JP2009037507A - Premium offer support system, premium offering provider support system and premium offer support method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To make it possible to simply change an exchange rate of points to a premium. <P>SOLUTION: A premium exchange support system KSY is provided with a store system 2 of a provider for offering a premium to a customer as exchange with points and a data center system 1 of a second provider for wholesaling premiums to the provider. The data center system 1 is provided with a sales rate data input terminal 12 for inputting the sales rate of premiums to be sold by the second provider and a sales rate file distribution server 11 for notifying the store system 2 of the input sales rate. The store system 2 is provided with a store client 2A for calculating the number of points necessary for exchange with a premium on the basis of the sales rate of the premium which is notified from the sales rate file distribution server 11 and a POS master device 3A for applying the calculated number of points necessary for the exchange with the premium to a POS terminal 3B which is used for a clerk dealing with the customer. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a system and method for supporting a business operator who provides a prize to a customer in exchange for the score obtained by the customer.

  Conventionally, businesses such as credit card companies, airlines, and department stores give points (points) to customers who use their services according to the transaction amount. Then, a premium is provided to the customer in accordance with the score acquired by the customer. Similarly, businesses that operate pachinko parlors also offer prizes according to the points earned by customers.

  In recent years, consumer needs have been diversified, and such businesses have prepared various prizes. For example, various prizes such as brand items such as bags, perfumes, watches or accessories, taste items such as cigarettes or coffee, and practical items such as tableware or daily goods are prepared.

In addition, an increasing number of consumers are interested in precious metal bullion such as gold, silver or platinum. As described in Patent Document 1, inexpensive plastic cards in which small pieces of precious metal bullion are embedded are easily and widely used as souvenirs and gifts. Therefore, it is conceivable that prizes containing precious metal bullion will be actively used in the future.
Japanese Patent No. 2905252

  By the way, the above brand products are often imported products. For imported products, the Japanese yen price often fluctuates as the exchange rate fluctuates. In addition, the price of the plastic card often fluctuates as the market price of precious metal bullion changes.

  In this way, some prizes used for exchanging points can easily change in price. A fixed exchange rate for prizes and points whose prices are likely to fluctuate may be detrimental to either the operator or the customer.

  Therefore, it is conceivable that the operator changes the exchange rate set in his system at any time. However, as described above, since the number of prizes is increasing, it is troublesome for a business operator to change the exchange rate one by one. In addition, if the number of prizes increases in the future, work errors may occur.

  In view of such a problem, the present invention makes it possible to easily change the exchange rate of points and prizes for a business operator that provides prizes in exchange for points earned by a customer. And aim.

  A free gift providing support system according to the present invention is a free gift providing support system that supports a business operator who provides a free gift to the customer in exchange for the points acquired by the customer, the first system used by the business operator, And a second system used by a second business operator who sells giveaways to the business operator, the second system for inputting a price of a premium sold by the second business operator. Price input means, and price notification means for notifying the second system of the price of the input premium, the first system based on the price of the premium notified from the second system The person in charge of responding to the customer of the business operator calculates the necessary score calculating means for calculating the score necessary for redeeming the prize and the calculated score required for redeeming the prize. Applicable to the terminal device used To have a application processing unit, and characterized in that.

  Preferably, the price notifying means notifies the second system of the price every time a price of a premium is newly input, and the required score calculating means is notified of a new price of the prize. , The score required for redeeming the prize based on the new price is calculated, and the application processing means calculates the score every time the score required for redeeming the prize is newly calculated. Is applied to the terminal device.

  Or, for each floor of the store of the business operator, there is a point value storage means for storing the value per unit score in the floor, and the required score calculation means is the value in the floor for each floor The application processing means calculates the number of points required for redeeming with a prize based on the above, and the application processing means calculates the floor on which the terminal device is installed for the redemption. Apply the required score. Alternatively, the price of the prize including the precious metal bullion is input by the price input means.

  According to the present invention, it is possible to easily change the exchange rate of points and prizes for a business operator who provides prizes in exchange for points earned by a customer.

  FIG. 1 is a diagram showing an example of the overall configuration of a free gift exchange support system KSY.

