JPH02159667A - Information processor - Google Patents

Abstract

PURPOSE:To know a name having the best evaluation by inputting repeatedly reading of a full name to be named by an operator, and to reduce the labor of the operator by converting to a character of KANJI (Chinese character) or a KANA (Japanese syllabary), and deriving correspondingly onomancy information from numerical information which can be taken by an arithmetic value of its number of strokes. CONSTITUTION:Reading of a full name is inputted from an input means 100, and converted to a character of a KANJI or a KANA corresponding to reading. The number of strokes outputted from a character converting means 200 for outputting its number of strokes together with the converted character is added, based on a prescribed arithmetic expression related to an arranged position of the character, and from a storage means 400 in which numerical information which can be taken by an arithmetic value of the number of strokes, and full name deciding information are stored correspondingly in advance, the full name deciding information corresponding to an arithmetic value of an arithmetic means 300 is read out, and outputted together with information of the converted character. In such a way, an operator can know KANJIs for constituting a full name and its full name deciding information by a simple operation of only inputting reading of the family name.

Description

[Detailed Description of the Invention] [Field of Application in Business A] The present invention relates to an information processing device that inputs a pronunciation and outputs kanji information corresponding to the pronunciation and additional information related to name determination, and particularly relates to an information processing device that performs name determination. The present invention relates to an information processing device suitable for various cases.

[Prior Art] For example, electronic dictionaries and Japanese word processors have been known as devices having a function of outputting kanji information. Conventional information processing devices of this type store kanji codes corresponding to yo, mito, and yomi in a memory in advance, and when a yomi is input, refer to the stored contents of the memory and select a kanji code that matches the yomi. is detected and the corresponding kanji is displayed in image form on the display.

Recently, such information processing devices have become capable of not only converting a single character into Kanji characters, but also when inputting the pronunciation of a first and last name, analyzing the pronunciation and converting it all at once into a string of Kanji characters mixed with kana.

[Problems to be Solved by the Invention] However, when an owner examines kanji and determines a name using a conventional information processing device, much of the processing is done manually by an operator. I couldn't say that.

This point will be explained in detail.

That is, the procedure for performing name determination is as follows.

(+) Find out the number of strokes of the kanji in your name. There are two ways to find out: refer to a kanji dictionary and count the order of strokes.

(2) Calculate the number of strokes of general affairs, personality, character, status, and character for determining the name based on the number of strokes of each kanji that makes up the name.

(3) Refer to the name judgment form and read out the corresponding message from the above calculation result.

Therefore, for example, when thinking of a name for a newborn child, it is necessary to prepare multiple name candidates and carry out the above-mentioned procedure, and the process to know the message regarding name determination is complicated. Conventional information processing apparatuses only have a function of outputting and displaying kanji characters corresponding to pronunciations, and cannot be said to have simplified the above-mentioned processing procedure.

Therefore, the purpose of the present invention is to eliminate such problems,
It is an object of the present invention to provide an information processing device that can perform name judgment according to the purpose and is easy to operate.

[Means for Solving the Problems] In order to achieve such an object, the present invention provides an input means for inputting the pronunciation of a first and last name, and a kanji or kana character corresponding to the pronunciation of the pronunciation inputted from the input means. Convert to character,
a character conversion means that outputs the number of strokes of the converted character along with the number of strokes; a calculation means that adds the number of strokes output from the character conversion means based on a predetermined calculation formula related to the arrangement position of the character;
A storage means stores in advance numerical information that corresponds to the calculated value of the number of strokes and name judgment information in correspondence, and reads out the name judgment information corresponding to the calculated value of the calculation means from the storage means, and converts character information. It is characterized by comprising an output means for outputting the same.

