JP2011159016A - Message distribution system, server, program, and recording medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To transmit any message using voice and/or a moving picture from a sender to a receiver together with a commodity. <P>SOLUTION: A customer 3 to be a commodity sender reads a QR code (R) 61 printed on an order sheet 60 by a customer's terminal 30, accesses a transmission URL of a message registration page 130 and uploads a message using voice and/or a moving picture to a server 100 on the Internet N. Meanwhile, a user 5 to be a commodity receiver reads a QR code (R) 71 printed on a delivery slip 70 by a user's terminal 50, directly accesses a reproduction URL of a reproduction message frame 150, and reproduces and views the message using the voice and/or the moving picture through the Internet N. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a message delivery system and a server that deliver a message when delivering a product, a program that causes a computer to function as a server, and a recording medium that records the program.

  Conventionally, in stores such as department stores and retail stores, a service for delivering a product to a designated destination is provided to customers who have purchased the product. In this delivery service, when an order for a product is received from a customer, a purchase order is issued, a delivery slip is issued based on the sender and destination information entered in the purchase order, and the delivery slip is pasted to the product to be sent to the destination. It is delivered to. When using such a delivery service, there are cases where it is desired not only to send a product but also to send a message to a destination. However, in the past, it was only possible to send a message card prepared separately and send a call directly to the other party at a later date.

  The following patent document describes an information providing system using the Internet and a mobile phone. In this system, information provided by a store can be browsed by accessing the Internet with a user's mobile phone. However, information that can be browsed is limited to information prepared in advance by the store, and the user cannot deliver any message to the other party.

JP 2006-236227 A

  The present invention has been made in view of such circumstances, and an object of the present invention is to make it possible to deliver an arbitrary message by sound or video together with the product from the sender of the product to the recipient. is there.

  In order to achieve the above object, the present invention provides a message delivery system for delivering a customer message when delivering a product from a customer to a user, the customer terminal owned by the customer, the user terminal owned by the user, , A management company terminal owned by the management company, a delivery company terminal owned by the delivery company, and a server connected from these terminals via the Internet, and the server receives instructions from the management company terminal Message frame setting means for setting a plurality of registered message frames and corresponding playback message frames in a message registration page provided for each merchandise store, and a message from a customer terminal logged into the message registration page Assign registration message frames in the order in which registration requests were received, and connect addresses to the assigned registration message frames. To the customer terminal, message data uploading means for registering the message data uploaded from the customer terminal accessing the connection address to the registration message frame in the registration message frame, and the registration message frame Reproduction data registration means for converting the registered message data into reproduction data that can be reproduced by the user terminal, and registering the converted reproduction data in a reproduction message frame corresponding to the registered message frame, and a reproduction message in which the reproduction data is registered Provided is a message delivery system comprising delivery slip data generating means for generating data converted into a layout for printing a delivery slip based on a connection address to a frame and order information transmitted from a delivery company terminal. To do.

  In the present invention, the customer terminal and the user terminal can each use an information communication terminal such as a mobile phone terminal or a personal computer that can be connected to the Internet. Similarly, the management company terminal and the delivery company terminal need only have at least an operating environment connectable to the Internet, and an information communication terminal such as a personal computer can be used.

  The present invention also provides a message delivery system for delivering a customer message when delivering a product from a customer to a user, a customer terminal owned by the customer, a user terminal owned by the user, a manager terminal owned by the manager, and A server connected via the Internet from a delivery company terminal owned by a delivery company, and a plurality of registered message frames in a message registration page provided for each merchandise store based on instructions from the management company terminal And message frame setting means for setting a corresponding message frame to be replayed, and a message frame setting means for assigning registered message frames in the order in which message registration requests are received from a customer terminal logged into the message registration page, and a connection address to the assigned registered message frame Registration destination notification means for notifying the customer terminal and the registration message frame Message data uploaded from the customer terminal that accessed the connection address, message data registration means for registering in the registration message frame, and converting the message data registered in the registration message frame into playback data that can be played back on the user terminal, Based on reproduction data registration means for registering the converted reproduction data in a reproduction message frame corresponding to the registration message frame, a connection address to the reproduction message frame in which the reproduction data is registered, and order information transmitted from the delivery company terminal Thus, there is provided a server comprising delivery slip data generation means for generating data converted into a delivery slip printing layout.

  In the present invention, it is preferable that the server further includes reading code conversion means for converting the connection address to the message registration page and the connection address to the reproduction message frame into an optical reading code. In this case, at least the customer terminal and the user terminal need to have a function of photographing and reading the optical reading code. Here, examples of the optical reading code include a barcode such as JAN, ITF, CODE39, and CODE128, and a two-dimensional code such as QR code, PDF417, data matrix, and MaxiCode. However, in order to set the URL and the mail address, those that can handle alphabets and symbols other than numbers can be used except for those that can only handle numbers such as JAN and ITF. A two-dimensional code having a larger amount of information is preferable to a bar code.

  In the present invention, as a registration destination notifying unit, a method of notifying a message registration request from a customer terminal by e-mail can be employed.

  The present invention also provides a program for causing a computer to function as the server described above, and a computer-readable recording medium on which the program is recorded.

  According to the present invention, a customer who is a product sender can upload voice or video message data to a server on the Internet by accessing a connection address to a message registration page. On the other hand, the user who is the recipient of the product reproduces the message data by voice or video on the Internet by directly accessing the connection address to the reproduction message frame printed on the delivery slip or the delivery document to the user. You can watch it. Therefore, according to the present invention, it is possible to obtain an effect that the customer can deliver an arbitrary message to the user.

1 is an overall view showing a message delivery system according to the present invention. It is explanatory drawing which shows the flow of the data in the system of FIG. It is a top view which shows the layout of a purchase order. It is explanatory drawing which shows the display screen of the mobile telephone terminal at the time of message input, (a) is a screen at the time of QR code reading, (b) is a login screen, (c) is a transmission destination selection screen, (d) is a guidance mail A reception screen (e) shows a reception screen for a registration confirmation mail. It is a top view which shows the layout of a delivery slip. It is explanatory drawing which shows the display screen of the mobile telephone terminal at the time of message reproduction, (a) is a screen at the time of QR code reading, (b) is a login screen, (c) is a top screen, (d) is a message menu screen, ( e) shows a reproduction page screen.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  As shown in FIG. 1, the message delivery system S of this embodiment is a system that delivers messages using the Internet N in order to deliver voice and video messages along with products when delivering the products. . In the figure, 1 is a manager managing a server, 2 is a department store, a retail store such as a retail store, etc. 3 is a customer who orders the product, 4 is a product with a delivery slip attached A delivery company 5 represents a user to whom the product is sent.

  The manager 1 is provided with an information communication terminal 10 (hereinafter referred to as “manager trader terminal”) 10 such as a personal computer that can be connected to the Internet N, and a printer 11 connected to the manager trader terminal 10. Similarly, the delivery company 4 is provided with an information communication terminal (hereinafter referred to as “delivery company terminal”) 40 such as a personal computer that can be connected to the Internet N, and a printer 41 connected to the delivery company terminal 40.

  In order to use this system, the customer 3 has a mobile phone terminal (hereinafter referred to as “customer terminal”) 30 equipped with a so-called bar code reader that can be connected to the Internet N and can read an optical reading code. ing. Similarly, the user 5 has a mobile phone terminal (hereinafter referred to as “user terminal”) 50 that can be connected to the Internet N and can read an optical reading code. If the customer terminal 30 and the user terminal 50 have an operating environment that can be connected to the Internet N and have a function of photographing and reading an optical reading code, the information communication such as a personal computer is not limited to a mobile phone terminal. You can also use a terminal.

  A server 100 including an information processing apparatus such as a server computer is connected to the Internet N. The server 100 includes a web server 110 that displays and inputs various information to the web browsers of the management company terminal 10, the customer terminal 30, the delivery company terminal 40, and the user terminal 50.

  Further, the server 100 causes a computer to read a program that operates as a system described below, thereby allowing a message frame setting unit 111, a reading code conversion unit 112, a reading code registration unit 113, a registration request receiving unit 114, a registration destination notification. Means 115, e-mail transmission means 116, message data receiving means 117, message data registration means 118, reproduction data generation means 119, reproduction data registration means 120, order data reception means 121, and delivery slip data generation means 122. Note that a program recorded on a computer-readable recording medium can be used as the program that causes the computer to function as the server 100.

  Next, the operation of the message delivery system S of the present embodiment will be described according to the data flow with reference to FIG. The system of the present embodiment assumes a pattern in which a direct mail is sent to a specific customer 3 as part of sales promotion of a product at a store 2 such as a department store, and the customer 3 who receives this sends an order for the product. is there.

(1) Setting of Message Storage Space Based on the instruction from the manager terminal 10, the server 100 sends a message registration page 130 and a transmission URL (refer to FIG. In the example shown, http://www.k-cr.jp, etc.) is set. The message registration page 130 is provided on the Web server 110 that can be accessed via the Internet N, and is a message storage space divided by store.

  The server 100 sets a plurality of registered message frames 140 in advance in the message registration page 130 by the message frame setting means 111. The registered message frame 140 is a data folder classified for each party to which a message is registered. Each registration message frame 140, 140,... Is assigned an individual registration ID (u *** 1,...), And a registered mail address (u *** 1 @) as a connection address to each registration message frame 140. k-cr.jp, ...) is set.

  The server 100 uses the message frame setting unit 111 to set the playback message frame 150 corresponding to the registered message frame 140 as a set. The reproduction message frame 150 is a data folder that is individually accessed when the destination user 5 reproduces a message. Further, an individual reproduction ID (p *** 1,...) Is assigned to each reproduction message frame 150, 150,..., And a reproduction URL (http: //www.k) is used as a connection address to each reproduction message frame 150. -cr.jp/p *** 1 /, ...) is set.

  The server 100 generates data in which the transmission URL of the message registration page 130 for each store is converted into an optical reading code (QR code in the example of FIG. 2, the same applies hereinafter) by the reading code conversion unit 112. Other examples of optical reading codes include barcodes such as JAN, ITF, CODE39, and CODE128, and two-dimensional codes such as PDF417, data matrix, and MaxiCode. In addition, except those that can handle only numbers such as JAN and ITF, those that can handle alphabets and symbols in addition to numbers can be used. The converted QR code is registered in the message registration page 130 of each store by the reading code registration unit 113.

(2) Provision of Message Registration Page The manager 1 provides the store 2 with a message registration page 130 of each store. As a providing method, a method of transmitting a transmission URL or QR code, which is a connection address to the message registration page 130, as digital data by e-mail or the like can be considered. Alternatively, the transmission URL or QR code printed on a paper medium may be sent.

(3) Sending Direct Mail / Order Form The dealer 2 sends a direct mail that advertises information about the product to the customer 3 who is registered as a member. The direct mail is sent in accordance with, for example, the New Year's Day, year-end gift, Mother's Day or Father's Day, or the entrance ceremony or graduation ceremony. Here, it is assumed that the store 2 has customer data such as an address, a name, and an e-mail address related to the customer 3, and it does not matter whether or not there is a purchase history of products at the store 2. The case where there is customer data but no purchase history is assumed when personal information registered as a member of a list company or the like is used.

  In the store 2, an information processing terminal 20 (hereinafter referred to as “store terminal”) 20 such as a personal computer and a printer 21 connected to the store terminal 20 are installed. In this embodiment, the store 2 issues a direct mail with a sealed letter, a catalog of products enclosed in the mail, and an order form 60.

  As shown in FIG. 3, in addition to the transmission URL that is the connection address to the message registration page 130 of each store and the QR code 61 that records this, the order form 60 includes the address and name of the customer 3 who is the sender. The printer 21 prints the customer ID 62 and delivery information 63 such as the address and name of the user 5 to whom the customer 3 has sent products in the past. The direct mail including the order form 60 and the catalog is mailed from the store 2 to each customer 3.

(4) Filling and sending the order form When a direct mail is sent from the store 2, the customer 3 selects a product from the catalog, fills in the necessary information on the order form 60, and places an order. Since the purchase order 60 is pre-printed with address information such as the address and name of the destination user 5 as described above, the customer 3 selects a partner to be designated as the destination this time and enters a check mark in the entry field. And enter the item number of the item you want to send. Further, when there is a change or error in the destination address information, or when it is desired to add a new destination partner, such information can be entered by hand as shown.

  When the order form 60 is completed, the order form 60 is sent to the delivery company 4 by facsimile or reply envelope to place an order. When sending the order form 60 with a reply envelope, the order form 60 is copied before sending it, and a copy is left at hand. The reason is that the QR code 61 printed on the order form 60 is required when inputting the message described below.

(5) Message Input The customer 3 can deliver a voice or video message to the user 5 as a product destination when filling in the order form 60 or after sending the order form 60. The message input method is such that the QR code 61 printed on the order form 60 is photographed and read by a camera built in the customer terminal 30 as shown in FIG. This is done by accessing 130 transmission URLs.

  When the transmission URL is accessed, the login screen shown in FIG. 4B first appears, so that the customer 3 inputs his / her customer ID 62 “00010” printed on the order form 60 and logs in. Here, the server 100 authenticates with the customer ID 62, and if the authentication results are valid ID, the transmission destination selection screen in FIG. 4C is opened. When a message destination is selected on this screen and a “send” button is clicked, a message registration request is transmitted from the customer terminal 30 to the server 100 via the Internet N.

  On the other hand, in the server 100, the registration request receiving means 114 receives this and assigns empty registration message frames 140 in the message registration page 130 in the order in which the message registration requests are received. Then, the connection address to the assigned registration message frame 140 is notified to the customer terminal 30 by the registration destination notifying means 115. The notification method is as shown in FIG. 4 (d), from the registered email address (u***[email protected]) of the registered message frame 140 to the email address (**** @ *** of the customer terminal 30). .jp) by sending a guide mail. Then, the customer 3 can input a message by voice or video by replying to the guidance mail with message data such as data recorded by voice or data obtained by shooting a video.

  This message can be input any number of times within a predetermined validity period from the date of issue of the order form 60. Here, the valid period may be set not within the date of issue of the order form 60 but within a predetermined period from the date of shipment of the order form 60 (for example, within one week after the date of shipment). In this case, message registration can be completed in accordance with the timing of delivery of the product. In addition, an order deadline is set, the order deadline is written on the order form 60, a document describing the order deadline is enclosed in the order form 60, or the order deadline is written on an envelope to which the order form 60 is sent. Also good.

  When the message is input as described above, the registration confirmation mail is transmitted to the customer terminal 30 as shown in FIG. When the connection address described in this registration confirmation mail is clicked, the contents of the entered message data can be confirmed. Thereafter, when a registration button (not shown) is clicked, the message data is uploaded to the server 100 and received by the message data receiving means 117 as shown in FIG. The received message data is registered in the corresponding registered message frame 140 in the message registration page 130 by the message data registration unit 118. When the registration is completed, a registration completion mail is transmitted to the customer terminal 30 by the e-mail transmission means 116.

  In the present embodiment, the customer ID 62 is entered on the login screen of FIG. 4B when inputting the message. However, the customer ID 62 may be omitted and the customer may log in using only the QR code 61. That is, after the QR code 61 is read by the customer terminal 30 as shown in FIG. 4A, the transmission destination selection screen shown in FIG. 4C can be opened directly.

  In addition to the QR code 61 and the customer ID 62, a password may be requested and logged in. As a method for this, after reading the QR code 61 in FIG. 4A, a blank mail is transmitted from the customer terminal 30 to the server 100 prior to receiving the message data. Then, the server 100 returns a reply mail describing the password together with the connection address to the registration message frame 140 to the customer terminal 30 by the electronic mail transmission means 116 for the blank mail. Thereby, when the customer terminal 30 accesses the connection address to the registration message frame 140, it is possible to log in by inputting both the customer ID 62 and the password. In this way, since the message can be input only from the specific customer terminal 30 that has received the reply mail, the security level is further increased.

(6) Message Data Conversion Since the message data input to the registered message frame 140 is not in a data format corresponding to the carrier of the user terminal 50, the server 100 performs a data format conversion process. That is, in the server 100, the message data input to the registered message frame 140 is converted by the reproduction data generation means 118 (message data conversion / storage program shown in FIG. 2), and can be reproduced for each carrier of the user terminal 50. Generate playback data in data format. Here, three different types of reproduction data are generated so as to be compatible with the carriers of company A, company B, and company C, which are mobile phone terminal carriers. The generated reproduction data is registered in the reproduction message frame 150 corresponding to the registration message frame 140 before conversion by the reproduction data registration unit 120. Note that the generation of reproduction data is not limited to three companies in order to correspond to all carriers.

(7) Receiving Order Data The delivery company 4 transmits the order data to the server 100 when the order form 60 is sent from the customer 3. The order data is transmitted from the delivery company terminal 40 to the server 100 via the Internet N. Here, the order data includes the address, name, and customer ID 62 of the customer 3 who is the sender of the product entered in the order form 60, as well as the address information (address, name) of the user 5 that is the destination of the product. , Data including unique user IDs (00010a, 00010b, and 00010c in the example of FIG. 2) individually assigned to identify the user 5. In the server 100, the order data receiving unit 121 receives the order data transmitted from the delivery company terminal 40.

(8) Product Delivery Upon receiving the order data, the server 100 generates print data for the delivery slip. That is, the server 100 generates the delivery slip data converted into a layout to be printed on the delivery slip 70 based on the reproduction data and the order data by the delivery slip data generation means 122 (delivery slip print data generation program shown in FIG. 2). To do. Here, the delivery slip data is a PDF of an image including a QR code in which a reproduction URL is recorded as a connection address to the reproduction message frame 150 in addition to address information of the sender and destination as shown in FIG. It is data.

  On the other hand, the delivery company 4 downloads delivery slip data from the server 100. Downloading is performed from the server 100 via the Internet N by the delivery company terminal 40. When the download is completed, the delivery company 4 issues a delivery slip 70 using the printer 41 connected to the delivery company terminal 40.

  As shown in FIG. 5, in addition to the QR code 71 in which the reproduction URL of the reproduction message frame 150 is recorded, the address, name, customer ID 72 of the sender 3 and the destination are included in a predetermined location of the delivery slip 70 as shown in FIG. The address, name, and user ID 73 of the user 5 are printed. The delivery slip 70 is affixed to the product and delivered to the destination user 5.

  In the present embodiment, the QR code 71 is printed at a position where the delivery slip 70 can be seen. However, in order to prevent unauthorized use during delivery, a method of concealing and sending the QR code 71 may be employed. As a method for this, a QR code 71 is printed on a document (for example, a delivery note of a product) sent to the user 5 and the document is put in a product box and sent, or a QR code 71 is printed on the back of the delivery slip 70. A method of printing is conceivable. When printing on the back side of the delivery slip 70, for example, a method for double-sided printing using a delivery slip described in Utility Model Registration No. 312423, or a delivery slip described in JP-A-2006-281739 A method of folding in half can be adopted.

(9) Reproduction of message When the product is delivered, the user 5 can reproduce the message sent from the customer 3. To reproduce the message, the QR code 71 printed on the delivery slip 70 is photographed and read by a camera built in the user terminal 50 as shown in FIG. This is done by accessing 150 playback URLs.

  When the reproduction URL is accessed, the login screen shown in FIG. 6B first appears, and the user 5 logs in by inputting his / her user ID 73 (00010a in the case of the user 1) printed on the delivery slip 70. Here, if the server 100 authenticates with the user ID 73 and if the authentication is a valid ID, the top screen of FIG. 6C is opened. When a message item is selected on this screen, the message menu shown in FIG. 6D is displayed. When the playback button is clicked, the registered message data can be played back and viewed. When the message data is reproduced, the e-mail transmission unit 116 of the server 100 transmits a confirmation e-mail notifying the completion of reproduction of the message contents to the e-mail address of the customer 3.

  In the present embodiment, the user ID 73 is input on the login screen of FIG. 6B during message reproduction. However, the user ID 73 may be omitted and the user may log in using only the QR code 71. That is, the top screen of FIG. 6C can be opened directly after the QR code 71 is read by the user terminal 50 as shown in FIG.

  In addition, on the playback page shown in FIG. 6E, the message can be viewed again by clicking the confirmation button. On the other hand, when the delete button is clicked on this page, the message data in the playback message frame 150 is deleted. Further, when the reproduction valid period has elapsed, both the message data in the registration message frame 140 and the reproduction data in the reproduction message frame 150 are deleted in the server 100.

  Here, the reproduction effective period can be set in the server 100 within a predetermined period (for example, within one month after the arrival date) from the arrival date of the product. The arrival date of the product is specified by sending delivery date data from the delivery company terminal 40 to the server 100 when the delivery company 4 takes back the delivery slip of the delivery slip 70 and performs delivery completion processing by machine reading. Just do it.

  In FIG. 6, message data based on voice or video is reproduced and viewed, but this message data can also be downloaded from the server 100 and stored in the user terminal 50.

  As described above, according to the message delivery system S of the present embodiment, the customer 3 who is the product sender records the QR code 61 printed on the order form 60 on the customer terminal 30 and records it on the QR code 61. The message registration page 130 thus accessed can be accessed and message data by voice or video can be uploaded to the server 100 on the Internet N. On the other hand, the user 5 who is the recipient of the product directly accesses the reproduction message frame 150 recorded in the QR code 71 by reading the QR code 71 printed on the delivery slip 70 with the user terminal 50, and thereby the voice or video Can be reproduced and viewed on the Internet N.

  Therefore, according to this message distribution system S, the customer 3 can deliver an arbitrary message to the user 5 in conjunction with the delivery of the product. Further, by sending a direct mail to the customer 3 who is registered as a member, it is possible to promote the sales of products and use the system.

  In the present embodiment, a sealed letter is adopted as a form of direct mail. However, instead of this, a form using, for example, a round-trip postcard, e-mail, or Web is also conceivable. In these cases, if the direct mail is a round-trip postcard, the product ordering method is performed by posting a reply postcard filled with order information. In the case of direct mail by e-mail, order information may be entered in a reply mail and transmitted. Also, in the case of direct mail via the Web, the application form displayed on the Web screen is printed and the order information is entered and sent by mail or facsimile, or the order information is directly entered on the Web screen application form. And send it.

  In addition, the connection address to the message registration page 130 used when inputting the message is printed in advance on the order form 60 when the direct mail is sent from the store 2 to the customer 3. Subsequent notice may be given when confirming orders from. For example, a method is conceivable in which an order confirmation and a connection address are notified by facsimile from the store 2 that has received the order to the customer 3. Further, a method of sending a connection address together with order confirmation by e-mail from the dealer 2 to the customer 3 or a method of displaying the connection address on a Web screen and outputting the connection address from the customer 3 with a printer is used. be able to. It is also possible to place an order by calling the sales outlet 2 from the customer 3 and notify the connection address from the sales outlet 2 to the customer 3 through the telephone port.

The message delivery system according to the present invention may have various usage forms as follows, for example.
A. A form of sending a greeting when sending a mid-year gift or year-end gift. A form of sending a thank-you word when sending a gift for Father's Day or Mother's Day D. Sending congratulations when sending presents for graduation or graduation. A form of sending a thank-you word when sending a congratulatory gift E. A form to deliver messages from players when purchasing tickets for watching sports games. When sending a DM for a company recruitment, a message is also sent from the company.

S ... Message delivery system N ... Internet 1 ... Manager 2 ... Dealer 3 ... Customer 4 ... Delivery company 5 ... User 10 ... Manager's terminal 20 ... Dealer terminal 30 ... Customer terminal 40 ... Delivery company terminal 50 ... User terminal 60 Order form 70 ... Delivery slip 100 ... Server 110 ... Web server 111 ... Message frame setting means 112 ... Reading code conversion means 113 ... Reading code registration means 114 ... Registration request receiving means 115 ... Registration destination notifying means 116 ... E-mail sending means DESCRIPTION OF SYMBOLS 117 ... Message data receiving means 118 ... Message data registration means 119 ... Reproduction data generation means 120 ... Reproduction data registration means 121 ... Order data reception means 122 ... Delivery slip data generation means 130 ... Message registration page 140 ... Registration message frame 150 ... Reproduction Message frame

Claims (8)

A message delivery system for delivering a customer message when delivering a product from a customer to a user,
A customer terminal owned by the customer, a user terminal owned by the user, a management company terminal owned by the management company, a delivery company terminal owned by the delivery company, and a server connected from these terminals via the Internet, Consists of
The server
A message frame setting means for setting a plurality of registered message frames and a corresponding reproduction message frame in a message registration page provided for each merchandise store based on an instruction from the manager terminal;
A registration destination notification means for allocating registration message frames in the order in which message registration requests are received from a customer terminal logged into the message registration page, and notifying the customer terminal of a connection address to the allocated registration message frame;
Message data registration means for registering message data uploaded from the customer terminal that has accessed the connection address to the registration message frame, in the registration message frame;
Reproduction data registration means for converting message data registered in the registration message frame into reproduction data that can be reproduced by the user terminal, and registering the converted reproduction data in a reproduction message frame corresponding to the registration message frame;
A delivery slip data generating means for generating data converted into a layout for printing a delivery slip based on the connection address to the playback message frame in which the playback data is registered and the order information transmitted from the delivery company terminal;
A message delivery system comprising:   2. The message delivery system according to claim 1, wherein the server further comprises reading code conversion means for converting the connection address to the message registration page and the connection address to the reproduction message frame into an optical reading code, respectively. system.   3. The message delivery system according to claim 1, wherein the registration destination notifying means notifies the message registration request from the customer terminal by electronic mail. In a message delivery system for delivering a customer message when delivering a product from a customer to a user, a customer terminal owned by the customer, a user terminal owned by the user, a manager terminal owned by the manager, and a delivery owned by the carrier It is a server connected via the Internet from a vendor terminal,
A message frame setting means for setting a plurality of registered message frames and a corresponding reproduction message frame in a message registration page provided for each merchandise store based on an instruction from the manager terminal;
A registration destination notification means for allocating registration message frames in the order in which message registration requests are received from a customer terminal logged into the message registration page, and notifying the customer terminal of a connection address to the allocated registration message frame;
Message data registration means for registering message data uploaded from the customer terminal that has accessed the connection address to the registration message frame, in the registration message frame;
Reproduction data registration means for converting message data registered in the registration message frame into reproduction data that can be reproduced by the user terminal, and registering the converted reproduction data in a reproduction message frame corresponding to the registration message frame;
A delivery slip data generating means for generating data converted into a layout for printing a delivery slip based on the connection address to the playback message frame in which the playback data is registered and the order information transmitted from the delivery company terminal;
A server comprising:   5. The server according to claim 4, further comprising reading code conversion means for converting the connection address to the message registration page and the connection address to the reproduction message frame into an optical reading code.   6. The server according to claim 4 or 5, wherein the registration destination notifying means notifies the message registration request from the customer terminal by electronic mail.   The program for functioning a computer as a server of any one of Claims 4-6.   A computer-readable recording medium on which the program according to claim 7 is recorded.

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