  As shown in FIG. 1, the prize providing support system KSY according to the present invention includes a data center system 1, a store system 2 (21, 22, 23,...), A communication line NW, and the like. The premium providing support system KSY and each store system 2 can be connected to each other via a communication line NW. As the communication line NW, the Internet, a public line, a dedicated line, or the like is used.

  The free gift providing support system KSY is a system that provides support for the store to provide free gifts to the customer in accordance with the points (points) acquired by the customer.

  The data center system 1 includes a sales rate file distribution server 11, a sales rate data input terminal 12, a hub 1H, a router 1R, and the like. The router 1R connects the data center system 1 and an external network. The hub 1H connects the router 1R, the sales rate file distribution server 11, and the sales rate data input terminal 12 to each other.

  The data center system 1 is a system for acquiring information on a selling price per unit of a premium or an object included therein and notifying each store. For example, one gram of selling price per certain candy, one confectionery selling price per dozen, or one gram of precious metal bullion (eg 24 bullion) in a certain proportion of ingredients Obtain and notify information such as sales price per item. Hereinafter, the sales price per unit of the premium or the item included therein will be referred to as “sales rate”.

  One set of the store system 2 is provided for each store that receives the sales rate information from the data center system 1.

  The store system 2 includes a store client 2A, one or a plurality of floor networks FL, a hub 2H, a router 2R, and the like. The router 2R connects the store system 2 and an external network. The hub 2H connects the router 2R, the store client 2A, and the floor network FL.

  The floor network FL is a LAN (Local Area Network) composed of a POS (Point of Sales) host device 3A, one or a plurality of POS terminals 3B, a router 3R, and the like, and is 1 for each floor in the store. One set is provided. For example, the store T1 has four floor networks FL because it has four floors of the first floor to the fourth floor. The store clerk uses the POS terminal 3B on the floor that he / she is responsible for to give the customer a gift in exchange for the points earned by the customer.

  2 is a diagram showing an example of the functional configuration of the sales rate file distribution server 11, FIG. 3 is a diagram showing an example of the functional configuration of the store client 2A and the POS host device 3A, and FIG. 4 is an example of the standard exchange rate file 5HK. FIG. 5 is a diagram showing an example of the floor-based score value file 5FB, and FIG. 6 is a diagram showing an example of the same day exchange rate list file 5TR.

Next, taking as an example a case where the gift exchange support system KSY is used under the following conditions (A) to (D), each of the data center system 1, the store system 2, and the floor network FL respectively The apparatus will be described in further detail.
(A) Distributor of sales rate information: Precious metal merchant S that wholesales or retails precious metal bullion such as gold, silver, and platinum.
(B) Distribution destination of sales rate information: Stores T1 to T3 of pachinko stores in various places. Hereinafter, these stores may be collectively referred to as “store T”.
(C) Premiums provided to customers by each store T: Noble metal premiums K including noble metal bullion G having components in a predetermined ratio. As the precious metal prize K, four types of precious metal prizes K1, K2, K3 and K4 including 2.0 g, 1.0 g, 0.5 g and 0.3 g of the precious metal bullion G are prepared. ing. The precious metal merchant S wholesales the precious metal prize K to the stores T1 to T3.
(D) Distribution rate target: precious metal bullion G. The unit of the sales rate is “1.0 gram”.

  The sales rate data input terminal 12 is used by an employee of the precious metal merchant S to input a sales rate of the precious metal bullion G.

  When the staff inputs a predetermined command to the sales rate data input terminal 12, the sales rate data input terminal 12 displays a screen for inputting the sales rate. Here, the staff inputs the sales rate of the precious metal bullion G, that is, the sales price per 1.0 g. Then, the sales rate data input terminal 12 generates a sales rate file 5HR indicating the sales rate and the date of the day, and transmits it to the sales rate file distribution server 11.

  By the way, in general, the prices of various precious metal bullions change almost every day. Therefore, the selling price of the precious metal bullion G also changes accordingly. In general, precious metal merchants often announce the sales price of precious metal bullion at 9:30 am, but pachinko stores often open around 10 am. Therefore, the staff of the precious metal merchant S inputs the sales rate of the precious metal bullion G as soon as the sales price of the precious metal bullion G is determined.

  As the sales rate data input terminal 12, a personal computer or a workstation is used.

  The sales rate file distribution server 11 includes a sales rate file receiving unit 101, a sales rate file storage unit 102, a sales rate file distribution unit 103, and the like as shown in FIG. Processing for notifying each store T is performed.

