JP6360227B2 - Message system - Google Patents

Description

  The present invention relates to a system for exchanging messages between terminal devices such as mobile phones via a server.

  LINE (trademark), comm (trademark), GREE messenger (trademark), etc. are operated as a chat system using a smartphone or the like. A message is transmitted to a server apparatus from portable terminal devices, such as a smart phone. The server device transmits this message to the mobile terminal devices in the same group. In this way, a message can be transmitted from one mobile terminal device to the other mobile terminal device. The same applies to the transmission of a message from the other mobile terminal device to one mobile terminal device.

  In such message exchange, a stamp that is image data is attached to a text message. Not only text messages but also stamps can be added to make exchanging messages more enjoyable.

  However, when the types of stamps increase, it becomes difficult for the user to select a desired stamp, which may increase the user's stress.

  An object of the present invention is to provide a system that solves the above-described problems and facilitates selection of stamps and the like.

(1) (2) A message exchange system according to the present invention is a message exchange system comprising a server device and a plurality of terminal devices provided to be communicable with the server device,
The server device receives a message from any of a plurality of terminal devices that perform message exchange and records the message in a recording unit, and a server-side message that reads and transmits the message recorded in the recording unit A transmission means,
The terminal device includes a recording unit that records recommended message attribute information indicating a recommended message and its attribute, keyword attribute information indicating a keyword and its attribute, and a terminal that receives a message transmitted from the server device Side message receiving means, received message display means for displaying the received message on the display section, transmission message display means for displaying the message input by the user from the input section on the display section, and keyword attributes recorded in the recording section Based on the information, the keyword attribute included in the received message or the transmission message is extracted, and the recommended message extracting means for extracting the recommended message from the recommended message attribute information based on the extracted attribute, and the extracted recommended message Enter message Comprises of a recommendation message display means for displaying selectively displayed unit by the operation, and a terminal-side message transmission unit configured to transmit the transmission message to the server apparatus.

  Therefore, an appropriate message can be easily selected.

(3) A terminal device according to the present invention is a terminal device for a message system, and records recommended message attribute information indicating a recommended message and its attribute, and keyword attribute information indicating a keyword and its attribute. A recording unit, a terminal-side message receiving unit that receives a message transmitted from the counterpart terminal device, a received message display unit that displays the received message on the display unit, and a message input by the user from the input unit on the display unit Based on the keyword attribute information recorded on the transmission message display means and the recording unit, the keyword attribute included in the received message or the transmission message is extracted, and the recommendation message attribute information is recommended based on the extracted attribute.・ Recommendation for extracting messages Sage extraction means, recommended message display means for selectively displaying the extracted recommendation message on the display section by operation of the input section, and terminal-side message transmission means for transmitting the transmission message to the counterpart terminal device It is characterized by having prepared.

  Therefore, an appropriate message can be easily selected.

(4) The system according to the present invention is characterized in that at least a part of the message is an image message.

  Therefore, the recommendation can be performed also on the image message.

(5) The system according to the present invention is characterized in that the recommendation message is an image message.

  Therefore, the image message can be recommended.

(6) (7) A system according to the present invention is a message exchange system including a server device and a plurality of terminal devices provided to be able to communicate with the server device,
The server device receives a message from any of a plurality of terminal devices that perform message exchange and records the message in a recording unit, and a server-side message that reads and transmits the message recorded in the recording unit A transmission means,
The terminal device includes a terminal-side message receiving unit that receives a message transmitted from the server device, a received message display unit that displays the received message on a display unit, and a message input by a user from an input unit. A message system comprising transmission message display means for displaying on the terminal side message transmission means for transmitting the transmission message to the server device,
At least a part of the message is an image message.

  Therefore, message exchange using image messages can be performed.

(8) A terminal device according to the present invention is a terminal device for a message system, and displays terminal-side message receiving means for receiving a message transmitted from a counterpart terminal device, and the received message on a display unit. A terminal device comprising: received message display means; transmission message display means for displaying a message input from the input section by a user on the display section; and terminal-side message transmission means for transmitting the transmission message to the counterpart terminal apparatus. Thus, at least a part of the message is an image message.

