JP7304569B2 - Message transmission/reception application software - Google Patents

Description

Article 30, Paragraph 2 of the Patent Act applies Banner posted on Satellite Office top page on February 7, 2019 https://www. satellite. jp/ Published on February 7, 2019 on the satellite office/resend mail creation function for G Suite page https://www. satellite. jp/G_Suite_Saisoshin Mail. html Posted on February 7, 2019 in the satellite office/resend mail creation function for G Suite manual https://sites. google. com/a/sateraito.com/a/sateraito. jp/sateraito-dounyuu/Home/meru-zai-song-xin-ji-neng

The present invention relates to message transmission/reception application software for transmitting/receiving message data between a user terminal and another terminal.

Conventionally, a means connected to a plurality of mail clients sharing a mail account, detecting an operation of the mail client and storing an operation flag, and detecting other operations of the mail client, storing the detected operation and the stored flag. (For example, Patent Document 1).

Japanese Patent Application Laid-Open No. 2017-045345 (especially see paragraphs 0007 and 0018)

However, in the above-described conventional mail document delivery management system, when resending a sent mail, the data of the sent mail is manually copied and pasted in a new mail window while being edited and edited to create a resend mail. Alternatively, create a forwarding email for a sent email and then edit it to format it and create a resend email, or create a reply email for a sent email and then edit it. Since it was a configuration that had to be formatted and created for resending emails, there were problems such as troublesome editing work to create emails for resending, mistakes in copy and paste, and poor formatting. I had a problem with making mistakes.

Therefore, the present invention solves the problems of the prior art as described above, that is, an object of the present invention is to easily prepare or prepare and resend a message for resend with one action of the user. To provide message transmission/reception application software capable of

The invention according to claim 1 is message transmission/reception application software for transmitting/receiving message data between a user terminal and another terminal, and whether or not a transmitted message has been selected and a resend button has been operated on the user terminal. a resend operation presence/absence determination step for determining whether or not the resend operation is performed, and when the resend button is operated, a new message for resend is generated using the message body data, subject data, destination data, and attached file data of the selected sent message. When a user terminal is caused to execute a step of creating a resend message to be created and a resend step of sending said resend message, and in said resend message creating step, the selected sent message is displayed in a thread format , by using the message body data, subject data, destination data, and attached file data of the first sent message among a plurality of messages to create a new message for resending, the problem described above is solved. It is a solution.

In the invention according to claim 2, in addition to the configuration of the message transmission/reception application software described in claim 1, in the resend message creation step, a transfer message creation process is executed when a transfer button is operated, By deleting the sender information, transmission date and time information, subject information, and destination information of the sent message in the message text data, and deleting the text information indicating forwarding in the subject data, This is to further solve the above-mentioned problems.

In the invention according to claim 3, in addition to the configuration of the message transmission/reception application software described in claim 1, in the resend message creation step, a reply message creation process is executed when a reply button is operated, In addition to deleting the sender information, transmission date and time information, and the information display of the citation of the sent message in the message body data, the text information indicating the reply in the subject data is deleted. , which further solves the problems described above.

In the invention according to claim 4, in addition to the configuration of the message transmission/reception application software described in claim 1, in the resend message creation step, message body data, subject data, and destination data of the selected sent message , attached file data are respectively copied and pasted as message text data, subject data, destination data, and attached file data of the message for retransmission, respectively, thereby further solving the above-mentioned problems.

The invention according to claim 5, in addition to the configuration of the message transmission/reception application software according to any one of claims 1 to 4, further includes: further comprising a transmission operation presence/absence determination step for determining whether or not is operated, and in the retransmission step, when the transmission button is operated, the message for retransmission is transmitted, thereby further solving the above-described problem. It is a solution.

The invention according to claim 6 is message transmission/reception application software for transmitting/receiving chat message data in a format in which a user terminal and another terminal interact with the same person using the same window, wherein the user terminal: a resend operation presence/absence determination step for determining whether or not a sent message is selected and a resend button is operated; and when the resend button is operated, a new resend is performed using message data of the selected sent message. The problem described above is solved by a configuration in which a user terminal executes a retransmission message creation step of creating a message for retransmission and a retransmission step of transmitting the retransmission message.

