JP5031184B2 - Lottery transfer system, lottery transfer method, and program - Google Patents

Description

  In the present invention, when lottery tickets sold on the network and lottery tickets sold at the lottery counter are automatically transferred to each other, there is little chance of insufficient lottery or surplus problems after lottery transfers. The present invention relates to a lottery transfer system, a lottery transfer method, and a program.

  Traditionally, the same type of lottery has been sold both on the lottery counter and on the network.

In this way, when a lottery ticket is sold both on the network and on the sales floor, if the remaining number of lottery tickets sold on the network or the remaining lottery ticket sold on the sales floor falls below a certain quantity, Conventionally, a mechanism has been proposed in which a lottery sold on the market and a lottery sold on the sales floor are automatically transferred to each other (see, for example, Patent Document 1).
Japanese Patent Laid-Open No. 2004-199583

  However, as in the conventional example, when a transfer is made by judging only the remaining lottery quantity (when transferring without taking other factors into account), the number of lotteries is transferred regardless of the transfer. There is a high possibility that shortages and surpluses will occur.

  The present invention has been made to solve such a problem. The object of the present invention is to make a lottery when automatically transferring money between a lottery sold on the network and a lottery sold on the lottery counter. It is an object of the present invention to provide a lottery transfer system, a lottery transfer method, and a program capable of reducing the occurrence of a shortage of lottery tickets and the occurrence of surplus problems after the transfer.

The present invention solves such a problem, and is a lottery transfer system that performs a transfer process between a lottery sold on the sales floor and a lottery sold on the network for lotteries sold both on the lottery counter and on the network. Based on the lottery identification information, the lottery ticket sales information is recorded and managed at the lottery counter, and the lottery ticket sales information is recorded and managed on the network based on the lottery identification information. Based on the network sales management database and the lottery identification information, the sales condition database that records and manages the information on the sales conditions including at least the lottery sales period information, and the lottery sold on the lottery counter and the network The information is received, the sales floor sales management database and the network sales management database. Based on the information recorded in the various databases, the average number of lottery tickets sold each day for the lottery store on the network and on the network based on the information recorded in the various databases. Calculated , the number of remaining sales days in the release period is specified from the release condition database, and is recorded in the past sales information management database that stores the number of sales in the past each day on the lottery counter and the network. past average sales number of each day, rather multi than the average sales number of each day lottery sale that the calculated and the lottery in the sales corresponding to the rest of the sales date specified based on the information to indicate sales trend increase in the sales number of the historical average for each day corresponding to the remaining sales date Calculate the expected excess / shortage quantity using a value obtained by multiplying the predetermined number of expected sales quantity by the number of days of the remaining sales date and the remaining quantity recorded in the sales floor sales management database and the network sales management database. Based on the calculation result, when it is predicted that the number of lottery tickets is insufficient in the lottery store sales or network sales, it is determined that the number of the lottery tickets is expected to be insufficient. A lottery transfer system comprising: a transfer management unit that performs a transfer process to a lottery store sales or a network sales.

The present invention further includes an inventory management database for recording and managing lottery inventory information based on the lottery identification information, and the transfer management unit is expected to have a shortage of lottery tickets in the lottery store sales or network sales. If there is a stock, a transfer is made from the stock management database, and if there is no stock, the lottery for the lottery store sales and the network sales The transfer process is performed between the lottery tickets.

  Further, the present invention provides a manufacturing instruction management unit for instructing a factory to produce a voucher when a lottery to be transferred is not manufactured when the lottery for inventory or network sales is transferred to a lottery store sales. It is characterized by providing.

Further, the present invention further comprises a calendar database for recording information calendar day and Roku曜, when calculating the expected sales number in a lottery sales floor and on the network in the transfer management section, day calendar and Roku曜characterized in that it comprises a means for calculating including elements of information.

  Further, the present invention is characterized in that the transfer management unit further comprises means for calculating including an element of weather information when calculating the expected number of sales on the lottery counter and the network.