  The sales rate file receiving unit 101 performs a process of receiving the sales rate file 5HR from the sales rate data input terminal 12. The sales rate file 5HR is stored in the sales rate file storage unit 102.

  The sales rate file distribution unit 103 distributes the sales rate file 5HR received by the sales rate file receiving unit 101 to the store clients 2A of the stores T1 to T3. In principle, when the sales rate file 5HR is received by the sales rate file receiving unit 101, it is immediately transmitted (distributed). However, if the store system 2 to which the destination store client 2A belongs is appropriately connected to the communication line NW by dial-up, it may not be possible to transmit to the store client 2A if it is not always connected to the communication line NW. Therefore, even when there is a request from the store client 2A, the latest sales rate file 5HR stored in the sales rate file storage unit 102 is transmitted.

  A server machine such as a so-called PC server or UNIX (registered trademark) server is used as the sales rate file distribution server 11.

  Part or all of the sales rate file receiving unit 101 to the sales rate file distribution unit 103 may be realized by controlling hardware based on software, or only by hardware such as an embedded circuit. May be. The same applies to each unit provided in the store client 2A, the POS host device 3A, and the POS terminal 3B, which will be described later.

  The store client 2A includes a standard exchange rate data acquisition unit 201, a standard exchange rate file storage unit 202, a point value data acquisition unit 203, a point value file storage unit 204, a sales rate file reception unit 205, and a day exchange as shown in FIG. It has a standard score determination unit 206, a floor-specific exchange rate determination unit 207, a current day exchange rate file distribution unit 208, and the like.

  The store client 2 </ b> A performs processing for receiving sales rate information from the data center system 1. Furthermore, when the precious metal prizes K1 to K4 are provided to the customer, the number of points collected from the customer (in this embodiment, the number of balls or coins), that is, the exchange rate for each of the precious metal prizes K1 to K4 and points. The information regarding is notified to the floor network FL of each floor. Hereinafter, the exchange rate between the precious metal prize K and the score is referred to as “exchange rate”.

  The standard exchange rate data acquisition unit 201 acquires data indicating the exchange rate for each of the precious metal prizes K1 to K4 for each sales rate of the precious metal bullion G (for various sales rates) as follows. To do.

  The stores T1 to T3 uniquely determine in advance the standard value at the time of taking one point (one ball, one piece), that is, the standard value for exchanging one point for a prize worth. . Hereinafter, this is referred to as “standard value at the time of collection”. Furthermore, according to the standard value of the number of points at the time of collection, the exchange rate between each precious metal prize K1 to K4 and the points for each precious metal bar sales rate (that is, points for exchanging one precious metal prize K1 to K4) Is determined in advance). Even if the value at the time of picking up one point varies from floor to floor, the standard value is determined here, and the exchange rate is determined accordingly.

  When the store clerk inputs a predetermined command to the store client 2A, the standard exchange rate data acquisition unit 201 displays an input screen on the display. Here, the store clerk inputs exchange rates for the noble metal prizes K1 to K4 according to the sales rate of the noble metal bullion G as shown in FIG. Then, the standard exchange rate data acquisition unit 201 acquires the input information, generates a standard exchange rate file 5HK indicating the information, and stores it in the standard exchange rate file storage unit 202. Note that the standard exchange rate file 5HK in FIG. 4 is an example in the case where the standard value of the number of pick-up points is 4 yen.

Alternatively, the standard exchange rate data acquisition unit 201 may acquire the standard exchange rate file 5HK based on the following equation (1).
Er = αr · β / γ (1)

However, “r” is the type number of the noble metal prize K, and is an integer from “1” to “4”. “Αr” is the mass (in grams) of the precious metal ingot G included in one precious metal prize Kr. “Β” is the sales rate [yen / gram] of the precious metal bullion G. “Γ” is the standard value [yen / point] of the number of pick-up points. Er is the number of points required for exchanging one noble metal prize K of the type αr (that is, noble metal prize Kr) when the sales rate of the precious metal bullion G is β and the standard value of the number of points of collection is γ. It is.

