JP2008022431A - Game result totalizing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game result totalizing system in which the cost burden of a shop wherein a game machine is installed, or of a player, is reduced as compared with the prior art, and the game machine is easily installed for play. <P>SOLUTION: The game result totalizing system is provided in which, on the basis of score data acquired from a game machine, data processing for calculating and displaying a game result is performed by a portable communication terminal itself such as a mobile phone owned by a player who plays on the game machine or by a totalizing server to which the mobile communication terminal is connected via a communication network such as the Internet, so that result data is browsed on the mobile communication terminal even without connecting a dedicated card reader or without constructing a communication line when installing the game machine. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a game result totaling system for calculating a game result from a score of a player who has played on a game machine and displaying the game result calculated by a communication terminal owned by the player, and in particular, a score of the player. The history data is accumulated, the score is calculated based on the accumulated history data, and the score data is generated from the calculated score.

  In recent years, with the spread of mobile communication terminals such as mobile phones, systems for transmitting game results of arcade game machines and other arcade game machines installed in stores to mobile communication terminals owned by game players have spread. Yes.

  To explain the dart machine as an example, conventionally, a player first purchases a dedicated card at a store where the dart machine is installed. This dedicated card describes a unique card number, and this number is the ID of the player who purchased the card.

  A player who has purchased a card can register as a member by accessing a predetermined URL from his / her mobile phone and inputting the ID.

  The player inserts the card into a dedicated card reader connected to the dart machine and starts playing the dart game. The result of the dart game played, such as a score, is transmitted and recorded to a game result totaling server connected to the dart machine via a communication network such as the Internet.

  When the player who has registered as a member accesses the game result totaling server with his / her mobile phone and logs in by entering the ID, the totaled game results can be viewed on the mobile phone ( For example, refer nonpatent literature 1).

  The results of the game you are playing are displayed on a monitor attached to the game machine, etc., but this game result is usually deleted when the game ends, so about the game result including the past play result, Cannot be viewed on game consoles.

  Therefore, the past game results can be browsed by adopting the configuration as described above.

In the case of a dart game, it is possible to participate in a tournament hosted by a merchant by satisfying a predetermined condition within a predetermined period, such as playing a predetermined number of games. The opponent of this tournament is determined based on the score (rank) calculated based on the game result of each player calculated by the game result totaling server. At the tournament venue, multiple dart machines and tally servers were connected to communicate freely, and the game results, the next opponent and the next battle location (location of the dart machine) participated as a player from the tally server. The player's mobile phone was notified.
"What's DARTSLIVE ??" DARTSLIVE OFFICIAL SITE [Darts Live Official Site], 2003, [Search April 12, 2006], Internet <http://www.dartslive.jp/pc/home /hometop.html>

  However, stores such as darts machines where the game machine is installed need to purchase (or rent) the card reader separately and have to construct a line to connect to the game result totaling server via a network communication network. Furthermore, since the line usage fee has to be borne even after the installation, there is a problem that the cost burden on the store side becomes large not only at the time of installation but also as a maintenance cost.

  Even for the player, in order to register as a member or participate in a tournament, he / she has to purchase a card.

  For tournament organizers, the game results of each competitor must be tabulated at the tournament venue using the tabulation server described above, so a large-scale line connection work is required to connect the tabulation server to all dart machines. There is also a problem that the organizer is burdened with time and money.

  Therefore, in view of the above problems, the present invention can reduce the cost burden of stores, gamers, and tournament organizers where game machines are installed, and can be easily installed, played, or set up for a tournament venue. It is an object to provide a simple game result counting system.

  In order to solve the above-mentioned problems, the game result totaling system according to the present invention accumulates the history data of the score of the player who played on the game machine, calculates the results based on the accumulated history data, and calculates the calculated results Is a game result counting system that generates score data and displays the score data on a mobile communication terminal owned by the player, the mobile communication terminal including an ID acquisition means for accessing the game machine, Transmitting means for transmitting the ID signal to the game machine, the game machine receiving means for receiving the transmitted ID signal, authentication means for authenticating the ID, and the game for which access has been authenticated. Transfer means for transferring the player's score to the portable communication terminal together with the game machine model and location data, the portable communication terminal From the calculated score and the storage means for storing the data of the game machine model and the place where it is installed as history data, the calculation means for calculating the player's score from the stored history data, and The present invention is characterized in that it has grade data generating means for generating grade data, and display means for displaying the generated grade data in the accumulation means and displaying it.

