JPH0646016A - Newspaper article voice information provision system by wireless transmission system - Google Patents

Abstract

(57) [Summary] [Purpose] To provide a newspaper article voice information providing system by wireless transmission that can be sent as an article with corrected abbreviations and text terms and that can output the article converted into an easy-to-listen expression by voice. To do. [Structure] The article information transmission system TX is provided with an article data storage device 10 that stores various types of article data relating to newspaper articles in the form of character code data, and a read control device 12 that reads this article data. An article data correction device 14 that corrects abbreviations into regular words and sentence terms into spoken terms is provided so that the corrected article data can be wirelessly transmitted. On the other hand, the article data receiving system is provided with article data storage means for storing the received article data and a read control device for reading the article data, and each character code data of the read article data is voice-synthesized by a voice synthesizer. Then, a voice signal is generated, the voice signal is amplified and output from the speaker, so that the newspaper article can be heard in a normal spoken language.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a newspaper article voice information providing system by a wireless transmission system, and more particularly, to a transmitting system for wirelessly transmitting various kinds of article information relating to newspaper articles,
And a receiving system for receiving the wirelessly transmitted article information and outputting it by voice.

[0002]

2. Description of the Related Art Conventionally, television broadcasts and radio broadcasts for transmitting images and sounds have been well known as techniques for providing information by a wireless transmission system. In these broadcasting systems, images and sounds are FM-modulated or AM-modulated as analog data and transmitted from the transmitting station by radio waves, and the television sets and radio receivers receive the transmitted images and sounds and display output. Alternatively, the sound is output.

By the way, in recent years, with the rapid development of information transmission technology, in particular, characters and symbols are stored in the form of digital character code data, and these character code data are modulated by a dedicated modulation method. However, an information providing system that provides information to a specific user or an unspecified large number of users by transmitting the modulated transmission signal by wire or wirelessly has been put into practical use.

[0004] Therefore, a transmission system for wirelessly transmitting newspaper articles and a system for receiving these wirelessly transmitted articles so that commuters or the like by car or train can hear the contents of newspaper articles of the day by voice. However, a newspaper article voice information providing system including a receiving system that provides voice generated by voice synthesis is conceivable.

[0005]

The above-mentioned newspaper article voice information providing system can provide article information of newspaper articles to the user by wireless transmission. However, in general, newspaper articles are expressed as simply as possible due to restrictions such as the size of the page. Therefore, many abbreviations such as "KO" are used, such as "... the champion has won the opponent KO in the 4th round." Since many terms are used, there is a problem that it is difficult to understand the content of the article clearly and easily when listening to a newspaper article by voice.

Furthermore, since the receiving system provides newspaper articles with speech generated by speech synthesis, the speech output sentence becomes a monotonous speech with only one phoneme enumerated, which is very difficult to hear. Is difficult to understand.

An object of the present invention is to provide a newspaper article voice information providing system by a wireless transmission system capable of voice-outputting an article converted into an expression that is easy to hear by transmitting as an article in which abbreviations and text terms are corrected. That is.

[0008]

According to a first aspect of the present invention, there is provided a newspaper article voice information providing system using a wireless transmission system, as shown in a functional block diagram of FIG. 1, a transmission system for wirelessly transmitting article data of a newspaper article, A news article voice information providing system by a wireless transmission system, which comprises a receiving system which receives article data wirelessly transmitted from this transmission system, converts the article data into a voice signal, and outputs a newspaper article in a voice form. Therefore, the transmission system includes a first article data storage unit that stores a plurality of types of article data that are input in advance in the form of digital character code data, and a plurality of these first article data storage units. The first reading means for sequentially reading the article data of the types and the plurality of word data to be corrected are associated with each word data. A correction data storage unit for storing correction data input in advance, and word data to be corrected in the article data received from the first reading unit, and the word data to be corrected is read from the correction data storage unit. Article data correction means to correct with data,
The article data correcting section receives the corrected article data, converts each character code data of the article data into a transmission signal, and wirelessly transmits the transmission signal. The receiving system is wirelessly transmitted from the transmitting section. Receiving means for receiving the transmitted transmission signal and converting the transmission signal into article data composed of character code data; second article data storing means for receiving and storing the article data reproduced by the receiving means; Second reading means for reading article data from the article data storage means, and voice signal generating means for receiving article data from the second reading means and converting each character code data included in the article data into a voice signal of the character. And voice output means for receiving the voice signal from the voice signal generating means and outputting the text of the newspaper article in the form of voice.

