JP2019128808A - Commodity selling system, method and program - Google Patents

Abstract

To provide a commodity selling technique using a communication network which can deliver a plurality of commodities at a single delivery cost while using a commodity card sold (or distributed) on a face-to-face basis.SOLUTION: In a commodity sales system, a management server 20 comprises a database 21 having registration of a unique commodity ID 41 described on a commodity card 31 and a unique delivery ID 42 described on a delivery card, a transmitting and receiving unit 22 for receiving the commodity ID 41, the delivery ID 42, commodity attribute data 43 and address data 46 from a seller terminal 30 and a purchaser terminal 50, a data link unit 26 for associating the commodity attribute data 43 with the database 21, a collation unit 27 for the commodity ID 41 and the delivery ID 42, and a generating unit 28 for generating delivery information 47 including the commodity attribute data 43 and the address data 46.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a product sales technique using a communication network.

In mail order sales using a communication network, a form in which an unspecified person browses and selects a product on the network and performs payment settlement on the network (for example, Patent Document 1).
However, when it is desired to provide a limited number of products to a specified target person, or when it is desired to sell a product to a minor who can not easily open a financial account, etc., it becomes difficult to cope with the above-mentioned general mail order sales. .

  Therefore, the service is to have the target person who provides the product face-to-face purchase of the product card printed with the unique identifier ID, apply the address with this identifier ID on the communication network, and deliver the product using a home delivery service etc. Is being considered.

JP, 2006-40676, A

  However, in the card use service described above, the price of one product and the charge of one courier service are combined in one product card. For this reason, there is an issue that it is inevitable to pay extra delivery charges for the number of purchases minus one even though the courier service can be used only once, when multiple products are purchased simultaneously. .

  The present invention has been made in consideration of such circumstances, and utilizes a communication network capable of delivering a plurality of products at a single delivery cost while using product cards sold face to face (distributed). The purpose is to provide merchandise sales technology.

  A commodity sales system according to the present invention includes a database in which a unique commodity ID written on a commodity card and a unique delivery ID written on a delivery card are registered, and a first received via a communication network. A first transmission / reception unit that transmits a registration form to a seller terminal that is a transmission source of the request signal and receives the product ID and product attribute data mutually linked with this registration form; and the product received from the seller terminal An application form is sent to the data link unit that associates attribute data with the corresponding product ID on the database, and the purchaser terminal that is the source of the second request signal received via the communication network, A second transmitting / receiving unit that receives the delivery ID, destination data, and one or more product IDs that are input in association with each other; and the purchaser terminal A matching unit that matches each of the received product ID and the delivery ID against at least a target, and the matching result matches the delivery ID and the one or more product IDs received from the purchaser terminal A delivery information generation unit that generates delivery information combining the destination data and one or more of the product attribute data linked to each of at least one of the seller terminal and the delivery terminal And a third transmission / reception unit for transmitting data via the communication network.

  ADVANTAGE OF THE INVENTION By this invention, the goods sales technique using a communication network which can deliver several goods at the delivery cost for 1 time is provided, using the goods card by which face-to-face sales (distribution) is carried out.

Image of seller's store and buyer in the concert hall. The image figure of the goods card and delivery card sold face to face to a purchaser. 1 is an overall image diagram showing an embodiment of a product sales system according to the present invention. 1 is a block diagram showing an embodiment of a product sales system according to the present invention. (A) The image figure of the goods registration form displayed on a seller terminal, (B) The image figure of the confirmation form. (A) The image figure of the delivery registration form displayed on a seller terminal, (B) The image figure of the confirmation form. (A) Image of application form of card ID displayed on purchaser terminal, (B) Image of application form of destination data, (C) Image of confirmation form. A data list indicating a product ID registered in the database, a seller ID associated with the product ID, and product attribute data. A data list indicating a delivery ID registered in the database, a seller ID associated with the delivery ID, and destination data. The image figure of the delivery information displayed on a seller terminal or a delivery terminal. FIG. 1 is a sequence diagram showing an embodiment of a commodity sales method and a commodity sales program according to the present invention.

