JPS6048529A - Key click controlling system in case of inputting associative character of kanji - Google Patents

Abstract

PURPOSE:To prevent a sequence error of an input by converting a combination of the first and the second associative character which have been inputted, to a KANJI (Chinese character) code through an associative table, storing and also displaying it, and making a key click sound variable when inputting both associative characters. CONSTITUTION:In a data input device for inputting a Chinese character by a combination of associative characters consisting of at least two characters, not only an associative code table 241, a data buffer 242 and a cursor controlling circuit 243 but also a key click controlling circuit 244 are provided on a control device 24 for managing concentrically a keyboard 21, a CRT display 22 and a floppy disk 23, so that a key click rumbling circuit 25 can be controlled. In this state, an associative character from the keyboard 21 is converted to a Chinese character code and stored in the buffer 242, and in case of displaying it on a display 22, a key click sound from the circuit 25 in case of inputting the first and the second associative characters is discriminated by its existence, etc. and outputted.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of Kimon] The present invention relates to a key click jltll +iLl method of data input fabric for inputting Chinese characters by a combination of consecutive characters.

[Technical background of the invention and part 1! i] 'plI) The progress of Japanese information processing technology has not stopped (Kanji input methods have been developed in various cities, and the number of products has increased. Kanji associative code input methods are taking off) - for example. .

Kanji associative code input method and (1 for kanji (ll:τ
There is an input method in which the ``associative kana'' of the two characters that have been omitted is entered by the interviewer Rikichi, and the kanji that corresponds to the kana of the characters is determined. In other words, four characters are expressed by combining eleven associative characters consisting of two or more predetermined kana characters, alphanumeric characters, one special symbol, etc. that correspond to the next character.

FIG. 1 shows a specific human-powered character 11 of 1.

A specific input method will be explained using this diagram.

The associative character string indicated by Dl corresponds to a kanji character with constant δ・), two characters at a time. handle. The operator inputs data at the position displayed by the cursor on the CIT T taste play, but when inputting one kanji character using two characters in the above AU, the data is not displayed when inputting the first associative character. There is no change, and the corresponding kanji is input for the first time after inputting the daughter 2 enso characters.

Therefore, as far as the data displayed on the CRT display is concerned, the associative character that is about to be input is the first associative character. It is impossible to identify <H, the power that is the second associative character).

For this reason, it is inevitably easy to make incorrect inputs, especially in this associative character input method, a mistake in the order of the oki and somoji is completely associated with the mysterious meaning of kurigashio, And it becomes Kokichi to display.

Therefore, if you enter an incorrect entry, it will take a lot of time to find and damage the 8-↓ entry point, and depending on the contents, it may be a miscellaneous word of mouth. As a result, the work efficiency was extremely low.

[Purpose of the invention]

The present invention has been made based on the above points, and in this type of data input device, by changing the key click sound when inputting the first associative character and when inputting the second associative character, "" + >'S 2 Q) The object of the present invention is to provide a key click control method when inputting associative characters that allows the operator to recognize which character has been input.

[Summary of the invention]

Characteristics of the present invention (By changing the J, -1, -ri 11 tsuku sounds, it is possible to distinguish between the input of 1 酩 1 association letters and the input of DA ↓ double association letters). For example, M; 3] When inputting associative characters, there is no click sound, the second associative sentence prison force is only 1 cry, the height of the land, the change in tone, the sound jj + M
It is possible to make the song into paper, and to compare and use t-゛ in terms of size and size.

For this purpose, there are prepared 11 circuits for key-click breaking (circuits and O) controlled by the microcontroller and 11 circuits for generating key-clicks by this key-click control circuit.

Since these circuits are used in the system for other purposes, the cost of the present invention is only a fraction of the cost.

By implementing the present invention, it is possible to prevent errors in input order, which often occur when inputting associative characters.

[Embodiments of the invention] The present invention will be described in detail below using Figures 2 and subsequent figures.

FIG. 2 is a block diagram showing an embodiment of an apparatus for implementing the present invention. In the figure, 2I is the keyboard, 22 is the CR
T disk E/I, 23 is a floppy disk,
Each of these units zr, zz, and z3ii is centrally managed by a control system U. jlill amount 1% Place 24 is the associative code table 241. Data buffer 242. Cursor control m1 circuit 243. It consists of a key click control circuit 24 (7>) and is controlled by a microprocessor and peripheral control LSI (not shown).

