JPS5949625A - Electronic equipment - Google Patents

Abstract

PURPOSE:To output a text in a style easier-to-read and easy-to-understand even when a simple. inexpensive, small-sized display device is used by outputting KANJI (Chinese character)-convertible characters which are discriminated by a discriminating means through a display means. CONSTITUTION:When the meaning of a phrase to be known is inputted with KANA (Japanese syllabary) keys 11, its rendering is displayed on a display device 2 through a CPU11. Then when a KANJI key 12 is pressed, KANJI read out of a fixed storage device 22 is displayed on the device 2. When a meaning output key 13 is pressed then, the CPU1 reads meaning data out of a fixed storage device 21. Consequently, a character string showing the meansing corresponding to said phrase in KANJI is displayed in KANA on the display device 2 together with a mark at KANJI-convertible place. When a KANJI conversion key 14 is pressed in this state, KANJI data at the KANJI-convertible places are read. Namely, the CPU1 reads a KANJI code at the KANJI-convertible place out of the device 21 and the character corresponding to the KANJI code out of the device 22.

Description

DETAILED DESCRIPTION OF THE INVENTION (1) Technical field The present invention has an electric 71 thrower, a display device 1η at 4.1f,
This display device i/i allows both kana and kanji characters to be displayed.
The present invention relates to an electronic device capable of outputting a specified character string.

(ii) Prior art Recently, display devices such as LCDs have been used to display the onkun reading of kanji and p.
! (Enter the reading of ni! and output the corresponding kanji,
English '1iri! There are various so-called "electronic sites" that have been announced, such as inputting the spelling of the word ``1'' and searching for and outputting the corresponding Japanese translation.

Such an electronic meter 11) has a different focal point to be determined depending on the crystal used. ! There are the following problems in Shigeko Shizan described in 1., which deals with 11 trees a^ in lν.

・In a table λj\ device that expresses characters by thermal dots, kana characters can be expressed with fewer dora I than kanji, and fewer galactors are required. Especially small! (When outputting using a display of (1), it is preferable to output kana characters if possible.However, if we consider the characteristics of the characters of the tree H/l, 1- 1 tree 3/i is characterized by the use of a mixture of ideograms called kanji and the two swords of the 1- character, and the fact that there are many times γ1゛ meaning;

As a general rule, the combination of one consonant and IiJ sound is expressed, so in a sentence with only kana, the same sound 7Z j151
It is difficult to distinguish tt/l, and sentences using only kana are not desirable for readers.

For example, in a mode that outputs the kanji meaning 1 in ``ichi rji: 1;'', even if the output is made with 41 famous characters, it takes time to read and understand, and there is a gap between humans and machines. Communication becomes less smooth.

(iii) The second invention has been made in view of the above points, and f+
? + Is the text easier to read and understand even when using a small, inexpensive display? The purpose of the present invention is to provide an electric T/equipment that can output t. Part 1 of 1-1
In order to achieve the first objective, the present invention provides a display means capable of outputting a sentence 1:t containing kanji and kana, and a display means capable of outputting a sentence 1:t containing kanji and kana, and a display means capable of outputting the kana characters displayed on this display means that can be converted into kanji. A configuration is adopted in which a means for identifying a character is provided, and the character that can be converted into a kanji character, identified by the identifying means, is outputted by the display 'r stage.

(iv) Embodiments The present invention will now be described in detail with reference to the embodiments shown in the drawings. However, in the following explanation, an electronic kanji dictionary (hereinafter referred to as an electronic dictionary) will be used as an example of an electronic device. For example, F-
9 Explain.

FIG. 1 shows a schematic configuration of a control device of the present invention.

In the figure, the symbol l indicates the CP II, and this CPU has input devices such as a kanajin key 11, a model key 12, and so on. Meaning key 13 and kanji conversion key 1
A keyboard consisting of 4 keys (, Q device and fixed key T)
Q device (IIOM) 21.22.

Further, a display device 2 is connected as an output device. C
P U I If l Tch 7' L S I (7)
It has a built-in control unit, ROM, RAM, etc., and controls the entire system using a known method.

Here, Kanajin Kaki-11 is the mature fi/ that you want to search for! Used when entering the reading. The reverse key 12 is used to output manually written phrases in kana characters in kanji. Kaki-13 for meaning is a of the kanji output juku+tt1.

It is used to output taste. In addition, Kanji conversion ghee 14 is a shallow learning expression of the output characters ii (
It is used when converting Japanese characters into Kanji and outputting them.

The fixed storage device 21 has the reading of the kanji, ρ! (811/,
I taste, Muku: 48 character codes are stored, and in response to input from the keyboard, the CPU displays the character information stored in the fixed storage device 22;
Although the 0 display device j1°112 configured to output to "12" is not shown in detail in Al11, one character of the dot 7 trix (1) name is represented by 8 x 8 dots I, There are 3 display lines on the right consisting of 8 characters, and it is possible to express up to 24 characters in total.Below the name of the name character, it is indicated whether or not it can be converted to i/k characters. For example, a mark section expressed by several dots is provided to indicate that the character output when this mark is read is a character that can be converted into 1/71 characters.Also, the display device 2 Pi
When outputting kanji, the image power of 1; is actually 16 x 16 so that it can be expressed using 16 x 16 dot numbers. It shows information related to kanji, their pronunciations, and meanings stored in the device 21. However, in Fig. 2, ?Jj
In FIG. 3, the structure of information stored in the fixed storage device 21 is shown in the form of a table.

The columns indicated by the symbol rvttt in FIGS. 2 and 3 are addresses of the fixed storage device 21, and columns M12 and M13 correspond to each address.

M14, M15, M2O, and old 7 are full of fleas.

Each memory cell contains a reading, a kanji code corresponding to the reading, a right corresponding to that kanji, a related address storing the taste, the meaning, α, the number of kanji characters included in the string representing the taste, and the meaning. The name of the kanji character contained in the character string 'C'. code is stored. However, here, roool. I~r2048J a9 □Place name. Store the 2-character compound n/i of 2048 characters with 1 missing character in the address, store the meaning of each in the first name address of address ``204θ'' ~ r 4098J, and the character string representing this /J taste is a kana. The maximum length is 20 characters, and the character string must include a maximum of two idioms that can be converted into kanji. This kanji convertible location is shown in column M15, surrounded by It[ ].

In addition, the kanji convertible juku+i/l written in [0001
It is stored at address ~r204EN and uses t-2 character idioms.

Also, the information indicated by the two -digit number shown in the column M 16 + is a ripe + RI kanji character used in the above two reverse character conversion parts (for example, R2049, R2049, The number of kanji characters for [Dike 1 and [Tsuma 1] stored at address 1 is 211 + 4.1, respectively.
It shows that it is ft11. Even more rigid'')i,'
In the storage device 22, characters of famous characters such as characters 1 and 11 are stored.

Next, the operation in the configuration 1- below will be explained in detail.

I want to know first! I til+ (Here Isa 4
, , my beloved wife)'s 0. (1) When the taste is input using the Meijin Key 11, the reading "Ai → [I"] is displayed on the display via the CPU I:! 'i, displayed in 2. Subsequently, when the kanji +-12 is pressed, CP LJ l checks whether the manually entered reading is stored in the fixed storage device or not by setting the fixed storage device 21 to 1! i! When I was searching, I looked up J2. Here, at the start address ro001J, the manual reading and the stored reading are -・, so the code r10 for the kanji "9."
15J and υ/“h” code r 183? The CPUI reads out the character corresponding to J from the fixed storage device 22 and causes the display device 2 to display "Beloved Wife". The reading of the start address was entered. :) 1-I don't like it.
In the case of j2, repeat address → -1 and search in 1. Needless to say, °δ increases.

Next, referring to the diagrams shown in FIGS. 4(A) and 4(n), 0. Revised the lido display and its kanji conversion operation.
I will explain 4+1.

First 70. Regarding the taste display operation, the steps in Fig. 4 (A),
PuS 1. When detecting that the key 13 has been pressed in CP TJ l, CP TJ l goes to step SI2.
The flavor data is called at . This is IJ 2nd
As shown in the illustration lbM14, roo01J number Jl!
! I: Stored: 0. Related quantity Jlj4 that stores taste
r 2049 J.

At address r 2049J, the meaning corresponding to ``beloved wife'' is stored in the 411 names of 14 Figure 3 Cola L and M 15 not shown, and furthermore, as mentioned above, the meaning corresponding to ``beloved wife'' is stored.
In the Noh place, there is some information that indicates this (this is the third
As shown in the figure, the code [ ] may be used, or the code may be f-(+I
I! No. 9.1 of ``'' is of course possible.), so CP [Jl is step S.
In step 13, this A/I additional information is identified. Table, 1 device 21'' front 1\1. In addition, add 1.1 to the 6-character space and add the missing character ``! Marks indicating functional characters are installed, so here CPU l is the character string ``7I''. ``Evening/F Sinicity Luma'' Please enter the r of the fixed storage device 21 so that this mark lights up.
Display device 2 displays the information read from address 2049J.
Replace with a signal that can drive.

t,,Il,i-CPTJI in C7 step S14
Display 4/Device 2C allows you to change the characters t1ζ° A mark at one place and a character string "Guiginicity Lumma" representing the meaning are displayed. Here, we use "Dike", "J:" and "Tsuma".
Needless to say, the mark is displayed as H.

Next, referring to FIG. 4(B), an explanation will be given of the operation of converting the character convertible tf,'+ place in the meaning display into Kanji characters with reference to Jjl+.

Z-(, 4 figure (n) Suytsubu S 21 niJj3Lr'
``?:' When the meaning is displayed in kana on the display device 12 and the kanji conversion key 14 is pressed when the meaning is displayed together with the kanji conversion + i) function mark, the process moves to step S22 and the model conversion uf function is pressed. The historical data of the location J is called up.This is done by the CPU reading out the Kanji code of the Kanji conversion i+) function C4 shown in column M17 of FIG. 3.

Next, the process moves to step 323, in which the character corresponding to the kanji code of this kanji conversion +ir function part is called out from the 0 device 22 and displayed 71jiη11. Here, we will call up the information about the Chichiu number shown in column M16 in Figure 3, replace the 17 characters with kanji, fill in the empty character space, and #:;
Then, in step S24, Kanji conversion i1) The function part is replaced with a Kanji character, and the character string representing α, taste, ie, [Oichi Nishitail Tsuma J] is displayed.

As described above, by converting the meaning into kanji using kana (u) and displaying the mark on the character, the kanji (I
When there is no letter, or when it is difficult to write a single sentence name, JT jlii is used to press the kanji conversion key.
You can also display two characters.

With the above explanation, there are 4 pieces for 117 people! Although the name is shown as an example, it is of course possible to display J in the first name.

In addition, in the explanation of 1- below, an electronic dictionary was used as an example. Needless to say, the present invention is applicable not only to 11 6;
It can also be applied to l1-r devices that handle /l.

(v) Effects As is clear from the explanation in 1- below, the present invention has J:rett
A display means capable of outputting 'Kijii1 no name IFlji no Sentence 7; and the pattern change 1/! identified by the identification means.
! It is configured to output characters that can be rIf by the display means, and after 412 people first display a and taste, if necessary, 11 characters that can be converted into kanji are converted into 1 missing character and displayed. Because it can be done easily and inexpensively, 2nd grade (1
! It is also easier to read when using display 3);
Sentences that are easy to add '+' to? :~: can be output, which is simple'
1. An excellent electronic device that enables smoother communication between man and machine in songs.3:(11L).

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of the 11th day 11 path of the 1F child device of the present invention, FIGS. 4(A), 1) is a flow diagram illustrating the operation of the circuit of FIG. 1. l...CPU 2...Display device 11.
...Kanajin Kaki-12...Kanji key 13...Meaning key-14...Kanji conversion key 21.22...Fixed notation (,0 device

Claims (1)

[Claims] -Historical Kana 1 Kojiri Symphony゛; table that can output 1)'' Jihen 4ff4
4. An electronic device comprising: means for identifying a character with a 11 character, and outputting a character with a character of 31 characters identified by the identification means using the display means.