TWI392395B - Message sender controllable messaging system - Google Patents

Description

Message transmitter for controllable messaging system

The present invention relates to telecommunications messaging services, and more particularly to mobile telephones in relation to messaging services. More specifically, the present invention relates to the control of transmitting and receiving messages by mobile telephone.

Information services such as Short Message Service (SMS) and Multimedia Message Service (MMS) have been widely deployed. MMS is a value-added service for mobile phones. When compared to SMS, MMS makes the messages transmitted between mobile phones no longer limited to short text. The message can contain rich multimedia information such as text, pictures, audio and video, and sound. The widespread use of MMS is increasingly requiring the provision of personalized and flexible messaging services. The need for personalization and resiliency is not only required on the recipient side of the message, but is also being asked on the sender side. The fact that the transmitter involves the control and manipulation of messages transmitted on the recipient side is an embodiment of such personalization. However, the personalization of prior art messaging services is not satisfactory.

For example, the message notification mode is currently set on the receiver side. There are certain kinds of message software (message agent software) that even allow a message notification mode such as a special ringtone or volume corresponding to a particular transmitter to be preset. However, these solutions are static or unchangeable to the sender and therefore do not have the flexibility to meet the requirements of the transmitter. For example, suppose a sender wants to send an emergency message to a target mobile phone. At this time, the notification mode of the target mobile phone may have been previously set to "mute" by the message recipient. In order to inform the recipient with good results, the sender wants to replace any of the original notification modes on the mobile phone with a loud ring pattern. However, the existing mechanism does not support this feature.

The static nature and inelasticity of the existing way of setting the mobile phone message notification mode is also reflected in the fact that the recipient can only select a notification mode from the existing notification mode of his mobile phone. The recipient can only augment the existing notification mode by downloading the ringtone at most. However, the recipient's mobile phone neither allows the transmitter to specify the ringtone nor allows the transmission of a particular ringtone to the recipient's mobile phone. For message senders, there is no option to deliver the message to the intended recipient in a personalized way.

Therefore, there is currently a need for a message sender to immediately change the notification mode in which a target mobile phone receives its message in an end-to-end manner.

In terms of recipient management messages, existing messaging services do not provide a personalized service that is flexible enough for the recipient to manage the received message involving the sender. For example, messages currently received on mobile phones are stored in the message inbox. The recipient's mobile phone does not have a mechanism to automatically delete certain messages from the inbox, which is sometimes undesirable for the sender. For example, the sender may want to limit the duration that a transmitted message will be stored in the inbox. The sender may want to limit the number of times a message being transmitted will be read, in such a way that the message is deleted after the number of times has been reached. Therefore, there is currently a need for an archive of transmitter-controllable messages.

In addition, it is generally assumed that the recipient of a message replying to an original message is the sender of the original message. In some cases, the sender of the original message may wish a third party to be the recipient of the message replying to the original message. For example, someone who transmits a message on behalf of another person may wish that a reply to the message will be transmitted directly to the other person. In addition, the recipient may forward the message after receiving a message. Sometimes, a sender may expect the recipient to forward only the received message to a particular group of people. However, existing messaging services do not provide the functionality of a recipient of a message to selectively limit the destination to which the message can be forwarded or the intended recipient of the reply to the message.

In order to solve the problems described above, it is an object of the present invention that a message transmitter of a mobile phone can participate in controlling the behavior of a message on a recipient's mobile phone in an end-to-end manner.

To achieve this object, the present invention provides a method of controlling a mobile phone, wherein the mobile phone can receive a message transmitted by another mobile phone via a message transmission system, the method comprising the steps of: receiving a message from another mobile phone The received message includes a representation portion and an associated control portion for controlling and managing the processing of the received message; extracting the control portion from the received message; The control portion is taken to perform a job related to the message.

According to an embodiment of the invention, the control portion may include one or more of the following commands: a notification mode control command, a transfer control command, an archive control command, and a reply receiver control command, each of which Commands can have associated control parameters.

According to an embodiment of the invention, the message may be in a Multimedia Internet Mail Extension Standard (MIME) format, wherein one or more control commands are included in the MIME header and the control parameters are included in the MIME body. . In addition, the representation portion of the message includes a message layout and a message material, the message layout is included in the MIME header, and the message data is included in the MIME body.