  Therefore, message exchange using image messages can be performed.

(9) The system according to the present invention is characterized in that when the image message is displayed on the counterpart terminal device, it can be operated by the counterpart user.

  Therefore, an image message with higher functionality can be realized.

(10) In the system according to the present invention, the transmission message display means displays a text message input by the user's operation and an image message selected by the user's operation, which can confirm the approval / disapproval of the other user. The received message display means of the counterpart user's terminal device displays the text message and an image message that can confirm the intention of the opponent user's approval or disapproval. The selection result of approval / disapproval is transmitted to the server device, and the transmission message display means displays the message and the selection result of approval / disapproval.

  Therefore, it is possible to easily reply to the question.

(11) In the system according to the present invention, the transmission message display means displays the text message input by the user's operation and the alternative image message selected by the user's operation, and is received by the counterpart user's terminal device The message display means displays the text message and the alternative image message, the terminal-side message transmission means of the terminal device of the counterpart user transmits the selection result by the counterpart user to the server device, and the transmission message display means Is characterized by displaying the message and the selection result.

  Therefore, it is possible to easily answer an alternative question.

(12) In the system according to the present invention, the transmission message display means displays the text message input by the user's operation and the TODO message selected by the user's operation, and displays the received message of the counterpart user's terminal device The means displays the text message and the TODO image message, the terminal-side message transmission means of the terminal device of the counterpart user transmits a completion check by the counterpart user to the server device, and the transmission message display means A message and the completion check are displayed.

  Therefore, the message content can be automatically registered as TODO.

(13) In the system according to the present invention, the server-side message receiving means of the server device that has received the TODO message records this in the TODO recording unit, and the server device receives a completion check from the terminal device. It is further characterized by further comprising a TODO management means for completing the TODO message.

  Therefore, TODO management is easy.

(14) In the system according to the present invention, the transmission message display means displays the image message linked with the URL, and the reception message display means of the terminal device of the partner user displays the link to the image message and the URL. It is characterized by displaying.

  Therefore, more detailed information can be provided to the other party.

(15) In the system according to the present invention, the terminal-side message transmitting means transmits the identification code of the image to the server device for the image of the image message, the selection result, and the completion check, and the received message For the image of the image message, the selection result, and the completion check, the display means reads and displays a corresponding image recorded in the recording unit based on an identification code included in the received message.

  Therefore, since only the identification code is transmitted, the time required for communication can be reduced.

(16) In the system according to the present invention, the recommendation message corresponding to the keyword is recorded in the recording unit of the terminal device in place of or in addition to the recommendation message attribute information and the keyword attribute information. The recommended message extracting means of the terminal device may include a keyword attribute information, a keyword included in a received message or a transmitted message instead of or in addition to extracting a recommended message based on the recommended message attribute information. From the above, the recommendation message is extracted based on the keyword recommendation information.

  Therefore, the recommendation can be performed directly based on the keyword.

(17) A terminal program according to the present invention is a terminal program for realizing a terminal device for a message system by a computer,
The computer is provided with a recording unit that records recommendation message attribute information indicating a recommended message and its attribute, and keyword attribute information indicating a keyword and its attribute, and the terminal program stores the computer,
A terminal-side message receiving means for receiving a message transmitted from the server device; a received message display means for displaying the received message on a display section; and a transmission message for displaying a message input by a user from an input section on the display section. Based on the keyword attribute information recorded on the display means and the recording unit, the attribute of the keyword included in the received message or the transmitted message is extracted, and the recommended message is extracted from the recommended message attribute information based on the extracted attribute A recommended message extracting means, a recommended message display means for selectively displaying the extracted recommended message on the display section by an operation of the input section, and a terminal-side message transmitting means for transmitting the transmission message to the server device To act as It is characterized in.

  Therefore, an appropriate message can be easily selected.

(18) A terminal program according to the present invention is a terminal program for realizing a terminal device for a message system by a computer.
A terminal-side message receiving means for receiving a message transmitted from the server device; a received message display means for displaying the received message on a display section; and a transmission message for displaying a message input by a user from an input section on the display section. A terminal program that functions as a display unit and a terminal-side message transmission unit that transmits the transmission message to the server device, wherein at least a part of the message is an image message.

