JP2005301588A - Racehorse securitization server - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a virtual stock dealing game for securitizing a racehorse in a real world, and to prevent buying/selling invalidity or stock price manipulation. <P>SOLUTION: This racehorse securitization server is provided with a stock issue processing part 105 for securitizing the racehorse in the real world, and for issuing stocks to be dealt with in a virtual world, and a stock information storing part 115 for storing the information of the stock owner, buying/selling order contents, stock price, buying/selling history, dividend and receiver, an order acceptance processing part 111 for receiving buying/selling order to racehorse stocks, a stock price stabilization processing part 103 for issuing buying/selling order to each of the racehorse stocks in order to stabilize the stocks, a buying/selling processing part 102 for deciding the stock price of each of the racehorse stocks based on all the buying/selling orders issued during daily order acceptance period, and for deciding the buying/selling order to be made to agree on the basis of the stock price, and a dividend processing part 109 for deciding a dividend corresponding to the racehorse stocks on the basis of the result of the race in a real world in which the racehorse participates, and for supplying the dividend to the user. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a racehorse securitization server that securitizes a real-world racehorse and provides a stock trading game in a fictional world.

A method of performing stock trading in the fictitious world while assuming real world things and events as stocks has been proposed by a securities trading method disclosed in Patent Document 1, for example.
In the example disclosed in Patent Document 1, a celebrity, an athlete, or an organization to which the individual belongs is securitized as a fictitious investment target, and buying and selling of fictitious shares is performed among a plurality of client customers via a computer network by a server. Let it be carried out. The server gives a predetermined amount of fictitious currency free of charge to a customer registered as a member, increases the stock price by a predetermined rate each time a buy order is established, and decreases the stock price by a predetermined rate each time a sell order is established.

Japanese Patent Laid-Open No. 2002-073984

  However, in the stock trading method in the conventional fictional world as described in Patent Document 1, it is often possible that a trade will not be established even if a participant places an order for buying and selling as long as the number of trades is small. There was a problem. In addition, since it is a fictitious transaction that does not use real currency, there is also a problem that stock price manipulation is easy to be performed.

  In addition, games that have been targeted for investment in racehorses have been known for some time, but they are targeted at the results of a single race. There was nothing like enjoying the predictions.

The present invention has been made to solve the above-described problems, and realizes a stock trading game that can securitize a real-world racehorse and allow a user to have continuous interest in horse racing. The purpose is to obtain a racehorse securitization server.
Another object of the present invention is to obtain a racehorse securitization server that can prevent unsuccessful trading and stock price manipulation due to a small number of transactions.

  The racehorse securitization server according to the present invention is a racehorse information storage unit for storing information on a racehorse in the real world and performance information of the racehorse in a realworld race, and securitizing the racehorse, Stock information processing section that issues racehorse stock to be traded, stock information that stores owner information, race order contents, stock price, trading history, dividend amount generated, and received user information. Receiving trading orders for each racehorse stock from the storage unit, currency issuing processing unit that issues fictitious currency used to trade and distribute racehorse stock, and user terminals, and received trading orders Order reception processing unit that stores the information of the stock information, a fictitious currency amount possessed by the user, a user information storage unit that stores transaction result information, and each racehorse stock to stabilize the stock price Buy and sell orders to The stock price stabilization processing unit determines the stock price of each racehorse stock based on all trading orders placed during a single order acceptance period, determines the trading order to be executed based on the stock price, and shares information Owner information, stock price, buying and selling history of the racehorse stock stored in the storage section, and a buying and selling processing section for updating the amount of fictitious currency possessed by the user stored in the user information storage section, and the racehorse A dividend processing unit that determines the dividend for the racehorse stock based on the performance of the race in the real world that started, and updates the amount of fictitious currency possessed by the user who receives the dividend stored in the user information storage unit, and The user's terminal is equipped with a service providing section that notifies the user whether or not the trading order issued by the user has been executed and the information on the dividend received by the user. Buying and selling It provides a game in which, further, to pay a dividend that reflects the results of the real-world race. In addition, the stock price is stabilized by system intervention.

Further, the order reception processing unit receives a trade order price by specifying a price range, and gives a range to the order price.
In addition, when the order acceptance processing unit accepts a purchase order from the user terminal, the number of possession of the racehorse stock of the user stored in the user information storage unit is held by one user. A buy order is accepted only if the maximum number is not exceeded and the racehorse stock is not monopolized by a single user.

In addition, the buying and selling processing unit scores the buying and selling orders for each racehorse stock issued during a period of order acceptance according to their order prices, and if the selling order and buying order points are equal, If the sell order has a higher score, the current stock price will be lowered according to the difference, and if the buy order is larger, the current stock price will be increased according to the score difference. Determine the stock price at which many trade orders are likely to be established.
In addition, the buy / sell processing unit orders buy / sell orders that are higher than today's stock price determined by the order price and sell orders whose order price is lower than today's stock price, and orders for buy orders. The higher the price and the faster the order reception time are given priority, and the selling order is preferentially executed when the order price is lower and the order reception time is earlier, so that the sale processing is performed fairly.

In addition, the stock price stabilization processing unit determines the number of trade orders to be issued for each racehorse stock and the order price based on today's stock price determined by the trade processing, and those orders are received during the next order acceptance period. To intervene to stabilize stock prices.
In addition, the stock price stabilization processing unit places the same number of orders for each racehorse stock at the same price as today's stock price determined by the trading process, and performs interventions to stabilize the stock price and prevent unsuccessful trading. Do.
In addition, the stock price stabilization processing unit issues a buy order for the racehorse stock whose current price is determined to be cheap based on the results of the real world race, and performs intervention for stock price stabilization.
In addition, the stock price stabilization processing unit issues sell orders and buy orders for racehorse stocks of racehorses that have been judged to be poor based on the results of real-world races, in order to stabilize stock prices and prevent trade failures. Intervene.
In addition, the stock price stabilization processing unit issues a sell order and a buy order to the racehorse stock of the racehorse that has been grazed in the real world, and performs intervention for stock price stabilization and prevention of trade failure.
In addition, the stock price stabilization processing unit issues a buy order so that the number of shares held in the racehorse securitization server is less than or equal to the threshold value, and performs an intervention for maintaining the number of shares.