A newspaper article voice information providing system using a wireless transmission system according to claim 2 is shown in the functional block diagram of FIG.
As indicated by a dotted line, in the system according to claim 1, the correction data storage means is associated with each of a plurality of word data, and preliminarily inputted tone data relating to the pronunciation strength or the pitch of each word. And the article data correction means is configured to add and correct the corresponding tone data read from the correction data storage means to the word data of the article data received from the first reading means. , The receiving system comprises a voice correction command means for outputting a voice correction signal corresponding to each of the tone data,
The voice signal generating means is configured to correct and output a voice signal of each word corresponding to the voice correction signal received from the voice correction command means. According to a third aspect of the present invention, there is provided a newspaper article voice information providing system according to the wireless transmission method, wherein the first article data storage means identifies the type of article in each of a plurality of types of article data. The receiving system is configured to store an article number, and the receiving system includes article number input means for inputting an article number and article number storage means for storing the input article number, and the second article data. The storage means is configured to store only the article data of the type of article designated by the article number received from the article number storage means.

[0010]

In the newspaper article voice information providing system according to the first aspect of the present invention, first, in the transmission system, the plurality of types of article data that are input in advance relating to the newspaper article are in the form of digital character code data. The plurality of types of article data stored in the first article data storage means are sequentially read by the first reading means. On the other hand, the correction data storage means stores pre-input correction data for correcting each word data corresponding to each of the plurality of word data to be corrected, and the article data correction means reads from the first reading means. The word data to be corrected in the received article data is corrected by the correction data read from the correction data storage means. The corrected article data is wirelessly transmitted by converting each character code data of the article data into a transmission signal by the transmission means.

Next, in the receiving system, the transmission signal wirelessly transmitted from the transmitting means is received by the receiving means and converted into article data composed of character code data,
This article data is stored in the second article data storage means. The article data stored in the second article data storage means is read by the second reading means, and each character code data included in the read article data is converted into a voice signal of the character by the voice signal generating means. As for the voice signal, the text of the newspaper article is output in the form of voice by the voice output means.

As the word data to be corrected,
For example, it is data of abbreviations such as “KO” and “hit” or semi-abbreviation of sentence terms, or data of sentence terms such as “do”. As correction data for correcting word data of these words, for example, Data such as the unabbreviated terms "knockout", "hit", and spoken word "shita" are corrected by the article data correction means, and the corrected article data is wirelessly transmitted. The voice output means outputs voice in an easy-to-understand expression in which the content of newspaper articles is not omitted.

In the newspaper article voice information providing system according to a second aspect of the present invention, the correction data storage means is preliminarily input in association with each of a plurality of word data in association with the pronunciation strength and height of each word. Stored tone data,
The article data correction means adds tone data to the word data of the article data when correcting the article data.
The voice correction command means of the reception system is configured to output a voice correction signal corresponding to each of the tone data, and the voice signal generation means includes each word corresponding to the voice correction signal received from the voice correction command means. Corrects and outputs the audio signal. In the newspaper article voice information providing system according to claim 3, the first article storing means stores each of the plurality of types of article data in association with an article number for identifying the type of article, and the receiving system , Article number input means for inputting an article number and article number storage means for storing the input article number, and the second article data storage means is designated by the article number received from the article number storage means. Since it is configured to store only the article data of the types of articles, the receiving system can receive and listen only to the type of articles specified by the article number.

【The invention's effect】

According to the newspaper article voice information providing system of claim 1, a transmission system and a reception system are provided, and the transmission system includes a first article data storage means, a first reading means, and a correction data storage means. Article data correction means,
A transmitting means, and the receiving system includes a receiving means and a second means.
An article data storage unit, a second reading unit, a voice signal generation unit, and a voice output unit are provided, and the word data to be corrected contained in the plurality of types of article data is corrected by the corresponding correction data. The corrected article data is wirelessly transmitted, and the newspaper article is output in the form of voice based on the wirelessly transmitted article data, so that the newspaper article converted into an easy-to-listen expression can be heard by voice. Moreover, since newspaper articles are converted to computer data before printing, it is possible to save the labor of converting newspaper articles into data, which is excellent in economic efficiency. This system is suitable for car commuter and general commuter. By using, you can effectively utilize your commuting time and listen to information in newspaper articles. Also,
Even people with visual disabilities can use this system to listen to information on newspaper articles, just as they can with newspaper reading services.

