JPH10249061A - Mahjongg point processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To quickly, easily and accurately deliver mahjongg points and to simplify operations by commanding the addition of a sending point to the holding point of a point sending destination and the subtraction from the holding point of a point sending person when the receiving key of the operation means of the point sending destination is pressed and commanding the display of the sending point at the display panel of the entire operation means. SOLUTION: After a game is ended, the end holding point and final score of everyone are confirmed. That is, after the game is ended, when each receiving key 13 is pressed, since the end holding point is displayed at each display panel 9, his/her own end holding point is confirmed by everyone. Also, when a sum-up person presses the specifying key 11 of a specified destination, since the final score of the specified destination is displayed at the display panel 9 of the sum-up person, when the sum-up person is decided, sum-up is easily performed. In such a manner, for the sending point, it is sufficient to operate a keyboard 11 at the point sending person and operate the receiving key 13 at the point sending destination. Also, just by operating each specifying key 11, the holding point of a desired party is viewed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a Mahjong point processing apparatus which can quickly, easily and accurately transfer Mahjong points without the need for a point bar or a chip for calculating points.

[0002]

2. Description of the Related Art Conventionally, the transfer of mahjong points is based on the fact that each competitor has a number of bar points equivalent to the points evenly distributed at the beginning of the game, and the points are paid when the mahjong points are transferred. This is done by exchanging a point bar corresponding to the above, or by exchanging a chip equivalent to the point bar instead of the point bar.

[0003]

However, when the Mahjong points are exchanged by exchanging the point sticks or chips, each player usually competes with 25,000 points or 27,000 points. 10,000 points
There are various types of point bars, 5000-point bars, 1000-point bars, and 100-point bars, and a large number of these must be possessed according to the points possessed. That is, first,
Some of the dots may be lost during the game, which may require the lost dots to be ordered, which may not only be troublesome, but may also impair the accuracy of the points. . In addition, when the number of hand-held points increases, it becomes difficult to count the number of held points, and it becomes difficult to quickly confirm an accurate held point. Also, if you do not have a point bar that matches the payment point, ask another competitor to exchange the point bar, or transfer the point bar of the change payment with a point bar larger than the payment point. And it is cumbersome. If the game can be continued even if there is a chance to pay more points than the player possesses, the shortage must be borrowed from the competitor, and each player must remember or record the loan. And forgetting to borrow or borrow the loan may impair the accuracy of your points. In addition, when the sticks are delivered, the counting of the sticks and the presence / absence of the delivery may be erroneously recognized. In addition, there is a possibility that the points may be exchanged improperly, which may impair the accuracy of the points possessed. In addition, the time of the game becomes longer due to the trouble of counting and exchanging the sticks. In addition, there is a possibility that misrecognition may occur as to whether or not a reach rod has been submitted. In addition, in a fully automatic mahjong table, there is a possibility that the machine may break down due to mixing of a stick in the table.

Therefore, for example, an apparatus as disclosed in Japanese Utility Model Publication No. 5-32155 has been proposed. This mahjong has a keyboard for sending a display signal of the number of points to be exchanged, a signal of exchange of the number of points, and a confirmation signal of the number of points to the control means, and a display panel for displaying the number of points to be exchanged or the number of points based on an instruction from the control means. It stores the operating means provided on each side of the table and the total points (total points) of the points held by all competitors. A display command on the display panel of the operation means and the display panel of the external display means, and based on the signal of the points transmitted and received from the operation means, compares the input signals of the points paid and the points received, and the latter compares the former. If the score does not exceed, the player performs the calculation process of the variation of the points of the competitor, issues a command to delete the number of points given / received displayed on the external display means, and stores the points (each total points) of each player. Control means for instructing the competitor's points (total points) to be displayed on the display panel of the operation means based on an input signal for confirmation of the points from the operation means, and an appropriate number provided at a corner of the mahjong table. And external display means for displaying the number of points to be exchanged and whether or not the points are exchanged on a display panel based on a display command from the control means.

[0005] However, the operation of this device is complicated and is not suitable for elderly people.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a Mahjong point processing apparatus which solves the above-mentioned drawbacks, makes the delivery of Mahjong points quick, easy and accurate, and which is easy to operate.