  According to this configuration, if there is a portable communication terminal owned by the game machine and the player, the player can view his / her own performance data without connecting the game machine and the above aggregation server via the communication network. can do.

  The ID acquisition means may be a barcode, QR code, or RFID reader that can be connected to or mounted on the mobile communication terminal. For example, if the URL of the server to which the ID is assigned is recorded on a barcode, QR code or RFID, the mobile communication terminal reads the URL, and sends an e-mail to the URL from the mobile communication terminal, the ID is returned. What should I do?

  The ID signal may be commonly used when playing the same game on different game machines. Therefore, once the player obtains the ID, when the player plays the same game on a different game machine, that is, a game machine installed in a store different from the store where the game machine played first is installed. However, the game can be played with the already acquired ID without acquiring the ID again.

  The transfer means may be configured to be capable of short-range wireless communication, for example, infrared communication (IrDA) or Bluetooth (registered trademark) communication between the game machine and the portable communication terminal. In other words, the game machine and the portable communication terminal can communicate with each other by the short-range wireless communication, and the player's score is obtained from the game machine together with the data of the game machine model and the place where the game machine is installed. What is necessary is just to enable it to transfer to a portable communication terminal.

  The score calculation means calculates a total score for a predetermined number of games, divides the calculated total score by the number of games to calculate an average score, and divides the average score for each predetermined score interval. Alternatively, rank list data expressed numerically with each as a rank may be stored in advance in the mobile communication terminal, and the rank to which the calculated average score belongs may be read from the rank list data. For example, in a dart game, each player must declare his / her rank as a condition for participating in the tournament, but according to the above calculation means, the player does not have to calculate himself, and there is a calculation error. No longer occurs.

  The portable communication terminal exchanges the ID signal among a plurality of players, thereby transmitting / receiving the score data between the approved means for approving the exchange of the score data and the approved player. Transmission / reception means and rank data generation means for generating rank data among the approved players based on the respective performance data, and the rank data is displayed on the display means of each portable communication terminal. May be.

  With such a configuration, it is possible to view the ranking data of a plurality of players on each player's mobile communication terminal without using the totaling server as described above.

  A game result totaling system according to the present invention uses a communication network such as the Internet to transmit the ID signal transmitted from the portable communication terminal or the form communication terminal not provided with the storage means, the calculation means, and the result data generation means. Receiving means, receiving authenticating means for authenticating the received ID, and receiving the score from the authenticated mobile communication terminal via the communication network together with the game machine model and the location data Storage means for storing this as history data, calculation means for calculating the player's results from the stored history data, results data generating means for generating results data from the calculated results, To store the recorded result data together with the history data in the storage means and to display on the portable communication terminal Or it may be provided with a collection server and a transmitting means for transmitting through the communication network system.

  Further, when the history server receives history data from the mobile communication terminal via the communication network, the calculation server and the result data generation unit perform calculation of the result and generation of the result data by the calculation unit and the result data generation unit. In order to display the result data on the portable communication terminal, a transmission means for transmitting via the communication network may be included.

  In other words, the aggregation server can act as the mobile communication terminal by receiving score or history data from the mobile communication terminal.

  The tabulation server has rank data generating means for generating rank data from all score data of the players who have transmitted the score or history data, and a request for browsing the rank data is received from the portable communication terminals of these players. If there is, the rank data may be generated by the rank data generation means and transmitted to each portable communication terminal by the transmission means.

  The aggregation server identifies another player from the portable communication terminal authenticated by the ID, and when there is a request for browsing the history data of the identified player, the history of the identified player from the storage means In order to read the data and display it on the mobile communication terminal that has requested the browsing, the data may be transmitted by the transmission means via the communication network.

  The identification of the other player is performed by transmitting a signal specifying the player whose name is displayed in the ranking data to be viewed on the mobile communication terminal to the aggregation server via the communication network. May be.

  When the identified player is playing on the game machine, a display indicating that the player is currently playing may be displayed on the history data viewed on the mobile communication terminal.

