JP2006121351A - Mobile communication terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a mobile communication terminal transmitting a message whose message format is revised into a message format different from that of a received message after editing a reply message generated from the received message. <P>SOLUTION: The mobile communication terminal (mobile phone) 10 includes: a message communication section 110; a reply message generating section 113; a message edit section 114; a message form designation section 115; and a control section 116. The reply message generating section 113 generates message configuration data for editing a reply message addressed to a sender of a received message on the basis of a reply instruction operation for instructing a reply to the received message. The control section 116 generates transmission message data whose message format is equal to a message format designated by a message format designation section 115 by using the message configuration data of the reply message edited by the message edit section 114 and controls the message communication section 110 for transmitting the transmission message data. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a mobile communication terminal such as a mobile phone capable of transmitting and receiving messages of a plurality of types of message formats via a communication network.

  Conventionally, mobile communication terminals such as mobile phones that can transmit and receive messages to and from other mobile communication terminals via a communication network such as a mobile communication network are known as this type of mobile communication terminal. Yes. Initially, since the transmission capability in the mobile communication network was poor, the types of messages transmitted and received between the mobile communication terminals were limited to text data of a predetermined size or less. After that, due to the improvement of transmission capability in mobile communication networks, it is now possible to send and receive messages with an expanded text data size and messages with attached data such as still images. Recently, a multimedia messaging service (MMS) that can transmit and receive data of a plurality of media types such as text, graphics, video, and audio as a multimedia message (MM) using a mobile communication system having a high data transmission rate. ) Has been provided (see, for example, Non-Patent Document 1 and Patent Document 1).

Multimedia Messaging Service Architecture Overview Version 1.2 (OMA-MMS-ARCH-v1_2-20030920-C) JP 2002-281550 A

In a conventional mobile communication terminal capable of sending messages of a plurality of types of message formats, when a reply message to the received message is sent after the message is received, the reply message can be sent in a message format different from the received message. Convenient. For example, when a short message (SMS message) consisting only of text data is received and it is desired to attach a file such as a still image or a moving image to a reply message to the SMS message, the above MMS message or the like that allows such an attachment file It is convenient to be able to change to the message format.
However, in a conventional mobile communication terminal capable of transmitting messages of a plurality of types of message formats, the message format cannot be changed when a reply message to the received message is transmitted. When a reply message having a message format different from that of the received message is transmitted, the reply message must be created and transmitted as a new message having a desired message format, which is inconvenient. In addition, when creating a new message, the user needs to copy and paste a message with a history including the contents of the received message.

  The present invention has been made in view of the above problems, and its object is to edit a reply message generated from a received message and then change the message format to be different from that of the received message and transmit it. It is to provide a communication terminal.

In order to achieve the above object, the invention of claim 1 is a mobile communication terminal capable of transmitting and receiving messages of a plurality of types of message formats via a communication network, and transmitting and receiving message data for the plurality of types of message formats. A message communicator for generating a message and data for generating message composition data for editing a reply message addressed to the sender of the received message based on a reply instruction operation for instructing a reply to the received message received by the message communicator A message generating means; a message editing means for editing the message configuration data of the reply message; a message format specifying means for specifying the message format of the reply message; and the reply message edited by the message editing means Using the message composition data of And a control means for creating transmission message data so as to be in a message format designated by the message format designation means, and for controlling the message communication means so as to transmit the transmission message data. is there.
The invention of claim 2 is a mobile communication terminal capable of transmitting and receiving messages of a plurality of types of message formats via a communication network, and a message communication means for transmitting and receiving message data for the plurality of types of message formats A reply message generating means for generating message configuration data for editing a reply message addressed to the sender of the received message based on a reply instruction operation for instructing a reply to the received message received by the message communication means; Message editing means for editing the message composition data of the reply message, and message format selection for selecting a message format suitable for the message composition data of the reply message edited by the message editing means from the plurality of types of message formats Means and message The message composing means uses the message configuration data of the reply message edited by the means to create transmission message data so as to be in the message format selected by the message format selecting means, and to transmit the transmission message data. And a control means for controlling.
Further, the invention of claim 3 is the mobile communication terminal of claim 2, further comprising message format notification means for notifying message format information, wherein the control means prior to transmission of transmission message data by the message communication means. The message format notifying unit is controlled so as to notify the information of the message format selected by the message format selecting unit.
According to a fourth aspect of the present invention, the mobile communication terminal according to any one of the first to third aspects further comprises reply message information notifying means for notifying information relating to the reply message, wherein the control means includes the message format specifying means. When the transmission message data created so as to have the message format specified by the above is a message in which a part of the message configuration data of the reply message edited by the message editing means is missing, the transmission message data Prior to transmission, the reply message information notifying means is controlled so as to notify information relating to partial omission of the message configuration data.

  Here, the message format selection means in the mobile communication terminal is configured to select the message format based on the data size of the message configuration data, for example. Further, for example, the message format selection means is configured to select the message format based on the presence or absence of an attached file of the message configuration data.

