KR100969316B1

KR100969316B1 - Method and system for sending a multimedia message about a delivery

Info

Publication number: KR100969316B1
Application number: KR20080010992A
Authority: KR
Inventors: 김대홍; 장익준
Original assignee: (주)엔토시스
Priority date: 2008-02-04
Filing date: 2008-02-04
Publication date: 2010-07-09
Also published as: KR20090085212A

Abstract

The present invention relates to a method and system for delivering multimedia messages relating to a shipment. According to an aspect of the present invention, there is provided a method for delivering a multimedia message, the method comprising: storing the transmitted multimedia message in a predetermined memory when the sender of the shipment transmits a multimedia message about the shipment to a message delivery server; Recording the identification information on a predetermined medium, and adding the recorded predetermined medium to the shipment to deliver to the recipient of the shipment offline; Transmitting the multimedia message corresponding to the identification information to the recipient when the recipient accesses the message delivery server and inputs the identification information to be played; Informing the sender of the confirmation of the message of the recipient and providing a menu for the sender to communicate with the recipient; And when the sender selects communication with the payee through the menu, relaying to enable communication between the sender and the payee. Accordingly, it is possible to send a congratulatory message and the like with a delivery message in a multimedia message, and when the recipient of the shipment has received the shipment, the sender and the recipient of the shipment can communicate with each other.

Delivery Message, Congratulation Message

Description

METHOD AND SYSTEM FOR SENDING A MULTIMEDIA MESSAGE ABOUT A DELIVERY}

The present invention relates to a method and system for delivering a multimedia message relating to a shipment. More specifically, the present invention relates to a method and a system for delivering online a multimedia message of a sender providing a shipment to a shipment.

Conventionally, a person who wants to give a gift buys things directly and meets the recipients in person, but recently, due to the spread of the Internet and the development of a distribution logistics system, a gift is easily selected through the Internet. Increasingly, the number of deliveries is increasing.

In this case, a shopping mall on the Internet provides a service for providing a gift message to those who want to buy an item and give it as a gift. For example, it provides a window for a person to purchase a product to enter a gift message, and attaches the input message to a gift box so that the recipient can read the message.

However, in general, in the case of the above service, the number of letters of a message related to a gift is often limited, and therefore it cannot be properly used when the message to be sent is long. In addition, simply printing and sending a text message does not properly reflect the reality that various expression desires and various expression methods exist.

On the other hand, with the recent development of information and communication fields such as the Internet, digital cameras, mobile terminals, services that can send multimedia messages such as video, flash, and voice data as well as text messages have been provided.

Therefore, a method of sending a congratulatory message in a variety of message forms such as voice and video together with the goods to be delivered offline should be sought.

Accordingly, it is an object of the present invention to provide a method and system for sending a multimedia message with a congratulatory message or the like regarding the shipment. In addition, it is an object of the present invention to provide a method and a system for relaying the sender and the recipient of the shipment so that when the recipient of the shipment has received the shipment.

According to the present invention, there is provided a multimedia message delivery method for a shipment, comprising: storing the transmitted multimedia message in a predetermined memory when the sender of the shipment sends a multimedia message regarding the shipment to a message delivery server; Recording the identification information on a predetermined medium, and adding the recorded predetermined medium to the shipment to deliver to the recipient of the shipment offline; Transmitting the multimedia message corresponding to the identification information to the recipient when the recipient accesses the message delivery server and inputs the identification information to be played; Informing the sender of the confirmation of the message of the recipient and providing a menu for the sender to communicate with the recipient; And if the sender selects communication with the payee through the menu, relaying the communication between the sender and the payee so that the sender can communicate with the payee.

