JP2020205556A - Emotion stabilization program - Google Patents

Abstract

To provide a program that helps create a mechanism to stabilize emotions.SOLUTION: In an emotion stabilization system 1, an emotion stabilization program 39 included in a storage device of a server connected to the Internet causes a processor 36 to perform the processes of: receiving a call; identifying a caller of the call; making a call back to the caller; and streaming data that displays video of a video call prepared in advance and reproduces audio toward the caller's terminal when a communication path is established in response to the call back.SELECTED DRAWING: Figure 1

Description

The present invention relates to an emotional stabilization program.

As is carried out in Non-Patent Document 1, a technique of calling (calling) from a server in response to a specific operation is known. When making a call, the telephone number of the other party is entered on the screen of the Internet site. When the "Call" button is pressed on the screen, the call is realized. However, the operation of the screen of the Internet site is far from the operation at the time of normal calling. The operator does not feel like making a phone call, just because he feels that he has entered the data on the Internet site. Obviously lacking in presence.

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Encouragement, encouragement, and encouragement from those who adore, respect, and favor will bring up feelings and emotional stability. However, there are very few opportunities for them to be encouraged, encouraged and encouraged. If video footage of these people is delivered to individual smartphones, people may be able to be encouraged, encouraged, and encouraged in a simulated manner. However, without a sense of presence, it is not enough to raise one's feelings.

An object of the present invention is to provide a program useful for creating a mechanism for realizing emotional stabilization.

According to the present invention, a process of receiving a call, a process of identifying the caller of the call, a process of issuing a call back to the caller, and a communication path established in response to the call back. Then, a program is provided that causes the processor to execute a process of projecting a video of a video call prepared in advance and streaming data for reproducing the voice toward the terminal of the caller.

The communication path is established in response to the call back. A situation is created in which the other party receives a call. Once the communication path is established, the video call can be reproduced based on the video prepared in advance. The person who receives the call can experience a pseudo video call. Even if you call back, when you receive a call, you get the impression that the other person has taken care of you and that the other person has taken good care of you. Since the user only needs to perform the reception operation as usual in response to the return call, a good sense of presence can be ensured. As a result, people's feelings improve. In this way, this program helps to create a mechanism to realize emotional stabilization.

The program can be run on a server, for example. Prior to the call back, a call is made (called) to the server from a terminal other than the server (for example, a smartphone). Since it is understood in advance that a call back is made in response to a call made by the user, the user can selectively make a call only when he / she wants to be called. The user can request a call back when he / she is depressed, sad or suffering. Therefore, emotions can remain stable even when depressed, sad, or suffering.

People are happy when they are called by someone they want to care about. Feelings improve when you are encouraged, encouraged, and encouraged by those you admire, respect, and like. Since the video call prepared in advance is linked to each individual call, the user can receive the call back call only from the person who wants to speak by selecting the call destination. Users can only receive calls from people they want to care about. This can greatly contribute to emotional stabilization.

The time difference from the call to the return call may be set randomly. The user cannot predict the time of the call back. As in the real world, you can get the impression that you are calling back as soon as you have a free hand. Therefore, the presence of the return call can be enhanced.

The program may utter the name of the caller while erasing the mouth of the caller in the video of the video call. Although it is a common image, each caller can be called by name. People who admire, respect, and like people call their names, so the feelings of users improve. Moreover, since the mouth of the speaker is erased in the video while calling for the name, the user does not have to feel uncomfortable with the video. The realism of the video call can be maintained.

As described above, according to the present invention, a program useful for creating a mechanism for realizing emotional stabilization is provided.