The “mobile communication terminal” includes a mobile phone such as a PDC (Personal Digital Cellular) method, a GSM (Global System for Mobile Communication) method, a TIA (Telecommunications Industry Association) method, and an IMT (International Mobile Telecommunications) -2000. Standardized mobile phone, TD-SCDMA (MC: Multi Carrier) mobile phone, one of TD-SCDMA (Time Division Synchronous Code Division Multiple Access), PHS (Personal Handyphone System) terminal, automobile phone A telephone having a telephone call function such as Examples of the “mobile communication terminal” include a communication terminal such as a PDA (Personal Digital Assistance) having a call function in addition to the above telephone.
The “message format” defines a message format such as the size of data that can be transmitted and whether or not a file can be attached, and may be called a transmission format. A communication protocol suitable for each message is used for sending and receiving messages of each message format. This message format includes SMS (Short Message Service) format in which the data size that can be transmitted and received within the mobile communication network is limited, and the data size compared to the SMS operated by each mobile communication carrier. Mobile communication mail format, MMS (Multimedia Messaging System) format suitable for high-speed mobile communication network conforming to IMT-2000, and e-mail format that can be transmitted and received on the Internet.
In addition, one of the messages of the plurality of message formats is a multimedia message (MM) that can be transmitted / received via a multimedia message communication system (MMS) and can include data of a plurality of media types. Also good. In this case, when a reply message to the received message is transmitted, the message format of the multimedia message (MM) is changed to the message format of another type of message, or the message format of another type of message is changed to the multimedia format. The message (MM) is changed to the message format.
The control and information processing in the mobile communication terminal can also be realized by executing a predetermined program on a computer provided in the mobile communication terminal. Delivery of the program used in the computer may be performed using a recording medium such as an FD or CD-ROM in which the program is recorded as digital information, or may be performed using a communication network such as a computer network.

  According to the present invention, when a user performs a reply instruction operation for instructing a reply to the received message received by the message communication means, the reply message generation means returns a reply to the sender of the received message based on the reply instruction operation. Message configuration data for editing a message is automatically generated. The user can edit the message composition data of the automatically generated reply message by the message editing means, and can designate the reply message by the message format designation means regardless of the received message. The message format of the reply message is not specified by the user, but the message format selection means may automatically select a message format suitable for the message configuration data of the reply message after editing from a plurality of message formats. Good. Transmission message data is created using the message configuration data of the reply message edited by the message editing means so that the message format specified by the user or the message format automatically selected is selected, and the transmission message data is message communication means. Sent by. Thus, after the reply message generated from the received message is edited, the message can be changed to a message format different from that of the received message and transmitted.

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is an explanatory diagram showing an example of a schematic configuration of the entire communication system according to the present embodiment. This communication system is configured using mobile phones 10A and 10B as mobile communication terminals and a mobile phone communication network 20 as a communication network. The cellular phone communication network 20 includes a base station 21, a core network including a packet switching network 201, an IP (Internet Protocol) network 202, and a SMSC (Short Message Service Center) 29. Note that the mobile phone communication network 20 in this embodiment is a communication system compliant with IMT-2000 such as W-CDMA (Wideband Code Division Multiple Access) capable of high-speed data communication suitable for MMS (Multimedia Messaging Service). A communicable wireless communication network has been established.

  The base station 21 is provided for each cell to be controlled, converts data from a wired line in the mobile phone communication network 20 into a data format suitable for the wireless interface, and mobile phones 10A and 10B in the cell to be controlled. To the radio frequency. Conversely, data from the mobile phones 10A and 10B transmitted at a radio frequency is received, converted into a data format suitable for the wired interface, and transferred to the wired line portion in the mobile phone communication network 20.

  The core network has a location registration database (HLR, VLR), a subscriber database, a billing system, and the like (not shown), and performs communication control so as to relay communication between mobile phones. Further, the core network performs communication control so as to relay communication between each mobile phone and the components in the mobile phone communication network 20. The core network controls communication so as to relay communication between each mobile phone and another communication network.

  The core network has a packet switching network 201 in addition to a circuit switching network. The packet switching network 201 includes nodes such as an SGSN (Serving GPRS Support Node) 22 and a GGSN (Gateway GPRS Support Node) 23. The SGSN 24 performs a gateway function between a radio network controller (not shown) to which the base station 21 is connected and a packet switching network on the core network 201 side, location management, security management, and access control of each mobile phone 10A, 10B. It has a function. Further, the GGSN 23 has a gateway function between the packet switching network on the core network 201 side and the IP network 202.

In addition to the SMSC 29 described later, a circuit-switched network mail server 210 that manages circuit-switched mail as a message transmitted and received between mobile phones is connected to the circuit-switched network of the core network. The circuit-switched network mail server 210 is connected to the Internet 30 via the gateway server 211, and can transmit and receive the circuit-switched network mail between the mobile phone and a communication terminal on another communication network such as the Internet. It is like that.
The packet switching network 201 of the core network is connected to a packet switching network mail server 220 that manages packet switching network mails as messages transmitted and received between mobile phones. The packet-switched network mail server 220 is connected to the Internet 30 via the gateway server 221 and can send and receive the packet-switched network mail between the mobile phone and a communication terminal on another communication network such as the Internet. It is like that.

  The IP network 202 includes a proxy server 24, an MMSC (Multimedia Messaging Service Center) 25, a gateway server 26, a PPG (Push Proxy Gateway) server 27, and a WEB server (not shown).

The proxy server 24 performs a process of relaying communication between each mobile phone 10A, 10B and a server in the IP network 202 or a server on the Internet. This proxy server 24 also has a protocol conversion function for matching both communication protocols when the communication protocol in the core network 201 and the communication protocol in other communication networks such as the IP network 202 and the Internet 30 are different.
In this IP network 202, a WEB server or a download server for downloading contents may be provided.

