KR200209075Y1 - System for providing information on the Internet through the wire/wireless/mobile telephone network with the use of voice - Google Patents

Abstract

The present invention relates to a system for providing information on the Internet via a wired / wireless / mobile phone network by voice, and more particularly to a system for providing information via a wired / wireless / mobile phone network in a situation where a user can not directly access the Internet. The present invention relates to a system for acquiring contents of a homepage to be visited using voice data and selectively providing necessary contents through voice recognition.

According to the present invention, it is possible to acquire various information provided on a homepage through a communication terminal such as a wired line, a wireless line, and a mobile phone without having to access the Internet through a conventional web browser. It is possible not only to build a voice guidance service for an individual or an enterprise, but also to link information of other sites to form a group for each individual or company and exchange information with each other.

In addition, after an individual or a company that can not implement speech recognition and synthesis technology on the Internet can produce a homepage to be provided with a voice by using a speech homepage language or a homepage producer tool that provides the same, It is possible to listen to the contents of the homepage prepared by the speech synthesis and to surf the web by the speech recognition technology by accessing the homepage produced by the homepage maker tool which is directly produced in the voice homepage language through the server or providing it.

Description

[0001] The present invention relates to a system for providing information on the Internet via a wired / wireless / mobile phone network by voice,

The present invention relates to a system for providing information on the Internet via a wired / wireless / mobile phone network by voice, and more particularly to a system for providing information via a wired / wireless / mobile phone network in a situation where a user can not directly access the Internet. The present invention relates to a system for acquiring contents of a homepage to be visited using voice data and selectively providing necessary contents through voice recognition.

In the early 1990s, even among those who knew how to use a computer, the Internet, which some used to be their only means of communication, became a necessity for people to use without a computer, and even the internet needed to be carried by humankind Also known as passport. One of the crucial moments of popularizing the Internet is the Web.

In recent years, various services such as electronic commerce, electronic advertisement, internet phone, and the like have been provided based on the Internet web, and as the users can easily receive services that were previously performed physically through the Internet, It is emerging as an important business.

In addition, it is common for individuals and companies to create and operate a homepage as a means of promoting their own business, or to request other professional companies to create a homepage for advertising and marketing.

However, in order to obtain information about the homepage constructed in this way, the netizen could directly obtain information only by accessing the Internet, directly inputting the URL (Uniform Resource Locator) of the homepage on the web browser, and then accessing the homepage.

Accordingly, the present invention was conceived to overcome the above problems, and it is an object of the present invention to provide a communication terminal that uses a communication terminal including a landline phone, a wireless phone, or a mobile phone in a situation where a user can not directly access the Internet, And a system for selectively providing the necessary contents through speech recognition.

FIG. 1 is a block diagram of a system for providing contents of a homepage created according to the present invention using a voice,

FIG. 2 is a diagram showing a configuration of a voice web connection server in a system for providing contents of a homepage created according to the present invention using voice;

FIG. 3 is a flowchart showing a system for providing contents of a homepage created according to the present invention using voice;

4 is a block diagram showing the format of a user DB of a voice web connection server among systems that provide contents of a homepage created according to the present invention using voice.

DESCRIPTION OF REFERENCE NUMERALS

100: communication terminal 200: wired / wireless / mobile communication network

300: Voice web access server

310: control unit 320: telephone connection

330: user registration unit 340: user DB

345: contents DB 350: connection processing unit

360: Call Management Unit 370: Internet Connection Unit

380: Language analysis unit 390: Voice processing unit

391: Voice recognition unit 392:

400: Internet

500: Content Client

In order to achieve the above objects, a system for providing information on the Internet through a wired / wireless / mobile phone network with voice according to the present invention includes a home page accessed from outside through a communication network, It is possible to create a homepage in a WYSIWYG manner using a language that provides contents of a homepage through a wired / wireless / mobile phone network, without inline or outline insertion in the form of annotations, A voice web access server for converting the contents of the homepage created by using a voice homepage creator capable of verifying the result of the homepage production by using a preview function to voice data and delivering the voice data to the outside; A communication terminal using a wired / wireless / mobile phone network for dialing to the voice web connection server to acquire contents of a homepage including text or voice contents through the communication network, and a communication terminal connected to the Internet, And the implemented content client.