  The ID acquired by the portable communication terminal grants a qualification for participation in a tournament using the game machine that satisfies the participation condition by ending a predetermined number of games within a predetermined period. The terminal may be provided with notification means for notifying the number of days until the predetermined period and the number of remaining games for satisfying the participation condition when the game ends.

  A player who satisfies the participation conditions transmits tournament participation application data in which at least the player's name, the ID, the performance data, and the rank are input from the mobile communication terminal to the aggregation server via the communication network. Then, the aggregation server selects a player of the same rank as the opponent from the players who have applied for each participation, creates a combination of tournaments, and connects each player's mobile phone via the communication network. You may make it transmit participation permission data including the date of a tournament, a place, and an opponent to a communication terminal.

  The game machine may be a dart machine, for example, and the mobile communication terminal may be a mobile phone.

  A mobile communication terminal program according to the present invention is for causing a mobile communication terminal to execute the storage means, calculation means, results data generation means, approval means, rank data generation means, and notification means. To do.

  As is clear from the above description, the game result totaling system according to the present invention calculates the results directly on a mobile communication terminal such as a mobile phone owned by a player, or the totaling server via this mobile communication terminal. In order to calculate performance data, etc., the store where the game machine is installed does not need to purchase or rent the card reader separately, and the line work for connecting to the aggregation server is not required. There is an effect that the burden of the is reduced.

  Moreover, if the current spread of mobile phones is taken into consideration, it is no longer necessary for players to purchase the above-mentioned dedicated card as in the past, and the financial burden is reduced. The history data of the totaling server could not be updated without intervening, but in the present invention, the history data can be updated as long as you have a mobile phone. There is also an effect that can be done.

  Furthermore, for tournament organizers using the above game machines, in order to count the game results of each competitor at the totaling server at the tournament venue, if each competitor even brings the above mobile phone, Since there is no need for line connection work for connecting each game machine and the aggregation server, there is an effect that the time and money burden on the tournament venue setting is reduced.

  FIG. 1 is a schematic configuration diagram of a game result totaling system according to the present invention. Hereinafter, in this embodiment, the case where the game machine is a dart machine will be described as an example. However, the present invention is not intended to limit the game machine to a dart machine, and other games are not limited to the scope of the claims. A machine is also included.

  1, a dedicated arrow (dart) is thrown toward the target (board) with a plastic hole (bit) opened, the impact of the dart is struck by a sensor, and the score is displayed by the built-in computer. It is a dart machine.

  The dart machine 1 is normally capable of playing a plurality of games, and the type of game can be selected by a select button. Also, the number of players can be selected by this select button. In the case of dart machine 1, when one player finishes one round (when the darts have been thrown three times), and presses a predetermined change button, the other player's round Recognize that

  As will be described later, the dart machine 1 can transmit and receive data by short-range communication with a mobile communication terminal 2 owned by each player (hereinafter referred to as “mobile phone 2” in the present embodiment). It has become.

  The cellular phone 2 can read data recorded on the data recording medium M. In this data recording medium M, a URL or the like for a player to acquire an ID necessary for entry in the dart machine 1 is recorded. The data recording medium M is, for example, a barcode or QR code printed on a poster or the like attached in a store where the dart machine 1 is installed, or an attached RFID. A reader capable of reading data on the data recording medium M can be mounted or connected. In the present embodiment, the data recording medium M is printed or affixed to a “DARTS TOURNAMENT” poster, but the object to be printed or affixed to the data recording medium M is not limited to the poster.

  In the game result totaling system according to the present invention, if there is a mobile phone 2 capable of reading at least the data of the dart machine 1 and the data recording medium M, the result of the game played by the player (result data) is stored on the mobile phone 2. It can be calculated and viewed.

  Further, as will be described later, by connecting the mobile phone 2 and the totaling server 3 so as to be communicable via the base station B and the Internet network I, the totaling server 3 calculates the game result to the mobile phone 2. It is also possible to generate ranking data of a plurality of players who execute instead or play the same game.

  As is apparent from FIG. 1, the dart machine 1 allows each player to view his / her own performance data on the mobile phone 2 without installing a dedicated card reader or connecting to a communication network line. Therefore, both the store where the dart machine 1 is installed and each player can reduce the cost and labor. Furthermore, since the dart machine 1 is not required to be manufactured with a communication line connection specification, the unit price per unit is also low.

