JPH08286697A - Japanese processor - Google Patents

Abstract

PURPOSE: To obtain natural and easy-to-hear pronunciation by providing a voiceless sound inserting means which inserts voiceless sound data of a specific time for every 4 digits from the head of plural successive numbers. CONSTITUTION: When a host computer 2 outputs plural numbers consisting of identification codes successively, the numbers are inputted successively to a Japanese processing layer 4 from an I/F 6. Then a pointer is set at the head of the successive numbers and the number of digits from the position of the pointer is calculated. Then the voiceless sound data of a long time are inserted for every 4 digits from the head and voiceless sound data of a short time are inserted between the 2nd digit and 3rd digit of a number of every 4 digits. Consequently, when the successive numbers are voiced by a voice output device 5, the accent is raised and fallen alternately for every number and the accent is fallen for the final number without fail. Further, the successive numbers are sectioned by every 2 digits and the short time and long time are assigned alternately to the sections. Therefore, the natural pronunciation is obtained with the voiced numbers.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a Japanese language processing apparatus for processing numbers output as voice.

[0002]

2. Description of the Related Art Conventionally, there has been proposed a voice synthesizing device which outputs continuous numbers as voice. Such a voice synthesizing device is recognized as a structure in which a Japanese processing device for converting a number composed of an identification code into voice data is connected to a voice output device for outputting a number composed of voice data by voice.

The Japanese language processing apparatus is provided with a voice table in which numeric voice data is preset according to the identification code. When a number consisting of the identification code is input, each of these numbers is individually converted into voice data. The converted number is output to this voice data. Then, the voice output device outputs the input number as voice according to the voice data, so that the user can recognize the number by hearing.

Some of the voice synthesizers as described above read a plurality of consecutive numbers and others do not. For reading digits, for example, "3561"
Is output as "Sanzengo Hyakurokujuichi", but if it is not read, "Sangorokyuichi" is output as voice. It is easier to understand the amount of money, but
It is easier to understand the phone number etc. if you don't read it, so you can use them according to your purpose.

In a voice synthesizer which outputs a plurality of consecutive numbers without reading the position, the voice output of "3561" is "Sangoroquichi" as described above. It's hard to understand because it doesn't exist. Therefore, it has been proposed to insert the silent voice data indicating the division of continuous voices between each of the numbers so that the numbers are individually divided to facilitate understanding. In this case, if the consecutive numbers are "3561", the voice output is "Sun, Go, Roku, Ichi", and the numbers can be understood individually. In addition, "," written here
Means silence for a predetermined time.

[0006]

In the voice synthesizing apparatus which outputs the voice by dividing the numbers one by one as described above, it is easy to understand the numbers individually. However, it is unnatural to pronounce numbers one by one like this,
It's actually hard to hear.

For example, the voice synthesizer disclosed in Japanese Patent Laid-Open No. 3-13999 attempts to realize a natural sound by dividing a plurality of consecutive numbers from the beginning every two digits. However, the pronunciation is still unnatural, and there is a demand for a more natural and easy-to-understand pronunciation.

[0008]

According to the first aspect of the present invention,
When the numeral input means continuously inputs a plurality of numerals composed of the identification code, the numeral conversion means has a voice table in which the voice data of the numerals is preset according to the identification code. In a Japanese language processing device for individually converting the data into a plurality of numbers and converting the plurality of numbers converted into the voice data continuously by a number output means, a silent voice data for a predetermined time for every four digits of a plurality of consecutive numbers. Silence insertion means for inserting is provided.

According to a second aspect of the present invention, in the first aspect of the invention, a period of time shorter than that of the silent voice data of every four digits is provided between the second digit and the third digit of every four digits from the beginning. A second insertion means for inserting silent voice data is provided.

According to a third aspect of the present invention, in the first aspect of the invention, a voice insert means for inserting voice instruction data between the second digit and the third digit of every fourth digit from the beginning. Was set up.

According to a fourth aspect of the present invention, the voice data of the numbers has a voice table preset according to the identification code, and when a plurality of numbers consisting of the identification code are continuously input by the number input means, the numbers are continuous. In a Japanese language processing apparatus in which voice data is individually set to each of a plurality of numbers by a voice conversion unit, and a plurality of numbers in which the voice data is set are continuously output by a number output unit. Silence insertion means for inserting silence voice data for a predetermined time every two digits from the beginning is provided, and silence correction means for not inserting silence voice data for the last three digits is provided.