Preferably, the voice web access server comprises: a telephone connection unit for receiving signal data transmitted from the communication terminal and transmitting voice data provided from the voice web connection server to the communication terminal; A user registration unit for registering predetermined user information as the signal data in order for the communication terminal to provide contents of a homepage passed through the voice web access server by voice; A user DB in which the predetermined user information registered using the user registration unit is stored; A content DB in which contents of a homepage created and registered by the voice web connection server itself are stored and a site name, a unique number, and a URL (Uniform Resource Locator) of the content client homepage connected to the Internet are registered; A connection processing unit for performing a user authentication operation by comparing predetermined user information inputted through the telephone connection unit with user information stored in the user DB, and searching for corresponding homepage contents of the content client; A call manager for managing a priority order of calls to the voice web access server in the communication terminal and controlling a connection order of a requested homepage; A voice recognition unit for recognizing voice data input through the communication terminal and converting the voice data into character data; and a voice recognition unit for receiving the contents of the contents client homepage connected to the Internet via voice synthesis (TTS: Text To Speech) A voice processing unit configured by a synthesizing unit; An Internet connection unit which transmits data received from the communication terminal through the Internet or receives contents of the contents client homepage through the Internet and transmits the contents to the voice processing unit; A general homepage interpreter and a voice homepage interpreter and interprets whether the content of the content client homepage connected to the Internet is implemented using the voice homepage creator or the general homepage creator, A speech analyzer for delivering the speech signal to the speech processor; And a control unit for controlling the flow of data received by the voice processing unit, storing the data registered in the user registration unit in the user DB, and interpreting the data received through the internet connection unit And a control unit for controlling the operation of the language analyzing unit and transmitting the interpreted data to the voice processing unit.

Preferably, the signal data is either voice data transmitted from the communication terminal or a dual tone multi-frequency (DTMF) signal.

Preferably, the voice data includes link name data or URL data of a homepage to which the communication terminal accesses, and the DTMF signal includes a unique number signal of the homepage to be accessed.

BRIEF DESCRIPTION OF THE DRAWINGS The above objects, features and advantages of the present invention will be described in more detail with reference to the preferred embodiments of the present invention shown in the accompanying drawings.

FIG. 1 is a block diagram of a system for providing contents of a homepage prepared according to the present invention using voice.

When the communication terminal 100 including a wire telephone, a wireless telephone or a mobile phone accesses the voice web connection server 300 through the wired / wireless / mobile communication network 200, the voice web access server 300 Connects the homepage corresponding to the URL (Uniform Resource Locator) requested by the communication terminal 100 through the Internet 400 and converts the contents of the homepage into the voice data from the voice web access server 300, 100) to the user.

When a personal service or a home page of a company is built and stored in the voice web access server 300 and there is a content service request of the home page from the communication terminal 100, 100).

FIG. 2 is a block diagram showing a configuration of a voice web connection server in a system for providing contents of a homepage created according to the present invention using voice.

As shown, the telephone connection unit 320 receives voice data or a DTMF (Dual Tone Multi Frequency) signal transmitted from the communication terminal 100 through the wire / wireless / mobile communication network 200, 300 to the communication terminal 100.

The user registration unit 330 accesses the voice web access server 300 through the wired / wireless / mobile communication network 200 from the communication terminal 100 and then transmits an ID and a password Data or DTMF signal.

The user DB 340 stores user IDs and passwords registered using the user registration unit 330.

The content DB 345 stores the contents of the homepage created when the homepage of the voice web access server 300 itself is created and registered.

In addition, a site name, a unique number, and a URL (Uniform Resource Locator) of the home page of the content client 500 connected to the Internet 400 are registered.

The connection processing unit 350 performs a user authentication operation by comparing the ID and the password input through the dial connection unit 320 with the ID and the password stored in the user DB 340. The connection processing unit 350 transmits, The contents of the homepage are retrieved from the content DB 345 of the voice web access server 300 and the contents of the home page are retrieved through the Internet access unit 370 in the case of the contents client 500. [ The content of the homepage is searched.

The call management unit 360 manages the priority of the call from the communication terminal 100 to the voice web access server 300 and controls the access order of the requested homepage.

The Internet connection unit 370 transmits data received from the communication terminal 100 and received by the dial connection unit 320 through the Internet 400 or receives contents of the homepage of the content client 500 through the Internet 400 And transfers it to the voice processing unit 390.

The language analyzing unit 380 is composed of a general web page analyzer and a voice web page analyzer and determines whether the contents of the web page of the content client 500 connected to the Internet 400 is made as a general web page or a voice web page, And transmits the analyzed result to the voice processing unit 390.

The voice processing unit 390 includes a voice recognition unit 391 and a voice synthesis unit 392. The voice recognition unit 391 recognizes the voice data input through the communication terminal 100 and converts the voice data into character data .