According to the newspaper article voice information providing system of claim 2, the tone data is added and corrected to the word data of the article data through the correction data storage means and the article data correction means to correct the voice of the receiving system. Since the voice signal corrected by the voice correction signal output from the command means is output, it is possible to output a voice that is close to the spoken language and is easy to hear. Moreover, since the transmission system is provided with the correction data storage means and the article data correction means, the reception system does not become complicated,
Overall, it is economical in terms of equipment. According to the newspaper article voice information providing system of claim 3, it is possible to select a desired type of article via the article number and listen to only the selected type of article.

[0016]

Embodiments of the present invention will be described below with reference to the drawings. A newspaper article voice information providing system using a wireless transmission system according to the present embodiment is an article information transmitting system (corresponding to a transmitting system) TX that wirelessly transmits article data of a plurality of types of articles published in newspapers, and this article information transmitting system. An article information receiving system RX for receiving article data wirelessly transmitted from TX and outputting the text of a newspaper article as voice based on this article data is provided. It is configured so that the text of the desired newspaper article can be provided in the form of voice. The article information transmission system TX is installed in an information center building of a service provider whose business is to provide information on newspaper articles, and the article information reception system RX is installed in a moving body such as an automobile. Or, it can be carried by each person.

First, the article information transmission system TX will be described. As shown in FIG. 2, the article information transmission system T
X is basically an article data storage device (first article data storage means) 10, a read start command device 11, a read control device (first read means) 12, a correction data storage device 13, and article data. A correction device 14, an error correction coding device 15, a transmission device 16, and an antenna 17 for transmitting article data are provided.

The article data storage device 10 has a signal line L.
1 and signal line L2, which are connected to the read control device 12 and are described in general newspapers such as "domestic politics", "overseas politics", "economy", "sports", "stock information", and "weather". "Forecast", "Local News", "Program Introduction", ...
.. Equipped with a storage medium such as a hard disk or a semiconductor integrated circuit (LSI) and its driving device, which stores various types of article data in association with article number data assigned to each article type There is. It should be noted that these article data are regularly supplied from newspaper companies via a telephone line or a dedicated line, and the character, symbol, and numeral data contained in this article data is converted from digital character code data. Become. Further, the storage medium mounted on the storage device 10 can be replaced with a storage medium storing new article data at predetermined time intervals.
Further, in a specific area of this storage medium, there is provided a management memory that stores a leading address where article data based on article numbers is stored.

The read start command device 11 is connected to the read control device 12 via a signal line L4 and a signal line L3,
It incorporates a timer device that measures a predetermined time (for example, about 10 minutes). Therefore, a read start signal is output to the read control device 12 via the signal line L3 every time a predetermined time has elapsed from the start of operation. The read control device 12 is connected to the article data correction device 14 via the signal line L5 and the signal line L6, and is also connected to the correction data storage device 13 via the signal line L6. A reading device for reading the. Therefore, every time the read control device 12 inputs a read start signal from the read start command device 11 via the signal line L3,
In order to read various types of article data sequentially in a predetermined order, 1
The second article number data, the second article number data, ...
Based on the last article number data, the head address stored in the management memory is sequentially instructed to the article data storage device 10 via the signal line L2, and the article data is sent to the signal line L.
The data is sequentially read via 1 and output to the article data correction device 14 and the correction data storage device 13 via the signal line L6.
Incidentally, article number data is added as a header to each article data.

Upon completion of reading the final article data, the read control device 12 sends a reset signal for resetting the timer device via the signal line L4 to the read start command device 1.
1, the read start command device 11 starts the measurement operation. The correction data storage device 13 is connected to the article data correction device 14 via a signal line L7, and is a nonvolatile memory that stores four types of correction rule data for correcting the article data input from the read control device 12. I have it. Usually, since a simple word is used in a newspaper article due to space limitations, a plurality of correction rule data for correcting a sentence-specific word into a spoken word is stored as the first correction rule data. For example, the words "done", "done", etc., which are peculiar to a sentence, are the spoken words "done", "done", ..., respectively, and many sentences of the type illustrated here. The word word and the spoken word are stored in association with each other.

Next, as the second correction rule data, a plurality of correction rule data for correcting an abbreviation into a regular word are stored. For example, "base up" for the abbreviation "bear", "knockout" for the abbreviation "KO", "foreball" for the semi-abbreviation "four-ball", semi-abbreviation "hit".
, “Hit”, ..., And so on, and data of a large number of abbreviations exemplified here and data of their regular words are stored in association with each other. Next, as the third correction rule data, in order to generate an arbitrary sentence as a correct pronunciation or a continuous voice of intonation, for each of a large number of words constituting an article, pronunciation of each of a plurality of sounds included in each word. A large amount of tone data for specifying the upper and lower strengths and heights is stored.

