JPH09149398A - Animation mail preparation method and animation mail system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To quickly prepare animation data responding to received animation data. SOLUTION: An animation mail generating method is provided with an instruction input step 11 receiving the instruction of an operator, a received animation display step 17 displaying animation data(received animation data) which is received from another terminal, an animation editing step 10 quotating received animation data in accordance with the instruction of the operator and generating return animation data and an animation transmitting step 20 transmitting return animation data to another terminal. In the animation editing step 10, return animation data where received animation data from another terminal is quotated in accordance with the instruction of the operator is generated and transmitted to another terminal. Received animation data displayed in a received animation display step 17 is selected by indicating required received animation data from the list of received animation data by the operator. Branches 12-16 are the condition branches based on input contents in the instruction input step 11. Thus, the correspondence of received animation data to return animation data is facilitated.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a moving picture mail creating method and a moving picture mail system for transmitting and receiving moving picture data between terminals.

[0002]

2. Description of the Related Art As a first example of prior art, character data is received and received from a user of a terminal having a predetermined network address in the White Paper on Communication, 148th to 150th Edition, edited by the Ministry of Posts and Telecommunications, 1995 edition. There is described an e-mail system in which the user creates a reply, sends the created character data to the sender user, and exchanges information with each other. The user who creates the reply often creates the reply by citing the received character data. In addition, as a second example of the prior art, there is a description of the multimedia OS in the White Paper on Communication, 1995 edition, page 401, edited by the Ministry of Posts and Telecommunications. In this example, moving image data can be exchanged with other terminals via the network. The moving image data can be transmitted in a relatively short time by performing appropriate information compression, and an electronic mail (moving image mail) system that transmits and receives the moving image data instead of the character data is also possible.

[0003]

In the moving picture mail system in the above-mentioned prior art, when the moving picture data to be replied is created, reference to the received moving picture data is not considered at all, and the received image data is quoted. However, since it is not possible to reply, it is difficult to associate the received moving image data with the moving image data to be returned, and there is a problem that it is not possible to quickly create moving image data that expresses the response contents. SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems and provide a moving picture mail creating method and a moving picture mail system capable of creating a moving picture mail that replies while citing a received moving picture mail.

[0004]

The moving picture mail creating method of the present invention is a moving picture mail creating method for sending and receiving moving picture data between terminals. Each terminal at least receives moving picture data (received moving picture data). Data)), a video editing step of creating reply video data by quoting the received video data according to the operator's instruction, and a video sending step of sending the reply video data to another terminal. Is characterized by. Also, it is a video mail system that sends and receives video data between terminals, and a received video display screen that displays video data (received video data) received from other terminals, and video data that is returned to other terminals (reply video data ) Is displayed, a quote button for the operator to quote the received video data in the reply video data, a new video display screen for displaying the inserted video data newly created by the operator, Characteristic in that the operator has an insert button for instructing to insert the inserted moving image data into a desired frame of the reply moving image data and a send button for instructing the operator to send the returned moving image data to another terminal. There is.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION

(First Embodiment) Hereinafter, a first embodiment of the present invention will be described in detail with reference to the drawings. FIG. 2 shows an example of the moving image mail creating method of the present invention. Reference numeral 11 denotes an instruction input step for receiving an instruction from the operator, 12, 13, 14, 1
Reference numerals 5 and 16 are conditional branches based on the input content in the instruction input step 11, 17 is a received moving image display step for displaying moving image data (received moving image data) received from another terminal,
10 is a video editing step of creating reply video data in which received video data is quoted in accordance with an operator's instruction, and 20 is
This is a moving picture transmitting step of transmitting reply moving picture data to another terminal. Generally, a terminal can receive and store a plurality of electronic mails (that is, received moving image data). The received video data displayed in the received video display step 17 is
For example, the operator designates and selects desired received moving image data from the list of received moving image data. The selected received moving image data is displayed in the moving image display step shown in FIG. 3, for example. FIG. 3 is an example of a moving image display step for displaying moving image data. Reference numeral 41 is an instruction input step for receiving an operator's instruction, and 42, 43, and 44 are instruction input step 1
This is a conditional branch based on the input content of 1. A frame is each still image that constitutes a moving image. When the operator instructs reproduction / stop, display of moving image data is started. next,
When the operator instructs reproduction / stop, the display of the moving image data is stopped. At this time, the display image is the frame displayed at the time of the instruction. When the operator again instructs the reproduction / stop, the display of the moving image data is started from the frame at the time of the stop. When the operator gives an instruction to fast forward or rewind, the process of advancing the frame to be displayed and the process of rewinding are performed.