[0007]

In order to achieve the above object, a mahjong point processing apparatus according to the present invention comprises operating means provided on each side of a mahjong table and control means connected to the operating means. The operation means includes a keyboard for inputting a sending point or an initial score, a display panel for displaying the sending point or the score based on a command from the control means, a designation key for designating another player, and a sending point. And a receiving key for receiving, the control means stores the points held by each competitor, and determines the sending point and the sending point by an input signal of the sending point and the sending point from the operation means. A command to memorize and display the sending point on the display panel of the operating device of the sending destination, and then press the receiving key of the operating device of the sending destination, the sending point is added to the possessed point of the sending destination and the sending point is added. Command to subtract from the point of the person, and Characterized by a command to display the point sent to the display panel of all operating means. At this time, it comprises operating means provided on each side of the mahjong table and control means connected to the operating means. The operating means includes a keyboard for inputting a feed point or an initial holding point, and a command from the control means. A display panel for displaying a sending point or a holding point, a designation key for designating another competitor, and a receiving key for receiving the sending point. Pressing the designation key of the operation means instructs the display panel to display the current point of the designated competitor, or the operation means provided on each side of the mahjong table and the operation means connected to the operation means The operating means comprises a keyboard for inputting a feed point or an initial score, a display panel for displaying a feed point or a score based on a command from the control means, and a device for designating another player. Key and feed And a receiving key for receiving, the control means stores the points held by each competitor, and determines the sending point and the sending point by an input signal of the sending point and the sending point from the operation means. A command to memorize and display the sending point on the display panel of the operating device of the sending destination, and then press the receiving key of the operating device of the sending destination, the sending point is added to the possessed point of the sending destination and the sending point is added. Command to subtract from the point of the person, and
Command to display the feed point on the display panel of all operation means,
It is also conceivable that, when the designation key of the operation means is pressed without an input signal of the feed point, a command to display the current possession point of the designated competitor on the display panel is considered. In the above, the control means compares each player's point and the return point after the end of the game stored in the storage device, and the operation means of the player having the highest point has the return point and the initial point. A command to add the total points for the difference points to the final score and display it as the final score, and to issue instructions to other competitors' operation means to display only the difference between the return point and the score as the final score It is possible to do. At this time, after the final score is displayed, when the respective receiving key is pressed, the end point is displayed on the display panel of the respective operating means according to the instruction of the control means, or after the final score is displayed, the respective designated key is displayed. By pressing, it is conceivable that the final score of the designated destination is displayed according to a command from the control means. Further, the operating means is provided with a reach key for sending an input signal for subtracting or adding a reach point to the control means. If the reach key is pressed before the input of the feed point, the reach point is subtracted by a command from the control means, It is conceivable to add all the reach points according to the command of the control means when the button is pressed after the input of the input or the reception of the feed point.
In addition, the operation means may be provided with a stacking key which is pressed every time the villa rises, and when the stacking key is pressed, "+1" is added by a command of the control means, and the display is displayed on the stacking display panel. Conceivable. Further, a tip key for sending a tip point is provided in the operation means, and when the tip key is pressed, “+1” is added by a command of the control means,
When the indication is made on the chip display panel, and the designation key and the receiving key are pressed following the operation of pressing the chip key, the chip points are transferred according to the command of the control means, and the total chip points are displayed on the chip display panel. Can be considered.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, a mahjong processing apparatus according to the present invention will be described in more detail with reference to the drawings showing an embodiment. The mahjong dot processing apparatus according to the present invention comprises an operating means 3 comprising input sections and display sections provided on four pieces of the mahjong table 1.
And a control means 5 comprising a CPU and a storage device, and electrically connected to the operation means 3. The schematic configuration of the connection between the operation means 3 and the control means 5 is as shown in FIG.

This will be described in detail with reference to the configuration of the operation means 3 shown in FIG. The operation means 3 includes a keyboard 7,
A display panel 9, a designation key 11, a receiving key 13, a reach key 15, a stacking key 17, a chip key 19,
And a main switch 21.
Signals input by the operations of 11, 13, 15, 17, and 19 are sent to the control unit 5, and the display units (display panel 9 and various panels and lamps described later) connected via the drive circuit 4 are connected to the control unit 5. The command content based on the command is displayed.