Hereinafter, embodiments of the present invention will be described based on the attached drawings.
FIG. 1 is an image diagram of a seller's store 15 and a purchaser 16 in the concert hall 12. The use of the product sales system according to the embodiment is, for example, a store where a seller simply installs a product (not shown) such as a new CD before release and limited goods containing music played at a concert in a concert hall 12 or the like. 15, it is assumed that the audience (purchaser 16) makes a reservation purchase.

FIG. 2 is an image diagram of a product card 31 and a delivery card 32 that are sold face-to-face with the purchaser 16.
In the store 15 (FIG. 1), the product does not exist or is only displayed. The purchaser 16 purchases a desired number of product cards 31 of the desired product from the store 15. Further, the purchaser 16 purchases the delivery card 32 from the store 15 as many as the number of delivery destinations of the goods by courier service or the like.

The merchandise card 31 and the delivery card 32 that are issued in large quantities are created by the system administrator and are provided to the merchant who wants to use the merchandise sales system. The merchandise card 31 and the delivery card 32 are grouped together (for example, 100 cards), and are provided from the system administrator to the seller in units of this group.
As a method of providing the product card 31 and the delivery card 32 from the system administrator to the seller, direct sales at a store can also be adopted in addition to the case of adopting a general online mail order.

Each of the product card 31 and the delivery card 32 is given a unique product ID 41 and a delivery ID 42. The product ID 41 and the delivery ID 42 are composed of a common term X common to the same group and a unique term Y that is at least unique to the same group.
By configuring the product ID 41 in this way, in the product registration form 23a (FIG. 5A) displayed on the seller terminal 30 described later, a plurality of product IDs 41 and one product attribute data 43 are grouped. Can be easily linked. Furthermore, the validity / invalidity setting of a plurality of product IDs 41 can be made efficient in group units.
Then, by the delivery ID 42 being configured in this way, in the delivery registration form 23 b (FIG. 6A) displayed on the seller terminal 30 described later, the plurality of delivery IDs 42 become valid / invalid in group units. The setting can be made efficient.

  Further, the product ID 41 and the delivery ID 42 need only be recognized by the purchaser 16 of the product card 31 and the delivery card 32. For this reason, in order to prevent spoofing to the purchaser 16, the product ID 41 described on the product card 31 and the delivery ID 42 described on the delivery card 32 are hard and scratched so that the characters are lifted when rubbed It may be given.

  The code 44 printed on each of the product card 31 and the delivery card 32 is information for reading by the purchaser terminal 50 described later and for accessing the management server 20. More specifically, the purchaser terminal 50 can display the application form 25 (see FIG. 7) on the purchaser terminal 50 by reading the code 44.

FIG. 3 is an overall image diagram showing an embodiment of a merchandise sales system according to the present invention.
The merchandise sales system 10 according to the embodiment includes a management server 20 maintained by a system administrator, a merchant terminal 30 where the merchant seller accesses the management server 20 to register data, and a merchandise purchaser manages the management server. 20, the purchaser terminal 50 (50a, 50b, 50c) which performs data application, and the delivery person terminal 60 which the delivery person of goods accesses the management server 20 and acquires delivery information; Connected and configured.
The delivery person 62 delivers the product from the warehouse to the destinations 61a, 61b, 61c based on the acquired delivery information.

FIG. 4 is a block diagram showing an embodiment of a commodity sales system according to the present invention.
Here, as the seller terminal 30, the purchaser terminal 50, and the deliverer terminal 60, a general-purpose computer equipped with a browser that can browse the site of the communication network 11 such as the Internet can be used. For this reason, as long as each of the seller terminal 30, the purchaser terminal 50, and the deliverer terminal 60 is in an environment that can be connected to the communication network 11, the installation position is not limited. In particular, a portable terminal or wearable terminal is recommended for the purchaser terminal 50 (50a, 50b, 50c) so that the purchaser can apply for data immediately after purchasing the product card 31 and the delivery card 32 at the store 15.