The moving image editing step 10 in FIG. 2 is a moving image generating step 18 for generating new moving image data to be used as reply moving image data in accordance with the operator's instruction, and a moving image for quoting the received moving image data in the reply moving image data according to the operator's instruction. And citation step 19. In the moving image generation step 18, for example, moving image data obtained by shooting the operator with a camera or the like is generated. The reply moving image data generated in the moving image editing step 10 has the structure shown in FIG. 4 or 5, for example. FIG.
(A), (b) is an example of the reply moving image data generated in the moving image editing step 10. In FIG. 4A, 51
Is new moving image data, which is generated in the moving image generating step 18, 52 is received moving image data, which is generated in the moving image quoting step 19. In FIG. 4B, 53
Is quotation position data, and indicates a quotation portion of the received moving image data 52. This quote is for new video data 5
1 frame position. For example, in FIG. 4B, the first line 54 of the quotation position data indicates that frame 0 to frame 4 of the received moving image data 52 are cited in frame 3 of the new moving image data 51. These three data (51, 52, 53) are transmitted to another terminal in the moving image transmitting step, and the frames 0 to 2 of the new moving image data 51, the frames 0 to 4 of the received moving image data 52, and the new moving image data 51 are transmitted. Frame 3 to frame 6, and the received moving image data 52 are displayed in order from frame 5 to frame 7.

FIGS. 5A and 5B show another example of the reply moving image data generated in the moving image editing step. FIG.
In (a), 52 is received moving image data, which is generated in the moving image quoting step, and 56 is inserted moving image data, which is generated in the moving image generating step. In FIG. 5B, reference numeral 57 is insertion position data, which indicates the insertion position of the insertion moving image data. This insertion point is indicated by the frame position of the received moving image data. For example, in FIG.
The first line 58 of the insertion position data 57 is the received moving image data 5
2 indicates that frame 0 to frame 2 of the inserted moving image data 56 are quoted in frame 0 of 2. These three data (52, 56, 57) are transmitted to another terminal in the moving image transmitting step, and the frame 0 to the frame 2 of the inserted moving image data 56, the frame 0 to the frame 4 of the received moving image data 52, and the inserted moving image data 56 are transmitted. Frame 3 to frame 6,
The received moving image data 52 are displayed in order from frame 5 to frame 7. In the data structure of the reply moving image data shown in FIGS. 4 and 5, each frame of the received moving image data 52 is the same image, and the new moving image data 51 and the inserted moving image data 56 are included.
When the corresponding frames of are the same image, the moving images displayed on the destination terminal are the same, and the same moving image information can be displayed. Further, in the data structures of FIGS. 4 and 5, the received moving image data generated by another terminal and the new moving image data or the inserted moving image data created by the operator are separated from each other and can be managed independently. Usually, information about a network address and a user name when replying is added to an electronic mail and sent. In the moving image sending step 20, the destination of the reply moving image data created in the moving image editing step 10 uses, for example, the information about the network address or the user name included in the quoted received moving image mail. Next, an example of a moving picture mail system using the moving picture mail creation method of the present invention is shown in FIG.
This will be described with reference to FIG. FIG. 1 is an example of a screen of a terminal of a moving picture mail system using the moving picture mail creation method of the present invention shown in FIG. 21 is a screen of the terminal, 22 is a received video display screen for displaying video data (received video data) received from another terminal, and 23 is video data for reply to other terminal (reply video data). Sending video display screen,
Reference numeral 24 is a new moving image display screen for displaying the inserted moving image data newly created by the operator.

