JPH036608A - Control system for keyboard display - Google Patents

Abstract

PURPOSE:To convert the alphameric data or the KANA (Japanese syllabary) data displayed on a display into the KANA data on the alphametic data despite no reinput of data by adding an alphameric KANA conversion means and a KANA/alphameric conversion means to a dividing means which divides the data into the alphameric or KANA internal codes. CONSTITUTION:A dividing means 15 judges the data on the alphameric or KANA internal codes based on the internal code value of each data read by a reading means 14. When the data on the alphameric internal codes is decided, an alphameric/KANA conversion means 16 is started. While a KANA/ alphameric conversion means 17 is started when the data on the KANA internal codes 23 is decided. Then the means 16 converts the data on the alphameric internal codes divided by the means 15 into the data on the KANA internal codes by reference to a code conversion table 18. As a result, the alphameric or KANA data displayed on a display can be converted into the KANA or alphameric data even with no reinput of data.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a keyboard/display control system, and more particularly to a keyboard/display control system that performs code conversion of data already displayed on a display.

[Conventional technology]

Conventionally, in this type of keyboard/display control method, data could be entered by accidentally pressing an alphanumeric key or kana key on the keyboard to select an undesired alphanumeric mode or kana mode, and then operating the keys on the keyboard. If you do this, undesired data will be displayed on the display, but the data displayed on the display cannot be coded from alphanumeric data to Kanaki data, or from Kanaki data to alphanumeric data. It was not possible to convert the data, and the user had to press the alphanumeric key or kana key again to select the desired mode and then enter the data again.

[Problem to be solved by the invention]

In the conventional keyboard display control method described above, if you make a mistake in inputting alphanumeric data and kanaki data, or kanaki data and alphanumeric data, you can enter the mode by pressing the alphanumeric key or kana key on the keyboard again. The disadvantage is that data must be entered again after switching.

In view of the above-mentioned points, an object of the present invention is to enable code conversion of alphanumeric data or Kanaki data displayed on a display into Kanaki data or alphanumeric data, respectively, without re-entering the data. The objective is to provide a keyboard/display control method that provides

[Means to solve the problem]

The keyboard/display control method of the present invention includes, in a keyboard/display control program, a data input means for inputting data from the keyboard, and a code conversion (decoding) of the generation code of the data input by the data input means into an internal code. a data converting means; a data displaying means for displaying the data code-converted by the data converting means on a display; a reading means for reading the data displayed on the display by the data displaying means for a specified length from a specified position; The method is used to determine whether the data read by the reading means is alphanumeric data or Kanaki data. alphanumeric-kana conversion means for code-converting into data and displaying it on a display by the data display means; and code conversion of the kanaki-based data into alphanumeric data when the data is separated by the means as kanaki-based data; and a kana-alphanumeric conversion means for displaying the data on a display by the data display means.

[Effect]

In the keyboard/display control system of the present invention, the data input means inputs data from the keyboard, the data conversion means converts the generation code of the data input by the data input means into an internal code, and the data display means converts the data into an internal code. The data code-converted by the conversion means is displayed on the display, and the reading means reads the data displayed on the display by the data display means for a specified length from a specified position, and the cut means reads the data read by the reading means. distinguishes whether it is alphanumeric data or Kanaki data, and when the alphanumeric-kana conversion means separates the data as alphanumeric data, the alphanumeric data is code-converted into Kanaki data and the data is converted into data. The display means displays the data on the display, and when the kana-alphanumeric conversion means separates the data as Kanaki data, the data is code-converted into alphanumeric data and is displayed on the display by the data display means. let

〔Example〕

Next, the present invention will be explained in detail with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of a keyboard/display control system according to an embodiment of the present invention. The keyboard/display control system of this embodiment includes a data input means 11, a code conversion means 12, and a data display means 1.
3, a reading means 14, a cutting means 15, an alphanumeric/kana conversion means 1G, a kana/alphanumeric conversion means 17, and a code conversion chifur 18. Note that the data input means 11. Code conversion means 12. The data display means 13 and the reading means 14 are means conventionally provided in keyboard display control programs.

Referring to FIG. 2, the code conversion table 18 includes generated codes 21. A plurality of entries consisting of an alphanumeric internal code 22 and a Japanese kana internal code 23 are stored.

Referring to FIG. 3, one key 31 on the keyboard (not shown) is pressed to display alphanumeric characters 32 when the alphanumeric key (not shown) is pressed to select the alphanumeric mode. When a key is input and the kana mode is selected by pressing a kana key (not shown), a kana character 33 is input by pressing the keyboard 31.

The data input means 11 is a means for inputting data of a generated code 21 of alphanumeric characters 32 or kana characters 33 inputted from a keyboard.

The code conversion means 12 converts the generated code 21 of the data inputted by the data input means 11 into the code conversion table 11.
8, the code is converted into an alphanumeric internal code 22 or a kana internal code 23 according to the alphanumeric mode or the kana mode.