The speech synthesizing unit 392 synthesizes speech synthesis data (TTS: Text To Speech) when the contents of the home page of the content client 500 connected to the Internet 400 are character data, And provides the contents of the homepage to the user of the communication terminal 100.

The control unit 310 determines whether the voice data or the DTMF signal is received in the telephone connection unit 320 and controls the flow of data received in the voice processing unit 390. The control unit 310 transmits the data registered in the user registration unit 330 to the user DB 340 And controls the operation of the language analyzing unit 380 for analyzing the data received through the Internet access unit 370, and then transmits the analyzed data to the voice processing unit 390. [

Hereinafter, a system for providing information on the Internet via a wired / wireless / mobile phone network, which is the present invention for achieving the above objects, will be described in detail with reference to FIG. 1 to FIG.

First, the communication terminal 100 is dialed to access the voice web connection server 300 according to call priority control of the call management unit 360 (step S100).

Here, the connection is made by using a numeric pad provided in the communication terminal 100 including at least one of a wire telephone, a wireless telephone, and a mobile telephone, or using a voice dialing function.

First, the voice webpage languages that cause the voice web access server 300 to play the character or voice contents are inserted in the form of an attribute or an annotation in the form of an attribute or annotation on the browser of the home page, It is possible to create a homepage in WYSIWYG format using the language that provides the contents of homepage through wired, wireless and mobile phone network without using the voice homepage creator which can confirm the homepage production result by using preview function .

Further, the voice content further includes all kinds of sound data provided at a music site or a radio program site.

In addition, an example created using the speech homepage language is as follows.

The voice homepage language defined to enable voice web surfing is created and inserted in the form of an inline or an outline in the HTML source, and the voice homepage language is processed in the form of annotation in a conventional browser.

Speech Recognition: It is implemented by adding attribute to existing html tag.

<A> tag - 'sr' attribute

Insert sr = 'on' inline into the link tag to indicate that it is a voice recognition list. After that, the group name of the menu ('menu1' in Example 1) is set to display the recognition range (see the tag of Example 1).

<A> tag - 'grammar' attribute

Sets the recognition format based on JSGF (JSpeech Grammer Format - made by 'Sun Microsystems'). If you do not set it, the contained text will become the recognized word as default (refer to 'Introduction', 'History' in Example 1). If you start with '#', you can specify reference keyword (#help in Example 2 below) It is added at the end of html in an outline manner, and it is connected to the block describing the grammar.

All properties can be described inline, as in Example 1, or only basic speech recognition list display (sr = 'on') inline and more detailed grammar can be added to the outline in the back as in Example 2 .

Example 1)

<a href='www.netdus.com\object1.html 'sr='on;menu1'> Introduction </a>

<a href='www.netdus.com\object2.html 'sr='on;menu1'> History </a>

<a href = 'www.netdus.com \ help.html' sr = 'on; menu1' grammar = '[please] help [me] [please] | [please] I (need | want) help [please] | Help | [Feature] Description '> Help </a>

Example 2)

<a href='www.netdus.com\help.html' sr='on;menu1'grammer='help'> Help </a> // Display the attribute keyword attribute # attribute in the file, Display

<! - NSML> // block at the end of the file

<grammar name = 'help'> // refer to the reference keyword inserted inline above to add more detailed attributes to outline

[please] help [me] [please] | [please] I (need | want) help [please]

</ grammar>

Implement inline to insert comments. Many of the attributes associated with speech synthesis are defined by different names and inserted in the middle of the synthesis sentence as annotations.

Example 1)

.

Example 2)

Insert a tag to mark the area to be emphasized.

Example 3)

Tag to enable sheer reading. The degree of read-through can be indicated by size.

computer-generated text.

Example 4)

Tag to indicate that reading of a specific character (phone number, date, etc.) is made smooth. The part to which this tag is attached is speech synthesized according to a predetermined method.

You are calling

Example 5)

Tag to enable the output of an audio file.

Welcome to the Bird Seed Emporium.

We have 250 kilograms of drums of thistle seed for

plus shipping and handling this month.

As shown in the above examples, the contents of the general homepage are written in accordance with the existing HTML grammar, and the contents of the voice homepage are implemented by annotation or attribute check method using the corresponding tags, You can display all the properties you need to surf the web. The above example is part of the voice homepage content, which can be added and changed in the future. This patent contains information on the usage and method of all languages used in a voice homepage implemented to enable such voice web surfing.