The received moving image display screen 22 has a reply button 31 for instructing the creation of reply moving image data for the displayed received moving image data and an end button 3 for instructing the end of the display.
And 2. The transmitted moving image display screen 23 includes a quote button 33 for instructing to quote the received moving image data in the reply moving image data, a create button 34 for instructing to newly create inserted moving image data and quote it in the returned moving image data, It has a send button 35 for instructing to send the created reply moving image data to another terminal. New video display screen 24
Is a recording button 36 for instructing the operator to start shooting with a camera or the like, and an insert button 3 for instructing to insert the created insertion moving image data into a desired frame of the reply moving image data.
And 7. Each display screen (22, 23, 24) displays moving image data. The operator operates the three operation buttons (play / stop 25, fast forward 26, rewind 27) to display the moving image data in the moving image display step shown in FIG. 3, for example.

Next, a procedure for quoting received moving image data to create reply moving image data and transmitting it using the moving image mail system shown in FIG. 1 will be described. At the start of this procedure, it is assumed that no display screen (22, 23, 24) is displayed, or that no window of the display screen itself exists due to the window system. First, the operator uses the received moving image display step 17 to display the received moving image data on the received moving image display screen 22. For example, when the operator selects desired received moving image data from the received moving image data list, the selected received moving image data 28 is displayed on the received moving image display screen 22. Note that the received moving image data 28 is an example in which an operator (that is, a sender) of another terminal is photographed. Next, after operating the three operation buttons (25, 26, 27) on the received moving image display screen 22 to confirm the content of the received moving image data 28, the reply button 31 is selected. Select the reply button 31 to create a video 1
8, the transmitted moving image display screen 23 is displayed.

Next, when the quote button 33 is selected, the received moving picture data 28 is quoted in the reply moving picture data 29 in the moving picture quote step 19. The quotation result is displayed on the transmitted video display screen 23. Next, 3 of the transmitted video display screen 23
One of the operation buttons (25, 26, 27) is operated to display the frame of the reply moving image data 28 (currently the same as the received moving image data) in which new moving image data is to be inserted.
When the create button 34 is selected after the desired frame is displayed,
A new moving image display screen 24 is displayed by the moving image generation step 18. Next, when the recording button 36 is selected, the moving image generation step 18 generates, for example, moving image data obtained by shooting the operator (that is, the receiver) with a camera or the like. The generated moving image data 30 is displayed on the new moving image display screen 24. Next, by operating the three operation buttons (25, 26, 27) on the new moving image display screen 24, the generated moving image data 3
After confirming the contents of 0 and selecting the insert button 37,
By the moving image generation step 18, the generated moving image data 30 is inserted into the frame position of the reply moving image data 28 when the create button 34 is selected, and the result is displayed on the transmitted moving image display screen 23. Finally, the transmitted video display screen 23
After operating the three operation buttons (25, 26, 27) to confirm the contents of the reply moving image data 29, the send button 35
When is selected, the moving image sending step 20 sends the reply moving image data 29 to another terminal.

As described above, in the present embodiment, a moving image editing step for creating reply moving image data in which received moving image data received from another terminal is quoted according to an instruction of the operator is provided, and the created reply moving image data is Since it is sent to other terminals, it is possible to reply while quoting the received image data, it becomes easy to associate the received video data with the video data to be returned, and reply video data that expresses the response contents is created quickly it can. Further, the data structure of the reply moving image data is managed separately from the received moving image data generated by another terminal and the new moving image data or the inserted moving image data created by the operator, so that each image is managed. The creator of the data (that is, the owner of the copyright) can be clarified, information leakage and illegal citation can be easily prevented, and the security of information can be improved. In the first embodiment, the quote button 33 on the transmitted video display screen 23 is selected and the received video data 28 is quoted as the reply video data 29. However, when the reply button 31 on the received video display screen 22 is selected, Alternatively, the received moving image data 28 may be quoted in the reply moving image data 29 and displayed on the transmitted moving image display screen 23. Or,
If you select the reply button 31 on the received video display screen 22,
When the operator displays a display screen asking whether to quote or not, and when the operator gives an instruction to quote, the received moving image data 28 is automatically quoted in the reply moving image data 29 and displayed in the transmitted moving image display screen 23. May be.