Further, the present invention is a lottery transfer method in a lottery transfer system for performing a transfer process between a lottery for sales on the lottery and a lottery for network sales on lottery sold both on the lottery counter and on the network, The lottery transfer system sales area sales management database records lottery ticket sales information based on the lottery ticket identification information, and the lottery ticket transfer system network sales management database records the lottery ticket identification information based on the lottery ticket identification information. Records lottery sales information on the network, and the lottery transfer system release condition database records release condition information including at least lottery release period information based on the lottery identification information, and the lottery transfer The reception management section of the system is a treasure sold on the lottery counter and network. The sales information is received and recorded in the sales floor sales management database and the network sales management database, and the transfer management unit of the lottery transfer system applies to the corresponding lottery based on the information recorded in the various databases. An average of the number of lottery tickets sold on the lottery sales floor and network for each day is calculated on the lottery ticket , and the number of remaining sales days in the sales period is specified from the release condition database, and the lottery ticket sales office and network The average number of sales in each past day corresponding to the remaining sales date specified based on the information recorded in the past sales information management database that stores the number of sales in the past each day in the above- mentioned calculation multi than the average sales number of each day of the lottery for sale rather, and Serial When the sales trend of lottery sale indicates increase tendency, the number of days of the remaining sales date of the rest to the predetermined, numerous expected sales number than selling number of the historical average for each day corresponding date of sale The estimated excess / shortage number is calculated using the multiplied value and the remaining quantity recorded in the sales floor sales management database and the network sales management database. Based on the calculation result, the lottery sales floor sales volume or network sales volume If it is predicted that the number of lottery tickets will be insufficient, the number of the lottery tickets that are predicted to be insufficient is transferred to the lottery store sales section or network sales section that is determined to be insufficient for the lottery tickets. This is a characteristic lottery transfer method.

The present invention also provides a sales floor sales management database for recording and managing lottery ticket sales information at the lottery counter based on the lottery identification information, and lottery ticket sales information on the network based on the lottery ticket identification information. A network sales management database that records and manages and a sales condition database that records and manages information on sales conditions including at least information on the lottery sales period based on the lottery identification information. A program that is executed by a computer of a lottery transfer system that performs a transfer process between a lottery sold at the sales floor and a lottery sold at the network for the lottery sold at both, and sold on the lottery counter and the network. Accept lottery sales information, store sales management database and network Based on the information recorded in the various databases for the reception management process to be recorded in the sales management database and the corresponding lottery tickets, the number of lottery tickets sold on the lottery sales floor for each lottery on the network and on the network each day The number of sales days remaining in the release period is specified from the release condition database, and recorded in the past sales information management database that stores the number of sales in the past on the lottery counter and the network each day. sales number average of the past for each day corresponding to the remaining sales date specified based on with which information is found Many than the average sales number of each day lottery sale that the calculated and the sales If the sales trend lottery in exhibits an increasing trend in the past of each corresponding to the remaining sales date Using the value obtained by multiplying the expected sales number that is a predetermined number larger than the average sales number of the product by the number of days of the remaining sales day, and the remaining quantity recorded in the sales floor sales management database and the network sales management database. If the shortage is calculated, and based on the calculation result, if it is predicted that the lottery lot will be insufficient for the lottery store sales or network sales, the shortage of the lottery This is a program that executes a transfer management process for performing a transfer process to a lottery ticket sales department or a network sales department determined to be performed.

According to the present invention, the sales floor sales management database for recording and managing lottery ticket sales information at the lottery counter, the network sales management database for recording and managing lottery ticket sales information on the network, and managing lottery ticket release conditions A sales condition database is established. Then, the reception management unit receives the lottery sales information sold on the lottery counter or the network and records it in the database. Then, the transfer management unit refers to the information relating to the lottery recorded in the various databases, and calculates the number of sales and the number of overs and shorts expected on the lottery counter and the network for the corresponding lottery. Based on the calculation result, the lottery for the sales floor and the lottery for the network sales are transferred.
In this way, in lottery sales, the lottery for network sales (held by data) and the lottery for sales floor sales (held by actual vouchers) can be automatically transferred to each other. Loss of sales opportunities due to shortage can be reduced.