  The MMSC 25 is connected to a message box (not shown) and performs the following multimedia message processing (hereinafter referred to as “MMS message”). For example, when the MMSC 25 receives the MMS message transmitted from the transmitting-side mobile phone 10A, the MMSC 25 temporarily stores the MMS message in a message box and sends it to the receiving-side mobile phone 10B via the PPG server 27, the SMSC 29, or the like. Send incoming call notifications. When the MMSC 25 receives a message acquisition request from the receiving-side mobile phone 10B, the MMSC 25 performs predetermined format conversion as necessary and transmits the message to the receiving-side mobile phone 10B. The MMSC 25 also notifies the incoming call when it receives an MMS message addressed to the mobile phones 10A and 10B from the Internet 30, and then performs a predetermined format conversion as necessary, and sends the MMS message to the mobile phone 10B on the receiving side. Send.

The gateway server 26 has a gateway function and a firewall function between the IP network 202 of the mobile phone communication network 20 and the Internet 30.
Based on the push request received from the MMSC 25, the PPG server 27 transmits a push-type message such as the incoming call notification to the mobile phones 10A and 10B via the SMSC 29.

  The SMSC 29 provides a short message service (SMS), receives a short message having a size limit (eg, 128 bytes) from the mobile phone 10A on the transmission side, and transmits it to the mobile phone 10B on the reception side. The SMSC 29 can also send short messages to a plurality of mobile phones in a broadcast format all at once. An SMS communication protocol is used to transmit and receive these SMS messages.

  A server for providing various contents and a mail server 60 for e-mail are connected to the Internet 30 connected via the IP network 202 of the cellular phone communication network 20. As the server for providing contents, there are a WEB server 40 that mainly provides contents of a WEB page, a download server 50 that mainly provides contents such as image files, music files, and application program files. Examples of the mail server 60 include an SMTP server, a POP server, and an IMAP server.

  When content is downloaded from the various content providing servers on the Internet 30 to the mobile phones 10A and 10B, a predetermined communication protocol is used in each layer of the network. For example, as a communication protocol of the application layer when downloading a WEB page from the WEB server 40, HTTP (HyperText Transfer Protocol), W-HTTP (Wireless HyperText Transfer Protocol), WTP (Wireless Transaction Protocol), WSP (Wireless Session Protocol). ) Etc. are used.

  FIG. 2 is an explanatory diagram of an MMS message transmitted / received between the mobile phones 10A and 10B via the MMSC 25 that provides MMS (Multimedia Messaging Service). This MMS message is a message in Internet text format compatible with MIME (Multipurpose Internet Mail Extension) whose specifications are defined in RFC (Request for Comments) 822, 2822, 2045, 2046, 2047, 2049 and the like. This MMS message is composed of a message body 60 and a header 61. The message body 60 of the MMS message can be configured to include data of information by various media such as voice, image, video, and audio in addition to text information. The header 61 of the MMS message is composed of various fields into which various information data related to the transmission message is input in a communication terminal such as a mobile phone on the transmission side.

The MMS, MMSC, MMS message, and the like comply with the specifications defined in the following (1) to (3).
(1) Multimedia Messaging Service Architecture Overview Version 1.2 (OMA-MMS-ARCH-v1_2-20030920-C)
(2) Multimedia Messaging Service Client Transactions Version 1.2 (OMA-MMS-CTR-v1_2-20030916-C)
(3) Multimedia Messaging Service Encapsulation Protocol Version 1.2 (OMA-MMS-ENC-v1_2-20030915-C)

  The MIME information field is an interpretation processing field (extended header field) used for interpretation processing of the message body 60 conforming to the MIME specifications defined in RFC 2045, 2046, 2047, 2049 and the like. Hereinafter, this MIME information field is referred to as “MIME header field”, and the header portion in which this MIME header field is set is referred to as “MIME header”.

  A plurality of interpretation methods used when interpreting the message body 60 can be set by a combination of “Content-Type:” data and “Content-Transfer-Encoding:” data set in the MIME header. is there. The cellular phones 10A and 10B use the interpretation method selected from a plurality of types of interpretation methods according to the data in the MIME header field of the MMS message received via the cellular phone communication network 20, and receive the message body 60 of the received message. Interpret processing.

  When transmitting and receiving each message, a predetermined communication protocol is used in each layer of the network. For example, as the communication protocol of the application layer, depending on the type of each message, in addition to the above HTTP and WSP, SMS protocol, SMTP (Simple Mail Transfer Protocol), which is also used in electronic mail on the Internet, POP3 ( Post Office Protocol 3), IMAP4 (Internet Message Access Protocol 4), etc. are used.

3 is an external view showing a configuration example of the mobile phone 10 (10A, 10B), and FIG. 4 is a schematic configuration diagram showing a hardware configuration of the mobile phone 10. As shown in FIG. FIG. 5 is an explanatory diagram of a software structure in the mobile phone 10.
The mobile phone 10 is a clamshell (folding) type mobile phone, and includes a system bus 100, a CPU 101, a storage device such as a RAM 102 and a ROM 103, an input device 104, an output device 105, a mobile phone communication network communication device 106, a GPS. A receiving device 107 is provided. Components such as the CPU 101 and the RAM 102 exchange various data and program instructions with each other via the system bus 100.

  The CPU 101 reads and executes a predetermined program from the storage device, thereby performing various functions such as a voice call function and application software (hereinafter referred to as “application”) on the basic software OS of the native telephone platform. Can be realized. The functions of this application include a WEB browser, mailer, music playback, moving image display, data transmission / reception with an external device, address book management, scheduler, memo pad, and the like. Start up applications such as this WEB browser, mailer, music playback, video display, etc., send and receive MMS messages on that application, text and images (still images, videos) included in the received MMS messages, content, audio, etc. Audio content such as music may be output.