[Function] In the present invention, when a first and last name is input in the form of a reading, the reading is converted into kanji, and the number of strokes of the kanji at a specific position of the converted kanji is totaled to calculate the number of strokes used for fortune judgment. Since the output means reads out the first and last name judgment information for the first and last name judgments having the same value as this calculation result from the storage means, the operator can easily input the pronunciation of the first and last name and the kanji that make up the first and last name. You can know the name determination information.

[Embodiments] Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

FIG. 1 shows the basic configuration of an embodiment of the present invention.

In FIG. 1, 100 is an input means for inputting the pronunciation of the first and last name.

Reference numeral 200 denotes a character converting means for converting the reading inputted from the input means into a kanji or kana character corresponding to the reading, and outputting the number of strokes of the converted character together with the converted character.

Reference numeral 300 denotes calculation means for adding the number of strokes outputted from the character conversion means based on a predetermined calculation formula related to the arrangement position of characters.

Reference numeral 400 denotes a storage means in which numerical information regarding the calculated value of the number of strokes and name determination information are stored in advance in correspondence with each other.

Reference numeral 500 denotes an output means for reading out the name and name determination information corresponding to the calculated value of the calculating means from the storing means and outputting it together with the converted character information.

FIG. 2 shows the front appearance of the embodiment of the present invention.

In FIG. 2, a keyboard as input means and a display 2 as output means are provided on the upper outer surface of main body 1 of the apparatus. The keyboard has 3 character keys for inputting characters.
and function keys 4.

As shown in the figure, the character keys 3 input alphabetic characters and are arranged in a matrix of about 6×5. Note that the key arrangement may be arbitrarily determined. In the case of this embodiment, the reading of the kanji is input using the character key 3 in the roman alphabet.The 0 display 2 displays the input information and the kanji, and
It has a first area 2a for displaying a message regarding name determination, which will be described later, and a second area 2b for displaying the type of input characters and the mode state of the device.

The function keys 4 include keys having the following functions. That is, the function keys 4a and 4b are keys for instructing the device 1 to turn on and off, respectively. Further, when the function key 4a is operated with the power turned on, it functions as a display clear key and commands to return to the initial state.

Function keys 4c, 4 with left and right arrows
d is a cursor key, which moves the position of the cursor displayed on the display screen of the display device 2. The function key 5 is a key for instructing the process of converting the input Japanese pronunciation into single kanji or compound kanji. - Function keys 4e, 4f, and 4g are keys for specifying the type of input characters, and the input characters are processed as hiragana, katakana, and numbers, respectively. When the key 4e is pressed, the hiragana symbol in the area 2b of the display 2 lights up, and for example, when the function key 4e is pressed and Roman characters are entered using the alphabet character keys 3, the reading thereof is displayed in hiragana characters. The execution key 6 is a function key that sequentially instructs the execution of predetermined processes.

The modification key 7 is a function key for instructing mode switching when modifying screen information after the kanji information has been determined.

The related key 8 is a function key for displaying information related to name determination. The above execution key 6, modification key 7,
A detailed explanation of the related key 8 will be given later.

FIG. 3 shows a circuit configuration of an embodiment of the present invention.

In FIG. 3, portions similar to those shown in FIG. 2 are designated by the same reference numerals, and detailed description thereof will be omitted. Reference numeral 9 denotes a central processing unit (CPU), which controls the overall control of each component. A control program 10a executed by the CPII 9 is stored in a read-only memory (ROM) 10.

The display information output from the CPU 9 is converted from a code signal to an image signal by the display control section 11 and displayed on the display 2.

13 is a random access memory (RAM), and CP
Temporarily stores input/output information for II9.

Reference numeral 10 denotes a read-only memory (ROM), which is divided into a plurality of information storage areas to be described later.

10a is a control program storage area for operating the CPU 9. 10b is a storage area for a dictionary table corresponding to a table of contents of a dictionary to be described later, and stores the address of the dictionary area 10c where the first character of a reading starts in correspondence with the first character of a reading. 10c is a dictionary area that functions as a kanji dictionary, and stores a reading, a kanji code corresponding to this reading, and the number of strokes thereof.