According to the present invention, there is provided a multimedia message delivery method for a shipment, comprising: storing the transmitted multimedia message in a predetermined memory when the sender of the shipment sends a multimedia message regarding the shipment to a message delivery server; Recording identification information regarding the multimedia message on a predetermined medium, and adding the recorded predetermined medium to the shipment to deliver to the recipient of the shipment; Transmitting the multimedia message corresponding to the identification information to the recipient when the recipient accesses the message delivery server and inputs the identification information to be played; When the reproduction is completed, providing the recipient with a menu for communicating with the sender; And if the recipient selects the communication with the sender through the menu, it may be achieved by the multimedia message delivery method for the shipment characterized in that it comprises the step of relaying the communication between the recipient and the sender. .

In addition, the identification information includes at least one of numbers, letters, numbers and combinations of characters, RFID information, barcodes, mobile codes, and direct access service numbers, and the predetermined medium is paper, plastic, magnetic card, RFID tag. It may include at least one of.

The relaying of the communication between the payee and the sender may include relaying at least one of a text data transmission, a multimedia messaging data transmission, a video data transmission, a voice call, a video call, a messenger conversation.

According to the present invention, there is provided a multimedia message delivery system for a delivery product, comprising: an identification information recording unit for recording identification information for the multimedia message on a predetermined medium which is delivered to a recipient of the shipment offline together with the shipment; A memory in which the multimedia message is stored; A web / wap page generation unit for generating a web / wap page related to the multimedia message delivery service; And when the sender of the shipment is connected through the web / wap page and transmits the multimedia message about the shipment, the transmitted multimedia message is stored in the memory, and the addressee is configured to send the multimedia message on the web / wap page. A control unit for inputting identification information to transmit the multimedia message corresponding to the identification information to the recipient; The control unit informs the sender of the message confirmation fact of the payee when the payee confirms the multimedia message, and provides a menu for the sender to communicate with the payee, and the sender communicates with the payee through the menu. If it is selected, the sender and the recipient can be achieved by the multimedia message delivery system for the delivery, characterized in that relaying to enable communication with each other.

The above object is, according to the present invention, in the multimedia message delivery system for a shipment, an identification information writing unit for recording identification information about the multimedia message on a predetermined medium which is delivered to the recipient of the shipment offline together with the shipment. ; A memory in which the multimedia message is stored; A web / wap page generation unit for generating a web / wap page related to the multimedia message delivery service; And when the sender of the shipment is connected through the web / wap page and transmits the multimedia message about the shipment, the transmitted multimedia message is stored in the memory, and the addressee is configured to send the multimedia message on the web / wap page. A control unit for inputting identification information to transmit the multimedia message corresponding to the identification information to the recipient; The control unit provides a menu for communicating with the sender to the receiver when the reproduction is completed, and relays the communication between the receiver and the sender when the receiver selects communication with the sender through the menu. It can also be achieved by a multimedia message delivery system for a shipment characterized in that.

Here, the controller may relay the communication between the payee and the sender through at least one of text data transmission, multimedia messaging data transmission, voice call, video data transmission, video call, and messenger conversation.

As described above, according to the present invention, there is provided a method and a system capable of sending a congratulatory message or the like with a delivery message in a multimedia message. In addition, when the recipient of the shipment has received the shipment, a method and a system for relaying such that the sender and the recipient of the shipment can communicate are provided.

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

1 is a control block diagram of a multimedia message delivery system for a shipment according to an embodiment of the present invention.

As shown in FIG. 1, the multimedia message delivery system relating to a shipment according to an embodiment of the present invention includes terminals 10 and 10a used by the sender of the shipment 1 and terminals used by the recipient of the shipment 1. 20, 20a), a message delivery server 30 that manages messages, a mobile communication network 40 constituting a communication path therebetween, and the Internet 50.

The sender of the delivery product 1 may transmit the multimedia message to the message delivery server 30 using the terminals 10 and 10a. In this case, the use terminals 10 and 10a are terminals that can be connected to the message delivery server 30 and may be, for example, a mobile terminal or a desktop computer such as a mobile phone, a PDA, or a notebook computer. The sender of the delivery product 1 connects to the message delivery server 30 through the mobile communication network 40 and the Internet 50 or the Internet 50 using the use terminals 10 and 10a, and sends the delivery product that the sender 1 wishes to send. The multimedia message regarding (1) can be transmitted. Also, the recipient of the shipment 1 is also connected to the message delivery server 30 via the mobile communication network 40 and the Internet 50 or the Internet 50 using the use terminals 20 and 20a, and the shipment 1 Receive a multimedia message.