  Further, the CPU 101 can construct an application execution environment different from the native telephone platform by reading and executing a predetermined program from the storage device. In the application execution environment, various applications such as an application preinstalled in the mobile phone and an application downloaded and registered by the user can be executed. Examples of this application include an application written in a programming language such as JAVA (registered trademark) or C ++ developed by platform-independent object-oriented programming, an application written in C language, or an assembly language. Also, these application execution environments are constructed by middleware such as JAVA (registered trademark) virtual machine (VM) or BREW (registered trademark).

  The input device 104 includes a data input key (ten key, * key, # key) 11, a call start key 12, an end key 13, a scroll key 14, a multi-function key 15, a microphone 16, and the like. The numeric keypad 11, the call start key 12, the call end key 13, and the like of the input device 104 constitute an operation unit that can be operated by the user. By operating this operation unit, the user transmits and receives various messages such as MMS messages, expands and displays image files attached to MMS messages, and expands and plays music files. Or an application program can be selected and executed. In addition, the user operates the operation unit to input data such as a URL of a content acquisition destination, start and end a call when receiving a call, and select, start and stop an application program. Can go. In addition, the user can download and register contents such as image files, music files, and application programs from the download server 50 by operating the operation unit.

The output device 105 includes a liquid crystal display (LCD) 17 as a display means, a speaker 18, a vibration device (not shown), and the like. An output unit composed of an output device including the liquid crystal display (LCD) 17 and the speaker 18 informs the user that various messages such as MMS messages and incoming notifications have been received from the mobile phone communication network 20. This is used for displaying text and images (still images, moving images) such as MMS messages on a liquid crystal display (LCD) 17 and outputting voice and music attached to MMS messages and the like from the speaker 18. When notifying the user of the reception of the MMS message or the like and its incoming notification, an incoming notification image is displayed on the liquid crystal display (LCD) 17 of the output unit or a ringing tone is output from the speaker 18.
The output unit displays a Web page received via the mobile phone communication network 20 on a liquid crystal display (LCD) 17 or informs the user that information has been received from the mobile phone communication network 20. Also used for. The output unit is also used to display images and sound output related to the execution of the application program such as the game, or to display information received from the information distribution server. Used.
The speaker 18 may be configured by separately providing a receiver speaker (receiver) for listening to a voice during a call and an external output speaker for outputting a ring tone or music. You may comprise by one speaker so that the speaker for receivers and the speaker for external outputs may be combined.

  The vibrating device that constitutes the output device 105 can be used when the mobile phone 10 receives a voice call or receives an MMS message or various distribution information when the manner mode (silent mode) is set. It can be controlled to vibrate the whole and inform the user of the incoming call.

  The mobile phone communication network communication device 106 includes a modem, a synthesizer, a frequency converter, a high frequency amplifier, and the like, and communicates with other mobile phones, the above-described server 11 and the like via the mobile phone communication network 20. Used. The mobile phone communication network communication device 106 exchanges various messages such as MMS messages with other mobile phones via the mobile phone communication network 20, or the Internet via the gateway server from the mobile phone communication network 20. And is used as a communication means for exchanging e-mails and MMS messages with a communication terminal on the Internet. Further, the mobile phone communication network communication device 106 downloads an application program provided by the download server 50 via the mobile phone communication network 20 or receives distribution information including position information of the current position. Also used as receiving means.

  FIG. 6 is a functional block diagram showing extracted main functions of the cellular phone 10 (10A, 10B) according to the present embodiment. The mobile phone 10 includes a message communication unit 110, a message storage unit 111, a message output unit 112, a reply message generation unit 113, a message editing unit 114, a message format designation unit 115, and a control unit 116.

  The message communication unit 110 includes the mobile phone communication network communication device 106 and the like. The MMSC 25, the SMSC 29, the circuit switching network mail server 210, and the packet switching network mail server 220 constructed on the mobile phone communication network 20. Or message communication means for communicating with the mail server 60 on the Internet 30. That is, the message communication unit 110 communicates with the MMSC 25 and the like using a predetermined communication protocol such as HTTP, and transmits and receives various messages such as MMS messages and the like with other mobile phones. MMS messages are exchanged with communication terminals.

  The message storage unit 111 includes a storage device such as the RAM 102 or ROM 103, and functions as a message storage unit that stores received messages, reply messages, and newly created messages. That is, the message storage unit 111 stores, for each message, text data as message configuration data that constitutes each of the received message, the reply message, and the newly created message, data of an attached file, and the like.

The message output unit 112 is configured by the output device 105 or the like, and displays received message or reply message data being edited on a display as text or image (still image or video) content, or audio such as voice or music. It has a function as message output means for outputting from a speaker or earphone as content.
The message output unit 112 is a message format notifying unit for notifying the user of message format information of a reply message to be transmitted or a newly created message, or an incoming call notifying unit for notifying the arrival of various messages such as MMS messages. Also works.