The message transmission/reception application software of the present invention not only allows message data to be transmitted/received between a user terminal and another terminal, but also has the following specific effects.

According to the message sending/receiving application software of the invention according to claim 1, the resend message is created by using each data of the sent message only by the user selecting the sent message and operating the resend button. , the user can easily prepare or prepare and resend messages for resending with a single action.
That is, it is possible to easily prepare or prepare and resend a message for resending that has the same or nearly the same content as the selected sent message and is well-formatted.
In addition, even if you have already exchanged with the recipient, only the first message is extracted and a reset message is created for resending, so users can easily reuse the first message as a template. .

According to the message sending/receiving application software of the invention according to claim 2, in addition to the effects of the invention according to claim 1, the transfer message creation processing of the original transfer function is used and the transfer message creation processing adds This removes the information and appearance of the message, making it easier for the user to compose a message for resending.

According to the message sending/receiving application software of the invention according to claim 3, in addition to the effects of the invention according to claim 1, the reply message creation processing of the reply function is used and the reply message creation processing adds This removes the information, formatting, etc., from the message, making it easier for the user to compose a message for resending.

According to the message transmission/reception application software of the invention according to claim 4, in addition to the effects of the invention according to claim 1, the original message text data, subject data, destination data, and attached file data, which are already sent messages, Each one is copied and each pasted as a new e-mail resend message, allowing users to easily compose resend messages.
In other words, even if the browser does not display a reply function or a forwarding function, the user can easily create a message for resending.

According to the message sending/receiving application software of the invention according to claim 5, in addition to the effects of the invention according to any one of claims 1 to 4, it is possible for the user to operate the resend button and the send button. Since the message is resent by two-action, the user can confirm and check the details of the resend message, such as the text, subject, recipient, and attached files, before pressing the send button.

According to the message sending/receiving application software of the invention according to claim 6 , the user selects a sent message and operates the resend button even in the case of the chat format, as with the effect of the invention according to claim 1. Since a message for resending is created using a message that has already been sent just by doing so, a message for resending can be easily prepared or prepared and resent with a single action by the user.
That is, it is possible to easily prepare or prepare and resend a message for resending that has the same or nearly the same content as the selected sent message and is well-formatted.

1 is a conceptual diagram showing a message transmission/reception system equipped with a mail browser application according to a first embodiment of the present invention; FIG. FIG. 4 is a chart diagram showing the operation of the mail browser application according to the first embodiment of the present invention; (A) is a diagram showing an example of transfer message creation processing, and (B) is a diagram showing an example of processing of a retransmission message creation step of the present invention using the transfer message creation processing. (A) is a diagram showing an example of reply message creation processing, and (B) is a diagram showing an example of processing of a retransmission message creation step of the present invention using the reply message creation processing. (A) is a diagram showing an example of a message thread, and (B) is a diagram showing an example of processing of a retransmission message creation step of the present invention when there is a thread. FIGS. 8A and 8B are diagrams showing how a user's smart phone terminal according to the second embodiment of the present invention resends a message; FIG. The conceptual diagram of the message transmission/reception system which is 3rd Example of this invention. The chart figure which shows the operation of the message transmission/reception system which is 3rd Example of this invention.