  FIG. 2 is a functional block diagram of the game result totaling system according to the present invention. Note that the functions shown in FIG. 2 are functions that are directly related to the present invention, and there are actually functions that are not displayed in FIG.

The dart machine 1 includes a control unit 11 that controls the operation, a score data generation unit 12 that generates score data from the score of the played game, and a display unit 13 that displays a game selection screen, score display, and the like.
The control unit 11 includes, for example, a CPU (not shown) and an OS that controls execution of application programs, a ROM as a main memory that stores image control programs, and a RAM that stores score data and application programs. Yes. Various game programs (for example, “01 GAME”, “CRICKET”, etc. in the dart game) are included as application programs.

  The ID signal of the player transmitted from the mobile phone 2 is received by the ID receiver 14. The received ID signal is checked against an ID registered in advance by the authentication unit 15, and if both IDs match, the player is authenticated to play on the dart machine 1.

  When the score data of the game is generated by the score data generation unit 12 at the end of the round or at the end of play, the score data is transferred to the mobile phone 2 by the transfer unit 16. This score data is composed of at least the model of the dart machine 1 and the location data where it is installed, in addition to the player's score. This distinguishes the difference in the score calculation method by model, and if participation in tournaments is a prerequisite, it distinguishes whether it is an authorized store, and other competitors use which model. This is because it is possible to obtain information on where the player is playing.

  The cellular phone 2 includes a control unit 201 that controls the operation, an input unit 202 that performs input using keys such as numbers and characters, and a display unit 203 that displays images and characters.

  The control unit 201 includes, for example, a CPU (not shown) and a mobile phone OS that controls execution of an application program, a browser using JAVA (registered trademark), a ROM as a main memory that stores an image control program, and the like, and a downloaded application It is composed of a RAM for storing data used in programs and application programs.

  Further, the mobile phone 2 includes an ID acquisition unit 204 and reads data recorded on the recording medium M. As described above, the recording medium M is, for example, a barcode or QR code printed on a poster or an RFID attached thereto, and the ID acquisition unit 204 reads data recorded on the recording medium M. Have a reader. For example, a URL (Uniform Resorce Locator) such as a server (not shown) that assigns an ID is recorded in the data recorded on the recording medium M. When a mail is transmitted from the mobile phone 2 to this URL, The ID number can be returned and the ID can be acquired (the server that assigns the ID may be the aggregation server 3, and the e-mail addressed to the URL is It may be a transmission / reception unit 210 described later). When the ID signal representing the acquired ID number is transmitted from the ID transmission unit 205 to the dart machine 1, this ID is registered by the authentication unit 15 of the dart machine 1, and thereafter, if the ID is transmitted and received for authentication, the ID is played. It becomes possible.

  The ID signal may be used in common when playing the same game on different dart machines. Therefore, once a player has obtained an ID, when a player plays the same game on a different dart machine, that is, a dart machine installed in a store different from the store where the dart machine played first is installed. However, the game can be played with the already acquired ID without acquiring the ID again.

  When the score data is transferred from the transfer unit 16 of the dart machine 1 to the mobile phone 2, the transfer data receiving unit 206 receives the score data. The transfer unit 16 and the transfer data receiving unit 206 may be configured to be capable of short-range wireless communication using, for example, infrared communication (IrDA) or Bluetooth (registered trademark).

  The received score data is stored in the storage unit 207 as the player's history data.

  The score is calculated by the calculation unit 208 from the history data stored in the storage unit 207. The calculation of results differs depending on the game. For example, a general method for calculating results in a dart game is as follows.

  First, the obtained points are totaled, and the average score per round is calculated by dividing the score by the number of rounds. In the dart game, this is called “stats”.

  Next, the calculation unit 208 divides the stats into several stages (for example, 1 to 24 stages) and has rank list data in which numerical values indicating levels are assigned to the respective stages. Read if it falls under. This rank is called “rating” in the dart game. As described above, the calculation unit 208 calculates the rating from the history data.

  After the above calculation is performed, the grade data generation unit 209 receives at least grade data including a player's name, ID, dart machine 1 model, location where the game is installed, total score for each game, stats, and rating. Generated.

  The result data generated by the result data generation unit 209 is displayed on the display unit 203 so that the player can view it at any time.