The keyboard 7 comprises ten keys "1" to "0" for inputting a feed point or an initial holding point. Reference numeral 8 denotes a clear key for deleting an input error.

The display panel 9 is composed of light emitting diodes,
A feed point, a possessed point, or a final score is displayed based on a command from the control means 5. The display panel 9 is provided with a lamp 10a which lights up when the value is minus and a lamp 10b which lights up when the number of possessed points becomes 100,000 or more.

The designation key 11 is used to designate a destination, and is depressed when sending a sending point or a chip point, or when looking at an intermediate score or a final score of another competitor. The designation key 11 includes three keys 11a, 11b, and 11c.
Each of the keys 11a, 11b, and 11c is lit at the time of sending a point or at the time of a reach to designate the corresponding person.
b and 12c are provided.

The receiving key 13 is for receiving a sending point or a chip point or for checking the end point of the player. The receiving key 13 is provided with a receiving lamp 14 which flashes when a point is sent.

The reach key 15 is for applying a reach or receiving a reach point, and when pressed, sends an input signal for adjusting the reach point to the control means 5. The reach key 15 is a total of the reach lamp 15a and the reach number (a certain “place”).
The number of reach display panel 16 for displaying the remaining reach number of the previous station is also added.
When the button is pressed, the reach lamp 15a is turned on.

The stacking key 17 is depressed at every "rise" of the villa called "parent". When this key is depressed, an input signal for adding "+1" is sent to the control means 5. The loading key 17 is
A stack display panel 18a for displaying the number of times of stacking and a lamp 18b for lighting when the number of times of stacking becomes 10 or more are provided. In addition, in order to prevent double pressing of the stacking key 17,
When the stacking key 17 is pressed, the stacking display panel 18a flashes for a certain period of time, during which the stacking key 17 is not operated continuously.

The chip key 19 is for sending a chip. When the chip key 19 is pressed, "+1" is added according to a command from the control means 5 to display it on the chip display panel 20, and the designation is made following the operation of pressing the chip key. When the user presses the key and the receiving key, the chip is transferred according to a command from the control means.
The tip key 19 is a lamp 19a that lights up when it is minus.
10 or more chips ("1" lights up), 20
Lamps 19 that light up when the number is more than 30 ("2" lights up) or more than 30 ("1" and "2" lights up)
b and the chip display panel 20. In order to distinguish the number of chips sent from the number of chips held, the number of chips is turned on and off.

The main switch 21 is operated when starting or ending the game.

Reference numeral 23 denotes an athlete number display panel for displaying the number of each athlete so that it is convenient to record the final score of the athlete. In addition, from the second and subsequent competitions (for example, the following “Hanso”), the respective players' numbers can be input using the keyboard 7, so that the fifth and sixth competitors can also participate.

Next, the operation procedure of the mahjong spot processing apparatus according to the present invention will be described with reference to the flowcharts shown in FIGS.

FIG. 4 shows the procedure of the initial setting. First, "four players" by the switch 2a of the control box 2
Alternatively, the player selects "three-player" and selects ON / OFF of the viewing switch 2b that allows the player to see the points of other competitors. After the power is turned on, it is determined whether or not one or more of the main switches 21 of each competitor is at the “end” position (see FIG. 3) (step 1 (S1)). Step 1
(S1) If YES, proceed to Step 2 (S2),
The initial score input by the keyboard 7 (for example, 2
The control unit 5 reads (5,000 points, 27,000 points, etc.). Next, the process proceeds to step 3 (S3), and the initial score is input to the storage device of the control means 5 as the memory 1. Next, the process proceeds to step 4 (S4), and it is determined whether or not all the main switches 21 of each competitor are ON. If step 4 (S4) is YES, step 5
The process proceeds to (S5), where the initial score is displayed on the display panel 9 of each operation means 3. When this is confirmed by the competitor,
"Mode 1" (a mode in which bonus points are not added) is set (step 10a (S10a)). If step 4 (S4) is NO, the process proceeds to step 6 (S6), and the return point is read. Return point is usually 3
0000 points, and the total number of points corresponding to the difference between the return point of 30,000 points and the initial score, for example, 2 points in the initial score.
In the case of 7,000 points, 12,000 is a bonus point.
Next, the process proceeds to step 7 (S7), and the return point is input to the storage device of the control means 5 as the memory 2. Next, when all the main switches 21 of the competitors are set to the "start" position (see FIG. 3) (step 8 (S8)), the process proceeds to step 9 (S9), and the initial score is displayed on the display panel 9. When this is confirmed by the competitor, "Mode 2"
(Mode of adding bonus points) is set (step 10b (S10b)).