In order to determine whether the connected voice web access server 300 is a normal user, the user is authenticated using predetermined user information (steps S200, S250, S300).

At this time, when the communication terminal 100 is connected to the voice web connection server 300, a voice message such as 'Please enter the user ID and password on the keypad or tell me' is displayed to the user. If the ID and password of the communication terminal 100 itself are input through a numeric pad or voice (step S310), the connection processing unit 350 transmits the user ID and password to the user DB 340 (Step S320).

On the other hand, if the user is a user who is newly connected to the voice web access server 300 (step S200), a new ID and a password for use in accessing the voice web connection server 300 are used by voice or numeric pad (Step S251), the user registering unit 330 stores it in the user DB 252 (step 340).

If it is determined that the user is a normal user, the signal data for the homepage to be accessed is input (step S400).

Here, the signal data may be either voice data transmitted from the communication terminal 100 or a dual tone multi-frequency (DTMF) signal, and the voice data may have a data structure as shown in FIG. 4, A name data field of a homepage to which the communication terminal 100 accesses, and a DTMF signal are associated one-to-one with a unique number signal field of the homepage to be accessed and a corresponding URL.

For example, after the user is authenticated in step S320, the voice web access server 300 transmits a message &quot; Please enter information on the homepage to be accessed through the keypad or tell me &quot; To the communication terminal (100).

At this time, if the communication terminal 100 knows the unique number of the homepage to be accessed, the number is generated as a DTMF signal and transmitted, and if the name of the homepage is known, the name of the homepage is inputted by voice.

Accordingly, when the voice data 'LG' is inputted, the control unit 310 recognizes it as 'http://www.lg.co.kr' corresponding to one-to-one correspondence with the contents DB 345, Search the homepage.

As a result of the determination by the connection processing unit 350, if the information about the inputted home page matches the homepage information registered in the voice web connection server 300 (step S510), the voice web connection server 300 transmits The connection processing unit 350 searches for and accesses information (step S530).

That is, when the first homepage is implemented in the voice web access server 300 and the 'site name' and the 'number' are stored in the content DB 345, the access is easier.

If the inputted homepage information does not coincide with the homepage information previously registered in the voice web access server 300 (step S520), the homepage is searched through the Internet connection unit 370 on the Internet 400 (Step S520).

The format of the home page used to make the connected home page is determined (step S600).

Here, the determination may be made by analyzing the contents of the homepage of the content client 500 connected to the Internet 400 by the language analyzing unit 380.

As a result of the determination, if the homepage is created using the voice homepage language, data of the homepage connected to the Internet 400 is transmitted to the communication terminal 100 (step S800).

Here, (step S800) will be described in more detail as follows.

(Step S600), when the speech homepage language is created, the contents composing the homepage are analyzed by using the speech homepage interpreter of the language analyzing unit 380, and the speech synthesizing unit 392 interprets (Step S810) and transmits it to the communication terminal 100 (step S820).

In other words, the language analyzing unit 380 analyzes the contents formed on the homepage, and transmits the interpreted contents to the voice synthesizer 392. The voice synthesizer 392 converts the contents into voice data in a TTS (Text To Speech) To the communication terminal (100).

Among the converted voice data, the communication terminal 100 selects a list to receive services (step S830).

Here, the above selection may be made by generating a DTMF signal by inputting a number corresponding one-to-one to the corresponding service in the communication terminal 100, or by recognizing the user's voice using a voice recognizer, .

The character data corresponding to the selected list is analyzed and converted into voice data (step S840), and transmitted to the communication terminal 100 (step S850).

That is, after the character data for the service is connected through the Internet connection unit 370, the speech data is transmitted to the voice synthesis unit 392 via the voice interpreter of the language interpreter unit 380, And transmitted to the communication terminal 100 via the network.

As a result of the determination, when the homepage is created in the general homepage (HTML), the data of the homepage is classified by using the general homepage interpreter of the language analyzing unit 380, converted into voice data, and transmitted to the communication terminal 100 (Step S700).

Here, (step S700) will be described in more detail as follows.

(Step S600), if it is determined that the homepage is not the voice homepage, the content composing the homepage is analyzed using the general homepage interpreter of the language analyzing unit 380, (Step S710) and transmits the voice data to the communication terminal 100 (step S720).

In other words, the language analyzing unit 380 analyzes the contents formed on the homepage, and transmits the interpreted contents to the voice synthesizer 392. The voice synthesizer 392 converts the contents into voice data in a TTS (Text To Speech) To the communication terminal (100).