The message transmission/reception application software of the present invention includes a resend operation presence/absence determination step of determining whether or not a transmitted message has been selected in a user terminal and a resend button has been operated; A user terminal is caused to execute a resending message creating step of creating a new resending message using message body data, subject data, destination data and attached file data of the message, and a resending step of sending the resending message. As long as the configuration allows the user to easily prepare a resend message or prepare and resend the message with one action, the specific implementation may be any. .
Further, the message transmission/reception application software of the present invention transmits and receives chat message data in the form of dialogue with the same partner in the same window. a resend operation presence/absence determination step for determining whether or not a resend operation is performed; a resend message creation step for creating a new resend message using message data of a selected sent message when a resend button is operated; If it is possible to easily prepare a message for resending or prepare and resend a message for resending with a single action of the user by having the user terminal execute the resending step of sending the message, the specific Any exemplary embodiment may be used.
Further, the message transmission/reception application software of the present invention includes a resend instruction input presence/absence determination step of determining whether or not a transmitted message has been specified and an instruction to resend the message has been input at the artificial intelligence speaker terminal, which is a user terminal, and a message resend. is input, the artificial intelligence speaker performs a resending message creating step of creating a new resending message using message data of a specified sent message and a resending step of sending the resending message. Any specific embodiment may be used as long as it is configured to be executed by the terminal so that the resend message can be easily prepared and resent with one action by the user. do not have.

For example, the user terminal may be a desktop personal computer terminal, a notebook personal computer terminal, a smartphone terminal, a tablet terminal, an artificial intelligence speaker terminal having artificial intelligence control means, or the like, which executes message transmission/reception application software. Anything that transmits and receives message data and image data by connecting directly to other terminals or indirectly via a server via communication networks including wide area networks, local networks, telephone lines, etc. I do not care.
In addition, the concept of message sending/receiving application software includes not only the message sending/receiving application software itself, but also an add-on program for adding message sending/receiving application software (hereinafter referred to as an add-on program) that extends the functions of the message sending/receiving application software. do.
Further, the message sending/receiving application software can be any software for sending/receiving message data, such as one for sending/receiving e-mails, or a so-called chat format in which dialogues are additionally displayed sequentially in the same window for the same party. It doesn't matter if it's something.

A mail browser application, which is a first embodiment of the message transmission/reception application software of the present invention, will be described below with reference to FIGS. 1 to 5(B).
Here, FIG. 1 is a conceptual diagram showing a message transmission/reception system 100 equipped with a mail browser application according to the first embodiment of the present invention, and FIG. 2 shows the mail browser application according to the first embodiment of the present invention. 3(A) is a diagram showing an example of transfer message creation processing, and FIG. 3(B) is a retransmission message creation step S2 of the present invention using the transfer message creation processing. FIG. FIG. 4A is a diagram showing an example of processing for creating a reply message, and FIG. 4B is a diagram showing an example of processing for creating a reply message, and FIG. FIG. 5A is a diagram showing an example of the process of step S2, FIG. 5A is a diagram showing an example of a message thread, and FIG. It is a figure which shows an example of the process of S2.

As shown in FIG. 1, a message sending/receiving system 100, which is a first embodiment having message sending/receiving application software of the present invention, comprises a computer terminal 110, which is an example of a user's terminal, and a notebook, which is another terminal of the other party. It comprises a model computer terminal 120 and a server 130 .
A mail browser application, which is an example of the message transmission/reception application software of the present invention, is installed in the user's computer terminal 110 .
By using a mail browser application, the computer terminal 110 of the user can send and receive e-mail, which is an example of message data, to and from the notebook computer terminal 120 of the other party via the server 130. is configured as

When the mail browser application is activated on the user's computer terminal 110 , the mail browser 112 is displayed on the display unit 111 of the user's computer terminal 110 .
Then, when the user performs an operation to select the "sent" item in the mail browser 112, the mail browser 112 displays the contents of the sent tray, for example.

Further, when one sent message 113 is selected in the sent tray, details of the selected sent message 113 and resend button 114 are displayed.
If the mail browser 112 does not have the resend button 114 of the present invention, by installing an additional add-on program on the user's computer terminal 110, the resend button 114 of the present invention can be displayed on the mail browser 112. Become.