The LED is an area for storing display character patterns for changing kanji codes and other character codes to dot patterns. loe is an area for storing calculation data used to calculate the number of strokes used for name determination such as general affairs, which will be described later.

10e is an area for storing message information corresponding to the number of strokes calculated by calculation for each case.

Further, the various keys shown in FIG. 2 are connected to the CPII 9, and the CPII 9 analyzes identification signals generated by the keys and detects instructions input from the keys.

FIG. 4 shows the memory configuration of the dictionary table tab and dictionary area 10c shown in FIG. 3.

In FIG. 4, from the address an of the dictionary area 10c, the homophone reading size and reading data are stored, followed by the character data corresponding to the pronunciation of, for example, "hi", "hi", "hi", and the number of strokes thereof. .Here, the homophone reading size means the number of letters that have the same sound.Furthermore, for the pronunciation of an idiom, the number of characters that make up the idiom is also stored.

The dictionary table 10b stores the first character of the pronunciation in the dictionary area 10e in association with the first address of the area containing this character in alphabetical order. For example, the reading area starting with “hi” starts from address an, so dictionary table IQb
``hi'' and address ``an'' are stored in .

FIG. 5 shows the memory configuration of the stroke number information area 10f shown in FIG.

In FIG. 5, the stroke number information area 10f stores message information (name determination information) regarding general affairs, personality, personality, etc. used for name determination in correspondence with the number of strokes. In this example, the message information is displayed graphically to represent the evaluation of fortune, such as the symbol ◎ indicating the best fortune, but it may also be expressed in numbers or letters.

Now that we have finished explaining the configuration of each part of the embodiment of the present invention,
The calculation method for stroke count information used for name determination will be explained below.

FIGS. 6(a) to 6(e) show examples of combinations of characters constituting a first and last name.

As shown in FIG. 6(a), when the last name is composed of letters A and B and the name is composed of C9D, the number of strokes representing "personality" is the total number of strokes of letters A and B. The number of strokes representing "earth grade" is the total number of strokes of letters C and D, and "personality" is the total number of strokes of letters adjacent to the surname and first name, that is, B+C. The number of strokes representing "Gekiro" is the sum of the number of strokes of the characters outside the family name and name, that is, A+D. Further, the number of strokes representing "general affairs" is the total number of strokes of all characters: A+B+C+[).

As shown in FIG. 6(b), when the last name consists of one letter and the first name consists of two letters, the number of strokes is calculated by adding the number of strokes "1" to the beginning of the last name and assuming that the last name is two letters.

As shown in FIG. 6(C), when a name consists of one character, the number of strokes "1" is added to the end of the name, assuming that the name is two characters, and the number of strokes is calculated.

As shown in FIG. 6(d), when the last name consists of three letters and the first name consists of two letters, the number of strokes for ``personality'' is the sum of the number of strokes of the outer two letters of the last name, that is, A+E.

The number of strokes for "Geiro" is calculated from the sum of the first two characters of the family name ° and the last character of the name part, that is, A+B+D.

As shown in Figure 6(d), when the surname consists of two letters and the first name consists of three letters, the number of strokes of °゛earth degree °° is 2 outside the name.
The total number of strokes for "C+F, r" is the sum of the first letter of the last name and the last two letters of the name, that is, A+D.
+F, and the rest is the same as the calculation procedure shown in FIG. 6(a).

The various calculation formulas mentioned above are set and stored in advance as a control program. The number of strokes is calculated based on the above-mentioned formula.

Further, since the above-mentioned arithmetic expression is determined by the number of characters in the first and last name, it is stored in advance in the stroke number calculation table 10e in correspondence with the number of characters.

Next, the operation of the embodiment of the present invention will be explained. This embodiment has the following functions.

(1) Judge the fortune of the input name.

(2) It is possible to correct the kanji of the surname converted from the reading, and fortune judgment is made for the corrected surname.

