JPS63184861A - Documentation and editing device - Google Patents

Abstract

PURPOSE:To obtain a documentation and editing device very superior in operability by displaying a command, which can be next used, in the vicinity of the operation position in inputting and editing processes in case of inputting and editing of characters and patterns. CONSTITUTION:If such command is inputted that input of characters is expected following this command, a square frame indicating the input position is displayed on a display part 7 and this area is stored in an input position storage part 9. Coordinates of the position 10 dots under coordinates of the lower left part of this input position are stored in a command display position storage part 8. A character inputted to the input position from a position coordinate input part 1 is recognized by a hand-written character recognizing part 3 and is converted to a corresponding character code and is processed in accordance with said command by a command executing part 6. Thereafter, a command rule storage part 4 is referred to check a command, which can be next inputted, by a command analyzing part 2, and this command is displayed in the position stored in the storage part 8.

Description

[Detailed Description of the Invention] [Objective of the Invention] (Industrial Application Field) This invention is a document l/p editing S for inputting and editing characters and figures on a word processor, work stage station, etc.
Regarding equipment.

(Prior art) Conventionally, the friend command for manually editing or editing a single character or figure is to specify a fixed area on the keyboard or near the outer frame of one screen using a position input device such as a mouse. , @6
The figure is a diagram showing an example of character editing, and shows a state in the middle of insertion. The t1c character is entered into the place where the character 61 is to be inserted using the keyboard or by converting kana to kanji.
2, and in order to finish this insertion procedure, move the cursor to the insertion end command position of the cloud 63 using a position input device such as a mouse, and press the button.

In this way, the prior art is based on the assumption that the input canister and the insertion end command are located close to each other as shown in FIG. However, as shown in Figure G7, the input method for one character in a frame is different in a device in which a transparent tablet is placed on top of a liquid crystal display and one display part and one input part are combined.
If the conventional technology is applied as it is, a problem will occur. In 'A Fit, as shown in Figure 7, there is no keyboard, and it is possible to write one character on a transparent tablet and find out which kanji character to write from a group of nine position coordinates. Recognize that. @8 In Figure 8, select the characters you want to insert directly into the input field at 81, insert them in order, and when you have finished inserting them, press the insert end command at 82. FIG. 9 shows a case where the insertion point 91 and the insertion end command 92 are far apart. In this case, a character is inserted near the insertion point 91 and the character is recognized by one handwritten character recognition.

After the insertion is done, you need to move the cursor far to position 92 to finish the insertion.

iP'fia is not good. That is, the problem arises because a single character can be entered anywhere on the screen and the position of the command is fixed.

(Problems to be Solved by the Invention) In the prior art, when performing 11 collections of one character or figure, the location where one letter or figure is pointed and the position where the command is placed are fixed. Me, I don't have good luck.
, the solution is to place the command near where you are inputting or editing. However, arranging many commands takes up a large area on the screen, which poses a problem in operability. Therefore, one purpose of the present invention is to provide a device that can check the commands that have been input so far and display the commands that can be input first in the vicinity of the place where manual or editing is being performed. It's about doing.

[Structure of the invention]

(Means for solving problems) This Ryumei has a t-th input section that inputs the 1st position coordinates manually.

l! 1 where the position coordinates from the tI input section specify a command area on the display section & a command execution section which takes action regarding the command, and a position coordinate string from the input section which is input as characters and a handwritten character recognition unit that generates the character code.

A display unit that displays a document report using the character code from the handwritten character recognition unit, and a means for displaying in the form 11 the part of the document report on this display unit that is subject to input or editing. , a pre-ordered t-command (command rules that write the blue report) part, and input in the text information on the display part, or input it near the part that is the target of the #li collection. Alternatively, the present invention is characterized by comprising means for displaying command information that can be normally used during editing from the first part of the command rule list.

(Operation) Figure 2 is a diagram for explaining the present invention in detail. @2
The outer frame in the figure is the display surface of the liquid crystal display.

A transparent tablet is placed above it as shown in Figure @7. Since the tablet has a single brightness, characters and figures displayed on the liquid crystal display can be viewed, and when position coordinates are entered into the doublet with a pen, the t-coordinate can be retrieved in accordance with the display screen.

In FIG. 2, characters are about to be inserted into the already written string t, and the insertion position indicated by 21, ie II!
The position of the character that is the actual target is highlighted by enclosing it.