In addition, an inventory management database for recording and managing lottery inventory information is provided, and when the number of lottery tickets is expected to be insufficient in the lottery store sales or network sales, the inventory management database is first referred to and the inventory is stored. In some cases, a transfer is made from the inventory management database, and if there is no stock, a transfer process is performed between the lottery for lottery department sales and the lottery for network sales.
Thereby, it is possible to transfer from the stock to the lottery counter sales or network sales.

In addition, when the lottery for inventory or network sales is transferred to the lottery store sales by the manufacturing instruction management unit, if the voucher is not manufactured, the manufacturing instruction is issued to the factory for the lottery to be transferred.
Thereby, since the voucher has only to be manufactured when it is looked back to the lottery counter sales, it is possible to reduce the production of useless vouchers.

Further, according to the present invention, when calculating the expected number of sales on the lottery counter and the network, any one of the elements of the information on the past sales of the lottery and the elements of the information on the days of the week and the days of the calendar Or calculate by including both elements.
As a result, if past sales information shows that sales are increasing, or if the remaining sales include Sundays, holidays, or days of Daan, the lottery sales for the sales floor or network sales are expected. The number of sheets can be increased. For this reason, loss of sales opportunities due to lack of lotteries can be reduced.

Further, according to the present invention, when the transfer management unit calculates the expected number of sales on the lottery counter and the network, it calculates including elements of weather information.
As a result, when it is expected that clear weather will continue at the relevant lottery counter, the expected number of sales can be increased, and the number of transfers to the lottery counter can be increased. For this reason, loss of sales opportunities due to lack of lotteries can be reduced.

  Next, the best mode for carrying out the present invention will be described with reference to the drawings.

  FIG. 1 is a block diagram showing a configuration example of a lottery transfer system according to the present invention. In FIG. 1, 1 is a host computer, 2 is the Internet (network), 3 is a user terminal, 4 is a sales floor terminal, 5 is a factory (computer in the factory), 6 is weather forecast data (meteorological data) provided by the Japan Meteorological Agency system, etc. Information).

  The sales floor terminal 4, the factory 5, and the weather forecast data 6 may be connected to the host computer 1 via the Internet 2 instead of being connected to the host computer 1 via a dedicated line as shown in FIG. Data may be exchanged by, for example. Also, there may actually be a plurality of user terminals 3, sales floor terminals 4, and factories 5, but in FIG. 1, only one of them is representatively illustrated.

  In the host computer 1, 11 is a reception management unit (database recording means) for receiving sales information of lotteries sold on a lottery counter or the network such as the Internet and recording it in a database, and 12 is a lottery for sales floor sales and network sales. A transfer management unit (transfer management means) that manages lottery ticket transfer processing, 13 is a manufacturing instruction management unit that manages manufacturing instructions of certificates (lottery tickets) to the factory 5, and 14 is inventory management that records and manages lottery stock information. A database (inventory management DB) (see FIG. 2), 15 is a sales floor sales management database (sales floor sales management DB) (see FIG. 3) for recording and managing lottery sales information at the sales floor, and 16 is on a network such as the Internet. Network sales management database (network) that records and manages sales information on lottery tickets (Sales management DB) (see FIG. 4), 17 is a sales condition database (sales condition DB) (see FIG. 5) for recording and managing lottery sale condition information, and 18 is a record and management of past lottery sales information. The past sales information management database (past sales information management DB) (see FIG. 6) and 19 indicate a calendar database (calendar DB) (see FIG. 7).