(3) Search and display a name with good fortune for the input surname.

(4) Perform a compatibility diagnosis of the input names of the two men and women.

Below, the flowcharts shown in FIGS. 7 to 9 and the first
Each of the above-mentioned functions will be explained with reference to display screen examples shown in FIGS. 1 to 13.

FIG. 7 shows a control procedure for name determination processing in the embodiment of the present invention.

When the operator presses the power key 4a, the CPLI 9 displays the process selection menu screen shown in FIG. 11(a).

In order to select the name determination process, the operator inputs the number "1" using the alphabet key 3. CPII2
0 detects that the name determination process is instructed by this number input, and starts the control procedure shown in FIG.

That is, the CPII 9 displays a message prompting the operator to input the user's name and last name, as shown in FIG. 11(b), and waits for an input from the operator. The operator said “NAKAMURA
” and the last name and press the kanji conversion key 5, 62
Mouth 9 detects key presses. Next, the dictionary table lOb
Based on this, the start address of °'' in the dictionary area is set as the read start address (step Sl-+S2
→S3).

It goes without saying that during reading input, input characters can be deleted or modified using the cursor keys 4C and 4d. Next, while updating the read address A, the CPU 9 extracts the kanji "Nakamura ゛'"Nakamura"Nagawamura" corresponding to the reading of "Nakamura" from the dictionary area 10c,
Display on the display screen (see FIG. 11C) (step S3)
→S4→S5→54-56).

For example, if all the candidates cannot be displayed on one screen, such as when there are candidates for 0 screens, the CPU 9 displays a fraction as [l/n] at the top of each display 2, and displays the current display in the entire screen. You can tell at a glance how many times the screen is showing.

In the display screen of FIG. 11(c), since there is only one candidate screen, the screen number is displayed as rl/lJ.

When the operator inputs the number "1°" to select "Nakamura", the CPt 19 displays the kanji character corresponding to the input (step S7-58). Next, when the execution key 6 is pressed, the CPU 9 calculates the number of strokes C1 and C2 of the selected kanji by R.
AM 13 is temporarily stored (step S9→510).

Subsequently, the CPU 9 displays a message prompting the operator to read the name, and receives input from the operator.

Similar to the above-mentioned case of converting the pronunciation of the last name into kanji, the CPt19 converts the pronunciation of the name inputted by the operator into kanji, and displays the kanji for the name in response to the operator's selection input from a plurality of candidate kanji (step 5ll-520
). In addition, the number of strokes of the selected kanji, 01.02, is also stored in RAM1.
3 is temporarily stored.

In this example, the pronunciation of the surname or name is input all at once, but it is also possible to enter the pronunciation of each kanji character and convert the kanji by operating the kanji conversion key 5.

The CPIJ 9 counts the number of characters (in this example, two characters for the gender and two characters for the name) of the gender information 01 name information stored in the RAM 13 (step 21). Based on this counting result, the CPII 9 reads out the arithmetic expression to be executed from the stroke count arithmetic table 10e, determines the kanji to be used in the arithmetic expression, and executes this arithmetic expression. That is, in this example, personality TE = C
I+C2, Personality JI= C2+ Di, Geographical TI= D
1+ Dl, personality GA= C1+ 02 and general affairs SO=
TE+ TI (= CI+ C2+ Dl+ Dl)
are calculated respectively (step S22 → 523). In addition, ci is the number of strokes of the first character (middle) of the last name, C2 is the number of strokes of the second character (village), and Dl is the number of strokes of the first character (-) of the name. , Dl represents the number of strokes of the second character (difference).

Next, after confirming that the calculation result is within the number of strokes stored in advance in the stroke number information table 10f, the CPt19 sends a message (shape) related to fortune corresponding to each stroke number from general affairs to personality from the stroke number information area 10f. Read out the 11th
Display as shown in Figure (f) (steps 524 to 52
6).