The initial setting is completed as described above, and thereafter, the next game is started under the same conditions as the initial setting, unless all the main switches 21 are set to the "end" position. Conversely, the competition does not end unless all the main switches 21 are set to the “end” position. That is, if there is at least one suspicious person with respect to the game points to be described later and the main switch 21 is set to the "start" position, the competition will not be ended. If the second and subsequent initial settings are under the same conditions as the last time, for example, the second and subsequent initial settings of the second and subsequent semi-villas in the case of the rule of ending with "half-village" unless the power is turned off. Can be omitted.

After the "end" of the competition, the points displayed on the display panel 9 are transcribed on paper or the like, and the game proceeds to the next competition.
In this case, if the connection is made to the mahjong score recording device 25 by the connection terminal 24 attached to the control means 5, the final score for each competition is automatically recorded for each competitor number and output and displayed on paper.

Next, delivery of a sending point at the time of sending point will be described with reference to FIG. As described above, all the main switches 21 are in the "start" position, and in this state, the point can be sent. The possessed points are displayed on their own display panel 9 (step 11 (S11)). The points displayed are the initial points set in the above procedure, or the intermediate points in the event of a competition. If any competitor goes up and sends a point, the sender (payer of mahjong points) inputs the sending point on the keyboard 7 (step 12 (S12)).
12)). This sending point is displayed blinking on the sender's display panel 9 (step 13 (S13)). Next, the destination (the right to receive Mahjong points) is input by the designation key 11 at the sender (step 14 (S14)). This data, that is, the data of the sending point and the sending destination,
Is transferred to the operation means 3 at the destination (step 15).
(S15)). The sending point blinks at the sending point. In this case, for example, when summing a plurality of sending point data such as a sending point at the time of self-imaging or a non-audible tile (no-tempe)
The process proceeds to step 16 (S16) or step 17 (S17), and data is calculated (step 18 (S1)
8)). Next, the sending point displayed on the display panel 9 at the sending point blinks (step 19 (S19)). Next, on the sender side, the designated lamp 12a specified as the sending destination,
All (for example, when self-imaging) or a part (for example, transfer) of 12b and 12c are turned on (Step 20 (S20)). Next, the receiving lamp 14 at the sending point flashes (step 21 (S21)), and the buzzer sounds intermittently (step 22 (S22)). Next, the sending point confirms (visually recognizes) the sending point displayed on its own display panel 9 and presses the receiving key 13 (step 23 (S2)).
3)), the buzzer sound stops (step 24 (S2
4)). Next, the receiving lamp 14 (and the reach lamp 15a when the reach is applied) is turned off (step 25).
(S25)). Next, the designated lamp 12a, which was turned on,
12b and 12c are turned off (step 26 (S2
6)). Next, the process proceeds to step 27 (S27), where the feed point is displayed on the display panel 9 of the operation means 3 of all the members for 3 seconds. Next, the process proceeds to step 28 (S28) to perform the calculation, add the sending point to the sending destination, and subtract the sending point from the sender. Next, the process proceeds to step 29 (S29), and the total points of the sender and the destination are displayed. In the above, if there is any person who disagrees with the sending point to which the sending destination has been transferred or is not satisfied among the competitors, once receives the sending point by pressing the receiving key 13, the correct sending point is obtained in the above-described procedure. And the difference between the erroneous sending point and the erroneous sending point.

Next, when the player wants to see the points of another competitor, he or she presses the designation key 11 indicating the target competitor (step 30 (S30)). Then, it is determined whether or not the viewing switch 2b that enables the player to see the mahjong spot of another competitor is ON (step S31).
1)), in the case of YES, the score of the competitor is displayed on the display panel 9 of the own operation means 3 (step 32).
(S32)).