It is a conceptual diagram which shows schematic structure of the emotion stabilization system which concerns on one Embodiment. It is an enlarged plan view which shows the appearance of a smart phone. It is an enlarged perspective view of the bezel of a smart phone. It is a block diagram which shows schematic structure of answering machine message data, telephone directory data and streaming data. It is a flowchart which shows the processing operation of a processor when an emotional stabilization program is executed. It is a conceptual diagram which shows the standby screen at the time of an incoming call with a smart phone. It is a conceptual diagram which shows the screen during a video call with a smart phone.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

FIG. 1 schematically shows the configuration of the emotional stabilization system 11 according to the embodiment. The emotional stabilization system 11 includes a terminal (for example, a smart phone 13) that can be connected to the Internet 12 at any time, and a server 14 that is connected to the Internet 12. The smart phone 13 can be connected to the Internet 12 via, for example, a WiFi router 15. The server 14 is connected to the Internet 12 via, for example, a router 16. In addition, the smart phone 13 may be connected to the Internet 12 via a mobile phone communication network.

As shown in FIG. 2, the smart phone 13 includes a housing 18. The housing 18 is formed of a thin box having a rectangular surface that is rounded at four corners. A touch screen display 19 is embedded in the surface of the housing 18. The touch screen display 19 has a display panel 19a and a touch screen panel 19b. The touch screen panel 19b is superposed on the screen forming area of the display panel 19a. The display panel 19a displays an image based on the image signal. The image signal specifies color information for each pixel. The touch screen panel 19b outputs a detection signal according to the pressure at each coordinate position according to the two-dimensional coordinate system established on the surface of the display panel 19a.

The smart phone 13 includes a home button 21. The home button 21 is embedded in the surface of the housing 18. The home button 21 is arranged, for example, outside the contour of the touch screen display 19. The home button 21 detects the acting pressure and outputs a detection signal. Here, the home button 21 has a moving stroke in the vertical direction orthogonal to the surface of the housing 18, and sinks from the surface of the housing in response to a pressing operation. A click feeling is given to the operator according to the sinking operation of the home button 21.

The smart phone 13 includes a receiver 22. The receiver 22 is housed in the housing 18. The receiver 22 reproduces voice based on a voice signal received via a line (or VoIP) during a call, for example.

The smart phone 13 includes a front camera 23. The front camera 23 is embedded in the surface of the housing 18. The front camera 23 is arranged, for example, outside the contour of the touch screen display 19. The front camera 23 can project, for example, the facial expression of a user looking into the screen of the touch screen display 19. The front camera 23 generates an image signal based on the subject.

As shown in FIG. 3, the microphone 24, the speaker 25, the headset connector 26, and the cable connector 27 are arranged on the bezel of the touch screen panel 19 at the maximum distance from the receiver 22. The microphone 24, the speaker 25, the headset connector 26, and the cable connector 27 are mounted on a substrate housed in the housing 18, for example. The microphone 24 generates an electric signal (audio signal) from the picked up sound. The speaker 25 reproduces sound based on the sound signal. The sound of the speaker 25 is transmitted to the outside of the housing 18 through the opening defined in the housing 18. In addition, the microphone 24 may be installed adjacent to the receiver 22.

As shown in FIG. 1, a processor (CPU: central processing unit) 31 connected to the WiFi router 15 by the interface circuit 29 is incorporated in the housing 18 of the smartphone 13. The interface circuit 29 is connected to, for example, a wireless transmission / reception circuit connected to a base station of a mobile phone communication network in addition to a WiFi transmission / reception circuit connected to the WiFi router 15, and wirelessly connected to another device according to Bluetooth (registered trademark). It includes a Bluetooth transmitter / receiver circuit, a headset connector 26 that accepts a headset connector, for example, a cable connector 27 that is connected to another device via a Lighting® cable, and the like. A receiver 22, a front camera 23, a microphone 24, a speaker 25, a display panel 19a, and a touch screen panel 19b are electrically connected to the processor 31.

A memory (storage device) 32 is connected to the processor 31 in the housing 18. Programs such as a telephone function program 33a, a notification function program 33b, a video streaming playback program 33c, and a chat application program 33d are stored in the memory 32. The chat app program 33d includes, for example, FaceTime (registered trademark), LINE (registered trademark), Messenger, WhatsApp (registered trademark), WeChat (registered trademark), Skype (registered trademark) and others. The processor 31 executes a program stored in the memory 32 and realizes various processes according to the program. Various information can be visually displayed on the display panel 19a in order to realize the processing. Various information can be input to the processor 31 according to the operation of the touch screen panel 19b.