  In addition, the racehorse securitization server according to the present invention accepts purchase applications from users for newly listed shares newly issued by the stock issue processing department, and purchases by lottery when the application exceeds the number of issues. A new stock allocation processing unit for deciding a person and allocating a newly listed stock, so that the newly listed stock is allocated fairly regardless of the currency points possessed by the user.

  Further, the racehorse securitization server according to the present invention scores the buy and sell orders for each racehorse stock issued within a certain time during the order acceptance period according to their prices, and the points of the sell order and the buy order are If they are equal, the current stock price is determined to be the same value as yesterday's stock price, and if the sell order score is larger, the current stock price is lowered according to the difference in the scores, and if the buy order score is greater The market price display processing unit that raises the current stock price according to the difference in the points and provides the determined current stock price to the user as the quote price of the stock price of the racehorse stock, and a guideline for placing a purchase order on the user give.

  In addition, the racehorse securitization server according to the present invention determines the tax payment amount based on the amount of fictitious currency acquired by each user during one transaction season, and the fictitious stored in the user information storage unit for each season. A tax collection processing unit that subtracts the amount of tax payment from the amount of currency is provided so that the amount of fictitious currency owned by one user is not increased too much.

According to the present invention, a real-world racehorse is securitized, a dividend is paid to the user based on the performance of the racehorse in the real-world race, and the user buys and sells the racehorse stock using a fictitious currency. Since it was possible to do so, the result of the real world race is reflected in the transaction while it is a fictitious world stock trade, so that the user can be interested in the real world racehorse and the race result.
In addition, since the user predicts and invests in the future activity of the racehorse, he / she becomes interested not only in the result of one race but also in the racehorse.

  In addition, the racehorse securitization server according to the present invention intervenes by placing a buy / sell order for each racehorse stock so as to stabilize the stock price. Since the stock price of each racehorse stock is determined based on all trading orders and the trading order is executed based on the determined stock price, it is possible to prevent unsuccessful trading due to stock price manipulations and few traders. .

Embodiments of the present invention will be described below.
Embodiment 1 FIG.
First, an overview of services provided by the racehorse securitization system according to the present invention will be described.
The racehorse securitization system provides users with the ability to buy and sell stocks and pay dividends that are issued to real-world racehorses that are valid only in the fictional world. FIG. 1 is a diagram for explaining the concept of racehorse securitization. As shown in the figure, a user can purchase a fictitious stock for a real-world racehorse using a fictitious currency that can be used only in the fictional world. When a racehorse enters the race in the real world and wins a prize, a dividend amount for the fictitious stock is determined based on the prize amount, and a dividend is paid in the fictitious currency.

Next, the configuration of the racehorse securitization system according to Embodiment 1 will be described.
FIG. 2 is a block diagram illustrating the configuration of the racehorse securitization system according to the first embodiment of the present invention. As shown in the figure, the racehorse securitization system includes a racehorse securitization server 10 connected to the Internet 50, a racehorse data supply server 30, and a client terminal 20.
The racehorse securitization server 10 is a server computer that provides services such as buying and selling of fictitious shares and payment of dividends on a Web page. The racehorse data supply server 30 is a server computer that supplies information about real-world racehorses and race results to the racehorse securitization server 10. The racehorse securitization server 10 and the racehorse data supply server 30 may be connected by a dedicated communication line. The client terminal 20 is a user terminal that uses a service on the Web provided by the racehorse securitization server 10.

FIG. 3 is a block diagram showing a configuration of the racehorse securitization server 10. As shown in the figure, the racehorse securitization server 10 includes a racehorse data update processing unit 101, a trading processing unit 102, a stock price stabilization processing unit 103, a currency issue processing unit 104, a stock issue processing unit 105, and a new stock allocation process. Unit 106, tax collection processing unit 107, pocket money supply processing unit 108, dividend processing unit 109, quote display processing unit 110, order reception processing unit 111, user registration processing unit 112, service provision unit 113, racehorse information storage unit 114 The stock information storage unit 115 and the user information storage unit 116 are provided.
Racehorse data update processing unit 101, trading processing unit 102, stock price stabilization processing unit 103, currency issue processing unit 104, stock issue processing unit 105, new stock allocation processing unit 106, tax collection processing unit 107, pocket money supply processing unit 108 The dividend processing unit 109, the quote display processing unit 110, the order reception processing unit 111, the user registration processing unit 112, and the service providing unit 113 represent program modules that operate the processor of the racehorse securitization server 10. These actually constitute the processor of the racehorse securitization server 10 as a whole.
The racehorse information storage unit 114, the stock information storage unit 115, and the user information storage unit 116 are a set of data records managed by a relational database or the like. Stored in an external storage device connected to the server 10. The racehorse information storage unit 114, the stock information storage unit 115, and the user information storage unit 116 may be stored in the same storage device.
The racehorse information storage unit 114 stores information related to the racehorse in the real world. In addition to basic information about the racehorse, such as racehorse ID, racehorse name, pedigree information, and stables, It has the performance information of the racehorse in the race.
The stock information storage unit 115 has information on the racehorse stock in the fictional world issued to the real-world racehorse, and the basic information about the stock such as the stock ID and the ID of the target racehorse. In addition to information, information on the number of shares held by the server, the user ID of the user who owns the shares and the share ownership user information including the number of shares owned, the type, price, and order of the orders currently placed on the shares Order information including the user ID of the current user, the daily price of the stock, the number of trades, the purchaser's user ID, the purchase history information including the seller's user ID, and the date on which the dividend was given to the stock , Payout information including the payout amount and the user ID of the received user.
The user information storage unit 116 has information related to the user registered in the racehorse securitization system. In addition to basic information related to the user such as a user ID and a user name, the currency possessed by the user It has information on points, current and past results, and excellent stocks that it has owned.