The reply message generation unit 113 includes the CPU 101 and the like, and functions as reply message generation means for generating message configuration data for editing a reply message addressed to the sender of the received message. That is, message configuration data for editing a reply message addressed to the sender of the received message is generated based on a reply instruction operation by a user who instructs a reply to the received message received by the message communication unit 110. The sender address (From: column address) of the received message is automatically set in the reply message transmission destination column (To: column).
In addition, you may make it a reply message with a log | history by including the data of the said received message in the said message structure data. In the case of a reply message with a history, it is preferable to display a separator line at the boundary between the received message data and the newly edited portion.
In addition, if there is a destination address other than the recipient of the received message in the destination column or CC column of the received message, in addition to the sender of the received message, Message configuration data for editing the reply message may be generated so as to be transmitted to all persons including the transmission destination.
Also,

  The message editing unit 114 includes the input device 104 and the like, and functions as a message editing unit for editing the message configuration data of the reply message generated by the reply message generating unit 113. That is, the message editing unit 114 can be used when a user adds text to a reply message such as an MMS message or deletes or modifies input text. Further, the message editing unit 114 can be used to designate files such as still images, moving images, sounds, music, programs, and the like attached to MMS messages and the like, and to release attachments of these files.

  The message format designating unit 115 includes the input device 104 and the like, and also functions as a message format designating unit for designating the message format of the reply message. That is, the message format designating unit 115 designates the message format of various messages such as MMS, SMS, e-mail, circuit-switched network mail, packet-switched network mail, etc., for the reply message after editing. Used when. The message format of the reply message can be specified regardless of the message format of the received mail that is the basis for creating the reply message.

The control unit 116 is configured by the CPU 101 and the like, and uses the message configuration data of the reply message edited by the message editing unit 114 to create transmission message data so that the message format specified by the message format specifying unit 115 is obtained. Then, it functions as a control means for controlling the message communication unit 110 to transmit the transmission message data.
In addition, the control unit 116 is configured such that the transmission message data created so as to have the message format specified by the message format specifying unit 115 is a partial data of the message configuration data of the reply message edited by the message editing unit 114. When becomes missing, control is performed as follows. That is, when this partial data loss occurs, the control unit 116 notifies the message output unit (message information notification means) so as to notify information related to the partial loss of message configuration data prior to transmission of the transmission message data. 112 is controlled.

FIG. 7 is a sequence diagram illustrating an example of a processing procedure when an MMS message is transmitted and received between the mobile phones 10A and 10B in the communication system having the above configuration. In this message transmission / reception process, the user manually receives the message in the mobile phone 10B that has received the message incoming notification.
First, the user on the transmission side operates the mobile phone 10A to start an application for MMS messages and creates an MMS message. Then, when the user operates the mobile phone 10A so as to transmit the MMS message by designating the destination address, the mobile phone 10A transmits a message transmission request by “HTTP POST” to the MMSC 25 (step S1). ).
In response to the message transmission request, the MMSC 25 transmits a message transmission response by “HTTP 200 OK” to the mobile phone 10A on the transmission side (step S2). Thereafter, the MMSC 25 transmits a message arrival notification by “SMS” to the mobile phone 10B on the receiving side via the PPG server 27 (steps S3 and S4).
Next, when the mobile phone 10B on the receiving side receives the message notification from the MMSC 25, the receiving side mobile phone 10B displays text or images set in advance for the notification of the incoming call on the display 17 of the output unit or for the notification of the incoming call. A preset voice, special sound, melody, music or the like is output from the speaker 18 of the output unit. For example, an incoming notification message such as “A new message is stored in the server” is displayed on the display. By receiving the incoming call notification on the display and outputting the incoming call notification sound from the speaker, the user of the mobile phone 10B on the receiving side can know that the MMS message addressed to himself / herself has arrived. After the notification of the incoming call, the user on the receiving side can operate the mobile phone 10B so as to receive the MMS message at an arbitrary timing.
Next, in response to the message incoming notification, the receiving mobile phone 10B transmits a message incoming notification response by “HTTP POST” to the MMSC 25 (step S5).
After receiving the message arrival notification response, the MMSC 25 transmits a message delivery completion notification by “SMS” to the transmitting-side mobile phone 10A via the PPG server 27 (steps S6 and S7). In the header of this message delivery completion notification, “X-Mms-Status: Deffered”, which is one of MMS fields, is described. By referring to the data in this header field, the transmitting-side mobile phone 10A It is possible to recognize that the message arrival notification is distributed to the mobile phone 10B on the receiving side and is waiting to receive the MMS message.

Next, when the receiving-side user receives the MMS message for which the incoming call notification has been received, the mobile phone 10B is operated so as to start reception processing by designating the MMS message on the MMS message application. To do. By this operation, the mobile phone 10B on the receiving side transmits a message reception request by “HTTP GET” to the MMSC 25 (step S8).
In response to the message reception request, the MMSC 25 transmits a message reception response by “HTTP 200 OK” to the mobile phone 10B on the reception side (step S9). In this message reception response, the message body of the MMS message to be received read from the message box of the MMSC 25 and a header corresponding to the message body are added.
Next, the reception-side mobile phone 10B transmits a reception completion notification by “HTTP 200 OK” to the MMSC 25 in response to the message reception response (step S10). Further, the mobile phone 10B on the receiving side performs a later-described interpretation process on the message body based on the information in the MIME header of the received MMS message, and then outputs the MMS message after the interpretation process.
After receiving the reception completion notification, the MMSC 25 transmits a message delivery completion notification by “SMS” to the receiving-side mobile phone 10B via the PPG server 27 (steps S11 and S12). In the header of this message delivery completion notification, “X-Mms-Status: Retrieved”, which is one of MMS fields, is described. By referring to the data in this header field, the transmitting-side mobile phone 10A It can be recognized that the MMS message has been distributed to the mobile phone 10B on the receiving side.