Incidentally, if the fA calculation result is not within the range of the stroke number information table lOf, the process proceeds to an error processing routine. This error handling routine is not related to the present invention, so its explanation will be omitted. In this example, the symbols for messages are “・◎, ○,
We have prepared a four-level evaluation of △ and X. Each time the related key 8 is pressed, the CPU 9 transfers individual information such as general affairs, divine favor, etc., such as fortune, number of strokes, and message, to the number of strokes information area 1.
0f', display it (see FIG. 11(g)), and return to the basic screen display in step S27 (step 52).
7-535).

When the operator wishes to end the name determination process, he presses the power on/clear key 4a, and the CPt 19 displays the menu display screen shown in FIG. 11(a) and enters the initial state.

In this example, it is possible to easily modify the name and name displayed in this manner.

That is, when the correction key 7 is pressed in a state where the fortune diagnosis result of the first and last name is displayed as shown in FIG. 11(f) (step 527 in FIG. 7), the CPU 9 proceeds to the control procedure shown in FIG. .

In FIG. 8, the CPU 9 displays a cursor below the name information, as shown in FIG. 11(h), and also displays Japanese pronunciation information for the name information (step 537).

When the operator moves the cursor position to the name using the cursor keys 4c and 4d, the kanji at the cursor position is set as a correction target, and the Japanese reading of the gender information C is displayed (step 539).

When the operator presses the kanji conversion key 5, the press is changed to C.
The PU9 detects and displays the kanji candidates having the pronunciation of the kanji indicated by the cursor as shown in FIG. 11(i),
Return to step 517 in FIG. 7 (steps 540-54
1). The display in Figure 11 (h) to (j) is the name "-bi"
is converted into ``Hitomi'' and the process of displaying the fortune for this ``Hitomi°'' is shown.

On the other hand, if the operator moves the cursor to the right side of the name and presses the correction key 7 as shown in FIG. The input of the key 3 is accepted (steps 540→542), and the process returns to step S12 in FIG. (Figure 11 (Il,).

(see (a)).

Next, the process of searching for a lucky name following the input surname will be explained. In this example, the name that is the best in all five determination items from "general affairs" to rgaigaro is searched and output. FIG. 9 shows the operational procedure of such "best name reach".

In FIG. 9, when the operator selects the "best name research" processing menu (see FIG. 12(a)), the CPU 9 shifts to the control procedure shown in FIG. Next, when the operator inputs the pronunciation of the surname, the CPU 9 displays kanji candidates as shown in FIG. 12(C) in the same manner as described above, and determines the kanji according to the operator's instructions (step 543).

Next, the CPII 9 reads out the names listed in the dictionary area 10c in order from the first address, combines them with the input surname, and determines the fortune based on the number of strokes, and selects the name that has the best fortune from general affairs to outside. is extracted from the dictionary area 10c (step S43"→S48-550).

After completing the search for all the names in the dictionary area 10c, the best name for the input surname, that is, in this example, the name with the ◎ symbol (: When PI3 extracts
For pH9, the extraction result is displayed on the display 2 as shown in FIG. 12(d) (step 553).

Name information is added to the information stored in the dictionary area 10c in advance.
By adding identification symbols indicating gender information and other information, the CPU 9 only needs to read the name information, and the search time in the dictionary area 10c can be shortened. Furthermore, it is also possible to prevent malfunctions such as combining surnames with the same name.

Next, a process of inputting the first and last names of two people, combining their constituent characters, and diagnosing the compatibility of the two people from stroke count information will be described.

FIG. 12 shows the control procedure of the above-mentioned compatibility diagnosis process.

When the operator selects compatibility diagnosis processing on the menu screen in the initial state, the CPU 9 shifts to the control procedure shown in FIG. 12.

In FIG. 12, when the operator reads and inputs the male's first and last name, the CPII 9 converts this reading into the corresponding kanji according to the procedure described above, and displays it as shown in FIG. 13 (C).
Steps 554-559).