  In this embodiment, four types of noble metal prizes K having a gram number of precious metal bullion G contained therein of “2.0”, “1.0”, “0.5”, or “0.3” are prepared. Yes. Further, the range in which the sales rate of the precious metal bullion G fluctuates can be predicted to some extent even before the operation of the gift exchange support system KSY is started. Accordingly, the standard value of the number of points in time for the store T is substituted into γ in the equation (1), and “2.0”, “1.0”, “0.5”, and “0.3” are further stored. Is sequentially substituted for α, and a sales rate value in a range in which the precious metal bullion G is expected to fluctuate (for example, each integer value of 1000 to 5000 yen) is sequentially substituted to obtain a standard exchange rate file 5HK. be able to. Therefore, the store clerk inputs the standard value of the number of pick-up points of his store T, the number of grams of the precious metal bullion G included in each of the precious metal prizes K1 to K4, and the range of the sales rate expected to change the precious metal bullion G. For example, the standard exchange rate data acquisition unit 201 generates the standard exchange rate file 5HK according to the equation (1) based on the standard exchange rate data acquisition unit 201.

  The contents of the standard exchange rate file 5HK can be changed as necessary. When changing, the standard exchange rate data acquisition unit 201 displays the contents of the standard exchange rate file 5HK on the display. Here, the store clerk designates a part to be changed and inputs new contents. Then, the standard exchange rate data acquisition unit 201 updates the standard exchange rate file 5HK with the contents input by the store clerk. The floor-specific score value file 5FB described later can also be changed by the same method.

  The standard exchange rate file storage unit 202 stores the standard exchange rate file 5HK acquired by the standard exchange rate data acquisition unit 201.

  The point value data acquisition unit 203 acquires the value at the time of taking one point for each floor, that is, data indicating how many yen worth the one point is exchanged as follows.

  When the store clerk inputs a predetermined command to the store client 2A, the point value data acquisition unit 203 displays an input screen on the display. Here, when the store clerk inputs the value at the time of collection of one point for each floor as shown in FIG. 5, the point value data acquisition unit 203 acquires the information, and the score value file for each floor indicating the information 5FB is generated and stored in the score value file storage unit 204.

  The sales rate file receiving unit 205 receives the sales rate file 5HR distributed from the sales rate file distribution server 11 of the data center system 1.

  The current day exchange standard score determination unit 206 collates the standard exchange rate file 5HK stored in the standard exchange rate file storage unit 202 with the sales rate file 5HR received by the sales rate file reception unit 205, thereby The standard score necessary for exchanging one of the precious metal prizes K1 to K4 in the store T is determined.

  That is, the same day exchange standard score determination unit 206 searches the list (see FIG. 4) shown in the standard exchange rate file 5HK for the row (record) corresponding to the sales rate shown in the sales rate file 5HR. To do. Then, each exchange rate shown in the row is determined as a standard exchange rate on the day of the noble metal prizes K1 to K4. Hereinafter, the exchange rate on the day will be referred to as “standard exchange rate on the day”.

  For example, when the sales rate indicated in the sales rate file 5HR is “2500 yen” and the contents of the standard exchange rate file 5HK are as shown in FIG. 4, the current day standard exchange rates of the precious metal prizes K1 to K4 are “1250”, respectively. “Point”, “625 points”, “312 points”, and “187 points” are determined.

The floor-specific exchange rate determination unit 207 includes the current day standard exchange rate determined by the current day standard replacement point determination unit 206, the floor-specific score value file 5FB stored in the score value file storage unit 204, and the following equation (2): Based on the above, the exchange rate of each of the precious metal prizes K1 to K4 to be applied on each floor is determined.
RTs = Xs × (Yt / Z) (2)

However, “s” is the type number of the noble metal prize K and is an integer from “1” to “4”. “Xs” is the same day standard exchange rate of the noble metal prize Ks. “Yt” is a point value on the t-th floor (see FIG. 5). “Z” is the standard value of the number of pick-up points at the store T. RTs is the exchange rate for the day on the t-th floor of the noble metal prize Ks.

  By this method, a current day exchange rate list file 5TR indicating the current day exchange rate of each floor as shown in FIG. 6 is obtained.