In addition, in the first embodiment, the insertion of new moving image data into the reply moving image data 29 is performed using the new moving image display screen 24.
Provided with a record button and insert button, the transmitted video display screen 2
3 may be used. For example, after displaying the frame of the reply video data 28 in which new video data is to be inserted,
Select the record button 36 to generate moving image data obtained by shooting the operator with a camera (the moving image data is displayed on the transmitted moving image display screen 23), and select the insert button 37 to generate the generated moving image data. It is inserted in the reply moving image data 29. Further, in the first embodiment, the data structure of the reply moving image data shown in FIGS. 4 and 5 is changed to the received moving image data in the past by the operator (that is, the receiver) by the repeated exchange of the moving image data. When the moving image data created by is being quoted or inserted, the data structure may be hierarchized.

(Second Embodiment) Next, a second embodiment will be described in detail with reference to the drawings. In the first embodiment, in the moving image editing step 10, when the recording button 36 is selected, the moving image generating step 18 generates moving image data in which, for example, the operator (that is, the receiver) is photographed by a camera and returns. Although video data is created, a voice control step that controls other steps in response to the operator's voice is provided, and the operator shooting the voice while responding to the voice uttered while the operator refers to the received video data. It is also possible to automatically create the moving picture data at the frame position of the received moving picture data displayed at the start of utterance. FIG.
It is an example of a moving image generation step 18 for generating new moving image data. 67 is a voice control step that controls other steps in response to the voice of the operator, and 68 is a moving image generation step that generates moving image data of the operator. In the voice control step 67, for example, a microphone that collects the voice of the operator is used. The reply moving image data shown in FIG. 6 is created, for example, by the following procedure. First, quote button 3
3 is selected and the received moving image data 28 is returned to the moving image data 29.
Is displayed on the transmitted moving image display screen 23. next,
When the operator utters a message to the reply partner when the reply moving picture data 29 (currently the same as the received moving picture data) is reproduced on the transmitted moving picture display screen 23 and the desired quotation (frame) is displayed, At the voice control step 67, the start of utterance is detected (61), after the reproduction on the transmitted moving image display screen 23 is stopped (63), the moving image data of the photographer who is uttering is recorded at the moving image generating step 68 (64). Finally, when the operator finishes the message to the reply partner and stops uttering, the voice control step 67 detects the end of utterance (6
2), the recording at the video generation step 68 is completed (6
5) The recorded moving image data is inserted into the frame position of the reply moving image data displayed on the transmitted moving image display screen at the start of utterance (66).

As described above, in this embodiment, a voice control step for controlling other steps in response to the voice of the operator is provided, and in response to the voice uttered by the operator while referring to the received moving image data. , The video data of the photographer who is speaking is automatically inserted to create the reply video data, so you can create the reply video data as if you were actually interacting with the person you are replying to. Can be created quickly and accurately with simple operations.

(Third Embodiment) Next, a third embodiment will be described in detail with reference to the drawings. In the first embodiment, in the moving image display step, for example, three operation buttons (play / stop 25, fast forward 2 are performed in accordance with the procedure shown in FIG.
Operate 6, rewind 27) to display the video data,
It is also possible to display the operator who created the moving image data, and change the display conditions depending on the operator who created the moving image data and the type of moving image data to be displayed. FIGS. 7A and 7B
Is another example of the received moving image display screen, and in FIG. 7A, reference numerals 22, 25, 26, 27, 28, 31, 3
2 is a code having the same meaning as in FIG. In this embodiment,
Use the information that identifies the creator who created the video data using the system. This information, for example, can be used by each terminal by sending and receiving information about the creator by adding it to the reply video data, similar to the information about the network address and user name when replying, which is usually added to e-mail. . Alternatively, it can be obtained by adding information about the creator to each moving image data in the data structure of the reply moving image data shown in FIGS. 4 and 5.

In FIG. 7A, 71, 72, 73
Is a creator bar showing an outline of the creator of the moving image data to be displayed. For example, the entire creator bar represents the entire moving image data, the pointer 74 represents the position of the frame being displayed, and the difference in color or pattern represents the creator. In the example of FIG. 7A,
The hatched parts (71, 73) are the frames created by the sender, and the unhatched parts (72) are the frames created by the receiver (that is, the frames quoted by the sender).
To express. In the example of FIG. 7A, the pointer 74 is 72
The frame created by the receiver is being displayed because it is in the part. 75 and 76 are fast-forward and rewind buttons with the creator as a unit. For example, if the button 76 is selected while displaying the moving image data created by the receiver (when the pointer 74 is at the portion 72), the next fast forward to the first frame of the moving image data created by the sender (pointer 74
Moves to the left end of the part 73) and restarts the display.

Reference numeral 77 is an area for displaying the creator. In the example of FIG. 7A, the user name (Taro) of the recipient is displayed. Reference numeral 78 denotes a display condition setting button for instructing to set the display condition of the moving image data in detail. When this button 78 is selected, a display condition setting screen 81 shown in FIG. 7B is displayed. On the display condition setting screen 81, display conditions such as volume and display speed can be set for each creator of moving image data. In the example of FIG. 7B, when the creator 84 is the recipient, the image 85 is displayed and the audio 86 is displayed.
Indicates a standard volume, and the display speed 87 is a state in which display at double speed is selected. After the selection is completed, the setting button 83 is selected to set the selection of 84, 85 and 86. For other creators, the pull-down menu button 88 is operated to select a desired creator from the pull-down menu, and then the same procedure can be performed. After the setting, the received moving image data is displayed, for example, in the procedure shown in FIG.

FIG. 8 shows another example of the moving image display step. Check the creator of the video data to be played (91), 9
The display condition according to the creator is set (95, 96, 97) by the condition branch of 2, 93, 94. If the creator is not a preset creator, standard display conditions are set (9
8). Next, display the video data under the set display conditions (9
9) Do. When the creator is changed during display, the condition branching 100 is used to make a determination, and the display condition is set again. In the example of the display condition setting screen 81, if the procedure of FIG. 8 is followed, for example,
Video data created by the receiver can be displayed at double speed, and video data created by the sender can be displayed at standard speed (provided that the sender's display speed is set to standard speed). That is, only the moving image data of the recipient quoted by the sender can be displayed at high speed. Also, different display conditions can be set depending on whether the moving image data to be displayed is received moving image data or reply moving image data. For example, a display condition setting button 78 and a display condition setting screen 81 similar to those of the reception moving image display screen 22 of FIG. 7A are prepared on the transmission moving image display screen 23 to display the moving image data created by the receiver at standard speed. Then
Video data created by the sender can be displayed at double speed. That is, only the newly created moving image data of the recipient can be displayed at the standard speed.

As described above, in the present embodiment, since the operator who created the moving image data is displayed, the creator of each image data (that is, the owner of the copyright) can be clarified.
It is possible to prevent mistaking of information, etc., and improve the safety of information. Furthermore, because the display conditions are changed depending on the operator who created the video data and the type of video data to be displayed, the received video data displays only the video data of the recipient quoted by the sender at high speed, and the reply video data , Only newly created video data of the recipient can be displayed at standard speed. As a result, for example, more important information for the operator can be displayed at standard speed, less important information can be displayed at high speed, and necessary information can be quickly and accurately obtained.

In the third embodiment, a moving image displaying step is used to provide a display image for displaying only moving image data newly created by the sender, and a receiving moving image displaying step 17
Then, for example, it may be used as a reference image when selecting desired received moving image data from the list of received moving image data displayed by the operator. Further, in the third embodiment, the user name of the creator is displayed in the area 77 for displaying the creator. When creating new video data in the video creation step 18, each of the video data to be created is displayed. The creator's user name may be directly recorded as an image (bitmap) in the frame, and the creator's user name may always be displayed in the image displayed in the moving image display step. As a result, the creator of each image data (that is, the owner of the copyright) can be made clearer, and the security of information can be further enhanced.