FIG. 8 is a sequence diagram showing an example of another processing procedure when an MMS message is transmitted and received between the mobile phones 10A and 10B in the communication system having the above configuration. In this message transmission / reception process, the mobile phone 10B that has received the incoming notification of the message automatically receives the message. Note that steps S1 to S4 in FIG. 8 are the same as those in FIG.
When receiving the message arrival notification from the MMSC 25, the receiving-side mobile phone 10B automatically starts MMS message reception processing as follows. First, the cellular phone 10B transmits a message reception request by “HTTP GET” to the MMSC 25 in response to the message incoming notification (step S5).
In response to the message reception request, the MMSC 25 transmits a message reception response based on “HTTP 200 OK” to the mobile phone 10B on the reception side (step S6). In this message reception response, the message body of the MMS message to be received read from the message box of the MMSC 25 and a header corresponding to the message body are added.
Next, the reception-side mobile phone 10B transmits a reception completion notification by “HTTP 200 OK” to the MMSC 25 in response to the message reception response (step S7). Further, the mobile phone 10B on the receiving side performs a later-described interpretation process on the message body based on the information in the MIME header of the received MMS message, and then outputs the MMS message after the interpretation process.
After receiving the reception completion notification, the MMSC 25 transmits a message delivery completion notification by “SMS” to the receiving-side mobile phone 10B via the PPG server 27 (steps S8 and S9). In the header of this message delivery completion notification, “X-Mms-Status: Retrieved”, which is one of MMS fields, is described. By referring to the data in this header field, the transmitting-side mobile phone 10A It can be recognized that the MMS message has been distributed to the mobile phone 10B on the receiving side.

FIG. 9 is a flowchart illustrating an example of a processing procedure when an MMS reply message is transmitted in response to an SMS reception message received by the receiving-side mobile phone 10B.
First, the user operates the mobile phone 10B to activate a messaging application for sending and receiving various messages (step S101). When the user performs a predetermined operation on this application, the mobile phone 10B causes the message output unit 112 to display the list of SMS received messages stored in the message storage unit 111 or the text of a specific SMS received message. Displayed in the play (step S102).

  Next, when the user performs a reply operation by designating a specific message on the SMS received message list or performs a reply operation while displaying the text of the specific SMS received message, the mobile phone 10B Then, message configuration data for editing a reply message addressed to the sender of the specific SMS received message is generated (step S104). The generated message configuration data for the reply message is temporarily stored in the message storage unit 111 and displayed on the display edit screen of the message output unit 112. The message configuration data for the reply message may be blank reply message data without a message body, or may be reply message data with a history including the received message data.

  Next, when the user performs a key operation on the editing screen on the display 17 of the message output unit 112, the text of the message body is added to or deleted from the generated message configuration data for the reply message. , Edit work such as correction, or work to attach files such as images. The mobile phone 10B receives the data input by the editing operation and stores the edited message configuration data in the message storage unit 111 (step S105).

  Next, the cellular phone 10 </ b> B displays a message format designation screen for prompting designation of a message format used for the reply message from a plurality of message formats such as MMS and SMS on the display 17 of the message output unit 112. On this message format designation screen, the user can designate a desired message format. The mobile phone 10B receives data in a message format designated by the user (step S106). Here, in order to attach a file such as an image, an MMS different from the SMS of the received message is designated.

  Next, the cellular phone 10B uses the message configuration data stored in the message storage unit 111 to create transmission message data in a message format (MMS) designated by the user, and the transmission message Data is transmitted (steps S107 and S108). Then, after the transmission of the reply message is completed, the mobile phone 10B notifies the transmission result (step S109). For example, a batch transmission completion notification message is displayed on the display 17, and a voice or special sound notifying that batch transmission is complete is output from the speaker 18.

  As described above, in the example of FIG. 9, after the user edits the message configuration data of the reply message, the user can select a message format (MMS) from a plurality of message formats regardless of the message format (SMS) of the received message. ) To send a reply message. Thus, after editing the reply message generated from the received message, the message can be changed to a message format (MMS) different from the received message (SMS) and transmitted.

  In the example of FIG. 9, an MMS reply message is transmitted in response to an SMS received message. However, an electronic file on the Internet that allows attachment of a file and a large allowable text body size for an SMS received message. Even when another type of message such as mail is transmitted as a reply message, the processing procedure is the same as in FIG.

FIG. 10 is a flowchart illustrating an example of a processing procedure when an SMS reply message is transmitted in response to an MMS reception message received by the mobile phone 10B on the receiving side.
First, the user operates the mobile phone 10B to activate a messaging application for sending and receiving various messages (step S101). When the user performs a predetermined operation on this application, the mobile phone 10B causes the message output unit 112 to display the list of MMS received messages stored in the message storage unit 111 or the text of a specific MMS received message. Displayed in the play (step S102).

  Next, when the user performs a reply operation by designating a specific message on the list of MMS received messages, or performs a reply operation while displaying the text of the specific MMS received message, the mobile phone 10B Then, message configuration data for editing the reply message addressed to the sender of the specific MMS received message is generated (step S104). The generated message configuration data for the reply message is temporarily stored in the message storage unit 111 and displayed on the display edit screen of the message output unit 112. The message configuration data for the reply message may be blank reply message data without a message body or an attached file, or may be reply message data with a history including the received message or attached file data. .

  Next, when the user performs a key operation on the editing screen on the display 17 of the message output unit 112, the text of the message body is added to or deleted from the generated message configuration data for the reply message. Edit work such as correction. The mobile phone 10B receives the data input by the editing operation and stores the edited message configuration data in the message storage unit 111 (step S105).