  Although not shown in the figure, an approval unit that approves the other party's ID by exchanging the ID signal between the mobile telephones 2 of a plurality of players with the mobile phone 2, and an approved other party's mobile phone. 2 is provided with a rank data generating unit for transmitting rank data between the players who exchanged the grade data and generating rank data between the players, and displaying the rank data on the display unit 203 of the mobile phone 2. Also good.

  By the way, since the mobile phone 2 includes the storage unit 207, the calculation unit 208, and the result data generation unit 209, it is required to have high functionality. However, each player does not necessarily have such a high-performance mobile phone. Therefore, the functions of the storage unit 207, the calculation unit 208, and the result data generation unit 209 may be delegated to the aggregation server 3 that can communicate with the mobile phone 2.

  Hereinafter, the process which produces | generates results data in the total server 3 is demonstrated.

  As described above, the ID may be given to the player by the aggregation server 3. In this case, as described above, the ID acquisition unit 204 of the mobile phone 2 reads the URL of the aggregation server 3 from the recording medium M, and the transmission / reception unit 210 sends a mail to the aggregation server 3 via the base station B and the Internet network I. When transmitted, an ID is given to the player (owner of the mobile phone 2) by a reply mail, and at least the ID, the player name, and the player address are registered in the player information database 33.

  After the ID registration, when a player's ID signal is transmitted from the transmitting / receiving unit 210 of the mobile phone 2, the ID signal is received by the transmitting / receiving unit 31 of the totaling server 3 via the base station N and the Internet network I, and the authenticating unit 32. It is authenticated with. In addition to the authentication process in the authentication unit 32, the control unit 31 controls various functions of the server 3. The control unit 31 includes, for example, a CPU (not shown) and an OS that controls execution of application programs, a ROM as a main memory, and a RAM that stores various data and application programs.

  The score data received by the authenticated mobile phone 2 is transmitted from the transmitting / receiving unit 210 of the mobile phone 2 to the aggregation server 3 via the base station B and the Internet network N.

  When the score server 3 receives the score data at the transmission / reception unit 31, the counting server 3 stores the data of each player in the player database 33 that accumulates the data, and forms history data for each player. The data processing unit 34 reads out the history data and refers to the rank list information database 35 to generate performance data for each player. The generated result data is transmitted via the Internet network I and the base station B by the transmission / reception unit 31 in order to be displayed on the display unit 203 of the mobile phone 2.

  With such a configuration, the grade data can be viewed even with a mobile phone (not shown) that does not have the storage unit 207, the calculation unit 208, and the grade data generation unit 209. Furthermore, by executing the processing up to the accumulation of the history data on the mobile phone and transmitting the history data to the aggregation server 3, it is possible to cause the data processing unit 34 of the aggregation server 3 to generate only the result data.

  The data processing unit 34 of the counting server 3 may include a rank data generation unit (not shown) that generates rank data from all the score data of the player who has transmitted the score data or history data. When there is a request for browsing the ranking data from the cellular phone 2 of the player, the ranking data may be transmitted to each cellular phone 2 by the transmission / reception unit 31.

  In addition, the summary server 3 identifies another player from the mobile phone 2 authenticated by the ID, and when there is a request to browse the history data of the identified player, the summary server 3 is identified from the player database 33. In order to read out the history data of the player and display it on the mobile phone 2 that requested the browsing, the data may be transmitted by the transmission / reception unit 31 via the Internet I and the base station N.

  In this case, the other player may be specified by transmitting a signal designating the player whose name is displayed in the ranking data viewed on the mobile phone 2 to the totaling server 3.

  Further, when the identified player is playing on the dart machine 1, the history data browsed on the mobile phone 2 may be displayed indicating that the player is currently playing.

  In this way, you can know where other players are playing now.

  FIG. 3 shows an example of a table of the storage unit 207 of the mobile phone 2 or the player database 33 and the rank list information database 35 of the aggregation server 3.

  FIG. 3A is a table of information regarding players. The data only needs to be composed of, for example, an ID, a player's name, address, stats, rating, and game history data.