Here, the shipment 1 may be a gift such as a book, a flower, or the like, or may be an invitation such as a wedding invitation.

In addition, the multimedia message refers to data containing information that the sender wants to send to the recipient, such as a message about a gift or a message about an invitation. , Text, or a combination of these.

The multimedia message may be stored in the form of a file in the terminal 10 or 10a in advance, and the sender may access the message delivery server 30 and store the message in advance as a congratulatory message or an invitation message about the package 1 to be sent. The file may be selected and transmitted to the message delivery server 30.

Meanwhile, in another embodiment of the present invention, the message delivery server 30 may provide a software module such as a UCC authoring tool, a web editor, a voice editor, etc., in which a sender may write a congratulatory message or an invitation message as a multimedia message. have. The sender can use the provided module to compose a UCC message, for example, his own video, still image, audio, text, etc. to compose a congratulatory message or an invitation message. In addition, a celebration video or an invitation video may be recorded and transmitted in real time.

For example, when a sender buys or presents a gift in an online shopping mall (e.g., before or after paying for a purchase), the shopping mall offers a menu option to leave a congratulatory message. Through this, the multimedia messages stored in the terminals 10 and 10a may be uploaded and transmitted, or the multimedia messages may be generated and transmitted in real time using a camera attached to the terminals 10 and 10a. In addition, a multimedia message may be created using an editor provided by a menu option.

In another embodiment of the present invention, the message delivery server 30 may also provide a variety of content pools for multimedia messages. Instead of creating a message directly, the user can select a message of his choice from a content pool that has already been created.

The multimedia message about the delivery product 1 thus prepared and transmitted is stored in the message delivery server 30. The message delivery server 30 is a server that manages multimedia messages related to the package 1, a shopping mall operator in charge of the sale of the package 1 or a company in charge of the delivery of the package 1, a mobile communication company, and the like. Related companies, or these companies can be managed in a cooperative form.

Detailed description of the message delivery server 30 will be described with reference to FIG. 2.

2 is a control block diagram of the message delivery server 30 of FIG.

As shown in FIG. 2, the message delivery server 30 includes an identification information writing unit 31, a memory 33, a web / wap generating unit 35, and a control unit 37.

The identification information writing unit 31 is for recording the identification information regarding the multimedia message on the predetermined medium 2, and the predetermined medium 2 on which the identification information is recorded is stored together with the shipment item 1 of the shipment item 1; It is delivered to the addressee. Here, the identification information may be a number, letters, a combination of numbers and letters, RFID information, a barcode, a mobile code, or a direct access service number.

Here, the direct access service number refers to a number that can be directly connected to the message server by pressing the call button after entering the corresponding number on the mobile phone, and the mobile code is interpreted the mobile code from the mobile phone when the mobile code is taken by the mobile phone camera Code that is designed to connect directly to a message server. The recipient of the package can simply check the message by pressing the direct-access service number printed on the package of the package or photographing the mobile code.

The predetermined medium on which the identification information regarding the multimedia message is recorded may be any one of paper, plastic, magnetic card, and RFID tag.

In the case of using paper as the recording medium 2, the identification information writing unit 31 is generally used for transport information (e.g., the sender's address, name, recipient's address, name, etc.) that is attached to the package of the delivery product 1; And a printing apparatus capable of printing the identification information on the waybill on which the) is written. At this time, the identification information may be a combination of Arabic numerals or Arabic numerals and letters. As another example, in the case of a wedding invitation or an invitation, identification information regarding the multimedia message may be printed and delivered in an envelope of the wedding invitation or the invitation.