When the position coordinates are inputted continuously into the enclosed area from the tablet, the code of the character is obtained by the character recognition means, assuming that the connection of the position coordinates represents the character ``■''. Repeat insertion by displaying a character pattern using that code in the enclosed place, and shifting the enclosing and subsequent strings to the right.

On the other hand, in the process of the insertion process, the command that can be inputted primarily indicates the end of the insertion, so it is displayed as a command as shown at 22 in Figure 2 below the enclosure. If you enter the characters in the box (line 9) and the position within the command area indicated by 22, you will manually enter the code for the insertion end command.

Even if the 21 character input canilia moves, if you want to end the insertion by displaying the 22 insertion end command immediately below and pressing 8, you can achieve your goal by moving one hand a little downward. Because the first command is located right next to the user, there is no need to make a large move each time, and the operability is greatly improved.

(Embodiment) An embodiment of the present invention will be described below with reference to the drawings.・
Figure 1rgJ is a complete book configuration diagram of the example table.

The position 1M coordinates manual section serves to input the position coordinates into the device.

The command analysis unit 2 is in charge of controlling the book d.

The handwritten character recognition unit 3 converts the vertical coordinate string inputted by one person into a one-character code, assuming that the characters are flat. The command rule storage section 4 stores the order of commands, and part of its contents are shown in Figure 3.

The command display section 5 has the role of displaying a command 8 that can be specified next.

It is passed from the command analysis section to the command execution section 6. It is responsible for executing input or editing commands. Display section 7
plays the role of updating the display on the liquid crystal display according to the specifications from the command display unit 5 and command execution g6.
vinegar.

An embodiment of the present invention will be described below with reference to one drawing.

The position coordinate input unit 1 plays the role of inputting position coordinates inputted from a tablet or the like into the present device.

The command analysis unit 2 takes in the position coordinates from the position coordinate input unit 8, checks the command display position storage unit 8 whose contents will be explained later, and if the coordinates are in the command area, inputs the code of the command into the command. Send it to the execution unit 6. Furthermore, the command rule storage unit 4 is searched to determine whether or not the input t-command is one for which a character is expected to be input next. If you are expecting to input one character, display it in the square frame 8 display section 7 as shown at 21 in Figure 2 at the input location, and move that area to the input position register 1 section 9. I agree.

Then, the input section (10 points downward with respect to the lower left coordinates of t)
The coordinates of the dot position are stored in the command display position it storage section 8. Now, let's move on to command analysis section 2.

If the coordinates input from the position coordinate input flS1 are within the area indicated by the input position storage section 9,
The position coordinates are additionally registered in the input position coordinates +U storage unit IO. In addition, at this time, 0.
If more than 5 seconds have passed, the input position
Hζ instructs the 1 handwritten character recognition unit 3 to recognize 1 without additionally registering.

Handwritten character recognition, input position tJA storage unit 9 in IT unit 3
The positional coordinates are read out, and assuming that the connection of the points represents a character, the recognition dictionary 11 is referred to and converted into a corresponding character code, and the code is sent to the command analysis section 2. At this time, the command analysis section 2 sends the t-code returned from the handwritten character recognition section to the command execution IS6. The command execution section performs processing based on the received t character and the current t command, such as insertion or correction, and re-creates one display. At this time, the 1 display content storage section 12 is also stored.

Nine coordinates are entered manually from the position coordinate input section t1.

1 if neither the command area nor the single character input frame
Assuming that it points to a character, 1 display content description i, 1g12
Read 'i', search for what is displayed where, invert the display of that character to show that the character is pointed to, and then set the lower left coordinates of the character's display position. The coordinates of the position of the lθ dot in the downward direction are stored in the command display position storage section 8.

Next, the command analysis section 2 instructs the command display section 5 to refer to the command rule storage section 4 for the next command that can be manually performed, and to display the names and frames of all the commands. In the command display section, the display position is read out from the command display position storage section 8, and the name of the command and the frame 8 are displayed at that position. And the command location is to the department.

Additional registration of the number of displayed items.

The contents of the command display position storage section at this time are shown in Figure 4 1a.
)lb). (10,lo)(30,20)U
They are expressed in the format of ff148X, y at the upper left and lower right of the position where the insert command is displayed, respectively.

The content field is the command name to be displayed.