Further, as the fourth correction rule data, in order to express the reading point (,) and the punctuation mark (.) Contained in the sentence,
Data on the "time" of a predetermined time is stored. Therefore, the correction data storage device 13 determines whether the words, the punctuation marks, and the punctuation marks of the input article data are the first to the fourth.
The correction rule data is sequentially searched, and the detected word data of the normal spoken word, the normal word data, the tone data, and the interval data are output to the article data correction device 14 via the signal line L7. The article data correction device 14 uses the signal line L
8 is connected to the error correction encoding device 15 via the data correction device 14. The article data correction device 14 uses the article data input and the data received from the correction data storage device 13 as the spoken words and phrases. While correcting the article data by changing the terms and phrases of the article, and changing the abbreviations to regular words, the tone data corresponding to each word data of the article data is additionally inserted, and the reading and phrase data of the article data is also added. Is replaced with predetermined interval data to correct the article data, and the corrected article data is output to the error correction coding device 15 via the signal line L8.

Here, due to the correction time required for this correction processing, when the reading of article data is interrupted, a transfer interruption signal is output from the article data correction device 14 to the read control device 12 via the signal line L5. . The error correction coding device 15 is connected to the transmission device 16 via the signal line L9 and executes an error check symbol adding process of adding an error check symbol to the corrected article data supplied from the article data correction device 14. A correction code generation circuit for the purpose is provided, and the article data to which the error check symbol is added is output to the transmission device 16 via the signal line L9. By the way, in this error check symbol addition processing, based on the article data supplied, every predetermined byte of article data (for example, every block article data of 20 to 30 bytes), a predetermined byte based on this block article data. Error check symbol data (for example, 2 to 3 bytes) is added to the end of the block article data. The error check symbol data is check symbol data generated based on, for example, the BCH coding method or the Reed-Solomon coding method.

The transmitter 16 is connected to the antenna 17 via a signal line L10 and basically includes a modulation circuit, a high frequency amplifier and the like. This modulation circuit has a circuit configuration based on the FSK modulation method (frequency shift modulation method) or the PSK modulation method (phase shift modulation method), and the article data supplied from the error correction coding device 15 is used as a modulation signal at a predetermined frequency ( For example, a transmission signal that can be transmitted by frequency-modulating or phase-modulating a carrier wave of 200 to 300 MHz) is generated, and this transmission signal is amplified and output to the antenna 17 via the signal line L10. Therefore, this transmission signal is emitted to the air as a radio wave by the antenna 17.

Next, the article information receiving system RX will be described. As shown in FIG. 3, the article information receiving system R
X is basically an antenna 20, a reception device 21, an error correction device 22, an article number input device 23, an article number storage device 24, an article data selection device 25, and an article data storage device (second Corresponding to article data storage means) 26,
A read command device 27, a read control device (corresponding to a second read means) 28, a voice correction command device 29, a voice synthesizer 30, and a speaker 31 are provided.

The receiving device 21 is connected to the antenna 20 via the signal line L30 and is connected to the error correction device 22 via the signal line L31, and receives via the antenna 20 the transmission signal transmitted by radio waves. On the other hand, the article data obtained by demodulating this transmission signal is output to the error correction device 22 via the signal line L31. The receiving device 21 is basically provided with a high-frequency amplifier and a demodulation circuit. As the demodulation circuit, a circuit configuration based on the FSK demodulation method or the PSK demodulation method corresponding to the FSK modulation method or the PSK modulation method is used. The article data reproduced by demodulating after demodulating the received transmission signal is output to the error correction device 22.

The error correction device 22 is connected to the article data selection device 25 via the signal line L32, and based on the article data supplied from the reception device 21 and the error check symbol accompanying it, the error check symbol is used. Equipped with an error correction circuit for performing error correction processing on the article data for each block, only the pure article data obtained by removing this error check symbol from the regular article data corrected by this error correction circuit is the signal line. Article data selection device 25 via L32
Is output to.