Next, the operation of the racehorse securitization system will be described.
FIG. 4 is a diagram for explaining the overall process of the racehorse securitization system according to the first embodiment. The process of the racehorse securitization system can be divided into a daily process (a in the figure), a weekly process (b in the figure), and a yearly process (c in the figure).
As shown in “a. Daily processing flow” in the figure, the racehorse securitization server 10 performs an order reception process in response to a request from the client terminal 20 during an order reception time for one day. . In addition, during the order reception time, an intervention process and a quotation offer process for stabilizing the stock price are performed. In addition, during the server maintenance time after the end of the order reception time, trading processing and stock price stabilization processing are performed.
The weekly processing includes, as shown in “b. Processing Flow for One Week”, pocket money supply processing, new horse name information input processing, new stock allocation processing, results input processing, and dividend processing. Note that the days of the week in which each process shown in the figure is performed are examples, and other schedules may be used.
In addition, as shown in “c. Flow of processing for one year”, processing performed in units of years includes tax collection processing. In addition, a racehorse securities virtual transaction is set to one season for one year, and the season starts at the beginning of January every year and ends in December.

Hereinafter, each process of the racehorse securitization server 10 will be described.
First, the flow of online processing from when a user connects to the racehorse securitization server 10 and logs in will be described.
FIG. 5 is a flowchart showing a process flow when the user logs in to the racehorse securitization server 10 according to the first embodiment. The user uses the web browser on the client terminal 20 to connect to the racehorse securitization server 10 via the Internet 50 (step ST101). The service providing unit 113 of the racehorse securitization server 10 provides the client terminal 20 with a login screen that can be viewed with a Web browser. If the user has already been registered, the user logs in using the user ID, password, etc. (step ST102, step ST103).
If no user registration is performed, a new user registration screen is provided to the client terminal 20, and the user inputs user information such as a name via the interface of the screen to perform user registration (step ST102, Step ST104).

  When the user performs user registration in step ST104, the input user information is supplied to the user registration processing unit 112 via the service providing unit 113, and the user registration processing unit 112 includes the user ID, password, and name of the new user. And the like are registered in the user information storage unit 116. Next, the currency issuance processing unit 104 performs a payment awarding process (step ST107). This is a process of issuing, in the form of points, a fictitious currency that can be used only on a racehorse securitization system to a newly registered user. Specifically, the currency issuance processing unit 104 increases the user's possessed currency points stored in the user information storage unit 116 by a predetermined amount of points. The client terminal 20 is notified via the service providing unit 113 that the payment has been awarded. The user can purchase shares on the racehorse securitization system using this currency (point).

When the user logs in at step ST103, the service providing unit 113 determines whether it is currently in the order reception time or the server maintenance time (step ST105). In response, a message indicating that login is not possible is notified (step ST106).
If it is during the order reception time, the service providing unit 113 permits the user to log in, and notifies the client terminal 20 to that effect.

If the login is successful, the service providing unit 113 refers to the user information storage unit 116, and if it is the first login of the user for the week, the service providing unit 113 causes the pocket money supply processing unit 108 to perform the pocket money supply process ( Step ST109).
Here, the pocket money supply process will be described.
The pocket money supply process is a process of giving a certain point a fictitious passage as a pocket money once a week. This pocket money is given to the user only at the first login from the start of online processing on Monday to the end of online processing on Sunday. If you don't log in once for a week, you won't be able to receive your pocket money for that week.
The service providing unit 113 refers to a flag indicating whether or not the user in the user information storage unit 116 has already logged in this week, and if it is the first login this week (if the flag is not set), the flag is displayed. At the same time, the pocket money supply processing unit 108 is caused to perform the pocket money payment processing. If the flag is already set, no pocket money is paid.
The pocket money supply processing unit 108 increases the possessed currency points of the corresponding user in the user information storage unit 116 by a predetermined point. Further, the service providing unit 113 notifies the client terminal 20 that the pocket money has been paid. It should be noted that this flag is all cleared during the server maintenance time on Sunday.

  Next, the service providing unit 113 refers to the stock information storage unit 115 and notifies the client terminal 20 that a dividend has been paid if an unnotified dividend has been generated for the user. (Step ST110, Step ST111). Actual payout processing is performed during server maintenance time every Sunday by payout processing described later.

  Next, the service providing unit 113 refers to the stock information storage unit 115, and if the user has made a stock trading order before the previous day and has not yet been notified of the order result, The result of the sale is notified to the client terminal 20 (step ST112, step ST113).

  Next, the service providing unit 113 displays a menu screen on the client terminal 20, and when the user selects logout, the service providing unit 113 logs out and ends the process (steps ST114 and ST115). When the user selects to place a purchase / sell order, the service providing unit 113 causes the order reception processing unit 111 to perform the order reception processing (step ST114, step ST116, step ST117).

  Here, the order receiving process will be described. When receiving an order reception command from the service providing unit 113, the order reception processing unit 111 displays an order reception screen on the client terminal 20 via the service providing unit 113. FIG. 6 is a diagram illustrating an example of an order reception screen according to the first embodiment. The user first designates stocks that he / she wishes to buy / sell through the order reception screen. As the designation method, the brand name may be directly input, or a method of selecting from a check list or the like may be used. When the brand is selected, the service providing unit 113 refers to the stock information storage unit 115, acquires the stock price of the brand stock yesterday, and displays it on the order reception screen. Next, the user sets the price of the sales order. As shown in FIG. 6, the price is set by specifying from among five types of options for buy orders and sell orders. Each option is indicated by a percentage (%) within a certain range, and the order price is an amount obtained by increasing or decreasing the ratio of the percentage with respect to yesterday's stock price. For example, if “high price purchase” is selected for a stock whose stock price is 1000 currency points yesterday, the purchase order is set to buy if it is between 1050 and 1140 currency points. Super high price buying is market buying and super low price selling has the same image as market selling. The number of options and the designated range shown in the figure are examples.