According to a fifth aspect of the present invention, in the first or fourth aspect of the invention, accent setting means for alternately setting accents of "0 type" and "1 type" to a plurality of consecutive numbers from the beginning is provided. Provided.

According to a sixth aspect of the invention, in the invention according to the fifth aspect, the accent of the last single digit is "1 type".
The accent correction means to set to is provided.

According to a seventh aspect of the invention, in the invention of the first aspect, "0 type" and "1 type" are added to a plurality of consecutive numbers.
The accent setting means for setting the "0 type" and "1 type" accents in order every four digits from the beginning is provided.

According to the invention of claim 8, in the invention of claim 7, the accent of the last three digits is "0 type".
Accent correction means for sequentially setting "type 1" and "type 1" is provided.

According to a ninth aspect of the invention, in the invention according to the seventh aspect, the accent of the last two digits is "0 type".
The accent correction means for setting the "type 1" in order is provided.

According to a tenth aspect of the invention, in the invention according to the seventh aspect, the accent of the last single digit is "1".
The accent correction means to set to "type" is provided.

The silent voice data referred to here is
It is audio data that produces silence that separates continuous audio. Further, the vocalization instruction data is instruction data for vocalizing continuous voice output at that position.

[0019]

According to the present invention, when a plurality of numbers including the identification code are continuously input by the number input means, each of the plurality of consecutive numbers is individually converted into voice data by the voice conversion means. To be converted. Furthermore, for every four digits of a plurality of consecutive numbers, the silence voice data for a predetermined time is inserted by the silence insertion means, converted into voice data, and a plurality of numbers where the silence voice data is inserted for every four digits are displayed. ,
It is continuously output by the number output means. When a plurality of numbers are consecutively voice-outputted, the voice output is divided every four digits from the beginning, so that a more natural sounding is realized.

According to the second aspect of the invention, between the second digit and the third digit of the four-digit number from the beginning, the silence data of a shorter time than the silence data of every four digits is second. It is inserted by the insertion means. When a plurality of numbers are continuously outputted as voices, a short segment and a long segment alternate every two digits from the beginning, so that a more natural sounding is realized.

According to the third aspect of the present invention, the voice-insertion means inserts voice-instruction data between the second digit and the third digit of the four-digit number from the beginning. When a plurality of numbers are consecutively voice-outputted, the voice output is divided every four digits from the beginning and the voice output is voiced at the second digit in the middle, so that a more natural pronunciation is realized.

According to the fourth aspect of the present invention, when a plurality of numbers including the identification code are continuously input by the number input means, each of the plurality of consecutive numbers is individually converted into voice data by the voice conversion means. To be converted. Further, the silent voice data for a predetermined time is inserted by the silence inserting means for every two digits from the beginning of the continuous plural numbers. The insertion of the silent voice data is performed for the last three digits. It is canceled by the silence correction means. In this way, a plurality of numbers, which have been converted into voice data and into which silent voice data is inserted every two digits except the last three digits, are continuously output by the number output means. When a plurality of numbers are consecutively voice-outputted, the voice output is divided every two digits from the beginning, but the voice output is not divided into the last three digits, so that a more natural sounding is realized.

According to the fifth aspect of the present invention, accents of "0 type" and "1 type" are alternately set from the beginning on the consecutive plural numbers by the accent setting means. When a plurality of numbers are continuously output as a voice, the accent rises and falls every two digits, so that a more natural pronunciation is realized.

According to the sixth aspect of the invention, the accent of the last single digit is set to "type 1" by the accent correction means. When a plurality of numbers are continuously output as voice, the accent goes up and goes down every two digits, but the last one digit always goes down, so that a more natural pronunciation is realized.

In the invention according to claim 7, accents of "0 type", "1 type", "0 type", and "1 type" are sequentially set to the plurality of consecutive numbers in every four digits from the beginning by the accent setting means. It When a plurality of numbers are continuously output as a voice, the accent rises and falls every two digits, so that a more natural pronunciation is realized.

According to the invention as defined in claim 8, the accent of the last three digits is "0 type" by the accent correction means.
“Type 1” is set in order to “Type 1”. When a plurality of numbers are continuously output as voice, the accent goes up and goes down every two digits, but the last one digit always goes down, so that a more natural pronunciation is realized.

