JP2015176164A - Data management system, portable terminal device, data management server and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a program which helps a user to casually keep a diary while maintaining motivation.SOLUTION: A program makes an information processing device execute: processing of setting a transmission destination user of voice data; processing of setting the timing at which reproduction of the voice data is made possible in a terminal device of the transmission destination user; recording processing; processing of transmitting voice data generated by the recording processing to a data management server in a state of being associated with the date of recording; processing of receiving voice data of another user setting the user as the transmission destination user in a state of being associated with the date of recording processing; processing of displaying on a display panel a screen in which an icon linked to the voice data which is the voice data of the other user and passes the reproduction possible timing is arranged on a prescribed region; and processing of reproducing the voice data linked to the icon.

Description

  The present invention relates to a data management system, a data management server, a data management method, a data management program, and a mobile terminal device.

  As you grow up, your daily life becomes routine, and the weight of your day decreases. The day you should have surely vanished away in memory. There is a diary as a means to prevent such dilution of life. In recent years, a technique for publishing a diary as a blog on the Web has been established. Those who keep a diary can use their own clues to remember past lives.

  Patent Document 1 discloses a technique for easily publishing multimedia files stored in a time order arrangement on their blog.

JP 2007-213547 A

Originally, a diary is for yourself. However, if you try to write a full-fledged diary, you will end up having a day when you don't keep a diary because it will be annoying. And when blank pages increase, the motivation to add a diary decreases, often resulting in a situation where no diary is added.

A blog, on the other hand, is a diary on the web that is intended to be published externally. Most readers of such blogs are fixed people such as family members and friends. The main objective is to share your experience with more people, so earning access is a lasting motivation. However, there are often situations in which interesting events do not sway every day, and the number of accesses will eventually decline and blogs will not be updated.

Diaries and blogs have the property of increasing their value by being continuously added. In the technique of Patent Document 1, an elaborate blog can be created, but it causes a sense of obligation, which causes an increase in bothersomeness and eventually causes a problem that the blog cannot be attached.

In view of the above problems, an object of the present invention is to provide a data management system, a portable terminal device, a data management server, and a program that support a diary while maintaining ease and motivation.

A data management system according to an aspect of the present invention is a data management system including a plurality of mobile terminal devices and a data management server, and the mobile terminal device is a destination user from a first user. Destination user setting processing means for performing processing for setting a transmission destination user as a transmission destination of audio data based on the setting instruction, and the terminal of the transmission destination user based on the reproducible timing setting instruction from the first user Reproducible timing setting processing means for performing processing for setting the timing at which the audio data can be reproduced in the apparatus, recording processing means for performing recording processing based on a recording start instruction from the first user, and the recording processing The first user voice data storage process for storing the voice data generated by the process in a state associated with the date and time when the recording process was performed Means, voice data transmission processing means for performing processing for transmitting the voice data generated by the recording processing to a predetermined data management server in a state associated with the recording date and time, and setting the first user as a destination user Voice data receiving means for receiving the voice data of the other user in association with the date and time when the recording process was performed in the terminal device of the other user; and the received voice data of the other user Second user voice data storage processing means for performing a process of storing in a state associated with the date and time when the recording process was performed in the terminal device of the other user, and the stored voice data of the other user, A table that performs processing to display on the display panel a screen in which icons linked to audio data whose playback timing has passed are arranged in a predetermined area Processing means, and voice reproduction processing means for performing processing for reproducing voice data linked to the icon based on an instruction operation on the icon, wherein the data management server is a source of voice data User information registration means for registering a first user as a user and a second user as a transmission destination user in association with each other, and reproduction possible at a timing at which the second user can reproduce the voice data of the first user Reproducible timing information registration means for registering timing information;
Server-side voice data receiving means for receiving the voice data of the first user; and server-side voice data transmission processing means for processing to send the voice data of the first user to the second user.

A mobile terminal device according to another aspect of the present invention includes a transmission destination user setting processing unit that performs a process of setting a transmission destination user that is a transmission destination of audio data based on a transmission destination user setting instruction from the user, Based on a reproducible timing setting instruction from the user, reproducible timing setting processing means for performing processing for setting a timing at which the audio data can be reproduced in the terminal device of the transmission destination user, and recording start from the user Recording processing means for performing recording processing based on an instruction; first user voice data storage processing means for performing processing for storing voice data generated by the recording processing in a state associated with the date and time when the recording processing was performed; The voice data generated by the recording process is transmitted to a predetermined data management server in a state associated with the recording date and time. Voice data transmission processing means and voice data received in a state in which the voice data of another user who has set the user as the destination user is associated with the date and time when the recording process was performed in the terminal device of the other user Receiving means; and second user voice data storage processing means for storing the received voice data of the other user in a state associated with the date and time when the recording process was performed in the terminal device of the other user; Display for performing processing for displaying on the display panel a screen in which an icon linked to the stored audio data of another user and the audio data that has passed the reproducible timing is arranged in a predetermined area Based on the instruction operation for the icon and the processing unit, the audio replay for performing the process of reproducing the audio data linked to the icon is performed. Comprising a processing means.

  A data management server according to another aspect of the present invention includes a user information registration unit that registers a first user who is a transmission source user of voice data and a second user who is a transmission destination user in association with each other. Accessible timing information registration means for registering accessible timing information related to the timing at which the second user can access the voice data of one user, voice data receiving means for receiving the voice data of the first user, Audio data storage means for storing audio data of the first user in a predetermined folder; and audio data stored in the predetermined folder that has passed an accessible timing determined based on the accessible timing information The second user when receiving an access from the second user to the voice data being recorded Comprising a sound data transmission processing means for performing processing of transmitting the voice data.

A program according to another aspect of the present invention includes a transmission destination user setting processing step of setting a transmission destination user as a transmission destination of audio data based on a transmission destination user setting instruction from the user, and reproduction from the user A reproducible timing setting processing step for setting a timing at which the audio data can be reproduced in the terminal device of the transmission destination user based on a timing setting instruction, and a recording for recording based on a recording start instruction from the user A processing step, a first user voice data storage processing step for storing voice data generated by the recording process in a state associated with a date and time when the recording process was performed, and recording the voice data generated by the recording process. Audio data transmission processing step for transmitting to a predetermined data management server in a state associated with the date and time A voice data reception process step of receiving voice data of another user who has set the user as a transmission destination user in a state associated with the date and time when the recording process was performed in the terminal device of the other user; A second user voice data storage process step of storing the voice data of the other user thus recorded in a state associated with the date and time when the recording process was performed in the terminal device of the other user; Display processing step for displaying on a display panel a screen in which an icon linked to audio data that has passed the reproducible timing is arranged in a predetermined area, and based on an instruction operation on the icon A sound reproduction processing step for performing a process of reproducing the sound data linked to the icon. To be executed in.

ADVANTAGE OF THE INVENTION According to this invention, it becomes possible to support attaching a diary casually and maintaining motivation. As a result, the habit of keeping a diary has become established, and it is possible to enrich life.

The front view of the portable terminal device 100 which concerns on this invention. The block diagram which shows the hardware constitutions of the portable terminal device which concerns on this invention. 4 is a top screen according to the first embodiment. 3 is a main calendar screen according to the first embodiment. 1 is a block diagram illustrating a configuration of a mobile terminal device according to a first embodiment. 6 is a management file of audio data according to the first embodiment. The block diagram which shows the structure of the portable terminal device which concerns on the modification of Embodiment 1. FIG. 6 is a recording screen according to the first embodiment. The flowchart figure which shows the flow of a top screen display process. The flowchart figure which shows the flow of a voice recording process. The flowchart figure which shows the flow of an audio | voice reproduction | regeneration process. The top screen which concerns on Embodiment 2. FIG. FIG. 5 is a block diagram illustrating a configuration of a mobile terminal device according to a second embodiment. The text diary input screen which concerns on Embodiment 2. FIG. The figure explaining the date change method of the sub calendar displayed on a top screen. FIG. 6 is a block diagram illustrating a configuration of a mobile terminal device according to a third embodiment. The top screen which concerns on Embodiment 3. FIG. FIG. 6 is a block diagram illustrating a configuration of a mobile terminal device according to a fourth embodiment. 10 is a setting screen according to the fourth embodiment. The flowchart figure which shows the flow of an audio | voice reproduction | regeneration process. FIG. 6 is a block diagram illustrating a configuration of a mobile terminal device according to a fifth embodiment. 10 is a top screen according to the fifth embodiment. 10 is an alarm setting screen according to the fifth embodiment. 10 is an alarm management file according to the fifth embodiment. 10 is an alarm screen according to the fifth embodiment. FIG. 10 is a block diagram illustrating a configuration of an advertisement display system according to a modification of the fifth embodiment. FIG. 10 is a block diagram illustrating a configuration of an advertisement display system according to a modification of the fifth embodiment. The flowchart figure which shows the flow of an alarm setting process. The flowchart figure which shows the flow of an alarm process. FIG. 9 is a block diagram illustrating a configuration of a data management system according to a sixth embodiment. The management file of audio | voice data which concerns on Embodiment 6. FIG. The calendar screen which concerns on Embodiment 6. FIG. User information according to the sixth embodiment. User information according to the sixth embodiment. FIG. 10 is a block diagram showing a configuration of a modification of the data management system according to the sixth embodiment. The figure which shows the folder structure created in a database. The calendar screen which concerns on Embodiment 6. FIG. The calendar screen which concerns on Embodiment 6. FIG. The calendar screen which concerns on Embodiment 6. FIG. The calendar screen which concerns on Embodiment 6. FIG. The calendar screen which concerns on Embodiment 6. FIG. FIG. 10 is a block diagram illustrating a specific configuration of a calendar screen display processing unit according to a sixth embodiment. FIG. 10 is a block diagram showing a configuration of a modification of the data management system according to the sixth embodiment. The flowchart figure which shows the flow of the notification process of an IP address. FIG. 10 is a block diagram illustrating a configuration of a data management system according to a seventh embodiment. 10 is a transmission setting screen according to the seventh embodiment. The transmission selection screen which concerns on Embodiment 7. FIG. The flowchart figure which shows the flow of a voice recording process. FIG. 10 is a block diagram illustrating a configuration of a data management system according to an eighth embodiment. 10 is a transmission timing setting screen according to the eighth embodiment. The flowchart figure which shows the flow from an audio | voice recording process to an audio | voice data transmission process. FIG. 10 is a block diagram showing a configuration of a modification of the data management system according to the eighth embodiment. FIG. 10 is a block diagram showing a configuration of a modification of the data management system according to the eighth embodiment. FIG. 10 is a block diagram illustrating a configuration of a data management system according to a ninth embodiment. FIG. 16 is a block diagram illustrating a configuration of a data management system according to a tenth embodiment. The sequence diagram which shows the flow of a transmission destination user setting process. The sequence diagram which shows the flow of a reproducible timing setting process. The diary data management file which concerns on Embodiment 10. FIG. The management file which shows the reproducible timing which concerns on Embodiment 10. FIG. The calendar screen which concerns on Embodiment 10. FIG. The calendar screen which concerns on Embodiment 10. FIG. The calendar screen which concerns on Embodiment 10. FIG. FIG. 16 is a block diagram showing a configuration of a modification of the data management system according to the tenth embodiment. FIG. 18 is a block diagram showing a configuration of a data management system according to an eleventh embodiment. FIG. 19 is a flowchart showing a process flow of a data management system according to the eleventh embodiment.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. In the following description, parts denoted by the same reference numerals have substantially the same functions. For the sake of clarification of the invention, explanations of overlapping parts are omitted as appropriate.

(Embodiment 1)
FIG. 1 is an example of a front view of a mobile terminal device 100 according to Embodiment 1 of the present invention. The mobile terminal device 100 includes a display panel 11 that displays a screen, a touch panel 12 that receives an operation input from a user, a microphone 13 that collects sound, a speaker 14 that emits sound, and a camera 15 that captures an image. It comprises. In the following description, the display panel 11 is the display unit 11, the touch panel 12 is the operation input unit 12, the microphone 13 is the audio input unit 13, the speaker 14 is the audio output unit 14, the camera 15 is the video imaging unit 15, Each may be referred to.

FIG. 2 is a block diagram illustrating a hardware configuration of the mobile terminal device 100. The mobile terminal device 100 includes an information processing device 16, a main storage device 17, and an auxiliary storage device 18 inside. The information processing apparatus 16 is configured by a CPU (Central Processing Unit) or the like, and performs corresponding processing based on various instructions input by the user via the operation input unit 12 or the voice input unit 13. The main storage device 17 is composed of a storage medium such as a RAM (Random Access Memory), and temporarily stores data and programs read by the information processing device 16. The auxiliary storage device 18 is composed of a storage medium such as a hard disk drive (HDD) or a solid state drive (SSD), and stores a program and various data according to the present invention.

FIG. 3 shows an example of the top screen 101 displayed on the display unit 11 when an instruction to execute the application program according to the first embodiment is input from the user via the operation input unit 12 or the voice input unit 13. Yes. In the present specification, the top screen may be referred to as a first screen. On the top screen 101, a voice diary button 102 and a main calendar display button 103 are arranged at predetermined positions. On the top screen 101, setting buttons 104 for performing various settings are arranged at predetermined positions.

The voice diary button 102 is a button for inputting a diary in a voice format. The recording process is started when the voice diary button 102 is pressed. In the following description, the voice diary button 102 may be referred to as a first button 102 or a recording button 102.

The main calendar screen display button 103 is a button for causing the display unit 11 to display the main calendar screen 105 illustrated in FIG. On the main calendar screen 105, a main calendar 106 including a plurality of date areas is arranged. In each date area of the main calendar, a voice diary icon 107 that is an object linked to the voice diary data of the date is arranged. When the voice diary icon 107 is pressed, a reproduction panel 108 for controlling reproduction of voice diary data linked to the voice diary icon 107 is displayed in the main calendar screen 105. The playback panel 108 includes a stop button 108a for stopping playback, a pause button 108b for stopping playback, a playback button 108c for starting playback, and moving buttons 108d and 108e for moving to audio diary data of previous and subsequent dates. Yes. A return button 109 for returning to the top screen 101 is also displayed. In the following description, the main calendar screen display button 103 may be referred to as a second button 103 and the main calendar screen 105 may be referred to as a second screen 105, respectively. In the following description, the voice diary data may be simply referred to as voice data.

  FIG. 5 is a block diagram illustrating a functional configuration of the mobile terminal device 100. The mobile terminal device 100 includes a top screen display processing unit 110, a recording processing unit 111, an audio data storage processing unit 112, a main calendar screen display processing unit 113, and an audio data reproduction processing unit 114.

  When the instruction to execute the application program of the present invention is input via the operation input unit 12 or the voice input unit 13, the top screen display processing unit 110 includes at least a recording button 102 that starts recording a voice in the first area. The top screen 101 arranged on the display unit 11 is displayed on the display unit 11. As described above, it is more preferable that the top screen display processing unit 110 is configured to display the top screen 101 in which the main calendar screen display button is arranged in the second area together with the recording button 102 on the display unit 11.

  The recording processing unit 111 performs recording processing based on an instruction operation for the recording button 102 arranged on the top screen 101. For example, the recording processing unit 111 performs digital-to-analog audio data by performing AD conversion processing and audio compression processing on an analog audio signal input from the audio input unit 12 when the recording button 102 is pressed. Recording process is performed by generating As the audio codec used when the recording processing unit 111 generates audio data, wav, MP3, or the like can be used.

  The audio data storage processing unit 112 performs a process of storing the audio data generated by the recording process in a storage medium such as the auxiliary storage device 18 in a state associated with the date and time when the recording process was performed. FIG. 6 shows an example of a management file of audio data stored in a state associated with the date and time.

  The main calendar screen display processing unit 113 performs processing for displaying the main calendar screen 105 in which a main calendar including a plurality of date areas is arranged in a predetermined area on the display unit 11. For example, a date for one month is included in the main calendar, and the main calendar screen display processing unit 113 is configured to display on the display unit 11 a main calendar screen 105 on which a movement button for moving to the calendar of the previous and next month is arranged. It is even better.

  The audio data reproduction processing unit 114 performs a process of reproducing audio data linked to the object based on an instruction operation with respect to the object arranged in the date area of the calendar including a plurality of date areas. For example, the main calendar screen display processing unit 113 displays a main calendar screen 105 on the display unit 11 by arranging a main calendar in which objects linked to diary data are arranged in a corresponding date area in a predetermined area. When an instruction operation for an object arranged in the date area of the calendar is performed via the operation input unit 12, the audio data reproduction processing unit 114 reads out audio data linked to the object from the storage medium. Perform the playback process. Note that the object linked to the voice data may be a predetermined icon such as the voice diary icon 107 shown in FIG. 4 or a character string. Further, the date field itself included in the calendar may be configured as an object linked to the audio data.

  As described above, according to the first embodiment, it is possible to manage a diary in a voice format using a mobile terminal device. The work of taking out and writing down a diary in daily life is cumbersome and difficult to sustain, but according to the invention according to the first embodiment, it is possible to record daily events by voice instead of writing. Therefore, the complexity of keeping a diary can be greatly reduced. This is because when writing a sentence in text, if you do not write a sentence that exceeds a certain level of appearance, you will not know what you were writing when you read it back later, so you need to spend time on sentence composition Because it comes out.

  On the other hand, when recording by voice, it is possible to remember enough even if you listen again later, without worrying about the sentence structure, just remembering the events of the day and talking appropriately. Become. This is because the speech contains various additional information beyond the contextual information of the text, such as intonation, pause, pitch, and how to speak, but all of this additional information is cut off by text. Because it is. Since the information is compressed in this way, in order to represent the event in a sentence, the meaning cannot be properly understood even if it is read later without a rational notation.

On the other hand, by taking the form of a voice diary, it is not necessary to perform the work of sentence composition in the head, so that a diary can be attached in a short time. In addition, you can sit down at the desk, take out the pen and diary, move your hands and write it down, you can save the troublesome work, you can attach a diary using a portable terminal device that is close, so sustainability It becomes possible to improve.