According to an embodiment of the invention, the control command is based on an XML language.

Accordingly, the present invention also provides a mobile phone having a receiving device for receiving a message transmitted by another mobile phone via a message transmission system, and for performing control and management related to the received message. An actuator. In addition, the mobile phone may further include a message decomposition unit for decomposing the received message into a representation portion and a control portion, wherein the control portion describes how to control and manage the received message on the mobile phone, and The executing device performs an appropriate job in accordance with the control portion.

According to an embodiment of the present invention, if the control portion includes a notification mode control command, a message notification device will issue a message notification according to the notification mode control command instead of the predetermined message notification mode on the mobile phone. .

In addition, the present invention also provides a mobile phone having a transmitting device for transmitting a message to another mobile phone via a message transmission system, the mobile phone characterized in that the mobile phone includes: a user An interface generator for generating a user interface for inputting a display portion and a control portion; a message display generator for formatting the representation portion from the user interface to be recognized as being received a form of display; a control command generator for formatting the control portion from the user interface to be recognized as a form of control data; and a package module for formatting the format The presentation portion and the control portion are packaged as a complete message for transmission by the transmitting device.

The method and mobile phone of the present invention can satisfy the requirements of the sender's personalized message service by specifying a control command when transmitting the mobile phone and executing the control command at the receiver side, for example, satisfying the requirement of the personalized message notification mode.

The above and other objects, features and advantages of the present invention will become <RTIgt;

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic illustration of one of the general procedures for transmitting and receiving messages in a mobile telephone in accordance with the present invention. As shown in FIG. 1, the transmitter first operates a mobile phone S, inputs a message M, and then transmits the message to a target mobile phone R via a transmission system T. The receiving user can display the presentation portion (10) on the screen of the mobile phone R in a conventional manner after receiving the notification. Unlike the prior art, the mobile phone S of the present invention additionally allows the transmitter to include control data in the message M. In other words, the message received by the recipient's mobile phone contains a conventional presentation portion (10), but also includes a control portion (20). After the message arrives at the recipient's mobile phone R, the control portion (20) is used to specify how the mobile phone R will behave and how the received presentation portion (10) will be manipulated. The recipient's mobile phone R will operate according to the specifications of the control section (20). For example, if the control portion (20) includes a control command (201) requesting notification of the arrival of the message in a particular manner, the recipient's mobile phone will use the control command after receiving the message. (201) Issue a notice in the manner specified. After the presentation portion (10) is displayed on the screen of the mobile phone, subsequent operations can also be controlled by other types of control commands (201).

Figure 2 is a diagram showing the structure of a message transmitted and received in accordance with the present invention. According to the invention, the message M transmitted from the sender's mobile telephone comprises two parts: a representation part (10) and a control part (20). The representation portion (10) actually means a so-called message in the prior art, that is, a message that the transmitter ultimately wants to display on the recipient's mobile phone R, including text, pictures, and video as known in the prior art. Information such as images, sounds, etc.

According to the invention, the control portion (20) is a specification made by the transmitter for controlling the recipient's mobile phone R. Such specifications may include an indication of how the recipient's mobile phone R will notify the recipient of the arrival of the message M, and/or how the presentation portion (10) will be manipulated (eg, how the transfer, archive, or reply will be indicated) Part (10)) instructions. The control portion (20) includes one or more control commands (201) and one or more control parameters associated with the respective one or more control commands. The transmitter can specify the control portion (20) on the mobile phone R in various ways.

Once the user has completed the input and issued the transfer command, the control portion (20) and the presentation portion (10) will be packaged into a message M, and the message M will be transmitted to the target recipient's mobile phone via the transmission system T. R.

When the message M is transmitted to the recipient's mobile phone R, the message M will be divided into two parts: the representation part (10) and the control part (20). As described above, the mobile phone R can display the display portion (10) on the screen in a conventional manner.

As previously described, the control portion (20) includes one or more control commands (201) and/or one or more control parameters (202) that the recipient's mobile phone R uses and/or control parameters. The corresponding job is executed to achieve the transmitter's expected control of the mobile phone R, and/or subsequent control of the manipulation of the presentation portion (10). The operation on the recipient's mobile phone R will be further described below with reference to FIG.