In the invention of claim 9, the accent of the last two digits is "0 type" by the accent correction means.
"Type 1" is set in order. When a plurality of numbers are continuously output as voice, the accent goes up and goes down every two digits, but the last one digit always goes down, so that a more natural pronunciation is realized.

According to the tenth aspect of the invention, the accent of the last single digit is "type 1" by the accent correcting means.
Is set to When a plurality of numbers are continuously output as voice, the accent goes up and goes down every two digits, but the last one digit always goes down, so that a more natural pronunciation is realized.

[0029]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A first embodiment of the present invention will be described below with reference to FIGS. First, as shown in FIG. 1, the Japanese language processing system 1 of the present embodiment includes a host computer 2
And a voice synthesizer 3. This voice synthesizer 3
It comprises a Japanese language processing device 4 and a voice output device 5.

The host computer 2 is composed of a general personal computer, and outputs a numeral including an identification code such as an ASCII code to the Japanese language processing device 4. The voice output device 5 has an amplifier, a speaker (not shown) and the like as hardware, and outputs a number input as voice data from the Japanese language processing device 4 by voice.

The Japanese language processing device 4 is connected to the host computer 2 and the voice output device 5, respectively.
/ F (Interface) 6 and 7, and these I / F
CPU (Central Processing Unit) connected to 6 and 7
ROM (Read Only Memory) 9 and RAM (Random Acce
ss Memory) 10 is connected.

The I / F 6 is the host computer 2
From the voice output device 5
Output a number to. The ROM 9 preliminarily stores various data in a non-rewritable manner, and the RAM 10 temporarily stores various data in a rewritable manner. The CPU 8 is the ROM
9 and the RAM 10 are accessed to perform various data processes, and the numbers input from the I / F 6 are converted from identification codes into voice data and output from the I / F 7.

Therefore, the Japanese language processing apparatus 4 of this embodiment is
A voice table, numeral input means, voice conversion means, pointer setting means, digit number detection means, silence insertion means, second insertion means, accent setting means, remaining digit calculation means, accent correction means, numeral output means There is.

The voice table is stored in the ROM 9 or the RAM 10, and as shown in FIG. 2, the numeric voice data is identified as two types, "0 type" and "1 type". It is preset according to (not shown). In addition, "" in the figure is a phonetic symbol indicating an accent, which means that the accent nucleus is located in the phoneme in front of it, and "|" in the figure indicates a division of accent phrases.

The numeral input means inputs a plurality of numerals consisting of an identification code from the host computer 2 to the I / O.
The data is continuously input to F6, and the voice conversion unit individually converts each of the plurality of continuously input numbers into voice data according to the identification code. The pointer setting means sets a pointer at the head of a plurality of consecutive numbers, and the digit number detecting means moves the pointer in sequence every time a predetermined process is performed to detect the number of digits.

The silence inserting means inserts silent voice data of a predetermined time into every four digits of a plurality of consecutive numbers, and the second inserting means inserts a second digit of every four digits from the beginning. Between the third digit and silent voice data for every four digits, silent voice data for a shorter time is inserted.

The accent setting means sets accents of "0 type", "1 type", "0 type", and "1 type" to a plurality of consecutive numbers in order every four digits from the beginning, so that a plurality of consecutive numbers are consecutively set. The accents of "0 type" and "1 type" are set alternately from the beginning in the number of. The accent setting by the accent setting means is realized by switching the position where the voice data is read from the voice table when the voice converting means converts the number into the voice data according to the identification code.

The remaining digit calculating means calculates the last digit number of a numeral for which this processing is not executed when accents are set to a plurality of consecutive numerals by the accent setting means. The accent correction means sequentially sets the last three-digit number accent to "0 type", "1 type", and "1 type", so that the last two-digit number accent is "0 type""1". The type is set in order, and the accent of the last digit is set to type 1. As described above, the number output means converts a plurality of numbers into which voice data is converted, silent voice data is inserted in various places, and accents are respectively set, from the I / F 7 to the voice output device 5. And output.

With such a configuration, in the Japanese language processing system 1 of this embodiment, the number output by the host computer 2 by the identification code can be output by the voice synthesizer 3 as voice. At this time, this speech synthesizer 3
The Japanese processing device 4 converts a number from an identification code into voice data, and the voice output device 5 outputs the number of voice data by voice. Then, when the numbers are converted by the Japanese language processing device 4 as described above, the voice data is generated so that the pronunciation of a plurality of consecutive numbers becomes natural.