Here, if the operation from the user trying to keep a voice diary to the start of recording is troublesome, the willingness that lasts alone is impaired. On the other hand, in the mobile terminal device of the present invention, recording can be reached by only two simple operations: one operation of pressing a button to start an application and one operation of pressing a recording button 102 displayed by the operation. It becomes possible to remove the annoyance of keeping a diary in order to adopt a configuration that can be done.

It should be noted that a configuration that limits the time for adding a diary is even better because it improves continuity and makes it easier to review later. FIG. 7 is a block diagram showing a configuration of the mobile terminal device 100b incorporating the function, and a recording time setting processing unit 115, a recording screen display processing unit 116, a time measurement processing unit 117, and an extended time setting processing unit 118. And a recording time extension processing unit 119 and a continuous playback setting processing unit 120.

The recording time setting processing unit 115 performs a process of setting a standard time for recording one voice diary. For example, when an instruction operation for a setting button arranged on the top screen 101 is input via the operation input unit 12, a recording time setting screen is displayed on the display unit 11, and the time instructed by the user is recorded as the recording time. Is stored in the storage medium to perform the recording time setting process. Since it is a diary, the recording time is preferably from 30 seconds to 5 minutes, more preferably from 1 minute to 3 minutes. This is because if the recording time is too short, sufficient items cannot be recorded as a diary, and if it is too long, the complexity of attaching an audio diary increases.

The recording screen display processing unit 116 performs processing for displaying the recording screen 121 illustrated in FIG. 8 on the display unit 11 when an instruction operation for an instruction operation on the recording button 102 is input via the operation input unit 12. The recording screen display processing unit 116 displays a playback panel 122 for controlling sound playback, a recording time extension button 123 for extending the recording time, and the remaining recording time based on the instruction operation for the instruction operation on the recording button 102. The remaining recording time display column 124 shown in the figure performs processing for displaying the recording screen 121 arranged in a predetermined area on the display unit 11. Various buttons such as a recording stop button 122a for stopping recording, a recording pause button 122b for stopping recording, and a recording restart button 122c for restarting recording are arranged on the playback panel 122. It should be noted that a recorded time display field indicating the recorded time so far and an indicator indicating the remaining recorded time may be arranged on the recording screen 121 together. In the following description, the recording screen may be referred to as a third screen.

The time measurement processing unit 117 performs a process of starting a predetermined time measurement as the recording processing unit 111 starts the recording process based on a selection operation on the recording button 102 arranged on the top screen 101. For example, the time measurement processing unit 117 performs time measurement processing by setting a recording time timer set by the recording time setting processing unit 115.

The extension time setting processing unit 118 sets a time for extending the time measurement in the time measurement processing unit 117 when the recording time extension button 123 is pressed based on an instruction operation input from the user via the operation input unit 12. Perform the setting process. The extension time may be set in advance as a predetermined time by default. The extension time is preferably 10 seconds or longer and 3 minutes or shorter, and more preferably 30 seconds or longer and 1 minute or shorter. This is because the extension of the time that is too long reduces the effect of improving the sustainability by limiting the time for attaching the voice diary.

The recording time extension processing unit 119 performs the time measurement processing unit 117 over the extension time set by the extension time setting processing unit 118 based on an instruction operation to the recording time extension button 123 arranged on the recording screen 121. Performs processing to extend the remaining time to be measured. For example, when the extension time is set to 30 seconds and the remaining time measured by the time measurement processing unit 117 is 23 seconds, the recording time extension processing unit 119 determines the remaining time measured by the time measurement processing unit 117. The process is extended to 53 seconds. The time measurement processing unit 117 performs a process of measuring the extended 53 seconds as the remaining time.

The continuous reproduction setting processing unit 120 sets whether the audio data reproduction processing unit 114 continuously reproduces audio data based on an instruction operation input from the user via the operation input unit 12.

FIG. 9 〜 FIG. 11 is a flowchart showing a part of processing flow in the mobile terminal device 100b. When an instruction operation for starting the application program according to the first embodiment is input via the operation input unit 12 or the voice input unit 13 (S101), the top screen display processing unit 101 displays a recording button 102 for starting a recording process. The main screen screen display button 103 for displaying the main calendar screen 105 and the top screen 101 in which the main calendar screen display buttons 103 are arranged in predetermined areas are displayed on the display unit 11 (S102). The top screen 101 is an operable screen that is displayed first when an application program is started. In this specification, a screen displayed during the standby time after the application program is started is referred to as a start screen and is distinguished from the top screen 101. During the startup screen display, the operation input unit 12 cannot accept an instruction operation, and the top screen 101 is displayed after the startup screen is displayed.

Next, an example of the flow of recording processing will be described with reference to FIG. When an instruction operation for the recording button 102 arranged on the top screen 101 is input via the operation input unit 12 as a recording start instruction (S103), the time measurement processing unit 117 is set by the recording time setting processing unit 115. A process for measuring the predetermined time is started (S104). Further, the recording processing unit 111 starts a process of recording the voice input by the voice input unit 13 (S105). The recording screen display processing unit 116 also displays a recording screen 121 in which a recording time extension button 123 for extending the recording time and a remaining recording time display field 124 indicating the remaining recording time are arranged in predetermined areas. 11 is displayed (S106).

When an instruction operation for extending the recording time is input via the operation input unit 12 (S107), the recording time extension processing unit 119 performs processing for extending the time measured by the time measurement processing unit 117 by a predetermined time (S108). ).

When the time measurement process performed by the time measurement unit 117 is completed (S109), the recording processing unit 111 ends the recording process (S110), and the audio data storage processing unit 112 is generated by the recording process in the recording processing unit 111. A process of storing the audio data in the storage medium in a state associated with the date and time when the recording process was performed is performed (S111). The audio data storage processing unit 112 may associate the date and time when the recording process was started by the recording processing unit 111 with the audio data as the date and time when the recording process was performed, or the current date and time after the recording process was completed May be associated with audio data as the date and time when the recording process was performed. In addition, the audio data storage processing unit 112 can be configured to store audio data in a storage medium in association with the date and time related to the recording process as the date and time when the recording process was performed.

The top screen display processing unit 110 displays the top screen 101 on the display unit 11 (S112). Note that S104 〜 S106 may be out of order. Also, S110 〜 S112 may be out of order.

Next, an example of the flow of audio reproduction processing will be described with reference to FIG. When an instruction operation for the main calendar screen display button 103 arranged on the top screen 101 is input via the operation input unit 12 as a main calendar screen display instruction (S113), the main calendar screen display processing unit 113 displays the date area. A process of displaying the main calendar screen 105 in which the main calendar 106 including a plurality of date areas in which objects linked to the audio data are arranged in a predetermined area is displayed on the display unit 11 (S114). When an instruction operation for the voice diary icon 107 which is an object arranged in the date area of the main calendar 106 is input via the operation input unit 12 (S115), the voice data reproduction processing unit 114 displays the voice diary icon 107 on the voice diary icon 107. The linked audio data is read from the storage medium and reproduced (S116).

When the reproduction processing of the audio data is completed (S117), the audio data reproduction processing unit 114 determines whether continuous reproduction setting is performed (S118). If the continuous reproduction setting is not performed (No in S118), the audio reproduction process is terminated. When the continuous reproduction setting is performed (Yes in S118), the audio data reproduction processing unit 114 performs a process of reading and reproducing the audio data recorded on the subsequent date (S119). Next, the audio data reproduction processing unit 114 determines whether or not the latest audio data has been reproduced (S120). If the latest audio data has been reproduced (Yes in S120), the process ends, and the latest audio data is obtained. If not reached (No in S120), the process returns to S119 to continue the audio reproduction process.

  According to the configuration of the mobile terminal device 100b, it is possible to improve the continuity of attaching the voice diary by limiting the time for attaching the voice diary. In the above description, the case where a voice diary is attached has been described.

(Embodiment 2)
A diary consists of two actions: attaching and checking the contents at a later date. While keeping a diary is basically done every day, the contents of the diary are usually checked at milestones such as the end of the month or the end of the year.

However, the latest diaries tend to be confirmed more frequently. In the mobile terminal device 100 described in the first embodiment, based on the asymmetry between attaching and confirming a diary, the number of steps for the operation for attaching a diary from the top screen 101 and the operation for confirming the diary are different. The configuration required. In other words, the recording process corresponding to attaching a diary can be started with one operation of pressing the recording button 102 from the top screen, whereas the audio reproduction process corresponding to checking the diary is performed on the top screen. The main calendar screen 105 is displayed by pressing the main calendar screen display button 103 from 101, and then the configuration is started after two operations of further pressing the object arranged in the date column of the main calendar 106 are started. I was taking it.

This increases the complexity because it is necessary to perform the operation twice each time even when it is desired to check the latest diary. The portable terminal device according to the second embodiment is characterized in that the latest diary can be confirmed with fewer operations.

FIG. 12 shows an example of the top screen 201 of the mobile terminal device 200 according to the second embodiment. Compared to the top screen 101, the top screen 201 further includes a text diary button 202, a sub-calendar 203, and a sub-calendar drawer button 204, which are arranged in predetermined areas.

FIG. 13 is a block diagram illustrating a configuration of the mobile terminal device 200 according to the second embodiment. Compared with the mobile terminal device 100, the mobile terminal device 200 includes a text diary input screen display processing unit 221, a text data generation processing unit 222, a text data storage processing unit 223, a calendar date change processing unit 224, and a sub-calendar. A display change processing unit 225.

  When the instruction operation for starting the application program of the present invention is input via the operation input unit 12 or the voice input unit 13, the top screen display processing unit 110 includes a recording button 102, a sentence diary input screen display button 202, The main calendar screen display button 103 and the sub-calendar 203 are each displayed on the display unit 11 on the top screen 201 arranged in a predetermined area.

  The main calendar 106 is a calendar in which a plurality of dates are arranged in a two-dimensional direction, while the sub-calendar 203 is a calendar in which a plurality of dates are arranged in a one-dimensional direction. The sub-calendar 203 arranged on the top screen 201 includes fewer dates than the dates included in the main calendar 106. The top screen display processing unit 110 performs processing for displaying on the display unit 11 the top screen 201 in which the sub-calendar 203 in which a plurality of dates are arranged in a one-dimensional direction is arranged in a predetermined area. Here, when an instruction operation for starting the program is input from the user via the operation input unit 12 or the voice input unit 13, the top screen display processing unit 110 primarily outputs a plurality of dates including the current date. It is even better if the display unit 11 displays the top screen 201 in which the sub-calendars 203 arranged side by side in the original direction are arranged in any one of the display areas of the right end, the left end, the upper end, and the lower end.

Note that a diary icon that is an object linked to diary data stored on the date is arranged in the date area included in the subcalendar 203. That is, the top screen display processing unit 110 performs processing for displaying the top screen 201 on the display unit 11 by arranging the sub-calendar 203 in which the object linked to the diary data is arranged in the corresponding date region in the predetermined region. The diary data includes voice data or text data. There are also two types of corresponding objects: a voice diary icon 205 and a text diary icon 206.

  The text diary input screen display button 202 is a button for causing the display unit 11 to display a text diary input screen 207 for inputting a diary in a text format. The text diary input screen display processing unit 221 displays the text diary illustrated in FIG. 14 when an instruction operation for the text diary input screen display button 202 arranged in the top scene 201 is input via the operation input unit 12. A process of displaying the input screen 207 on the display unit 11 is performed.

  On the text diary input screen 207, a soft keyboard 208 for inputting characters and a text diary display area 209 for displaying input characters are arranged in a predetermined area. Further, a writing button 210 for writing a diary, a cancel button 211 for canceling writing of the diary, and a top button 212 for returning to the top screen 201 are also arranged. In the following description, the text diary input screen 207 may be referred to as a fourth screen 207.

  The text data generation processing unit 222 performs processing for generating text data based on characters input via the soft keyboard 208. The text data storage processing unit 223 associates the text data generated by the text data generation processing unit 222 with the date and time when the text data was generated or stored when the instruction operation to the write button 210 is input. The process which memorize | stores in a storage medium in a state is performed.

  When the operation of sliding a finger in the date arrangement direction of the sub-calendar 203 displayed on the top screen 201 is input via the operation input unit 12 as a calendar date change instruction operation, the calendar date change processing unit 224 A process of changing the date included in the subcalendar 203 is performed. That is, the calendar date change processing unit 224 performs processing for changing the date included in the sub-calendar 203 displayed on the top screen 201 based on the calendar date change instruction operation.

FIG. 15 shows an example of an operation for changing the date of the displayed subcalendar 203. The date included in the sub-calendar 203 is continuously changed by sliding the finger in the vertical direction which is the date arrangement direction of the sub-calendar 203 in a state where the touch panel 12 is touched on the area where the sub-calendar 203 is displayed. The The subcalendar 203 in FIG. 15 includes the dates of August 14 and August 15, but the date of August 16 is continuously displayed from above the subcalendar 203 by sliding the finger. On the other hand, the date of August 14 is continuously lowered and eventually disappears.

The calendar date change processing unit 224 may be configured to change the date displayed by the same operation in the main calendar 106.

The sub-calendar display change processing unit 225 performs processing for changing the display of the sub-calendar 203 on the top screen 201 based on an instruction operation on the sub-calendar pull-out button 204.

  The recording processing unit 111 performs recording processing based on an instruction operation for the recording button 102 arranged on the top screen 201. For example, the recording processing unit 111 generates digital audio data by performing predetermined audio compression processing on the audio signal input from the audio input unit 13 when the recording button 102 is pressed. Perform the recording process.

  The audio data reproduction processing unit 114 performs a process of reproducing the diary data linked to the object based on an instruction operation with respect to the object arranged in the date area of the calendar including a plurality of date areas. When the audio diary icon 205, which is an object arranged in the date area of the sub-calendar 203, is pressed, the audio data reproduction processing unit 114 reads the audio data linked to the audio diary icon 205 from the storage medium. A process of reading and playing is performed.

  When the text diary icon 206, which is an object arranged in the date area of the subcalendar 203, is pressed, the top screen display processing unit 110 reads the text data linked to the text diary icon 206 from the storage medium. A process of reading and displaying in a predetermined display area is performed.

As described above, according to the mobile terminal device 200 according to the second embodiment, the recording process corresponding to the activity for attaching the diary and the audio reproduction processing corresponding to the activity for checking the diary are the same steps from the top screen 201, respectively. Since the operation can be started by the number of operations, the convenience can be improved.

(Embodiment 3)
There is a problem that the willingness to keep a diary is reduced if the calendar contains a date without a diary. This is because, due to the nature of a calendar that displays a plurality of dates at once, the part without the diary will appear as a lack of completeness. Therefore, there is a problem that as the days when such a diary is not kept increase, only the missing part becomes conspicuous and the diary is not kept. The object of the third embodiment is to maintain the motivation to keep a diary even if a day without a diary is made.

  FIG. 16 is a block diagram illustrating a configuration of the mobile terminal device 300 according to the third embodiment. The mobile terminal device 300 includes a date total number data update processing unit 326, a date total number data storage processing unit 327, an update point number calculation processing unit 328, a point total number data update processing unit 329, and a point total number data storage processing unit 330. Are further provided.

  When new audio data is stored by the audio data storage processing unit 112, the date total number data update processing unit 326 stores the date associated with the audio data stored so far by the audio data storage processing unit 112. A process of updating the date total number data indicating the total number is performed. That is, the date total number data update processing unit 326 performs a process of updating the date total number data corresponding to the number of days for which a diary has been attached. For example, when new voice data is stored by the voice data storage processing unit 112, the date total number data update processing unit 326 reads the date total number data from the storage medium and updates the date total number data by incrementing.

The date total number data storage processing unit 327 performs processing for storing date total number data indicating the total number of dates associated with the voice data stored so far by the voice data storage processing unit 112 in the storage medium. The date total number data storage processing unit 327 performs processing of storing the updated date total number data in the storage medium when the date total number data update processing unit 326 updates the date total number data.

The update point number calculation processing unit 328 sets a predetermined number of points for updating the total number of points stored so far by the voice data storage processing unit 112 when new voice data is stored by the voice data storage processing unit 112. A process of calculating based on the algorithm is performed. For example, the update point number calculation processing unit 328 may calculate a predetermined point as the update point number when audio data is continuously stored for a predetermined number of days or more. Further, when the current date when the audio data is stored is the same as the user's birthday registered in advance by the user, the update point may be calculated after adding a predetermined additional point.

  The point total number data update processing unit 329 performs processing for updating the point total number data based on the update point number calculated by the update point number calculation processing unit 328. For example, when new audio data is stored by the audio data storage processing unit 112, the point total number data update processing unit 329 reads the point total number data from the storage medium, and the update points calculated by the update point number calculation processing unit 328 are read out. The point total number data is updated by adding the number.

When the point total number data update processing unit 326 updates the point total number data, the point total number data storage processing unit 330 performs processing for storing the updated point total number data in the storage medium.

The top screen display processing unit 110 displays the date total indicated by the date total data stored in the date total data storage processing unit 270 and the point total indicated by the point total data stored in the point total data storage processing unit 330 in a predetermined display area. Processing for displaying the arranged top screen 301 on the display unit 11 is performed. FIG. 17 shows an example of the top screen 301. The top screen display processing unit 110 arranges and displays in the display area 302 the number of days corresponding to the number of days that a diary has been added to a predetermined area of the top screen 301 and the number of acquired points indicating the total number of points acquired so far. Processing to be displayed on the unit 11 is performed. By adopting a configuration in which the total number of dates and the total number of points are arranged on the top screen 301 that the user sees most frequently, the user can experience the result of steadily posting a diary.

As described above, according to the mobile terminal device 300 according to the third embodiment, a diary is not attached by adopting a configuration in which the results of past diaries are aggregated and presented to the user. Even if there is a day, the information is diluted, so it is possible to increase the motivation to keep a diary.

In the above description, the total number of dates and the total number of points are arranged on the top screen 301 and the top screen 301 is displayed on the display unit 11. However, the present invention is not limited to this. It is good also as a structure which arrange | positions these numerical values on another screen, and displays them on the display part 11. FIG.

In the above description, the description has been given of the configuration in which the values of both the total number of dates and the total number of points are updated, stored, and displayed. However, the present invention is not limited to this. One numerical value may be updated and stored, arranged on the top screen, and displayed on the display unit 11.

(Embodiment 4)
Due to its nature, the diary contains a great deal of privacy information. Therefore, there is a desire to prevent this diary from being heard or viewed by others when the mobile terminal device is lost. The portable terminal device according to the fourth embodiment is intended to prevent leakage of the privacy information.

FIG. 18 is a block diagram illustrating a configuration of the mobile terminal device 400 according to the fourth embodiment. The mobile terminal device 400 further includes a user information setting screen display processing unit 431, a user information setting processing unit 432, a user authentication necessity determination processing unit 433, a user authentication processing unit 434, and a user authentication condition setting processing unit 435. It has.

The user information setting screen display processing unit 431 performs processing for displaying the user information setting screen 401 on the display unit 11 based on a user information setting instruction operation. For example, when an operation of pressing the setting button 104 arranged on the top screen 101 displayed by the top screen display processing unit 110 is input as a setting instruction operation via the operation input unit 12, the user information setting screen display processing unit 431 performs processing for displaying the user information setting screen 401 on the display unit 11.

FIG. 19 shows an example of the user information setting screen 401. The user information setting screen display processing unit 431 performs processing for displaying a user information setting screen 401 including at least a space for registering a password on the display unit 11.

The user information setting processing unit 432 sets user information by storing user information input via the user information setting screen 401 in a storage medium. The user information setting processing unit 432 performs processing for setting at least a password as part of user information.

The user authentication necessity determination processing unit 433 is based on the user authentication condition set by the user authentication condition setting processing unit 435 when an instruction operation is performed on the voice diary icon that is an object arranged in the date area of the calendar. Then, it is determined whether or not to perform user authentication processing for permitting reproduction processing of audio data linked to the audio diary icon.

When the user authentication necessity determination processing unit 433 determines that user authentication processing is to be performed, the user authentication processing unit 434 matches the password set by the user information setting processing unit 432 with the password newly input by the user. Authenticate whether or not to do. For example, the user authentication processing unit 434 displays a password input screen in which a password input field and a soft keyboard field are arranged on the display unit 11, and a password input by the user via the password input screen and a user information setting processing unit 432. Is set and compared with the password stored in the storage medium. When the authentication processing in the user authentication processing unit 434 is successful, the audio data reproduction processing unit 114 performs processing for reading out audio data related to the instruction operation from the storage medium and reproducing it.

When the authentication processing in the user authentication processing unit 434 is successful, the user authentication condition setting processing unit 435 performs processing for setting user authentication conditions. The user authentication condition includes, for example, a setting in which authentication processing is free for 30 minutes. Since the authentication process occurs every time the user specifies the audio diary data to be reproduced, it cannot be cumbersome. Once the authentication process is cleared, the authentication process is not required again as long as the user authentication condition is satisfied. . The user authentication condition setting processing unit 435 performs a process for canceling the set user authentication condition.

FIG. 20 is a flowchart illustrating an example of the flow of audio reproduction processing according to the fourth embodiment. The top screen display processing unit 110 performs processing for displaying on the display unit 11 a top screen in which a sub-calendar in which a voice diary icon linked to voice data is arranged in a date area is displayed in a predetermined display area (S401). In this state, when an instruction operation for the voice diary icon is input from the operation reception unit 12 (S402), the user authentication necessity determination processing unit 433 is based on the user authentication condition set by the user authentication condition setting processing unit 435. A process for determining whether or not to perform a user authentication process is performed (S403).

As a result of the determination process, when it is determined to perform the user authentication process (Yes in S403), the user authentication processing unit 434 performs the user authentication process (S404). The user authentication processing unit 434 matches the password set in advance by the user information setting processing unit 432 and stored in the storage medium with the password input by the user via the operation input unit 12 or the voice input unit 13. The user authentication process is performed by determining whether or not.

If the authentication is successful as a result of the user authentication process (Yes in S405), the user authentication condition setting processing unit 435 performs a process for setting the user authentication condition (S406). For example, the user authentication condition setting processing unit 435 sets, as the user authentication condition, a time limit during which the audio data reproduction process can be performed without the user authentication process. Subsequently, the audio data reproduction processing unit 114 performs a process of reading and reproducing the audio data related to the instruction operation in S402 from the storage medium (S407).

Next, the user authentication condition setting processing unit 435 determines whether to cancel the user authentication condition (S408). If the user authentication condition is canceled as a result of the determination (Yes in S408), the user authentication condition setting processing unit 435 cancels the user authentication condition set in S406 (S409). For example, the user authentication condition setting processing unit 435 cancels the user authentication condition when the current time has passed the time limit of the audio reproduction processing set in S406.

As described above, according to the mobile terminal device 400 according to the fourth embodiment, even if the mobile terminal device is lost, it is possible to prevent the diary data from being reproduced by others. Can be maintained.

In the above description, the case where information other than a password is set as user information has been described, but the present invention is not limited to this. For example, the user information setting processing unit 432 performs processing for setting a password, and the user authentication processing unit 434 performs password authentication processing based on an instruction operation for an object placed in the date area of the main calendar 106 or the sub calendar 203. It is good also as a structure which performs. The audio data reproduction processing unit 114 performs a process for reproducing the audio data linked to the object when the password is successfully authenticated.

In this case, the user authentication necessity determination processing unit 433 performs processing for determining whether or not authentication processing is necessary based on an instruction operation for an object arranged in the date area of the main calendar 106 or the subcalendar 203. That is, the user authentication necessity determination processing unit 433 performs processing for determining whether or not to request the user to input a password. It may be configured in this way.

(Embodiment 5)
It is common to keep a diary before bedtime at the end of the day. According to the mobile terminal device according to each of the embodiments described above, since it can be attached even after entering the futon at the time of going to bed, it is possible to attach a diary without imposing a load on the user.

While Embodiment 1 〜 4 can be viewed as providing a service for the last action of the day, it does not provide any service for the action of the start of the day. There is a possibility that life quality can be improved by adopting a configuration that supports the beginning and the end of the day in total, but this point has been overlooked in the embodiments 1 〜 4 so far. The portable terminal device according to the fifth embodiment aims to provide a solution for both the first and last days of the day.

FIG. 21 is a block diagram illustrating a configuration of a mobile terminal device 500 according to the fifth embodiment. The mobile terminal device 500 further includes an alarm setting screen display processing unit 536, an alarm setting processing unit 537, an alarm control unit 538, an alarm sound data reproduction processing unit 539, and an alarm screen display processing unit 540.

FIG. 22 shows an example of the top screen 501 displayed on the display unit 11 by the top screen display processing unit 110. The top screen display processing unit 110 performs processing for displaying the top screen 501 in which the alarm setting screen display button 502 is arranged in a predetermined area on the display unit 11. The alarm setting screen display button 502 is a button for causing the display unit 11 to display an alarm setting screen 503 illustrated in FIG.

The alarm setting screen display processing unit 536 generates an alarm when an instruction operation for the alarm setting screen display button 502 arranged on the top screen 501 displayed by the top screen display processing unit 110 is input via the operation input unit 13. Processing for displaying the setting screen 503 on the display unit 11 is performed. That is, the alarm setting screen display processing unit 536 performs processing for displaying the alarm setting screen 503 on the display unit 11 when an alarm setting instruction from the user is input via the operation input unit 12.

In the alarm setting screen 503 illustrated in FIG. 23, an alarm time input field 504a 〜 504c for directly inputting an alarm time and an alarm time interval input field 505a 〜 505c for inputting a time interval until the alarm time are arranged. ing. For example, in the alarm time input field 504a, a setting for reading and reproducing marimba timbre voice data at 8:00 is input. On the other hand, in the alarm time interval input field 505a, the latest diary audio data is set to be played back 9 hours from now. Since the current time is 23:44, the time of 8:44 on the next day is the alarm time.

In the fifth embodiment, the latest audio diary data can be set to be read and reproduced as the audio data that becomes an alarm sound. Further, as in the alarm time interval input field 505b, it is also possible to set to reproduce the audio data stored in a state associated with the date of yesterday as an alarm sound.

The alarm setting processing unit 537 performs alarm setting by storing alarm information input from the user via the operation input unit 12 in a storage medium according to the alarm setting screen 503 displayed on the display unit 11. FIG. 24 shows an example of alarm information stored in the storage medium by the alarm setting processing by the alarm setting processing unit 537 based on the alarm setting screen 503 shown in FIG.

The alarm control unit 538 performs various controls related to alarm processing. For example, the alarm control unit 538 performs a process of comparing the current time with the set alarm time at every predetermined timing, and determines whether the current time matches the alarm time. Alternatively, the alarm control unit 538 sets the timer so that the timer expires at the alarm time based on the alarm information set by the alarm setting processing unit 537, and determines whether the current time matches the alarm time. .

When the current time coincides with the alarm time, the alarm sound reproduction processing unit 539 performs processing for reading out and reproducing the sound data set as the alarm sound data by the alarm setting processing unit 537 from the storage medium.

As illustrated in FIG. 25, the alarm screen display processing unit 540 performs a process of displaying on the display unit 11 an alarm screen 506 on which at least an alarm stop button 507 for stopping the reproduction of the alarm sound data is arranged. A message field 508 is also displayed on the alarm screen. The alarm screen display processing unit 540 selects data to be displayed based on a predetermined algorithm from among a plurality of text data and image data stored in the storage medium, arranges the data in the message field 508, and displays the alarm screen 506. Process to display.

  The alarm sound reproduction processing unit 539 reproduces the currently reproduced alarm sound data when an instruction operation for the alarm stop button 507 arranged on the alarm screen 506 displayed by the alarm screen display processing unit 540 is input. To stop.

As described above, according to the mobile terminal device 5 according to the fifth embodiment, since a service can be provided not only at the end of the day but also at the beginning of the day, a service with higher added value can be provided. .

For example, by reproducing the latest voice data attached as a diary by the user as an alarm sound for alarm, the user can go to today with a connection from yesterday by sleeping. By connecting to a life that is fragmented by sleep, you can lead a better life. For example, there is a good thing yesterday, and when you wake up with the recorded voice diary data, you can greet the day with a better mood and it sounds natural to spend the day with a positive attitude And have a good day. Such a virtuous cycle can lead to a better life. Even if you had a bad day, if you woke up with the voice diary data, today is different from yesterday and you will feel like sending a good day. It becomes possible to demonstrate high motivation.

The latest diary data is the latest audio data stored by the audio data storage unit 112, whereas the diary data yesterday is audio data stored in a state associated with the date of the previous day when the alarm sound is sounded. is there. Therefore, when the voice diary is not attached before going to bed, the voice data prepared as default may be reproduced. By doing so, since it is possible to know by wake-up that you forgot to add a diary yesterday, it is possible to move to actions such as complementation later.

Further, the alarm screen display processing unit 541 reads out the character data or image data with html link stored in the storage medium, arranges it in a predetermined area of the alarm screen, and displays the alarm screen on the display unit 11. It is good also as a structure to perform. In this case, the alarm screen display processing unit 541 transmits a get command to a web server arranged outside based on an instruction operation on the displayed character or image, and downloads predetermined html content from the web server. Then, the content screen is displayed on the display unit 11. With this configuration, the latest content such as news of the day can be displayed on the screen.

In the above description, the message is displayed on the alarm screen 506, but the present invention is not limited to this. For example, an alarm screen 506 on which an advertisement or the like is arranged may be displayed.

FIG. 26 is a block diagram showing a configuration of an advertisement display system that links alarms and advertisements. The advertisement display system 1000 includes a mobile terminal device 500b, an advertisement distribution server 1100, and an advertisement distribution database 1200.

The mobile terminal device 500b further includes a communication processing unit 541 and an advertisement screen display processing unit 515. The communication processing unit 541 performs processing of transmitting a data request packet addressed to the advertisement distribution server 1100 when an instruction operation is performed on the alarm stop button 507 arranged on the alarm screen 506 displayed by the alarm screen display processing unit 540. Do. Here, the communication processing unit 541 is configured to perform processing for transmitting a data request packet including user information including at least one of the user's gender, the user's age (age), the user's address, and the user's occupation. It is even better. The user information is set based on contents input by the user by the user information setting processing unit 432.

The communication processing unit 541 performs a process of receiving advertisement data transmitted from the advertisement distribution server 1100 based on the data request packet. The advertisement screen display processing unit 542 displays an advertisement screen including the advertisement data received by the communication processing unit 541 on the display unit 11.

The advertisement distribution server 1100 includes a communication processing unit 1101 and an advertisement data selection processing unit 1102. The communication processing unit 1101 performs a process of receiving a data request packet transmitted from the communication processing unit 541 of the mobile terminal device 500b. The advertisement data selection processing unit 1102 performs processing to select and read predetermined advertisement data from the advertisement database 1200 based on the data request packet.

Here, when user information is included in the data request packet received by the communication processing unit 541, the advertisement data selection processing unit 1102 performs a process of reading advertisement data from the advertisement database 1200 based on the user information. For example, when user information of the content of a woman in her 20s is included, a process of reading predetermined advertisement data for the woman in her 20s from the advertisement database 1200 is performed. The communication processing unit 1101 performs processing for transmitting the read advertisement data to the mobile terminal device 500b.

The configuration of the mobile terminal device 500c shown in FIG. 27 may be used. The mobile terminal device 500c includes an advertisement data storage processing unit 543. When an instruction operation is performed on the alarm stop button 507 arranged on the alarm screen 506 displayed by the alarm screen display processing unit 541, the communication processing unit 541 transmits a data request packet including user information to the advertisement distribution server 1100. Process. The communication processing unit 541 performs a process of receiving advertisement data transmitted from the advertisement distribution server 1100 based on the data request packet.

The advertisement data storage processing unit 543 performs processing for storing the advertisement data received by the communication processing unit 541 in a storage medium. Here, the advertisement data storage processing unit 543 performs processing for storing the received advertisement data in association with the received date and time. The alarm screen display processing unit 540 performs processing for displaying the alarm screen 506 by arranging the advertisement data stored in the advertisement data storage processing unit 543 in a predetermined display area in addition to the alarm stop button 506 for stopping reproduction of the audio data. Do. Here, the alarm screen display processing unit 540 performs processing for displaying the advertisement data stored in the advertisement data storage processing unit 543 on the display unit 11 when the alarm of the previous day is stopped.

FIG. 28 is a flowchart showing an example of the flow of alarm setting processing. When an instruction operation for displaying the alarm setting screen on the display unit 11 is input via the operation input unit 12 or the voice input unit 13 (S501), the alarm setting screen display processing unit 536 displays the alarm setting screen 503. Processing to display on the display unit 11 is performed (S502). When alarm information is input from the user via the alarm setting screen 503 (S503), the alarm setting processing unit 537 performs alarm setting processing by storing the input alarm information in a storage medium (S504). The alarm information includes at least alarm time for reproducing alarm sound data and alarm sound data information for designating alarm sound data.

FIG. 29 is a flowchart showing an example of the flow of alarm processing. The alarm control unit 538 reads time information indicating the current time at a predetermined interval, and determines whether or not it matches the alarm time stored as the alarm information (S505).

If the current time matches the alarm time, the alarm sound data reproduction processing unit 539 reads out the alarm sound data designated as the alarm sound from the storage medium and reproduces it (S506). The alarm screen display processing unit 540 reads the advertisement data stored in the storage medium in the portable terminal device 500c by the previous alarm processing, and displays the alarm screen 506 in which the alarm stop button 507 is arranged in a predetermined display area. Processing to be displayed on the unit 11 is performed (S507).

When the instruction operation for the alarm stop button 507 arranged on the alarm screen 506 displayed on the display unit 11 by the alarm screen display processing unit 540 is input (S508), the alarm audio data reproduction processing unit 539 displays the alarm audio data. The process of stopping the reproduction is performed (S509). Subsequently, the communication processing unit 541 performs processing for generating an advertisement data request packet for requesting distribution of advertisement data and transmitting it to the advertisement distribution server 1100 (S510). The communication processing unit 541 receives advertisement data from the advertisement distribution server 1100 (S511), and the advertisement data storage processing unit 543 performs storage processing on the storage medium in a state in which the advertisement data is associated with the current date and time (S512). ). The advertisement data is displayed on the alarm screen at an alarm time later.

(Embodiment 6)
Since the work of attaching a diary is complicated, in order to continue to add a diary, motivation to boost it is necessary. Originally, a diary is used to manage one's own life, but this management function alone has a weak motivation.

  Another way to motivate is to publish the diary to others. There is a blog as a method of publishing the diary. Since blogs are motivated to send information to other people, basically many people will be motivated to see them. For example, if only a few people are watching, the motivation to update the blog will be reduced. Therefore, it is implicitly imposed on the blog creator to enhance the contents of the diary to be published in order to increase the number of viewers of the blog. Eventually, the diary publishing work for maintaining the number of viewers increases the complexity, and there are not a few cases in which the diary posting itself quits.

  The main reason for this is that blogs are essentially intended to disseminate information. In information transmission, the greater the number of information recipients, the greater the effect. Therefore, increasing the number of recipients is implicitly imposed on the information senders. This has been a cause of a heavy burden on the creator of the information, the creator of the block. Therefore, in this Embodiment 6, the motivation to keep the diary continuously can be maintained by changing the essential purpose not to disseminate information but to share the diary as a part of communication with a specific limited person. It is an object.

FIG. 30 is a block diagram showing an overall configuration of a data management system according to the sixth embodiment. The data management system according to the sixth embodiment includes a plurality of terminal devices 2100a 〜 2100n respectively owned by a plurality of users, a data management server 2200, and a user information database 2300. Since the configuration of each terminal device 2100a 〜 2100n is substantially the same, the following description will be made on behalf of the terminal device 2100a.

As the terminal device 2100a, for example, the mobile terminal device described in each of the above-described embodiments can be used as it is. The terminal device 2100a includes a recording processing unit 111a, an audio data storage processing unit 112a, a main calendar screen display processing unit 113a, an audio data reproduction processing unit 114a, a transmission processing unit 2144a, and a reception processing unit 2145a. . In this specification, the transmission processing unit 2144a and the reception processing unit 2145a may be collectively referred to as a communication processing unit.

  The recording processing unit 111 a performs a recording process based on an instruction operation input via the operation input unit 12 or the voice input unit 13. For example, the recording processing unit 111a performs recording processing by generating digital audio data by performing AD conversion processing and audio compression processing on an analog audio signal input from the audio input unit 12.

  The transmission processing unit 2144a performs processing for transmitting the voice data generated by the recording processing to the data management server 2200. Here, the transmission processing unit 2144a performs a process of transmitting the audio data generated by the recording process to the data management server 2200 in a state in which the audio data is associated with the date and time of the recording process and the user ID that is information for identifying the user. The configuration is more preferable because subsequent management can be simplified.

  The reception processing unit 2145a performs processing for receiving, from the data management server 2200, voice data generated by recording processing in the terminal device 2100b of another user associated with the own user.

  The audio data storage processing unit 112a stores the audio data generated by the recording process in the recording processing unit 111a of the terminal device 2100a in a storage medium such as the auxiliary storage device 18 in a state associated with the date and time when the recording process was performed. Perform the process. In addition, the voice data storage processing unit 112a performs the recording process on the other terminal device 2100n on the other user device 2100n received by the reception processing unit 2145a and recorded on the other terminal device 2100n. A process of storing in a storage medium such as the auxiliary storage device 18 is performed in a state associated with the date and time.

  FIG. 31 shows an example of an audio data management file stored in the auxiliary storage device 18 of the terminal device 2100a by the audio data storage processing unit 112a. The voice data storage processing unit 112a performs a process of storing each voice data in a state associated with a user ID for identifying the corresponding user. Voice data of own user whose own terminal apparatus 2100a is user ID Ventuaid, voice data of other user who is another terminal apparatus 2100b and user ID is COCO, and user of other terminal apparatus 2100n The voice data of another user whose user ID is Mel is stored in the auxiliary storage device 18 of the mobile terminal device 2100a in a state associated with the date and time when the recording process was performed.

The calendar screen display processing unit 2146a performs processing for displaying on the display unit 11 a calendar screen in which a calendar in which an object linked to audio data is arranged in a date area of a date associated with the audio data is arranged in a predetermined display area. Do. The calendar may be arranged on the top screen as the sub-calendar described in the above embodiment, or may be arranged on the main calendar screen as the main calendar. That is, the top screen may be used as the calendar screen, or the main calendar screen may be used.

  In the following description, a case where the calendar is arranged as a main calendar on the main calendar screen will be described. That is, description will be made assuming that the calendar screen display processing unit 2146a and the main calendar screen display processing unit 113 described above are substantially the same.

  FIG. 32 shows an example of a calendar screen 2105 displayed on the display unit 11 by the calendar screen display processing unit 2146a. On the calendar screen 2105, a calendar 2106 including a plurality of date areas is arranged in a predetermined display area. In a plurality of date areas included in the calendar 2106, audio diary icons 2107 and 2108, which are objects linked to audio data associated with the corresponding date, are arranged. The voice diary icon 2107 is an icon indicating the voice data of the own user recorded by the recording processing unit 111a of the terminal device 2100a. The voice diary icon 2108 is a recording processing unit 111b & of the other terminal devices 2100b 〜 2100n. # 12316; It is an icon indicating the voice data of another user recorded in 111n. The calendar screen display processing unit 2146a arranges different icons in the corresponding date area of the calendar 2106 so that the voice data of the own user and the voice data of other users can be distinguished, and displays the calendar screen on the display unit 11. I do.

  The audio data reproduction processing unit 114 performs a process of reproducing audio data linked to an object based on an instruction operation on the object displayed on the calendar screen. In FIG. 32, recording processing is performed on August 5 by the recording processing unit 111a of the terminal device 2100a, and the auxiliary storage device 18 is associated with the date of August 5 by the voice data storage processing unit 112a. The audio data reproduction processing unit 114 reads out the audio data stored in the auxiliary storage device 18 by pressing the audio diary icon 2107 arranged in the date area of August 5, and performs decoding processing or A reproduction process such as a DA conversion process is performed, and an audio signal is emitted from the audio output unit 14 to the outside.

  Next, the data management server 2200 will be described. The data management server 2200 includes a user management unit 2201, a server side reception processing unit 2202, and a server side transmission processing unit 2203.

  The user management unit 2201 manages information of a plurality of users or terminal devices 2100a 〜 2100n in association with each other. FIG. 33 shows an example of user information managed by the user management unit 2201. In FIG. 33, a user ID for identifying a user who shares audio data is stored in an associated state. For example, it is set so that voice data of two users whose user IDs are COCO and Mel are transmitted to a user whose user ID is Ventuaid. Conversely, the voice data of the user whose user ID is Ventuaid is set to be transmitted to the user whose user ID is COCO. In addition, as the user information, an authentication password used for authentication processing for establishing communication processing between the terminal device 2100 and the data management server 2200 is also managed.

  FIG. 34 shows another example of user information managed by the user management unit 2201. In FIG. 34, user information is managed in a state where terminal IDs, which are unique IDs of the terminal devices 2100a 〜 2100n, are associated with each other. As the terminal ID, for example, a MAC address can be used. In FIG. 34, IP addresses indicating addresses on the networks of the terminal devices 2100a 〜 2100n are also stored in an associated state.

  Such user information is stored in the user information database 2300. The user information database 2300 creates a database of user information indicating the relevance between users who share voice data. Based on a shared user setting request from each user, the user management unit 2201 performs a process of storing in the user information database 2300 as user information in a state where the users related to sharing are associated. Further, based on a shared user update request from each user, a process of updating user information stored in the user information database 2300 is performed, and a user who shares voice data is added or deleted.

The server-side reception processing unit 2202 performs a process of receiving audio data transmitted from the terminal device 2100a 〜 2100n. The server-side transmission processing unit 2203 performs processing for transmitting the voice data received by the server-side reception processing unit 2202 to the associated user terminal device.

  Taking FIG. 33 as an example, the server-side reception processing unit 2202 performs a process of receiving audio data transmitted after the recording process is performed by the terminal device 2100a of the first user whose user ID is Ventuaid. The server-side transmission processing unit 2203 receives the voice data of the first user whose received user ID is Ventuiad and the terminal device 2100b of the user whose user ID is COCO, which is the second user associated with the first user. Process to send to.

  In this manner, the data management server 2200 performs processing for transferring the voice data recorded by the terminal device 2100a to the terminal device 2100b of the associated user. Therefore, the reception processing unit 2145b of the terminal device 2100b performs processing for receiving the voice data of the user whose user ID is Ventuaid transmitted from the data management server 2200, and the voice data storage processing unit 112b receives the received data. The audio data is stored in the auxiliary storage device 18 in the terminal device 2100b in a state where the audio data is associated with the recording date and time. After the storage process is performed, the calendar screen display processing unit 2146b displays the voice diary icon 2108 for another user, which is an object linked to the Ventuaid voice data stored in the auxiliary storage device 18, A process of displaying a calendar screen on the display unit 11 by arranging a calendar arranged in the date area of the date when the audio data was recorded in a predetermined display area is performed.

  As described above, according to the data management system according to the sixth embodiment, the voice data can be shared only between specific users who have been designated in advance, so that the voice data is not for information transmission but for communication. It is positioned as a medium. This eliminates the need to pay much attention to enriching the contents of the audio data, thereby facilitating the continued posting of diaries.

  In the above description, the data management server 2200 has described the case where the received audio data is transferred as it is, but the present invention is not limited to this. For example, the data management server 2200 may be configured as shown in FIG. The data management server 2200 shown in FIG. 35 includes a folder generation processing unit 2204 and a server-side audio data storage processing unit 2205.

  The folder generation processing unit 2204 stores data of each user based on a plurality of users managed in a state associated with the user management unit 2201 or user information that is information of the terminal devices 2100a 〜 2100n. Process to create a folder. The folder generation processing unit 2204 generates two types in the voice database 2400: a private folder generated for each user and a shared folder supplied by a plurality of users. The voice database 2400 is a storage for storing voice data from the user.

  The server side audio data storage processing unit 2205 performs processing for storing the audio data received by the server side reception processing unit 2202 in a corresponding folder based on the user information managed by the user management unit 2201.

  FIG. 36 shows an example of a folder generated by the folder generation processing unit 2204. A main private folder 22042 and a main shared folder 20043 are created below the root folder 22041, and private folders 22042a 〜 22042n of each user are created below the main private folder 22042. Also, individual shared folders 22043a 〜 22043n that are shared among specific users associated with the lower layer of the main shared folder 22043 are generated. In FIG. 36, a shared folder 22043a is a folder where a user whose user ID is Ventuaid can access and download data, but stores voice data from users whose user IDs are COCO and Mel. On the other hand, the shared folder 22043b is a folder that can be accessed by both users whose user IDs are Taro and Hanako. Audio data from both users is stored, and both users can freely download and play back. .

  As described above, the folder generation processing unit 2204 includes a first private folder that stores voice data of the first user, a shared folder that stores voice data shared with the second user associated with the first user, and a second folder. A process of generating a second private folder for storing the user's voice data is performed. Then, the server side audio data storage processing unit 2205 performs a process of storing the audio data received by the server side reception processing unit 2202 in a predetermined folder. With such a configuration, a structure may be adopted in which audio data is shared among limited users.

  In the above description, the calendar screen display processing unit 2146 arranges the voice diary icons linked to the voice data of the own user and other users recorded on a predetermined date in the corresponding date area of the same calendar. However, the present invention is not limited to this.

  FIGS. 37 and 38 show an example of a calendar screen in which voice diary icons linked to voice data are respectively arranged in the date areas of the calendar for the own user and the calendar for the other user. The calendar screen display processing unit 2146 is for the own user in which the voice diary icon linked to the voice data of the user's voice data recorded on the corresponding date is arranged in the date area of the calendar for the user. Process to display the calendar screen. In addition, the calendar screen display processing unit 2146 arranges a voice diary icon linked to voice data recorded on a corresponding date that is voice data of another user in the date area of the calendar for the other user. A process for displaying a calendar screen for the user is performed. By adopting such a configuration, only the voice data of the own user that is played back relatively frequently can be played back from the calendar for the own user, which is efficient. It is even better if the calendar screen display processing unit 2146 performs a process for displaying a calendar to be displayed on the calendar screen together with a switching button for switching between the user and other users.

  Of course, it is also possible to display the calendar for the user on the top screen like the calendar shown in FIG. Moreover, you may arrange | position an individual calendar for every other user like FIG. 40, FIG. The calendar screen display processing unit 2146, for each of other users who are set to share voice data in advance, arranges a voice diary icon linked to the voice data of the other user in the corresponding date area. A process of displaying a calendar screen in which a calendar is arranged in a predetermined display area on the display unit 11 is performed. The voice data is associated with information for identifying the user such as each user ID, and the voice data may be distributed for each user based on the user ID or the like.

  FIG. 42 is a block diagram showing a specific configuration of the calendar screen display processing unit 2146. The calendar screen display processing unit 2146 includes a calendar screen switching processing unit 21461, a self-user calendar screen display processing unit 21462, and an other user calendar screen display processing unit 21463.

  The calendar screen switching processing unit 21461 performs processing for switching a calendar screen displayed on the display unit 11 based on a calendar switching instruction input via the operation input unit 12 or the voice input unit 13. For example, the calendar screen switching processing unit 21461 performs processing for switching the calendar screen displayed on the display unit 11 to another calendar screen when a calendar switching button is pressed.

  The own user calendar screen display processing unit 21462 displays the voice diary icon linked to the voice data of the own user stored in the auxiliary storage device 18 by the recording process in the recording processing unit 111 on the date of the recorded date. A process of displaying a calendar screen in which a calendar arranged in the area is arranged in a predetermined display area on the display unit 11 is performed.

  The other user calendar screen display processing unit 21463 displays the voice diary icon linked to the other user's voice data received by the reception processing unit 2145 and stored in the auxiliary storage device 18, and the voice data is sent to the other user. The calendar screen which arrange | positioned the calendar arrange | positioned in the date area | region of the date recorded with the portable terminal device of this to the predetermined | prescribed display area is displayed on the display part 11. FIG.

  By setting it as the said structure, it becomes possible to manage the audio diary of the own user and another user separately.

  The data management system can be configured as shown in FIG. In FIG. 43, the terminal device 2100 further includes an IP address notification processing unit 2147. The IP address notification processing unit 2147 performs processing for notifying the data management server 2200 of the IP address of the terminal device 2100 at a predetermined timing.

  FIG. 44 is a flowchart showing an example of the IP address notification process. The time measuring unit 117 starts a process of measuring a predetermined time for IP address notification (S601). If the predetermined time measurement has not been completed (No in S602), it is determined whether the IP address of the terminal device 2100 has been changed (S603). If the IP address has not been changed (No in S603), the process returns to S602. On the other hand, when the predetermined time measurement is completed (Yes in S602) or the IP address has been changed (Yes in S603), the IP address notification processing unit 2147 determines the current IP address of the terminal device 2100 and the own address. An IP address notification packet including a user ID for identifying the user is generated (S604). The transmission processing unit 2144 performs processing for transmitting the IP address notification packet generated by the IP address notification processing unit 2147 to the data management server 2200 (S605).

  In the data management server 2200, the server-side reception processing unit 2202 performs processing for receiving the IP address notification packet transmitted from each terminal device 2100 (S606). The user management unit 2201 manages user information by performing a process of updating the user IP address of the user ID included in the IP address notification packet (S607).

  Through this processing, the user information stored in the user information database 2300 is stored in a state in which the user ID and the latest IP address are associated as shown in FIG. Therefore, when the server-side reception processing unit 2202 receives audio data, the server-side transmission processing unit 2203 can perform processing of transmitting the audio data to the sharing destination user.

(Embodiment 7)
Since voice data that is usually added as a diary contains a lot of privacy, even if the diary is so close that you can share it, there is a situation where you do not want to share only the current diary. Therefore, it is preferable to adopt a configuration that can flexibly select whether to share audio data. The data sharing system according to the seventh embodiment enables such selection.

  FIG. 45 is a block diagram illustrating a configuration of a data sharing system according to the seventh embodiment. The terminal device 3100 included in the data sharing system newly includes a transmission setting screen display processing unit 3148, a transmission setting processing unit 3149, and a transmission selection screen display processing unit 3150.

  The transmission setting screen display processing unit 3148 performs processing for displaying a transmission setting screen on the display unit 11 when a transmission setting instruction is input from the user via the operation input unit 12 or the voice input unit 13.

  FIG. 46 shows an example of the transmission setting screen 3101. The transmission setting screen display processing unit 3148 automatically transmits the voice data generated in the recording process to the shared user set in advance without an operation instruction from the user via the data management server 2200, or in the recording process. A transmission setting screen 3101 for setting whether it is necessary to input a transmission instruction from the user before transmitting the generated audio data is shown. The transmission setting screen 3101 includes an automatic transmission button 3102 for automatically transmitting audio data without an operation instruction from the user and a manual transmission button 3103 for waiting for an operation instruction from the user arranged in a predetermined display area. Yes. In the example of FIG. 46, the manual transmission button 3103 is pressed by the user and is set to manual transmission.

  In addition, since the manual transmission is set in the example of FIG. 46, it is also determined how long to wait for the transmission instruction from the user to be input before transmitting the voice data generated by the recording process. A transmission waiting time setting panel 3104 shown in FIG.

  The transmission setting processing unit 3149 sets whether audio data is automatically or manually transmitted to a user associated in advance displayed by the transmission setting screen display processing unit 3148. The transmission setting processing unit 3149 is set via a transmission setting screen 3101 for setting whether audio data is automatically or manually transmitted to a user associated in advance displayed by the transmission setting screen display processing unit 3148. The above setting is performed based on the input operation instruction. More specifically, the transmission setting processing unit 3149 performs the above setting by performing processing for storing the content input by the user via the transmission setting screen 3101 in the auxiliary storage device 18 as transmission setting information.

  The top screen display processing unit 110 performs processing for displaying on the display unit 11 a top screen on which at least a recording button for starting the recording process is arranged. When a recording start instruction is input via the operation input unit 12 by pressing the recording button, the recording processing unit 111 starts a process of recording the voice input from the voice input unit 13.

  The transmission selection screen display processing unit 3150 displays a predetermined transmission selection screen 3105 on the display unit 11 when the recording process is started by inputting the recording start instruction via the operation input unit 12. Perform the process.

  FIG. 47 shows an example of the transmission selection screen 3105. The transmission selection screen 3105 is provided with a voice data transmission button 3106 for transmitting voice data that is currently recorded or has been recorded to other users who are registered in advance for sharing.

  The time measurement processing unit 117 starts measuring a predetermined time when the recording process is completed. When the above-described standby time indicating the measurement time is set together by the transmission setting processing unit 3149, the time indicated by the standby time is measured.

  The transmission selection screen display processing unit 3150 completes the display of the transmission selection screen when the time measurement is completed or when an operation instruction indicating whether to transmit audio data is input through the operation input unit 12. Process.

  In addition, when the transmission button displayed on the transmission selection screen is pressed, the transmission processing unit 2144 performs processing of transmitting the audio data to the shared user registered in advance via the data management server 2200.

  FIG. 48 is a flowchart showing an example of the flow of recording processing in the seventh embodiment. When a recording start instruction is input from the user via the operation input unit 12 or the voice input unit 13 (Yes in S701), the recording processing unit 111 starts a recording process (S702). Subsequently, when automatic transmission setting is performed in the transmission setting processing unit 3149 (Yes in S703), the transmission selection screen display processing unit 3150 performs processing for displaying the transmission selection screen on the display unit 11 (S704). On the other hand, when the automatic transmission setting is not performed and the manual transmission setting is performed (No in S703), the recording screen display unit 116 performs processing for displaying the recording screen on the display unit 11 (S705). In the present embodiment, it is assumed that the transmission selection screen and the recording screen are different in whether or not the voice data transmission button 3106 is arranged as shown in FIG. 47 and FIG.

  If the recording process has not ended (No in S706) and automatic transmission setting has not been performed (No in S707), the transmission processing unit 2144 determines whether the transmission flag for the audio data is set (S708). . If the transmission flag is not set (No in S708), it is determined whether a voice data transmission instruction is input by the user via the operation input unit 12 (S709). When a voice data transmission instruction is input (Yes in S709), the transmission processing unit 2144 performs a process of setting a voice data transmission flag (S710). The audio data transmission flag indicates that the audio data is immediately transmitted via the data management server 2200 to a user who shares preset audio data when the recording processing unit 111 finishes the recording process. It is information which shows. The recording process may be configured to end when an instruction to end the recording process is input via the operation input unit 12 or when the recording time reaches a preset recording upper limit time.

  When the recording process is completed (Yes in S706), it is determined again whether automatic transmission setting is performed (S711). When the automatic transmission setting is performed (Yes in S711), the transmission processing unit 2144 performs processing for transmitting the voice data generated by the recording processing to the data management server 2200 (S716), and the recording screen display processing unit 116. Ends the recording screen display (S712). On the other hand, when the automatic transmission setting is not performed (No in S711), the transmission processing unit 2144 determines whether the transmission flag is set (S712). When the transmission flag is set (Yes in S712), the transmission processing unit 2144 performs processing for transmitting the audio data generated by the recording processing to the data management server 2200 (S716), and a transmission selection screen display processing unit 3149. Terminates the display of the transmission selection screen (S712).

  When the transmission flag is not set (No in S712), the time measurement unit 117 starts time measurement for transmission selection (S713). If a voice data transmission instruction is input via the operation input unit 12 before the time measurement is completed (Yes in S714), the transmission processing unit 2144 transmits the voice data generated by the recording process to the data management server. Processing to transmit to 2200 is performed (S716), and the transmission selection screen display processing unit 3149 ends the display of the transmission selection screen (S712).

  On the other hand, when the time measurement process is completed before the voice data transmission instruction is input (S715), the transmission selection screen display processing unit 3149 terminates the display of the transmission selection screen without transmitting the voice data ( S712).

  As described above, according to the terminal device according to the present embodiment, since it is possible to flexibly select whether the voice data generated by the recording process is transmitted after manual operation or automatically, it is a voice diary. Sharing voice data with other users becomes easy.

Note that the above-mentioned transmission button is a button for selecting whether or not the voice data generated by the recording process is shared with other users associated in advance, and thus may be referred to as a sharing selection button. In addition, the transmission selection screen display processing unit 3149 performs a process of displaying a share selection button on the display panel for selecting whether to share the audio data generated by the recording process with other users associated in advance. It may be called a share selection button display processing unit.

(Embodiment 8)
In the data management system according to the seventh embodiment, voice data of a certain user is transmitted to another user who is set in advance to share the voice diary, and the other user can immediately reproduce the transmitted voice data. .

However, in a certain case, there is a case where the contents of the audio data are not immediately reproduced by the sharing destination user. For example, there may be a case where the data management system is used to communicate the daily life of the child to the parent between the parent and child. In such a case, the parents can immediately reproduce the audio data which is the child's audio diary. In some cases, it may be preferable.

In recent years, suicide by bullying has not been followed, but this is a problem that children currently being bullied are unable to put out SOS well. While adolescent children do not want their parents and teachers to know from pride that they are being bullied, they often suffer from the conflict of wanting someone to help in their heart. There are few honest children who can vomit directly to their parents, "Help me because I am bullied." In such a case, since the data management system of the present invention capable of transmitting a message takes a form of indirectly transmitting SOS, it is easy for a child to issue SOS.

However, if it is possible for a child who wants to break through the current situation without knowing it to anyone, if the timing of issuing SOS is the same as the timing of SOS reaching to others, it will endure from its clumsiness to its limit there is a possibility. The data management system according to the eighth embodiment can appropriately cope with such a problem.

FIG. 49 is a block diagram illustrating a configuration of a data management system according to the eighth embodiment. In the data management system, the terminal device 4100 includes a transmission timing setting screen display processing unit 4151, a transmission timing setting processing unit 4152, and a transmission timing determination processing unit 4153.

The transmission timing setting screen display processing unit 4151 transmits the audio data generated by the recording process in the recording processing unit 111 to another user who is set in advance as a user who shares the audio data via the data management server 2200. The transmission timing setting screen for setting is displayed on the display unit 11.

FIG. 50 shows an example of the transmission timing setting screen 4101. The transmission timing setting screen 4101 has a setting field 4102 for setting the timing for transmitting audio data to the terminal device of the sharing destination user via the data management server 2200. In other words, the setting column 4102 represents a waiting time from when the recording process is completed to when the transmission process is performed. In the example of FIG. 50, a transmission time zone setting field 4103 for setting a transmission time zone is also arranged. In the example of FIG. 50, the waiting time is set to 5 days, and the transmission time zone is set to be between 10:00 & 22:00.

The transmission timing setting processing unit 4152 performs processing for setting the timing for transmitting the audio data generated by the recording processing in the recording processing unit 111 to other users based on the content input via the transmission timing setting screen 4101. Do. Note that the transmission timing setting processing unit 4152 determines the timing at which the audio data generated by the recording processing in the recording processing unit 111 is transmitted to another user based on the content input via the transmission timing setting screen 4101. It is even better if the configuration is such that processing is set individually for each other user.

The recording processing unit 111 performs processing for generating voice data by recording the voice input by the voice input unit 13. The voice data storage processing unit 112 performs processing for storing the voice data generated by the recording processing in the recording processing unit 111 in the auxiliary storage device 18 in a state associated with the recording date and time.

The transmission timing determination processing unit 4153 performs processing for determining whether the current date and time coincides with the transmission timing of audio data. For example, the recording timing is 23:21 on August 5th, the waiting time shown in FIG. 50 is 5 days later, and the transmission time zone is 10: 00 〜 22:00 If the setting has been made, the transmission timing determination processing unit 4153 determines that transmission is possible at 10 o'clock on August 11th.

If the transmission timing coincides with the transmission timing, the transmission processing unit 2144 performs a process of transmitting the audio data to the data management server 2100 in a state associated with the date and time when the recording process was performed. The voice data is transmitted via the data management server 2100 to the terminal device 4100b of another user that has been set in advance to be shared.

In the other terminal device 4100b, the reception processing unit 2145 performs processing for receiving the audio data, and the audio data storage processing unit 112b stores the audio data in a state associated with the date and time when the recording processing was performed. I do.

The calendar screen display processing unit 2146 has a calendar screen in which a calendar in which a voice diary icon linked to the stored voice data is arranged in a date area corresponding to the date on which the recording process is performed is arranged in a predetermined display area. Is displayed on the display unit 11.

In the case of the above example, the date and time when the audio data is received by the other terminal device 4100b is 10:00 on August 11th, but the recording date and time associated with the audio data is August 5 and 23. It is 21 minutes. Accordingly, the calendar screen display processing unit 2146 performs a process of displaying the calendar screen on the display unit 11 by arranging the voice diary icon linked to the voice data in the date area of August 5 of the calendar.

  FIG. 51 is a flowchart illustrating an example of a flow of processing up to transmission of audio data by the terminal device 4100. When a recording start instruction is input via the operation input unit 12 or the voice input unit 13 (Yes in S801), the recording processing unit 111 starts a recording process (S802). When an instruction to end the recording process is input via the operation input unit 12 or the voice input unit 13 (Yes in S803), the recording processing unit 111 ends the recording process (S804), and the voice data storage processing unit 112 The audio data generated by the recording process is stored in the auxiliary storage device 18 in a state associated with the recording date and time (S805).

The transmission timing determination processing unit 4153 determines whether a preset standby time has elapsed after the recording process is completed (S806). If the standby time has elapsed (Yes in S806), it is determined whether the current time is included in a preset transmission time zone (S807). When the current time is included in the transmission time zone (S808), the transmission processing unit 2144 reads the audio data from the auxiliary storage device 18, and transmits the audio data to the data management server 2200 in a state associated with the recording date and time. (S809). The data management server 2200 that has received the audio data performs processing for transmitting the audio data to the terminal device 4100b when a predetermined timing comes or based on a transmission request from the terminal device 4100b of the sharing destination user.

As described above, according to the data management system according to the present embodiment, the voice data generated by the recording process in the first terminal device is preset after the preset standby time has elapsed. 2 terminal device. Therefore, the timing of the recording process performed by the first user and the timing of the reproduction process performed by the second user can be controlled. Therefore, for example, the first user who is a child who is bullying and wants to give out SOS will do the recording process of the content that asks for help, and then tries to solve it by himself, but the bullying has not been solved After the standby time elapses, the voice data for requesting this help can be reproduced on the parent terminal device as the second user without any special operation by the child. Therefore, according to the psychological situation of the child, it becomes easier to transmit SOS by causing a gap between the timing of transmitting SOS and the timing of arrival of SOS.

In the above description, the transmission timing setting unit 4152 has described the case where the time to wait after the recording process is performed is set as the transmission timing. However, the present invention is not limited to this. For example, the transmission timing may be set in such a manner that the transmission date and time is specifically designated. For example, when the transmission timing is set in the form of 0:00 am on August 12, the auxiliary recording is performed in a state where the recording processing unit 111 performs the recording process and the voice data storage unit 112 associates with the recording date and time. The audio data stored in the device 18 is read out at 0:00 am on August 12, which is the transmission timing, and transmitted from the transmission processing unit 2144 to the data management server 2200.

In the above description, the configuration in which the transmission timing is controlled in the terminal device 4100 has been described. However, the present invention is not limited to this. For example, the function can be provided on the data management server 2200 side.

  52, the data management server 4200 includes a server-side transmission timing setting processing unit 4206 and a server-side voice data movement processing unit 4207.

The server-side transmission timing setting processing unit 4206 sets the timing for transmitting the audio data received by the server-side reception processing unit 2202 to the transmission destination user.

The folder generation processing unit 2204 generates at least two folders: a private folder accessible to a voice data transmission source user and a shared folder accessible to the transmission source user and a transmission destination user who shares voice data. I do.

When the server-side reception processing unit 2202 receives voice data from the terminal device 2100, the server-side reception processing unit 2202 performs processing to store the voice data in the private folder of the transmission source user.

The server-side voice data movement processing unit 4207 is a process for moving or duplicating voice data stored in a private folder and having the transmission timing set by the server-side transmission timing setting processing unit 4206 to a shared folder I do.

Based on access to the shared folder from the terminal device 2100b of the transmission destination user, the server-side transmission processing unit 2203 performs processing of transmitting the audio data in a state associated with the date and time when the recording process was performed. It may be configured in this way.

The data management system may be configured as shown in FIG. In FIG. 53, the transmission processing unit 2144 of the terminal device 4100 is set by the transmission timing setting processing unit 4152 in addition to the date and time when the recording processing was performed, on the audio data generated by the recording processing in the recording processing unit 111. A process of transmitting to the data management server 2200 in a state associated with the transmission timing information indicating the contents is performed.

In the data management server 2200, the server-side transmission processing unit 2203 performs processing to transmit the audio data to the terminal device of the transmission destination user at the timing indicated by the transmission timing information associated with the audio data. Even with this configuration, the audio data is transmitted to the terminal device of the transmission destination user in accordance with transmission timing set in advance.

(Embodiment 9)
In the data management system according to the ninth embodiment, as in the eighth embodiment, the voice data generated by the recording process in the mobile terminal device of the first user can be reproduced in the mobile terminal device of the second user. The purpose is to control timing.

FIG. 54 is a block diagram illustrating a configuration of a data management system according to the ninth embodiment. The data management system includes a plurality of portable terminal devices 5100a 〜 5100n respectively owned by a plurality of users, a data management server 2200, a user information database 2300, and a voice database 2400.

  The portable terminal device 5100 includes an audio data transmission destination user setting processing unit 5153, a reproducible timing setting processing unit 5154, a recording processing unit 111, an audio data storage processing unit 112, a transmission processing unit 2144, and a reception processing unit 2145. A calendar screen display processing unit 2146 and an audio reproduction processing unit 114.

The audio data transmission destination user setting processing unit 5153 performs processing for setting a user who transmits audio data generated by the recording processing in the recording processing unit 111. The setting process is performed in cooperation with a server-side setting processing unit included in the user management unit 2201 of the data management server 2200.

The reproducible timing setting processing unit 5154 is a portable terminal of the voice data transmission destination user that has been set in advance by the setting processing in the voice data transmission destination user setting processing unit 5153 for the voice data generated by the recording processing in the recording processing unit 111. Processing for setting a timing at which playback is possible in the apparatus 5100 is performed. The setting process related to the reproducible timing can also be configured in cooperation with the server side setting processing unit included in the user management unit 2201 of the data management server 2200.

The recording processing unit 111 performs a recording process such as an encoding process on the voice input from the voice input unit 13 based on a recording start instruction from the user, and generates voice data. The voice data storage processing unit 112 performs a process of storing the generated voice data in the auxiliary storage device 18 in a state associated with the date and time when the recording process was performed.

The transmission processing unit 2144 performs processing for transmitting the audio data generated by the recording processing unit 111 to the data management server 2200. In addition, the transmission processing unit 2144 stores setting information necessary for the transmission destination user setting processing performed by the audio data transmission destination user setting processing unit 5153 and the setting processing related to the reproducible timing performed by the reproducible timing setting processing unit 5154. Processing to transmit to 2200 is performed.

The reception processing unit 2145 performs processing for receiving voice data from the data management server 2200 from other users whose own users are set as transmission destination users. The voice data storage processing unit 2143 performs processing for storing the voice data of the other user in the auxiliary storage device 18.

  In addition, the reception processing unit 2145 performs a process of receiving reproducible timing information indicating a timing at which the audio data of the other user can be reproduced. The reproducible timing information may be received together with the audio data of the other user, or the reproducible timing setting process of the other user is performed as information indicating the reproducible timing of the audio data of the other user. It is good also as a structure received within.

The reproducible state change processing unit 2146 performs a process of changing the reproducible state of the audio data of other users received by the reception processing unit 2145. The reproducible state change processing unit 2146 is the other user's audio data received by the reception processing unit 2145 and stored in the auxiliary storage device 18 by the audio data storage processing unit 112, and the reproducible timing of the audio data is set. If it has passed, a process of changing the audio data from the unplayable state to the playable state is performed. Here, it is further preferable that the reception processing unit 2145 is configured to receive the audio data generated by the recording process in the portable terminal device 5100 of another user in a state associated with the date and time when the recording process was performed. .

The calendar screen display processing unit 2146 is linked with the audio data of other users stored in the audio data storage unit 112 and changed to the reproducible state by the reproducible state change processing unit 2146. A process of displaying a calendar screen in which objects are arranged in a predetermined date area of the calendar on the display unit 11 is performed. The object is an object indicating that audio reproduction is possible. The calendar screen display processing unit 2146 is linked to audio data that has not been changed to a reproducible state by the reproducible state change processing unit 2146 even if it is other user's audio data stored in the audio data storage unit 112. Objects are not displayed on the calendar screen. However, the object may be displayed on the calendar screen if it is an object indicating that it cannot be reproduced yet.

The audio reproduction processing unit 114 performs a process of reading out the audio data linked to the object from the auxiliary storage device 18 and reproducing it based on an instruction operation on the object displayed on the calendar screen.

In the data management server 2200, the user management unit 2201 includes a server side setting processing unit 22011 and a server side registration processing unit 22012. The server side setting processing unit 22011 performs processing for setting the transmission destination user on the server side in accordance with the transmission destination user setting processing in the voice data transmission destination user setting processing unit 5153 in the terminal device 5100. The server-side registration processing unit 22012 performs processing for registering in the user information database 2300 as user information in a state in which the set transmission destination user and the setting user are associated with each other. Note that the server-side setting processing unit 22011 performs processing for setting the reproducible timing of the user in accordance with the reproducible timing setting processing in the reproducible timing setting processing unit 5154, and the server-side registration processing unit 22012 can perform the reproduction. It is also possible to adopt a configuration in which processing for registering timing as part of user information is performed.

(Embodiment 10)
As described above, Embodiment 8 〜 9 is characterized in that the second user can reproduce the first user's voice data after a preset timing. That is, while there is a desire to share the recorded voice data with other users, there is a desire to allow the other users to listen after a certain amount of time has passed. In the tenth embodiment, the sharing mechanism is generally extended.

FIG. 55 is a block diagram showing the configuration of the data management system according to the tenth embodiment. The data management system includes a plurality of portable terminal devices 6100, a data management server 6200, a user information database 6300, and a diary database 6400. A plurality of portable terminal devices 6100 included in the data management system includes a transmission destination user setting processing unit 6101, a reproducible timing setting processing unit 6102, a diary data generation processing unit 6103, a self user diary data storage processing unit 6104, Own user diary data transmission processing unit 6105, other user diary data reception processing unit 6106, other user diary data storage processing unit 6107, reproducible state change processing unit 6108, screen display processing unit 6109, and diary data reproduction processing Part 6110.

The transmission destination user setting processing unit 6101 performs processing for setting a transmission destination user as a transmission destination of diary data based on a transmission destination user setting instruction from the local user of the terminal device. Diary data can take the form of audio data, video data, text data, and the like. For example, when the diary data is audio data, the transmission destination user setting processing unit 6101 performs processing for setting a transmission destination user to be a transmission destination of audio data based on a transmission destination user setting instruction from the own user. The transmission destination user setting instruction is input via the operation input unit 12 included in the mobile terminal device.

FIG. 56 shows an example of the destination user setting process. When an operation for adding a transmission destination user from the own user is input via the operation input unit 12 or the like (S1001), the transmission destination user setting processing unit 6101 receives the input and performs data management on the transmission destination user addition request. Processing to transmit to the server 6200 is performed (S1002). The transmission destination user addition request may be a packet including, for example, a user ID for identifying the own user and a user ID for identifying the transmission destination user related to the addition. When receiving the transmission destination user addition request, the server side transmission destination user setting processing unit 6203 included in the data management server 6200 performs processing of transmitting the transmission destination user addition request to the terminal user 6100 of the transmission destination user (S1003). . The transmission destination user addition request includes a user ID for identifying the request source user and a user ID for identifying the transmission destination user.

When a transmission destination user addition response operation is input from the transmission destination user who has received the transmission destination user addition request (S1004), the transmission destination user setting processing unit 6101 of the terminal device of the transmission destination user adds the transmission destination user. A response is returned to the data management server 6200 (S1005). The destination user addition response operation includes an operation for approving the addition to the destination user and an operation for rejecting the destination user. Here, a case where an operation to accept is input will be described. The transmission destination user setting processing unit 6101 replies to the data management server 6200 with a transmission destination user addition response indicating that it is approved to be added to the transmission destination user.

When the server-side transmission destination user setting processing unit 6203 receives the transmission-destination user addition response and acknowledges that the content is added to the transmission-destination user, the server-side transmission destination user registration processing unit 6202 Then, a process of registering in the database as user information in a state where the transmission source user and the transmission destination user are associated is performed (S1006).

The server-side transmission destination user setting processing unit 6203 transmits a transmission destination user addition response to the terminal device of the requesting user (S1007), and the server-side transmission destination user setting processing unit 6101 of the terminal device of the requesting user A process of storing a user ID for identifying a transmission destination user as transmission destination user information is performed, and the transmission destination user setting process is terminated (S1008).

The reproducible timing setting processing unit 6102 performs processing for setting a timing at which diary data can be reproduced in the terminal device of the transmission destination user based on a reproducible timing setting instruction from the own user of the terminal device. For example, when the diary data is in an audio format, the reproducible timing setting processing unit 6102 performs a process of setting a timing at which audio data can be reproduced in the terminal device of the transmission destination user.

FIG. 57 is a sequence diagram showing an example of the flow of the reproducible timing setting process. When a reproducible timing setting instruction is input from the own user of the terminal device (S1101), the reproducible timing setting processing unit 6102 receives the input and can reproduce diary data in the terminal device of the transmission destination user. A process of transmitting reproducible timing information indicating the timing to the data management server 6200 is performed (S1102). The server side reproducible timing setting processing unit 6204 included in the data management server 6200 performs processing for transmitting the reproducible timing information to the terminal device 6100 of the transmission destination user when receiving the transmission destination user addition request (S1103). . The reproducible timing setting processing unit 6102 of the terminal device that has received the reproducible timing information transmitted from another user whose own user is set as the transmission destination user auxiliary stores the reproducible timing information related to the other user. By performing the process stored in the apparatus 18, the reproducible timing information related to the other user is registered (S1104).

The reproducible timing setting processing unit 6102 of the terminal user of the transmission destination user generates reproducible timing setting completion notification information indicating that registration of the reproducible timing information related to the other user is completed, and sends it to the data management server 6200. The transmission process is performed (S1105). In response to the response of registration of the reproducible timing from the terminal user of the destination user, the server side reproducible timing setting processing unit 6204 of the data management server 6200 performs a process of registering the reproducible timing as user information in the database. Perform (S1105). Subsequently, a response indicating that the registration of the reproducible timing is completed is transmitted to the terminal device 6100 of the transmission source user (1106), and the reproducible timing setting processing unit 6102 of the terminal device 6100 of the transmission source user performs the reproduction. The transmission possible timing is registered by performing the process of storing the possible timing information in the auxiliary storage device 18 (S1107). Thus, the process for setting the reproducible timing is completed.

The diary data generation processing unit 6103 performs processing for generating diary data based on a diary data generation instruction from the own user. For example, when the format of the diary data is an audio format, the diary data generation processing unit 6103 records the audio input from the audio input unit 13 based on the recording start instruction as in the recording processing unit 111 described above, Process to generate data.

The own user diary data storage processing unit 6104 performs processing for storing the own user diary data generated by the diary data generation processing unit 6103 in the auxiliary storage device 18 in a state associated with the date and time when the diary data was generated. . For example, when the format of the diary data is an audio format, the own user diary data storage processing unit 6104 records the audio data generated by the recording process in the diary data generation processing unit 6103 in the same way as the audio data storage processing unit 112 described above. A process of storing in a state associated with the date and time when the process was performed is performed.

The own user diary data transmission processing unit 6105 performs processing for transmitting the diary data generated by the processing by the diary data generation processing unit 6103 to a predetermined data management server 6200 in a state associated with the generated date and time. For example, when the format of the diary data is an audio format, the own user diary data transmission processing unit 6105 is the same as the transmission processing unit 2144 described above in a state in which the audio data generated by the recording process is associated with the recorded date and time. The data is transmitted to the data management server 6200.

The other user diary data reception processing unit 6106 receives the diary data of another user who has set the user as the transmission destination user in a state associated with the date and time when the diary data was generated in the terminal device of the other user. Perform the process. For example, when the diary data is in an audio format, the other-user diary data reception processing unit 6106, as with the above-described reception processing unit 2145, receives other users' voice data set as the transmission destination user, The reception processing is performed in a state associated with the date and time when the recording processing was performed in the user terminal device.

The other user diary data storage processing unit 6107 performs processing for storing the received diary data in a state associated with the date and time when the diary data was generated in the terminal device of another user. It is more preferable that the other user diary data storage processing unit 6107 is configured to store the diary data in a state associated with the user ID for identifying the transmission source user of the diary data. For example, when the diary data is in an audio format, the other user diary data storage processing unit 6107 receives the audio data received by the other user diary data reception processing unit 6106 as in the above-described audio data storage processing unit 6104. A process of storing in a state associated with the date and time when the recording process was performed in the terminal device is performed.

The reproducible state change processing unit 6108 performs processing for changing the reproducible state of the diary data of other users stored by the other user diary data storage processing unit 6107. For example, the other user diary data storage processing unit 6107 temporarily stores the received other user diary data in a temporary folder, and the playable state change processing unit 6108 stores the diary data stored in the temporary folder. And the process which changes the reproducible state of another user's diary data is performed by moving the diary data which passed the reproducible timing to a reproducible folder.

The reproducible state change processing unit 6108 also sets a reproducible state flag to diary data whose reproducible timing has passed among the diary data of other users stored by the other user diary data storage processing unit 6107. A configuration for performing a process of changing the reproducible state is also possible.

FIG. 58 shows a list of diary data stored in the auxiliary storage device 18 by the own user diary data storage processing unit 6104 and the other user diary data storage processing unit 6107, respectively. Assume that the user is Ventuaid and the other users are COCO and Mel. That is, the user of the terminal device is Ventuaid, and the diary data generated based on the diary data generation instruction from the user Ventuaid is stored in the auxiliary storage device 18 by the own user diary data storage processing unit 6104. . Further, diary data respectively generated by the COCO and Mel terminal devices, which are other users, is received by the other user diary data reception processing unit 6106 and stored in the auxiliary storage device 18 by the other user diary data storage processing unit 6107. .

FIG. 59 shows the reproducible timing related to the COCO and Mel diary data set by the reproducible timing setting processing unit 6102. The reproducible timing setting processing unit 6102 in the COCO and Mel terminal devices is set so that diary data can be reproduced by the Ventuaid terminal device 3 days and 4 days after the generation of the diary data, with Ventuaid as the transmission destination. doing. The reproducible timing setting processing unit 6102 in the terminal device of Ventuaid that is the own user performs a process of receiving reproducible timing information indicating the reproducible timing of the diary data related to the COCO and Mel, and stores it in the auxiliary storage device 18. Thus, the reproducible timing of the diary data of other users is registered.

Returning to FIG. 58, it is assumed that the current date and time is August 8. The diary data of the user Ventuaid is set with a flag 1 indicating that playback is always possible. On the other hand, as shown in FIG. 59, COCO, which is another user, sets a reproducible timing so that it can be replayed after three days have passed since its own diary data is generated for its own user, Ventuaid. Therefore, for the diary data generated before August 4, which is three days ago, the playable state change processing unit 6108 has completed the process of changing the flag from 0 to 1. On the other hand, the flag is set to 0 for the diary data generated after August 5 when three days have not passed. Similarly, Mel who is another user sets the reproducible timing so that it can be replayed after four days have passed since his diary data was generated for his own user Ventuaid. Therefore, for the diary data generated before August 3, which is four days ago, the playable state change processing unit 6108 has completed the process of changing the flag from 0 to 1. On the other hand, the flag is set to 0 for diary data generated on or after August 4 when four days have not passed. Here, the flag 1 is a flag indicating that the diary data can be reproduced, and the flag 0 is a flag indicating that the diary data cannot be reproduced.

The screen display processing unit 6109 displays an icon linked to the diary data of another user stored in the other user diary data storage processing unit 6107 and that has passed the reproducible timing. Processing to display the screen arranged in the area on the display panel is performed. For example, the screen display processing unit 6109 places an icon linked to the diary data that has passed the reproducible timing in a date area corresponding to the date when the diary data is generated by another user's terminal device. To display the calendar screen on the display panel.

That is, the screen display processing unit 6109 is another user's diary data stored by the other user diary data storage processing unit 6107 and can be reproduced by the reproducible state change processing unit 6108 when the reproducible timing has passed. A process for displaying on the display panel a screen in which icons linked to the diary data changed to the state are arranged in a predetermined area is performed. For example, when the diary data is in an audio format, the screen display processing unit 6109 is the audio data of other users stored by the other user diary data storage processing unit 6107, and the audio data that has passed the reproducible timing. The process which displays the screen which has arrange | positioned the icon linked in the predetermined area | region on a display panel is performed.

FIG. 60 shows an example of a screen displayed on the display unit 11 by the screen display processing unit 6109 in a form corresponding to FIG. The COCO diary data generated on August 5 and August 6 is stored in the auxiliary storage device 18 by the other user diary data storage processing unit 6107. The display processing unit 6109 does not display the icon linked to the diary data on the screen. Similarly, Mel diary data generated on August 4, August 5, and August 6 is stored in the auxiliary storage device 18 by the other user diary data storage processing unit 6107. Thus, the screen display processing unit 6109 does not display the icon linked to the diary data on the screen. The screen display processing unit 6109 is a diary data stored by the other user diary data storage processing unit 6107, and the diary data is generated from an icon linked to the diary data that has passed the reproducible timing. The calendar screen is displayed in the date area corresponding to the selected date.

The diary data reproduction processing unit 6010 performs a process for reproducing the diary data linked to the icon based on an instruction operation for the icon displayed on the screen by the screen display processing unit 6109. When the diary data is audio data, the diary data reproduction processing unit 6110 decodes the audio data linked to the icon based on an instruction operation for the icon displayed on the screen by the screen display processing unit 6109. Perform various processes and play audio.

Note that the screen display processing unit 6109 is another user's diary data stored by the other user diary data storage processing unit 6107 and can be played back linked to diary data whose playback timing has passed. A configuration may be employed in which an icon is arranged in a predetermined area, and a screen is displayed on the display panel in which a non-reproducible icon indicating the presence of diary data for which the reproducible timing has not elapsed has been arranged in the predetermined area. For example, the screen display processing unit 6109 displays a reproducible icon linked to diary data whose reproducible timing has passed, a date area corresponding to the date when the diary data was generated by another user's terminal device. A calendar screen in which a non-reproducible icon indicating the presence of diary data that has not passed the reproducible timing is arranged in a date area corresponding to the date when the diary data is generated by another user's terminal device is displayed. Processing to display on the display panel is performed.

FIG. 61 shows a calendar screen in which a reproducible icon 6111 linked to diary data displayed on the display unit 11 by the screen display processing unit 6109 and a non-reproducible icon 6112 not linked to diary data are arranged in the corresponding date area. An example is shown. FIG. 62 shows an example of a calendar screen as of August 9, when one day has passed.

FIG. 61 shows a calendar screen in which a reproducible icon 6111 linked to diary data displayed on the display unit 11 by the screen display processing unit 6109 and a non-reproducible icon 6112 not linked to diary data are arranged in the corresponding date area. An example is shown. FIG. 62 shows an example of a calendar screen as of August 9, when one day has passed. The playable state change processing unit 6108 has a diary data generated by the Mel diary data generation processing unit 6103 of Mel's terminal device on August 4 and a diary data generation processing unit 6103 of the COCO terminal device on August 5th. Processing is performed to change the generated diary data to a reproducible state. As a result, the image display processing unit 6109 can reproduce the Mel non-reproducible icon 6112 arranged in the date area of August 4 linked to the newly reproducible Mel diary data. A process of changing to the icon 6111 and displaying a calendar screen is performed. Similarly, the image display processing unit 6109 can reproduce the COCO non-reproducible icon 6112 placed in the date area of August 5 linked to the newly retrievable COCO diary data. A process of changing to the icon 6111 and displaying a calendar screen is performed.

Next, the data management server 6200 will be described. The data management server 6200 includes a user information registration processing unit 6201, a folder generation processing unit 6202, a server side transmission destination user setting processing unit 6203, a server side reproducible timing setting processing unit 6204, and a diary data reception processing unit 6205. A diary data storage processing unit 6206, a diary data extraction processing unit 6207, and a diary data transmission processing unit 6208.

The user information registration processing unit 6201 performs processing for registering user information in the user information database 6300. The user information registration processing unit 6201 has substantially the same function as the user management unit 2201 described above, and uses user information such as a user ID for identifying a user who uses the data management system and the IP address of the user as user information. Register in the database 6300.

The folder generation processing unit 6202 performs processing for generating, in the diary database 6400, a folder for a user newly registered by the user information registration processing unit 6201.

Based on the transmission destination user setting processing from the transmission destination user setting processing unit 6101 of the terminal device 6100, the server side transmission destination user setting processing unit 6203 performs processing for registering the transmission destination user as user information in the user information database 6300. Do. That is, the server-side transmission destination user setting processing unit 6203 registers information associating the transmission source user of the diary data with the transmission destination user as a part of the user information. In addition, as described above, the server-side destination user setting processing unit 6203 enters between the terminal device 6100 of the transmission source user and the terminal device 6100 of the transmission destination user and mediates a series of setting processes.

The server-side reproducible timing setting processing unit 6204 performs processing for setting a timing at which diary data generated by the transmission source user's terminal device can be replayed by the user's terminal device set in advance as the transmission destination user. . That is, the server-side reproducible timing setting processing unit 6204 can reproduce the diary data generated by the transmission source user's terminal device, indicating the timing at which the diary data can be reproduced by the user's terminal device that is set in advance as the transmission destination user. Timing information is registered in the user information database 6300 as part of user information. In addition, as described above, the server-side reproducible timing setting processing unit 6204 enters between the terminal device 6100 of the setting source user of the reproducible timing and the terminal device 6100 of the setting destination user, and mediates a series of setting processing. For example, the server-side reproducible timing setting processing unit 6204 performs a process of receiving reproducible timing information indicating the reproducible timing set in the terminal device of the diary data transmission source user, and the received reproducible timing information is received. A process of transmitting the diary data to the terminal device of the destination user is performed.

The diary data reception processing unit 6205 performs processing for receiving diary data generated by the terminal device 6100 of the user who sent the diary data.

The diary data storage processing unit 6206 performs processing to store the received diary data created by the folder generation processing unit 6202 in the folder of the transmission source user. In addition to the transmission source user, the user who is set as the transmission destination user by the server side transmission destination user setting processing unit 6201 has the access authority to the folder.

The diary data extraction processing unit 6207 performs processing for extracting the diary data stored in the folder in the diary database 6400 by the diary data storage processing unit 6206. For example, when a diary data transfer request is received from the terminal device 6100 of the destination user, the diary data extraction processing unit 6207 extracts unsent diary data from the folder to which the destination user has access authority. Process.

The diary data transmission processing unit 6208 performs processing for transmitting the extracted diary data to the requesting transmission destination user.

The extraction process and the transmission process may be performed based on a request from the transmission destination user. When new diary data is received by the diary data reception processing unit 6205, the diary data transmission processing unit 6206 The diary data transmission source user may be configured to perform processing for transmitting the diary data to the terminal device of the user set as the transmission destination user.

In the above description, the reproducible timing setting processing unit 6102 is configured to set the reproducible timing for each user. However, the reproducible timing setting processing unit 6102 is configured to set the reproducible timing for each diary data generated by the diary data generation processing unit 6103. This is even better. In this case, when diary data is generated in the diary data generation processing unit 6103, the reproducible timing setting processing unit 6102 displays a reproducible timing input screen for inputting the reproducible timing of the generated diary data on the display unit 11. It is preferable to perform a display process and set a reproducible timing based on a reproducible timing instruction from the user. The own user diary data transmission processing unit 6105 combines the generated diary data and the reproducible timing information indicating the reproducible timing set in the diary data via the data management server 6200 to the terminal of the transmission destination user. Processing to transmit to the device 6100 is performed. In the terminal device of the transmission destination user who has received the diary data to which the reproducible timing information is added, the reproducible state change processing unit 6107 receives the diary when the reproducible timing indicated by the reproducible timing information has elapsed. Performs processing to change data to a reproducible state.

Note that the playable state change processing unit may be arranged on the data management server side as shown in FIG. In this case, the server-side reproducible state change processing unit 6209 cannot reproduce the state of the audio data of the transmission source user based on the reproducible timing of the transmission source user set by the server-side reproducible timing setting processing unit 6204. Process to change from state to reproducible state. It may be configured in this way.

As described above, the mobile terminal device according to the tenth embodiment includes a transmission destination user setting processing unit that performs a process of setting a transmission destination user as a transmission destination of audio data based on a transmission destination user setting instruction from the user. A reproducible timing setting processing means for performing a process of setting a timing at which the audio data can be reproduced in the terminal device of the transmission destination user based on a reproducible timing setting instruction from the user, and a recording from the own user Recording processing means for performing recording processing based on a start instruction, and own user voice data storage processing means for processing to store voice data generated by the recording processing in a state associated with the date and time when the recording processing was performed; The voice data generated by the recording process is transmitted to a predetermined data management server in a state associated with the recording date and time. Audio data received by audio data transmission processing means and the audio data of another user who sets the user as the transmission destination user in association with the date and time when the recording process was performed in the terminal device of the other user Receiving means; and other user voice data storage processing means for storing the received voice data of the other user in a state associated with the date and time when the recording process was performed in the terminal device of the other user; Display processing for displaying on a display panel a screen in which an icon linked to audio data that has been stored and is linked to audio data that has already been played is stored in a predetermined area. And sound reproduction for performing processing for reproducing sound data linked to the icon based on an instruction operation on the icon and the icon It includes a physical means.

It should be noted that reproducible timing information registering means for registering reproducible timing information indicating a reproducible timing set for another user, and the other user's stored information based on the reproducible timing information. Reproducible state change processing means for performing processing for changing sound data that has passed the reproducible timing to a reproducible state, which is audio data;
It is further better if the configuration further comprises In this case, the display processing means displays a screen in which icons stored in a predetermined area are linked to the stored voice data of other users and the voice data that has been changed to a playable state. Processing to display on the display panel is performed.

  A data management server that mediates data transmission between a plurality of terminal devices is a user information registration unit that registers a first user who is a voice data transmission source user and a second user who is a transmission destination user in association with each other. Reproducible timing information registration means for registering reproducible timing information indicating the timing at which the audio data generated by the terminal device of the first user can be replayed by the terminal device of the second user; Audio data receiving means for receiving audio data generated by the terminal device, audio data storage means for storing the audio data in a predetermined folder, and audio data stored in the predetermined folder, which can be reproduced Audio data transmission processing means for performing processing for transmitting audio data whose timing has passed to the terminal device of the second user; That.

In the above description, the case where the reproducible timing of the audio data is set has been described, but this can be read as the timing at which the audio data can be accessed. Therefore, the mobile terminal device according to the tenth embodiment includes a transmission destination user setting processing unit that performs a process of setting a transmission destination user as a transmission destination of audio data based on a transmission destination user setting instruction from the user, Based on the accessible timing setting instruction, an accessible timing setting processing means for performing a process of setting a timing at which the audio data can be accessed in the terminal device of the destination user, and a recording start instruction from the own user Recording processing means for performing a recording process based on the above, own user voice data storage processing means for storing the voice data generated by the recording process in a state associated with the date and time when the recording process was performed, Audio data generated by the recording process is sent to a specified data management server in a state associated with the recording date and time. Voice data transmission processing means for performing the processing, and voice data of another user who has set the user as the transmission destination user and whose accessible timing has passed, the terminal device of the other user The voice data receiving means for receiving the voice data in a state associated with the date and time when the recording process was performed, and associating the received voice data of the other user with the date and time when the recording process was performed in the terminal device of the other user Processing for displaying on the display panel a screen in which an icon linked to the other user's voice data stored in the state and an icon linked to the other user's voice data stored in a predetermined area are displayed. Display processing means to perform and processing to reproduce audio data linked to the icon based on an instruction operation on the icon It includes a voice reproduction processing means for performing a.

In this case, the data management server includes user information registration means for registering the first user as the voice data transmission source user and the second user as the transmission destination user in association with each other, and the voice data of the first user. Accessible timing information registering means for registering accessible timing information indicating the timing at which the second user can access, voice data receiving means for receiving the voice data of the first user, and the first user's voice data Audio data storage means for storing audio data in a predetermined folder, and audio data stored in the predetermined folder, the audio data having passed an accessible timing determined based on the accessible timing information When the second user accesses to the second user, the voice data is sent to the second user. It includes audio data transmission processing means for performing processing of transmitting the data, the.

As described above, the terms “reproducible timing” and “reproducible state” described above can be appropriately read as an accessible timing, an accessible state, a transmittable timing, and a transmittable state.

The data management system described above can be a message management system. In this case, the diary data described above can be read as message data, and the data management server can be read as message management server. By executing the message application on the terminal device 6100, a similar function can be realized.

In the present Japan where an aging society is advancing, it is very effective to use the present invention for the purpose of optimizing communication between elderly parents living in the country and children working in the city. There are many children who are busy with their daily work and do not have enough time to communicate with their parents but are concerned about their parents. However, even though there are no problems or concerns for parents, calling from here is a waste of time. According to the present invention, parents use their own terminal device to generate diary data in the form of voice diary data, sentence diary data, etc., and transmit the diary data to the child set as the destination user. The child who has received the parent's diary data can check the parents' daily life by playing the diary data, and only call parents when there is a problem or anxious point. It becomes possible. Therefore, it is possible to communicate as necessary by checking the parents' diary when they are available, such as on a train. Such a thing can also be used between friends.

The present invention is also very effective in optimizing communication between couples. Between couples, you may want to delay the timing when the other party receives the message. For example, if you are fighting a couple, their feelings are high, so even if you send a message, the other party may not properly understand. In such a case, if you send your message as a message for the time being, and the other party can receive and play the message when the other party becomes calm at a later date, the problem between the couple will be solved. Easy to be. However, the existing communication means pursues real-time property, but the message arrives at the other party too early than necessary, and such a problem cannot be solved. This is due to the following reason.

Since human society is based on communication, humankind has developed communication means for transmitting information to others. Examples of such communication means include slow mail, letters, Morse code, telephone, and e-mail.

In general, it is said that a communication means with a small time lag between the timing of receiving a message and other private equipment that sends the message is more excellent. This is because information has a property of becoming obsolete with the passage of time. For this reason, humankind has developed communication technology for the purpose of improving this real-time property. However, in the situation of the above-mentioned couple fighting, the current communication means is “disgusting”.

However, according to the data management system according to the present embodiment, when the timing at which playback is possible in the counterpart terminal device is set in advance, the diary data is generated and transmitted, and the generation possible timing has passed. Since the other party can reproduce the diary data, it is possible to appropriately cope with the situation described above. Such a data management system is sometimes referred to as a message management system.

That is, in such a message management system, the terminal device is a transmission destination of message data generated by the message generation processing unit based on a message transmission destination user setting instruction input from the user via the operation input unit. A message transmission destination user setting processing unit for performing processing for setting a user is provided. For example, the message transmission destination user setting processing unit performs processing for displaying a message transmission destination user setting screen for setting a user as a transmission destination of message data on the display unit based on a message transmission destination user setting start instruction from the user. Then, a process of setting a user as a message transmission destination is performed based on a message transmission destination user setting instruction input via the operation input unit.

Also, the terminal device sets a message reproducible timing that is a timing at which the message transmission destination user set by the message transmission destination user setting processing unit can reproduce the message generated by the message generation processing unit. A message reproducible timing setting processing unit for performing a setting process is provided. The message reproducible timing may be a timing transmitted from the terminal device to the message management server, a timing transmitted from the message management server to the terminal device of the destination user, or the message data in the message management server. May be the timing when the transmission destination user is changed to be accessible, or may be the timing when the transmission destination user terminal device is changed to a reproducible state. The message reproducible timing setting processing unit performs, for example, processing for displaying a message reproducible timing setting screen for setting a message reproducible timing on the display unit, and in response to a message reproducible timing setting instruction input via the operation input unit. Based on this, a process for setting a timing at which the message generated by the message generation processing unit becomes reproducible on the terminal device of the transmission destination user of the message is performed.

Further, the terminal device includes a message generation processing unit that performs a process of generating message data based on a message generation instruction input by the user. The first message data storage processing unit performs processing for storing the message data in the auxiliary storage device in a state associated with the date and time when the message data is generated by the message data generation processing unit.

Further, the terminal device includes a message data transmission processing unit that performs processing for transmitting the message generated by the message data generation processing unit to the message management server. It is even better if the message data transmission processing unit is configured to perform processing for associating the generated message data to the message management server in association with the user ID for identifying the user and the date and time when the message data was generated. is there.

In addition, the terminal device includes a message data reception processing unit that performs processing for receiving message data generated by a terminal device of another user whose own user is set as a destination user in advance via the message management server. . The message data reception processing unit performs processing for receiving the message data from the message management server in a state in which the user ID for identifying the other user and the received message data are associated with the date and time generated by the terminal device of the other user. The configuration is even better.

Further, the terminal device performs processing for storing the message data of the other user received by the message reception processing unit in the auxiliary storage device in a state in which the message data is associated with the date and time generated by the terminal device of the other user. A second message data storage processing unit is provided.

In addition, the terminal device includes a message data reproduction processing unit that performs a process of reproducing the message data of another user who has passed the reproducible timing based on a message reproduction instruction input from the user. Preferably, the terminal device can reproduce the message data stored in the auxiliary storage device by the second message data storage processing unit, based on the reproduction possible timing set by the transmission source user of the message data. A message reproducible state change processing unit is provided for performing a process of changing the state of message data after the timing from a non-reproducible state to a reproducible state. When the message reproduction instruction for the message data that has passed the reproducible timing changed to the reproducible state by the message reproducible state change processing unit is input from the user via the operation input unit The message data related to the instruction is read from the auxiliary storage device and reproduced.

With this configuration, messages can be transmitted and received while controlling the reproducible timing of message data. Note that the message management server included in the message management system has substantially the same configuration as the data management server, and a detailed description thereof will be omitted.

(Embodiment 11)
When other users generate and transmit a large amount of diary data in a day, the destination user may feel annoying. Therefore, it is preferable to add a configuration that limits the number or volume of diary data that can be generated per day.

FIG. 64 is a block diagram showing the configuration of the data management system according to the tenth embodiment. In the data management system, the mobile terminal device 7100 includes a diary generation restriction setting processing unit 7101 and a diary generation restriction control unit.

The diary generation limit setting processing unit 7101 sets a limit on the number or capacity of diaries that can be generated within a predetermined period. For example, when the diary data to be generated is audio data, the diary generation restriction setting processing unit 7101 performs setting for limiting the length of the recording process performed within a predetermined period in the diary data generation processing unit 6103. For example, the diary data generation processing unit 6103 performs setting to limit the length of sound that can be recorded in one day. Information related to the restriction on the generation of the diary data is stored in the auxiliary storage device as restriction information.

The diary generation restriction control unit 7102 performs processing for controlling the number or capacity of diary data generated by the diary data generation processing unit 6103 based on the diary restriction information set by the diary generation restriction setting processing unit 7101.

The diary data generation processing unit 6103 performs processing for generating diary data based on the control from the diary generation restriction control unit 7102. For example, when a diary data generation instruction is input from the own user via the operation input unit, the diary generation limit control unit 7102 performs a process of determining whether or not the set limit is satisfied, and sets the limit. If the condition is satisfied, the diary data generation processing unit 6103 performs diary data generation processing. On the other hand, if the restriction is not satisfied, the diary data generation processing unit 6103 does not perform diary data generation processing even if the diary data generation instruction is input.

As a restriction set in the diary generation restriction setting processing unit 7101, when a restriction is set such that up to one audio data can be recorded as diary data per day, the diary data generation processing unit 6103 performs audio data on the date. When the recording process is not performed, the recording process is started based on a recording start instruction from the user. On the other hand, if the recording process has already been performed, the recording process is not started even if a recording start instruction is input from the user.

FIG. 65 is a flowchart showing the flow of the diary generation process when the diary generation process is restricted. The transmission destination user setting processing unit 6101 performs processing for setting the transmission destination user of the diary data generated by the diary data generation processing unit 6103 based on a transmission destination user setting instruction from the user (S1201). Subsequently, the reproducible timing setting processing unit 6102 performs processing for setting a timing at which the diary data generated by the diary data generation processing unit 6103 can be generated by a user terminal device that is set in advance as a transmission destination user. (S1202). The reproducible timing includes the transmission possible timing at which the diary data can be transmitted, the icon displayable timing at which the icon linked to the diary data can be displayed on the terminal device of the transmission destination user, the data management server Thus, it can be read as an accessible timing at which the destination user can access the diary data. The reproducible timing covers these.

Next, the diary generation control setting processing unit 7101 is a restriction indicating a limit on the number or capacity of diary data that can be generated within a predetermined period in the diary data generation processing unit 6103 (recording time when the diary data is in audio format). Processing for setting information is performed (S1203).

Next, when a diary data generation start instruction is input from the user (Yes in S1204), the diary generation restriction control unit 7102 determines whether the diary generation restriction is satisfied based on the set restriction information, that is, It is determined whether or not diary data can be generated (S1205).

As a result of the determination, if the diary generation limit is satisfied, the diary data generation processing unit 6103 starts the diary data generation process (S1206). On the other hand, if the diary generation limit is not satisfied, the process ends.

Next, when a diary data generation end instruction is input from the user (Yes in S1207), the diary data generation processing unit 6103 ends the diary data generation process (S1208). Next, the diary generation restriction control unit 7102 performs processing for updating restriction information related to diary generation (S1209). Therefore, when the diary generation start instruction is input again, the determination process of S1205 is performed based on the updated restriction information, and thus the number and capacity of diary data that can be generated within a predetermined period are set in advance. If the restriction information is not already satisfied, the diary generation process is terminated and the process ends.

As described above, according to the data management system according to the tenth embodiment, since the number of diaries to be generated and the capacity are limited, the diary is excessively generated or the diary is excessively transmitted. It is possible to prevent the message from being sent to the user. The restriction information described above may be configured as a default in advance.

The diary generation restriction control unit 7102 may be referred to as an audio data recording condition management unit in order to manage conditions for performing the audio data recording process in a predetermined period. The recording processing unit which is the diary data generation unit 6103 is a case where a recording start instruction is input from the user, and satisfies the conditions for performing the recording processing of the audio data managed by the audio data recording condition management unit Start the recording process.

Embodiment 12
There is a desire to confirm whether the transmission destination user has reproduced his / her diary data. Accordingly, the portable terminal device generates reproduction completion notification information generating means for generating reproduction completion notification information indicating that the diary data has been reproduced, and sends the reproduction completion notification information to the user who sent the diary data via the data management server. It is further preferable to further include a reproduction completion notification information transmission processing means for performing transmission processing and a reproduction completion notification information reception processing means for receiving reproduction completion notification information transmitted from another user.

Here, the reproduction completion notification information includes diary identification information for identifying diary data that has been reproduced. Based on the reproduction completion notification information from the transmission destination user, the screen display processing unit 6109 links a character or icon indicating that the audio data related to the reproduction completion notification information is reproduced by the transmission destination user to the audio data. It is even better if the calendar screen is arranged near the attached object.

  It should be noted that it is even better to have a configuration in which a comment is input and returned to the diary data reproduced by the transmission destination user. In this case, the comment input screen display processing means for performing a process of displaying a comment input screen for inputting a comment on the display unit while the diary data reproduction processing unit is reproducing the diary data or after the reproduction ends, and the comment A comment reply processing means for performing a process of replying a comment input via the input screen to the transmission source user of the diary data related to the reproduction via the data management server, and a comment returned from another user Comment receiving processing means, and comment screen display processing means for displaying the received comment on the screen. By setting it as the said structure, since the user who attaches a diary can confirm the reaction from the other user who is sharing the said diary, the motivation to attach a diary can be raised further.

As described above in each embodiment, according to the present invention, it is possible to attach a diary while maintaining high motivation. The above-described embodiment is an example, and can be changed as appropriate as long as the subject matter of the invention is not changed. For example, the above-described embodiments can be appropriately combined.

Each processing function described above can be realized by the cooperation of hardware and software. Accordingly, the above-described invention can naturally take the following forms.

The present invention is based on a transmission destination user setting processing step for performing processing for setting a transmission destination user to be a transmission destination of audio data based on a transmission destination user setting instruction from the user, and on a reproduction possible timing setting instruction from the user. A reproducible timing setting processing step for performing processing for setting a timing at which the audio data can be reproduced in the terminal device of the destination user, and a recording processing step for performing recording processing based on a recording start instruction from the own user And recording the voice data generated by the recording process, and storing the voice data generated by the recording process, and storing the voice data generated by the recording process. A voice data transmission processing step for performing processing for transmission to a predetermined data management server in a state associated with the designated date and time. And voice data receiving step for receiving the voice data of another user who sets the user as the destination user in a state associated with the date and time when the recording process was performed in the terminal device of the other user, The other user voice data storage processing step for storing the received voice data of the other user in a state associated with the date and time when the recording process was performed in the terminal device of the other user; A display processing step of performing a process of displaying on a display panel a screen in which an icon linked to audio data of another user that has passed the reproducible timing is arranged in a predetermined area; Based on an instruction operation on the icon, a sound reproduction processing step for performing a process for reproducing sound data linked to the icon is performed. And flop, it is possible to take the form of a program executed by the information processing apparatus.

Further, the present invention is a reproducible timing information registration step for registering reproducible timing information indicating a reproducible timing, and the stored voice data of the other user based on the reproducible timing information, It is possible to make a program that further causes the information processing apparatus to execute a reproducible state change processing step of performing processing for changing the audio data that has passed the reproducible timing to a reproducible state.

(Appendix 1)
A data management system including a data management server and a plurality of terminal devices,
The data management server includes user management means for managing information associated with a plurality of users or terminal devices, and processing for receiving audio data transmitted after recording processing is performed at the terminal device of the first user. Server-side reception processing means for performing server-side transmission processing means for performing processing for transmitting the voice data to a terminal device of a second user associated with the first user;
The terminal device includes: a recording processing unit that performs processing for recording voice input from a microphone and generating voice data; and a transmission that performs processing for transmitting the generated voice data to the data management server. Processing means, reception processing means for performing processing for receiving voice data generated by recording processing in a terminal device of another user associated with the own user from the data management server, and recording processing for the voice data. A storage processing means for performing processing for storing in a storage medium in a state associated with the date, and a calendar screen in which an object linked to the audio data is arranged in a date area of the date associated with the audio data A calendar screen display processing means for performing processing to be displayed on the screen, and an instruction operation for the displayed object. Te, the data management system comprising: a voice data reproducing processing means for performing processing for reproducing the audio data linked to the object.
(Appendix 2)
Voice data transmission setting means for setting whether the voice data generated by the recording process is automatically transmitted to the data management server or manually is further provided, and the voice data is set to be automatically transmitted. The data management system according to appendix 1, wherein the transmission processing means performs a process of transmitting the audio data generated by the recording process to the data management server without receiving an instruction operation from a user.
(Appendix 3)
When the setting for manually transmitting the audio data is made, while the recording process is being performed or after the recording process is completed, other audio data generated by the recording process is associated in advance. Further comprising a share selection button display processing means for performing a process of displaying a share selection button for selecting whether to share with the user on the display panel;
The data management system according to attachment 2.
(Appendix 4)
The transmission processing means performs processing to transmit sharing designation information indicating that the voice data and the voice data generated by the recording process are shared to the data management server, and the server-side data transmission processing means includes: 4. The data management system according to appendix 3, wherein processing for transmitting the audio data specified by the sharing specification information to a terminal device of a user associated with the audio data transmission source user is performed.
(Appendix 5)
The transmission processing means performs processing for transmitting the audio data to the data management server based on an instruction operation on the share selection button, and the server-side data transmission processing means is associated with a user who transmitted the audio data. 4. The data management system according to appendix 3, wherein a process of transmitting the voice data to a terminal device of a user is performed.
(Appendix 6)
The data management server includes first private folder generation processing means for performing processing for generating a first private folder for storing voice data of the first user, and voice data shared with a second user associated with the first user. Shared folder generation processing means for performing processing for generating a shared folder for storing data, second private folder generation processing means for processing for generating a second private folder for storing voice data of the second user, and the server side 6. The data management system according to any one of appendices 1 to 5, further comprising: audio data storage processing means for performing processing for storing the audio data received by the reception processing means in a predetermined folder.
(Appendix 6)
The voice data storage processing means performs processing for storing the voice data for sharing generated by the recording process in the terminal device of the first user received by the server side reception processing means in the shared folder, The data management system according to appendix 6, wherein the side transmission processing means performs a process of transmitting the audio data stored in the shared folder to the terminal device of the second user.
(Appendix 7)
The voice data storage processing means performs processing for storing the voice data for sharing generated by the recording process in the terminal device of the first user received by the server side reception processing means in the second private folder, The data management system according to appendix 6, wherein the server-side transmission processing unit performs a process of transmitting the audio data stored in the second private folder to the terminal device of the second user.
(Appendix 8)
The data management server includes a private folder generation processing unit that performs a process of generating a private folder for each user that stores the voice data of each user, and the voice data received by the server side reception processing unit. Voice data storage processing means for performing processing for storing in the private folder; and access authority management means for managing access authority from other users to the private folder, wherein the transmission processing means The data management system according to appendix 6, wherein when a transmission request for audio data stored in a private folder is issued by another user having access authority, the audio data is transmitted to the other user. .
(Appendix 9)
Further comprising IP address information reception processing means for performing processing for receiving IP address information from the terminal device of each user, the user management means manages the IP address of each user based on the IP address information, and the server The side transmission processing means performs a process of transmitting untransmitted shared voice data to the terminal device of the second user based on the IP address of the second user managed by the user management means. The data management system described in 1.
(Appendix 10)
The calendar screen display processing means includes a local user object linked to the voice data of the own user and another user object linked to the voice data of another user in a date area of a date associated with the voice data. The data management system according to any one of appendices 1 to 9, which performs a process of displaying a calendar screen arranged together on a display panel.
(Appendix 11)
The calendar screen display processing means includes a self-user calendar screen in which a self-user object linked to the voice data of the self-user is arranged according to a date area of a date associated with the voice data, and voice data of other users. Additional processing for switching the other user object linked to the date area of the date associated with the voice data according to the date area associated with the audio data to display on the display panel by switching based on an operation instruction from the user The data management system according to any one of 1 to 10.
(Appendix 12)
The calendar screen display processing means includes a self-user calendar screen in which a self-user object linked to the voice data of the self-user is arranged according to a date area of a date associated with the voice data, and voice data of other users. An individual other user calendar screen for each other user in which the linked other user object is arranged in accordance with the date area associated with the voice data is switched based on an operation instruction from the user and displayed on the display panel. The data management system according to any one of appendices 1 to 11, which performs processing.
(Appendix 13)
Object selection screen display processing means for performing a process of displaying a plurality of types of objects on the screen during or after the recording process, and designated object information indicating the object for which the operation instruction has been performed based on the operation instruction for the object The apparatus further comprises designated object storage processing means for performing processing for storing in a storage medium in a state associated with the voice data generated by the recording process, wherein the transmission processing means stores designated object information associated with the voice data. In addition, a process of transmitting the voice data to a data management server is performed, and the server-side transmission processing unit performs a process of transmitting the voice data and the associated designated object information to a terminal device, and displays the calendar screen. The processing means is a user linked to the voice data. Any one of appendices 1 to 12, wherein a process is performed to display a calendar screen, which is an object and is arranged in accordance with the date area of the date associated with the audio data, on the display panel. The data management system described in the section.
(Appendix 14)
The object selection screen display processing means performs a process of displaying a plurality of types of objects on the screen for a predetermined time after the recording process, and the designated object storage processing means gives an operation instruction to the object before the predetermined time elapses. 14. The data management system according to appendix 13, wherein in a case where the specified object information indicating the object for which the operation instruction has been issued is stored in a storage medium in association with the audio data generated by the recording process .
(Appendix 15)
Evaluation object selection screen display processing means for performing processing for displaying a predetermined object on the screen during or after the reproduction processing, and evaluation indicating that the operation instruction for the object has been performed based on the operation instruction for the object Evaluation object storage processing means is further provided for performing processing for storing object information in a storage medium in a state in which the object information is associated with audio data management information for specifying audio data related to the reproduction processing. When the instruction is made, the evaluation object information is transmitted to the data management server in a state associated with the audio data management information, and the server-side transmission processing means transmits the evaluation object information to the audio data. Process to transmit management information to the terminal device, The render screen display processing means displays a calendar screen on the display panel, in which the user object linked to the audio data and the content indicated by the evaluation object information are arranged in accordance with the date area of the date associated with the audio data. 15. The data management system according to any one of appendices 1 to 14, which performs a display process.
(Appendix 16)
Reply comment screen display processing means for performing processing for displaying a reply comment button on the screen during or after the reproduction processing, and recording processing based on an operation instruction for the reply comment button, and reply comment audio data Reply comment recording processing means for generating the reply comment storage processing for storing the reply comment voice data in a storage medium in a state associated with the voice data management information for specifying the voice data related to the reproduction The transmission processing means performs processing for transmitting the reply comment voice data to the data management server in a state associated with the voice data management information, and the server-side transmission processing means The voice data for comment is processed to transmit the voice data management information to the terminal device. The screen display processing means arranges the user object linked to the voice data and the reply comment object linked to the reply comment voice data for the voice data according to the date area of the associated date. 16. The data management system according to any one of appendices 1 to 15, wherein a process for displaying the calendar screen on the display panel is performed.

  The portable terminal device according to the present invention supports daily life and supports a fulfilling life by allowing people to easily and continuously record daily events, feelings, and learned things as a diary. Can be used for The present invention can also be used as a message application.

11 Display unit (display panel) 12 Operation input unit (touch panel)
13 Voice input part (microphone) 14 Voice output part (speaker)
15 Video Shooting Unit (Camera) 16 Information Processing Device (CPU)
17 Main storage device (DRAM) 18 Auxiliary storage device (HDD, SSD)
101 Top screen (first screen) 102 Voice diary button (recording button)
103 main calendar display button 104 setting button 105 main calendar screen (second screen) 106 main calendar 107 voice diary icon 108 playback panel 109 return button 110 top screen display processing unit 111 recording processing unit 112 voice data storage processing unit 113 calendar screen display Processing unit 114 Audio data playback processing unit 115 Recording time setting processing unit 116 Recording screen display processing unit 117 Time measurement processing unit 118 Extension time setting processing unit 119 Recording time extension processing unit 120 Continuous playback setting processing unit 121 Recording screen 123 Recording time extension Button 124 Recording time display column 200 Mobile terminal device 201 Top screen 202 Text diary button 203 Sub calendar 204 Sub calendar drawer button 205 Voice diary icon 206 Text diary icon 207 Text diary input screen 208 Soft keyboard 209 Text diary display area 210 Write button 211 Cancel button 212 Top button 221 Text diary input screen display processing unit 222 Text data generation processing unit 223 Text data storage processing unit 224 Calendar date change processing unit 225 Sub Calendar display change processing unit 300 Mobile terminal device 301 Top screen (first screen)
302 Display Area 326 Date Total Data Update Processing Unit 327 Date Total Data Storage Processing Unit 328 Update Point Number Calculation Processing Unit 329 Point Total Data Update Processing Unit 330 Point Total Data Storage Processing Unit 400 Mobile Terminal Device 431 User Information Setting Screen Display Processing Unit 432 User information setting processing unit 433 User authentication necessity determination processing unit 434 User authentication processing unit 435 User authentication condition setting processing unit 500 Portable terminal device 501 Top screen (first screen)
502 Alarm setting screen display button 503 Alarm setting screen 504 Alarm time input column 505 Alarm time interval input column 506 Alarm screen (seventh screen) 507 Alarm stop button 508 Message column 536 Alarm setting screen display processing unit 537 Alarm setting processing unit 538 Alarm Control unit 539 Alarm sound data reproduction processing unit 540 Alarm screen display processing unit 541 Communication processing unit 542 Advertising screen display processing unit 543 Advertising data storage processing unit 1100 Advertising distribution server 1101 Communication processing unit 1102 Advertising data selection processing unit 1200 Advertising database 2100 Terminal Device 2106 Calendar 2107 Voice diary icon 2108 Voice diary icon 2144 Transmission processing unit
2145 Reception processing unit 2146 Calendar screen display processing unit
2147 IP address notification processing unit 2200 data management server 2201 user management unit 2202 server side reception processing unit 2203 server side transmission processing unit 2204 folder generation processing unit 2205 server side voice data storage processing unit 2300 user information database 2400 voice database 3100 terminal device 3101 Transmission setting screen (8th screen)
3102 Automatic transmission button 3103 Manual transmission button 3104 Setting panel 3105 Transmission selection screen (9th screen)
3106 Audio data transmission button 3148 Transmission setting screen display processing unit 3149 Transmission setting processing unit 3150 Transmission selection screen display processing unit 4100 Terminal device 4101 Transmission timing setting screen (tenth screen)
4102 Setting column 4103 Transmission time zone setting column 4151 Transmission timing setting screen display processing unit 4152 Transmission timing setting processing unit 4153 Transmission timing determination processing unit 4200 Data management server 4206 Server side transmission timing setting processing unit 4207 Server side voice data movement processing unit 5100 Terminal device 5153 Audio data transmission destination user setting processing unit 5154 Playable timing setting processing unit 6100 Terminal device 6101 Transmission destination user setting processing unit 6102 Playable timing setting processing unit 6103 Diary data generation processing unit 6104 Own user diary data storage processing unit 6105 Own user diary data transmission processing unit 6106 Other user diary data reception processing unit 6107 Other user diary data storage processing unit 6108 Reproducible state change processing unit 6109 Screen display processing unit 611 0 Diary data reproduction processing unit 6111 Reproducible icon 6112 Reproducible icon 6200 Data management server 6201 User information registration processing unit 6202 Folder generation processing unit 6203 Server side transmission destination user setting processing unit
6204 Server-side reproducible timing setting processing unit 6205 Diary data reception processing unit 6206 Diary data storage processing unit 6207 Diary data extraction processing unit 6208 Diary data transmission processing unit 6209 Server-side transmission available state change processing unit 7100 Terminal device 7101 Diary generation restriction setting Processing unit 7102 Diary generation restriction control unit

Claims (9)

A data management system including a plurality of portable terminal devices and a data management server,
The portable terminal device
A transmission destination user setting processing means for performing processing for setting a transmission destination user to be a transmission destination of audio data based on a transmission destination user setting instruction from the first user;
Reproducible timing setting processing means for performing processing for setting a timing at which the audio data can be reproduced in the terminal device of the transmission destination user based on a reproducible timing setting instruction from the first user;
Recording processing means for performing recording processing based on a recording start instruction from the first user,
Voice data generated by the recording process, a first user voice data storage processing unit that performs a process of storing the voice data in a state associated with the date and time when the recording process was performed;
Audio data transmission processing means for performing processing for transmitting the audio data generated in the recording process to a predetermined data management server in a state associated with the recording date and time;
Voice data receiving means for receiving voice data of another user who has set the first user as a destination user in a state associated with the date and time when recording processing was performed in the terminal device of the other user;
Second user voice data storage processing means for performing processing for storing the received voice data of the other user in a state associated with the date and time when the recording processing was performed in the terminal device of the other user;
Display for performing processing for displaying on the display panel a screen in which an icon linked to the stored audio data of another user and the audio data that has passed the reproducible timing is arranged in a predetermined area Processing means;
Voice reproduction processing means for performing processing of reproducing voice data linked to the icon based on an instruction operation on the icon;
Comprising
The data management server
User information registration means for registering a first user who is a voice data transmission source user and a second user who is a transmission destination user in association with each other;
Reproducible timing information registration means for registering reproducible timing information related to the timing at which the second user can replay the audio data of the first user;
Server-side voice data receiving means for receiving the voice data of the first user;
Server-side audio data transmission processing means for performing processing for transmitting the audio data of the first user to the second user;
A data management system comprising: A transmission destination user setting processing means for performing processing for setting a transmission destination user to be a transmission destination of audio data based on a transmission destination user setting instruction from the user;
Reproducible timing setting processing means for performing processing for setting a timing at which the audio data can be reproduced in the terminal device of the transmission destination user based on a reproducible timing setting instruction from the user;
Recording processing means for performing recording processing based on a recording start instruction from the user;
Voice data generated by the recording process, a first user voice data storage processing unit that performs a process of storing the voice data in a state associated with the date and time when the recording process was performed;
Audio data transmission processing means for performing processing for transmitting the audio data generated in the recording process to a predetermined data management server in a state associated with the recording date and time;
Voice data receiving means for receiving voice data of another user who has set the user as a destination user in a state associated with the date and time when the recording process was performed in the terminal device of the other user;
Second user voice data storage processing means for performing processing for storing the received voice data of the other user in a state associated with the date and time when the recording processing was performed in the terminal device of the other user;
Display for performing processing for displaying on the display panel a screen in which an icon linked to the stored audio data of another user and the audio data that has passed the reproducible timing is arranged in a predetermined area Processing means;
Voice reproduction processing means for performing processing of reproducing voice data linked to the icon based on an instruction operation on the icon;
A portable terminal device comprising: Reproducible timing information registration means for performing a process of registering reproducible timing information related to the reproducible timing set by the other user;
Based on the reproducible timing information, it is possible to reproduce the stored voice data of another user at a timing when the period indicated by the reproducible timing information has elapsed from the date and time when the audio data was generated Reproducible state change processing means for performing processing for changing the audio data that has passed the possible timing to a reproducible state;
Further comprising
The display processing means displays on the display panel a screen in which an icon linked to the stored voice data of another user, the voice data being changed to a playable state, is arranged in a predetermined area. Process to display,
The mobile terminal device according to claim 2. Voice data recording condition management means for managing conditions for recording the voice data in a predetermined period,
When a recording start instruction is input from the user and the conditions for performing the recording process of the audio data managed by the audio data recording condition management unit are satisfied, the recording processing unit performs the recording process. Start,
The portable terminal device according to claim 1 or 2. User information registration means for registering a first user who is a voice data transmission source user and a second user who is a transmission destination user in association with each other;
Accessible timing information registration means for registering accessible timing information related to the timing at which the second user can access the voice data of the first user;
Voice data receiving means for receiving the voice data of the first user;
Voice data storage means for storing the voice data of the first user in a predetermined folder;
When the second user has received access to the audio data stored in the predetermined folder and having passed the accessible timing determined based on the accessible timing information, Audio data transmission processing means for performing processing for transmitting the audio data to the second user;
A data management server comprising: The voice data transmission processing means is the voice data of the first user stored in the predetermined folder, and the timing when the period indicated by the accessible timing information has elapsed from the date and time when the voice data was generated A process of transmitting the audio data to the second user when receiving access from the second user to the audio data that has passed the accessible timing,
The data management server according to claim 5. A transmission destination user setting processing step for performing processing for setting a transmission destination user as a transmission destination of audio data based on a transmission destination user setting instruction from the user;
A reproducible timing setting processing step for performing a process of setting a timing at which the audio data can be reproduced in the terminal device of the transmission destination user based on a reproducible timing setting instruction from the user;
A recording process step for performing a recording process based on a recording start instruction from the user;
A first user voice data storage process step for storing voice data generated by the recording process in a state associated with a date and time when the recording process was performed;
A voice data transmission process step of performing a process of transmitting the voice data generated in the recording process to a predetermined data management server in a state associated with the recording date and time;
A voice data reception process step of performing a process of receiving voice data of another user who has set the user as a transmission destination user in a state in which the voice data is associated with the date and time when the recording process was performed in the terminal device of the other user; ,
A second user voice data storage processing step for storing the received voice data of the other user in a state associated with the date and time when the recording process was performed in the terminal device of the other user;
Display for performing processing for displaying on the display panel a screen in which an icon linked to the stored audio data of another user and the audio data that has passed the reproducible timing is arranged in a predetermined area Processing steps;
A voice reproduction processing step for performing a process of reproducing voice data linked to the icon based on an instruction operation on the icon;
For causing an information processing apparatus to execute the program. A reproducible timing information registration step for registering reproducible timing information indicating a reproducible timing;
A reproducible state change processing step for performing a process of changing the stored sound data of another user that has passed the reproducible timing to a reproducible state based on the reproducible timing information; ,
The program according to claim 7, further causing the information processing apparatus to execute. In a predetermined period, the audio data recording condition management step for managing conditions for performing the audio data recording process is further executed by the information processing apparatus,
8. The recording processing step is executed by the information processing apparatus when a recording start instruction is input from the user and a condition for performing recording processing of the audio data is satisfied. Or the program of 8.