  Therefore, message exchange using image messages can be performed.

  In the embodiment, “server side message receiving means” corresponds to steps S51 and S54.

  In the embodiment, “server-side message transmission means” corresponds to steps S53 and S56.

  “Recommendation message attribute information” corresponds to the stamp table 74 in the embodiment.

  “Keyword attribute information” corresponds to this in the keyword attribute table 72 in the embodiment.

  “Keyword recommendation information” corresponds to the stamp table 74 in the embodiment.

  In the embodiment, “terminal-side message receiving means” corresponds to step S23.

  “Received message display means” corresponds to step S24 in the embodiment.

  In the embodiment, “transmission message display means” corresponds to step S207.

  In the embodiment, “recommendation message extraction means” corresponds to step S206.

  In the embodiment, “terminal-side message transmission means” corresponds to step S4.

  “TODO” is a concept including a memo that is a reminder of what should be done in the future.

It is a functional block diagram of the message exchange system by one Embodiment of this invention. It is a hardware configuration of the server apparatus S. This is a hardware configuration of the terminal device T1. 4 is a flowchart of a portable program 70 and a server program 48. 4 is a flowchart of a portable program 70 and a server program 48. 4 is a flowchart of a portable program 70 and a server program 48. It is an example of the keyword attribute table 72. It is an example of a stamp table 74. It is a figure which shows the recording of the message in the server apparatus. It is a flowchart of a recommendation process. It is a flowchart of a recommendation process. It is a display screen of a portable terminal. It is a display screen of a portable terminal. It is a display screen of a portable terminal. It is a display screen of a portable terminal. It is a display screen of a portable terminal. It is a display screen of a portable terminal. It is an example of an alternative stamp. It is an example of a jump stamp and a telephone stamp. It is an example of a TODO stamp. It is an example of a photo stamp.

1. 1 is a functional block diagram of a message exchange system according to an embodiment of the present invention. The user operates the input unit 2 of the terminal device T1 to input a text message. The transmission message display means 4 displays the input text message on the display unit 6 as a transmission message.

  The recommended message extracting unit 8 refers to the recommended message attribute information 14 and the keyword attribute information 16 of the recording unit 12 based on the keywords included in the transmitted message and the received message, and extracts the recommended message. The recommended message display means 10 displays the extracted recommended message on the display unit 6. The displayed recommendation message can be selected as a transmission message by operating the input unit 2. The terminal-side message transmission unit 18 transmits the transmission message to the server device S.

  The server side message receiving means 34 of the server apparatus S receives the transmission message from the terminal apparatus T 1 and records it in the recording unit 34. The server-side message transmission means 30 transmits the message recorded in the recording unit 34 to the terminal device T2.

  The terminal-side message receiving means 20 of the terminal device T2 receives this message. The received message display means 22 displays the received message on the display unit 6.

As described above, messages can be recommended.

2. Hardware Configuration FIG. 2 shows a hardware configuration of the server apparatus S. A hard disk 42 and a communication circuit 44 are connected to the CPU 40.

  An operating system (such as WINDOWS (trademark)) 46, a server program 48, and a message 50 are recorded on the hard disk 42. The server program 48 performs its function in cooperation with the operating system 46. The server program 48 is an installation of what is recorded on a DVD-ROM (not shown). The communication circuit 44 is for connecting to the Internet.

  FIG. 3 shows a hardware configuration of the terminal device T1. A non-volatile memory 62, a communication circuit 64, and a touch panel 66 are connected to the CPU 60. In the figure, the call function and the like are omitted.

  In the nonvolatile memory 62, an operating system (such as iOS (trademark)) 68, a terminal program 70, a keyword attribute table 72, and a stamp table 74 are recorded. In this embodiment, a keyword attribute table 72 is provided as keyword attribute information, and a stamp table 74 is provided as recommended message attribute information and keyword recommendation information. The terminal program 70 performs its function in cooperation with the operating system 68. The terminal program 70 is downloaded via the Internet.