As shown in FIG. 1, the mail browser 112 displays message text data 113a, subject data 113b, destination data 113c, attached file data 113d (displayed only when there is one), and a resend button 114 of a sent message 113. .
Furthermore, as an example, a transfer button 117 and a reply button 118 are displayed.
In this embodiment, when the resend button 114 is pressed with the sent message 113 specified, a resend message 115 (see FIG. 3B) is created using the sent message 113. or configured to be created and resent.
As a result, when the user only selects the sent message 113 and operates the resend button 114, each data of the sent message 113 is used to create or create and resend the resend message 115.例文帳に追加
As a result, the retransmission message 115 can be easily prepared or prepared and retransmitted with one action by the user.
In other words, it is possible to easily create or create and resend a resend message 115 that has the same or substantially the same content as the selected sent message 113 and is well-formatted.

The operation of the mail browser application for resend message creation processing will be described in detail.
As shown in FIG. 2, in step S1, as a resend operation presence/absence determination step, the control of the user's computer terminal 110 determines whether or not the sent message 113 has been selected and the resend button 114 has been operated on the user's computer terminal 110. Department (email browser application) determines.
If it is determined that the resend button 114 has been operated, the process proceeds to step S2, and if it is determined that the resend button 114 has not been operated yet, step S1 is repeated.

In step S2, as a step of creating a resend message, a new resend message is created using the message body data 113a, subject data 113b, destination data 113c, and attached file data 113d (if any) of the selected sent message 113. 115 is created by the control unit (mail browser application) of the user's computer terminal 110 .

As for how to create the resend message 115 in detail, it may be created using the transfer message creating process, created using the reply message creating process, or created by copying each data of the sent message 113 .
For example, a case of using transfer message creation processing will be described.
When the user operates the transfer button 117 of the mail browser 112 shown in FIG. 1, transfer message creation processing is executed as shown in the transfer message FD shown in FIG. 3(A).

Specifically, in the forwarding message creation processing, the destination is left blank, "Fwd:" is added as an example of character information FD5 indicating forwarding in the subject data, and the message body of the forwarding message FD is the sent message 113. Source information FD1, transmission date and time information FD2, subject information FD3 and destination information FD4 are added.
In this embodiment, when the resend button 114 is operated, first, in the resend message creation step S2, the transfer message creation process is performed without displaying the message as shown in FIG. The source information FD1, the date and time information FD2, the subject information FD3, and the destination information FD4 of the transmitted message 113 in the message body data are deleted. perform a delete for

Further, the destination data 113c of the selected sent message 113 is copied and pasted as the destination data of the resend message 115, and displayed on the mail browser 112. FIG.
Then, as shown in FIG. 3B, a new retransmission message 115 is obtained.
As a result, the transfer message creation processing of the original transfer function is used, and the information and format added by the transfer message creation processing are deleted.
As a result, the user can easily create the message 115 for retransmission.
It goes without saying that the CC (carbon copy) and BCC (blind carbon copy) of the destination of the transmitted message 113 are also reflected in the new retransmission message 115 .

Also, for example, a case where a reply message is created using a reply message creation process will be described.
When the user operates the reply button 118 of the mail browser 112 shown in FIG. 1, reply message creation processing is executed as shown in the reply message RT shown in FIG. 4(A).
Specifically, as the reply message creation process, "Re:" is added as an example of character information RT4 indicating a reply in the subject data, and the sender information RT1 of the sent message 113, the sent Date and time information RT2 and information display RT3 to the effect of quotation are added.
In this embodiment, when the reply button 118 is operated, first, in the resend message creation step S2, a reply message creation process is performed without displaying a message such as that shown in FIG. The source information RT1, the transmission date/time information RT2, and the quoted information display RT3 of the sent message 113 in the message text data are deleted, and the character information RT4 indicating a reply in the subject data "Re:" is executed. perform a delete for

Furthermore, if the selected sent message 113 has attached file data 113d, the attached file data 113d of the selected sent message 113 is copied and pasted as the attached file data of the resend message 115 to send the mail. Display on the browser 112 .
The same applies to the destination CC (carbon copy) and BCC (blind carbon copy).
Then, as shown in FIG. 4B, a new retransmission message 115 is obtained.
As a result, the original reply message creation process of the reply function is used, and the information and format added by the reply message creation process are deleted.
As a result, the user can easily create the message 115 for retransmission.