Referring now to Figure 3, there is shown a block diagram of a preferred embodiment of a mobile telephone S in accordance with the present invention. A conventional mobile phone includes a processor P, a storage device S, an I/O device such as a display and a keyboard, and a transmitting device for communicating with an external network. The structural components described above and their functions are well known in the prior art, and thus the details of these structural components and their functions will not be further described.

According to the present invention, the mobile phone S may further include a User Interface (UI) generator (301). Further, the mobile phone S may include a representation part generator (302), a control command generator (303), and a package unit (304).

The function of the user interface generator (301) is to display a user interface (UI) on the screen. One function of the UI is for the message sender to specify the message to be transmitted. Traditional mobile phones also provide a similar UI for users to enter and edit messages, for example. However, the message is equivalent to the representation portion (10) of Figure 1, but is available for the recipient of the message to view and process, but does not include any information that can control the recipient's processing of the received message.

The UI generator (301) according to the present invention can generate two types of UIs on the mobile phone S.

The first type of UI, also referred to as the first sub-interface, is used by the user to input the representation portion (10). The format, content, and operating procedures of the UI are substantially the same as in the prior art, and thus will not be described in this specification.

A second type of UI, also referred to as a second sub-interface, is used by the user to input a control portion (20) associated with the presentation portion (10).

According to an embodiment, in the first type of UI, an option may be provided for the user to select whether to "enter control data", for example, a button representing the option "input control data" may be displayed on the screen. For example, after completing the input and editing of the representation portion (10), if the user presses the button "input control profile" to make a selection, the UI generator will generate the second type of UI. The user then uses the second type of UI description or input control portion (20) associated with the representation portion as needed, wherein the control portion (20) includes one or more control commands (201) and one or more Control parameters (202). For example, a menu is displayed on the screen for the user to make a selection from the control commands (201) listed on the menu. If a control command requires one or more control parameters (202), a corresponding parameter menu may be additionally displayed for the user to select the parameter (202). A system preset value for each parameter can be set, or an input field can be provided for the user to input other parameter values.

Those skilled in the art will readily appreciate that the first sub-interface can include a screen or can include several consecutively displayed screens. Similarly, the second sub-interface can include a screen or can include several consecutively displayed screens. And depending on the specific situation, the first and second sub-interfaces may be in one and the same screen, or may be in different screens. In addition, in practice, there is no need to limit the order in which the first sub-interface and the second sub-interface are displayed.

The message presentation portion generator (302) receives the representation portion (10) input by the user from the UI and converts the representation portion (10) into a format. This format reveals that this part is the last message content to be displayed to the recipient. The format to be employed may depend on the actual embodiment, for example, depending on the description language employed. In this regard, there are ready-made examples in the prior art, and thus no detailed description will be provided in this specification. In an embodiment of the invention, the representation portion is converted to content in MIME format.

The control command generator (303) receives the control portion (20) input by the user from the UI. As described above, the control portion (20) is a specification made by the user to control the recipient's mobile phone, and is used to indicate to the recipient that the mobile phone R will notify the recipient of the arrival of the transmitted message. Or to indicate how the representation portion (10) will be manipulated, for example, how the portion (10) will be forwarded, archived, or replied. The control command generator (303) divides the control portion (20) into a plurality of control commands (201) and a plurality of control parameters (202), and establishes an association between each control command (201) and the respective control parameters (202). The control command generator (303) may also establish an association between each control command (201) and the representation portion. For example, a separate tag can be attached to each control command (201) and its associated control parameters, and each control command (201) and its associated control parameters can be stored in a separate project. A control command file. According to an embodiment of the invention, when the MIME format is used to represent a message, the control command file is a file section. The present embodiment will be described hereinafter with reference to FIG. 5.

The encapsulating unit (304) receives the formatted representation portion (10) generated in the message presentation portion generator (302) and the formatted control portion (20) generated in the control command generator (303) ( For example, control the command file) and then package the parts into a complete message. More specifically, the control portion (20) is inserted into a file in one of a plurality of possible formats. It is also possible to insert an identifiable control portion (20) and establish an association between the representation portion (10) and the control portion (20). According to an embodiment of the invention, the form of the file containing such a complete message is a MIME file.

