JP3388451B2 - Handwriting input device - Google Patents

Description

Description: BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention
Handwriting input device for inputting handwritten drawing images
I do. 2. Description of the Related Art Recently, user computers have been
The importance of interfaces is being recognized. With this
GUI (Graphical User Interface)
e; Graphical user interface)
・ The interface is becoming mainstream. In this interface, an icon
Select (pictogram) by operating the mouse, keyboard, etc.
Command selection from the menu, file operation
All operations other than character input, such as
It can be executed. [0004] However, the conventional
The GUI is based on mouse operation, so in terms of operability,
There was a problem. That is, icon selection by mouse operation
Moving the mouse cursor for selection is quite smooth
It is not something that can be done in a while, even if you get used to it
Was something. There is also space for mouse operation
Was needed. With such a pointing device
Recently, the pen as a way to overcome the shortcomings of mice
The input is noticed. [0005] The pen input is used by the user on a daily basis.
You can write letters and notes as if you were writing in a notebook or notebook
Figures and the like can be directly input on the display surface. Also, select the icon
Very simple and high because the selection can be made directly with a pen
Fast, as a pointing device for GUI
Is also optimal. Therefore, conventionally, key operation and mouse operation have been performed.
Deletes data on the screen and changes the font
Editing such as exchange can be done by handwriting input by pen operation
Will make editing easier and more efficient
it is conceivable that. Also, the work is different from before
It is thought that it will be possible to do it with a natural feeling without
You. An object of the present invention is to display by image input.
Desired editing process for various data displayed on the screen
Is to make it easier to manage. SUMMARY OF THE INVENTION The present invention provides a display device on a display screen.
Display data desired among various display data displayed in
Input by hand using the desired box drawing image
Range specification means specified by the range specification operation in
Registration of editing commands corresponding to handwritten box drawing images
Means for determining whether or not there is a record,
No edit command corresponding to the drawing image is registered
When a new editing command is specified in the
Edit processing based on the editing command
Execute on display data in the range specified in the image
Along with the new editing command,
Registration means for registering the image in association with the image,
Registration of editing commands corresponding to the enclosing drawing image
If there is, the range specified in the box drawing image
Read the above edit command for the display data of
Execute the editing process based on the read editing command of
Editing control means for controlling
Handwriting input device. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0015] The following is an example of the present invention. An embodiment of the present invention will be described with reference to the drawings.
explain. FIG. 1 is an external view of an embodiment of the present invention. The device shown in FIG.
Power is the basic operation and has a handwritten character recognition function.
I have. The entire device has a pad-type outer shape,
A pen storage groove 12 for storing the pen 11 is provided.
ing. Almost the entire upper surface excluding the pen storage groove 12
Has an input / display device 13 for pen input.
You. The input / display device 13 is a liquid crystal display.
Table consisting of bitmap displays such as ray
Display unit 13a and a tablet arranged on the display unit 13a.
And a coordinate input unit 13b. Next, the system of the embodiment having the above appearance
The configuration is shown in FIG. In the figure, a CPU 21 is a microphone
Central processing unit consisting of
Execute the program stored in the program memory 22
To control each component in the system. The coordinate input unit 13b is, for example, a pressure-sensitive type, an electromagnetic type.
It consists of a tablet of guidance system etc. and detects pen input
And the coordinate position of this pen input (the writing locus of handwriting input
Coordinate data) to the CP via an interface (not shown).
Output to U21. From this coordinate data, the CPU 21
Generate handwritten image data by pen input and image
Write to memory I26. The image recognizing unit 23 receives a signal from the CPU 21.
In response to the instruction, the handwritten input data is figure-recognized. Soshi
The recognized figure based on the handwritten input coordinate data.
A figure that specifies an area with a certain size or more
Check if it is an image (hereinafter referred to as an enclosing figure)
Recognizes handwritten input of encircled figures. And these
The recognition result is returned to the CPU 21. The CPU 21 receives the recognition result, and
If you have already entered the
From the input coordinate data, a table
Area on the display screen is set as the edit target area. Also,
Further, referring to the edit command memory 36, the edit command
Check if the password is already registered. And registered
If the edit command is
Execute on image data. The command recognizing unit 24 receives a command from the CPU 21.