  The exchange rate file distribution unit 208 on the same day exchanges the exchange rates for each day indicated in the exchange rate list file 5TR obtained by the floor for the POS host apparatus 3A of the floor network FL of each floor. The same day exchange rate file 5TK is distributed. For example, for the POS host device 3A of the floor network FL (FL1) on the first floor, the exchange rate for each day of the precious metal prizes K1 to K4 on the first floor (in the example of FIG. 6, the first record from the top) ) Is distributed (transmitted) on the same day exchange rate file 5TK.

  A server machine such as a so-called PC server or UNIX server is used as the store client 2A. A personal computer or workstation can also be used. The same applies to the POS host device 3A described below.

  The POS host device 3A manages each POS terminal 3B in the floor network FL. As shown in FIG. 3, the POS host apparatus 3 </ b> A includes a current day exchange rate file receiving unit 301 and a current day exchange rate file distributing unit 302.

  The same day exchange rate file receiving unit 301 receives the same day exchange rate file 5TK distributed from the store client 2A. Alternatively, the store client 2A voluntarily requests the same day exchange rate file 5TK and receives it.

  The same day exchange rate file distribution unit 302 applies the latest exchange rate to each POS terminal 3B provided in the same floor network FL, and the same day exchange rate file receiving unit 301 receives the same day exchange rate file 5TK. To deliver.

  The POS terminal 3 </ b> B is a terminal device used by a store clerk when giving a gift to a customer in exchange for a score. The hardware configuration and software configuration of the POS terminal 3B are basically the same as those of an existing POS terminal for exchanging premiums at a pachinko store. However, when exchanging the noble metal prizes K1 to K4, the exchange rate indicated in the latest day exchange rate file 5TK received from the POS host apparatus 3A is applied as the exchange rate.

  Or, the latest exchange rate file 5TK on the same day is always stored in the POS host device 3A, and every time it is necessary to exchange the precious metal prize K and points, the POS terminal 3B accesses the POS host device 3A and exchanges on the day. You may comprise so that the rate file 5TK may be referred. Alternatively, every time the POS terminal 3B is turned on, the POS terminal 3B may access the POS host apparatus 3A and refer to the same day exchange rate file 5TK.

  FIG. 7 is a diagram showing the flow of processing and the flow of data in the gift exchange support system KSY. Next, the overall processing flow of the gift exchange support system KSY will be described with reference to FIG.

  Before starting operation of the store client 2A, the stores T1 to T3 each independently supply the standard exchange rate file 5HK (see FIG. 4) and the floor-specific score value file 5FB (see FIG. 5) to their store client 2A. Register (circle number 1).

  The precious metal merchant S determines the sales rate of the precious metal bullion G based on the latest market price of the day at around 9:30 every day and inputs it to the sales rate data input terminal 12 (circle numeral 2). Then, the sales rate data input terminal 12 transmits a sales rate file 5HR indicating the sales rate to the sales rate file distribution server 11 (circle numeral 3). The sales rate file distribution server 11 distributes the sales rate file 5HR to the store clients 2A of the stores T1 to T3 (circle numeral 4).

  In the store T1, the store client 2A, as a general rule, determines the standard exchange rate for the day each time the sales rate file 5HR is received, and further exchanges each of the precious metal prizes K1 to K4 to be applied on the day on each floor. Determine the rate (circle 5). The same day exchange rate file 5TK indicating the exchange rate of each of the precious metal prizes K1 to K4 to be applied on that floor is transmitted to the POS host apparatus 3A on each floor (circle numeral 6).

  When the POS host device 3A on each floor receives the same day exchange rate file 5TK of its own floor, it distributes it to each POS terminal 3B provided on its own floor (circle numeral 7). Then, on the day, a prize exchange operation is performed based on the day exchange rate file 5TK.

  In the stores T2 and T3, the same processing as that of the store T1 described above is performed. That is, the store-specific standard exchange rate for the day is determined, and further, the exchange rates for the precious metal prizes K1 to K4 to be applied on the day for each floor are determined. And it is notified to each floor.

  According to this embodiment, it is possible to easily change the exchange rate for points and prizes. In general, the time for determining the price of the precious metal bullion is close to the time for opening the pachinko store. However, according to the present embodiment, the price of the precious metal bullion G is automatically and immediately replaced. Since the rate can be changed, an appropriate rate can be immediately applied, and a mistake in setting the rate due to impatience of the store clerk can be eliminated.