@5rgJ is a diagram showing an example of the O flow of an embodiment of the invention. Here, one position coordinate string is first input (step 501), and then one character is input to see if the input nine coordinates are within the command area. Places are separated by whether they are within the frame or outside the frame (
Steps 503, 504) *The meeting in the command area is
Converts it into the command code, and if the judgment of "Next character input" is true, displays the character input box at the position of the character already pointed to. Display the characters displayed after that in a staggered manner. Then, the ninth preparation is made to display commands below the input frame, and the fifth commands that can be input are all displayed there. (Steps 506 to 509) If there are no 00 characters in the input frame, the 1tVik mark is written consecutively in the 1 character input frame. The input is captured until it lasts for 0.5 seconds (steps 505, 502), converted into a character code by handwritten character recognition a, and its character code is displayed. Then, the character input frame is shown to the position of the next character, and the text displayed thereafter is shifted and displayed. And 2
7/ Update the board display position in the same way as the command board O1 meeting. In addition, all the commands that can be input are displayed there (steps 513 to 517). For the highest dklζ, and for all other cases, the characters displayed at the position coordinates are saved, Indicate that the character is specified by displaying the character in reverse color, etc., and depending on the position of the character, perform the 10-point analysis in the same way as the command code.
All commands that can be entered are displayed here. (Steps 510 to 5L2) 0 This invention is upper 1c! O is not limited to the examples. In order to display the command 22 in figure @2, I decided to set it to 10 dots downward from the lower left coordinates of the Fumiko human power frame 21O, but it could be another number other than 10 dots, or the size of the 9-character input frame would be 67 [If so, you may choose to take 9 different values depending on its size.

Also, if you want to add 9 to 1 knife, it can be either top, left or right.

At the bottom, it cannot be displayed below, so it is placed above the llfl surface.
The direction is μ-cho, the bottom is up, and the left is right.

On the right side, display it on the left - then I & good.

The end of the input of the position coordinate string t9 is determined by waiting for 0.5 seconds, and t may be a different OaK, or it may be determined by entering a different O area. . The present invention may be implemented in various forms without departing from its gist.

[′@light effect]

According to the present invention, when inputting letters and figures and @completion, the command that can be used for the 0th order in the 4 fortunes is the operation Fr.
1 is displayed in the vicinity, and among them gI! Watch t
If you point at something, that command will be entered. Therefore, it is possible to provide an fK-nest device that is extremely easy to operate.

[Brief explanation of the drawing]

@ Figure 1 is a schematic configuration diagram of one embodiment of the present invention, Figure 2 is a diagram showing the present invention'Z)-4,*N(D display screen, and Figure 3 is a diagram showing the command rules/filter l!68 The figure showing the internal column, @4 figure is a figure showing the column column of the command display position storage section. Figure 1. Figure 7 is a diagram showing the integrated tablet and display, Figure 8.
@9 Figures are diagrams showing various examples of conventional display screens. 1... Position coordinate input section, 2... Frame/do analysis section, 3
...Handwritten character recognition section. 4... Commando rules memorandum. 5...Puma/do display section, 6...Command execution section, 7
...Display section, 8...Pmand display position record 1 part, 9
. . . Manual position record 1 part, lO . . . Input position coordinate string storage unit, 11 . . . Recognition dictionary, 12 . Dai 1 Ben 1st person Nori Chika Ken Yudo Take Hana Kikuhisa 1st figure P, giant (ku] (Bun 1's X force) low 3 hakama]] P, P2 Takumi (letter □λka) eyes] 1j ] Figure 3 Figure 4 Figure 2 Figure 7 Prisoner

Claims (2)

[Claims] (1) an input section for inputting position coordinates; a command execution section for performing processing related to the command when the position coordinates from the input section specify a command area on the display section; and the input section A handwritten character recognition unit that generates a character code when a position coordinate string from is input as a character, a display unit that displays document information using the character code from this handwritten character recognition unit, and a means for identifying and displaying a portion of document information to be input or edited; a command rule storage section storing pre-sequenced command information; and a means for identifying and displaying a portion of document information to be input or edited; 1. A document creation/editing device comprising means for searching and displaying command information that can be used during input or editing from the command rule storage section near a location where the document is being edited. (2) The document creation/editing device according to claim 1, wherein the input section and the display section are configured as an integrated unit.