In response to the instruction, the handwritten input data is recognized. Soshi
The character string (or symbol) obtained by this character recognition
Edit command stored in reservation command memory 25
Handwriting of edit command by comparing with character string (or symbol) of
Recognize input. Then, the recognition result is sent to the CPU 21.
reply. The CPU 21 performs editing based on the recognition result.
When you know the command input, before entering this edit command
If you recognize that the above box is entered
Will use this edit command in the enclosing
Edit command memo as the edit command specified by
It is stored in a predetermined area of the file 36. And this editing command
The edit specified by the
The image data in the edited edit target area.
You. The reservation command memory 25 is, for example, described later.
Used in this device as shown in FIGS. 3, 5, 7 and 9.
Convert all possible editing commands to text or symbol data.
Data (character code string or symbol code string)
are doing. The edit command memory 36 stores various shapes.
Memorize the editing command entered after the figure
You. The image memory I26 stores the image of the input / display device 13.
Latest handwritten input image data input by pen on the surface
Is stored in a bitmap format. The image memory II 27 stores the current screen
The already input image data displayed in
This is a memory that stores data in the map format. Display memory 28
Represents the image data of the screen displayed on the display unit 13a.
This is a frame memory that stores data in a bitmap format. The display control unit 29 receives an image from the display memory 28.
Reads the image data and converts it to a serial video signal.
And outputs it to the display unit 13a.
Supplies a horizontal / vertical synchronization signal to the display unit 13.
a of the image data stored in the display memory 28
Display the image. The image processing unit 31 receives the
In response to the instruction, the image is recognized by the image recognition unit 23.
Displayed in the edit target area set by the enclosing figure.
Image data in the image memory II 27
The editing command or command recognized by the command recognition unit 24
Edit command memory 36 by inputting only the enclosed figure
Edit processing specified by the edit command read from
Execute the process. In this editing process, the image data
Processing such as conversion to bold is performed by the arithmetic unit 33. So
The new image data obtained by this editing process
Data is sequentially written to the image development memory 32. And
When the editing process is completed, the data is stored in the image development memory 32.
Image data obtained by the above editing process
To the corresponding area of the image memory II. As described above, the image development memory 32
And the image processing unit 31 has
Image data of the edit target area in the image memory II27
Is a bitmap format memory for temporarily storing. The operation unit 33 receives the data from the image processing unit 31
Under the control, the edit target area in the image memory II 27
Predetermined edition such as converting to bold for image data of
Collection processing. The page file 34 is input by pen input.
A sentence of one page (corresponding to one screen of the display unit 13) to be created
Store multiple pages of documents. CPU 21 is an input / display device.
Each time a one-page document is created on the
To the file 34. Next, the deletion and the character in the embodiment having the above-described configuration will be described.
Refer to FIG. 3 for a method of handwriting input for instructing a body change or the like.
I will explain. FIG. 3 shows handwritten input data already input.
To explain how to enter the box shape when deleting part of
FIG. The rectangular frame in FIG.
2 shows a display screen of the device 13. Also shown in Fig.
The upper left six crosses 41 and the lower right spiral 4
2. The five △ marks 43 below them have already been input, respectively.
Shows image data such as letters, numbers, or symbols
are doing. Thus, the image data is stored in the pen 11
After more handwriting input, the six crosses 41 in the upper left and the lower right
Suppose that it is necessary to delete the five five marks 43
You. In this case, as shown in FIG.
A circular boxed figure 44 surrounding only the six crosses 41 to be tried
To specify the deletion area. This enclosing figure 44
May be closed or open. On the device side, the written box 4
4 is a graphic image for instructing editing inside the box.
Is recognized, the area inside the enclosed figure 44 is edited
Automatically set as an elephant area. Next, the user, as shown in FIG.
In the vicinity of the above enclosed figure (in the example of FIG.