  The inventory management database 14 shown in FIG. 2 is an inventory management database for managing the lottery inventory, and includes a block number (regional block where the lottery is sold, for example, an identification number of the Kinki region, etc.), and a number (lottery sales number). This is a database in which lottery data and information on whether or not a lottery ticket has been manufactured is recorded for each unit, group, and lottery lottery number. In the example shown in FIG. 2, flag “1” is set when the voucher has been manufactured. The manufactured flag of the voucher is referred to when the manufacturing instruction management unit 13 instructs the factory 5 to manufacture the voucher.

  The inventory management database 14 is first referred to when the transfer management unit 12 performs a transfer process, and when it is determined that there is a stock, the sales floor sales management database 15 or the network sales is determined from the data of the inventory management database 14. The lottery data is transferred to the management database 16.

  The sales floor sales management database 15 shown in FIG. 3 is a sales floor sales management database that records and manages lottery ticket sales information at the lottery sales floor. The block number and round number are classified into major categories, and for each unit, group, and lottery lottery number, a delivery destination code (lottery counter identification number) and a flag indicating whether or not the delivery has been completed (flag “1” if delivered) The date of sale is recorded.

  The network sales management database 16 shown in FIG. 4 is a network sales management database for recording and managing lottery ticket sales information on a network such as the Internet. This network sales management database 16 is a database in which block numbers and times are classified into major categories, and whether lottery tickets have been manufactured for each unit, group, lottery lottery number, and sales date. is there. In the example shown in FIG. 4, flag “1” is set when the voucher has been manufactured. The manufactured flag of the voucher can be referred to when the manufacturing instruction management unit 13 instructs the factory 5 to manufacture the voucher.

  The sale condition database 17 shown in FIG. 5 is a sale condition database that records and manages information on lottery sale conditions. In the release condition database 17, release conditions such as a unit price (for example, 200 yen), the number of pieces to be released, a sale start date, a sale end date, and a payment deadline are recorded based on the block number and the number. This sale condition database 17 is referred to when calculating the remaining sales days of a lottery ticket.

  A past sales information management database 18 shown in FIG. 6 is a past sales information management database for managing past sales information of lotteries. In the past sales information management database 18, information such as delivery destination code, number of sales, date of sale, day of the week, day of the week, weather, etc. is recorded with the block number and the issue number as major classifications. This past sales information management database 18 is used as reference information when predicting and calculating the number of sales when the transfer management unit 12 performs a transfer process.

  A calendar database 19 shown in FIG. 7 is a database in which calendar information (calendar information) is recorded. In this calendar database 19, the date of the month, the corresponding day of the week, and the information of the sixth day are recorded. The calendar database 19 is referred to in order to check whether the number of remaining lottery sales includes a Sunday, a national holiday, or a big cheap day in the remaining sales days.

  Next, the flow of the transfer process in the lottery transfer system of the present invention will be described. In this transfer process, the host computer 1 refers to the above-described various databases 14 to 19 to perform prediction calculation of the sales quantity for the sales floor sales and the network sales, and determines whether or not to perform the transfer. And when transferring, it is based on determining the quantity to transfer. In addition to the sales information in the database, the transfer decision is made in consideration of statistical conditions such as selling on the day of Daan, selling on a sunny day than on a rainy day, and selling on the weekend.

[Explanation of procedure for transfer to sales floor]
First, the flow of the transfer process to sales floor sales will be described. 8 and 9 show transfer processing for sales floor sales, which will be described below with reference to the drawings.

  First, the transfer management unit 12 refers to the sales floor sales management DB 15 and checks the remaining lottery amount of the relevant lottery sales floor for the target lottery sales floor (step S1).

  Next, the transfer management unit 12 refers to the sale end date of the sale condition DB 17 to check the remaining number of sales days of the corresponding lottery ticket, and also refers to the calendar DB 19 to check the day of the week and the sixth day of the remaining sale date (step) S2).

