JP3080520U - Mahjong table and its management system - Google Patents

Abstract

(57) [Summary] [Problem] To provide a mahjong table and a management system thereof, which can easily calculate a summing score even for a beginner. SOLUTION: On a touch panel provided on each side of a mahjong table, when a winning player inputs a distinction between a parent or a child, a distinction between Tsumo or Ron, a base value, and the contents of a transliteration, a display section is displayed. Reference numeral 22 denotes a summation score.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a mahjong table used in a mahjong store and the like and a management system thereof.

[0002]

[Problems to be solved by conventional techniques and devices]

 Mahjong tables, which have recently been set up in mahjong stores, are becoming more automated and can automatically calculate point sticks. However, since the calculation method of the player's own sum (up) score is complicated, the mathematics play itself was learned because the calculation method was complicated, but the fun of mahjong was enough without memorizing the calculation method of the score. There was a case where I could not be satisfied. Also, the mahjong competition itself brings unfairness between those who know and those who do not.

[0003] In view of the above problems, the present invention provides a mahjong table and a management system therefor which can be easily calculated by a beginner.

[0004]

[Means for Solving the Problems]

 The invention according to claim 1 is a mahjong table having display means for displaying information on each side, wherein the display means can perform a specific operation by touching or pointing to a display part and a part of the display part. Mahjong table characterized by having a simple switch section.

According to a second aspect of the present invention, there is provided a mahjong table having display means for displaying information on each side, wherein the display means contacts a display unit and a part of the display unit or indicates a specific part. An operation switch unit; and calculation means for calculating a sum score, wherein the calculation means calculates the sum score based on information input by operating the switch unit of the display means. A mahjong table wherein the calculated summing score is displayed on a display section of the display means.

According to a third aspect of the present invention, there is provided a mahjong table having display means for displaying information on each side, wherein the display means contacts a display part and a part of the display part or indicates a specific part. A switch unit that can be operated; and a calculating unit that calculates a sum score. The first unit that indicates whether the player input from the switch unit of the display unit is a “parent” or a “child” Based on the second information indicating whether the player is “Tsumo-summer” or “Ron-summer”, and the third information indicating the content of the base (mark) and transliteration of the player. A mahjong table characterized in that a calculating means calculates a summed score and displays the calculated summed score on a display section of the display means.

According to a fourth aspect of the present invention, there is provided a mahjong table having display means for displaying information on each side, wherein the display means makes contact with or points to a display unit and a part of the display unit. A switch unit that can be operated; and a calculating unit that calculates a sum score. The first unit that indicates whether the player input from the switch unit of the display unit is a “parent” or a “child” Based on the second information indicating whether the player is “Tsumo-summer” or “Ron-summer”, and the third information indicating the content of the base (mark) and transliteration of the player. A mahjong table, wherein the calculating means calculates a summed score and displays the calculated summed score and the content indicating the movement of the score between the parent and the child on a display section of the display means. .

[0008] The invention according to claim 5 is the mahjong table according to claims 1 to 5, wherein the display means is a touch panel.

The invention of claim 6 is a mahjong table management system having a central control device and a plurality of mahjong tables, wherein the plurality of mahjong tables is a JAVA applet representing management information of the mahjong table. And a transmitting means for transmitting the JAVA applet generated by the JAVA applet generating means. The central control device includes: a JAVA applet from each of the Mahjong tables; Receiving the information, a Java virtual machine for executing the JAVA applet received by the receiving means, and management based on the management information of each Mahjong console represented by the JAVA applet executed by the JAVA virtual machine. To create a JAVA applet indicating service information other than the management information of Mahjong Taku. AVA applet creation means, and transmission means for transmitting the JAVA applet generated by the JAVA applet creation means, and the plurality of mahjong tables receive a JAVA applet from the central control device. A Java virtual machine that executes the JAVA applet received by the receiving means; and a display provided on each side of each of the mahjong tables, the service information represented by the JAVA applet executed by the JAVA virtual machine. A display control means for displaying on the display means, the display means having a display part and a switch part capable of performing a specific operation by touching or pointing to a part of the display part. Mahjong table management system.

[0010] In the invention of claim 7, each mahjong table has a calculating means for calculating a sum score, and the calculating means calculates the sum score based on information input by operating a switch unit of the display means. The mahjong table management system according to claim 5, wherein the calculated sum score is displayed on a display unit of the display means.