Furthermore, for example, a case where each data of the transmitted message 113 is copied and created will be described.
When the user operates the resend button 114 of the mail browser 112 shown in FIG. 1, in the resend message creation step S2, the control unit (mail browser application) of the user's computer terminal 110 displays the message body of the selected sent message 113. Data 113a, subject data 113b, destination data 113c, and attached file data 113d (if any) are copied and displayed in a new message window. only) to execute the paste respectively.
The same applies to the destination CC (carbon copy) and BCC (blind carbon copy).

As a result, the original message body data 113a, subject data 113b, destination data 113c, and attached file data 113d, which are the sent message 113, are copied and pasted as resend message 115 of the new e-mail.
As a result, the user can easily create the message 115 for retransmission.
In other words, the user can easily create the resend message 115 even if the browser does not display the reply function or transfer function.

In step S3, as a transmission operation presence/absence determination step, the control unit (mail browser application) of the user's computer terminal 110 determines whether or not the transmission button 116 for the resend message 115 has been operated.
If it is determined that the send button 116 has been operated, the process proceeds to step S4, and if it is determined that there has been no operation yet, step S3 is repeated.

In step S4, as a resend step, the control unit (mail browser application) of the user's computer terminal 110 sends the resend message 115. FIG.
As a result, as described above, when the user simply selects the sent message 113 and operates the resend button 114, each data of the sent message 113 is used to create the resend message 115 or create and resend the message 115. sent.
As a result, the retransmission message 115 can be easily prepared or prepared and retransmitted with one action by the user.

In this embodiment, it is determined whether or not the transmission button 116 has been operated in the transmission operation presence/absence determination step S3, but the retransmission step S4 may be executed without determination.
By determining whether or not the send button 116 has been operated in the send operation presence/absence determination step S3, the user can check/confirm the contents of the resend message 115, such as the text, destination, and attached file, before resending. can.
On the other hand, by omitting the transmission operation presence/absence determination step S3, the retransmission message 115 is generated in the retransmission message generation step S2, and the retransmission message 115 is transmitted in the retransmission step S4. message 115 can be easily prepared and sent.

Also, as shown in FIG. 5A, when the selected sent message 113 is displayed in a thread format in the mail browser 112, a plurality of message exchanges are displayed.
A Resend button 114 is displayed near the subject of the message.
In this embodiment, when the selected sent message 113 is displayed in a thread format in the resend message creation step S2, the message body data 113a of the sent message 113 that was sent first among the plurality of messages, The message 115 for retransmission is newly created using the subject name data 113b, the destination data 113c, and the attached file data 113d.

In other words, assume that the user operates the resend button 114 .
Then, as shown in FIG. 5B, a new retransmission message 115 using the first transmitted message 113 among the plurality of messages is obtained.
As a result, even if the exchange has already been made with the destination party, only the first message is extracted and the reset message 115 for retransmission is created.
As a result, users can easily reuse the initial message as a template.

In this embodiment, a new resend message 115 is created based on the sent message 113. However, if you select an existing mail message on the mail browser 112 and press the resend button, , a new resend message 115 is created based on the selected mail message.
For example, a new resend message 115 is created based on a received message in the inbox as an example of an existing mail message.

The mail browser application, which is the first embodiment of the message sending/receiving application software of the present invention obtained in this way, is used when the sent message 113 is selected and the resend button 114 is clicked on the user's computer terminal 110, which is an example of the user terminal. a resend operation presence/absence determination step S1 for determining whether or not the resend button 114 has been operated; message body data 113a, subject data 113b, destination data 113c, and attached file data 113d of the selected sent message 113 when the resend button 114 is operated; and a retransmission step S4 of transmitting the resend message 115 to the user's computer terminal 110. With one action, it is possible to easily prepare or prepare and resend a resend message 115 having the same or substantially the same content and appearance as the selected sent message 113 .