The associative code table 241 generates and outputs a kanji code corresponding to a combination of associative characters input via the keyboard 21, and the output is stored in the data buffer 242. The cursor control circuit 243 controls the cursor display position (indicates the position of the next character to be input) on the CRT display 22, and is a conventionally well-known circuit block, so a description thereof will be omitted here.

The key click control circuit 24.I is controlled by a microprocessor, and the key click sound circuit 25.
Sends a drive signal corresponding to the key human power to the (speaker). That is, by changing the click sound, the drive signal is increased by o'J so as to distinguish between the input of the first associative character and the input of the second associative character. A key click sound circuit 254J generates a key click sound based on a drive signal output from the key click control circuit 244.

FIG. 3 is a conceptual diagram showing the operation of the present invention.
Continuous character input when inputting the data shown in Figure 1 (
3 shows the relationship between the kanji data (b) displayed on the cRT display 22, and the key click drive signal (c).

The operation of the present invention will be explained in detail below. The associative characters input from the keyboard 21 are displayed in the combination table 24 every two characters.
1, it is converted into a corresponding Kanji code and stored in the data no pamphlet 242. The contents stored in the data buffer 242 are converted into character font data and displayed on the CutT display 22.

The location in which the next take should be stored in the data buffer 242 is determined by a microcontroller (not shown).
I was also treated with a vortex, and C11'l was used as a vortex.
'De r subl/, (2:', express to ten.

PI34 in data buffer 242? J3 data (
The data is output to the floppy disk 23 in appropriate units such as records. Father, on floppy disk 23-Books J
The 3Th typed data may be loaded into the data node 242 and then edited using the keyboard, etc. Key click system (i11 circuit 244 is controlled by a microcontroller, which also cannot be rotated,
A drive signal (C in FIG. 3) corresponding to the human power of the key is sent to the key click sound circuit 25.

A feature of the present invention is that the input of the first associative character and the 1a42 associative character are made different by changing the key click sound. This will be explained using FIG. Key click sound circuit 25 (well, coming ug-
47>-I Q (key click control circuit 244 output)
Assume that the old key click sound, which was a positive pulse, is generated. As shown in Fig. 3(c), when inputting the first associative character, the operator does not make a click sound, but only when the first associative character is input. It's human power 1
．． It is possible to make acidic acid.

In the present invention's disaster test 1, (・re) Did you distinguish between the two people based on the presence or absence of the click sound?
It's not about the height of 1, it's the change in height, the change in the height of the back, and the change in duck movement time.

It goes without saying that the same effect will be produced by Oino Otsu's key click sound set 1.

〔Effect of the invention〕

As explained above, according to the present invention, it is possible to solve the order errors that often occur when using associative characters manually.
By clearly distinguishing the input operation of the 31st character and the second character by the key click line, +' and l can be stopped in advance. The present invention (ordinary system '7'-1j,'', i
/(Since it can be realized with a 11-ware circuit, it can be realized by sharing fl or! ri)mi1
1su9 (Banma Lost-like Elephant 4) 6.41', IY11 story 611 light Q1, 1 on page 1 is a ψ-shaped series A rod. Figure 2 is a diagram showing 11AI of human input device 11 in a data input device that uses code manually (Program diagram illustrating an actual example of a device that implements the present invention, Figure 31)
Zo: il'X)? : Showing the action of Ming i-441, Sakusi I
This is a mental image of Lψ.

21... Keyboard, 22... C1 (, T display, 23... Floppy disk, -2, -4...
Control circuit, 25... Key click sound circuit, 241.
...Kosou code table, 242...Data buffer, 243...Cursor control circuit, 244...Key click city 11 supination 11j5°! Iji'j 3 representatives), Patent attorney # Jiang 1r.
] Cedar boil i b+ 2nd rj'1 31st, I JJJJ (C)

Claims (1)

[Claims] A data input device inputs a kanji by a combination of associative characters consisting of at least two characters, with a ratio of 1.5 to each kanji code. ) into a kanji code, and the data buffer γ that stores the conversion take, and the upper j + 2 first
Ren P,, the key click sound when inputting characters and the second associated character is changed to pJ! The key click control circuit that outputs to the diversion circuit is 11 m long, and the key click sound output from the key click sound generating circuit is
A key click control method when inputting kanji associative characters, which is patented for distinguishing between associative characters and second pressed characters input;