Next, the case of reaching will be described with reference to FIG. First, it is determined whether or not the reach key 15 is ON (step 33 (S33)). If YES, the own reach lamp 15a is turned on, and the reach is applied by the operation means 3 of another competitor. The designated lamps 12a, 12b, 12c and the reach lamp 15a in the direction instructing the athlete are turned on, and the buzzer sounds intermittently. (Steps 34 (S34) to 36 (S3
6)). Next, "+1" is added and displayed on the reach number display panel 16 (step 37 (S37)). Next, the process proceeds to step 38 (S38) to perform an operation of subtracting the reach point (for example, 1000 points) from the possessed point of the reachable competitor. Next, input the feed point (step 3
9 (S39), then, when the reach key 15 is turned on, the process proceeds to step 41 (S41), where an operation of adding the reach point to the feed point is performed. That is, the reach key 15 also functions as the receiving key 13 here. If the answer to step 40 (S40) is NO, the reach key 15 is pressed again. Next, the buzzer sound, the receiving lamp 14 and the reach lamp 15a are turned off (step 42 (S42),
In step 43 (S43), the feed point to which the reach point has been added is displayed on the display panel 9 of all members for about 3 seconds (step 44 (S44)). Next, the process proceeds to step 45 (S45) to perform the calculation, add the sending point to the sending point destination, and subtract the sending point from the sender. Then step 4
6 (S46), and the total points of the sender and the destination are displayed. The display of the holding points is performed for about 10 seconds (step 47 (S47)). This is for preventing the reach point from being forgotten (if the user has forgotten, the reach point can be stored by pressing the reach key 15 again within this time) and for confirming the reach point storage. (So as not to claim that you haven't reached the reach point later). After the above series of steps, the designated lamp is turned off (step 48 (S48)). In the above,
If there is any competitor who disagrees with the sending point to which the sending point has been forwarded or is unsatisfied among the competitors, once presses the receiving key 13 to receive the sending point, the correct sending point and the wrong The difference point from the sending point is sent.

Next, in order to climb the house and increase the number of "stacks" in the place, pressing the stacking key 17 in accordance with the procedure of steps 49 (S49) to 51 (S51) as shown in FIG. Is added.

Next, when sending a chip, the chip key 19 is used.
Press the key to receive the chip.
Press to perform. The detailed procedure is as shown in FIG.

That is, first, it is determined whether or not the chip key 19 is ON. If YES, the chip mode is set, "+1" is added to the chip display panel 20, and the lamp 19a blinks (step 52 ( S5
2)). Next, a feed point is input (step 53 (S5
3)), turning on the designation key 11 (step 54)
(S54), and the chip is transferred (step 55 (S54)).
55)). Then, the designated lamps 12a, 12b, 12c
Lights up (step 56 (S56)), and the receiving lamp 14
Blinks (step 57 (S57)), and a buzzer sounds (step 58 (S58)). When the receiving key 13 is pressed in this state (step 59 (S59)), the buzzer sound stops (step 60 (S60)).
Receiving lamp 14 and designated lamps 12a, 12b, 12c
Is turned off (step 61 (S61)), and the control means 5 performs a chip delivery calculation (step 62).
(S62)). As a result, the number of chips is subtracted from the sender, and the number of chips is added to the destination. Next, the number of chips is displayed on the chip display panel 20 of the sender and the destination (step 63 (S63)).

Next, a case where the competition is ended will be described with reference to FIG. First, it is determined whether or not all the main switches 21 are at the "end" position (step 71 (S7)).
1)). In the case of YES, there is no remaining reach point for each competitor (step 72 (S72)), and there is no input of the sending point, that is, whether or not the sending point is in progress (step 73 (S73). )) Whether or not the score at one or more locations is equal to or greater than the return point (step 74 (S74)), whether or not the mode is "mode 2" (step 75 (S75)), and whether or not the tie is the top Step 76 (S76)) is determined, and if both are YES, the process proceeds to step 77 (S77). In step 77 (S77), the calculation of the game point α shown in the equation 1 is performed. Next, at step 78 (S
78), and it is determined from the calculation result in step 77 (S77) whether or not it is the top. In the case of the top, the score calculated by Equation 2 is the final score (step 79 (S79)).
Only the final score is the display panel 9 of the respective operating means 3.
(Step 80 (S80)).