(Fourth Embodiment) Next, a fourth embodiment will be described in detail with reference to the drawings. This embodiment is an example of applying the present invention to a remote medical care support system in the medical field. The remote medical care support system is a system for displaying the same medical care data (examination value, image, medical chart, etc.) on terminals arranged in a plurality of medical facilities. For example, a teleconferencing is performed in which a plurality of doctors in remote areas, such as a doctor in a clinic and a specialist in a hospital, determine diagnosis and treatment policies while observing the same medical data with each other. At the teleconference, the following points are problems. That is,
In a teleconference using a remote medical care support system, it is necessary for a doctor who participates in the conference to go to each terminal, and the doctors are busy, so it is difficult to secure a predetermined time for each other. In addition, even if it can be secured, there are many cases in which it is unavoidable to suspend or cancel due to an emergency. Therefore, by using the moving image mail of the present invention, it is possible to send and receive the mail even if the other party is absent, and the above problems can be solved.

FIG. 9 shows an example of the configuration of the moving picture mail system of this embodiment, which is an example of the configuration when a teleconference is held between the specialist 102 of the hospital 101 and the attending doctor 104 of the clinic 103. 105 is a terminal of a hospital, 106 is a terminal of a clinic, and according to the procedure described in the first to third embodiments, via the network such as the line 107,
You can send and receive video mail. Reference numerals 108 and 109 are inspection devices. In the example of FIG. 9, an X-ray CT apparatus is installed in the hospital 101 and an ultrasonic diagnostic apparatus is installed in the clinic 103. Further, the image data obtained by each device is taken into a terminal of each facility by using a means such as a network or a medium transport and used as a material for a moving image mail. Next, FIG.
An example of using the moving image mail using one configuration example will be described.
Now, a patient who complains of an abnormality in the abdomen visited the clinic 103 and was examined by the attending physician 104. The attending physician 104 performed an abdominal ultrasonography using a simple and non-invasive ultrasonic diagnostic apparatus 109. As a result, a shadow like a tumor was found in the liver, but it was difficult to judge whether it was benign or malignant, and to perform necessary detailed examinations and treatment policy planning in the future. Therefore, the attending physician 104 uses the terminal 106 to create the moving image data shown in FIG.
It was sent to the specialist 102 as a video mail.

The moving picture data shown in FIG. 10 includes the family history 111, dietary habits 112, medical examination results such as the history 113, the main complaint 114,
Further, it is composed of ultrasonic inspection images (115 to 117) and the like captured from the ultrasonic diagnostic apparatus. 121 to 129 are summaries of voices of the attending physician regarding the contents 111 to 119 of the moving image data. Further, the ultrasonic diagnostic apparatus can collect images in real time, and can transmit the entire collection result to a medical doctor as moving image data instead of a still image obtained by extracting one frame from the collection result. In this embodiment, a plurality of moving image data (115 to 117) having different shooting directions are transmitted. Hospital 1
The medical doctor 102 of 01 operates the terminal 105 at the end of the day's medical examination, and receives the video mail (received video data) from the attending doctor 104 in the same procedure as in the first embodiment (FIG. 1). It is displayed on the moving image display screen 22. As a result, it was judged that there were two tumors, one was benign and the other was possibly malignant. Then, the reply button 31 was selected, and further the quote button 33 was selected to quote the received moving image data. Then, a frame in which benign and malignant characteristics (shape, shadow behind, clearness of boundaries, etc.) appear most clearly is displayed, the create button 34 is selected, and benign / malignant and its explanation are inserted. I created and inserted video data. As a result, reply moving image data as shown in FIG. 11 was created and transmitted to the doctor 106 as a moving image mail.