The transmitting device (305) will transfer the packaged file to an external message transmission system T, which in turn transmits the file to the target mobile phone R. The transfer program can conform to specifications such as message transactions.

Through the foregoing description, it will be apparent to those skilled in the art that the user interface (UI) generator (301) of the mobile phone S according to the present invention can be implemented in the form of hardware, software, or a combination of the two. ), a partial generator (302), a control command generator (303), and a packaging unit (304). A solution embodiment will be implemented in a manner that improves existing MMS user agent software.

Referring now to Figure 4, there is shown a block diagram of another embodiment of a mobile telephone R in accordance with the present invention. The mobile phone R can be used to receive messages in accordance with the present invention. As shown in FIG. 4, the mobile phone R also includes a conventional microprocessor, storage device, and a number of I/O devices such as a display screen, a keyboard, and a buzzer for receiving one of the external network communications. The device (405) and a display unit (404) that displays a message to a user of the mobile phone.

In addition, the mobile phone R may include an executing device (401) for issuing a notification such as vibration or ringing according to a preset configuration of a system. The execution device can also interact with the user and perform functions such as storing, forwarding, and replying to messages. In a practical embodiment, the actuator can be implemented as a hardware entity or a software entity.

The mobile phone R according to the present invention may further comprise a message decomposition device (402) for decomposing the received message into a representation portion (10) and a control portion (20). The control section (20) describes how the received message will be controlled and managed on the mobile phone.

The mobile telephone in accordance with the present invention operates in the manner described below. When the receiving device (405) receives a message transmitted from another mobile phone via the messaging system, such as in accordance with a message transaction specification, the message is transmitted to the resolution device (402). The decomposing means (402) distinguishes between the control portion (20) and the representation portion (10) in the input message, and separately extracts the portions. As is well known to those skilled in the art, the manner in which the control portion (20) and the representation portion (10) are retrieved depends on the definition of the format of the message. According to an embodiment, the capture can be performed in a manner that is performed in a manner opposite to the manner in which the generators (302) and (303) perform the work. The principle of the capture will be further explained below with reference to one of the message formats shown in FIG.

The captured representation portion (10) is stored or transmitted directly to the message display unit (404), and the message display unit (404) will be readable by the user based on the information described in the representation portion (10). Information for display on the display screen of the receiving end. The display unit (404) may be implemented by any of the prior art display methods, and thus the display unit (404) will not be described in detail in this specification. According to an embodiment of the invention, the presentation portion (10) may include a message layout description and associated message material.

The captured control portion (20) is transmitted to the executing device (401), and the executing device (401) can call or perform the following functions: message notification, message archiving, and user action.

As is well known, the message notification mode is currently set by the mobile phone R. For example, the message notification mode can be ringing or vibrating. Some messaging software (message agent software) may even allow the mobile phone R to pre-set a message notification mode corresponding to a particular individual. For example, messages from different people may have corresponding different ring tones. However, these message notification modes are preset. The sender of the message cannot control this configuration setting. For example, if the message notification mode of a recipient's mobile phone is pre-set to mute, the mode will remain unchanged unless the message notification mode is changed.

In accordance with the present invention, the message sender can utilize the control portion (20) of the message to specify a replacement notification mode. The "replaced notification mode" means that the recipient will be notified on the mobile phone R in the manner specified by the message sender regardless of the original predetermined message notification mode.

The control portion (20) using the MIME format according to an embodiment of the present invention may include the format shown below as a notification request description: <Message Notification> <Vibration Mode status=”on”/> <Ringtone Mode volume=”maximum "> <Ringtone Data> 1388@217403RingtoneData </Ringtone Data> </Ringtone Mode> </Message Notification>

The above notification requirement description shows that the sender requests to notify the recipient in a superseded notification mode; more specifically, the recipient is notified with a ringtone of maximum volume plus vibration. The content of the ringtone is identified by "1388@217403RingtoneData". The executing device (401) of the mobile phone R performs an operation according to the control portion (20) described in the above-mentioned notification request decomposed by the disassembling device (402), vibrates the mobile phone R, and issues the content at the maximum volume by "1388". @217403RingtoneData" specified ringtone. At this time, the executing device (401) ignores the pre-set message notification mode such as "mute" of the mobile phone.