Further, in a retransmission message creation step S2, transfer message creation processing when the transfer button 117 is operated is executed, and the sender information FD1, transmission date/time information FD2, subject information FD3, and subject information FD3 of the transmitted message 113 in the message text data are executed. The user can easily create the resend message 115 by executing the deletion of the destination information FD4 and the deletion of the character information FD5 indicating forwarding in the subject data.

In addition, in the retransmission message creation step S2, a reply message creation process is executed when the reply button 118 is operated, and the sender information RT1, the transmission date and time information RT2, and the quotation of the sent message 113 in the message body data are displayed. The user can easily create the resend message 115 by using a configuration that deletes the information display RT3 and also deletes the character information RT4 that means reply in the subject data.

Further, in the retransmission message creation step S2, the message body data 113a, subject data 113b, destination data 113c, and attached file data 113d of the selected sent message 113 are copied, and the message body data and subject of the resend message 115 are copied. Since the data, the destination data, and the attached file data are respectively pasted, the user can easily resend the message 115 even if the mail browser 112 does not display the reply function or transfer function. can be created in

Further, the mail browser application, which is the first embodiment of the message sending/receiving application software of the present invention, determines whether or not the send button 116 has been operated for the resend message 115 after the resend message creation step S2. It further includes determination step S3, and in the resend step S4, when the send button 116 is operated, the resend message 115 is sent before the user operates the send button 116. You can confirm and check the detailed contents such as the text, subject, recipient, attached file, etc.

Further, in the resend message creation step S2, if the selected sent message 113 is displayed in a thread format, the message body data 113a and subject data 113b of the sent message 113 that was sent first among the plurality of messages are displayed. , destination data 113c, and attached file data 113d to create a new resend message 115, the user can easily create the first message as a template even if the user has already exchanged with the other party. The effect is enormous, such as being reusable.

Next, a chat application, which is a second embodiment of the message transmission/reception application software of the present invention, will be described with reference to FIGS. 6(A) and 6(B).
Here, FIG. 6A is a diagram showing a state when a sent message 213 is selected when resending a message on the smartphone terminal 210 of the user according to the second embodiment of the present invention. 6(B) is a diagram showing a state when a resend button 214 is operated to create a resend message 215. FIG.
In the message transmission/reception application software of the second embodiment, the message data for sending e-mails of the message transmission/reception application software of the first embodiment is displayed in each window. Since this is changed to a form for interactive communication, and many elements are common to the message transmission/reception application software of the first embodiment, detailed descriptions of the common items are omitted, and 200-series codes having the same last two digits are used. Attach only.

As shown in FIG. 6A, a talk screen 212 of a chat application, which is an example of message transmission/reception application software, is displayed on a display unit 211 of a smartphone terminal 210, which is an example of a user terminal.
On the talk screen 212, messages of exchanges between the sales person who is the user and Mr. Ito of company A on the other side are displayed.
Here, the salesperson who is the user selects the sent message 213 by tapping.

Then, the menu window 212a is displayed.
The salesperson who is the user selects and operates the resend button 214 by tapping from the menu window 212a.
Then, in the resend operation presence/absence determination step S1, it is determined that the transmitted message 213 has been selected and the resend button 214 has been operated on the smartphone terminal 210 of the user.

Then, as shown in FIG. 6B, as a resend message creating step S2, a new resend message 215 is created using the message data of the selected sent message 213 .
Next, as a transmission operation presence/absence determination step S3, it is determined whether or not the transmission button 216 for the resend message 215 has been operated.
When the user operates the send button 216, the resend message 215 is sent as a resend step S4.

As in the first embodiment, the transmission operation presence/absence determination step S3 may be omitted, and the resend message 215 may be created and transmitted only by one-touch operation of the resend button 214 .
Also, when the resend button 214 is operated, one or more of the other sent messages and sent attachments can be freely selected, and after selection the send button 216 is operated to send all the selected messages and attachments. Files may be configured to be resent.
As a result, the resend message 215 can be easily prepared or prepared and resent with one action by the user.