  As shown in FIG. 4 (refer to FIG. 2 as appropriate), the management server 20 at least includes the database 21, the transmitting / receiving unit 22 (first transmitting / receiving unit 22a, second transmitting / receiving unit 22b, third transmitting / receiving unit 22c) The link unit 26, the check unit 27, and the delivery information generation unit 28 are provided.

The unique product ID 41 described in the product card 31 and the unique delivery ID 42 described in the delivery card 32 are registered in the database 21.
The first transmission / reception unit 22 a transmits a registration form 23 (see FIG. 5A) to the seller terminal 30 that is a transmission source of the first request signal 31 received via the communication network 11. The product ID 41 and the product attribute data 43 that are input in association with each other are received.

The data link unit 26 links the product attribute data 43 received from the seller terminal 30 to the corresponding product ID 41 on the database 21.
The second transmission / reception unit 22 b transmits the application form 25 to the purchaser terminal 50 that is the transmission source of the second request signal 52 received via the communication network 11, and the delivery ID 42 mutually linked and input in the application form 25. , Destination data 46 and one or more product IDs 41.

The collation unit 27 collates with the database 21 for at least each of the product ID 41 and the delivery ID 42 received from the purchaser terminal 50.
If the collation results match, the delivery information generating unit 28 receives the destination data 46 and one or more product attribute data associated with each of the delivery ID 42 and one or more product IDs 41 received from the purchaser terminal 50. The delivery information 47 (see FIG. 10) in which 43 is combined is generated.
The third transmission / reception unit 22 c transmits the delivery information 47 to at least one of the seller terminal 30 and the deliverer terminal 60 via the communication network 11.

Although not shown, the management server 20 includes a CPU that executes an operating system, application programs, etc., a main storage unit configured by a ROM and a RAM, an auxiliary storage unit configured by a hard disk, and a network card. The communication control unit is configured by an input unit such as a keyboard and a mouse, and an output unit such as a monitor. Each function of the management server 20 shown in FIG. 4 reads predetermined software on the CPU and the main storage unit, operates the communication control unit, the input unit, the output unit, and the like under the control of the CPU. This is realized by reading and writing data in the unit and the auxiliary storage unit. Data and databases necessary for processing are stored in the main storage unit and the auxiliary storage unit.

The merchant terminal 30 needs to register in advance in the management server 20 a merchant ID and password required for authentication when logging into the system. In the embodiment, an authentication method using an email address as the seller ID is adopted, but there is no particular limitation.
The seller accesses the management server 20 from the seller terminal 30 via the communication network 11 after acquiring the product card 31 and the delivery card 32 from the system administrator. Then, the first request signal 31 is transmitted, the registration form 23 is received from the management server 20, and is displayed on the screen.

FIG. 5A is an image diagram of the product registration form 23 a displayed on the seller terminal 30. FIG. 5 (B) is an image diagram of the confirmation form 24a.
In FIG. 5A, the seller selects a group of product cards 31 in which the common item X of the product ID 41 (see FIG. 2) is summarized as “Aaa”, and product attribute data 43 of “XX New Release CD”. Tied to Thus, if 100 product cards 31 are included in one group, the same product attribute data 43 can be associated with 100 product cards 31 in a single process.

As described above, in the product registration form 23a, by specifying the common term X of the product ID 41 and setting the unique term Y to an arbitrary character (wild card), the product attribute data 43 can be linked in units of groups. it can.
Further, if the common term X and the specific term Y of the product ID 41 are both designated and input, the product attribute data 43 can be linked in units of one product card 31.

  The commodity registration form 23 a is provided with a switch box 51 capable of switching between valid / invalid of the association between the commodity ID 41 and the commodity attribute data 43. Further, when the switch box 51 is set to “valid”, it is possible to set a time limit 52 for automatically switching to “revocation”.