The communication circuit 64 is for connecting to the Internet. The touch panel 66 is for performing display and input. The other terminal devices T2,... Have the same configuration.

3. Message Exchange Processing FIG. 4 shows a flowchart of the terminal program 70 and the server program 48. Here, the case where the portable terminals M1 and M2 are used as terminal devices will be described as an example.

  The user of the portable terminal M1 operates the touch panel 66 and inputs a text message. The CPU 60 of the portable terminal M1 (hereinafter sometimes abbreviated as the portable terminal M1) accepts this text message (step S1). FIG. 11 shows a character message input screen displayed on the touch panel 66 of the portable terminal M1. In the chat display area 100, the messages of the user and the opponent user are displayed as a timeline. The character message input area 102 is an area for inputting a character message. The auxiliary input area 104 is an area for displaying a character input palette or displaying a recommendation stamp.

  For example, in order to invite the other party to lunch, it is assumed that the user inputs “Would you like to go to lunch now” as shown in FIG. The portable terminal M1 executes a recommendation process in parallel with this character input (step S2).

  10a and 10b show detailed flowcharts of the recommendation process. The portable terminal M1 determines whether or not a character has been input (step S201). If there is an input, it is determined whether or not there is a keyword described in the stamp table 74 in the input character message (step S202).

  FIG. 8 shows an example of the stamp table 74. If there is a keyword, the stamp code corresponding to the keyword is read out. A plurality of stamp codes may be recorded for one keyword. In addition, the input character message may include a plurality of keywords. Therefore, a plurality of stamp codes may be read out.

  In the nonvolatile memory 62, a stamp image is recorded corresponding to the stamp code. The portable terminal M1 displays a stamp image corresponding to the keyword in the recommendation area 104 (step S203).

  For example, when an input as shown in FIG. 12 is made, stamp codes D206 and D207 corresponding to the keyword “lunch” in the stamp table 74 are read out corresponding to the stamp codes C013 and “?”. A lunch stamp, a YES / NO stamp, and an alternative stamp are displayed in the 12 recommendation areas 104.

  Next, the portable terminal M1 determines whether or not there is a keyword described in the keyword attribute table 72 in the input character message (step S204). If there is, the emotion and part of speech corresponding to the keyword are extracted from the keyword attribute table 72 (step S205). The portable terminal M1 further selects a stamp with the same (or similar) emotion as the emotion from the stamp table 74 (step S206). Note that what emotions are similar can be stored in advance in a table or the like. For example, “painful” and “spicy” are similar emotions.

  The portable terminal M1 rearranges the selected stamp images in the priority order of parts of speech attached to the keywords. In this embodiment, priorities are set in the order of adjectives, adverbs, verbs, nouns, and so on. The stamp images rearranged in this way are displayed in the input auxiliary area 104 (step S207).

  In the example shown in FIG. 12, since the keyword recorded in the keyword attribute table 72 is not included in the input character message, steps S205 to S207 are not executed.

  As a result of the above processing, as shown in FIG. 12, a lunch stamp, a YES / NO stamp, and an alternative stamp are recommended for the text message “Would you like to go for lunch?” .

  The user of the mobile terminal M1 can make a selection by pressing the recommended stamp (step S3). For example, assume that the lunch stamp 110 is selected in FIG. Furthermore, assume that the user presses the send button 106.

  Receiving this, the portable terminal M1 transmits the character message input in the character message input area 102 and the stamp code “C013” of the selected stamp 110 to the server device S (step S4).

  In response to this, the CPU 40 of the server apparatus S (hereinafter sometimes abbreviated as “server apparatus S”) records a character message and a stamp code on the hard disk 42 (step S51). The hard disk 42 is provided with a recording area for a chatting user (here, the mobile terminal M1 is the user A and the mobile terminal M2 is the user B). As shown in FIG. 9, a message and a stamp code are recorded in areas for user A and user B.

  If there is a new writing in the area for user A / user B, server apparatus S transmits a message to that effect to portable terminal M2 (step S52). Here, the data is transmitted only to the mobile terminal M2 of the user B. However, when a group is composed of a plurality of users, it is transmitted to all other users in the group.