  Further, the transfer management unit 12 refers to the sales date in the sales floor sales management DB 15 to check the sales of each day (step S3).

  Further, the transfer management unit 12 refers to the past sales information management DB 18 and checks the sales of each past day corresponding to the remaining sales days of the corresponding lottery (step S4).

  Further, the transfer management unit 12 refers to the weather forecast data 6 and examines the weather forecast for the remaining sales dates (step S5).

And the transfer management part 12 judges whether transfer is required based on the investigation result of said step S1-S5 (step S6a). If transfer is necessary, the quantity to be transferred is determined (step S6b). For example, the results of steps S1 to S5 are “the remaining quantity of the sales floor is 200 sheets”, “the remaining sales days are 5 days and the day of the week is Monday to Friday, and Daan is included for 1 day”, “the average sales of each day is If it is the result of the survey of "upward trend with 50 sheets", "average sales trend of each day in the past 60 trend up with 60 sheets", "sunny day continues", it seems to sell more than the average of each past day, For example, it is determined that an average of 70 copies can be sold per day, and 150 copies are transferred.
“70 [sheets] × 5 [days] −200 (remaining number of sales floors) = 150 sheets”
It should be noted that various methods can be easily selected as a method for calculating the expected sales number, such as a method using a predetermined mathematical formula, a rule of thumb rule, and a method of calculating by applying the rule.

  When transfer is necessary, the transfer management unit 12 refers to the inventory management DB 14 to check the remaining quantity (steps S7a and 7b).

  If the necessary quantity exists in the inventory management DB 14, the data is transferred from the data in the inventory management DB 14 to the sales floor sales management DB 15 (from step S7b to step S13 shown in FIG. 9).

  If the necessary quantity does not exist in the inventory management DB 14, the transfer management unit 12 refers to the network sales management DB 16 and checks the remaining quantity (step S8).

  Further, the transfer management unit 12 refers to the sales date in the network sales management DB 16 to check the sales (Step S9).

  Further, the transfer management unit 12 refers to the past sales information management DB 18 and checks the sales of each past day corresponding to the remaining sales days of the corresponding lottery (step S10).

Then, the transfer management unit 12 determines whether or not transfer is possible based on the investigation results of the above steps S8 to S10 (step S11a), and determines the quantity to be transferred if transfer is possible (step S11b shown in FIG. 9). ).
For example, the results of the investigations in steps S8 to S10 are “the remaining quantity of network sales is 10,000 sheets”, “the average sales of each day is increasing with 1,500 pieces”, “the sales of each past day If the average is 1,400, the trend is increasing, “the remaining sales days are 5 days and the day of the week is Monday-Friday, and one day of Daan is included.” To do.

  If transfer is possible, the transfer management unit 12 transfers data from the data in the network sales management DB 16 to the sales floor sales management DB 15 (step S12).

  If the voucher is not manufactured, the manufacturing instruction management unit 13 instructs the factory 5 to manufacture the voucher based on the data in the sales floor sales management DB 15 (steps S14 and S15).

  Next, a voucher is manufactured at the factory 5 (step S16). Then, the voucher is delivered to the lottery counter (step S17).

[Explanation of procedure for transfer to network sales]
Next, the flow of transfer processing to network sales will be described. FIGS. 10 and 11 show the procedure of the transfer process to the network sales, and will be described below with reference to the drawings.

  First, the transfer management unit 12 refers to the network sales management DB 16 to check the remaining quantity of lotteries for network sales (step S21).

  Next, the transfer management unit 12 refers to the sale end date in the sale condition DB 17 to check the remaining number of sales days of the lottery ticket, and also refers to the calendar DB 19 to check the day of the week and the sixth day of the remaining sale date (step S22).

  Further, the transfer management unit 12 refers to the sales date in the network sales management DB 16 and checks the sales of the lottery ticket (step S23).