By setting the switch box 51 and the time limit 52, it is possible to revoke the unsold commodity card 31 after the end of the sales period or when the sales prospect is established. Moreover, even if the product card 31 is sold, it can be expired after a certain period if it is not subjected to subsequent application procedures.
Accordingly, it is possible to prevent an unauthorized act such that a malicious person does not purchase the product card 31 and randomly input the product ID 41 to illegally acquire the product.

In the case where the product ID 41 which has been unregistered or revoked in the database 21 of the management server 20 is erroneously input to the product registration form 23a, an error message is displayed.
After inputting the product ID 41 and the product attribute data 43 in the product registration form 23a, when the "confirm" button is pressed, the confirmation form 24a is displayed, and when the "edit" button is pressed, the product registration form 23a is returned again and reedited. Becomes possible.
When the “Send” button is pressed, the product ID 41 and the product attribute data 43 associated with each other are received by the first transmission / reception unit 22a of the management server 20 and corresponding to each other on the database 21 via the data link unit 26. The product attribute data 43 and the seller ID 45 are associated with the product ID 41 (see FIG. 8).

FIG. 6A is an image diagram of the delivery registration form 23 b displayed on the seller terminal 30. FIG. 6B is an image diagram of the confirmation form 24b.
In FIG. 6A, the seller validates the group of the delivery card 32 in which the common item X (see FIG. 2) of the delivery ID 42 is “Rss”, and the expiration date is April 30, 2018. It is set to.

As described above, in the delivery registration form 23b, by specifying the common term X of the delivery ID 42 and setting the specific term Y to an arbitrary character (wild card), it is possible to set validity / invalidity in units of groups. it can.
Further, if the common term X and the specific term Y of the delivery ID 42 are both designated and input, it is possible to set the validity / invalidity of the delivery card 32 in units of one sheet. The effect that such a setting can be made in the delivery registration form 23b is the same as the contents already described in the product registration form 23a, and therefore will be omitted.

When the delivery ID 42 which is unregistered or revoked is incorrectly input to the delivery registration form 23b on the database 21 of the management server 20, an error message is displayed.
After inputting the delivery ID 42 in the delivery registration form 23b, when the "confirm" button is pressed, the confirmation form 24b is displayed, and when the "edit" button is pressed, the delivery registration form 23b is returned again and re-editing becomes possible.
Then, when the "send" button is pressed, the delivery ID 42 is received by the first transmission / reception unit 22a of the management server 20, and the seller ID 45 is linked to the corresponding delivery ID 42 on the database 21 via the data link unit 26. (See Figure 9).

FIG. 7A is an image diagram of a card ID application form 25 a displayed on the purchaser terminal 50. FIG. 7B is an image diagram of the application form 25b of the destination data. FIG. 7C is an image diagram of the confirmation form 24c.
The purchaser purchases the merchandise card 31 and the delivery card 32 at the seller's store 15 (FIG. 1), and then accesses the management server 20 from the purchaser terminal 50 via the communication network 11. And the 2nd request signal 32 is transmitted, the application form 25 is received from the management server 20, and it displays on a screen.

  In FIG. 7A, the purchaser inputs the delivery ID 42 described on the purchased delivery card 32 into the application form 25a. When a plurality of delivery cards 32 are purchased, different application forms 25 (25a, 25b) are input to each delivery card 32.

Subsequent to the input of the delivery ID 42, one or more product IDs 41 associated with the delivery ID 42 are input on the application form 25a. In the application form 25a, the number of input fields of the product ID 41 can be arbitrarily increased or decreased.
However, since the number of products that can be sent in one delivery is limited, an upper limit of the number of product IDs 41 that can be linked to one delivery ID 42 can be set in the application form 25a.
When a product ID 41 or a delivery ID that has not been registered or expired on the database 21 of the management server 20 is erroneously input to the product registration form 23a, an error message is displayed.