[0011] In the invention of claim 8, each mahjong table also has a calculating means for calculating a total score, and the player input from the switch unit of the display means is "parent" or "child". First information indicating whether the player is “summer” or “long”, and third indicating the base (mark) and transliteration of the player. 6. The mahjong table management system according to claim 5, wherein the calculating means calculates a sum score based on the information, and displays the calculated sum score on a display unit of the display means.

[0012] In the invention of claim 9, each mahjong table also has a calculating means for calculating a sum score, and the player input from the switch unit of the display means is "parent" or "child". First information indicating whether the player is “summer” or “long”, and third indicating the base (mark) and transliteration of the player. The calculation means calculates the sum score based on the information, and the calculated sum score and the content indicating the movement of the score between the parent and the child are displayed on a display section of the display means. A mahjong table management system according to claim 5.

A tenth aspect of the present invention is the mahjong table management system according to the sixth to ninth aspects, wherein the display means is a touch panel.

[0014]

[Embodiment of the invention]

 Hereinafter, the management system 10 of the mahjong table in the embodiment of the present invention will be described.

FIG. 1 is a block diagram of the management system 10, and FIG. 2 is a plan view of the mahjong table 12.

As shown in FIG. 2, the management system 10 is used in a mahjong store or the like, and includes n mahjong tables 12 and a main computer 14.

The main computer 14 is constituted by a personal computer provided at a counter or the like of a store, is connected to each of the mahjong tables 12, and can exchange data with each other in real time.

That is, the mahjong table 12 is provided with a communication unit 16 for point sticks, a communication unit 18 for tiles, a communication unit 20 for reach, and a display unit 22 for displaying the number of points on each side of the mahjong table 12. These devices are controlled by a main control unit 24 including a CPU and a memory. Further, a main communication unit 26 for connecting the main control unit 24 and the main computer 14 by an infrared interface or a wireless LAN is provided.

In the present embodiment, the mahjong table 12 can calculate the holding point of the dot bar, the sum of the tiles, and the sound of the reach using the JAVA applet. I will do it.

First, “JAVA (trademark)” will be described.

[0021] JAVA is a programming language for object thinking described in a syntax similar to C ++. JAVA applets are relatively small programs developed in JAVA. The features of the JAVA programming language include a set of a programming language and an execution environment called a virtual machine (JAVA VM, VIRTUAL MACHINE) that executes programs developed using it. For this reason, even if the computer hardware and basic software such as WINDOWS (registered trademark) and Macintosh (registered trademark) are different, if a JAVA virtual machine is prepared for each environment, it is necessary to modify the program developed with JAVA. It has the feature that it can be executed without using.

1. How to calculate the point of a point bar The method of calculating the point of a point bar is described.

As shown in FIG. 1, each side of the mahjong table 12 is provided with a stick holder 28 for use by each player. As shown in FIG. 3, the dot holder 28 is partitioned into four partition portions 30. As shown in FIG. 4, each section 30 is provided with a four-point communication unit 38, which includes a transmitter 32, a receiver 34, and a transfer device 36.

The dot bar 40 has the same shape and weight as a conventional dot bar, but has a Java applet comprising a transmitter 42, a synchronous receiver 44, and a memory as shown in FIG. The storage unit 46 and the power generation device 48 are built in.

Hereinafter, the operation of these devices will be described.

When each of the dot sticks 40 is stored in each of the partitions 30 of the dot stick holder 28 (see FIG. 3), a carrier wave carrying a synchronization signal is transmitted from the transmitting device 32 of the dot stick communication unit 38. Is done. The carrier receiving the synchronization signal is received by the synchronization receiver 44 of the point bar 40, and the power generator 48 rectifies the carrier to generate power. Then, transmission and the like are performed based on this electric power.

The synchronous receiver 44 calculates a transmission timing constant based on the received synchronous signal and the identifier embedded in the dot. In addition, the synchronous receiving device 44 reads out the JAVA applet stored in the JAVA applet storage unit 46.

The JAVA applet stores the characteristics (points, etc.) of the dot bar 40 and parameters such as an identifier. The characteristic may include the history of the dot 40, that is, data such as which player's possession.

The transmitting device 42 transmits the JAVA applet read out by the synchronous receiving device 44 to the point stick communication unit 38 based on the transmission timing calculated based on the synchronization signal and the identifier. In this case, the data is transmitted as it is in the form of a JAVA applet.