  In this embodiment, as a general rule, the sales rate is input and the exchange rate associated therewith is applied once a day. However, it may be performed a plurality of times every day at a predetermined time. Alternatively, it may be performed every time the sales rate of the precious metal bullion G changes.

  In the present embodiment, the case where the noble metal prize K is used as an exchange prize has been described as an example, but the present invention can also be applied to the case where an imported article or the like is used as a prize.

  In this embodiment, the data center system 1 is configured by the sales rate file distribution server 11 and the sales rate data input terminal 12. However, the functions of the sales rate file distribution server 11 and the sales rate data input terminal 12 are realized by a single device. May be. Similarly, the store client 2A and the POS host device 3A on each floor may be realized by a single device.

  In addition, the configuration of the whole or each part of the gift exchange support system KSY, the data center system 1, the sales rate file distribution server 11, the sales rate data input terminal 12, the store system 2, the store client 2A, the POS host device 3A, the POS terminal 3B, The processing content, processing order, file configuration, and the like can be changed as appropriate in accordance with the spirit of the present invention.

It is a figure which shows the example of the whole structure of a prize exchange assistance system. It is a figure which shows the example of a functional structure of a sales rate file delivery server. It is a figure which shows the example of a functional structure of a shop client and a POS high-order apparatus. It is a figure which shows the example of a standard exchange rate file. It is a figure which shows the example of the score value file classified by floor. It is a figure which shows the example of a day exchange rate list file. It is a figure which shows the flow of a process of a prize exchange assistance system, and the flow of data.

Explanation of symbols

KSY Premium Exchange Support System (Premium Offer Support System)
1 Data center system (second provider)
11 Sales rate file distribution server (price notification means)
2 Store system (first system, gift provider support system)
12 Sales rate data input terminal (price input means)
2A Store client (necessary score calculation means, score value storage means)
3A POS host device (application processing means)
3B POS terminal (terminal equipment)
5FB Score value file by floor 5HR Sales rate file 5TR Same day exchange rate list file

Claims (6)

A free gift providing support system for supporting a business providing a free gift to the customer in exchange for the score obtained by the customer,
A first system used by the business operator and a second system used by a second business operator who sells prizes to the business operator;
The second system is:
Price input means for inputting the price of the prize sold by the second business operator;
Price notification means for notifying the second system of the price of the input prize,
The first system is:
Based on the price of the prize notified from the second system, a necessary score calculating means for calculating a score necessary for the exchange with the prize;
Application processing means for applying the calculated number of points necessary for redeeming the prize to a terminal device used by a person in charge of the business customer;
A gift providing support system characterized by this. The price notification means notifies the second system of the price every time a price of a premium is newly input,
The required score calculation means calculates a score required for redeeming the prize based on the new price every time a new price of the prize is notified,
The application processing means causes the terminal device to apply the score every time a score required for redeeming a prize is newly calculated.
The premium providing support system according to claim 1. For each floor of the store of the business operator, has a point value storage means for storing the value per unit score on the floor,
The required score calculating means calculates, for each floor, a score required for redeeming with a prize based on the value on the floor,
The application processing means causes the terminal device to apply the number of points necessary for redeeming the prize calculated for the floor where the terminal device is installed.
The premium providing support system according to claim 1 or 2. The price of the premium including the precious metal bullion is input by the price input means,
The premium providing support system according to any one of claims 1 to 3. A premium provider support system for supporting a provider that provides a premium to the customer in exchange for the number of points acquired by the customer,
Price notification receiving means for receiving notification of the price of the premium from the second system of the second business that sells the premium to the business;
Based on the price of the prize related to the notification, a necessary score calculating means for calculating the score necessary for the exchange with the prize;
An application processing means for applying the calculated number of points necessary for redeeming the premium to a terminal device used by a person in charge of the business customer;
A gift provider support system characterized by comprising: A prize providing support method for supporting a business that provides a prize to the customer in exchange for the number of points acquired by the customer,
When the price of the premium sold by the second operator to the operator is input to the second system used by the second operator, the price of the gift is used by the operator. Let the second system execute the process of notifying one system,
Based on the price of the prize notified from the second system, the first system is caused to execute a process for calculating the number of points necessary for redeeming the prize,
Causing the first system to execute a process of applying the calculated number of points necessary for redeeming the prize to a terminal device used by a person in charge of the business customer.
A gift providing support method characterized by that.

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