Next, when the operator reads and inputs the woman's first and last name, the CP
U9 converts the reading into kanji and displays it as shown in FIG. 13(e) (steps 560-564).

Next, the operator instructs the operator to perform a compatibility diagnosis (step 5).
In response to step 65), the CPU 9 calculates the number of strokes of the surname, which is a combination of the man's last name and the woman's name converted into kanji, and stores it in the RAM 13 (steps 566 to 57).
0).

Next, the CPLI 9 reads out the stroke count information and the corresponding compatibility evaluation points for each case from the stroke count calculation table 10e,
For example, the evaluation points are displayed graphically as shown in FIG. 13(f) (steps 571-573).

In this example, the evaluation is stored in symbolic form, so "◎"
The standard points are set as 4 points for "O", 3 points for "△", and 1 point for "x", and if the total value of evaluation points for each case is 5 to 7 points, r(3 ,C)" pattern is displayed, and 8~
In the case of 10 points, "(1 pattern, 11-13 points as IQ)"
Pattern, 14-16 points "Wisdom" pattern, 17-
The 20 points are displayed as the evaluation results.

Next, the following can be considered as an application form of the embodiment of the present invention.

(1)''*In this embodiment, all the stored contents of the dictionary area 10c are searched for the kanji information corresponding to the input reading.However, for the purpose of improving the search processing speed, only the gender information is searched. By dividing the dictionary area 10c into a dictionary containing only a large amount of information, a name dictionary containing only name information, and a single-kanji dictionary that inputs the pronunciation of a given name using a combination of single kanji, By inputting part and name part in the respective locations, kanji conversion can be performed simply by searching the respective dictionary areas.Also, homophone and allograph candidates are extracted only from the same genre, reducing the number of candidate kanji and reducing the operator's time. The selection process becomes easier.It goes without saying that the kanji conversion process is also shortened.

(2) When registering a child's birth name, public institutions can accept 1,945 common kanji and 166 personal name kanji. Therefore, as a practical matter, there is no point in treating kanji other than common use kanji and common use kanji as name information, so it was decided using this example that the above-mentioned name dictionary should be composed of common use and personal name kanji. Even when a name is registered as a new name with a public institution, it will be possible to register it without any legal problems.

(3) In this embodiment, the stroke number information when performing name determination is calculated based on the stroke number information of old kanji.

For example, the 5-stroke kanji for ``broad'' is based on the old 15-stroke kanji for ``hirō.'' Therefore, when using this embodiment as a kanji dictionary, the number of strokes for new kanji and the number of strokes for old kanji are stored in memory in advance, and the number of strokes for new kanji and old kanji are stored in memory in advance, and kanji characters are By properly using the number of strokes used, this embodiment can also be used as a kanji dictionary.

(4) The display device 2 of this embodiment is configured to display a large amount of information by switching screens in consideration of miniaturization.
As shown in FIG. 4, a large display may be used to display the surname and name in kanji, the determination symbol for general affairs to foreign route, stroke number information, and determination details on one screen. In this case, the number of instruction operations for screen switching is reduced, so the operator's key operation effort can be reduced.

(5) If you want to visually appeal to the calculation method for general affairs to foreign routes,
For example, as shown in Figure 5, if the kanji corresponding to each case is displayed using the ゛mouth °° symbol, and a judgment symbol is displayed above the display of the ``mouth゛° symbol, the kanji to be corrected is extremely It is easy to understand.When performing such a display, it is recommended to use a display with a dot matrix structure.

(6) In the name search process in this embodiment, names registered in the dictionary area 10c are searched, but
For example, when your fortune regarding the foreign route is not the best,
One character in the dictionary area 10c is automatically combined with the name of the search result shown in FIG. 16 as shown in FIG. 17.