The server 14 includes a processor (CPU: central processing unit) 36 connected to the router 16 by the interface circuit 35. A large-capacity storage device 37 and a memory 38 are connected to the processor 36. For the large-capacity storage device 37, refer to the emotional stabilization program 39 according to the present embodiment, the answering machine message data 40 that provides an answering machine message when executing the emotional stabilizing program 39, and the execution of the emotional stabilizing program 39. The telephone book data 41 to be generated and the streaming data 42 used for executing the emotional stabilization program 39 are stored. As shown in FIG. 4, the answering machine message data 40 stores the real voice data 40a recorded by the real voice of the person for each telephone number on the server 14 side assigned to the specific person. Member information is stored in the telephone directory data 41. The member information includes the member's telephone number (telephone number of the smart phone 13) and name for each individual member. The telephone number of the member is associated with the telephone number of the server 14 assigned to each specific person. A nickname may be registered in the name according to the wishes of the member.

The streaming data 42 includes a telephone number (phone number of the server 14), video data 42a for specifying the moving image of the video call, and audio for specifying the audio of the video call associated with the moving image for each individual person. The data 42b and the name data 42c that identifies the voice that utters the name for each individual name are included. The person may be an entertainer such as a singer or an actor, an athlete, a writer, an artist, or any other celebrity or celebrity. As the moving image, for example, a moving image taken by the front camera of the smartphone during a call of the person concerned may be used. The voice of the video call may be a real voice recorded at the same time as the moving image is taken. The voice that utters the name may be the real voice of the person. In addition, the voice that utters the name may be synthesized based on the real voice of the person.

As shown in FIG. 1, the emotional stabilization program 39 includes a telephone function component 39a that realizes a telephone function, an answering machine component 39b that sends an answering machine message to a line when the telephone function is executed, and an emotional stabilization program 39. Includes a video streaming component 39c that sends streaming data 42 to the Internet 12 at the time of execution. The processor 36 exerts a specific function according to the execution of the program while temporarily holding the program and data in the memory 38.

A computer terminal, that is, a personal computer (hereinafter referred to as a "personal computer") 45 is connected to the Internet 12 via a LAN router 44. The personal computer 45 includes a processor (CPU: central processing unit) 47 connected to the LAN router 44 by the interface circuit 46. A large-capacity storage device 48, a memory 49, and a display 51 are connected to the processor 47. The large-capacity storage device 48 stores a member management program 52a for inputting member information into the telephone directory data 41 in the server 14, and an upload program 52b for uploading an answering machine message and streaming data 42 to the server 14. The processor 47 exerts a specific function according to the execution of the program while temporarily holding the program and data in the memory 49. Various information can be visually displayed on the display 51 in the processing operation of the processor 47. In addition, the personal computer 17 may be connected to the Internet 12 by the WiFi router 14.

When the emotional stabilization program 39 is executed on the processor 36, the processor 36 receives a call in step S1 as shown in FIG. The processor 36 identifies the caller in step S2. Upon identifying the caller, the processor 36 activates the telephone function component 39a. The processor 36 confirms the caller's telephone number based on the number notification function. The telephone number of the caller is compared with the member information included in the telephone directory data 41. When the registration of the telephone number is confirmed, the processor 36 establishes the line in step S3. If the registration is not confirmed, the processor 36 ends the processing operation without establishing a line.

When the line is established, the processor 36 activates the answering machine component 39b in step S4. The processor 36 acquires the real voice data 40a from the answering machine message data 40 according to the telephone number on the server 14 side. The real voice data 40a is sent to the caller's smart phone 13 through the established line. When the transmission of the real voice data 40a is completed, the processor 36 disconnects the line in step S5.