The reply moving image data shown in FIG. 11 is 165 to 169 of the medical examination moving image data quoted (1 of the moving image data shown in FIG. 10).
(Corresponding to 11 to 119), the inserted moving image data 131 to
This is data in which 135 is inserted. In this embodiment,
The data structure shown in FIG. 5 was used. 141-145 are
It is a summary of the audio | voice of a specialist regarding the contents 131-135 of insertion video data. The inspection image 115 is a benign tumor, the inspection image 116 is a malignant tumor, the inspection image 117 is two tumors, and the essential precision inspection 118 is For the medical treatment plan 119, the fact that the contrast examination is required and the content regarding the medication content are prepared and inserted. Doctor 104 of clinic 103
Displays the video mail from the specialist 102 by operating the terminal 106 the next morning, for example. When it is determined that a specialist's examination is necessary, the patient is contacted, the specialist's examination is recommended, a telephone call or a video mail is sent again, and the examination reservation procedure is performed.

As described above, according to the present invention, a moving picture mail for transmitting to another terminal a reply moving picture mail in which moving picture data received from another terminal is quoted according to an operator's instruction is sent to a terminal arranged in a plurality of medical facilities. Since it can be used, multiple doctors in remote areas, such as between the attending physician at the clinic and the specialist at the hospital, will be able to share the same time with each other without interruption or discontinuation due to sudden illness. It is possible to decide the diagnosis and treatment policy while observing each other's medical care data. Furthermore, a plurality of inquiry items such as a plurality of examination images, essential precision examinations, treatment plans, etc. can be quoted, an answer can be inserted corresponding to each inquiry, and reply moving image data that expresses the answer contents can be quickly created.

As described above, according to the present invention, a moving image editing step is provided for creating reply moving image data in which received moving image data received from another terminal is quoted according to an instruction of the operator, and the created reply moving image data is However, various modifications and combinations are possible within the range not exceeding this gist.

[0027]

As described above, according to the present invention, it is possible to reply while quoting received image data, it becomes easy to associate the received moving image data with the moving image data to be returned, and the response content can be summarized. Expressed reply video data can be created quickly. Further, by using the voice control step, the reply moving image data can be created with the same feeling as when actually interacting with the other party to reply, and the reply moving image data can be created quickly and accurately by a simple operation. Further, the display speed is changed depending on the type of moving image data, and necessary information can be obtained quickly and accurately.

[Brief description of the drawings]

FIG. 1 is a diagram showing an example of a screen screen of a terminal of a moving image mail system of the present invention.

FIG. 2 is a flowchart showing an example of a moving image mail creation method of the present invention.

FIG. 3 is a flowchart showing an example of a moving image display step for displaying moving image data.

FIG. 4 is a diagram illustrating an example of (a) reply moving image data and (b) citation position data generated in a moving image editing step.

FIG. 5 is a diagram illustrating another example of (a) reply moving image data and (b) insertion position data generated in the moving image editing step.

FIG. 6 is a flowchart showing an example of a moving image generation step of generating new moving image data.

FIG. 7 is a diagram showing (a) another example of a received moving image display screen and (b) an example of a display condition setting screen.

FIG. 8 is a flowchart showing another example of a moving image display step.

FIG. 9 is a diagram showing a configuration example of a moving image mail system of the present invention.

FIG. 10 is a diagram showing an example of moving image data.

FIG. 11 is a diagram showing an example of reply moving image data.

[Explanation of symbols]