By sequentially searching the dictionary area 10c for single kanji characters that provide the best fortune judgment for the combined name, the name search range can be expanded. When adding one character, the operator may input the addition position, or the possible combinations such as the beginning, center, and end of the name may be automatically added without specifying.

(7) In the name search in this embodiment, names whose fortunes in all categories from general affairs to foreign affairs satisfy certain criteria are searched, but the following may also be considered. That is, the operator inputs the pronunciation of the name as shown in FIG.

Furthermore, as shown in FIG. 19, a case that satisfies the criteria among the five cases is selected. satisfies the selected connection criteria,
By searching for a name that corresponds to the phonetic reading, it is possible to search for a name with good fortune among the names desired by the operator.

[8] A reference value may be selected in connection with the selection of a case that satisfies the criteria in item (7) above. In this example, ◎, ○
, △, and X evaluations, so if you select ○, ◎,
This will search for names with O.

(9) In addition, in the compatibility diagnosis in this embodiment, the fortune judgment is made for a surname that is a combination of a man's surname and a woman's name. It is also possible to search for the best last name when combined with the name of the other person. When performing such a surname search process, it is convenient to display the name search process and surname search process as a menu screen, as shown in FIG. 20, and allow the operator to select items.

[Effects of the Invention] As described above, according to the present invention, the operator can know the pronunciation of a given name, the corresponding kanji, and the evaluation of the name judgment simply by inputting the pronunciation of the given name. Therefore, by repeatedly inputting the pronunciation of the name that the operator wants to name, the operator can learn the name with the best evaluation, which has the effect of significantly reducing the operator's effort compared to conventional name determination processing.

[Brief explanation of the drawing]

Fig. 1 is a block diagram showing the basic configuration of an embodiment of the present invention, Fig. 2 is a front view showing the appearance of the embodiment of the invention, Fig. 3 is a circuit diagram showing the circuit configuration of the embodiment of the invention, and Fig. 4. is a memory map showing the memory configuration of the dictionary table tab and the dictionary area 10e shown in FIG. 3; FIG. 5 is a memory map showing the memory structure of the stroke number information area 10f shown in FIG. 3; FIGS. 6(a) to (e) is an explanatory diagram for explaining the number of strokes used for name determination in the embodiment of the present invention; FIGS. 7 to 1θ are flowcharts showing the control procedure executed by the CPIJ9 shown in FIG. 3; 12(a) to (e) are explanatory diagrams showing the process of searching for the best name according to the embodiment of the present invention; FIG. (a) to (f) are explanatory diagrams showing the compatibility diagnosis processing process of the embodiment of the present invention, Figures 14 and 15 are explanatory diagrams showing an example of the display form of the embodiment of the present invention, and Figures 16 to 20 The figure is an explanatory diagram showing a display example in an applied form of the embodiment of the present invention. 2... Display unit, 5... Kanji conversion key 9... CPU. 10b...Dictionary table, 10c...Dictionary area, 10f... Stroke number information area, 10e... Stroke number calculation table. Bi-Answerbi OM 1n Diagram Condolence Diagram Diagram Luxury Hawk + 0f Mountain O 11 Collection Y Bottle / Diagram Diagram Diagram Mo Tan Production Ho JL Button Diagram 12 Diagram 15 Diagram 13 Diagram 16 Diagram 17 Diagram 1S Figure 19 Figure 20

Claims (1)

[Claims] 1) An input means for inputting the pronunciation of a first and last name, and converting the pronunciation inputted from the input means into a kanji or kana character corresponding to the pronunciation, and including the number of strokes of the converted character. a character conversion means for outputting; a calculation means for adding the number of strokes outputted from the character conversion means based on a predetermined calculation formula related to the arrangement position of characters; and numerical information on possible values of the calculation value of the number of strokes; a storage means that stores name determination information in correspondence with each other; and an output means that reads out the first and last name determination information corresponding to the calculated value of the calculation means from the storage means and outputs it together with the converted character information. An information processing device characterized by: