the dice can be accurately read without disturbing the interest of the game. The present invention is not limited to the above embodiment, and various modifications can be made. For example, in the above embodiment, as the identification number transmitting unit, the U.S. Pat.
Using the element described in the specification of No. 333,072,
Other elements may be used as long as the identification number can be read in a contactless manner by electromagnetic waves or the like.

Further, in the above embodiment, "1" to
Although the dice with the "6" mark are used, the dice with different patterns on each side may be used to read the patterns. Further, although six-sided dice are used in the above embodiment, eight-sided or ten-sided dice may be used.

[0022]

As described above, according to the present invention, storage means for storing the identification number of the dice eyes, and conversion means for converting the identification number of the dice eyes stored in the storage means into an electromagnetic wave signal, Having a transmission coil for transmitting the electromagnetic wave signal converted by the conversion means, a plurality of identification number transmission units embedded in the vicinity of the surface of each side of the dice, provided under the dice rolling plane, on the dice rolling plane A receiving coil that receives an electromagnetic wave signal transmitted from the identification number transmitting unit embedded in the face of the facing dice, and stored in the storage unit of the identification number transmitting unit based on the electromagnetic wave signal received by the receiving coil. Since it has a recognition number reading unit that reads the recognition number of the dice's eyes, the player can not read the reading method and can accurately read the dice's eyes without disturbing the interest of the game. Door can be.

[Brief description of drawings]

FIG. 1 is a diagram showing a dice used in a dice eye reading system according to an embodiment of the present invention.

FIG. 2 is a schematic view of a dice eye reading system according to an embodiment of the present invention.

FIG. 3 illustrates details of a dice eye reading system according to one embodiment of the present invention.

[Explanation of symbols]

 10 ... Dice 20 ... Identification number transmission tag 22 ... Storage means 24 ... Conversion means 26 ... Transmission coil 28 ... Capacitor 30 ... Dice rolling plane 32 ... Reception coil 40 ... Recognition number reading unit 42 ... Reception coil switching means 44 ... Reception signal conversion Means 46 ... Identification number judging means 48 ... Electromagnetic wave generating means

Claims (3)

[Claims] 1. A dice eye reading system for reading dice rolls rolled on a rolling plane of a dice, a storage unit for storing an identification number of the dice rolls, and a dice roll stored in the storage unit. A plurality of identification numbers embedded in the vicinity of the surface of each face of the dice, each of which has a conversion means for converting the identification number of the above into an electromagnetic wave signal and a transmission coil for transmitting the electromagnetic wave signal converted by the conversion means. And a receiving coil that is provided below the dice rolling plane and that receives an electromagnetic wave signal transmitted from the identification number transmitting unit that is embedded in the surface of the dice that faces the dice rolling plane, and the receiving coil. And an identification number reading unit that reads the identification number of the dice stored in the storage unit of the identification number transmission unit based on the electromagnetic wave signal received by Dice eye reading system characterized by having. 2. The dice eye reading system according to claim 1, further comprising: an electromagnetic wave generation unit that generates an electromagnetic wave from the reception coil, wherein the identification number transmission unit uses an induced electromotive force induced in the transmission coil. The electromagnetic wave generation means further generates an electromagnetic wave from the receiving coil to generate an induced electromotive force in the transmission coil of the identification number transmission unit, and the electric power generated by the induced electromotive force is stored in the capacitor. A system for reading dice eyes, characterized in that electric power is supplied to the identification number transmission unit by storing the identification number transmission unit. 3. The dice eye reading system according to claim 1 or 2, wherein a plurality of the receiving coils are arranged so as to cover the rolling plane of the dice, and the plurality of receiving coils are sequentially switched so that each reception is performed. It further comprises a transmission coil switching means for outputting an electromagnetic wave signal received by a coil to the identification number determination means, and reading the eyes of a plurality of dice rolled on the dice rolling plane by the plurality of transmission coils. A reading system for the dice.