JP2011159013A - Message distribution system, server, program, and recording medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To transmit an arbitrary message from a sender to a recipient together with an article. <P>SOLUTION: An article sender 2 uses a sender terminal 20 to read a QR code (R) 52 printed on a written notice 50, accesses a transmission URL and uploads a message by voice or a moving picture to a server 100 on the Internet N. An article recipient 4 uses a recipient terminal 40 to read a QR code (R) 62 printed on a delivery slip 60, accesses a reproduction URL and reproduces and views the message from the sender 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 an article, a program that causes a computer to function as a server, and a recording medium that records the program.

  2. Description of the Related Art Conventionally, a delivery center of a delivery company performs a delivery operation for delivering an item to a designated destination. In this delivery service, when a delivery request is received from a sender, a delivery slip is issued in accordance with the information of the sender and the destination, and the delivery slip is attached to the product and delivered to the destination. When requesting such a delivery, there are cases where it is desired not only to send the goods but also to send a message to the destination. However, in the past, it was only possible to send a message card with a specially written message card or to call the other party directly at a later date.

  The following patent document describes an information providing system using the Internet and a mobile phone. This system allows users to browse the information provided by the store by accessing the Internet with the mobile phone of the user. The information that can be browsed is prepared in advance by the store, and the user can select any message. Cannot be delivered 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 voice or video together with goods from the sender to the recipient.

  In order to achieve the above object, the present invention provides a message delivery system for delivering a sender's message upon delivery of an item from the sender to the recipient, the sender terminal owned by the sender, and the receipt owned by the recipient. It is composed of a human terminal, a management company terminal owned by a management company, a delivery company terminal owned by a delivery company, and a server connected from these terminals via the Internet. Based on the instruction from the transmission message frame setting means for setting the transmission message frame and its connection address in the transmission database, and the message data uploaded from the sender terminal accessing the connection address to the transmission message frame, Message data registration means to register in the send message frame and playback in correspondence with the send message frame Replay message frame setting means for setting a replay message frame and its connection address in the database; replay data generating means for converting the message data registered in the transmission message frame and generating replay data reproducible at the recipient terminal; A delivery slip data generating means for generating data converted into a layout for the delivery slip based on the connection address to the reproduction message frame and the addressee address information transmitted from the delivery company terminal, and printed on the delivery slip A message delivery system comprising: a reproduction data registration means for registering the generated reproduction data in the reproduction message frame for reproduction by a recipient terminal that has accessed the connection address to the reproduction message frame. It is.

  In the present invention, the sender terminal and the recipient 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 relates to a message delivery system for delivering a sender's message when delivering an item from the sender to the recipient, a sender terminal owned by the sender, a recipient terminal owned by the recipient, and a manager owned by the manager. A server which is connected via the Internet from a terminal and a delivery company terminal owned by the delivery company, and sets a transmission message frame and its connection address in a transmission database based on an instruction from the management company terminal A message frame setting means, a message data registration means for registering message data uploaded from the sender terminal accessing the connection address to the transmission message frame in the transmission message frame, and a reproduction database corresponding to the transmission message frame Set the playback message frame and its connection address in Message frame setting means, message data registered in the transmission message frame, reproduction data generation means for generating reproduction data that can be reproduced by the recipient terminal, connection address to the reproduction message frame, and transmission from the delivery company terminal A delivery slip data generating means for generating data converted into a delivery slip layout based on the address information of the recipient, and a recipient terminal accessing the connection address to the replay message frame printed on the delivery slip In order to reproduce the data, a server comprising reproduction data registration means for registering the generated reproduction data in the reproduction message frame is provided.

  In the present invention, the server may further include reading code conversion means for converting the connection address to the transmission message frame and the connection address to the reproduction message frame into optical reading codes, respectively. In this case, at least the sender terminal and the recipient terminal must 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 transmission URL and playback URL, it is possible to use anything that can handle alphabets and symbols other than numbers, except for those that can only handle numbers such as JAN and ITF. Also, a two-dimensional code having a larger amount of information is preferable to a bar code.