The chat application, which is the second embodiment of the message transmission/reception application software of the present invention obtained in this way, is based on whether the sent message 213 is selected and the resend button 214 is operated on the smartphone terminal 210, which is an example of the user terminal. a resend operation presence/absence determination step S1 for determining whether or not a resend operation is performed; and a resend message creation step for creating a new resend message 215 using the message data of the selected sent message 213 when the resend button 214 is operated. By having the user terminal execute S2 and the resending step S4 of sending the resending message 215, the user can easily prepare or prepare and resend the resending message 215 with one action. The effect is enormous.

Next, a message transmission/reception system 300, which is a third embodiment having the message transmission/reception application software of the present invention, will be described with reference to FIGS. 7 and 8. FIG.
7 is a conceptual diagram of the message transmission/reception system 300 according to the third embodiment of the present invention, and FIG. 8 is a chart showing the operation of the message transmission/reception system 300 according to the third embodiment of the present invention. be.
The message transmission/reception system 300 of the third embodiment is obtained by changing the computer terminal 110 of the user of the message transmission/reception system 100 of the first embodiment to an artificial intelligence speaker terminal 310, and many elements are the same as those of the message transmission/reception of the first embodiment. Since it is common to the system 100, the detailed description of the common items is omitted, and only the 300 series numbers having the common last two digits are attached.

As shown in FIG. 7, a message transmission/reception system 300, which is the first embodiment having the message transmission/reception application software of the present invention, uses an artificial intelligence speaker terminal 310, which is an example of a user's terminal, and another terminal of the other party. It comprises a notebook computer terminal 320 and a server 330 .
The message transmission/reception application software of the present invention is installed in the user's artificial intelligence speaker terminal 310 .

The artificial intelligence speaker terminal 310 includes a speaker, a microphone, a control section, a storage section, artificial intelligence control means having a learning function, and communication means.
The user inputs the subject of the already-sent message to the artificial intelligence speaker terminal 310 by voice through the microphone, and also inputs that the message should be resent.
For example, "Resend the email with the subject "Seminar Information" that has already been sent! ] is input by voice.
The specified sent message is then configured to be resent.

The operation of the resend message creation process will be described in detail.
As shown in FIG. 8, in step S11, as a retransmission instruction input presence/absence determination step, it is determined by the user whether or not a transmitted message has been specified and an instruction to resend the message has been input at the artificial intelligence speaker terminal 310, which is a user terminal. The control unit (message transmission/reception application) of the artificial intelligence speaker terminal 310 determines.
Here, the control unit (message transmission/reception application) of the artificial intelligence speaker terminal 310 uses the artificial intelligence control means to understand the intention of the voice input person by dividing the words of the input data from the microphone by morphological analysis or punctuation rules. It is configured to grasp words that are meaningful to the intention, and based on the grasped contents, it is determined whether or not a message that has already been sent is specified and an instruction to resend the message is input.
If it is determined that there is a designation of a message that has already been sent and that there is an input to resend the message, the process proceeds to step S12.
In addition, if it is determined that only one of the specified sent message and the input to resend the message has been entered, it is configured to ask the user for the other or to re-enter both by voice. good too.

In step S12, as a step of creating a resend message, the control unit (message transmission/reception application) of the artificial intelligence speaker terminal 310 creates a new resend message (not shown) using the message data of the designated sent message. create.
In step S13, as a retransmission step, the control unit (message transmission/reception application) of the artificial intelligence speaker terminal 310 transmits a retransmission message (not shown).
As a result, a message for resending is created and sent using the already sent message simply by designating the already sent message and inputting the resend of the message at the artificial intelligence speaker terminal 310 .
As a result, the user can easily prepare and resend the message for resending with one action.

The message transmission/reception application software, which is the third embodiment of the present invention obtained in this way, checks whether or not a transmitted message has been specified and a message retransmission has been input at the artificial intelligence speaker terminal 310, which is a user terminal. resend instruction input presence/absence determination step S11 for judging; resend message creation step S12 for creating a new resend message using message data of a specified sent message when message resend is input; With the configuration in which the user's artificial intelligence speaker terminal 310 executes the resending step S13 for sending the resending message, the resending message can be easily prepared and resent with one action by the user. The effect is enormous.

100, 300 ... message transmission/reception system 110 ... computer terminal (user terminal)
210 ・・・ Smartphone terminal (user terminal)
310 ・・・ Artificial intelligence speaker terminal (user terminal)
111, 211... Display unit 112... Mail browser
212 ・・・ Talk screen
212a... Menu windows 113, 213... Sent message 113a... Message body data 113b... Subject data 113c... Destination data 113d... Attached file data 114, 214... Resend button 115 , 215 ... resend message 116, 216 ... send button 117 ... forward button 118 ... reply button 120, 320 ... notebook computer terminal (other terminal)
130, 330 --- Server FD --- Transfer message FD1 --- Source information FD2 of sent message in message body data after execution of transfer processing --- Sent message in message body data after execution of transfer processing Sent date and time information FD3... Subject name information of sent message in message body data after execution of transfer process FD4... Destination information of sent message in message body data after execution of transfer process FD5... After execution of transfer process Character information RT indicating forwarding in the subject data RT... Reply message RT1... Sender information RT2 of the sent message in the message body data after reply processing is executed... In the message body data after reply processing is executed Sent date and time information RT3 of the sent message... Information display RT4 to the effect that the sent message is quoted in the message text data after the reply process is executed Text information indicating a reply in the subject data after the reply process is executed

Claims (6)

Message transmission/reception application software for transmitting/receiving message data between a user terminal and another terminal,
a resend operation presence/absence determination step of determining whether or not a transmitted message has been selected in the user terminal and a resend button has been operated;
a resend message creating step of creating a new resend message by using message body data, subject data, destination data, and attached file data of a selected sent message when the resend button is operated;
causing the user terminal to execute a resending step of sending the resend message ;
In the resend message creation step, when the selected sent message is displayed in a thread format, the message body data, subject data, destination data, and attached file of the first sent message among the plurality of messages Message sending/receiving application software characterized in that it is configured to create a new message for resending using data . In the resend message creation step, a transfer message creation process is executed when the transfer button is operated, and deletion of the sender information, transmission date and time information, subject name information, and destination information of the transmitted message in the message text data is executed. 2. The message sending/receiving application software according to claim 1, wherein the message transmission/reception application software according to claim 1 is configured to perform deletion of character information indicating transfer in the subject data. In the resend message creation step, a reply message creation process is executed when the reply button is operated, and the display of the sender information, transmission date and time information, and quoted information of the already-sent message in the message body data is deleted. 2. The message sending/receiving application software according to claim 1, wherein the message sending/receiving application software according to claim 1 is configured to execute deletion of character information indicating a reply in the subject data. In the resending message creating step, the message body data, subject data, destination data, and attached file data of the selected transmitted message are respectively copied, and the message body data, subject data, destination data, and attached file data of the message for resending are copied. 2. The message sending/receiving application software according to claim 1, characterized in that it is configured to perform paste respectively as . After the resend message creating step, the method further includes a send operation presence/absence determination step for determining whether or not a send button has been operated for the resend message,
5. The message sending/receiving application software according to claim 1, wherein in said resending step, when a send button is operated, the message for resending is sent. Message transmission/reception application software for transmitting/receiving chat message data between a user terminal and another terminal in the form of dialogue with the same party in the same window,
a resend operation presence/absence determination step of determining whether or not a transmitted message has been selected in the user terminal and a resend button has been operated;
a resend message creating step of creating a new resend message using message data of a selected sent message when the resend button is operated;
Message transmission/reception application software, characterized in that it is configured to cause a user terminal to execute a retransmission step of transmitting the message for retransmission.

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