The message archive is a function that can be executed by the execution device (401). The prior art execution device (401) will store the mobile phone received by the mobile phone R in the message inbox, but will not selectively and automatically delete any message. According to the present invention, if the sender specifies an "auto delete" command (201) in the control portion (20) in addition to sending the message, and also sets the associated parameter (202) of the command to "3 days". Then, the executing device (401) can check the time stamp indicating the portion (10), and the representation portion (10) is automatically deleted from the inbox when the three days from the receipt of the message expires. In addition, the sender may want to limit the number of times a transmitted message will be read; in other words, once the number of times is reached, the message will be deleted. The sender can specify the appropriate commands and parameters in the control section. The executing device (401) can set a counter for the associated presentation portion (10) according to the command. Whenever the representation portion (10) is read, the counter is incremented by one. Once the number of times specified by the parameter has been reached, the executing device (401) will automatically delete the associated message. In this way, a message-controllable message archive can be implemented.

The user action means a subsequent job that the user starts executing on the mobile phone R after the presentation portion (10) is displayed. Typically, prior to the display portion (10) being displayed, the prior art execution device (401) will prompt or allow the user to perform further operations on the displayed message, such as storing, deleting, replying, and forwarding. In accordance with the present invention, the transmitter may require that the user's actions be performed in accordance with the rules prescribed by the carrier. For example, the sender of the original message may sometimes wish that a third party will be the recipient of the message replying to the original message. Especially when transmitting an original message on behalf of another person, the sender may wish the recipient to transmit any reply to the message directly to the other person. To achieve this, the sender can specify the address (i.e., the telephone number) that will be transmitted in the control portion of the message. If, after receiving the message, the recipient starts a "reply" job on the mobile phone R, the executing device (401) executing the job will check whether a reply bit is specified in a group of control commands of the message. site. If this is the case, the execution device (401) will set the specified address as the address of the current reply job. Similarly, the sender can also specify a range of addresses (phone numbers) to which the message can be forwarded. If the recipient initiates a "transfer" job, the executing device (401) will automatically set the series of addresses to the target address of the current forwarding job.

The execution device (401) may be one of the message control command containers that provide an execution period environment for executing the message control commands. This container is the middle layer used to connect abstract message control commands to the underlying device application interface (API) functions. In an embodiment, by verifying that any malicious control actions are to be performed, a secure message control command is executed. After this security check, legitimate control commands are categorized for use in different stages of message control. According to an embodiment, the mobile phone R may include other independent message control function modules for implementing functions such as control message notification, message archiving, and user actions. In this case, the message control command container will also be responsible for scheduling the execution of these message control function modules during message processing.

It will be apparent to those skilled in the art that the receiving device (405), the executing device (401), and the receiving device (405) according to the present invention can be implemented in the form of a combination of hardware, software, or both. For example, the devices can be implemented by an MMS user agent software.

Figure 5 is an illustration of an example of a message (30) in accordance with an embodiment of the present invention. In order to understand how the invention works, Multimedia Internet Mail Extensions (MIME) is selected as the message format. As you know, MIME allows you to define different subtypes that allow multimedia messages to contain data such as text, images, images, and sounds. Select Extension Markup Language (XML) as the control command description language. XML is a cross-platform, cross-software and hardware-based tool for organizing information, and is used to organize, store, and deliver information.

As shown in FIG. 5, a MIME file can be used to represent the multimedia message M transmitted by the sender, and the MIME file has two parts: a MIME header (500A) and a MIME body (500B).

The MIME header (500A) further includes a message sender control description (501) and a message layout reference (502). The message sender control description (501) is based on XML and is used to describe the message management and control that the sender expects to occur at the receiver. The message layout reference (502) points to the message layout description (504) located in the MIME body. The message layout description is an instruction as to how the message display results should be laid out and associated with one or more message material units (505). The message layout reference (502), the message layout description (504), and the message data unit (505) correspond to the representation portion (10) in FIG. The message layout reference, the message layout description, and the embodiment of the message material unit in the MIME file are well known in the prior art and are therefore not described in detail in this specification.