  In the present invention, the server may further include an e-mail transmission unit that transmits an e-mail attached with a connection address to the transmission message frame to the sender terminal. The server may further include means for displaying a connection address to the transmission message frame on a Web page accessible by the sender terminal.

  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, an article sender can upload a message by voice or video to a server on the Internet by accessing a connection address to a transmission message frame. On the other hand, the recipient of the item can reproduce and view the message from the sender on the Internet by accessing the connection address to the reproduction message frame printed on the delivery slip. Therefore, according to the present invention, there is an effect that the sender can deliver an arbitrary message to the recipient.

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 notice. It is explanatory drawing which shows the display screen of a mobile telephone 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 top screen, (d) is a voice message menu screen, ( e) shows a recording page screen. 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 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 voice 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 the present embodiment delivers messages using the Internet N in order to deliver a message by voice or video when the sender sends an item to the destination. System. In the figure, reference numeral 1 denotes a management company that manages the server, 2 denotes a sender who sends an item, 3 denotes a delivery company which delivers the item, and 4 denotes a recipient to which the item 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 3 is provided with an information communication terminal 30 (hereinafter referred to as “delivery company terminal”) 30 such as a personal computer that can be connected to the Internet N, and a printer 31 connected to the delivery company terminal 30. The printer 11 installed in the management company 1 is for printing on the notification form 50, and the printer 31 installed in the delivery company 3 is for printing on the delivery slip 60.

  In order to use this system, the sender 2 has a mobile phone terminal (hereinafter referred to as “sender terminal”) 20 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 recipient 4 also has a mobile phone terminal (hereinafter referred to as “recipient terminal”) 40 that can be connected to the Internet N and can read the optical reading code. Note that the sender terminal 20 and the recipient terminal 40 are not limited to the mobile phone terminal and may be information on a personal computer or the like as long as the sender terminal 20 has an operating environment that can be connected to the Internet N and has a function of photographing and reading an optical reading code. A communication terminal can also be used.

  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 types of information to Web browsers that the management company terminal 10, the sender terminal 20, the delivery company terminal 30, and the recipient terminal 40 have.

  In addition, the server 100 causes a computer to read a program that operates as a system described below, whereby a transmission message frame setting unit 111, a reading code conversion unit 112, a reading code registration unit 113, a message data receiving unit 114, a message data It functions as registration means 115, e-mail transmission means 116, reproduction message frame setting means 117, reproduction data generation means 118, reproduction data registration means 119, order data reception means 120, and delivery slip data generation means 121. 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 this embodiment assumes that the sender delivers the item prepared by himself to the destination.

(1) Setting of transmission message frame First, the server 100 sets a plurality of transmission message frames 131 in the transmission database 130 in advance by the transmission message frame setting means 111 based on an instruction from the manager terminal 10. Here, the transmission message frame 131 is a data folder divided for each partner to which the sender 2 transmits a message. Further, in the server 100, the transmission message frame setting means 111 makes a transmission URL (in the example shown in FIG. 2, [http: //www.XX] in the example shown in FIG. 2) for each of the transmission message frames 131, 131,. .co.jp / soushin01 /], ...) is set.

  In addition, the server 100 generates data obtained by converting the plurality of transmission URLs into optical reading codes (“QR code” in the example in the figure, 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, but a transmission URL and playback URL are set. Therefore, in addition to numbers such as JAN and ITF that can only handle numbers, those that can handle alphabets and symbols other than numbers can be used. Note that a transmission mail address to the server 100 may be set instead of the transmission URL, and the transmission mail address may be converted into an optical reading code.

  Further, the server 100 registers each QR code in the corresponding transmission message frame 131 in the transmission database 130 by the read code registration unit 113. The transmission database 130 is provided on the Web server 110 that can be accessed and downloaded by the management company terminal 10 via the Internet N. Note that a data storage space for storing message data, which will be described later, is set in the transmission database 130.