On the other hand, the article number input device 23 uses the signal line L
It is connected to the article number storage device 24 via 33 and is provided with a keyboard having a registration key, a numeric keypad, and the like. Here, as mentioned above, "domestic politics" and "overseas politics",
Article numbers assigned to various types of article data such as "economy" are separately prepared as an article number table, and the article number data of the article desired by the user can be stored in the article number storage device by operating the registration key after operating the numeric keypad. 24 is output. The article number storage device 24 is connected to the article data selection device 25 via a signal line L34, and the article number input device 2
An article number memory for storing one or a plurality of article number data supplied from No. 3 is provided.

The article data selection device 25 uses the signal line L35.
The article number storage device 24 is connected via the signal line L34 to the article data storage device 26 via the signal line L34 each time the article number data added as the header of the article data is received from the error correction device 22. If it is stored, the article number data and the article data are output to the article data storage device 26. The article data storage device 26 is connected to the read control device 28 via the signal line L36 and the signal line L37, and stores a plurality of article number data and article data supplied from the article data selection device 25 in association with each other. It is provided with a storage medium such as a hard disk, a floppy disk, a semiconductor integrated circuit (LSI), and a drive device therefor.

The read command device 27 is connected to the read control device 28 via a signal line L38, and an article selection key corresponding to each of a plurality of article types such as "domestic politics", "overseas politics", and "economy". And outputs the article number data corresponding to the key signal of the operated article selection key to the read control device 28 via the signal line L38. That is, it is possible to select a desired type of article among the articles stored in the article data storage device 26 by the article selection key. The read control device 28 is connected to the voice synthesizing device 30 and the voice correction command device 29 via a signal line L39, and has the same configuration as the read control device 12. Therefore, every time the read control device 28 inputs the article number data from the read command device 27, only the article data corresponding to the article number data is read from the article data storage device 26, and the voice synthesizer via the signal line L39. Output to 30.

Here, the voice correction command device 29 is a voice correction signal which is connected to the voice synthesizer 30 via a signal line L40 and corresponds to each of the plurality of tone data. Equipped with a non-volatile memory that stores a large number of voice correction signals for correcting the sound source characteristics,
A voice correction signal corresponding to each of the tone data of the plurality of word data included in the article data is output to the voice synthesizer 30 via the signal line L40. The voice synthesizer 30 connected to the speaker 31 via the signal line L41 basically has
It is equipped with a voice synthesizer, low-frequency amplifier, etc. for converting each kana, kanji, or alphabetic character code data contained in the article data into a voice signal of one or more phonemes contained in the character. The voice synthesizer is based on, for example, a law synthesizing method, and includes a voice synthesizing LSI in which a plurality of voice generating data regarding basic phonemes necessary for generating a voice signal are integrated in one chip. The voice synthesizing device 30 performs waveform correction processing on the generated voice signal with the voice correction signal output from the voice correction commanding device 29, and corrects the waveform into a voice signal of a voice with high or low strength or high or low voice designated by the tone data. . The voice synthesizer corresponds to the voice signal generating means.

That is, the voice synthesizing device 30 receives the word data of the article data from the read control device 28 in order, and synchronizes with each word data, the voice correction command device 2
When a corresponding correction signal is received from 9 and a voice signal of each phoneme of each word is generated, waveform correction processing is performed so that this voice signal has the strength or the high or low specified by the voice correction signal, and further the interval data is obtained. On the other hand, the output of the audio signal is stopped, and the corrected audio signal is amplified by the amplifier and output to the speaker 31. The low frequency amplifier and the speaker 31 correspond to audio output means.

Next, the operation of the newspaper article voice information providing system will be described. First, article information transmission system TX
When a read start signal is output from the read start command device 11 to the read control device 12, a plurality of types of article data stored in the article data storage device 10 are ordered by the read control device 12 in a predetermined order. Are sequentially read by and are supplied to the article data correction device 14 and the correction data storage device 13 at the same time. Therefore, the correction data storage device 13 stores the first
~ The fourth correction rule data is sequentially searched, and the corresponding correction data (word data of spoken language, regular word data not abbreviation, interval data, etc.) and tone data are output to the article data correction device 14. The words and phrases peculiar to the sentence words included in are changed to the words and phrases of the spoken language, the abbreviations are changed to correct words, and the tone data is additionally added to each word of the article data. Punctuation marks and the like are replaced with the interval data and correction processing is performed.