  Further, the transfer management unit 12 refers to the past sales information management DB 18 to examine the sales of each past day corresponding to the remaining sales day of the corresponding lottery, and refers to the weather forecast data 6 to determine the remaining sales. The weather forecast for the day is checked (step S24).

And the transfer management part 12 judges whether transfer is required based on the investigation result of said step S21-S24 (step S25a). If transfer is necessary, determine the quantity to be transferred. For example, the results of steps S21 to S24 are “the remaining number of sheets for the network is 3,000 (step S21)”, “the remaining sales days are 10 days and the day of the week is Sunday to Tuesday of the next week (Step 1). S22) "," The average sales of each day is increasing with 1,000 sheets (step S23) "," The average sales of each past day is increasing with 1,000 sheets, and the probability of rain in the weather is If it is higher than the predetermined value (step S24) ", it is determined to transfer 7,000 sheets (step S25b).
“1,000 [sheets] × 10 [day] -3,000 [sheets] (remaining number of sheets) = 7,000 sheets”
It should be noted that various methods can be easily selected as a method for calculating the expected sales number, such as a method using a predetermined mathematical formula, a rule of thumb rule, and a method of calculating by applying the rule.

  If transfer is necessary, the transfer management unit 12 refers to the inventory management DB 14 to check the remaining quantity (step S26).

  If the necessary quantity exists in the inventory management DB 14, the data is transferred from the data in the inventory management DB 14 to the network sales management DB 16 (shift from step S27 to step S34 in FIG. 11).

  If the necessary quantity does not exist in the inventory management DB 14, the transfer management unit 12 refers to the sales floor sales management DB 15 and checks the remaining quantity (step S28).

  Then, the transfer management unit 12 refers to the sales date in the sales floor sales management DB 15 to check the sales (Step S29).

  Further, the transfer management unit 12 refers to the past sales information management DB 18 and checks the sales of each past day corresponding to the remaining sales days of the corresponding lottery (step S30).

  Further, the transfer management unit 12 refers to the weather forecast data 6 and checks the weather forecast for the remaining sales dates (step S31).

  Then, the transfer management unit 12 determines whether or not transfer is possible based on the investigation results of steps S28 to S31 (step S32a), and determines the quantity to be transferred if transfer is possible (step S32b (FIG. 11)). ). For example, as a result of S28 to S31, the number of remaining sheets is larger than the value obtained by multiplying the average number of sales of each day by the number of remaining days at the five sales floors, and remains in the average number of sales of each day in the past. If there are more sheets than the value multiplied by the number of days and there are many rainy days, it is decided to transfer 6,000 sheets from the five sales floors.

  If transfer is possible, the transfer management unit 12 transfers data from the data in the sales floor sales management DB 15 to the network sales management DB 16 (step S33 (FIG. 11)). When the data in the sales floor sales management DB 15 is transferred to the network sales management DB 16, the actual voucher is collected from the lottery sales floor.

  If the lottery (data) to be sold on the network is too much and the lottery to be sold on the sales floor is insufficient due to the transfer procedure described above, the lottery data that was planned to be sold on the network The voucher can be manufactured and delivered to the sales floor in exchange for sales at the sales floor.

  Conversely, if there are too many lotteries (certificates) in the sales floor and there are not enough lotteries (data) to be sold on the network, the lotteries (certificates) to be sold on the sales floor are sold on the network (data). Can be transferred to.

  For this reason, in lottery sales, it is possible to automatically transfer in consideration of the lottery data and the actual sales status of the voucher, etc., and it is possible to reduce the loss of sales opportunities due to the lack of lottery tickets. Can be reduced.

  The lottery transfer system described above is configured with the host computer 1 as the center. A series of processes related to the above-described process is stored in a computer-readable recording medium in the form of a program, and the above-described process is performed by the computer reading and executing this program.

  That is, in the reception management unit 11, the transfer management unit 12, and the manufacturing instruction management unit 13, a central processing unit such as a CPU reads the above program into a main storage device such as a ROM or RAM, and processes information. This is realized by executing arithmetic processing.