If the RFID tag is used as the medium 2 on which the identification information is recorded, the identification information writing unit 31 includes a module capable of writing identification information on the RFID tag.

In FIG. 2, although the identification information writing unit 31 is included in the message delivery server 30, the identification information writing unit 31 may be configured as a separate module. In this case, however, the identification information writing unit 31 is configured to communicate with the control unit 37. For example, in the case of using paper as the recording medium 2, the message delivery server 30 generates identification information corresponding to the multimedia message regarding the received package 1 and transmits the identification information along with the delivery information to the delivery company. Can be. The courier receiving this information can print the identification information on the waybill together with the shipping information and deliver it to the recipient of the package 1. At this time, the identification information is generated by the message delivery server 30, but since the process of actually writing the identification information is performed by the delivery company, the identification information writing unit 31 is provided in the delivery company separately from the message delivery server. to be.

The memory 33 is a device for storing a multimedia message transmitted from the sender of the shipment 1, and various memory devices may be used. Here, the memory 33 may store the aforementioned identification information in addition to the multimedia message. In some cases, the memory 33 may be provided to have a personal storage for each member who subscribes to the message delivery service.

The web / wap generation unit 35 is a module for generating a web / wap page for providing a multimedia message delivery service for the package 1, and includes a swap page and / or the Internet 50 provided to a mobile communication terminal such as a mobile phone. Create a web page that is served to the computer you access via. Here, the web / wap page generated by the web / wap generator 35 may include various information and various menu options. For example, a menu in which the sender of the package 1 can leave a multimedia message about the package 1, and the recipient of the package 1 fill in the medium 2 attached to the package 1 received by the sender 1 It may include a menu for inputting the identification information and the identification information input field.

The controller 37 is responsible for the overall control of the message delivery server 30, and can be implemented by a CPU, a microcomputer, or the like. The control unit 37 controls the web / wapping page to be transmitted to the terminals 10, 10a, 20, and 20a connected to the message delivery server 30, and the sender of the shipment 1 is multimedia related to the delivery 1. If a message is sent, it is stored in the memory 33. As described above, the message delivery server 30 may provide a tool by which the sender of the shipment 1 may variously construct a multimedia message about the shipment 1.

On the other hand, the control unit 37 generates the identification information on the multimedia message, so that the identification information is recorded on the predetermined medium (2) to be shipped together with the shipment (1), the control unit 37 is also the shipment (1) When the recipient of the receiver connects and inputs the identification information, the corresponding multimedia message is transmitted to the recipient's terminals 20 and 20a to be played on the recipient's terminals 20 and 20a. Here, the identification information may be automatically generated when the multimedia message is transmitted and stored in the memory 33 together with the multimedia message.

In addition, the control unit 37 is an option for the sender of the shipment 1 or the recipient of the shipment 1 to communicate with the other party when the recipient of the shipment 1 receives a multimedia message relating to the shipment 1 or Controls the provision of menus. Accordingly, not only the multimedia message is transmitted, but also the sender of the shipment 1 and the recipient of the shipment 1 can communicate with each other so that a response message or the like regarding the shipment 1 can be delivered.

The control flow of the above-mentioned message delivery server 30 will be described with reference to FIGS. 3, 4A, and 4B. 3 is a flowchart of a multimedia message delivery method for the package 1 according to the first embodiment, and FIGS. 4A and 4B are flowcharts of a multimedia message delivery method for the package 1 according to the second embodiment of the present invention.

First, the multimedia message delivery method for the delivery product 1 according to the first embodiment of the present invention will be described. As shown in FIG. 3, when the sender of the shipment 1 accesses the message delivery server 30 and transmits a multimedia message about the shipment 1 (S10), the message delivery server 30 transmits the multimedia message. Is stored in the memory 33 (S11).