The corrected article data is supplied to the error correction coding device 15 and an error check symbol is added for each predetermined byte, and the article data subjected to the error check symbol addition processing is supplied to the transmission device 16 for FSK. The modulated or PSK-modulated transmission signal is emitted into the air as a radio wave via the antenna 17. Next, the operation of the article information receiving system RX will be described. The transmission signal wirelessly transmitted by radio waves is received by the receiving device 21 and converted into article data made up of code data, and this article data is authorized by the error correction device 22. Article data selection device 25 corrected to the article data
Is supplied to. At this time, since one or a plurality of article number data input by the article number input device 23 is stored in the article number storage device 24, the article number data stored in the article number storage device 24, for example, “domestic politics” Only article data of a type desired by the user, such as “” or “sports”, is sorted by the article data sorting device 25 and stored in the article data storage device 26.

On the other hand, when the user operates the article selection key of an article such as "domestic politics" or "sports" desired,
The article data corresponding to the article number data is read from the article data storage device 26 by the read control device 28 and output to the voice synthesizer 30 and the voice correction command device 29. Therefore, in the voice synthesizer 30, each character code data included in the article data is sequentially converted into a voice signal. At this time, the generated voice signal is corrected so that the sound designated by the voice correction signal output from the voice correction command device 29 becomes strong or weak, and the pitch thereof is high or low. Furthermore, based on the interval data included in the article data, the output of the audio signal is stopped for a minute time.

As a result, the finally corrected voice signal is output from the voice synthesizer 30 to the speaker 31, and the sentence of the newspaper article is output as voice from the speaker 31. At this time, the strength and pitch of the voice of each word of the sentence become appropriate, and since appropriate intervals are provided at the sentence delimiter positions, the sentences of the newspaper article are continuous and smooth, and close to human pronunciation. You can hear it by voice. Further, not only the text words are converted into spoken words, but also the abbreviations are converted into correct words, so that the content of the newspaper article can be understood more clearly and easily.

[Brief description of drawings]

FIG. 1 is a functional block diagram showing a configuration of the present invention.

FIG. 2 is a configuration diagram of an article information transmission system.

FIG. 3 is a configuration diagram of an article information receiving system.

[Explanation of symbols]

 TX article information transmission system RX article information reception system 10 article data storage device 12 read control device 13 correction data storage device 14 article data correction device 16 transmission device 21 reception device 26 article data storage device 28 read control device 29 voice correction command device 30 Speech synthesizer 31 speaker

Claims (3)

[Claims] 1. A transmission system for wirelessly transmitting article data of a newspaper article, and receiving article data wirelessly transmitted from this transmission system, converting the article data into a voice signal, and outputting a newspaper article in a voice form. And a receiving system for wirelessly transmitting newspaper article voice information, wherein the transmitting system stores a plurality of types of article data regarding a newspaper article input in advance in the form of digital character code data. First article data storage means, first reading means for sequentially reading the plurality of types of article data from the first article data storage means, and a plurality of word data to be corrected, respectively,
Correction data storage means for storing pre-input correction data for correcting each word data, and word data to be corrected from the article data received from the first reading means, correction data storage means Article data correction means for making corrections using the correction data read from, and transmission means for receiving the corrected article data from the article data correction means, converting each character code data of the article data into a transmission signal and wirelessly transmitting the transmission signal. Wherein the receiving system receives a transmission signal wirelessly transmitted from the transmitting means, converts the transmission signal into article data composed of character code data, and article data reproduced by the receiving means. Second article data storage means for receiving and storing, and second reading means for reading article data from the second article data storage means A voice signal generating means for receiving article data from the second reading means and converting each character code data included in the article data into a voice signal of the character, and a voice signal from the voice signal generating means for receiving the newspaper. A newspaper article voice information providing system by a wireless transmission method, comprising: a voice output unit that outputs the text of an article in a voice form. 2. The correction data storage means is configured to store, in association with each of a plurality of word data, pre-input tone data related to pronunciation strength and pitch of each word, The article data correction unit is configured to add and correct the corresponding tone data read from the correction data storage unit to the word data of the article data received from the first reading unit, and the reception system may include the tone data. A voice correction command means for outputting a voice correction signal corresponding to each of the above, and the voice signal generating means corrects and outputs the voice signal of each word by the voice correction signal received from the voice correction command means. The newspaper article voice information providing system by the wireless transmission system according to claim 1, wherein 3. The first article data storage means is configured to store an article number for identifying the type of article in each of a plurality of types of article data, and the receiving system, An article number input means for inputting a number and an article number storage means for storing the input article number are provided, and the second article data storage means is of a type specified by the article number received from the article number storage means. The newspaper article voice information providing system according to claim 1, wherein the article article voice information providing system is configured to store only article data of articles.