After disconnecting the line, processor 36 starts timing in step S6. A predetermined time difference time is set from the disconnection of the line. In addition, the waiting time (time length) may be clocked instead of setting the time. When the set time is reached, the server 14 makes a return call to the above-mentioned caller in step S7. Upon making the call back, the processor 36 activates the video streaming component 39c. When the communication path is established with the caller's smartphone 13 in step S8 in response to the return call, the processor 36 starts streaming the streaming data 42 in step S9. The processor 36 projects the video of the video call prepared in advance and streams the data for reproducing the voice toward the caller's smartphone 13. The processor 36 acquires the corresponding video data 42a and audio data 42b from the streaming data 42 according to the telephone number on the server 14 side. The processor 36 acquires the name data 42c from the streaming data 42 based on the name registered in the telephone directory data 41. The video data 42a, the audio data 42b, and the name data 42c are transmitted to the caller's smartphone 13 via the communication path. In the smart phone 13, the video of the video call is projected on the screen of the touch screen display 19 based on the video data 42a, the voice data 42b, and the name data 42c prepared in advance, and the corresponding voice is reproduced from the speaker 25. When the streaming of the video data 42a and the audio data 42b is completed, the processor 36 disconnects the communication path in step S10. The processing operation of the processor 36 ends.

Video data 42a, audio data 42b, and name data 42c are registered in the streaming data 42 in advance for streaming. Upon registration, the upload program 52b is executed on the personal computer 45. The upload program 52b connects the processor 47 of the personal computer 45 to the large-capacity storage device 37 of the server 14. The processor 47 transmits the video data 42a, the audio data 42b, and the name data 42c stored in the large-capacity storage device 48 to the server 14. Video calls are captured in advance. The audio of the video call is recorded in parallel with the recording of the moving image. The voice that utters the name is pre-recorded. In registering the streaming data 42, a user interface is constructed based on the keyboard and mouse (none of which are shown) and the display 51 connected to the processor 47.

Here, in the production of the video data 42a, a blank period is formed in the audio for a predetermined time from the start of recording. During the blank period, the person's mouth is erased from the recorded video. For example, a moving image shows only the top of a person's nose. Alternatively, blurring or deviation of the subject may be intentionally formed by pretending to be the alignment of the front camera. In reproducing such video data 42a, a name uttered by a person based on the name data 42c can be inserted into the audio data 42b corresponding to the blank period.

Prior to streaming, member information is registered in the telephone directory data 41 of the server 14 in advance. Upon registration, the member management program 52a is executed on the personal computer 45. The member management program 52a connects the processor 47 of the personal computer 45 to the large-capacity storage device 37 of the server 14. The administrator of the emotional stabilization system 11 accesses the telephone directory data 41 of the server 14 via the personal computer 45. The member's telephone number, the member's name, and the server 14-side telephone number assigned to the person desired by the member are registered in the telephone directory data 41. When registering member information, a user interface is constructed based on the keyboard, mouse, and display 51 connected to the processor 47. In addition, member information may be registered from the user's smartphone 13.

When using the emotional stabilization system 11, the user calls the telephone number on the server 14 side from the smartphone 13. Since the telephone number on the server 14 side is assigned to each individual person, the user can select the desired person to be called by selecting the telephone number. When making a call, the telephone function program 33a is activated in the smartphone 13. The user uses the telephone function of the smart phone 13 as usual. For example, the user can make a call based on the dial pad displayed on the touch screen panel 19. In addition, if the telephone number is registered in the contact of the smart phone 13 in advance, the user can make a call from the contact.

When the line is established between the smart phone 13 and the server 14, the user can hear the answering machine message based on the voice data 40a. The voice of the real voice data 40a is reproduced from the receiver 22. The user can look forward to being called back by a specific person.

The server 14 makes a return call to the user's smartphone 13 in response to the call from the user. At this time, the video streaming playback program 33c is executed on the smartphone 13. When the video streaming playback program 33c receives the call back, the notification function program 33b is executed on the smartphone 13. As shown in FIG. 6, for example, the notification function program 33b displays an incoming call on the standby screen 55 of the smart phone 13 in the same manner as a normal incoming call. When the user taps the "response" icon 56, the communication path is established. The communication path is not established unless the user taps the "response" icon 56. Therefore, streaming is not started.