As an example, if the message delivery server 30 is managed in an online shopping mall or a company associated with the shopping mall, and the shopping mall is a flower shop, the sender may access the online shopping mall using a mobile phone and select a product to be given as a gift from the bouquet goods. . The company that operates the shopping mall provides a GUI to leave a multimedia message about the bouquet gift before and after the payment step. The bouquet purchaser can click on the provided GUI to leave a congratulatory message or the like as a multimedia message. When the multimedia message is selected and transmitted from the sender of the bouquet, the message delivery server 30 generates identification information and stores the identification information in the memory 33 together with the multimedia message.

As another example, such a multimedia message service may be provided at a place where the off-line gift is purchased. The sender can leave the multimedia message using the terminals 10 and 10a of the place where the gift is purchased, and store the multimedia message in the message delivery server at the place of purchase of the gift to provide the service of the present invention.

As another example, if the shipment is a wedding invitation or invitation, the wedding invitation purchaser (sender) may purchase the wedding invitation or invitation online or offline and leave the multimedia message in the same way as above. At this time, the identification information is printed on the wedding invitation or invitation, the congratulators (recipients) receiving the wedding invitation or invitation can check the multimedia message left by the sender using this identification information. For example, when the invitation is a stone invitation, the added multimedia message may include a baby's stone photo or video.

The message delivery server 30 causes the identification information regarding the multimedia message to be recorded on the predetermined recording medium 2 (S12). As described above, the recording of the identification information may be made by the message delivery server 30 or may be made by a separate company.

The delivery company delivers the medium 2 on which the identification information is recorded to the recipient of the delivery product 1 offline together with the delivery product 1 (S13). Instructions for informing the recipient of the package 1 to view a multimedia message about the package 1 may be delivered together. The announcement can be printed on the package of the package, for example, "There is a video message from OOO. Please open your phone and press the # 00000000 call button."

When the recipient of the delivery item 1 accesses the homepage of the message delivery server through the mobile phone or the computer and inputs identification information according to this guidance (S14), the message delivery server 30 matches the identification information entered. The multimedia message with the identification information is found and transmitted to the recipient of the delivery item 1, so that the corresponding multimedia message is reproduced at the recipient terminals 20 and 20a (S15). In this case, when the multimedia message is a video, the message delivery server 30 may provide a streaming service.

On the other hand, the message delivery server informs the sender of the shipment 1 that the recipient confirmed the message, and provides a menu for the sender to communicate with the recipient (S16). Here, the communication method may be text data transmission, multimedia messaging data transmission, video data transmission, voice call, video call, or messenger conversation.

For example, the sender of the package 1 notifies the recipient of the confirmation of the message by text message on the mobile phone, and provides a menu for instant communication with the recipient. When the sender selects this menu button (S17), the recipient immediately Voice call or video call can be made (S18). At this time, the information on the telephone number of the sender and the recipient may be stored in the message delivery server 30 in advance, and the message delivery server 30 uses this information to communicate with them.

Alternatively, if the sender of the delivery product 1 is connected to the message delivery server 30, a pop-up message informs the recipient of the confirmation of the message and provides a menu for communicating with the recipient. If selected (S17) it is possible to create a messenger window that can immediately talk to the recipient (S18).

Finally, a multimedia message delivery method relating to the package 1 according to the second embodiment of the present invention will be described with reference to FIGS. 4A and 4B. In FIG. 4A, since S20 to S25 are the same as S10 to S15 of FIG. 3, the description thereof will be replaced with the description of FIG. 3.

When the recipient completes the confirmation of the sender's multimedia message, that is, when the reproduction of the multimedia message is completed (S26), the message delivery server provides the recipient with an option menu for communicating with the sender (S27). Here, the menu regarding the communication option may be, for example, text transmission, messenger conversation, multimedia messaging service, voice call, voice call, video data transmission, video call, or the like. If the recipient selects any one of these communication methods (S28), the message delivery server enables communication between them (S29).

If the recipient checks the message using the mobile communication terminal 20, the sender and text service, multimedia messaging service, voice call, video data transmission, voice call, or a video call can be provided to the menu. For example, in the case of flower delivery, the recipient of the flower checks the message written on the wrapping paper of the bouquet, checks the congratulatory message by using the mobile phone, and then displays a menu item for sending a response message. Can be. Recipients can reply by selecting the type of response message they wish from this menu item.

As another example, if the recipient has confirmed the multimedia message via the computer 20a, the sender may send a text, multimedia messaging, voice call, voice call, instant message, video call, or the like to the sender on the completion page or the following conversion page. You can display menu options. If the recipient selects the desired communication method from among these, the communication is made.

As such, the addressee may send a response message regarding the package 1 to the sender of the package 1 through the above menu. At this time, the message delivery server may store in advance information necessary for communication between the recipient and the sender, for example, information about their telephone number.

Similarly, the multimedia message delivery service provided to the sender may be similarly provided to the recipient. That is, the recipient can leave the multimedia message, store it in the message delivery server, and notify the sender that the message has been sent. The sender can access the message delivery server 30 to check the recipient's response message.

The multimedia message delivery system for the package 1 according to another embodiment of the present invention may further include a message interworking module (not shown).

When the message interworking module transmits a multimedia message relating to the package 1 to the recipient (or sends the recipient's multimedia message to the sender), according to the specification of the recipient terminal 20, the recipient terminal 20 can receive the message. Convert to the highest version.

For example, if the sender of the shipment 1 has left a video message, and the recipient's terminal 20 has a specification that can only receive MMS messages (that is, a specification that cannot receive a video message), You will not be able to see the video messages left by the sender.

The message interworking module converts the stored sender's multimedia message to the highest version that can be received in the specification of the recipient's terminal 20 if it is inappropriate to be sent to the recipient's terminal 20.

For example, MMS messages, message calls, VOD messages, and WCDMA video messages may be transmitted in a mobile phone.

Suppose the shipper of the shipment 1 has created a VOD message using the UCC authoring tool. Recipient of the delivery product (1) to take a mobile code to check the message and connected to the message delivery server 30, the receiver terminal 20 has a specification that can not receive the VOD message. In this case, the message interworking module may convert the sender's VOD message into an MMS message and transmit the message. For example, the still image and the text message capturing the VOD may be transmitted to the recipient's terminal 20 in place of the VOD message.

As another example, if the sender of the shipment 1 has left a WCDMA message using the already created content pool, the specification that the recipient's terminal 20 can receive the MMS message and the VOD message (ie, receive the WCDMA message). I can't do that). In this case, the message interworking module converts the WCDMA message into a VOD message, which is a higher version of the MMS message and the VOD message, and transmits it.

Thus, even if the recipient's terminal 20 is not suitable to receive the message left by the sender, it is possible to automatically convert it and send it to further facilitate the user's convenience.

In the above-described embodiment, the case where the purchase of the delivery product 1 is mainly made online has been described, but the present invention can be applied even when the purchase of the delivery product 1 is made offline. In addition, in the above-described embodiment, it has been described on the premise that the shipment 1 is shipped off-line, but the present invention may be applied to the shipment 1 that is delivered online, such as a music file or a video file. Of course. In this case, the identification information regarding the delivery goods 1 is also transmitted online.

Although some embodiments of the invention have been shown and described, it will be apparent to those skilled in the art that modifications may be made to the embodiment without departing from the spirit or spirit of the invention. . It is intended that the scope of the invention be defined by the claims appended hereto and their equivalents.

The present invention provides a method and system for sending a congratulatory message or the like with a delivery message in a multimedia message, allowing the recipient of the shipment to check the multimedia message, and allowing the sender and the recipient of the shipment to communicate with each other. .

1 is a control block diagram of a multimedia message delivery system relating to a shipment according to an embodiment of the present invention;

2 is a control block diagram of the message delivery server of FIG. 1;

3 is a flowchart of a method for delivering a multimedia message regarding a package according to a first embodiment of the present invention;

4 is a flowchart of a method for delivering a multimedia message regarding a package according to a second embodiment of the present invention.