After inputting the delivery ID 42 and one or more product IDs 41 in the card ID application form 25a, when the "next" button is pressed, the application form 25b of destination data shown in FIG. 7B is displayed. The destination data 46 input on the application form 25b is associated with the delivery ID input on the application form 25a. When the “confirm” button of the application form 25b is pressed, a confirmation form 24c is displayed. When the “edit” button is pressed, the application form 25 (25a, 25b) is returned to and can be edited again.
In the confirmation form 24c, in addition to the destination data 46 input by itself, the product attribute data 43 linked to the input product ID 41 can be confirmed.
The confirmation form 24c displayed on the purchaser terminal 50 matches the contents of delivery information 47 (see FIG. 10) described later.

  Then, when the “send” button of the confirmation form 24 c is pressed, the delivery ID 42, the destination data 46, and the one or more product IDs 41 linked to each other are received by the second transmission / reception unit 22 b of the management server 20. Then, the collation unit 27 collates each of the product ID 41 and the delivery ID 42 received from the purchaser terminal 50 with the database 21. In addition, the collation part 27 may collate seller ID45 and other objects, and may judge a match / mismatch.

  If the collation results match, the destination data 46 is linked to the delivery ID 42 on the database 21. Furthermore, the valid setting of the corresponding product ID 41 and delivery ID 42 is switched to the revocation setting. By this, it is possible to prevent fraudulent acts such as malicious ones not randomly acquiring the product by randomly inputting the product ID 41 and the delivery ID 42 without purchasing the product card 31 and the delivery card 32. it can.

FIG. 8 is a data list showing the product ID 41 registered in the database 21 (FIG. 4), the seller ID 45 linked to the product ID 41, and the product attribute data 43.
FIG. 9 is a data list showing the delivery ID 42 registered in the database 21 (FIG. 4), the seller ID 45 and the destination data 46 linked thereto.

The collation unit 27 can increase the strength against fraud prevention by determining whether or not the seller IDs associated with both of the product ID 41 and the delivery ID 42 of the database 21 coincide with each other.
The product ID 41 and the delivery ID 42 transmitted from the application form 25 (25a, 25b) of the purchaser terminal 50 via the communication network 11 are set to expire on this database 21.
In addition, the valid / invalid setting switched from the registration form 23 (23a, 23b) of the seller terminal 30 is also reflected in the database 21.

  FIG. 10 is an image diagram of the delivery information 47 displayed on the seller terminal 30 or the delivery terminal 60. As shown in FIG. In the case where the above-described matching results match, the delivery information generation unit 28 sends the destination data 46 associated with the received delivery ID 42 and one or more items associated with each of the one or more item IDs 41. Delivery information 47 combined with the attribute data 43 is generated.

  As described above, the delivery information 47 is composed of the destination data 46 and one or more item attribute data 43 associated with the destination data 46, and the item attribute data 43 in which a plurality of items are duplicated is represented by the number of deliveries. . The seller terminal 30 and the delivery terminal 60 can access the third transmission / reception unit 22c of the management server 20 via the communication network 11, and can display the delivery information 47 on its own display unit.

  Then, in accordance with the delivery information 47, the delivery person delivers the goods designated by the article attribute data 43 from the warehouse by the designated quantity, and delivers it to the place designated by the destination data 46.

FIG. 11 is a sequence diagram showing an embodiment of a product sales method and product sales program according to the present invention.
The system administrator registers the unique product ID 41 described in the product card 31 and the unique delivery ID 42 described in the delivery card 32 in the database 21 of the management server 20 (S11).
In response to the seller's request, the system administrator causes the seller to obtain the product card 31 and the delivery card 32 (S12). This (S11) can be purchased directly at the store, in addition to using general online mail order. These cards are grouped into a bundle of a plurality of sheets, and the seller acquires the commodity card 31 and the delivery card 32 from the system administrator in units of this group.