  Next, the cellular phone 10 </ b> B displays a message format designation screen for prompting designation of a message format used for the reply message from a plurality of message formats such as MMS and SMS on the display 17 of the message output unit 112. On this message format designation screen, the user can designate a desired message format. The mobile phone 10B receives data in a message format designated by the user (step S106). Here, in order to send a reply message composed of a relatively small text without attaching a file such as an image, an SMS different from the MMS of the received message is designated.

  Next, the mobile phone 10B determines whether or not the transmission message data created so as to be in the designated SMS message format is a part of the message configuration data of the reply message after editing. Is determined (step S107).

  Here, when it is determined that the message transmission data of the SMS is not a part of the message configuration data of the reply message after editing, the mobile phone 10B Using the edited message configuration data stored in the message storage unit 111, the transmission message data is created so as to be in the message format (SMS) specified by the user, and the transmission message data is transmitted (step) S108, S109). Then, after the transmission of the reply message is completed, the mobile phone 10B notifies the transmission result (step S110).

  On the other hand, when it is determined in step S107 that the SMS transmission message data is a part of the message configuration data of the reply message after editing, that is, when it is determined that there is a part of the missing data, the transmission is performed. Prior to the transmission of the message data, information related to the missing part of the message configuration data is notified (step S111). Furthermore, the cellular phone 10B displays a data missing confirmation screen for prompting an operation for designating whether or not the data partial missing is permitted on the display 17 of the message output unit 112. On the data missing confirmation screen, when the user performs an operation that allows a part of the data to be missing, the mobile phone 10B creates transmission message data for the reply message in a state where the part of the data is missing. The transmission message data is transmitted (steps S108 and S109), and after the transmission of the reply message is completed, the transmission result is notified (step S110). On the other hand, when the user performs an operation that does not allow the partial loss of data on the data loss confirmation screen, the mobile phone 10B displays the message configuration data screen of the reply message or a screen for specifying the message format. Returning to step 5, prompts the user to re-edit the message configuration data or re-specify the message format.

  As described above, in the example of FIG. 10, after the user edits the message configuration data of the reply message, the user can select a message format (MMS) from a plurality of message formats regardless of the message format (SMS) of the received message. ) To send a reply message. Thus, after editing the reply message generated from the received message, the message can be changed to a message format (MMS) different from the received message (SMS) and transmitted.

  Further, in the example of FIG. 10, when the message format (SMS) specified by the user is transmitted in a state where a part of the data of the reply message after editing is transmitted in a state where the part is missing, the part of the data is used. The reply message is sent only when the person accepts it. Accordingly, when the reply message is transmitted after changing the message format to a stricter size limit such as the received message is an MMS message and the reply message is an SMS message, it is possible to avoid the occurrence of data loss that is not expected by the user.

  In the example of FIG. 10, an SMS reply message is transmitted in response to an MMS received message. However, other than MMS such as e-mail on the Internet that can be attached to a file and has a large allowable text body size. Even when an SMS message is transmitted as a reply message for a type of received message, the processing procedure is the same as in FIG.

  As described above, according to the present embodiment, after a reply message generated from a received message is edited, the reply message can be transmitted by changing to a message format different from the received message.

  In the above embodiment, the user designates the message format after editing the reply message. However, the message format suitable for the message configuration data of the reply message after editing may be automatically selected.

FIG. 11 is a functional block diagram showing extracted main functions of the mobile phone 10 (10A, 10B) when automatically selecting a message format that matches the message configuration data of the reply message after editing. The cellular phone 10 includes a message format selection unit 117 instead of the message format specification unit 115 in FIG.
The message format selection unit 117 is constituted by the CPU 101 and the like, and functions as a message format selection means for selecting a message format that matches the message configuration data of the reply message after editing. That is, the message format selection unit 117 performs editing after editing by the message editing unit 114 from message formats of various messages such as the MMS, SMS, electronic mail, circuit-switched network mail, and packet-switched network mail. Automatically selects a message format that matches the message composition data of the reply message.

  For example, if the message configuration data of the reply message after editing is text data with a small size without file attachment, the message format selection unit 117 automatically selects the SMS message format. When the message composition data of the reply message after editing is data attached with a file such as an image, the MMS message format is automatically selected.

11 uses the message configuration data of the reply message edited by the message editing unit 114 to create transmission message data so that the message format is automatically selected by the message format selection unit 117. , And functions as control means for controlling the message communication unit 110 to transmit the transmission message data.
Further, prior to the transmission of the transmission message data by the message communication unit 110, the control unit 116 notifies the message output unit (message format notification means) so as to notify the message format information automatically selected by the message format selection unit 117. ) 112 is controlled.
Further, the control unit 116 is a part of the message configuration data of the reply message in which the transmission message data created so as to have the message format automatically selected by the message format selection unit 117 is edited by the message editing unit 114. When data is lost, the following control is performed. That is, when this partial data loss occurs, the control unit 116 notifies the message output unit (message information notification means) so as to notify information related to the partial loss of message configuration data prior to transmission of the transmission message data. 112 is controlled.

  FIG. 12 is a flowchart illustrating an example of a processing procedure when an MMS is automatically selected and a reply message is transmitted with respect to an SMS received message received by the mobile phone 10B on the receiving side. The processing from the activation of the messaging application to the editing of the reply message is the same as in the case of FIG.