The order reception processing unit 111 confirms the number of shares owned by the user when the user sets a price. That is, when the user sets a buy order, the stock information storage unit 115 is referred to and it is confirmed whether or not the number of the stock held by the user at the present time has reached a predetermined maximum value. . If the maximum value has been reached, the client terminal 20 is notified that a buy order cannot be made. In this case, even if the user places a selling order at the same time as the buying order, the selling is not finalized at this point, and the buying order cannot be placed.
By restricting the number of shares owned, it is possible to prevent the oligopolistic state of shares by a specific user, and it becomes easier for users who have joined later to participate in the transaction. This maximum number of ownership may be increased in stages depending on the user's participation status (assets, tax payment, number of days of participation, etc.), but the final maximum number is determined.

  Next, the order reception processing unit 111 confirms currency points possessed by the user. In other words, when the user sets a buy order, the user information storage unit 116 is referred to, and at the present time, the user can select the currency points that can be paid when the transaction is executed at the set price. Check if you have it. For example, in the case where “high price purchase” is selected for a stock with a price of 1000 currency points yesterday, an order cannot be placed unless at least 1050 currency points are owned. In this case, it is not necessary to have 1140 currency points, which is the highest price of high-priced buying. However, if the stock price of the issue determined as a result of the buying and selling process described below exceeds the ownership amount, It will not be promised. If the user has already placed another purchase order, the minimum purchase price of the already-ordered purchase order is subtracted from the possessed currency point for checking. To explain using a specific example, if the current possessed currency point is 3000 and “buy normal” is set for the stock with the stock price of 2000 yesterday as an ordered buy order, the minimum purchase price is −4 (% ) That is, since it becomes 1920 currency points, the remaining currency points that can be purchased are 3000-1920 = 1080 currency points.

When the order can be accepted, the order reception processing unit 111 registers the order contents in the stock information storage unit 115 and notifies the client terminal 20 that the order reception has been completed.
When the order receiving process is completed, the process returns to step ST114, and the service providing unit 113 displays a menu screen on the client terminal 20. When the user selects logout, the service providing unit 113 logs out and ends the process. .

Next, the buying and selling process will be described.
As described above, the buying and selling process is performed during the server maintenance time after the end of the daily order reception time. By processing the orders received on a single day, as many orders as possible can be established even when the number of transactions is small.
FIG. 7 is a flowchart of batch trading processing according to the first embodiment. First, the buying and selling processing unit 102 refers to the stock information storage unit 115 and points the buying and selling orders received from the user on that day and the buying and selling orders made by the system (orders by stock price stabilization processing described later) (step). ST701).
A point method for buying and selling orders will be described. First, in the case of a buy order, for super high price purchase, for example, 5 points per order is set. Similarly, 4 points per order for the high price purchase, 3 points for the normal purchase, 2 points for the low price purchase, and 2 points for the super low price purchase, and the number of points for each brand are totaled.
Similarly, in the case of a sell order, 5 points, 4 points, 3 points, 2 points, and 1 point are used for each of the brands. calculate.

Next, trading processor 102 determines the stock price of each brand based on the number of points calculated in step ST701 (step ST702). Specifically, for example, when the point of the buy order calculated in step ST701 is the same as the point of the sell order, today's stock price is made the same as yesterday's stock price. Further, when the point of the buy order is larger than the point of the sell order, the buy index value = the point of the buy order / the point of the sell order is defined, and today's stock price = the stock price of yesterday * (1 + buy index value / 10 ). Here, the maximum value of the buying index value is set to 2.5.
If the buy order point is smaller than the sell order point, the selling index value = sell order point / buying order point is defined, and today's stock price = yesterday stock price * (1−sell index value / 10). Here, the maximum value of the selling index value is set to 2.5.

Next, the buying and selling processing unit 102 performs contract determination processing based on the stock price of each brand determined in step ST702 (step ST703).
The buying and selling processing unit 102 makes a buy order higher than the determined today's stock price and a sell order less than or equal to the current stock price from the buy and sell orders accepted on that day according to the priority order. In the case of a buy order, the priority is given priority as the order price is higher, and in the case of a sell order, the order price is given priority. For orders with the same price range, priority is given to orders with earlier order reception times.
This will be described using a specific example. For stocks with yesterday's stock price of 1000 currency points and today's stock price of 950 currency points, today's stock price is 5% lower than yesterday's stock price, so buy orders that are 5% cheaper (ie , Normal buy, high price buy, super high price buy), and sell orders less than 5% lower (ie, low price sell, super low price sell) are subject to execution. Here, as trades that can be executed today, Mr. A: super-high price buy, Mr. B: high price buy, Mr. C: normal buy, Mr. D: normal buy, Mr. E: low price sale, Mr. F: super low price sale Mr. G: Suppose there was a super-low price sale. First, since there are only 3 sell orders that can be executed, only 3 buy orders are executed. Therefore, the turnover of this day will be 3 shares. Regarding buy orders, orders of Mr. A and Mr. B who place high orders are executed in order. For the remaining 1 share, the order of Mr. C and Mr. D who received the order earlier will be executed. As for sell orders, all three orders are filled, but among Mr. F and Mr. G who are placing orders cheaply, the order with the earlier order acceptance is filled first, and Mr. E's order is third. Commit.

When the order to be executed is determined, the buying and selling processing unit 102 refers to the user information storage unit 116 and updates the possessed currency points of the user who has executed the order (step ST704). In addition, the user and the number of shares held in the stock information storage unit 115 and the number of shares held in the system are updated.
Moreover, the buying and selling processing unit 102 updates the current volume and the current stock price of all the brands that have been traded, which are stored in the stock information storage unit 115 (step ST705). This completes the trading process.

Next, the stock price stabilization process will be described.
The stock price stabilization process is a process for placing a trade order from the system in order to stabilize the stock price. The stock price stabilization processing unit 103 determines the order contents based on the stock price determined in the daily trading process during the daily server maintenance time, and places the orders determined during the next day order reception time irregularly.
At the beginning of the service of the racehorse securitization system, the number of users participating in trading is considered to be small. In addition, it is expected that many transactions will occur only when a real-world race is held, and that buying and selling is not always performed on average every day. Furthermore, since the transaction is performed using a fictitious currency on the system, there is a high possibility that a stock price operation will be performed. Therefore, when problems such as unsuccessful trading or stock price manipulation occur, the system intervenes and trades in order to stabilize the stock price. Orders placed from the system are traded in the same way as orders from users.

There are three types of stock price stabilization processing: normal intervention, event-type intervention, and stock count maintenance intervention.
First, normal intervention will be explained.
The normal intervention is a process in which the stock price stabilization processing unit 103 places a certain number of orders every day for all racehorses. The stock price stabilization processing unit 103 refers to the stock information storage unit 115 and places a predetermined number of orders around yesterday's stock price, thereby making it difficult for sudden stock price fluctuations to occur.
Specifically, for example, the stock price stabilization processing unit 103 places the same number of orders for all stocks at yesterday's stock price. The number of orders is, for example, a number corresponding to 3% of the number of shares issued.
In addition, the stock price stabilization processing unit 103 may place the same number of orders for all stocks at a price 5% higher than yesterday's stock price. The number of orders is, for example, a number corresponding to 1% of the number of shares issued.
In addition, the stock price stabilization processing unit 103 may place the same number of orders for all stocks at a price 5% lower than yesterday's stock price. The number of orders is, for example, a number corresponding to 1% of the number of shares issued.
The number of orders and the order price are not limited to these numbers.

Next, event intervention will be described. The number of orders and the order price are not limited to the numerical values exemplified below.
The event-like intervention is a process in which the stock price stabilization processing unit 103 places an order for a racehorse brand that meets a predetermined condition. This is based on the user's buying and selling tendency predicted by the system. In the first embodiment, the following three types of intervention are performed.
1. Buying Intervention to Discount Horse The stock price stabilization processing unit 103 refers to the racehorse information storage unit 114 and targets the racehorse brand that won the prize money in the race held in the real world the previous week. The future winning activity is predicted from the total winnings so far, and it is determined whether or not the current stock price is cheap. If it is determined that it is cheap, a buy order is made for the stock of the racehorse.
2. Sale Intervention for Unstable Horses The stock price stabilization processing unit 103 refers to the racehorse information storage unit 114 and, for example, with respect to racehorse stocks that have been consecutively stopped (6 or less) in the past 3 races Place a sell order and a buy order. By placing a buy order, it is possible to prevent a situation where the user cannot sell the racehorse stock at all.
As an example of an order, for example, a sell order is a price 5% lower than the price of yesterday, the number of orders is 1% of the number of shares issued, and a buy order is an order 5% lower than the price of yesterday. The number may be 0.5% of the number of shares issued, which is half of the sell order.
3. Sale Intervention for Grazing Horses The stock price stabilization processing unit 103 refers to the racehorse information storage unit 114 and, for example, issues a sell order and a buy order to the racehorse stock that has been grazed within one week. As in the case of selling interventions for unstable horses, by placing a buy order, it is possible to prevent a situation where the user cannot sell the racehorse stock at all.
As an example of an order, for example, a sell order is 10% lower than the price of yesterday's stock price, the number of orders is 2% of the number of shares issued, and a buy order is 10% lower than the price of yesterday's stock. The number may be 1% of the number of shares issued, which is half of the sell order.

Next, I will explain the strain maintenance intervention.
The stock number maintenance intervention is an intervention means for keeping the number of stocks held by the racehorse securitization server 10 above a certain number.
If the number of shares held by the racehorse securitization server 10 falls below the lower limit due to the concentration of buying orders from users on popular racehorse stocks, the stock price stabilization processing unit 103 will determine the number of possessions. Repurchase shares to recover. Since the server has a certain number of shares or more, it is possible to avoid a situation in which selling orders for popular racehorse shares are reduced and trading is not established. In addition, this kind of intervention can make it easier to increase the stock price of popular racehorses.
As a specific example, the stock price stabilization processing unit 103 refers to the stock information storage unit 115, and when the shareholding ratio of a certain racehorse falls below 20% of the number of issued shares, the shareholding ratio recovers 20%. Place an order to buy as many shares as you need. The number of orders and the order price are not limited to these numbers.

Next, the quote price providing process will be described.
As described above, in the first embodiment, since the buying and selling process is performed in a lump after the completion of the order reception on the 1st, it is difficult for the user to predict the stock price and the buying and selling may not be established. Therefore, in order to guide the user in determining the order price, quote information on the stock price of the day is provided several times during the order reception time.

The quote display processing unit 110 determines the stock price of each brand based on the orders received from the user and the system received up to the present time in the same manner as in the steps ST701 and ST702 in the trading process shown in FIG. To do. The determined quote price is recorded in the stock information storage unit 115.
When the user logs in to the system, the quote price display processing unit 110 displays the quote price and the number of orders of each brand up to the present time. FIG. 8 shows a display example of the quote information on the client terminal 20.

Next, the grade input process and the payout process will be described.
The grade input process and the payout process are performed during the server maintenance time on Sunday. First, the results of the racehorse in the race held in the real world from Monday to Sunday of the week are updated by the results input process, and the payout is determined based on the updated results.
The grade input process will be described. This is a process in which the racehorse securitization server 10 acquires real world race result information from the racehorse data supply server 30 connected via the Internet 50.
The racehorse data supply server 30 is a server of an organization that handles official data of JRA (Japan Central Horse Racing Association) such as JRA-VAN. The racehorse securitization server 10 receives from the racehorse data supply server 30 information on the results and prize money of a JRA-sponsored race, a regional / central dirt exchange race, and the like.
The racehorse data update processing unit 101 updates race performance and winning prize information for each racehorse stored in the racehorse information storage unit 114 based on the received data information.

Next, the payout process will be described. This is a process of generating a dividend for the racehorse in the fictional world reflecting the real world race result and providing the user with currency points.
After the above-described results input process, the payout processing unit 109 refers to the racehorse information storage unit 114 and generates a payout for the racehorse that satisfies the following conditions. That is, a currency point as a dividend is paid to a user who owns a stock of these racehorses.
In the first embodiment, the payout is as follows. And 2. Occurs in the case of In each case, the currency points to be paid per share can be determined as follows, for example.
1. When a racehorse wins less than 5 in a JRA-sponsored race or a local / central dirt exchange heavy prize race.
1 / 10,000 currency points will be paid for the prize money actually won by the racehorse. That is, in the case of a prize of 1 million yen, 100 currency points are paid per share.
2. A racehorse wins the JRA award.
Y currency points will be paid if the representative horse of the year is won, and Y / 2 currency points will be paid for other JRA prizes. Y is set to 10,000, for example.
The dividend processing unit 109 increases the possessed currency points stored in the user information storage unit 116 by the amount of payment for the user who is the target of dividend payment. In addition, the payout information stored in the stock information storage unit 115 is updated. The user who has been paid a dividend is notified of this at the first login after the next week (steps ST110 and ST111 in FIG. 5).

Next, new horse name information input processing will be described.
The new horse name information input process is performed during the server maintenance time every Monday. This is a process for registering a racehorse whose horse name is newly registered with JRA as a newly listed stock in the racehorse securitization system.
The racehorse securitization server 10 acquires information on the racehorse whose horse name is newly registered in the JRA from the racehorse data supply server 30 via the Internet 50. The racehorse data supply server 30 is a server of an organization that handles JRA official data such as JRA-VAN.
The racehorse data update processing unit 101 registers a new racehorse in the racehorse information storage unit 114 based on the received data information. The stock issuance processing unit 105 registers the new racehorse stock as a new listed stock in the stock information storage unit 115.
The following racehorses are registered as newly listed stocks.
1. Racehorses registered for new horses by JRA 2. Racehorses transferred from NAR (National Association of National Horse Racing) to JRA. Stallion registered with JRHR (Japan Light Stallion Registration Association) In the case of, a stallion stock is issued. Stallion stocks are traded in the same way as regular racehorse stocks, and there is a limit on the number of stocks per person, but no dividends will be generated based on race results.

In addition, if the racehorse registered in the racehorse securitization system is notified by JRA-VAN or the like that the racehorse registered in JRA has been deregistered, the racehorse stock will be delisted. Racehorse stocks that have been delisted are collected when the racehorse securitization server 10 purchases all stocks at the lowest price.
However, regarding the stallion, the information of the user who last owned the stock is left in the stock information storage unit 115 for a certain period after delisting. This is because, as will be described later, when the stallion stock is listed, the users who can be preferentially purchased are determined.

Next, the new stock allocation process will be described.
For newly listed stocks registered in the system by the new horse name information input processing, the new stock allocation processing unit 106 accepts a purchase application from the user and sells it.
The purchase application starts at the start of order reception on Tuesday the next day when new listed shares are registered, and closes at the end of the order reception on Thursday of the week. In the first embodiment, only one newly listed stock can be applied for one brand per user. Moreover, only a certain percentage of the number of issues for each issue is sold as a newly listed stock (in this case, 80%).
The new stock allocation processing unit 106 sells to all applicants at a predetermined currency point when the number of applications for purchase of newly listed shares received from the user does not exceed 80% of the number of issued shares. All the remaining stocks are held by the racehorse securitization server 10.
When the number of applications exceeds 80% of the number of issued shares, the new stock allocation processing unit 106 determines the winner by performing a lottery.
In the lottery, special processing for Shinma stock is applied. Exceptional processing of new horse stock means that if the number of applicants for new horse stock exceeds 80% of the number of issued horses, priority will be given to the applicant who owns the stallion stock of the newly registered racehorse. This is the process of making a purchase. For applicants who do not have a stallion stock, the remaining number of stocks after the assignment to the priority purchaser is assigned by lottery. In addition, if the number of applicants who have the stallion stock of the corresponding brand is over 80% of the number of issuances, it will be drawn only by the applicant who has the stallion stock. I do.
Newly listed stocks are subject to order acceptance processing in the same way as normal stocks after the new stock allocation processing.

  Also, for the stallion stock, if it is registered in the system by the new horse name information input processing, the new stock allocation processing is performed in the same manner as the racehorse stock. The selling price is determined by the system according to a predetermined standard. As with the racehorse, if there are a large number of applicants, it will be a lottery. However, if the stallion was originally a racehorse belonging to JRA, it owned the racehorse stock at the time of deregistration. Preferentially assign to users.

Next, tax collection processing will be described.
This is a means for preventing an endless increase in the number of currency points owned by the user, and a user with more assets will pay more taxes.
Tax collection is done once a year at the end of the season. The tax collection processing unit 107 calculates the tax payment amount of each user, and decreases the tax payment amount calculated from the possessed currency points of each user stored in the user information storage unit 116. The amount of tax payment is determined by the total of the currency points that are owned after the end of the race for the final points during the season and the currency points of the JRA Awards announced in the following year.
As an example of the tax payment calculation method, first, 10% of the currency points acquired in the year and the currency points acquired by the JRA award of the following year are set as the tax payment.
In addition, progressive tax is levied on 1% to 50% of currency points held at the end of the year (currency points where shares are not purchased). The tax rate is an example.

In the first embodiment, a plurality of users can form a team and participate in a team battle.
The maximum number of people that can participate in one team is determined in advance, and even one participant can form a group. The currency points possessed by an organization are the total of the currency points earned by individuals participating in the organization, and each organization competes with each other for the earned currency points. Therefore, organizations with more participants are more advantageous.
The rules of the major shareholder system that apply only to groups are adopted for group battles. As described above, the maximum number of shares that can be owned by an individual for a single issue is determined, but an organization can have more shares. If the number of shares of the same stock held by an organization exceeds a certain number, the organization will become a major shareholder of that stock, and when a dividend is generated for that stock, it may earn more currency points than normal users. it can. For example, a currency point that a major shareholder can earn when a dividend is generated = a currency point of a normal dividend * (1 + Y / 100). Here, it is assumed that Y = the number of stocks of the corresponding brand owned by the organization−X, X = 10. In this case, for example, the dividend points received as an organization having 11 shares in total are 1.01 times the normal number.

As described above, according to the first embodiment, the racehorse information storage unit 114 that stores information on the racehorse in the real world and the performance information of the racehorse in the realworld race, and the racehorse are securitized. , Stock issue processing section 105 for issuing racehorse stock traded in the fictional world, owner information about racehorse stock, contents of buy / sell order, stock price, buy / sell history, dividend amount generated and received user information The stock information storage unit 115 for storing the race, the currency issue processing unit 104 for issuing a fictitious currency used for the sale and distribution of the racehorse stock, and the client terminal 20 receive the trade order for each racehorse stock. Then, an order acceptance processing unit 111 that stores the received information on the sales order in the stock information storage unit 115, a fictitious currency point possessed by the user, and a user information storage unit 11 that stores transaction result information In order to stabilize the stock price, the stock price stabilization processing unit 103 that places a buy / sell order for each racehorse stock, and each racehorse stock based on all the trade orders placed during the daily order reception time The stock price of the racehorse stock stored in the stock information storage unit 115, the stock price, the trading history, and the user information storage unit 116 are determined. The buying and selling processing unit 102 for updating the fictitious currency points possessed by the user, and determining the dividend for the racehorse stock based on the performance of the real-world race in which the racehorse has started, in the user information storage unit 116 Information about whether or not the sales order issued by the user has been executed and the dividend processing unit 109 for updating the fictitious currency points possessed by the user who receives the stored dividend and the client terminal 20 and Since the service providing unit 113 that notifies the information of the dividend received by the user is provided, the result of the real world race is reflected in the transaction even though it is a fictitious world stock transaction. Show interest in horses and races. In addition, since the user predicts the future activity of the racehorse and invests in the fictitious world, the user is continuously interested in not only the result of one race but also the horse race.
In addition, it is possible to prevent unsuccessful buying and selling due to stock price manipulation and a small number of participants.

In addition, the order reception processing unit 111 receives the order price by specifying a ratio within a certain range with respect to the yesterday's stock price. Therefore, the order price can be widened, and a sales order is easily established.
In addition, when the order reception processing unit 111 receives a purchase order from the client terminal 20, one user has the number of the racehorse stock held by the user stored in the user information storage unit 116. Since the purchase order is accepted only when the maximum number that can be handled is not exceeded, the oligopolistic state of the stock by a specific user is prevented, and the user who has joined later can easily participate in the transaction.

In addition, the buying and selling processing unit 102 scores the buying and selling orders for each racehorse stock issued at the order reception time of the day according to the order price, and if the selling order and the buying order are equal, Is the same value as yesterday's stock price, and if the sell order score is higher, the current stock price is determined according to the difference in the scores, and if the buy order is larger, Since the stock price is determined to be a value increased according to the difference in points, it is possible to determine a stock price at which many trading orders are likely to be established.
In addition, the buying and selling processing unit 102, among the buying and selling orders for each racehorse stock issued during the day order reception time, a buy order more than the determined today's stock price and a sell order below the current stock price, For buy orders, the higher the order price and the faster the order reception time is given priority, and for sell orders, the lower the order price and the faster the order reception time, the higher priority is given to the contract. Can be done.

In addition, the stock price stabilization processing unit 103 determines the number of trade orders to be issued for each racehorse stock and the order price based on today's stock price determined by the trade processing, and during the order reception period of the next day. Since these orders are placed and interventions are performed to stabilize the stock price, it is possible to prevent stock price manipulation and trading failure.
Further, the stock price stabilization processing unit 103 performs an intervention for stabilizing the stock price by placing the same number of orders for all racehorse stocks at the same price as today's stock price determined by the sales processing. Therefore, it is possible to prevent stock price manipulation and trading failure.
In addition, the stock price stabilization processing unit 103 performs an intervention for stock price stabilization by placing a buy order for the racehorse stock whose current price is determined to be cheap based on the performance of the real world race. Therefore, it is possible to prevent stock price manipulation and trading failure.
Further, the stock price stabilization processing unit 103 performs an intervention for stabilizing the stock price by placing a sell order and a buy order for the racehorse stock of the racehorse determined to be inferior based on the performance of the real world race. Because of this, it is possible to prevent stock price manipulation and trading failure.
In addition, the stock price stabilization processing unit 103 performs an intervention for stabilizing the stock price by placing a sell order and a buy order for the racehorse stock of the racehorse that has been grazed in the real world. Operation and trade failure can be prevented.
In addition, the stock price stabilization processing unit 103 places a buy order for each racehorse stock such that the number of stocks held in the racehorse securitization server 20 is equal to or less than the threshold so as to exceed the threshold. As a result, it is possible to maintain the number of shares held by the server and prevent unsuccessful trading.

  The racehorse securitization server 10 accepts purchase applications from users for newly listed shares newly issued by the stock issuance processing unit 105. If the number of applications exceeds the number of issued shares, the purchaser is selected by lottery. Since the new stock allocation processing unit 106 for determining and allocating newly listed stocks is provided, the newly listed stocks can be allocated fairly regardless of the currency points possessed by the user.

  Moreover, the racehorse securitization server 10 scores the buy and sell orders for each racehorse stock issued within a certain time during the order reception period according to their prices, and if the sell order and the buy order are equal, If the current stock price is determined to be the same as yesterday's stock price, if the sell order score is higher, the current stock price is lowered according to the difference in the points, and if the buy order score is higher, the current stock price is Since the market price is increased according to the difference in the points and the determined current price is provided to the user as the market price of the racehorse stock, the market price display processing unit 110 is provided so that the user determines the order price. It is possible to give a guideline for the occasion, and it is possible to easily establish a sales order.

  The racehorse securitization server 10 determines a tax payment amount based on the currency points acquired by each user during one season, and the tax payment amount from the possessed currency points stored in the user information storage unit 116 for each season. Since the tax collection processing unit 107 is deducted, it is possible to prevent an increase in the number of fictitious currency points owned by one user, thereby preventing market monopoly and stock price manipulation.

It is a figure explaining the concept of racehorse securitization by Embodiment 1 of this invention. It is a block diagram which shows the structure of the racehorse securitization system by Embodiment 1 of this invention. It is a block diagram which shows the structure of the racehorse securitization server by Embodiment 1 of this invention. It is a figure explaining the whole process of a racehorse securitization system by Embodiment 1 of this invention. It is a flowchart which shows the flow of a process at the time of the user logging in to a racehorse securitization server by Embodiment 1 of this invention. It is a figure which shows the example of the order reception screen which the racehorse securitization server provides by Embodiment 1 of this invention. It is a flowchart of the buying and selling process by Embodiment 1 of this invention. It is a figure which shows the example of a display of indicative price information by Embodiment 1 of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Racehorse securitization server 20 Client terminal 30 Racehorse data supply server 50 Internet 101 Racehorse data update process part 102 Trading process part 103 Stock price stabilization process part 104 Currency issue process part 105 Stock issue process part 106 New stock allocation process part DESCRIPTION OF SYMBOLS 107 Tax collection processing part 108 Pocket money payment processing part 109 Dividend processing part 110 Quote display processing part 111 Order reception processing part 112 User registration processing part 113 Service provision part 114 Racehorse information storage part 115 Stock information storage part 116 User information storage part

Claims (14)

A racehorse information storage unit for storing information on the racehorse in the real world and performance information of the racehorse in a realworld race;
The stock issue processing department that securitizes the racehorse and issues the racehorse stock traded in the fictional world,
Stock information storage unit for storing owner information, stock order contents, stock price, trading history, dividend amount generated and received user information about the racehorse stock,
A currency issuance processing unit that issues a fictitious currency used to buy and sell the racehorse stock and to provide dividends;
An order reception processing unit that receives a trading order for each racehorse stock from the user's terminal, and stores the received trading order information in the stock information storage unit;
A user information storage unit for storing the amount of fictitious currency possessed by the user, transaction result information,
In order to stabilize the stock price, a stock price stabilization processing unit that places a trade order for each racehorse stock,
The stock price of each racehorse stock is determined based on all trading orders placed during a single order acceptance period, the trading order to be executed is determined based on the stock price, and the stock information stored in the stock information storage unit is determined. Owner information, stock price, trading history of racehorse stock, and a trading processor that updates the amount of fictitious currency possessed by the user, stored in the user information storage unit,
Dividend processing for determining the dividend for the racehorse stock based on the performance of the real-world race in which the racehorse has started, and updating the amount of fictitious currency possessed by the user receiving the dividend stored in the user information storage unit And
A racehorse securitization server comprising a service providing unit that notifies a user terminal of whether or not a trade order issued by the user has been executed and information on a dividend received by the user.   The racehorse securitization server according to claim 1, wherein the order reception processing unit receives a purchase order price by designating a price range.   When the order reception processing unit receives a buy order from a user's terminal, the number of the horse's racehorse stock that the user does not exceed the maximum number that one user can hold The racehorse securitization server according to claim 1 or 2, wherein only the buy order is accepted.   The buy / sell processing unit scores the buy / sell orders for each racehorse stock placed during a single order acceptance period according to their order price, and if the sell order and buy order scores are equal, today's stock price will be changed to yesterday's stock price. If the sell order has a larger score, the current stock price is lowered according to the difference in the points. If the buy order is larger, the current stock price is increased according to the score difference. The racehorse securitization server according to any one of claims 1 to 3, wherein the racehorse securitization server is characterized.   The buy / sell processing unit has a buy order with a purchase price higher than today's stock price and a sell order with an order price lower than today's stock price. 5. The racehorse securitization server according to claim 4, wherein the earlier the order reception time is, the higher priority is given, and the lower the order price is, the shorter the order reception time is, the higher priority is given to the selling order.   The stock price stabilization processing unit determines the number and order price of trading orders to be issued for each racehorse stock based on today's stock price determined by the trading process, and those orders during the next order acceptance period The racehorse securitization server according to any one of claims 1 to 5, characterized in that:   7. The racehorse securitization according to claim 6, wherein the stock price stabilization processing unit places the same number of orders for sale and sale at the same price as today's stock price determined by the sale processing for all racehorse stocks. server.   7. The racehorse securitization server according to claim 6, wherein the stock price stabilization processing unit issues a buy order to a racehorse stock whose current price is determined to be cheap based on a result of a real world race. .   7. The racehorse according to claim 6, wherein the stock price stabilization processing unit issues a sell order and a buy order to the racehorse stock of the racehorse determined to be inferior based on the performance of the real world race. Securitization server.   7. The racehorse securitization server according to claim 6, wherein the stock price stabilization processing unit issues a sell order and a buy order to a racehorse stock of a racehorse that has been grazed in the real world.   7. The race according to claim 6, wherein the stock price stabilization processing unit issues a buy order so that the number of shares held in the racehorse securitization server is not more than a threshold value so as to exceed the threshold value. Horse securitization server.   Accepts purchase applications from users for newly listed shares newly issued by the stock issuance processing department. If the number of applications exceeds the number of issued shares, the purchaser is determined by lottery and the newly listed shares are allocated. The racehorse securitization server according to any one of claims 1 to 11, further comprising a new stock allocation processing unit.   The buy / sell orders for each racehorse stock placed within a certain time during the order acceptance period are scored according to their prices, and if the sell order and buy order scores are equal, the current stock price is the same value as yesterday's stock price. If the sell order score is larger, the current stock price is lowered according to the difference in the points, and if the buy order score is larger, the current stock price is increased according to the difference in points. The racehorse according to any one of claims 1 to 12, further comprising a quote display processing unit that provides the user with the current stock price as a quote of the stock price of the racehorse stock. Securitization server.   Tax collection processing unit that determines the amount of tax payment based on the amount of fictitious currency acquired by each user during one transaction season, and subtracts the amount of tax payment from the amount of fictitious currency stored in the user information storage unit for each season The racehorse securitization server according to any one of claims 1 to 13, wherein the racehorse securitization server is provided.

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