Claims

In the multimedia message delivery method for a shipment,

Providing a sender of the shipment with an interface for inputting a multimedia message to a recipient who receives the shipment at a message delivery server;

Receiving the multimedia message from the sender input through the interface at the message delivery server, assigning identification information to the multimedia message, and storing the multimedia message and the identification information in a predetermined memory;

Recording the identification information on a predetermined medium;

When the recipient receiving the shipment and the predetermined medium accesses the message delivery server using the identification information, the message delivery server transmits the multimedia message corresponding to the identification information to the recipient to be played. step;

When the payee confirms the multimedia message, notifying the sender of the message confirmation fact of the payee and providing the sender with a menu for communicating with the payee; And

If the sender selects communication with the payee through the menu, relaying to enable communication between the sender and the payee;

And the identification information comprises one of a mobile code and a direct access service number.

In the multimedia message delivery method for a shipment,

Providing, by a message delivery server, an interface for inputting a multimedia message to a sender of a shipment to a recipient who receives the shipment;

Recording the identification information on a predetermined medium;

When the recipient of the shipment received the shipment and the predetermined medium connects to the message delivery server using the identification information, the message delivery server transmits and plays the multimedia message corresponding to the identification information to the recipient. Making it possible;

When the reproduction is completed, providing the recipient with a menu for communicating with the sender; And

If the recipient selects communication with the sender through the menu, relaying to enable communication between the recipient and the sender;

delete

The method according to claim 1 or 2,

The relaying of the communication between the recipient and the sender may include relaying at least one of text data transmission, multimedia messaging data transmission, video data transmission, voice call, video call, and messenger conversation. Multimedia message delivery method for.

The method according to claim 1 or 2,

The method of claim 1, wherein the shipment includes at least one of a flower, a book, a wedding invitation, and an invitation.

The method according to claim 1 or 2,

The transmitting of the multimedia message to the recipient and playing the multimedia message may include converting the format of the multimedia message into a format that can be received by the recipient's terminal when the format of the multimedia message cannot be received by the recipient's terminal. Multimedia message delivery method for a shipment characterized in that it comprises a step.

In a multimedia message delivery system for a delivery product,

An identification information recording unit for recording identification information about the multimedia message on a predetermined medium which is delivered to the recipient of the shipment offline together with the shipment;

A memory in which the identification information and the multimedia message are stored;

A web / wap page generation unit for generating a web / wap page relating to the delivery service of the multimedia message, and providing an interface for inputting a multimedia message to be sent to the recipient by the sender of the shipment and an interface for inputting the identification information; Web / swap page generation unit; And

When the sender inputs the multimedia message through the interface, the identification message is assigned to the multimedia message to store the multimedia message and the identification information in the memory, and when the receiver accesses the multimedia message server through the identification information. A control unit for transmitting the multimedia message corresponding to the identification information to the recipient and playing the multimedia message;

The control unit notifies the sender of the message confirmation fact of the payee when the payee confirms the multimedia message and provides a menu for the sender to communicate with the payee, and the sender communicates with the payee through the menu. If the communication is selected, the sender and the recipient can be relayed to each other,

And said identification information comprises one of a mobile code and a direct access service number.

In a multimedia message delivery system for a delivery product,

An identification information writing unit for recording identification information regarding the multimedia message on a predetermined medium which is delivered to the recipient of the shipment offline together with the shipment;

A memory in which the multimedia message is stored;

The control unit provides a menu for communicating with the sender to the payee when the reproduction is completed, and relays communication between the payee and the sender when the payee selects communication with the sender through the menu. ,

9. The method according to claim 7 or 8,

The control unit relays the multimedia message regarding the delivery goods, characterized in that the communication between the recipient and the sender through at least one of text data transmission, multimedia messaging data transmission, video data transmission, voice call, video call, messenger conversation. system.