  After editing the reply message by the user, the mobile phone 10B can select the size and format type of the message configuration data of the reply message stored in the message storage unit 111 from a plurality of message formats such as MMS and SMS. Based on the presence or absence of an attached file, the message format suitable for the message configuration data is automatically selected (step S106). Here, in order to attach a file such as an image, an MMS different from the SMS of the received message is automatically selected.

  Next, the cellular phone 10B uses the message configuration data stored in the message storage unit 111 to create transmission message data in the automatically selected message format (MMS), and the transmission message data Transmit (steps S108 and S109). Then, after the transmission of the reply message is completed, the mobile phone 10B notifies the transmission result (step S110). For example, a batch transmission completion notification message is displayed on the display 17, and a voice or special sound notifying that batch transmission is complete is output from the speaker 18.

  As described above, in the example of FIG. 12, after the user edits the message configuration data of the reply message, the message configuration data after editing from a plurality of message formats regardless of the message format (SMS) of the received message. A reply message can be transmitted by automatically selecting a message format (MMS) suitable for the message. Thus, after editing the reply message generated from the received message, the message can be changed to a message format (MMS) different from the received message (SMS) and transmitted.

  In the example of FIG. 12, a case has been described in which an MMS is automatically selected for an SMS received message and a reply message is transmitted, but a file can be attached to the SMS received message and the allowable size of the text body is large. Even when another type of message format such as electronic mail on the Internet is automatically selected and a reply message is transmitted, the processing procedure is the same as in FIG.

In the above embodiment, the case of a mobile phone capable of transmitting and receiving a plurality of types of message formats such as MMS messages has been described. However, the present invention is not limited to a mobile phone that can transmit and receive a plurality of types of message formats. The same applies to a case of a mobile communication terminal other than a telephone.
In the above embodiment, the case of replying a received message has been described. However, the present invention can be similarly applied to a case where a received mail is forwarded to a third party other than the sender.

BRIEF DESCRIPTION OF THE DRAWINGS Explanatory drawing which shows an example of schematic structure of the whole communication system which concerns on embodiment of this invention. Explanatory drawing of an MMS message. The external view which shows the example of 1 structure of a mobile telephone. The schematic block diagram which shows the hardware constitutions of a mobile telephone. Explanatory drawing of the software structure in a mobile telephone. The functional block diagram which extracted and showed the main functions of the mobile phone. The sequence diagram which shows an example of the process sequence when transmitting and receiving an MMS message between mobile phones. The sequence diagram which shows an example of the other process sequence when transmitting / receiving an MMS message between mobile phones. The flowchart which shows an example of the process sequence when transmitting the reply message of MMS with respect to the received message of SMS. The flowchart which shows an example of the process sequence when transmitting the reply message of SMS with respect to the received message of MMS. The functional block diagram which extracted and showed the main functions of the mobile telephone which concerns on other embodiment. The flowchart which shows an example of the process sequence at the time of automatically selecting MMS with respect to the received message of SMS, and transmitting a reply message.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Mobile phone 10A Transmission side mobile phone 10B Reception side mobile phone 20 Mobile phone communication network 25 MMSC (Multimedia Messaging Service Center)
27 PPG (Push Proxy Gateway) Server 29 SMSC (Short Message Service Center)
DESCRIPTION OF SYMBOLS 110 Message communication part 111 Message memory | storage part 112 Message output part 113 Reply message production | generation part 114 Message editing part 115 Message format designation | designated part 116 Control part 117 Message format selection part 210 Circuit switching network mail server 220 Packet switching network mail server

Claims (4)

A mobile communication terminal capable of transmitting and receiving messages of a plurality of types of messages via a communication network,
Message communication means for transmitting and receiving message data for the plurality of types of message formats;
A reply message generating means for generating message configuration data for editing a reply message addressed to the sender of the received message based on a reply instruction operation for instructing a reply to the received message received by the message communication means;
Message editing means for editing the message composition data of the reply message;
Message format specifying means for specifying the message format of the reply message;
Using the message configuration data of the reply message edited by the message editing means, send message data is created so as to be in the message format specified by the message format specifying means, and the transmission message data is transmitted. A mobile communication terminal comprising control means for controlling the message communication means. A mobile communication terminal capable of transmitting and receiving messages of a plurality of types of messages via a communication network,
Message communication means for transmitting and receiving message data for the plurality of types of message formats;
A reply message generating means for generating message configuration data for editing a reply message addressed to the sender of the received message based on a reply instruction operation for instructing a reply to the received message received by the message communication means;
Message editing means for editing the message composition data of the reply message;
Message format selection means for selecting a message format suitable for the message configuration data of the reply message edited by the message editing means from the plurality of types of message formats;
Using the message configuration data of the reply message edited by the message editing unit, the transmission message data is created so as to be the message format selected by the message format selection unit, and the transmission message data is transmitted. A mobile communication terminal comprising control means for controlling message communication means. The mobile communication terminal according to claim 2, wherein
A message format notification means for notifying message format information;
The control means controls the message format notification means so as to notify the information of the message format selected by the message format selection means prior to transmission of transmission message data by the message communication means. Mobile communication terminal. In the mobile communication terminal according to any one of claims 1 to 3,
A reply message information notifying means for notifying information on the reply message,
In the control means, the transmission message data created so as to have the message format designated by the message format designation means is a part of the message configuration data of the reply message edited by the message editing means is missing. The mobile communication terminal is characterized in that the reply message information notifying means is controlled so as to notify the information regarding the partial omission of the message configuration data prior to transmission of the transmission message data.

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