  Here, the computer-readable recording medium means a magnetic disk, a magneto-optical disk, a CD-ROM, a DVD-ROM, a semiconductor memory, or the like. Alternatively, the computer program may be distributed to the computer via a communication line, and the computer that has received the distribution may execute the program.

  The embodiment of the present invention has been described above. However, the lottery transfer system of the present invention is not limited to the above illustrated example, and various modifications can be made without departing from the gist of the present invention. Of course.

  In the present invention, in the lottery sale, the lottery data can be automatically transferred in consideration of the sales situation of the actual voucher, etc., and the loss of the sales opportunity due to the insufficient number of lottery tickets can be reduced. Thus, the present invention is useful for a lottery transfer system, a lottery transfer method, a program, and the like.

It is a block diagram which shows the structural example of the lottery transfer system by this invention. It is a figure which shows the data structural example of an inventory management database. It is a figure which shows the data structural example of a sales floor sales management database. It is a figure which shows the data structural example of a network sales management database. It is a figure which shows the data structural example of a sale condition database. It is a figure which shows the data structural example of the past sales information management database. It is a figure which shows the data structural example of a calendar database. It is FIG. 1 which shows the procedure of the transfer process to a sales floor part. It is FIG. 2 which shows the procedure of the transfer process to a sales floor part. It is FIG. 1 which shows the procedure of the transfer process to network sales. It is FIG. 2 which shows the procedure of the transfer process to network sales.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Host computer 2 Internet 3 User terminal 4 Sales terminal 5 Factory 6 Weather forecast data 11 Reception management part 12 Transfer management part 13 Manufacturing instruction management part 14 Inventory management database 15 Sales floor sales management database 16 Network sales management database 17 Release condition database 18 Past Sales information management database 19 Calendar database

Claims (7)