In the communication unit for point stick 38, the receiving device 34 receives the JAVA applet transmitted from the point stick 40, and transfers the applet to the main control unit 24 using the transfer device 36. In this case, there are a plurality of dot sticks 40, but since the transmission timing is controlled by the synchronization signal, the Java applet from each dot stick 40 does not interfere with each other.

It should be noted that the point receiving communication section 38 and the synchronous receiving device 44 and the transmitting device 42 of the point stick 40 are performed by a wireless method.

The JAVA applet of each of the sticks 40 sent to the main control unit 24 has the identifier of the sent-out communication unit 38 for the sticks added thereto, whereby the JAVA applet of each of the sticks 40 is transmitted. Can belong to which player.

The memory of the main control unit 24 incorporates a JAVA virtual machine. The main control unit 24 reads the score of the dot bar 40 by executing a JAVA applet of the dot bar 40, and reads the score of each player. Calculate points.

The points of each player calculated by the main control unit 24 are displayed on the display unit 22 provided on each side of the mahjong table 12, as shown in FIGS.

Further, the JAVA applet of the dot stick 40 possessed by each player is transmitted from the main control unit 24 to the main computer 14 in the same form. The main computer 14 also has a JAVA virtual machine. By executing the JAVA applet of the point stick 40 of each player sent to the player, the player's own points are calculated, and each player's points are calculated at the store. Can manage the points of

According to the above point calculation method, since the points of the point bar 40 are exchanged by the JAVA applet, no measurement error occurs. In addition, since the power is generated by the power generating device 48 without incorporating a battery in the point rod 40, the cost can be reduced and no maintenance is required.

Further, according to this method, it is not necessary to incorporate a CPU in the dot bar 40, so that the cost can be reduced.

[0038] 2. Next, a method of calculating the sum score of the tiles 52 used in the mahjong table 12 will be described.

FIG. 5 is a front view of the tile 52, and FIG. 6 is a longitudinal sectional view thereof. FIG. 7 is a block diagram of the tile communication unit 18.

As shown in FIG. 6, a magnet or iron piece 54 is arranged inside the tile 52, and in addition, a synchronous receiving device 56, a transmitting device 57, a JAVA applet storage device 58, and a power generating device 60 are built in. Further, a discriminating device 62 for discriminating that the tile 52 is in a standing state or a lying state is provided.

As shown in FIG. 6, the discriminating device 62 is provided with a first hollow portion 64 provided in the horizontal direction when the tile 52 is erected, and is provided in a slightly oblique state from the vertical in the same erected state. The first cavity 64 and the second cavity 66 contain mercury balls 68 and 70, respectively. A recess 72 into which the mercury ball 70 is inserted is provided in the middle of the second cavity 66.

When the tile 52 stands, the mercury ball 70 is located at the lower end in the second cavity 66 and the mercury ball 68 is located in the first cavity 64 as shown by the solid line in FIG. It is located on the left or right side of the first cavity 64.

The right end of the first hollow portion 64 and the concave portion of the second hollow portion 66 are provided with contacts, respectively, to electrically connect them.

In this state, since the mercury ball 70 does not come to the position of the concave portion 72, the connection portion 74 is not electrically connected. Therefore, in this case, it is determined that the tile 52 is standing.

On the other hand, when the tile 52 is laid down, the mercury ball 70 moves to the concave portion 72 of the second cavity 66 (the state shown by the dotted line), and the mercury ball 68 in the first cavity 64 moves to the right end. Therefore, it is determined that the connection unit 74 is electrically connected and the tile 52 is sleeping.

The content indicating the type of the tile 52 is incorporated in the JAVA applet storage device 58.

The tile communication unit 18 includes four communication units 76 to 82. Each configuration is the same, and includes a transmission device 86, a reception device 88, and a transfer device 90. However, each of the four communication units 76 to 82 has a different communication area.

The first communication unit 76 is provided with a communication area (hereinafter, referred to as a first area) on the inner side of the tiles 52 as shown by the dotted line in FIG. .

The second communication section 78 is provided with a communication area (hereinafter, referred to as a second area) opposite to the first area, as indicated by a dotted line in the plan view of FIG.

The third communication unit 80 is provided with a communication area (hereinafter, referred to as a third area) at a right corner when viewed from the player of the mahjong table 12, as indicated by a dotted line in the plan view of FIG. ing.