[0030]

(Equation 1)

(Equation 2)

For example, when the return point is 30,000 and the initial score is 27,000, the player A
00 points, competitor B 31,000 points, competitor C 30,
When the competitor D finishes with 7,000 points and 7,000 points, their own game points α are A: 10,000 points, B: 1,
000 points, C: 0 points, D: -23,000 points. As a result, it is determined that A is the top, and 12,000 bonus points are added to A.
A: 22,000 is displayed on the display panel 9 as the final score.
Points, B: 1,000 points, C: 0 points, D: -23,000
Displayed as a dot.

In the above, step 71 (S71),
If all of step 72 (S72), step 73 (S73), step 74 (S74), and step 76 (S76) are NO, an error occurs, and step 71 (S7).
Return to 1). In the case of NO at step 75 (S75), it is determined that "mode 1" has no bonus point, and the final score is displayed without performing the steps from step 76 (S76) to step 78 (S78) (step 80 (S80)). S
80)). For example, in the above example of [0031],
As a final score on the display panel 9 of each operation means 3,
A: 40,000 points, B: 31,000 points, C: 30,
000 points and D: 7,000 points are displayed.

Next, according to the present invention, it is possible to check the end score and final score of each player after the end of the competition. FIG. 10 shows such a case. That is, after the game is over, when the respective receiving key 13 is pressed (step 81 (S81)), the end score is displayed on the display panel 9 of the respective player (step 84).
(S84)), so that each player can confirm his / her own end score. When the tallyer presses the designation key 11 of the designated destination (step 82 (S82)), the final score of the designated destination is displayed on the display panel 9 of the tallyer (step 83).
(S83)) Therefore, if the totalizer is determined, the total can be easily calculated.

As described above, according to the mahjong dot processing device of the present invention, the sender only needs to operate the keyboard 7 and the designation key 11 at the sender and the receiver key 13 at the destination. Is extremely simple. In addition, since all competitors can confirm (visualize) the sending point at the time of sending point, there is no room for sending point mistakes or wrongdoing. Furthermore, since the sending point is settled electronically, it is instantaneous, and there is no room for failure of the machine due to the mixing of the point rod. In addition, the user can see the points of the desired partner simply by operating his / her designated key 11. Therefore, since energy is not consumed for the machine operation unlike the conventional apparatus, it is advantageous in planning a mahjong operation.

The Mahjong processing apparatus according to the present invention is not limited to the above embodiment. For example, the chip key 19 and the chip display panel 20 need not be provided where there is no rule for transferring chips.

When connected to a mahjong score recording device 25 as an external output device as shown in FIGS. 11 and 12,
The final score for each competition, for example, "Hanso" can be automatically recorded for each competitor number. That is, the mahjong score recording device 25 includes a printer 27, has an “IN” key 28, a “P” key 29, an “−” key 30, and an input key 31 including a numeric keypad, and includes a display 33 made of liquid crystal. I have. The mahjong score recording device 25 can assign, for example, the numbers of the competitors for six players (in the case of "four players", two players are for replacement personnel).
The input key 31 has a function of inputting a row sound given on each of the numbers, in addition to a function of inputting numbers of “1” to “0”. For example, to enter "Inaba", enter "1"
Key twice, “5” key once, “6” key one
Press the "C" key once to display "Inaba" on the display 33.
Is displayed.

The operation procedure of the Mahjong score recording device 25 is as follows.
First, the power switch 35 is turned on, and the names of the competitors are sequentially input by looking at the display 33 using the input keys 31. When the competition ends, the final score of the competitor displayed on the display 33 is sequentially input. The input is confirmed on the display 33, and if it is correct, the "IN" key 28 is pressed. If the value is negative, the "-" key 30 is pressed to enter the score. When the name of a competitor who has not participated in the game is displayed, press the "Aki" key. When the input for six players is completed, the display 33 displays “BA”. If there is no game conversion point, enter "0".
Then, the printer 27 is operated, and the total score of the current final score and the final score up to this time, the total number of the last chip number and the final chip number up to this time and the time for each competition, for example, "Hanso" are calculated for each competitor. Total paper 3 automatically for each number
7 is printed. When the "P" key 29 is pressed, the tabulation paper 37 is sent, and the tabulation paper 37 is cut.