Among the converted voice data, the communication terminal 100 selects a list to receive a service (step S730).

Here, the above selection may be made by generating a DTMF signal by inputting a number corresponding one-to-one to the corresponding service in the communication terminal 100, or by recognizing the user's voice using a voice recognizer, .

Converts the character data corresponding to the selected list into voice data (step S740), and transmits the voice data to the communication terminal 100 (step S750).

That is, after the character data for the corresponding service is connected through the Internet connection unit 370, the analyzed result is transmitted to the speech synthesizing unit 392 through the analyzing operation of the general web page interpreter of the language analyzing unit 380, And transmitted to the communication terminal 100 via the network.

Although the preferred embodiments of the present invention have been described in detail, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the spirit and scope of the invention as defined in the appended claims. It will be understood that the invention may be embodied in other forms without departing from the spirit or scope of the invention. Accordingly, modifications of the embodiments of the present invention will not depart from the teachings of the present invention.

As described above, according to the present invention, it is possible to acquire various information provided on a homepage through a communication terminal such as a wired line, a wireless line, and a mobile phone without having to connect to the Internet through a conventional web browser. It is possible not only to construct a voice guidance service for an individual or an enterprise through recognition and voice synthesis but also to link information of other sites to form a group for each individual or company and exchange information between them.

In addition, after an individual or a company that can not implement speech recognition and synthesis technology on the Internet can produce a homepage to be provided with a voice by using a speech homepage language or a homepage producer tool that provides the same, It is possible to listen to the contents of the homepage prepared by the speech synthesis and to surf the web by the speech recognition technology by accessing the homepage produced by the homepage maker tool which is directly produced in the voice homepage language through the server or providing it.

Claims (4)

A home page that is requested to be accessed from the outside through a communication network is accessed through the Internet and an inline or outline is inserted in the form of a property or an annotation on a browser of the home page, A homepage can be created using the Wi-Fi system by using a language that provides contents of the homepage through the mobile telephone network, and a voice homepage generator capable of verifying the result of homepage production using a preview function A voice web access server for converting contents into voice data and delivering the voice data to the outside; A communication terminal using a wired / wireless / mobile telephone network for dialing to the voice web connection server to acquire contents of a homepage including text or voice contents through the communication network; A system for providing information on the Internet via a wired / wireless / mobile phone network, the system comprising a content client connected to the Internet and implemented using the voice homepage creator. The method of claim 1, wherein the voice web access server A telephone connection unit for receiving the signal data transmitted by the communication terminal and transmitting voice data provided from the voice web connection server to the communication terminal; A user registration unit for registering predetermined user information as the signal data in order for the communication terminal to provide contents of a homepage passed through the voice web access server by voice; A user DB in which the predetermined user information registered using the user registration unit is stored; A content DB in which contents of a homepage created and registered by the voice web connection server itself are stored and a site name, a unique number, and a URL (Uniform Resource Locator) of the content client homepage connected to the Internet are registered; A connection processing unit for performing a user authentication operation by comparing predetermined user information inputted through the telephone connection unit with user information stored in the user DB, and searching for corresponding homepage contents of the content client; A call manager for managing a priority order of calls to the voice web access server in the communication terminal and controlling a connection order of a requested homepage; A voice recognition unit for recognizing voice data input through the communication terminal and converting the voice data into character data; and a voice recognition unit for receiving the contents of the contents client homepage connected to the Internet via voice synthesis (TTS: Text To Speech) A voice processing unit configured by a synthesizing unit; An Internet connection unit which transmits data received from the communication terminal through the Internet or receives contents of the contents client homepage through the Internet and transmits the contents to the voice processing unit; A general homepage interpreter and a voice homepage interpreter and interprets whether the content of the content client homepage connected to the Internet is implemented using the voice homepage creator or the general homepage creator, A speech analyzer for delivering the speech signal to the speech processor; And Determines whether the signal data is received in the telephone connection unit, controls the flow of data received in the voice processing unit, stores data registered in the user registration unit in the user DB, and interprets data received through the Internet connection unit And a control unit for controlling the operation of the language analyzing unit and transmitting the analyzed data to the voice processing unit. 3. The method of claim 2, wherein the signal data (DTMF) signal transmitted from the communication terminal through the wired / wireless / mobile phone network. 4. The method according to claim 3, Wherein the communication terminal includes link name data or URL data of a homepage to which the communication terminal accesses, and the DTMF signal includes a unique number signal of the homepage to be accessed. Provided through the system.