The fourth communication unit 82 has a communication area (hereinafter, referred to as a fourth area) between the second communication unit 78 and the third communication unit 80 as indicated by the dotted line in the plan view of FIG. It is provided.

Each of these communication units 76 to 82 is provided on each side of the mahjong table 12.

The exchange between each of the communication units 76 to 82 and the tile 52 is the same as the communication of the dot 40 described above, and carries the synchronization signal sent from the transmission device 86 of the communication units 76 to 82. The carrier wave is received by the synchronous receiver 56 of the tile 52. Then, the power generating device 60 generates power based on the carrier, the synchronous receiving device 56 reads out the JAVA applet stored in the JAVA applet storage unit 58, and transmits the JAVA applet from the transmitting device 57 to each of the communication units 76 to 82. Send. In this case, the transmission timing is determined by the following three.

The first determining factor is to which communication unit 76 to 82 the tiles 52 are to be sent depending on in which range of the first to fourth areas the tile 52 is placed.

The second factor is that the tile 52 is transmitted only when the tiles 52 are laid down, not in a standing state. That is, it is transmitted only when the determination device 62 determines that the tile 52 is sleeping.

The third factor is that the synchronization signal is carried to each of the communication units 76 to 82 as in the case of the dot stick 40, so that the JAVA applet is transmitted only when synchronized with the identifier of each tile 52. .

The JAVA applet of the tile 52 sent to the receiving device 88 of each of the communication units 76 to 82 is sent to the main control unit 24 by the transfer device 90 as it is.

Here, the contents of the JAVA applet incorporated in the tile 52 will be described.

In the main control unit 24, the number of radio waves generated when three tiles or four tiles are arranged according to a certain rule is added to the score, and the summed score is clearly indicated in the summed condition. That is what you do. That is, since there are 136 tiles 52, the JAVA applet is set so that all of them have different characteristics. For example, in the case of the one shown in FIG. 8, four tiles 52 of the same type have different data from A-1, A-2, A-3, and A-4, respectively. Since any combination of A-1 to A-4 may be used, when three cases are received, the main control unit 24 gives eight points. In addition, when four pieces are arranged, the score is 32 points. Similarly, the calculation is performed according to the Mahjong rules.

Next, the operation of each of the communication units 76 to 82 will be described.

(1) Third Communication Unit 80 The thirteen tiles 52 distributed to each player include “pon”, “chi”, and “chi” when the tile 52 desired by oneself comes out of another house due to game development. A "can" is generated, three or four are aligned, and the tile 52 is exposed to the right end of the player. In other words, on the third area, if the numbers including 1, 9 at this time, or three pieces of the same type in the east, south, west, north, white, departure, and inside are collected, four points are calculated. If three tiles 52 of the same type gather, two points will be awarded. In this case, in any case, the main control section 24 calculates the contents based on the contents from the JAVA applet incorporated in the tile 52.

(2) Contents of Operation of First Communication Unit 76 Next, when all combinations of tiles 52 are completed (in a state of being in a state of sum), “Ron” is generated, or a sum is made with a horn. However, in both situations, the relaxed state must be exposed to another house.

At this time, when the tile 52 is defeated on the first area, a number including one and nine, or three cards of the same type in east, south, west, north, white, departure, and middle are matched. In this case, eight points are calculated, and if three other tiles 52 are gathered of the same type, four points are obtained. These calculations are hereinafter performed by the main control unit 24 based on the Mahjong rules.

(3) Content of Operation of Second Communication Unit 78 In this part, score calculation is not performed, and the number of tiles 52 that have become dras in the first and third areas depends on how many tiles 52 are placed in the second area. It is displayed as all points x number of items arranged.

(4) Content of Operation of Fourth Communication Unit 82 The tiles 52 that have been settled by themselves are always placed in the fourth area. At this time, the points are added by two marks. This calculation is also performed by the main control unit 24.

As described above, with this tile calculation method, the main control unit 24 calculates each tile based on the type of tile 52, so that each player can easily enjoy mahjong.

[0067] 3. Contents of Reach Detection Method A reach communication unit 20 is provided on each of four sides of the dice box 84 of the mahjong table 12 in FIG.

When the dot communication unit 20 places the dot stick 40 on the dice box 84, the reach communication unit 20 indicates “reach” based on the JAVA applet sent from the dot stick 40. What happens.

This operation method is the same as the point calculation method.