  FIG. 3B is a table of rank list information. In the present embodiment, tables are provided for two models, model A and model B. For each model, the rank for each game type (in this embodiment, “01GAME” and “CRICKET”) is shown. That is, the calculated stats are divided into stages for each predetermined range, and “Level 1, Level 2, Level 3... Level 24” is described as a rating for each stage. This “level” is ranked.

  FIG. 4 is a diagram showing the development on the screen of the mobile phone 2. In the present embodiment, the development based on the tournament participation is shown.

  FIG. 4A shows a screen for transmitting mail to the URL in order to acquire the ID after reading the data (URL) of the recording medium M with the mobile phone 2. As described above, this URL may be addressed to the aggregation server 3, for example.

  In addition to the destination URL, a name and address input field is set. This name and address are input, and a transmission button is selected for transmission. As shown in (b) of FIG. 4, an e-mail notifying the ID of the player who sent the e-mail and the tournament participation procedure is returned from the counting server 3 to the mobile phone 2. In the present embodiment, “Please connect to the following URL and download the tournament application” is described on the screen of FIG. 4B. Since this URL is a hyperlink, if it is specified, a predetermined application program is downloaded to the mobile phone 2 so that a tournament participation application can be made.

  First, when a game is played, score data for each game is transferred to the mobile phone 2 and stored in the storage unit 207 of the mobile phone 2, or further transmitted from the mobile phone 2 to the totaling server 3, and the totaling server 3 in the player information database 33. When a predetermined number of games required for participation in the tournament are played from these score data, score data is generated in the form of a stats count form as shown in FIG. The number of times is 10).

  For example, the model name, ID, name, grade slip for each game type, and store name are displayed in this stats count vote. In this embodiment, the grade sheet is composed of a score, a total score, an average (stats), and a rank (rating) for each time.

  In addition, as long as the predetermined number of times is not reached, a notification unit that notifies the mobile phone 2 of the number of days until the predetermined period and the number of remaining games to satisfy the participation condition may be provided together with the end of the game ( Not shown).

  When the participation condition is satisfied, the transmission button is selected by the mobile phone 2 and the stats vote is transmitted to the counting server 3. Receiving this stats vote, the counting server 3 returns the participation application form (d) (d ′) in FIG. In (d), the store name, address, contact information, player name, address, telephone, date of birth, gender, ID, and rating are entered. Here, when the confirmation button is selected, an attachment form of the participation application form (d ′) is displayed. This attached form is a stats sheet in which stats for each game are input. After confirming the contents of this stats sheet, when the transmission button is selected and transmitted to the aggregation server 3, the aggregation server 3 automatically selects a player having the same rank (equivalent rating) as an opponent, As shown in FIG. 4 (e), a combination is created, and each player's mobile phone 2 has at least a tournament location, date and time, class (this is called “flight” in the dart game tournament), game machine number, Send the participation permission data entered by the opponent.

  On the day of the tournament, each competitor (the player who has received the above-mentioned participation permission data) must enter the tournament venue by selecting the transmission button for participation permission data on the mobile phone 2 and sending it to the counting server 3. Can do.

  The example shown in FIG. 4 is a person-to-person competition, but a form for participating as a team may be provided.

Schematic diagram of the game result counting system Functional block diagram of game result counting system (A) Information table regarding players (b) Table of rank information (A) Sample screen for sending e-mail to URL described in data on recording medium M, (b) Sample screen showing notification of player ID and tournament participation guidelines, (c) Stats counting form Screen example showing grade data, (d) Participation application form display screen example, (d ') Participation application form attached form display screen example, (e) Participation permission data display screen example

Explanation of symbols

1 dart machine 2 mobile phone 3 aggregation server

Claims (16)