In the MIME file, the control parameters (503) (503a, 503b...) associated with the control description (501) are located in the MIME body. According to an embodiment of the invention, the control portion (20) (Fig. 2) may have a control description (501) and control parameters (503), wherein the control description may represent one or more control commands (201) and the control Parameter (503) may represent one or more control parameters (202). According to an embodiment of the present invention in which the sender requests personalized message notification, after a message including a control portion (20) and a presentation portion (10) is input to the mobile phone S, the control command generator (303) will Converting the control command (201) in the control section (20) to one of the control descriptions (501) of the MIME format, and then inserting the section into the MIME header (500A), for example: <Message Notification> <Ringtone Mode volume=” Maximum”> <Ringtone Data> 1388@21753RingtoneData </Ringtone Data> </Ringtone Mode> </Message Notification>

At the same time, the control command generator (303) will insert a section such as the following section as a control parameter (503) into the MIME body according to the control section (20) input by the transmitter: -NextPart_000_0028_01C19839.84698430 Content-Type: Audio/MIDI Content-ID: 1388@21753RingtoneData Content-Transfer-Encoding: base64 R01GODdhZAAwAOMAAAAAAIGJjGltcDE0OOfWo6OchbilnlpmcbGojpKbnP/lpW54fB MTE1RYXEFO ...

The "Content-ID: 1388@21753RingtoneData" is the content identification code of the actual data of the control parameter. The control command (201) keeps reference to the section with the same content identifier 1388@21753 RingtoneData.

Therefore, after the mobile phone R receives the message including the above content in the form of a MIME file, the decomposition device (402) of the mobile phone R analyzes the file and decomposes the file into a control command (201) and control parameters. (202). The execution device (401) can then perform the personalization notification specified by the transmitter based on the control command (201) and the control parameters (202).

In addition to the above examples, additional control commands (201) can be included in the MIME header, for example: <Message Control Command> <Message Notification> <Vibration Mode status=”on”/> ...... < /Message Notification> <Message Forward rules=”group restricted”> <Permitted Forward Group> 2423@453256FwdGroup </Permitted Forward Group> </Message Forward> <Message Reply address=“+8613901234432” </Message Reply> </Message Control Command>

In addition to the notification mode command, the control description shown above also includes control commands for forwarding and replying. In the transferred control description, "2423@453256FwdGroup" designated as the corresponding message transfer destination points to one or more control parameters in which the specific phone number is included. Of course, other commands such as archiving and storage can be included in the control description in a similar manner.

The invention has been exemplified with reference to the preferred embodiments of the invention. However, the description and details of the invention are not to be construed as limiting the scope of the invention. For example, the functional components of the mobile phone S and the functional components of the mobile phone R described above can be implemented in one and the same mobile phone. As another example, various functional features and steps described in the embodiments can be implemented in the form of a combination of hardware, software, or both. Moreover, the material in the different embodiments is not necessarily limited by any one format, as long as the format can implement the functions of the present invention. Therefore, it will be apparent to those skilled in the art that various modifications of the embodiments of the invention can be made without departing from the scope of the invention.

10. . . Representation part

20. . . Control section

30. . . message

201. . . control commands

202,503. . . Control parameters

301. . . User interface generator

302. . . Representing partial generator

303. . . Control command generator

304. . . Package unit

305. . . Conveyor

401. . . Actuator

402. . . Message decomposition device

404. . . Display unit

405. . . Receiving device

500A. . . MIME header

501. . . Message sender control description

502. . . Message layout reference

504. . . Message layout description

505. . . Message data unit

The drawings, which are used to illustrate the embodiments of the invention, are intended to illustrate the principles of the invention, and the same reference numerals represent the same or similar elements.

1 is a schematic diagram showing a general procedure for transmitting and receiving a message by a mobile phone according to the present invention; FIG. 2 is a view showing a structure of a message transmitted and received according to the present invention; and FIG. 3 is a view showing an action according to the present invention. a block diagram of an embodiment of a telephone; FIG. 4 is a block diagram showing another embodiment of a mobile telephone according to the present invention; and FIG. 5 is a schematic diagram of a MIME format employed in an embodiment of the present invention. .