As described above, according to the management system 10, it is possible to easily calculate the points held by the dot bar 40, to easily calculate the tiles 52, and to easily detect the reach. Can be.

Based on these pieces of information, the main computer 14 can centrally manage the information of each mahjong table 12.

Also in this case, by using the JAVA applet, a plurality of CPUs are not used, so that the cost can be reduced. In addition, data can be exchanged reliably and accurately without causing measurement errors.

Further, as shown in FIG. 9, the main computers 14, 14 can be connected to each other via the Internet, and the players of the mahjong tables 12, 12 installed in different mahjong stores can compete for points. In this case, the JAVA applet of the score information may be exchanged on the Internet.

[0074] 4. First, the display unit 22 on each side will be described in detail.

The display unit 22 is configured by a liquid crystal display device, and also serves as a touch panel. By operating this touch panel, the following operations can be performed. Here, the term "touch panel" refers to a device that attaches an object detection sensor so as to cover the entire display section of a display such as a liquid crystal display device, and detects where the screen is pointing by touching the screen with a finger or the like. As a detection method, there are a pressure detection type using a transparent electrode, an optical non-contact type using an optical sensor, and a resistance type sensor whose resistance value changes and a numerical value changes.

The main computer 14 creates a JAVA applet of a weather forecast, news, sports news, restaurant information, ticket information, a menu of meals that can be sold at the mahjong shop, and service information indicating rules of the shop. Then, it sends the created service information JAVA applet to each mahjong table 12.

In each of the mahjong tables 12, the service information is displayed on the display unit 22 as shown in FIG.

Thus, when the customer presses a desired information portion, since the touch panel is used, the information of the portion is displayed on the display section 22 so that sports information and the like can be viewed. By pressing the meal menu, the menus sold at the mahjong store can be checked. When the customer inputs the menu to be ordered, the information of the menu is transmitted to the main computer 14 and the order of the meal is ordered. Is also possible.

[0079] 5. In the calculation method of the score 2 of the “summing score calculation method”, the main control unit 24 automatically calculates the summing score using the JAVA applet of the tile 52. , A method of easily calculating the sum score will be described.

In FIG. 11, when the display portion of the sum score table is touched on the menu screen, the display unit 22 is changed to a screen for calculating the sum score as shown in FIG.

On the screen of the display unit 22 in the upper part of FIG. 12, it is selected whether the summed player is a parent or a child, and whether the summed-up player or the long-played player is selected. When touched, the screen is changed to the middle screen in FIG.

Then, as shown in the middle screen, the base (value of the mark) and the transliteration of the player are touched, and the confirm button is touched.

Then, the main control unit 24 connected to the display unit 22 calculates the sum score of the player based on the operated information. The result is displayed on the display unit 22. The content is shown in the lower part of FIG. 12, and is shown, for example, as “Your average score is 3900 points”. In this case, the points moving from parent to child or from child to parent are also calculated and displayed at the same time.

When this is completed, when the menu button is touched, the display unit 22 returns to the display state of FIG.

As described above, the player's sum score can be easily calculated only by operating the display order of the display unit 22.

In the above-described embodiment, the touch panel that cannot be operated without touching the finger is used. However, instead of this, a switch unit that can be operated only by bringing the finger close to a specific location may be used in the present invention. Applicable.

[0087]

[Effects of the Invention] As described above, the Mahjong table of the present invention and its management system can easily calculate the player's temper just by operating based on the display on the display means. Even players who do not know how can enjoy Mahjong enough.

[Brief description of the drawings]

FIG. 1 is a block diagram of a management system according to an embodiment.

FIG. 2 is a plan view of the mahjong table.

FIG. 3 is a conceptual diagram of a possession point number display device and a dot sticker.

FIG. 4 is a block diagram of a dot stick communication unit and a dot stick.

FIG. 5 is a front view of a tile.

FIG. 6 is a sectional view of a tile.

FIG. 7 is a block diagram of a tile communication unit and tiles.

FIG. 8 is an explanatory diagram of a tile.

FIG. 9 is a block diagram using the Internet.

FIG. 10 is a diagram of a score display screen on the display unit.

FIG. 11 is a diagram of a display screen of a menu screen of the display unit.

FIG. 12 is a diagram illustrating a screen displayed when a summation score is calculated.

