JPS62280960A - Kanji code retrieval system - Google Patents

Abstract

PURPOSE:To speed up the KANJI(Chinese character) code retrieval of inputted KANJI by storing a KANJI code table and reading a part concerned out of the stored KANJI code table when data required for reading KANJI and a specific code among KANJI codes corresponding to said KANJI. CONSTITUTION:Where the specified number of strokes in one and two, an operator depressed a ten-key 2a, a * key 2k, a ten-key 2b and a setting key 23. A CPU 1 reads the KANJIs with one stroke and two strokes and corresponding KANJI codes from a JIS KANJI code table memory part 9, and stores them, after which the CPU 1 reads data stored in a RAM 6 and outputs it to a recording part 7 through a recording control part 8. A JIS KANJI code table showing the KANJIs with one stroke and two strokes and corresponding KANJI codes is outputted from the recording part 7.

Description

[Detailed Description of the Invention] 3. Detailed Description of the Invention [Purpose of the Invention] (Field of Industrial Application) The present invention is suitable for registering a speed dial address, an abbreviation of the own device, etc. in a facsimile device, etc. Concerning kanji code search method.

(Prior art) Conventionally, the kanji code search method for inputting a speed dial address, the abbreviation of the own device, etc. into a facsimile device, etc. was J.
For IS 1st level kanji, search for the kanji to be input from among the approximately 3,000 characters listed in the JIS kanji code table with stamps, search for the 4-digit code (kanji code) corresponding to the kanji, and then enter this kanji. The four-digit code was entered using the operation keys of a facsimile machine, etc. Therefore, with the above-mentioned conventional Kanji code search method (JIS Kanji Kanji Bee 8 table is required), without this code table, the Kanji code cannot be determined, so it is not possible to input characters containing Kanji into the device. Further, even with the JIS Kanji Kanji Bee 8 table, there is a drawback that it takes time and effort to search for the Kanji code of the Kanji to be input using this Kanji code table.

(Problems to be Solved by the Invention) The conventional kanji code search method requires 8 JIS Kanji Kanji Bee tables, and it takes a lot of effort and time to search for the kanji code of the kanji to be input using this JrS kanji code table. The drawback was that it required a lot of work.

Therefore, the present invention aims to eliminate the above-mentioned drawbacks, and allows easy and quick input of JIS Kanji characters even if the JIS Kanji Kanji Bee 8 table is used.
The object of the present invention is to provide a kanji code search method that allows kanji codes to be searched and input into a device.

[Structure of the Invention] (Means for Solving Problems) The kanji code search method of the present invention includes a storage means for storing a kanji code table, an input means for inputting data for searching for kanji, and an input means for inputting data for searching for kanji. The reading means reads out the Kanji character corresponding to the data and the Kanji code of the Kanji character from the Kanji code table, and the output means outputs the read Kanji character and Kanji code.

(Function) In the kanji code search method of the present invention, when data is input using the input means, the reading means retrieves the kanji corresponding to the aforementioned data and the kanji code of this kanji from the kanji code table held in the storage means. Since this can be read out and outputted by the output means, the operator can easily and quickly search for the kanji code of the input kanji by searching for the kanji and kanji code output from the output means.

(Example) An example of the present invention will be described below with reference to the drawings. 1st
The figure is a block diagram showing an embodiment of a kanji input device to which the present invention is applied. 1 controls the entire device, records input kanji, displays various messages, etc. on the screen, and 5 controls the kanji code table.
0 CPU that controls data output by sound or number of strokes, etc. 2 has a numeric keypad, a masu key, a # key, an additional entertainment selection key, a set key, etc., and a key human power section 31 that outputs data corresponding to the pressed key. An operation instruction screen 4 displays various messages, action instructions, readings of input kanji, etc. 4 is a screen control unit for driving the operation instruction screen 3, and when the corresponding key of the key human power unit 2 is pressed, the CPU 1 controls the operation instruction screen 4. The data to be displayed on the operation instruction screen 3 is input to this control section. 5 is a ROM that stores a control program for operating CPtJl, 6 is a RAM that stores data generated in the processing process of the CPU 1, such as JIS Kanji Kanji Bee 8 table, etc.;
8 is a recording unit that records and outputs the JIS Kanji/Kanji character bee 8 front side or all on paper, etc.; 8 is a recording control unit for driving the recording unit 7; 8 table data is input to this control section.

Reference numeral 9 denotes a JIS Kanji code table storage section which stores JIS Kanji Kanji Bee 8, and outputs the JIS Kanji Kanji Bee 8 table by 50 syllables or by number of strokes under the control of cpul.

FIG. 2 is a diagram showing a detailed example of the key manpower section 2 shown in FIG. 1. The key manual section 2 includes numeric keys 2a to 2j, a light key 2k, a # key 21'a - a numeric key part 21, an additional function selection key part 22 for selecting additional functions of the device, and a set key to press when setting additional functions. 23, and the key manual section 2 and the operation instruction screen 3 form an operation panel.

Next, the operation of this embodiment will be explained. In this example, JIS kanji code notation '1 is written by key operation of key human power section 2.
The reading of the kanji input from the human power section 2 of the JIS Kanji/Kanji Bee 8 table recorded in section 9 is outputted to the recording section 7 by 50 sounds or by the number of strokes of the kanji.

Here, when inputting the reading of a kanji into the device from the key human power section 2, the reading of the input kanji is converted from the 50-sound code table shown in Table 1 into a 2-digit code for each 50-sound, and this code is is input from the numeric keypad section 21 of the key input section 2.

Table 1 In the 50 syllabary code table in Table 1 above, the @ character corresponds to the first digit 1-5 of the code, and the 謬行～WA row corresponds to the second digit 1-9 of the code.
Since it corresponds to O, it is easy to make the 50 syllabary characters correspond to codes, making it easy to input the reading of the input kanji.

Next, when entering the kanji ``invention'', ``depart'' and ``ming''
The search procedure for the JIS Kanji code table will be explained with reference to the flowchart in FIG. First, in step 301, the terminal service key 3a of the additional function selection key section 22 of the key operator section 2 is pressed in order to select a terminal service among the additional functions.

As a result, in step 302, the CPU 1 controls the screen control unit 4.
@: 1. Displays a terminal service menu such as kanji code output on the operation instruction screen 3. Next, step 303
In order to select the Kanji code output, the operator presses the numeric keypad 2a and set key 23 of the keypad section 2 in sequence. As a result, in step 304, the CPU 1 displays on the operation instruction screen 3 via the screen control unit 4 the output by 1, 50 syllables, and 21 strokes required in the input format menu of the kanji code table. In step 305, the operator operates the numeric keypad part 21 of the key manual section 2 to select either the output by 50 syllables or the output by number of strokes, and then presses the set key 23S:
push. As a result, the CPU 1 determines in step 306 whether output by 50 syllables or output by number of strokes is selected.
If the output by 50 syllables is selected, the process goes to step 307, and if the output by the number of strokes is selected, the process goes to step 308. Here, in step 305, when the numeric keypad 2a and set key 23 of the keypad section 2 are pressed in order to select the output by 50 sounds, the CPU 1 displays an operation instruction screen via the screen control section 4 in step 307. 3 displays the kanji code table output range, that is, full output, partial output, and designated output. In step 309, the operator selects one of the kanji code output formats from the numeral part 21 of the key input section 2.
operate. As a result, in step 310, the CPU 1 determines which of the 50 syllabary kanji code table output formats has been selected, and if full output is selected, the process proceeds to step 314, and if partial output is selected, the process proceeds to step 311. If the designated output is selected, the process advances to step 312. Here, if specified output is selected in step 309,
The numeric keypad 2C of the keypad 2 is pressed and the set key 23 is pressed, so in response to this, the CPU 1 displays a specified sound input instruction on the operation instruction screen 3 via the screen control section 4 in step 312. . This allows step 3
At step 13, the operator first presses the ``departure'' button to output the JIS kanji code table corresponding to the reading of the kanji ``invention.''
Search for the code corresponding to the pronunciation of ``Ai'' from the 50-on code table in Table 1. According to this search, the code for "departure" is 6
143, the code for ``Ming'' is 7412. Therefore,
The operator uses the numeric keys 2f, 2a, 2d, and 2c of the numeric keypad part 21 of the key manual section 2.

2, press 2g, 2d, 2a, 2b and the set key 23 in sequence to input the pronunciations of ``Hatsu'' and ``Ming''.

In step 314, the CPU 1 searches the JIS kanji code table storage unit 9 based on the input reading, reads out the part showing the kanji and kanji code corresponding to this reading, and temporarily stores it in the RAIM 6. After that, CPU1 is RAM
The JIS kanji code table data is read out from 6 and outputted to the recording section 7 via the recording control section 8, and the recording section 7 outputs a designated output JIS kanji code table as shown in FIG. The operator can use this JIS kanji code table to select
The JIS kanji code for ``明'' is 4015.443
2 can be easily searched for, and using this, the characters ``invention'' can be easily input.

By the way, if it is determined in step 310 of the above operation flow that all outputs have been selected, the process immediately goes to step 314, where the CPU 1 reads out all the JIS kanji code table data from the JIS kanji code table storage section 9 and temporarily stores it. Store it in RAM6, and immediately transfer this stored data to RAM.
6 and sends it to the recording section 7 via the recording control section 8. Therefore, the entire JIS Kanji code table is output from the recording section 7. Furthermore, if it is determined in step 310 that one copy output has been selected, the CPU 1 goes to step 311 and prompts the operator to input the start sound and end sound for each of the 50 syllables to specify the JIS Kanji Kanji Bee 6 front part. An instruction to stop is displayed on the operation instruction screen 3 via the screen display unit 4. As a result, in step 315, the operator can, for example, use the numeric keys 2a, 2a, 2
Then, press 2b, 2C and the set key 23 to input the start sound "a" and the end sound "ri". This causes step 31
4, CPU 1 stores JIS kanji code table storage units 9 to 5.
Read out the kanji and their kanji codes corresponding to the pronunciations from the starting sound "a" to the ending sound "ri" for each zero sound and store them in RAM 6.
The stored data is sent to the recording section 7 via the recording control section 8. As a result, the recording section 7 outputs the JIS Kanji Kanji Bee 6 front part whose starting sound is "a" and ending sound is "ri". Next, if it is determined in step 306 that output by number of strokes has been selected, the process goes to step 308, where the CPU 1 outputs the kanji code table output range, that is, total output, 1
The unit output and designated output are displayed on the operation instruction screen 3 via the screen control section 4. In step 316, the operator operates the key power unit 2 to select the kanji code table output range, and in step 317, the CPU 1 determines which of the kanji code table output ranges has been selected. Here, if full output is selected, the process immediately goes to step 314;
The CPU 1 reads all i from the JIS2 Moji code table storage section 9.
In order to read out the S Kanji code table and send these data to the recording section 7, all JIS Kanji Kanji Bee 6
It is expressed. Next, if it is determined in step 316 that one copy output has been selected, the CPU instructs the screen control unit 4 in step 318 to input the starting number of strokes and the ending number of strokes to output one copy by number of strokes. is displayed on the operation instruction screen 3 via. As a result, in step 319, the operator inputs the number of starting strokes and the number of ending strokes in order to output the target JIS Kanji Kanji Bee 6 table from the key manual section 2.

For example, if you want to display JIS Kanji Kanji Bee 6 from 2 strokes to 5 strokes, numeric keypad 2b, masu key 2k, numeric keypad 2e
and press the set key 23. This causes step 314
, the CPU 1 reads out the 2-stroke to 5-stroke kanji characters and their corresponding kanji codes from the JIS kanji code table storage unit 9, stores them in RA~16, and then stores these data in the recording unit via the recording control unit 8. Send to 7. As a result, the recording section 7
The JIS Kanji Kanji Bee 6 front part from 2 strokes to 5 strokes is output. Next, if the specified output is selected in step 316, the CPU 1 controls the screen control unit 4 in step 320.
An instruction for the operator to input the specified number of strokes is displayed on the operation instruction screen 3 via. As a result, in step 321, the operator inputs the specified number of strokes from the key input section 2. For example, when the specified number of strokes is 1 stroke and 2 strokes, the operator presses the numeric keypad 2a, the round key 2, the 1 numeric keypad 2b, and the set key 238i'tE. As a result, in step 314, the CPU 1 reads the kanji characters corresponding to the 1st and 2nd strokes and the corresponding kanji codes from the JIS kanji code table storage unit 9, stores them in the RAM 6, and then reads the stored data from the RAM 6 to control the recording. It is output to the recording section 7 via the section 8. As a result, the recording section 7 outputs a JIS file showing the 1-stroke and 2-stroke kanji and the corresponding kanji codes as shown in Figure 5.
Kanji Kanji Bee 6 is displayed.

According to this embodiment, when inputting a kanji, by inputting the reading or number of strokes of the corresponding kanji, it is possible to output the JIS Kanji Kanji Bee 6 table related to the reading or number of strokes to be input. The JIS Kanji Kanji Bee 6 table allows you to easily and quickly save the JTS Kanji code corresponding to the input Kanji, and to input Kanji easily and reliably.

[Effects of the Invention] As described above, according to the kanji code selection method of the present invention, a kanji code table is memorized, and data for reading a specific kanji and kanji code corresponding to the kanji is input. Then, the corresponding part is read out from the stored Kanji code table and output, so that the Kanji code of the input Kanji can be easily and quickly retrieved even without the Kanji code table.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of a kanji input device to which the present invention is applied, FIG. 2 is a diagram showing a detailed example of the key input unit shown in FIG. 1, and FIG. 3 is a diagram similar to the one shown in FIG. 1. 4 is a diagram showing an example of the JIS Kanji Kanji Bee 6 table output from the device shown in FIG. 1, and FIG. It is a figure showing an example of JIS Kanji Kanji Bee 6 table. 1... CPU 2... Key human power section 3... Operation instruction screen 6... RAM 7... Recording section 9... J I"S kanji code table storage section Agent Patent attorney Nori Chika Ken Yushu Sanno - Figure 1 Figure 2

Claims (4)

[Claims] (1) Storage means for storing a kanji code table that matches kanji and kanji codes, and inputting data for reading out a specific one of the kanji and the kanji code corresponding to the kanji stored in the storage means. input means for reading out the specific kanji and the kanji code corresponding to the specific kanji from the kanji code table based on the data; A kanji code search method comprising: an output means for outputting a kanji code corresponding to the specific kanji. (2) The kanji code table corresponds to kanji and JIS kanji codes.
Kanji code search method described in section 1). (3) Claim No. (1) characterized in that the data for reading out a specific one of the kanji and the kanji code corresponding to the kanji stored in the storage means is the reading of the kanji. Kanji code search method described in Section or Section (2). (4) Claim (1) characterized in that the data for continuing a specific one of the kanji and kanji code corresponding to the kanji stored in the storage means is the number of strokes of the kanji. Kanji code search method described in Section or Section (2).