10 ... Video editing step, 11 ... Instruction input step, 1
2 to 16 ... Conditional branching based on the input contents in the instruction input step, 17 ... Received video display step, 18 ... Video generation step, 19 ... Video quote step, 20 ... Video transmission step, 21 ... Terminal screen, 22 ... Reception Video display screen, 2
3 ... Transmission video display screen, 24 ... New video display screen, 25
... Play / Stop button, 26 ... Fast forward button, 27 ... Rewind button, 28 ... Received video data, 29 ... Reply video data, 30 ... Generated video data, 31 ... Reply button, 3
2 ... End button, 33 ... Quote button, 34 ... Create button, 35 ... Send button, 36 ... Record button, 37 ... Finish button, 41 ... Instruction input step, 42-44 ... Conditions based on input contents at instruction input step Branches, 51 ... New moving image data, 52 ... Received moving image data, 53 ... Quoted position data, 54 ... First line of quoted position data, 55 ... Second line of quoted position data, 56 ... Inserted moving image data, 57 ... Inserted position Data, 58 ... First line of insertion position data, 59 ... Second line of insertion position data, 60 ... Third line of insertion position data,
61 to 62 ... Conditional branch based on voice, 63 ... Step of stopping reproduction, 64 ... Step of starting recording, 65 ...
Step of ending recording, 66 ... Inserting recorded video data into reply video data, 67 ... Voice control step, 68 ... Video generation step, 71-73 ... Author bar, 74 ... Pointer, 75 ... Author Fast forward button in units, 76 ... Rewind button in units of creator, 7
7 ... Area for displaying creator, 78 ... Display condition setting button, 81 ... Display condition setting screen, 91 ... Step for checking creator of moving picture data to be reproduced, 92 to 94 ... Conditional branch based on creator of moving picture data, 95 ... Setting display condition of sender, 96 ... Setting display condition of receiver, 97 ... Setting display condition of Taro,
98: step of setting standard display conditions, 99: step of displaying moving image data under the set display conditions, 100
… Condition branch to check the creator, 101… Hospital, 102… Specialist, 103… Clinic, 104… Doctor, 105… Hospital terminal, 106… Clinic terminal, 107… Line, 108
... 109 ... inspection device, 111-119 ... moving image data, 1
21-129 ... Voice summary, 131-135 ... Inserted video data, 141-145 ... Voice summary, 161-169 ... Received video data, 171-179 ... Voice summary.

Claims (9)

[Claims] 1. A method of creating a moving image mail for transmitting and receiving moving image data between a plurality of terminals, wherein each of the plurality of terminals displays a received moving image data which is received moving image data from another terminal. A video editing step of creating reply video data that cites the received video data according to the instruction of the operator and replies to the other terminal.
And a moving image sending step of sending the reply moving image data to the other terminal. 2. The method of creating a moving picture mail according to claim 1, wherein the reply moving picture data includes at least the received moving picture data to be quoted and the quoted portion of the received moving picture data at a frame position of the reply moving picture data. A method for creating a moving image mail, comprising: 3. The moving image mail creating method according to claim 1, wherein the reply moving image data is at least insertion moving image data which is new moving image data generated according to an instruction from the operator, and an insertion position of the insertion moving image data. And inserting position data indicating the frame position of the received moving image data. 4. The moving image mail creating method according to claim 1, wherein the moving image editing step is a voice control step of controlling at least other steps in response to a voice of the operator. And a moving image generating step of generating moving image data of the operator, wherein the voice reacts to a voice uttered by the operator while referring to the received moving image data displayed in the received moving image display step. By the control of the control step, the moving image data of the operator who is speaking in the moving image generating step is generated, and the moving image data of the operator is displayed in the received moving image display step when the operator starts speaking. A method for creating a moving image mail, characterized by inserting the received moving image data at a frame position. 5. The moving image mail creating method according to any one of claims 1 to 4, wherein each of the plurality of terminals displays at least information for identifying the operator who created the moving image data. A method for composing a moving picture mail, comprising steps. 6. The moving image mail creating method according to claim 1, wherein the displaying condition of the moving image data is changed and displayed at least according to the operator who created the moving image data. A method for creating a moving picture mail, comprising a moving picture displaying step. 7. The moving image mail creating method according to claim 6, wherein the moving image display step changes display conditions of the moving image data depending on whether the moving image data to be displayed is the received moving image data or the reply moving image data. Video mail creation method characterized by. 8. A moving picture mail system for transmitting and receiving moving picture data between a plurality of terminals, wherein each of the plurality of terminals has a received moving picture display screen for displaying received moving picture data which is moving picture data received from another terminal, A transmission moving image display screen that displays reply moving image data that is moving image data that is returned to the other terminal, and a quote button that instructs the operator to quote the received moving image data in the reply moving image data,
A new moving image display screen for displaying the inserted moving image data newly created by the operator, an insert button for instructing the operator to insert the inserted moving image data into a desired frame of the reply moving image data, and the operation And a send button for instructing a person to send the reply moving image data to the other terminal. 9. The moving picture mail system according to claim 8, wherein the moving picture mail creating method is used in any one of claims 1 to 7.