[Explanation of symbols]

 Reference Signs List 10 management system 12 mahjong table 14 main computer 16 point stick communication unit 18 tile communication unit 20 reach communication unit 22 display device 24 main control unit 28 point stick insertion 40 point stick 42 transmission device 44 synchronous reception device 46 JAVA applet storage Part 48 Power generator 52 Tiles

Claims (10)

[Utility model registration claims] 1. A mahjong table having display means for displaying information on each side, wherein said display means is a switch capable of performing a specific operation by touching or pointing to a display part and a part of the display part. Mahjong table characterized by having a part. 2. A mahjong table having display means for displaying information on each side, wherein the display means contacts a display part and a part of the display part.
Or, it has a switch unit capable of performing a specific operation when indicated, and has a calculation unit for calculating a summation score. The calculation unit is based on information input by operating the switch unit of the display unit. A mahjong table, wherein a sum score is calculated, and the calculated sum score is displayed on a display unit of the display means. 3. A mahjong table having display means for displaying information on each side, wherein the display means contacts a display part and a part of the display part.
Or, it has a switch unit that can perform a specific operation when indicated, and has a calculation unit that calculates a summation score, and the player input from the switch unit of the display unit is “parent” or “child”. First information indicating whether there is a player, second information indicating whether the player is “sumo-summer” or “ron-summer”, and third information indicating the contents of the base (mark) and transliteration of the player. The mahjong table, wherein the calculating means calculates a sum score based on the information, and displays the calculated sum score on a display unit of the display means. 4. A mahjong table having display means for displaying information on each side, wherein the display means contacts a display part and a part of the display part,
Or, it has a switch unit that can perform a specific operation when indicated, and has a calculation unit that calculates a summation score, and the player input from the switch unit of the display unit is “parent” or “child”. First information indicating whether there is a player, second information indicating whether the player is “sumo-summer” or “ron-summer”, and third information indicating the contents of the base (mark) and transliteration of the player. Mahjong, wherein the calculating means calculates the sum score based on the information, and the calculated sum score and the content indicating the movement of the score between the parent and the child are displayed on a display section of the display means. Table. 5. The mahjong table according to claim 1, wherein said display means is a touch panel. 6. A mahjong table management system having a central control device and a plurality of mahjong tables, wherein the plurality of mahjong tables create a JAVA (registered trademark) applet representing management information of the mahjong table. JAVA applet creation means, and transmission means for transmitting the JAVA applet generated by the JAVA applet creation means, respectively, wherein the central control device comprises: a reception means for receiving each JAVA applet from each of the Mahjong tables; A JAVA virtual machine that executes the JAVA applet received by the receiving unit; a managing unit that manages the Mahjong table based on the management information of each Mahjong table represented by the JAVA applet executed by the JAVA virtual machine; JA expressing service information other than desk management information
A JAVA applet creating means for creating a VA applet; and a sending means for sending the JAVA applet generated by the JAVA applet creating means, wherein the plurality of mahjong tables are a JAVA applet from the central control device. Receiving means, a Java virtual machine for executing the JAVA applet received by the receiving means, and the service information represented by the JAVA applet executed by the JAVA virtual machine. Display control means for displaying on a display means provided, the display means, a display unit, a part of the display unit,
Alternatively, there is provided a mahjong table management system having a switch section capable of performing a specific operation when pointed to. 7. Each mahjong table has a calculating means for calculating a sum score, the calculating means calculates a sum score based on information input by operating a switch unit of the display means, 6. The Mahjong table management system according to claim 5, wherein the calculated sum score is displayed on a display unit of the display means. 8. Each mahjong table has a calculating means for calculating a total score, and a first information indicating whether a player inputted from a switch section of the display means is a "parent" or a "child". , The second information indicating whether the player is "Tsumo" or "Long", and the third information indicating the contents of the base (mark) and the transliteration of the player. 6. The mahjong table management system according to claim 5, wherein the means calculates a total score, and displays the calculated total score on a display unit of the display unit. 9. Each mahjong table has a calculating means for calculating a sum score, and a first information indicating whether a player input from a switch section of the display means is a "parent" or a "child". , The second information indicating whether the player is "Tsumo" or "Long", and the third information indicating the contents of the base (mark) and the transliteration of the player. 6. The mahjong table according to claim 5, wherein said means calculates a summed score, and said calculated summed score and a content indicating a movement of a score between a parent and a child are displayed on a display section of said display means. Management system. 10. The mahjong table management system according to claim 6, wherein said display means is a touch panel.