  In response to this, the portable terminal M2 displays on the touch panel that there is a message (step S21). In response to this, the user transmits a message acquisition request to the server device S (step S22).

  In response to the message acquisition request, the server device S reads out the text message “Don't go for lunch?” And the stamp code “C013”, and transmits them to the portable terminal M2 (step S53). The portable terminal M2 receives the character message and the stamp code from the server device S (step S23). Further, the portable terminal M2 displays a stamp corresponding to the text message and the stamp code (step S24). FIG. 13 shows an example of the display. Note that the stamp code / stamp correspondence table is transmitted from the server device S to each mobile terminal periodically (for example, once a day) and updated.

  Next, the mobile terminal M2 executes a recommendation process for the received message (step S25). The recommendation process for the received message is the same as the recommendation process for the input message in step S2. However, in the recommendation process for the input message, the recommendation is performed based on the input character message. However, in the recommendation process for the reception message, the recommendation is performed based on the received message. The process of recommendation is the same.

  Further, in the recommendation process for the received message, in step S206 in FIG. 10b, not only the stamp with the same / similar emotion but also the stamp with the emotion to reply to is selected. For example, if there is a keyword with a feeling of “pain” in the received message, a stamp with a feeling of “love” (for example, a stamp expressing “Odaiji ni” in a picture) is recommended.

In the recommendation process for the received message, the recommendation is also made for the stamp. Referring to the stamp table 74 of FIG. 8, there are cases where a stamp code is recorded in the keyword column. This is the case with “C013” in the bottom row. In this case, the stamp code “C013” is included in the received message.
”Is included, the E925 code stamp is recommended.

  Thereafter, the portable terminal M2 executes step S1 and subsequent steps in FIG. 4 and transmits the character message and the stamp code to the server device S through the input of the character message, the recommendation process for the input message, the selection of the stamp, and the like.

  Through the above exchange, for example, display as shown in FIG. 14 is performed on the portable terminal M1.

  Here, it is assumed that the user A selects the recommended YES / NO stamp 112 and presses the send button 106. Thereby, the stamp message D206 is transmitted to the server device S as a text message "I will come out now, can I come out together?" (FIG. 4, step S4).

  The server device S receives this and records it in the hard disk 42 (step S51). The server device S transmits a notification that there is a message to the portable terminal M2 (step S52). The portable terminal M2 makes a message acquisition request and displays a message (steps S21 to S24).

  Thereby, the display as shown in FIG. 15 is performed on the portable terminal M2. A YES / NO stamp is displayed along with the text message "I'm coming out now, can I get out together?" With the YES / NO stamp displayed on the portable terminal M2, either the YES button 122 or the NO button 124 can be selected. A stamp with a function added in this way is called a function stamp. That is, in each portable terminal, information about what kind of display is performed when a function stamp is sent from the other party is recorded.

  The user B of the portable terminal M2 can easily and quickly answer YES or NO to the question from the user A “I will come out now, can I go out together?”.

  FIG. 6 shows a reply process of the mobile terminal M2 that has received the function stamp. The user selects and presses either the YES button 122 or the NO button 124. Here, it is assumed that the YES button 122 is pressed. Thereby, the portable terminal M2 transmits the text message, the stamp code “D206”, and the reply content “YES” to the server device S (step S26).

  The server device S records these on the hard disk 42 (step S54). Further, a notification that there is a message is transmitted to the portable terminal M1 (step S55).

  The portable terminal M1 receives a notification that there is a message (step S5), and sends a message acquisition request to the server device S (step S6). The server device S reads the character message, the stamp code “D206”, and the reply content “YES” recorded on the hard disk 42, and transmits them to the portable terminal M1 (step S56).

  The portable terminal M1 receives this (step S7) and displays it (step S8). Each mobile terminal records information on what kind of display is performed when a reply message to the function stamp is received. FIG. 16 shows a message displayed on the portable terminal M1. The reply content “YES” 130, the message content 132 initially sent by the user, and the stamp 134, which is an image of the reply content, are displayed. Thereby, the reply content to the question can be confirmed at a glance.