Enter the reserved edit command "Delete"
You. As a result, the image surrounded by the box 44
Page data (six crosses 41) as shown in FIG.
Will be deleted (erased). And this editing command
The "delete" command is automatically registered in the device. Subsequently, as shown in FIG.
A square enclosing figure 45 enclosing all of the lower five triangles 43
Write a stroke and specify the deletion area again. In this way,
The shape of the box shape that indicates the collection is not fixed
What if the figure is recognized as an enclosing figure
It may be an encircling figure having a simple shape. On the device side, the written figure 45 is
When it is recognized that the image is an enclosing figure, the
The area is automatically set as the area to be edited, and
Edit command "Delete"
This is executed for the image data (five Δ marks 43). As a result, an area is designated by the enclosed figure 45.
The image data (five marks 43) shown in FIG.
Is deleted (erased) as shown in FIG. Note that the user
Edit command that can be entered with only figure is only "Delete"
It is not limited to font changes such as bold conversion,
Command to specify color change etc. in case of color display
Can also be input. Next, in such a handwritten input of the enclosed figure,
Diagram showing operations to realize editing work such as deletion and font change
This will be described with reference to the flowchart of FIG. The user
Handwriting operation (hand operation) with the pen 11 on the input / display device 13
When the input is performed, the coordinate input unit 13b changes the handwriting input coordinates.
Position (the position where the pen was operated is set on the coordinate input unit 13b.
The coordinate position in the defined normalized coordinate system. In this embodiment, the table
Normalized coordinates set in the display unit 13a and the coordinate input unit 13b
(Coordinates coincide with each other).
Is notified by interruption (S1). The CPU 21 inputs the handwritten input.
Image data whose coordinate data is equal to the locus drawn in chronological order
And writes it to the image memory I26
(S2). Then, the user's handwriting input is completed,
Interruption from the mark input unit 13b is interrupted for a predetermined time or more
The CPU 21 determines that the handwriting input has been completed,
This time handwriting newly written in the image memory I26
Stored image data and image memory II27
Already entered and displayed handwritten input image
And OR the resultant data with the display data and writes it into the display memory 28.
The display control unit 29 is configured to output the OR
The read image data is read out and displayed on the display unit 13a.
An image corresponding to the image data is displayed (S3). With the above operation, the user can input and display information.
When handwriting input is performed with the pen 11 on the
Characters and figures are immediately displayed on the input / display device 13.
(See FIG. 3). Next, the CPU 21 executes the above-mentioned pen input to
The handwritten data written in the image memory I26 is
It is checked whether or not the figure is only a figure (S4). In this process, C
The PU 21 stores the hand stored in the image memory I26.
Transfer image data of writing input to image recognition unit 23
To determine whether the figure is an enclosing figure. Image recognition
The unit 23 converts the handwritten input image data into a certain
Enclosed shapes that specify an area that is larger than
Is checked, and this recognition result is notified to the CPU 21.
You. The CPU 21 uses this notification to specify the editing area.
When the user knows that only the figure has been input by the pen (S4, Yes), the next
The edit command is referred to the
It is checked whether it is stored (registered) (S5). Then, if it is found that the information is not registered (S
5, No), and waits for the next handwriting input;
In step S11, a handwriting input image following the input of the boxed figure is input.
Same as steps S1 to S3
Is performed. Thus, following the input of the above-mentioned box figure,
Image of reserved editing commands, etc., input by handwriting
Is displayed on the input / display unit 13 together with the above-mentioned enclosed figure.
It is displayed immediately (for example, see FIG. 3 (b)). Next, the CPU 21 enters the input / table
Of the image memory I26 displayed on the display device 13.
The image input by hand after the input of the above box
Whether the data is a pre-reserved editing command
Check (S12). In this process, the above image memory
The command recognition unit 24 converts the handwritten image data in
And edit commands that are reserved (registered) in advance
Is instructed. Command recognition unit 24
Stores the transferred image data in the reservation command memory 2
5 against the edit command stored in
The result is notified to the CPU 21. The CPU 21 receives the notification and makes a reservation in advance.