301. . . User interface generator

302. . . Representing partial generator

303. . . Control command generator

304. . . Package unit

305. . . Conveyor

Claims (15)

A method for controlling a mobile phone, wherein the mobile phone can receive a message transmitted by another mobile phone via a message transmission system, the method comprising the steps of: receiving the message from another mobile phone, wherein the mobile phone receives the message The message includes a representation portion and an associated control portion associated with the process of controlling the received message; the message received from the at least one command is retrieved from the control portion; and The control portion is taken to automatically perform a job associated with the message, in place of the setting for the receiving mobile phone. The method of claim 1, wherein the captured control portion comprises one or more of the following commands: a notification mode control command, a transfer control command, an archive control command, and a reply receiver control command, Each of these commands can optionally have a number of associated control parameters. The method of claim 2, wherein the message is in a Multimedia Internet Mail Extension Standard (MIME) format, and wherein the one or more control commands are included in the MIME header and the control parameters are included In the MIME ontology. The method of claim 3, wherein the portion of the message includes a message layout and a message material, the message layout is included in the MIME header, and the message data is included in the MIME body. The method of claim 3, wherein the control command is based on an XML language. The method of any one of claims 2 to 5, wherein the captured control portion includes the notification mode control command, and the job includes: issuing a message notification according to the notification mode control command, and ignoring the action A pre-set message notification mode on the phone. The method of claim 6, wherein the captured control portion includes the transfer control command or the reply recipient control command, and the job includes: automatically setting the transfer according to the transfer control command or the reply recipient control command respectively The message or a target address that replies to the message. A mobile phone having a receiving device for receiving a message transmitted by another mobile phone via a message transmission system, the mobile phone comprising: a message decomposition unit for receiving one of the received messages Decomposed into a representation portion and an associated control portion, the control portion including at least one command associated with processing to control the received message; and an executing device for automatically executing and executing according to the control portion The job associated with the message replaces the settings for the receiving mobile phone. The mobile telephone of claim 8, wherein the control portion comprises one or more of the following commands: a notification mode control command, a transfer control command, an archive control command, and a reply receiver control command. A mobile telephone as claimed in claim 9, wherein each command has at least one associated control parameter. The mobile phone of claim 9 or 10, wherein the control portion includes a notification mode control command, and a message notification device controls according to the notification mode The command sends a message notification and ignores the pre-set message notification mode on the mobile phone. The mobile phone of claim 11, wherein the control portion includes the transfer control command or the reply recipient control command, and the job includes: automatically setting the transfer of the message according to the transfer control command or the reply recipient control command Reply to a target address of the message. A method for controlling a mobile phone, wherein the mobile phone has a user interface generator for generating a user interface for a user of the mobile phone to input a message, and the mobile phone has a a transmitting device for transmitting the message to another mobile phone via a message transmission system, the method comprising the steps of: generating a user interface for inputting a representation portion and a control portion; Formed as a form to be displayed to a recipient; the control portion is formatted as being recognized as a form of control material, the control data being included by replacing a setting in a receiving mobile phone Receiving at least one command automatically executed by the mobile phone; and encapsulating the formatted presentation portion and the control portion as a complete message for transmission by the transmitting device. A mobile phone having a transmitting device for transmitting a message to another mobile phone via a message transmission system, the mobile phone comprising: a user interface generator for generating a user interface , For inputting a representation portion and a control portion; a message representation generator for formatting the representation portion to be recognized as a form to be displayed to a recipient; a control command generator for use Forming the control portion as a form of being identified as control data, the control data comprising at least one command for automatically executing at the receiving mobile phone by replacing a setting of a receiving mobile phone; and a package module A group for encapsulating the formatted presentation portion and control portion as a complete message for transmission by the transmitting device. A computer program product embodied as a sequence of computer program instructions, the sequence of computer program instructions can be stored in a storage medium, or can be transmitted in a signal when the sequence of computer programs is executed on a mobile phone At the time of the instruction, the sequence of computer program instructions executes the program instructions of the requested method of request 1, 2, 3, 4, 5, 6, 7, or 13.