Therefore, each competitor does not need to write down the final score from the display panel 9 for each competition, and can sum up Mahjong points quickly, easily, and without mistakes in calculation. Also, when competitors are replaced due to errands, the final score will be output for each competition for each person,
There is no controversy over scoring results.

Further, the flow of the command of the control means can be changed as appropriate as long as the substantial identity of the present invention is not impaired.
For example, at the sending point shown in FIG.
0) to step 22 (S22) and step 24 (S2
From 4) to step 27 (S27), each operation may be performed in one step. The same applies to the sending point at the time of reach in FIG. 6, the increase of “stacking” in FIG. 7, and the sending point of the chip in FIG.

[0040]

As described above in detail, according to the mahjong dot processing device of the present invention, it is possible to provide a mahjong dot processing device in which the delivery of mahjong dots is quick, easy, accurate, and simple in operation.

Here, the main terms used in this specification will be summarized. The “Mahjong points” include “points”, “return points”, “game points”, “bonus points”, and “final points”. The “point” has an “initial point” which is equally distributed at the time of initial setting, an “end point” as a result point at the end of the game, and a “middle point” which fluctuates during the game.
The "return point" is constant, for example, 30,000 points,
The difference between the return point P and the end point R is a "game point α", and the total point N of the difference between the return point P and the initial point Q is the "bonus point". In the mode of the mode 1 in which bonus points are not added, the end points of each player are the final points as they are. In the case of the mode of adding the bonus points of the "mode 2", the bonus points are added to the game point α for the first-ranked competitor, and this point becomes the "final score". For the competitors in the second and lower places, the game point α is the final score.

Next, the timing of the settlement of the "Mahjong points" is performed according to the rules. Rules may vary by location. For example, in the case of performing the settlement in “Hanso”, there is a case where the settlement is performed in “1 villa”. The “Hanso” is composed of “East field” and “South field”, and each field is composed of four (stations for four players) “stations” that change depending on the change of the “parent” competitor. In each station, when the parent keeps going "up", the game continues without moving the station, in which case, for example, "Toba East Station First Game", "Toba East Station Second Game", etc. In addition, parent's "rise" is called "stacking". When a competitor other than the "parent" rises, the "station" moves, for example, as in the "Toba Minami Bureau first game". In the case of settlement in "1 cottage", it is composed of "East field", "South field", "West field" and "North field", and the configuration of each field and each station is the same as above. In this way, at the time when the game is “finished” (for example, at the time of ending “half villa” or “one villa”) according to the rules, the settlement, that is, the final score is calculated.

[Brief description of the drawings]

FIG. 1 is a schematic plan view showing a state in which operating means of a mahjong spot processing device according to the present invention is arranged on a mahjong table.

FIG. 2 is a block diagram schematically showing a connection configuration of operation means and control means of the mahjong processing apparatus according to the present invention.

FIG. 3 is a plan view of operating means of the mahjong spot processing device according to the present invention.

FIG. 4 is a flowchart showing an initial setting of the mahjong dot processing device according to the present invention.

FIG. 5 is a flowchart showing a sending point of the mahjong processing apparatus according to the present invention.

FIG. 6 is a flowchart showing sending points when the mahjong processing apparatus according to the present invention reaches a reach.

FIG. 7 is a flowchart of stacking of the mahjong spot processing device according to the present invention.

FIG. 8 is a flowchart showing a chip sending point of the mahjong point processing device according to the present invention.

FIG. 9 is a flowchart showing an end process of the mahjong dot processing device according to the present invention.

FIG. 10 is a flowchart showing the end processing of the mahjong score processing apparatus according to the present invention, showing a final score display.

FIG. 11 is a diagram of a mahjong score recording apparatus used in addition to another embodiment of the present invention.

FIG. 12 is a right side view of FIG.