  A request signal of the registration form 23 is transmitted via the communication network 11 with the seller terminal 30 as the sender and the management server 20 as the receiver (S13). Next, the registration form 23 is transmitted with the management server 20 as the sender and the seller terminal 30 as the receiver (S14). Then, the commodity ID 41 and the commodity attribute data 43 mutually linked and inputted in the registration form 23 are transmitted with the seller terminal 30 as the sender and the management server 20 as the receiver (S15).

The management server 20 registers the product attribute data 43 received from the seller terminal 30 in association with the corresponding product ID 41 on the database 21 (S16).
The seller sells the product card 31 and the delivery card 32 to the purchaser (S17).

  A request signal of the application form 25 is transmitted via the communication network 11 with the purchaser terminal 50 as the sender and the management server 20 as the receiver (S17). Next, the application form 25 is transmitted with the management server 20 as the sender and the purchaser terminal 50 as the receiver (S18). Then, the delivery ID 42, the destination data 46, and one or more product IDs 41 mutually linked and input in the application form 25 are transmitted with the purchaser terminal 50 as the sender and the management server 20 as the receiver (S19).

  In the management server 20, each of the product ID 41 and the delivery ID 42 received from the purchaser terminal 50 is collated with the database 21 (S20). If the verification results match (S21: Yes), the delivery ID 42 received from the purchaser terminal 50 and the destination data 46 and one or more item attribute data 43 linked to each of the one or more item IDs 41 are combined. The delivered delivery information 47 is generated (S22).

On the other hand, if the verification results do not match (S21 No), an error message is displayed on the confirmation form 24c (FIG. 7C) of the purchaser terminal 50.
The delivery information 47 is transmitted via the communication network 11 with the management server 20 as a sender and the seller terminal 30 or the distributor terminal 60 as a receiver (S23).
The delivery person delivers the product to the delivery destination based on the destination data 46 and the one or more product attribute data 43 described in the delivery information 47 (S24).

  According to the commodity sales system, the commodity sales method and the commodity sales program described above, it is possible to deliver a plurality of commodities at a single delivery cost using commodity cards and delivery cards that are sold face to face (distributed). Product sales technology using a communication network can be provided.

  Although several embodiments of the present invention have been described, these embodiments are presented by way of example and are not intended to limit the scope of the invention. These embodiments can be implemented in other various forms, and various omissions, substitutions, changes, and combinations can be made without departing from the scope of the invention. These embodiments and modifications thereof are included in the invention described in the claims and the equivalents thereof as well as included in the scope and the gist of the invention.

In addition, the product sales program is provided by being preinstalled in a ROM or the like, or is a file in an installable or executable format on a computer such as a CD-ROM, CD-R, memory card, DVD, or flexible disk (FD). It may be stored and provided on a readable storage medium. Alternatively, it may be stored on a computer connected to a network such as the Internet and provided by being downloaded via the network.
The management server 20 can also be configured by mutually connecting and combining different modules that independently exhibit each function of the components by a communication network or a dedicated line.

  Reference Signs List 10 commodity sale system 11 communication network 12 concert venue 15 seller's store 16 purchaser 20 management server 21 database 22 transmitting / receiving unit 22a first transmitting / receiving unit 22b ... 2nd transmission and reception unit, 22c ... 3rd transmission and reception unit, 23 ... registration form, 23a ... commodity registration form, 23b ... delivery registration form, 24a ... confirmation form, 24b ... confirmation form, 24c ... confirmation form, 25 ... application form, 25a: Application form, 25b: Application form, 26: Data link unit, 27: Collation unit, 28: Delivery information generation unit, 30: Seller terminal, 31: First request signal, 31: Merchandise card, 32: Delivery card 32 ... second request signal, 41 ... product ID, 42 ... delivery ID, 43 ... product attribute data, 44 ... code, 45 ... seller ID, 4 ... destination data, 47 ... delivery information, 50 ... buyer terminal, 51 ... switch box, 52 ... second request signal, 52 ... deadline, 60 ... delivery terminal, 61 (61 a, 61 b, 61 c) ... destination, 62 ... Shipper.