Therefore, the processing operation of the Japanese language processing apparatus 4 will be described in detail below with reference to FIG. First, when the host computer 2 continuously outputs a plurality of numbers including the identification code, the plurality of numbers are output to the Japanese processing device 4.
Is continuously input from I / F6. Then, a pointer is set at the beginning of a plurality of consecutive numbers, and the number of digits from the position of this pointer to the end is calculated. If the number of digits is more than three, the following processing operation is executed.

First, the number at the position of the pointer is converted into the voice data of the voice table according to the identification code. In this case, it is converted into the voice data of the "0 type" accent, and the pointer is at the position of the next number. Be moved to. Similarly, the numeral at the position of the pointer is converted into the voice data of "Type 1" accent, and the pointer is moved next.
And after a short period of silent audio data is inserted,
The following numbers are "0 type" and "1" as the pointer moves.
It is converted in sequence into voice data with accents of "type".
At this point, if the number of digits to the end is 0, the processing operation is terminated, and otherwise, long-term silent voice data is inserted.

At this point, the number of digits to the end is calculated, and the above processing operation is repeated until the number of digits becomes three or less. For this reason, long-term silent voice data is inserted every four consecutive digits, and short-term silent voice data is inserted between the second and third digits of each four digits. The accents of "0 type" and "1 type" are alternately set from the beginning in the inserted plural numbers.

When the number of remaining digits becomes three, the remaining numbers are sequentially converted into the voice data of accents of "0 type", "1 type" and "1 type", and the processing operation is ended. It Similarly, when the remaining number of digits becomes two, the remaining number is converted into the voice data of the "0 type" and "1 type" accents in order, and the remaining number of digits becomes one digit. Is converted into the voice data of this type "1" accent,
The processing operation is ended.

For this reason, a "type 1" accent is always set at the last digit of a plurality of consecutive numbers. As described above, since a plurality of numbers, each of which has been converted into voice data, voiced voice data has been inserted into each place and accents have been set, are continuously output from the I / F 7 to the voice output device 5, The voice output device 5 outputs a plurality of consecutively input numbers according to the accent of the voice data, and divides this voice output according to the inserted silent voice data.

When converting a plurality of continuous numbers into voice data, the Japanese language processing apparatus 4 of the present embodiment sets accents of "0 type" and "1 type" alternately from the beginning to the last one. Be sure to set a "Type 1" accent on each digit, insert long-term silent voice data every four digits from the beginning, and insert a short gap between the second and third digits of each four digits. Insert silence data of time.

Therefore, when a plurality of consecutive numbers are voice-outputted by the voice output device 5, the accent is raised and lowered alternately for each number, and the accent is always lowered on the last number. Further, a plurality of consecutive numbers are divided into two digits, and the division is alternately short time and long time. Therefore, the numbers output by voice realize a more natural pronunciation and are easy to hear and recognize. Moreover,
Since no silent voice data is inserted in the last three digits,
No consecutive numbers are unnecessarily short separated near the end.

More specifically, when a plurality of consecutive numbers are “753861240”, as shown in FIG. 3, odd-numbered digits “7 3 6 2” other than the last digit are “0 type”.
Since the voice data of is set, the accent is raised (↑)
However, "58 1 40" between the even digit and the last digit is "1".
The accent data descends (↓) because the type “voice data” is set. And a long silence “,,” is inserted every four digits, and a short silence “,” is inserted every two digits in between. Is inserted, and this silence is not inserted in the last three digits, so
The pronunciation of numbers output by voice is Becomes

In the Japanese language processing apparatus 4 of this embodiment,
It has been illustrated that the second insertion means inserts a short period of silent voice data between the second digit and the third digit of every four digits from the beginning, but the present invention is limited to the above embodiment. It is also possible to insert the voice instruction data between the second digit and the third digit of the four-digit number from the beginning by the voice insertion means. In this case, consecutive numbers are divided into four digits and voiced every two digits in between.
A natural pronunciation that is easy to hear and recognize is realized.

When a plurality of consecutive numbers are converted by the Japanese language processing apparatus 4 and output by the voice output apparatus 5 as described above, the numbers output by the Japanese language processing apparatus 4 are sequentially output by the voice output apparatus 5. It is possible to output all the numbers at once by the voice output device 5 after the Japanese processing device 4 completes all the processes.

Next, a second embodiment of the present invention will be described below with reference to FIG. The same parts as those of the first embodiment described above in this embodiment are denoted by the same names and reference numerals and detailed description thereof will be omitted.