[Explanation of symbols]

 1 Mahjong table 2 Control box 2a Switch 2b Look switch 3 Operation means 4 Drive circuit 5 Control means 7 Keyboard 8 Clear key 9 Display panel 10a Lamp 10b Lamp 11 Designated key 11a Designated key 11b Designated key 11c Designated key 12a Designated lamp 12b Designated Lamp 12c Designated lamp 13 Receiving key 14 Receiving lamp 15 Reach key 15a Reach lamp 16 Reach number display panel 17 Stack key 18a Stack display panel 18b Lamp 19 Chip key 19a Lamp 19b Lamp 20 Chip display panel 21 Main switch 23 Athlete number display panel 24 Connection terminal 25 Mahjong score recorder 27 Printer 28 "IN" key 29 "P" key 30 "-" key 31 Input key 33 Display 35 Power switch 3 Aggregate paper

Claims (9)

[Claims] An operation means provided on each side of a mahjong table and control means connected to the operation means, the operation means comprising: a keyboard for inputting a sending point or an initial holding point;
A display panel for displaying a sending point or a possessed point based on a command from the control means, a designation key for designating another athlete, and a receiving key for receiving the sending point; The point of the competitor is stored, and the sending point and the sending destination are stored according to the input signal of the sending point and the sending destination from the operating means, and the sending point is displayed on the display panel of the operating means of the sending destination. When a command to display is given, and then a receiving key of the operating means at the sending point is pressed, a command to add the sending point to the holding point at the sending destination and to subtract from the holding point of the sender is issued, and A mahjong point processing device, which issues a command to display a feed point on a display panel of the mahjong. 2. A Mahjong table comprising operating means provided on each side of the Mahjong table and control means connected to the operating means, the operating means comprising: a keyboard for inputting a feed point or an initial holding point;
A display panel for displaying a sending point or a possessed point based on a command from the control means, a designation key for designating another athlete, and a receiving key for receiving the sending point; A designated key of the operating means is depressed without input signal of the operation means, and a command to display a current point of the designated player is displayed on the display panel. 3. An operation means provided on each side of the mahjong table and control means connected to the operation means, the operation means comprising: a keyboard for inputting a sending point or an initial holding point;
A display panel for displaying a sending point or a possessed point based on a command from the control means, a designation key for designating another athlete, and a receiving key for receiving the sending point; The point of the competitor is stored, and the sending point and the sending destination are stored according to the input signal of the sending point and the sending destination from the operating means, and the sending point is displayed on the display panel of the operating means of the sending destination. When a command to display is given, and then a receiving key of the operating means at the sending point is pressed, a command to add the sending point to the holding point at the sending destination and to subtract from the holding point of the sender is issued, and Command to display the sending point on the display panel of the player, and when the designation key of the operating means is pressed without the input signal of the sending point, the command to display the current possession point of the designated competitor on the display panel is issued. A mahjong spot processing device characterized by the above-mentioned. 4. The mahjong point processing device according to claim 1, wherein said control means compares each player's possession points and return points stored in the storage device after the end of the competition. The command of the competitor with the highest score is to add the total number of points equal to the difference between the return point and the initial score to the end score and display it as the final score. A mahjong point processing apparatus for instructing an operation means to display only a difference between a return point and a possession point as a final score. 5. The mahjong score processing device according to claim 4, wherein after the final score is displayed, when the respective receiving key is pressed, the end point of each player is displayed on the display panel of the respective operating means in accordance with a command from the control means. Mahjong spot processing device. 6. The Mahjong score processing device according to claim 4, wherein, after the final score is displayed, when the respective designation key is pressed, the final score of the designated destination is displayed according to a command of the control means. Processing equipment. 7. A mahjong point processing apparatus according to claim 4, wherein said operating means is provided with a reach key for sending an input signal for subtracting or adding a reach point to said control means. When the reach key is pressed before the input of, the reach point is subtracted by the command of the control means, and after the input of the feed point or after the reception of the feed point, the reach point is added by the command of the control means. Mahjong spot processing device. 8. The mahjong spot processing device according to claim 4, wherein the operation means is provided with a stacking key that is pressed each time the villa is "rise", and when the stacking key is pressed, the stacking key is pressed. A mahjong dot processing device characterized by adding "+1" according to a command from a control means and displaying the value on a stack display panel. 9. The mahjong point processing device according to claim 4, wherein a chip key for sending a chip point is provided in said operation means, and when said chip key is pressed, a command of said control means is issued. By adding +1 to the chip display panel and displaying it on the chip display panel, and pressing the designation key and receiving key following the pressing operation of the chip key, the chip point is transferred according to the instruction of the control means, and the chip display panel is displayed. A mahjong point processing device displaying a total chip point.