When the communication path is established, the video streaming playback component 39c of the server 14 is connected to the video streaming playback program 33c of the smartphone 13. Video of video calls is streamed. As shown in FIG. 7, the image is projected on the display panel 19a. The sound is played from the speaker 25, such as "Ayumi, I'm sorry. The meeting is finally over", "If you have a hard time, talk to me", "I'll listen", "Let's think about fun together". A pseudo video call is realized. On the screen of the display panel 19a, the user is projected in the window 57 based on the image of the front camera 23.

At the start of a video call, the person HM in the video calls the user's "name". Therefore, the user can have a feeling of personal concern from the person HM. In particular, the user's feelings can be improved because the name is called by the person who chooses himself, in other words, the person who admires, the person who respects, and the person who likes. Moreover, even though it is a common image, the mouth of the person HM is erased in the image while calling for a name, so that the user does not feel uncomfortable with the image. The realism of the video call can be maintained.

In the present embodiment, the communication path is established in response to the return call. A situation is created in which the other party receives a call. Once the communication path is established, the video call can be reproduced based on the video prepared in advance. The user can experience a pseudo video call. Even if you call back, when you receive a call, you get the impression that the other person has taken care of you and that the other person has taken good care of you. Since the user only needs to perform the reception operation as usual in response to the return call, a good sense of presence can be ensured. As a result, people's feelings improve. In this way, the pseudo video call helps to create a mechanism to realize emotional stabilization.

The emotional stabilization program 39 is executed on the server 14. Prior to the call back, a call is sent (called) to the server 14 from a terminal other than the server 14, that is, the smartphone 13. Since it is understood in advance that a call back is made in response to a call made by the user, the user can selectively make a call only when he / she wants to be called. The user can request a call back when he / she is depressed, sad or suffering. Therefore, emotions can remain stable even when depressed, sad, or suffering.

People are happy when they are called by someone they want to care about. Feelings improve when you are encouraged, encouraged, and encouraged by those you admire, respect, and like. Since the video call prepared in advance is linked to each individual call, the user can receive the call back call only from the person who wants to speak by selecting the call destination. Users can only receive calls from people they want to care about. This can greatly contribute to emotional stabilization.

In the emotional stabilization system 11 according to the present embodiment, the time difference from the user's call to the return call is randomly set. The user cannot predict the time of the call back. As in the real world, you can get the impression that you are calling back as soon as you have a free hand. Therefore, the presence of the return call can be enhanced.

Instead of calling the telephone number on the server 14 side, the user may request a return call from the server 14 by chat message, C-mail (short mail), or e-mail. The chat message can be realized by, for example, FaceTime, LINE, Messenger, WhatsApp, WeChat, Skype and other applications (software programs for smartphones). The chat application program 33d is executed to realize the chat message. On the server 14, the time difference from the reception of the chat message, the reception of the C mail, and the reception of the e-mail may be timed.

An existing chat message application may be used for the call back. The telephone function component 39a of the server 14 has an account in the chat message application in advance. The account is added as "friends" and "contacts" to the chat message application on the user's smartphone 13. The telephone function component 39a establishes a communication path with the user's chat message application in response to the outgoing call back. The processor 36 distributes video data 42a, audio data 42b, and name data 42c from the large-capacity storage device 37 to the target smartphone 13. Video calls are realized within the chat message app of the smart phone 13.

39 ... Program (emotional stabilization program).

Claims (3)

The process of receiving a call and
The process of identifying the caller of the call and
Call back The process of making a call back to the caller,
When the communication path is established in response to the return call, the processor is made to execute a process of displaying the video of the video call prepared in advance and streaming the data for reproducing the voice toward the terminal of the caller. A program featuring. The program according to claim 1, wherein the time difference from the call to the return call is randomly set. The program according to claim 1 or 2, wherein the name of the caller is uttered while erasing the mouth of the caller in the video of the video call.

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