A lottery transfer system for transferring lotteries sold both on the lottery counter and on the network between the lottery for the sales floor and the lottery for the network,
Based on the lottery identification information, the sales floor sales management database that records and manages the lottery sales information at the lottery counter,
A network sales management database that records and manages lottery sales information on the network based on the lottery identification information,
Based on the lottery identification information, a release condition database that records and manages information on release conditions including at least information on the lottery release period, and
A reception management unit that receives sales information of the lottery tickets sold on the lottery sales floor and the network, and records the sales information in the sales floor sales management database and the network sales management database;
For the corresponding lottery, based on the information recorded in the various databases, calculate the average number of lottery tickets sold each day for the lottery counter for the corresponding lottery and on the network,
Specify the remaining sales days in the release period from the release condition database,
The lottery sales floor and past each day sales of the historical average for each day corresponding to the remaining sales date identified based on historical sales information management information database is recorded to store the sales number on the network number of sheets, when the calculated rather multi than the average sales number of each day lottery for sale, and sales trends lottery in the sales show an increasing trend, the past corresponding to the remaining sales date Using a value obtained by multiplying the number of expected sales by a predetermined number more than the average number of sales of each day by the number of days of the remaining sales day, and the remaining quantity recorded in the sales floor sales management database and the network sales management database, Calculate the expected excess and deficiency,
Based on the calculation result, when it is predicted that the number of lottery tickets is insufficient in the lottery counter sales or network sales, the lottery determined that the shortage of lotteries is expected A transfer management unit that performs transfer processing to sales floor sales or network sales;
A lottery transfer system characterized by comprising: Based on the lottery identification information, further comprises an inventory management database for recording and managing lottery inventory information,
The transfer management unit
If the number shortage lottery was expected in lottery sales sell content or network sales amount, first referring to the stock management database, if there is a stock, it performs a transfer from the stock management database, stock 2. The lottery transfer system according to claim 1, wherein if there is no lottery, transfer processing is performed between the lottery for the lottery store and the lottery for the network sales. When transferring the lottery for the inventory or network sales to the lottery store sales, if the voucher is not manufactured for the lottery to be transferred, a manufacturing instruction management unit for instructing the factory to manufacture the voucher;
The lottery transfer system according to claim 2, further comprising: A calendar database that records information on calendar days and six days,
The said transfer management part is provided with the means to calculate including the element of the information of a calendar day of the week and six days when calculating the expected number of sales on a lottery counter and a network. 3. The lottery transfer system according to any one of 3 above. The said transfer management part is provided with the means to calculate including the element of a weather information further, when calculating the expected number of sales on a lottery counter and a network, In any one of Claims 1-4 characterized by the above-mentioned. The listed lottery transfer system. A lottery transfer method in a lottery transfer system for transferring lotteries sold both on the lottery counter and the network between the lottery for the sales floor and the lottery for the network sales,
The sales lot sales management database of the lottery transfer system records lottery ticket sales information at the lottery ticket counter based on the lottery identification information.
The network sales management database of the lottery transfer system records lottery sales information on the network based on the lottery identification information,
The release condition database of the lottery transfer system records release condition information including at least information on the lottery release period based on the lottery identification information,
The lottery transfer system reception management unit receives sales information of lottery tickets sold on the lottery sales floor and network, and records them in the sales floor sales management database and network sales management database,
The transfer manager of the lottery transfer system
For the corresponding lottery, based on the information recorded in the various databases, calculate the average number of lottery tickets sold each day for the lottery counter for the corresponding lottery and on the network,
Specify the remaining sales days in the release period from the release condition database,
The lottery sales floor and past each day sales of the historical average for each day corresponding to the remaining sales date identified based on historical sales information management information database is recorded to store the sales number on the network number of sheets, when the calculated rather multi than the average sales number of each day lottery for sale, and sales trends lottery in the sales show an increasing trend, the past corresponding to the remaining sales date Using a value obtained by multiplying the number of expected sales by a predetermined number more than the average number of sales of each day by the number of days of the remaining sales day, and the remaining quantity recorded in the sales floor sales management database and the network sales management database, Calculate the expected excess and deficiency,
Based on the calculation result, when it is predicted that the number of lottery tickets is insufficient in the lottery counter sales or network sales, the lottery determined that the shortage of lotteries is expected A lottery transfer method characterized by performing transfer processing to sales on the sales floor or network sales. Based on the lottery identification information, the sales floor sales management database that records and manages the lottery sales information at the lottery counter,
A network sales management database that records and manages lottery sales information on the network based on the lottery identification information,
Based on the lottery identification information, a release condition database that records and manages information on release conditions including at least information on the lottery release period, and
With
A program that is executed by a computer of a lottery transfer system that performs a transfer process between a lottery for a sales floor and a lottery for a network sales for a lottery sold both on the lottery counter and on the network,
A reception management process for receiving sales information of the lottery tickets sold on the lottery sales floor and the network, and recording the sales information in the sales floor sales management database and the network sales management database;
For the corresponding lottery, based on the information recorded in the various databases, the average number of lottery tickets sold on the lottery counter and the lottery for sale on the network for each day is calculated . dates of the date of sale to identify from the released condition database, the remainder of which is specified based on the lottery sales floor and past each day past sales information management information database is recorded to store the sales number on the network sales number average of the past for each day corresponding to the date of sale is, if the calculated rather multi than the average sales number of each day lottery for sale, and sales trends lottery in the sales show an increasing trend Is the expected number of sales more than the average number of sales for each past day corresponding to the remaining sales date. The estimated excess / shortage number is calculated using a value obtained by multiplying the number of days of the remaining sales date by the number of days remaining and the remaining quantity recorded in the sales floor sales management database and the network sales management database. In addition, if it is predicted that the number of lottery tickets will be insufficient in the lottery ticket sales or network sales, the lottery ticket sales or network determined to be predicted to be insufficient Transfer management process to transfer to sales,
A program that executes

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