The Japanese language processing apparatus 4 of this embodiment includes a voice table, numeral input means, voice conversion means, pointer setting means, digit number detection means, silence insertion means, accent setting means, remaining digit calculation means, accent correction means. , Number output means. However, unlike the first embodiment, the second insertion means is not provided, the setting of the silence insertion means is different, and the silence correction means is newly provided.

That is, the silence inserting means inserts silence voice data for a predetermined time every two digits from the beginning of a plurality of consecutive numbers, but the silence correcting means inserts the last three digits of the number. Does not allow silent audio data to be inserted. The processing operation of the silence correcting means is realized by detecting the remaining number of digits of the numbers to be sequentially processed and not executing the processing operation of the silence inserting means when the number of digits is three or less.

With such a configuration, in the Japanese language processing apparatus 4 of the present embodiment, as shown in FIG. 5, consecutive numbers are alternately converted into accented voice data of "0 type" and "1 type". Then, silent voice data is inserted every two digits from the beginning. Then, the number detected as the last one digit is converted into the voice data of the "1 type" accent, and the number detected as the last three digits is "0 type""1type""1type".
Are sequentially converted into accent accent voice data.

When converting a plurality of consecutive numbers into voice data, the Japanese language processing apparatus 4 of the present embodiment sets accents of "0 type" and "1 type" alternately from the beginning and the last one. A "Type 1" accent is always set in each digit, and silent voice data is inserted every two digits from the beginning, but no silence voice data is inserted in the last three digits.

Therefore, when a plurality of consecutive numbers are voice-outputted by the voice output device 5, the accent of the consecutive numbers is alternately raised and lowered, and the accent of the last number is always lowered. . In addition, since multiple consecutive numbers are separated by two digits, a more natural and easy-to-hear pronunciation is realized, and silent voice data is not inserted in the last three digits, so consecutive numbers are not necessary near the end. It is not divided into short sections.

In the first and second embodiments described above,
Although it has been illustrated that the separate Japanese language processing device 4 and the voice output device 5 are connected to each other to form the voice synthesizer 3, the present invention is not limited to the above-mentioned embodiment. It is also possible to realize a voice synthesizer in which the processing device 4 and the voice output device 5 are integrally provided.

[0057]

According to the first aspect of the present invention, the silent voice insertion means for inserting the silent voice data for a predetermined time every four digits from the beginning of a plurality of consecutive numbers is provided. When the voice data of a plurality of consecutive numbers in which the data is inserted is output as voice, the voice output is divided into four digits from the beginning, so that a natural and easy-to-hear sound can be realized.

According to a second aspect of the present invention, a silent voice data for a shorter time than a silent voice data for every four digits is inserted between the second digit and the third digit for every four digits from the beginning. By providing the two insertion means, when voice data of a plurality of consecutive numbers in which silence voice data is inserted is output as voice, the voice output is divided into two short digits and two long digits. Since they occur alternately, it is possible to realize a natural and easy-to-hear pronunciation.

According to the third aspect of the present invention, the voice insert means for inserting the voice instruction data is provided between the second digit and the third digit of every four digits from the beginning. When voice data of a plurality of consecutive numbers in which voice instruction data is inserted is output as voice, this voice output is divided into four digits from the beginning, and voice is output at the second digit in the middle, so it is natural. You can realize pronunciation that is easy to hear.

According to a fourth aspect of the present invention, there is provided silence insertion means for inserting silence data for a predetermined time every two digits from the beginning of a plurality of consecutive numbers, and there is no silence for the last three digits. By providing the silence correction means that does not insert the voice data, the voice data of a plurality of consecutive numbers in which the silence voice data is inserted is output as follows.
This voice output is divided into two digits from the beginning, but is not separated by the last three digits, so that a natural and easy-to-understand pronunciation can be realized.

According to the fifth aspect of the present invention, the accent setting means for alternately setting the accents of "0 type" and "1 type" to a plurality of consecutive numbers from the beginning is provided. When voice data of a plurality of set consecutive voice data is output by voice, the accent is raised and lowered by every two digits, so that natural and easy-to-understand pronunciation can be realized.

According to the sixth aspect of the present invention, the accent correcting means for replacing the accent of the last one-digit number with the "type 1" is provided, so that a plurality of consecutive numbers with the accent set in this way are displayed. When voice data is output as voice,
In this voice output, the accent goes up and goes down every two digits, but the last one-digit accent always goes down, so that a natural and easy-to-hear sound can be realized.