The data display means 13 is a means for displaying the data of the alphanumeric internal code 22 or the kana-ji internal code 23 converted by the code conversion means 12 on a display (not shown).

The reading means 14 is a means for reading alphanumeric data or kana character data displayed on the display by the data display means 13 from a designated position to a designated long bone as an alphanumeric internal code 22 or a kana character internal code 23.

The dividing means 15 is a means for dividing each data in the data string read by the reading means 14 into alphanumeric internal code 22 data or kana internal code 23 data.

The alphanumeric-kana conversion means 16 converts the alphanumeric internal code 22 separated by the separation means 15 into the code conversion table 1.
8 and converts the code into the Kanaji internal code 23.

The kana-alphanumeric conversion means 17 converts the kana-ji internal code 23 separated by the means 15 into the code conversion table 1.
8 and converts the code into an alphanumeric internal code 22.

Next, the operation of the keyboard/display control system of this embodiment configured as described above will be explained.

When one key 31 of the keyboard is pressed after selecting an alphanumeric mode or a kana mode by pressing an alphanumeric key or a kana key on the keyboard, the data input means 11 inputs a generation code 21 generated from the keyboard.

The code conversion means 12 refers to the code conversion table 18 to convert the generated code 21 input by the data input means 11 into an alphanumeric internal code 22 if it is in alphanumeric mode, and converts it into an alphanumeric internal code 22 if it is in kana mode. Code conversion to code 23.

The data display means 13 displays the alphanumeric internal code 22 or the kanaji internal code 2 converted by the code conversion means 12.
3 is displayed on the display.

If the operator makes a mistake in selecting the mode and enters data that should be entered using alphanumeric characters 32 in Kana characters 33, or enters data that should be entered in Kana characters 33 using alphanumeric characters 32, the operator should The reading means 14 is activated by specifying the position and length of the data displayed on the screen.

Then, the reading means 14 reads the data displayed on the display by the designated length from the designated position as an internal code, and passes the portion to the means 15.

The separation means 15 determines whether the data is the alphanumeric internal code 22 or the kana internal code 23 based on the value of the internal code of each data in the data string read by the reading means 14, and If the data is code 22, the alphanumeric-kana conversion means 16 is activated, and the kana-ji internal code 23 is activated.
If the data is , the kana-alphanumeric conversion means 17 is activated.

The alphanumeric/kana conversion means 16 converts the alphanumeric internal code 22 data separated by the segmentation means 15 into the data of the kana internal code 23 by referring to the code conversion table 1st, and converts the data into the data of the kana internal code 23. This causes the alphanumeric internal code 22 data to be displayed on the display at the location where it was located.

Further, the kana-alphanumeric conversion means 17 converts the data of the kana-ji internal code 23 separated by the segmentation means 15 into the data of the alphanumeric internal code 22 with reference to the code conversion table 18, and converts the data into the data of the alphanumeric internal code 22, and 13, it is displayed on the display at the position where the data of the kanaji internal code 23 was.

〔Effect of the invention〕

As explained above, the present invention provides means for separating data into alphanumeric internal code or kana-ji internal code, alphanumeric-kana conversion means for code conversion from alphanumeric internal code to kana-ji internal code, and kana-ji internal code. By adding a kana/alphanumeric conversion means to the keyboard/display control program to convert codes into alphanumeric internal codes,
This has the effect of converting alphanumeric data or kanaji data displayed on the display into kanaji data or alphanumeric data, respectively, without re-inputting the data.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the configuration of a keyboard/display control system according to an embodiment of the present invention, and FIG. 2 is a format of the code conversion table in FIG. 1. FIG. 3 is an example of one key on a keyboard. This is a diagram. In the figure, II...Data input means, 12...Code conversion means, 13...Data display means, 14...Reading means, 15...Separation means, I6...Alphanumeric kana Conversion means, 17... Kana alphanumeric conversion means, I8... Code conversion table, 21... Occurrence code, 22... Alphanumeric internal code, 23... Kana internal code, 31... Keyboard, 32...alphanumeric characters, 33...kana characters.

Claims (1)

[Claims] A keyboard/display control program comprising: a data input means for inputting data from a keyboard; a data conversion means for converting a generated code of data input by the data input means into an internal code; a data display means for displaying the data code-converted by the data conversion means on a display; a reading means for reading the data displayed on the display by the data display means for a specified length from a specified position; A separation means for separating data into alphanumeric data or kanaji data, and a code converter for converting the alphanumeric data into kanaji data when the data is separated as alphanumeric data by this separation means. alphanumeric-kana conversion means for displaying the data on a display by the data display means; and code conversion of the kana-ji data into alphanumeric data when the data is separated as kana-ji data by the separation means, and displaying the data. A keyboard/display control method comprising: means for converting kana to alphanumeric characters to display the information on the display.