  Further, since the content 132 of the initial message is also displayed, the question content can be easily confirmed even if the question and the answer are separated on the timeline and are not displayed at the same time.

  17 to 19 show other examples of function stamps. FIG. 17 shows an alternative stamp. After the user A inputs the question and its options with line feeds, the user A selects and transmits the alternative stamp 114 (see FIG. 17A). Thereby, for user B, as shown in FIG. 17B, a display is made so that options CH1, CH2, CH3, and CH4 can be selected. When the user B makes a selection and transmits, the question and the selected content are displayed for the user A.

  FIG. 18A is an example of a jump stamp. That is, the URL is embedded in the stamp, and when the stamp is clicked on the other party, the embedded URL page is displayed. In the example of FIG. 18A, a ramen store database is displayed.

  FIG. 18B is an example of a telephone stamp. When you click the phone stamp on the other party, it will call the embedded phone number.

  FIG. 19 is an example of a TODO stamp. When the TODO stamp is pasted and transmitted to the other party, the text message is managed by the TODO management program in the server device S as the contents of the TODO. In each portable terminal, the server apparatus S can be accessed and a TODO list can be acquired and displayed (refer FIG. 19B). On this TODO list screen, the user can input a check mark for the completed work.

In this embodiment, when a function stamp is included in the message from the other party, the recommendation is not performed in principle. This is because the function stamp is required to send a reply to the stamp, and therefore no recommendation is required. However, in the case of a jump stamp, whether or not to view the link destination depends on the judgment of the received user, and is therefore recommended.

4). Other embodiments
(1) In the above embodiment, the stamp is recommended. However, text messages may be recommended.

(2) The stamp may be selected and input not only when it is recommended.

(3) In the above embodiment, the stamp is prepared in advance. However, the user may be able to register the stamp pattern. For example, FIG. 20 shows a case where the user registers a photo as a stamp.

  By the user operation, the portable terminal M1 displays a photo stamp registration screen. In FIG. 20A, nine areas in which keywords such as “greeting”, “nemui”,... Are displayed are displayed. This is because the non-volatile memory 62 of the portable terminal M1 has keywords such as “greeting”, “nemui”..., And a photo recording area associated therewith, which are displayed based on these. .

  For example, when the camera mark in the “greeting” column is clicked, the camera of the portable terminal M1 is activated. When the user captures an image corresponding to “greeting” with the camera, the mobile terminal M1 records the captured image in a recording area associated with “greeting”.

  In this way, when a photograph associated with each keyword is captured, the photograph is registered in association with the keyword as shown in FIG. 20B in the portable terminal M1.

  The photo stamp generated as described above is recommended if a keyword exists in the text message. For example, if there is a keyword “greeting” in the input text message, the photo stamp 210 of FIG. 20B is recommended.

  When this photo stamp is selected and transmitted by the user, unlike the above-described embodiment, not the stamp code but the actual data of the photo stamp is transmitted to the server device S and recorded. When the server device S receives a message request from another portable terminal, the server device S transmits the entity data of the photo stamp.

(4) In the above embodiment, a mobile terminal (a mobile phone or a tablet) is used as the terminal device. However, a PC or the like may be used as the terminal device.

(5) In the above embodiment, the one-to-one message exchange has been described. However, the present invention can also be applied to message exchange between a plurality of users (for example, users belonging to a group). For example, TODO with a TODO stamp can be shared among a plurality of users. Further, regarding the alternative stamp or the YES / NO stamp, the server apparatus S may count which answer is more and transmit it to each terminal apparatus. Thereby, it can determine by majority vote.

(6) In the above embodiment, the TODO stamp is linked to the TODO function. However, it may be linked with other schedule management functions.

  In addition, if a check is entered and returned in response to the TODO stamp, the server apparatus S may automatically check the end of TODO.

(7) In the above embodiment, a message or the like is input by operating the touch panel. However, other input devices may be used, and voices uttered by the user may be recognized and input.

(8) In each of the above embodiments, messages are exchanged between the terminal devices via the server device. However, the messages may be exchanged directly between the terminal devices without going through the server device.