(S12,
Yes), the editing command is stored in the editing command memory 36.
Is registered (stored) in (S13). Subsequently, the above-mentioned box in the image memory II 27 is
All images displayed in the area surrounded by the
Edit data corresponding to the above edit command
Is executed (S6). Then, the contents in the image memory II 27
(Edit processing result) is displayed on the input / display device 13
Step S7). Next, the contents of the image memory I26 are cleared.
After clearing (step S8), the process returns to step S1. With the above operation, the user has input first.
If you input the “Delete” command by hand after the enclosing figure
If the "Delete" command is registered,
A "delete" command is executed, and after the execution of the command,
The displayed enclosing figure and the above command are deleted, and the example
For example, as shown in Figs. 3 (c) and 4 (c),
The image data enclosed by the shape is deleted. Also,
For example, if the “bold” command is input by handwriting,
The image data that was enclosed by the figure is displayed in bold
Is done. In step S12, the input of the enclosing figure is performed.
Subsequent handwritten input image data is reserved.
If it is not the edit command (S12, No),
It is determined that the image data is image data, and the image memory I2
6 and the image data in image memory II 27
OR with the corresponding bit positions at corresponding bit positions,
The result obtained by this logical operation is stored in the image memory II2.
7 (S15). Then, in step S8
Proceed to processing. As a result, the input is made after the enclosing figure.
Normal handwritten image data is input as it is.
In step S5 described above, the handwritten input
Command has already been stored (edited) in the edit command memory 36.
(S5, Yes), the CPU 21
Immediately proceeds to the process of step S6. Thus, once the editing command is registered
After that, input only the enclosing figure continuously.
The editing command can be executed continuously. Ma
The image input by handwriting in step S4 described above.
Data is normal image data, not enclosing figures
In this case (S4, No), it is determined that the editing process has been completed.
The editing command registered in the editing command memory 36
The command is deleted (S14), and the process of step S15 is performed.
Proceed to reason. By the above-mentioned operation, the user can select a series of enclosed figures.
When the input is interrupted, the execution of the editing command ends.
The registration of the editing command is canceled in the normal image
Return to data entry and execution. Next, a second embodiment of the present invention
Will be described. In the first embodiment described above, the edit command
There is only one command, and after registration, the registered one
Edit commands can be entered by entering any enclosed shape.
And run it. In contrast, this second
In the example, one edit command corresponds to one enclosed figure
By registering and registering multiple
To register multiple editing commands.
By entering a figure similar to the specified
Out of multiple editing commands registered as
It is possible to select and execute editing commands
You. Appearance and system configuration of the second embodiment
Shows the appearance and system of the first embodiment shown in FIGS. 1 and 2.
The configuration is the same. However, the system configuration shown in FIG.
The contents stored in the edit command memory 36 are as described above.
As described above, the third embodiment differs from the first embodiment. Here, the editing frame in the second embodiment is
FIG. 5 illustrates a method of registering an edit command in the command memory 36.
It is shown in a formula. As shown in FIG.
6, a plurality of editing commands input by handwriting are stored in a key.
And several types of enclosed figures (key figures)
Stored. In the example of FIG.
Edit area with open circle as a key figure
The “delete” command to delete the data in the
A downward U-shaped (open square bottom) boxed figure
Specify red display of data in the edit area with
Command, followed by a pair of open parentheses
Editing area with an enclosed figure consisting of closing parentheses as a key figure
Register "bold" command to indicate bold display of data inside
Have been. These enclosures and editing commands are
The editing command is entered by the user
Registered in the memory 36. FIGS. 6 and 7 show the above-mentioned enclosed figure and edit frame.
Command registration method and the execution of those registered editing commands.
It is a schematic diagram explaining a row method. The upper part shown in FIG.
Four crosses 51, a spiral mark 52 at the lower left, and a lower right at the same
Are two of the sentence already input.
Indicates image data such as letters, numbers, or symbols.
You. Here, the upper four crosses 51 are deleted.
Suppose the need arises. In this case, as shown in FIG.
First, surround only the four crosses 51 to be deleted.
Draw one stroke of the circled boxed figure 54, and then
As shown, in the vicinity of the above enclosed figure (in this case, right
Enter the edit command "Delete" in the lower part). This allows
Image data (four x marks 5) surrounded by a box graphic 54
1) is deleted (erased) as shown in FIG. So
Then, at this time, this editing command "Delete" and a round box
The graphic 54 is stored in the edit registration memory 36 as shown in FIG.
Will be automatically registered in Thereafter, for example, the deleted image data
Data below the data (four x marks 51) (two
When it is necessary to delete the symbol (53) of FIG.
As shown, the user first puts only those two △ marks 53
A circular box figure 5 having the same shape as the registered box figure 54
It is sufficient to simply surround it with 5. In other words, the image data to be deleted
A box of the same shape as the above-mentioned box figure 54 according to the size of the
One-stroke drawing 55 is drawn to designate a deletion area. On the device side, the written figure 55
Is a round box similar to the box figure 54 already registered.
Is recognized as the only figure, and the area inside the enclosed figure 55 is recognized.
Is automatically set as the edit target area, and within this edit target area
Data corresponding to the above-mentioned enclosed figure 54
Execute the edit command "Delete". As a result, the area enclosed by the enclosing figure 55 is
The image data (two た marks 53) is shown in FIG.
It is deleted (erased) as follows. Next, a schematic diagram shown in FIG.
Makes part of the handwritten input data already input bold
A handwriting input method for rewriting will be described. The two crosses 61 at the upper left of FIG.
The spiral marks 62 at the lower right are already input, respectively.
Indicates image data such as characters, numbers, or symbols
I have. After performing such a handwriting input, two
It is assumed that the x mark 61 needs to be rewritten in bold. this
In this case, as shown in FIG.
Of the image data (in this example, two x marks 61)
Enclosing figure 63 (a pair of open and close parenthesis)
To specify the area to be converted to bold. On the device side, the written encircled figure 6
3 is a graphic image instructing editing inside the box.
And edits the area inside this enclosing figure 63 to be edited.
Automatically set as area. Next, the user, as shown in FIG.
Enter the editing command "bold" near the above box
You. As a result, the image surrounded by the box graphic 63
The data (two crosses 61) are shown in thick lines as shown in FIG.
Is converted to characters. And this editing command "
A character 63 and a pair of parentheses enclosed graphic 63 are shown in FIG.
As shown in FIG. Subsequently, the user inputs the image data that has just been deleted.
Image data (one image data) below the data (two × marks 61)
It is assumed that the spiral mark 62) needs to be converted to bold.
In this case as well, the user can use the spiral mark as shown in FIG.
An enclosing figure of the same shape as the enclosing figure 63 in which only 62 has been previously registered
It is sufficient to simply specify the area by surrounding it with 64. On the device side, the written figure 64
To a pair of brackets similar to the already registered enclosing figure 63.
Recognizing that it is an arc-enclosed figure, the
The side area is automatically set as the edit target area, and this edit target
For the data in the area,
Execute the registered editing command "bold". As a result, together with the enclosed graphic 63,
The editing command "bold" registered corresponding to this
Image data (spiral mark 6) surrounded by enclosing figure 64
2), and a spiral mark 6 as shown in FIG.
2 is converted to bold. As described above, once the editing frame is
If you edit by entering a command,
Fill in the box corresponding to the desired editing command and edit
Simply specify the area and the desired edit will be performed immediately.
You. Subsequently, referring to the flowchart of FIG.
The operation of the second embodiment will now be described. Input and display by user
When handwriting input is performed with the pen 11 on the device 13,
Steps similar to steps S1 to S4 in the flowchart of FIG.
Steps S21 to S24 are performed, and the enclosing figure or
It recognizes which of the normal image data was input
It is. Then, the CPU 21 recognizes that the image is an enclosing figure.
(S24, Yes), this enclosed figure is edited
Key figure stored (registered) in the command memory 36.
To see if they are similar or similar to any of the key figures.
(S25). As a result of this collation, the input box
If a key input figure similar or similar to the figure is registered
(S25, Yes), the editing command corresponding to the key figure
Command from the edit command memory 36 (S2
6). Then, in the encircled figure input by handwriting this time,
The image memory II in the area to be edited surrounded by
Execute the above edit command for the image data in
(S27). In this editing process, the CPU 21
The position of the encircled figure input by hand on the screen of the display device 13
Standard data or image data stored in the image memory I26.
Based on the storage position data of the enclosing figure,
Corresponding to the area (editing area) surrounded by
Recognize the area in the storage memory II27. By the above operation, the read editing frame
If the command is a "delete" command, the image memory II27
Delete the image data of the above-mentioned edit target area.
On the other hand, if the edit command is a "bold" command,
Image data of the area to be edited in the image memory II 27
Is transferred to the image processing unit 31, and the transferred image
It instructs the process of converting the geodata into bold. The image processing section 31 receives the
Converts image data to bold in response to instructions
The calculation section 33 is caused to execute the processing. And the result of this process
New image data to be stored in the image development memory 32
Write. Then, it is stored in the image development memory 32.
Image data (to bold using the “bold” command)
The converted image data) is stored in the image memory II.
Transfer to area. Thereafter, the CPU 21 sets the image memory I
26 and the image data in image memory II 27.
OR combining image data with corresponding bit positions
The result obtained by this logical operation is stored in the image memory.
II27 (S28).
After clearing 26 (S35), the process returns to step S21.
Wait for the next handwriting input. On the other hand, in step S25, the input
Key figures similar or similar to the enclosing figure
If it is found that it is not registered in the memory 36 (S25, N
o), the CPU 21 waits for the next handwriting input (S2).
9). Then, in steps S29 to S31, the above
For handwritten input image data following the input of the
Then, the same processing as in steps S21 to S23 described above is performed.
U. This allows handwriting following the input of the enclosed figure
Image data such as input editing commands are
It is immediately displayed on the input / display device 13 together with the only graphic. Then, the CPU 21 enters the input
In the image memory I26 displayed on the display device 13
Image input by handwriting after inputting the above box
Page data is an editing command reserved in advance
It is checked (S32). In this process, the CPU 21
Image of handwritten input stored in image memory I26
Page data to the command recognition unit 24, and reserves it in advance.
Determine if the command is a (registered) edit command
To instruct. The command recognition unit 24 receives the transferred image
Edit data stored in reservation command memory 25
Collate with the command and notify the CPU 21 of the collation result.
You. The CPU 21 receives the notification and makes a reservation in advance.
(S31, S31).
Yes), the edit command is the previously entered enclosing figure
Is stored in a predetermined area of the edit command memory 36 by using
(Registration) (S33). Then, the above step S27
Proceed to processing. As a result, the editing command memory 36
Edit commands following the enclosing shapes that have not yet been registered
When you input by hand, this editing command
Registered as a key and enclosed by the above box
The edit command described above is applied to the image data in the
An editing process using a command is performed. On the other hand, the CPU 21 determines in step S32
When it is determined that normal image data has been input (S3
2, No), image data in the image memory I26
And the image data in the image memory II27.
ORing is performed between the bit positions
The obtained result is stored in the image memory II 27 (S3
4), the process proceeds to the above-described step S35. This
The previously entered enclosing figure and the subsequently entered
Image data is processed as normal image data.
It is. In other words, even if it is an enclosed figure,
Can be entered as data. In step S24 described above, the handwriting input is performed.
If the input image data is not an enclosing figure (S
24, No), it is determined that normal image data has been input.
Then, the process proceeds to step S34. Thus, the continuation of normal image data
You can make input. The first and second embodiments
Indicates the content of the edit as an edit command
Input a character image such as "Delete" or "Bold" by handwriting
However, the present invention is limited to such an input method.
Instead, for example, as shown in the upper row of the table shown in FIG.
As shown in the figure, use the X or sawtooth mark
The issue image may be input by handwriting. Also,
Similarly, as shown in the next row of the table, "copy"
Spiral mark with up arrow or circled as command
The English character C may be input by handwriting. Also,
Command types are also limited to the above commands
Instead, as shown in the next and subsequent columns,
"Move" command to move image data,
Displaying image data in the edit area in red
Even if it is another command such as "red" command
Good. And the English text that encloses this "Move" command
Handwritten input of letter M or spiral mark with downward arrow
It may be. Also, replace the “red” command with English characters
Red or its initial R
Is also good. In the above embodiment, the input is made by handwriting input.
Edit only the input image data
However, the present invention is not limited to this,
For example, text converted to character code by handwritten character recognition
Entered by text data or external
Image data such as text data may be used.
Further, in the present embodiment, a graphic image for designating an edit target area is used.
Although the enclosing figure is entered as an image,
The invention is not limited to such an input method,
For example, the area where the image data to be edited is displayed
Specify the area by entering brackets in the upper left corner and lower right corner of the area
You may do so. In other words, handwriting that can specify an area
If there is an image, it does not necessarily have to be an enclosing figure. According to the present invention, an image displayed on a display screen can be displayed.
Display data within a desired range of various display data
If you want to perform the desired editing on the
Hand-draw an image of the desired shape surrounding the area
And specify the editing command indicating the above editing contents
By that, it was surrounded by the handwritten box drawing image
Edit command specified above for display data within the range
Editing can be executed,
Collection commands correspond to the above handwritten box drawing images
Next time, the next time
The same box drawing image as
As long as the target is only handwritten,
Editing process based on the editing command registered in association with the page
Can be done immediately. Further, in the invention according to claim 2, there are
Number of editing commands for each different shape of image
Can be registered as a key,
Figure images to be handwritten according to the type of command
You can use them properly. Therefore, different graphic images
Easy and high-quality editing
Can be done quickly.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an external view of a first embodiment of the present invention. FIG. 2 is a block diagram showing a system configuration of the first embodiment. FIG. 3 is a diagram illustrating a method of inputting an edit command in the first embodiment. FIG. 4 is a flowchart illustrating the operation of the first embodiment. FIG. 5 is a diagram illustrating a storage format in an edit command memory according to a second embodiment. FIG. 6 is a diagram (part 1) illustrating a method of inputting an edit command in the second embodiment. FIG. 7 is a diagram (part 2) for explaining an input method of an edit command in the second embodiment. FIG. 8 is a flowchart illustrating the operation of the second embodiment. FIG. 9 is a diagram showing another example of an edit command usable in the present invention. [Description of Signs] 13 Input / Display Device 13a Display Unit 13b Coordinate Input Unit 21 CPU 22 Program Memory 23 Image Recognition Unit 24 Command Recognition Unit 25 Reservation Command Memory 26 Image Memory I 27 Image Memory II 28 Display Memory 29 Display Control Unit 31 Image processing unit 32 Image development memory 33 Operation unit 34 Page file 36 Editing command memory

Continuation of the front page (56) References JP-A-63-108453 (JP, A) JP-A-3-248266 (JP, A) JP-A-63-289630 (JP, A) JP-A-3-91019 (JP) JP-A-4-174015 (JP, A) JP-A-5-324634 (JP, A) JP-A-61-107468 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB G06F 3/00 601-680 G06F 3/03 G06F 3/033-3/037 G06F 17/20-17/26

Claims (1)

(57) [Claims] [Claim 1] Various display data displayed on a display screen
Draw the desired display data range within
Specified by range specification operation in image handwriting input
Range designating means, and an editing command corresponding to the handwritten box drawing image
Determination means for determining whether or not there is a registration of an image, and an editing command corresponding to the handwritten box drawing image
No new edit command is specified without registering
The editing process based on the editing command
To display data in the range specified by the drawing image
And execute the new editing command
Registered hand to be registered in association with the handwritten box drawing image
Columns and editing commands corresponding to the handwritten box drawing image
Is registered in the box drawing image,
Read the above edit command for the display data in the
Edit processing based on the read edit command
Edit control means for controlling the execution of the handwriting.