Claims (10)

A database in which the unique product ID listed on the product card and the unique delivery ID listed on the delivery card are registered,
A first transmission / reception unit that transmits a registration form to a seller terminal that is a transmission source of a first request signal received via a communication network, and receives the product ID and the product attribute data that are associated with each other in the registration form; ,
A data link unit that links the product attribute data received from the seller terminal to the corresponding product ID on the database;
An application form is sent to the purchaser terminal that is the originator of the second request signal received via the communication network, and the delivery ID, destination data, and one or more of the product IDs entered in association with each other in this application form A second transceiver unit for receiving
A collation unit that collates the database with at least each of the product ID and the delivery ID received from the purchaser terminal;
When the matching results match, the delivery data received from the purchaser terminal and the destination data and one or more product attribute data associated with each of the one or more product IDs are combined. A delivery information generator for generating delivery information;
A third transmitting / receiving unit for transmitting the delivery information to at least one of the seller terminal and the delivery terminal via the communication network. In the merchandise sales system according to claim 1,
An error message is displayed when the product ID or the delivery ID that has not been registered or expired on the database is input to the registration form or the application form. In the commodity sales system according to claim 2,
The merchandise sales system, wherein the merchandise ID and the delivery ID transmitted from the application form are set to be revoked on the database. In the commodity sales system according to claim 2 or claim 3,
The merchandise sales system, wherein the merchant terminal can switch between valid / invalid setting of the merchandise ID and the delivery ID in the database. In the commodity sales system according to any one of claims 1 to 4,
A plurality of the product cards are grouped together, and the product ID can be associated with the product attribute data on a group basis in the registration form. In the commodity sales system according to any one of claims 1 to 5,
In the application form, an upper limit of the number of the product IDs that can be linked to one delivery ID is set. In the commodity sales system according to any one of claims 1 to 6,
The product sales system, wherein the product ID and the delivery ID are linked to a unique seller ID registered in advance in the database by the seller terminal. In the commodity sales system according to any one of claims 1 to 7,
At least one of the product ID described on the product card and the delivery ID described on the delivery card is characterized in that a scratch process is performed so that a character is lifted when rubbed with a hard thing. Product sales system. Registering in the database the unique product ID listed on the product card and the unique delivery ID listed on the delivery card;
Sending a registration form to the seller terminal that is the source of the first request signal received via the communication network, and receiving the product ID and product attribute data linked to each other in the registration form;
Linking the product attribute data received from the seller terminal to the corresponding product ID on the database;
The application form is transmitted to the purchaser terminal that is the transmission source of the second request signal received via the communication network, and the delivery ID, destination data, and one or more product IDs that are linked to each other in the application form Step of receiving
Collating the database with at least each of the product ID and the delivery ID received from the purchaser terminal;
When the matching results match, the delivery data received from the purchaser terminal and the destination data and one or more product attribute data associated with each of the one or more product IDs are combined. Generating delivery information;
Transmitting the delivery information to at least one of the seller terminal and the deliverer terminal via the communication network. On the computer,
Registering the unique product ID described on the product card and the unique delivery ID described on the delivery card in a database;
Transmitting a registration form to a seller terminal that is a transmission source of the first request signal received via the communication network, and receiving the product ID and the product attribute data associated with each other in the registration form;
Linking the product attribute data received from the seller terminal to the corresponding product ID on the database;
The application form is transmitted to the purchaser terminal that is the transmission source of the second request signal received via the communication network, and the delivery ID, destination data, and one or more product IDs that are linked to each other in the application form Receiving step,
Collating the database with at least each of the product ID and the delivery ID received from the purchaser terminal;
When the matching results match, the delivery data received from the purchaser terminal and the destination data and one or more product attribute data associated with each of the one or more product IDs are combined. Generating delivery information,
Transmitting the delivery information to at least one of the seller terminal and the deliverer terminal via the communication network.

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