Claims (8)

A message system comprising a server device and a terminal device,
The server device
Server-side message receiving means for receiving a message from the terminal device and recording the message in a recording unit;
Server side message transmission means for reading and transmitting the message recorded in the recording unit,
The terminal device
A recording unit for recording a recommended image message corresponding to a message character string or a message image;
Terminal-side message receiving means for receiving a message transmitted from the server device;
A received message display means for displaying the received message on the display unit;
Transmission message display means for displaying a message input by the user from the input unit on the display unit;
A recommended message extracting means for referring to the recording unit and extracting a recommended image message corresponding to a message character string or a message image included in the received message;
A recommended message display means for displaying the extracted recommended image message on the display section so as to be selectable by operation of the input section;
Terminal-side message transmission means for transmitting the transmission message to the server device;
With a message system. A terminal device for a message system,
A recording unit for recording a recommended image message corresponding to a message character string or a message image;
Terminal-side message receiving means for receiving a message transmitted from the server device;
A received message display means for displaying the received message on the display unit;
Transmission message display means for displaying a message input by the user from the input unit on the display unit;
A recommended message extracting means for referring to the recording unit and extracting a recommended image message corresponding to a message character string or a message image included in the received message;
A recommended message display means for displaying the extracted recommended image message on the display section so as to be selectable by operation of the input section;
Terminal-side message transmission means for transmitting the transmission message to the server device;
A terminal device comprising: A terminal program for realizing a terminal device for a message system by a computer,
Terminal-side message receiving means for receiving a message transmitted from the server device;
A received message display means for displaying the received message on the display unit;
Transmission message display means for displaying a message input by the user from the input unit on the display unit;
A recommended message extracting means for extracting a recommended image message corresponding to a message character string or a message image included in the received message with reference to a recording unit that records a recommended image message corresponding to a message character string or a message image;
A recommended message display means for displaying the extracted recommended image message on the display section so as to be selectable by operation of the input section;
A terminal program that functions as terminal-side message transmission means for transmitting the transmission message to the server device. A terminal device for a message system,
A recording unit for recording a recommended image message corresponding to a message character string or a message image;
A terminal-side message receiving means for receiving a message transmitted from the counterpart terminal device;
A received message display means for displaying the received message on the display unit;
Transmission message display means for displaying a message input by the user from the input unit on the display unit;
A recommended message extracting means for referring to the recording unit and extracting a recommended image message corresponding to a message character string or a message image included in the received message;
A recommended message display means for displaying the extracted recommended message on the display section so as to be selectable by operation of the input section;
Terminal-side message transmission means for transmitting the transmission message to the counterpart terminal device;
A terminal device comprising: A terminal program for realizing a terminal device for a message system by a computer,
A terminal-side message receiving means for receiving a message transmitted from the counterpart terminal device;
A received message display means for displaying the received message on the display unit;
Transmission message display means for displaying a message input by the user from the input unit on the display unit;
A recommended message extracting means for extracting a recommended image message corresponding to a message character string or a message image included in the received message with reference to a recording unit that records a recommended image message corresponding to a message character string or a message image;
A recommended message display means for displaying the extracted recommended message on the display section so as to be selectable by operation of the input section;
A terminal program that functions as terminal-side message transmission means for transmitting the transmission message to the counterpart terminal device. The program according to claim 3 or 5,
The recording unit records a recommended image message corresponding to a message character string by indicating a recommended image message corresponding to a keyword. The program according to claim 3, 5 or 6,
The recording unit records a recommended image message corresponding to a message character string based on recommended message attribute information indicating a recommended image message and its attribute, and keyword attribute information indicating a keyword and its attribute. Program to do. A message recommendation method between a server device and a terminal device,
The server device
Receiving a message from the terminal device and recording it in a recording unit;
Read the message recorded in the recording unit and send it to the terminal device,
The terminal device
Receiving a message transmitted from the server device;
Display the received message on the display,
Display the message string or message image included in the received message on the display,
Select a recommended image message corresponding to a message character string or message image included in the received message extracted by referring to a recommended image message corresponding to a previously recorded message character string or message image by operating the input unit. Display on the display as possible,
A recommendation method, wherein the transmission message is transmitted to the server device.

Images