According to the seventh aspect of the present invention, accent setting means for setting accents of "0 type", "1 type", "0 type", and "1 type" to a plurality of consecutive numbers in order every four digits from the beginning is provided. By providing voice data of multiple consecutive numbers with accents set in this way, the voice output will raise and lower the accent every two digits, so a natural and easy-to-hear pronunciation is realized. can do.

According to the invention as set forth in claim 8, the accent correction means for replacing the last three-digit numeral accent with "0 type", "1 type", and "1 type" in order is provided. When the voice data of multiple consecutive numbers with is set is output, the accent of this voice output rises and falls every two digits, but the accent of the last one digit always falls, so it is natural and easy to hear. Can achieve pronunciation.

According to the ninth aspect of the invention, the accent is set in this way by providing the accent correction means for sequentially replacing the accent of the last two-digit number with "0 type" or "1 type". When the voice data of a plurality of consecutive numbers is output as voice, the accent of this voice output rises and falls every two digits, but the accent of the last one digit always falls, so that a natural and easy-to-understand pronunciation is realized. be able to.

According to the tenth aspect of the present invention, the accent correcting means for replacing the accent of the last one-digit number with the "type 1" is provided. When the voice data is output as voice, the accent of this voice output rises and falls every two digits, but the accent of the last one digit always falls, so
You can achieve natural and easy-to-hear pronunciation.

[Brief description of drawings]

FIG. 1 is a block diagram showing a Japanese language processing system including a Japanese language processing apparatus according to a first embodiment of the present invention as a part.

FIG. 2 is a schematic diagram showing phonetic symbols of voice data of numbers.

FIG. 3 is a schematic diagram showing accents of numerical voice data.

FIG. 4 is a flowchart showing a processing operation of the Japanese language processing device.

FIG. 5 is a flowchart showing the processing operation of the Japanese language processing apparatus of the second embodiment.

[Explanation of symbols]

 4 Japanese processor

Claims (10)

[Claims] 1. A voice table having numeric voice data set in advance according to an identification code, and when a plurality of numbers including the identification code are continuously input by a numeric input means, each of the plurality of consecutive numbers is input. In a Japanese language processing device that individually converts voice data by voice conversion means and continuously outputs a plurality of numbers converted to this voice data by a number output means, every four digits from the beginning of a plurality of continuous numbers. A Japanese language processing apparatus comprising a silence insertion means for inserting silenced voice data for a predetermined time. 2. A second inserting means is provided between the second digit and the third digit of each four-digit number from the beginning to insert the silent voice data of a shorter time than the silent voice data of every four digits. The Japanese language processing device according to claim 1, wherein 3. The voice-voice inserting means for inserting voice-instruction instruction data between the second digit and the third digit of each four-digit number from the beginning, characterized in that: Word processor. 4. The number voice data has a voice table preset according to the identification code, and when a plurality of numbers including the identification code are continuously input by the number input means, each of the plurality of consecutive numbers is input. In a Japanese language processing device in which voice data is individually set by the voice conversion means and a plurality of numbers in which the voice data is set are continuously output by the number output means, every two digits from the beginning of a plurality of consecutive numbers. A Japanese language processing apparatus comprising a silence insertion means for inserting silence voice data for a predetermined time, and a silence correction means for not inserting silence voice data for the last three digits. 5. A "0 type" and a "1" are added to a plurality of consecutive numbers.
5. The Japanese language processing apparatus according to claim 1, further comprising accent setting means for alternately setting the accent with "type" from the beginning. 6. An accent of the last single digit is "1".
6. The Japanese language processing apparatus according to claim 5, further comprising accent correction means for setting the "type". 7. A "0 type" and a "1 type" for a plurality of consecutive numbers.
2. The Japanese language processing apparatus according to claim 1, further comprising accent setting means for setting "0 type" and "1 type" accents in order every four digits from the beginning. 8. The accent of the last three digits is "0".
8. The Japanese language processing apparatus according to claim 7, further comprising accent correction means for sequentially setting the types "type 1" and "type 1". 9. The accent of the last two digits is "0".
8. The Japanese language processing apparatus according to claim 7, further comprising accent correction means for sequentially setting the type to "type 1". 10. An accent of the last single digit is "1".
8. The Japanese language processing apparatus according to claim 7, further comprising accent correction means for setting the "type".