(2) Sales of connection address Next, the management company 1 sells the connection address to the transmission message frame 131 to the sender 2. When there is an application for a connection address for message input from the sender 2 to the management company 1, the management company 1 uses the management company terminal 10 to send the connection address to the empty transmission message frame 131 to the transmission database 130. Download from. Then, the manager 1 notifies the sender 2 of the connection address in exchange for the purchase price.

  Here, as a method for notifying the connection address, a method of issuing a notification form in which the connection address is printed out on a paper medium (for example, paper or a label) can be considered. In this case, the manager 1 uses the printer 10 so that the notification 50 as shown in FIG. 3 includes information on the purchased sender 2, an available connection address 51, a QR code 52 that records this, and a connection. ID 53 is printed. Then, the management company 1 may mail this notification 50 to the sender 2.

  Instead of the above method, the connection address may be provided as digital data. For example, a method of attaching a transmission URL or QR code as a connection address to an e-mail and transmitting the e-mail to the sender terminal 20 by the e-mail transmission unit 116 may be employed. Further, a method of displaying a transmission URL or QR code as a connection address on a Web page on the Internet N accessible by the sender terminal 20 may be adopted.

  In addition, as a sales form of the connection address, individual sales such as ◯ yen / 1 piece and package sales such as ◯ yen / 10 pieces are conceivable.

(3) Request for delivery The sender 2 requests the delivery company 3 to deliver the item. The item to be delivered is not particularly limited, and may be a product purchased by the sender 2 at an arbitrary store, an item at home, or an item created by himself.

(4) Message input When the sender 2 requests delivery of an item, the sender 2 can deliver a voice or video message to the recipient 4 as a destination. The message input method is performed by accessing the connection address to the purchased transmission message frame 131. That is, the QR code 52 printed on the notification form 50 is photographed and read by a camera built in the sender terminal 20 as shown in FIG. 4A, and the transmission URL recorded in the QR code 52 is accessed.

  When the transmission URL is accessed, the login screen shown in FIG. 4B appears. The sender 2 inputs the connection ID 53 “00010” and logs in. Here, the server 100 performs authentication using the connection ID 53. If the authentication results in a valid ID, the top screen in FIG. 4C is opened. On this screen, when a voice message is selected, the voice message menu shown in FIG. 4D is displayed, and when a recording is clicked, a voice message can be recorded. The recording of the message can be performed any number of times within a predetermined valid period from the date of issue of the notice 50, for example.

  Here, the effective period may be set within a predetermined period (for example, within one week after the date of shipment) from the date of shipment of the notification 50 instead of from the date of issue of the notification 50. In this case, message registration can be completed in accordance with the timing of delivery of the item. In addition, the order deadline is set, the order deadline is written on the notice 50, the document with the order deadline is enclosed in the notice 50, or the order deadline is written on the envelope to which the notice 50 is sent. Also good.

  In addition, the recorded message can also be confirmed on the recording page of FIG. When registration is clicked on this page, the recorded voice data is uploaded to the server 100 and received by the message data receiving means 114 as shown in FIG. The received voice data is registered in the corresponding transmission message frame 131 in the transmission database 130 by the message data registration means 115. When the registration is completed, the e-mail transmission unit 116 of the server 100 transmits a confirmation mail notifying the confirmation and change of the message contents to the mail address of the sender 2.

  In the present embodiment, when inputting a message, the connection ID 53 is input on the login screen of FIG. 4B. However, the input of the connection ID 53 may be omitted, and only the QR code 52 may be used for login. That is, the top screen of FIG. 4C can be opened directly after the QR code 52 is read by the sender terminal 20 as shown in FIG.

  In addition to the QR code 52 and the connection ID 53, a password may be requested and logged in. As a method for this, after reading the QR code 52 in FIG. 4A, a blank mail is transmitted from the sender terminal 20 to the server 100 prior to receiving the message data. Then, the server 100 sends a reply mail in which the password and a connection address for message input (transmission URL or transmission mail address) as a new connection destination to the sender terminal 20 by the electronic mail transmission means 116 for the blank mail. Send back. As a result, the sender terminal 20 can access the connection address (transmission URL or transmission mail address) for inputting the message, and log in by inputting both the connection ID 53 and the password. In this case, since the message can be input only from the specific sender terminal 20 that has received the reply mail, the security is further improved.

  In addition to directly recording the message, it is also possible to upload previously recorded data. FIG. 4 shows an example of inputting a message by voice, but instead of this, data obtained by capturing a message by a moving image can be uploaded.

(5) Setting of Reproduction Message Frame The server 100 sets the reproduction message frame 141 in the reproduction database 140 in correspondence with the transmission message frame 131 by the reproduction message frame setting means 117. Here, the reproduction message frame 141 is a data folder for individual access when the recipient 4 reproduces the message data. In addition, in the server 100, the reproduction message frame setting means 117 uses a reproduction URL (in the example shown in FIG. 2, [http://www.XXX] in the example shown in FIG. 2) for each of the reproduction message frames 141, 141,. .co.jp / saisei01_a /], ...) is set.

  In addition, the server 100 generates data obtained by converting the plurality of reproduction URLs into QR codes by the read code conversion unit 112. Next, the server 100 registers each QR code in the corresponding reproduction message frame 141 in the reproduction database 140 by the read code registration unit 113. The reproduction database 140 is provided on the Web server 110 that can be accessed and downloaded by the recipient terminal 40 via the Internet N. Further, instead of the reproduction URL, a reproduction mail address to the server 100 may be set, and the reproduction mail address may be converted into a QR code and registered.

  Note that the above-described conversion to QR code and registration processing are performed after the valid input period of the message has passed. That is, when the message input valid period elapses, the connection address (reproduction URL or reproduction mail address) is converted into a QR code and registered in the reproduction message frame 141 at that time regardless of the presence or absence of the message.

(6) Message Data Conversion Since the message data registered in the transmission message frame 131 is not in a data format corresponding to the carrier of the recipient terminal 40, the server 100 performs a data format conversion process. In the server 100, the reproduction data generation means 118 converts the message data registered in the transmission message frame 131 and generates reproduction data in a data format that can be reproduced for each carrier of the recipient terminal 40. 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 corresponding reproduction message frame 141 in the reproduction database 140 by the reproduction data registration means 119. Note that the generation of reproduction data is not limited to three companies in order to correspond to all carriers.

(7) Transmission of order data When the sender 2 requests delivery of an item, the delivery company 3 transmits order data to the server 100. The order data is transmitted from the delivery company terminal 30 to the server 100 via the Internet N. Here, in addition to the information such as the address, name, contact information, connection address, connection ID, etc. of the sender 2 of the item, the order data includes the address information (address, name) of the recipient 4 as the destination of the item, Data including connection addresses and connection IDs (“00010a”, “00010b”, “00010c”,... In the example of FIG. 2) that the recipients 4, 4,. In the server 100, the order data receiving unit 120 receives the order data transmitted from the delivery company terminal 30.

(8) Delivery of goods Upon receiving the order data, the server 100 generates print data for the delivery slip. That is, the server 100 generates delivery slip data converted into a layout to be printed on the delivery slip 60 based on the reproduction data and the order data by the delivery slip data generation means 121 (delivery slip print data generation program). Here, the delivery slip data is an image (image) including a QR code in which a connection address (reproduction URL or reproduction mail address) is recorded in addition to the address information of the sender 2 and the recipient 4 as shown in FIG. PDF data.

  On the other hand, the delivery company 3 downloads delivery slip data from the server 100. Downloading is performed from the server 100 via the Internet N by the delivery company terminal 30. When the download is completed, the delivery company 3 issues a delivery slip 60 using the printer 31 connected to the delivery company terminal 30. As shown in an example in FIG. 5, a predetermined location of the delivery slip 60 includes the address, name, and connection ID of the sender 2, the address, name, and connection ID 61 of the recipient 4 as well as a connection address ( A QR code 62 in which a reproduction URL or a reproduction mail address is recorded is printed. The printed delivery slip 60 is affixed to the item and delivered to the recipient 4 as the destination.

  In this embodiment, the QR code 62 is printed at a position where the delivery slip 60 can be seen. However, in order to prevent unauthorized use during delivery, a method of concealing and sending the QR code 62 may be employed. As the method, a QR code 62 is printed on a document to be sent to the recipient 4, and the document is put in a box of goods and sent, or a method of printing the QR code 62 on the back of the delivery slip 60 is considered. It is done. When printing on the back side of the delivery slip 60, for example, a method of 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) Message Replay When the goods are delivered, the recipient 4 can replay the message delivered from the sender 2. A message reproduction method is performed by accessing a connection address to the reproduction message frame 141. That is, the QR code 62 printed on the delivery slip 60 is photographed and read by a camera built in the recipient terminal 40 as shown in FIG. 6A, and the reproduction URL recorded in the QR code 62 is accessed. .

  When the reproduction URL is accessed, the login screen shown in FIG. 6B appears. The recipient 4 inputs his / her connection ID 61 (“00010a” for the recipient 1) and logs in. Here, authentication by the connection ID 61 is performed in the server 100, and if the ID is valid as a result of the authentication, the top screen of FIG. 6C is opened. On this screen, when a voice message is selected, the voice message menu shown in FIG. 6D is displayed, and when playback is clicked, a voice message can be played and listened to. When the message data is generated, the e-mail transmission means 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 sender 2.

  In this embodiment, when the message is reproduced, the connection ID 61 is input on the login screen of FIG. 6B. However, the input of the connection ID 61 may be omitted and the QR code 62 may be used for login. That is, after the QR code 62 is read by the recipient terminal 40 of FIG. 6A, the top screen of FIG. 6C can be opened directly.

  In addition, on the playback page shown in FIG. 6E, the message can be listened to again by clicking confirmation. On the other hand, when “Delete” is clicked on this page, the message data in the reproduction database 140 is deleted. In addition, when the reproduction valid period has elapsed, the server 100 erases both the transmission data (transmission URL and message data) in the transmission database 130 and the reproduction data (reproduction URL and message data) in the reproduction database 140. The

  Here, the reproduction effective period can be set to a predetermined period (for example, within one month after the arrival date) from the arrival date of the item in the server 100. The arrival date of the item is specified by transmitting delivery date data from the delivery company terminal 30 to the server 100 when the delivery company 3 carries back the delivery slip of the delivery slip 60 and performs delivery completion processing by machine reading. Just do it.

  Note that FIG. 6 shows an example of reproducing a message by voice. However, if data obtained by capturing a message by a moving image is registered, the moving image can be browsed. In addition, message data by voice or video can be downloaded from the server 100 and stored in the recipient terminal 40.

  As described above, according to the message delivery system S of the present embodiment, the product sender 2 reads the QR code 52 printed on the notification form 50 by the sender terminal 20 and records the connection recorded in the QR code 52. It is possible to access the address and upload a message by voice or video to the server 100 on the Internet N. On the other hand, the recipient 4 of the item accesses the connection address recorded in the QR code 62 by reading the QR code 62 printed on the delivery slip 60 by the recipient terminal 40, and sends the message from the sender 2 to the Internet. N can be played back and viewed. Therefore, according to this message distribution system S, the sender 2 can deliver an arbitrary message to the recipient 4 along with the delivery of the goods.

S ... Message distribution system N ... Internet 1 ... Management company 2 ... Sender 3 ... Delivery company 4 ... Recipient 10 ... Management company terminal 11 ... Printer 20 ... Sender terminal 30 ... Delivery company terminal 31 ... Printer 40 ... Recipient terminal 50 ... Notice 51 ... Connection address 52 ... QR code (transmission URL)
53 ... Connection ID
60 ... Delivery slip 61 ... Connection ID
62 ... QR code (playback URL)
DESCRIPTION OF SYMBOLS 100 ... Server 110 ... Web server 111 ... Transmission message frame setting means 112 ... Reading code conversion means 113 ... Reading code registration means 114 ... Message data reception means 115 ... Message data registration means 116 ... E-mail transmission means 117 ... Reproduction message frame setting Means 118: Reproduction data generation means 119 ... Reproduction data registration means 120 ... Order data reception means 121 ... Delivery slip data generation means 130 ... Transmission database 131 ... Transmission message frame 140 ... Reproduction database 141 ... Reproduction message frame

Claims (10)

A message delivery system that delivers a sender's message when delivering an item from a sender to a recipient,
A sender terminal owned by the sender, a recipient terminal owned by the recipient, a manager 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 consists of
The server
A transmission message frame setting means for setting a transmission message frame and its connection address in the transmission database based on an instruction from the manager terminal;
Message data registration means for registering message data uploaded from the sender terminal accessing the connection address to the transmission message frame in the transmission message frame;
Reproduction message frame setting means for setting a reproduction message frame and its connection address in the reproduction database in correspondence with the transmission message frame;
Reproduction data generating means for converting message data registered in the transmission message frame and generating reproduction data reproducible on the recipient terminal;
A delivery slip data generating means for generating data converted into a layout for the delivery slip based on the connection address to the reproduction message frame and the addressee information of the recipient transmitted from the delivery company terminal;
Reproduction data registration means for registering the generated reproduction data in the reproduction message frame for reproduction on the recipient terminal that has accessed the connection address to the reproduction message frame printed on the delivery slip;
A message delivery system comprising:   2. The message delivery system according to claim 1, wherein the server further comprises a read code converting means for converting each of the connection address to the transmission message frame and the connection address to the reproduction message frame into an optical read code. system.   3. The message distribution system according to claim 1, wherein the server further includes an e-mail transmission unit that transmits an e-mail attached with a connection address to the transmission message frame to the sender terminal.   3. The message delivery system according to claim 1 or 2, wherein the server further comprises means for displaying a connection address to the transmission message frame on a Web page accessible by the sender terminal. In a message delivery system that delivers a sender's message when delivering an item from a sender to a recipient, a sender terminal owned by the sender, a recipient terminal owned by the recipient, a manager terminal owned by the manager, and a delivery company A server connected via the Internet from the own delivery company terminal,
A transmission message frame setting means for setting a transmission message frame and its connection address in the transmission database based on an instruction from the manager terminal;
Message data registration means for registering message data uploaded from the sender terminal accessing the connection address to the transmission message frame in the transmission message frame;
Reproduction message frame setting means for setting a reproduction message frame and its connection address in the reproduction database in correspondence with the transmission message frame;
Reproduction data generating means for converting message data registered in the transmission message frame and generating reproduction data reproducible on the recipient terminal;
A delivery slip data generating means for generating data converted into a layout for the delivery slip based on the connection address to the reproduction message frame and the addressee information of the recipient transmitted from the delivery company terminal;
Reproduction data registration means for registering the generated reproduction data in the reproduction message frame for reproduction on the recipient terminal that has accessed the connection address to the reproduction message frame printed on the delivery slip;
A server comprising:   6. The server according to claim 5, further comprising reading code conversion means for converting each of the connection address to the transmission message frame and the connection address to the reproduction message frame into an optical reading code.   7. The server according to claim 5, further comprising an e-mail transmission means for transmitting an e-mail attached with a connection address to a transmission message frame to a sender terminal.   7. The server according to claim 5, further comprising means for displaying a connection address to the transmission message frame on a Web page accessible by the sender terminal.   The program for functioning a computer as a server of any one of Claims 5-8.   A computer-readable recording medium on which the program according to claim 9 is recorded.

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