The player's score history data played on the game machine is accumulated, the score is calculated based on the accumulated history data, the score data is generated from the calculated score, and the player's own mobile communication terminal A game result totaling system for displaying the result data,
The portable communication terminal has ID acquisition means for accessing the game machine, and transmission means for sending the ID signal to the game machine, and the game machine receives the transmitted ID signal. Means, authentication means for authenticating the ID, and transfer means for transferring the score of the player whose access has been authenticated to the portable communication terminal together with the game machine model and location data. The portable communication terminal calculates the player's score from the accumulated score and the accumulation means for accumulating the data of the game machine model and the place where the portable communication terminal is installed as the history data. A calculation means, a grade data generation means for generating grade data from the calculated grade, and a table for storing and displaying the generated grade data in the accumulation means Game result counting system characterized by a means.   2. The game result totaling system according to claim 1, wherein the ID acquisition means is a barcode, QR code, or RFID reader that can be connected to or mounted on a portable communication terminal.   3. The game result totaling system according to claim 1, wherein the ID signal can be commonly used when playing the same game on different game machines.   The game according to any one of claims 1 to 3, wherein the transfer means is configured to enable short-range wireless communication between the game machine and the portable communication terminal. Results aggregation system.   The score calculation means calculates a total score for a predetermined number of games, divides the calculated total score by the number of games to calculate an average score, and divides the average score for each predetermined score interval. 5. The rank list data expressed numerically with each as a rank is stored in advance in a portable communication terminal, and the rank to which the calculated average score belongs is read from the rank list data. The game result totaling system described in any of the above.   The portable communication terminal exchanges the ID signal among a plurality of players, thereby transmitting / receiving the score data between the approved means for approving the exchange of the score data and the approved player. Transmission / reception means and rank data generation means for generating rank data among the approved players based on the respective performance data, and displaying the rank data on the display means of each portable communication terminal. The game result totaling system according to any one of claims 1 to 5, wherein the game result totaling system according to any one of claims 1 to 5 is characterized.   Receiving means for receiving the ID signal transmitted from the portable communication terminal or the form communication terminal not provided with the storage means, the calculation means, and the result data generation means via a communication network such as the Internet; and Authentication means for authenticating the ID, and storage for receiving the score together with the game machine model and location data from the authenticated mobile communication terminal via the communication network and storing it as history data Means, calculation means for calculating the player's score from the accumulated history data, score data generating means for generating score data from the calculated score, and storing the generated score data together with the history data Means for transmission and transmission via the communication network for display on the portable communication terminal. Game result counting system according to claims 1 to 6, characterized in that with a collection server and a signal means.   When the aggregation server receives history data from the mobile communication terminal via the communication network, the calculation unit and the result data generation unit execute calculation of results and generation of result data, and the generated results 8. The game result totaling system according to claim 7, further comprising transmission means for transmitting data via the communication network so that the data is displayed on the portable communication terminal.   The tabulation server has rank data generating means for generating rank data from all the score data of the players who have transmitted the score or history data, and a request for browsing the rank data is received from the portable communication terminals of these players. 9. The game result totaling system according to claim 7, wherein the ranking data is generated by the ranking data generation means and is transmitted to each portable communication terminal by the transmission means.   The totaling server specifies another player from the portable communication terminal authenticated by the ID, and when there is a request for browsing the history data or results data of the specified player, the specified game is stored from the storage means. 10. The transmission means for transmitting the history data or the result data of the person and transmitting the data through the communication network so as to be displayed on the portable communication terminal requested to browse. Game result counting system.   The identification of the other player is performed by transmitting a signal specifying the player whose name is displayed in the ranking data to be viewed on the mobile communication terminal to the aggregation server via the communication network. The game result totaling system according to claim 10, wherein   12. When the specified player is playing on the game machine, the history data browsed on the mobile communication terminal is displayed to indicate that the player is currently playing. The game result tabulation system described.   The ID acquired by the portable communication terminal grants a qualification for participation in a tournament using the game machine that satisfies the participation condition by ending a predetermined number of games within a predetermined period. 13. The terminal according to any one of claims 1 to 12, further comprising a notification means for notifying the number of days until the predetermined period and the number of remaining games to satisfy a participation condition when the game is over. The game result tabulation system described.   A player who satisfies the participation condition transmits tournament participation application data in which at least the player's name, the ID, the score data, and the rank are input from the mobile communication terminal to the aggregation server via the communication network. Then, the aggregation server selects a player having the same rank as the opponent from among the players who have applied for each participation, creates a combination of tournaments, and connects each player's mobile phone via the communication network. 14. The game result totaling system according to claim 1, wherein participation permission data including a tournament date and time, a place, and an opponent is transmitted to the communication terminal.   15. The game result totaling system according to claim 1, wherein the game machine is a dart machine, and the mobile communication terminal is a mobile phone.     A portable communication terminal program that causes the portable communication terminal to execute the storage means, calculation means, results data generation means, approval means, rank data generation means, and notification means.