KR20060029453A - Voice service system for using wearable personal station - Google Patents

Abstract

The voice service system according to the present invention includes: a five-sensing interface unit having a function of sensing and representing sensory data received according to a command; A WPS that controls the five senses interface and wirelessly transmits sensing data; A VXML server for transmitting the received command to the WPS, transmitting the received command to the computer, converting the sensing data received from the computer into voice and transmitting the same through a telephone network; And a telephone for transmitting a voice command to the VXML server through a telephone network and receiving a voice response.

According to the present invention, by using a function of the five senses interface unit applied to the next-generation personal computer, it is possible to remotely check whether there is an abnormality in the health of the WPS user by using a normal telephone, or as an emergency rescue voice message when an emergency state such as a fire is detected around the user. It provides the function to request the emergency rescue center set up in advance.

Description

Voice service system using next-generation wearable computer {Voice service system for using wearable personal station}

1 is a configuration diagram illustrating an example of a system in which a conventional general telephone and a VXML server are connected.

2 is a configuration diagram of an exemplary voice information service system using a next-generation wearable computer according to the present invention.

<Description of the symbols for the main parts of the drawings>

200 ... five senses interface unit 210 ... WPS

220 ... Home Appliances 230 ... Portable Computers

240 ... VXML Server 250 ... Public Telephone Network

260 ... Telephone 270 ... Internet

280 ... service host

The present invention relates to a voice extensible markup language (voiceXML) integrated system using a next-generation wearable personal station (WPS), and more particularly, to a system capable of integrating various functions of the next-generation WPS in a VXML system. It is about.

In recent years, voice portal services have been implemented to suit specific areas or services in audio response systems (ARS) or computer telephone interface (CTI) systems that comprehensively include such functions.

In the past, such a voice service system was developed by applying different programming languages in which the grammar systems applied to the system were not compatible with each developer, and therefore, a considerable period of time was required for system development, and a new service was added to the system. Even if some changes were made, not many specialists were required.

As a result of efforts to solve these problems, the voice service was implemented by applying VXML, which was proposed at a forum established by several large companies in the information and communication field and certified as a web interactive markup language standard. Accordingly, unlike the voice service implementation process up to now, since the voice to be serviced can be written as a document, the service provider does not need to consider the technical problem of voice input and output. In addition, the resource allocation and return issues are handled by the interpreter, which significantly shortens the development period of voice-based user interface applications and contents such as audio, voice input, and telephone.

1 is a schematic diagram illustrating an example of a conventional voice service system to which a server to which such VXML is applied and a general telephone are connected.

As an example of using the illustrated system, when the user wants to know the stock information, the user calls the ARS phone number of the company serving the stock information through the public telephone network 12 using the telephone 10, and then the VXML. When the voice command is issued according to the guidance of the server 14, the VXML server 14 converts the securities data transmitted from the service host 18 through the Internet 16 into a voice file, thereby providing information such as the current market price or trading volume of the securities. Provided as negative.

However, there has been a need for a system that can provide a wider range of services than a conventional simple service that searches and informs a user of desired information or options on a database using a VXML server function.

An object of the present invention is to provide a voice service system using a next-generation wearable computer that can provide a variety of services in connection with the next-generation wearable PC and VXML server.

Voice service system using WPS according to the present invention for achieving the above technical problem,

A five-sensing interface unit that senses through a sensory sensor and has a function of expressing received sensory data according to a command; A WPS that controls the five senses interface and wirelessly transmits sensing data; A VXML server for transmitting the received command to the WPS, transmitting the received command to the computer, converting the sensing data received from the computer into voice and transmitting the same through a telephone network; And a telephone for transmitting a voice command to the VXML server through a telephone network and receiving a voice response from the VXML server.

In addition, the WPS and the VXML server is characterized in that the wireless communication using a wireless LAN or Bluetooth.

In addition, the portable computer is wirelessly connected between the WPS and the VXML server, thereby extending the wireless data transmission distance between the computer and the VXML server.

In addition, the WPS is characterized in that to control the home appliances in the near distance using the Bluetooth.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

2 is a configuration diagram of an exemplary voice information service system using a next-generation wearable computer according to the present invention.

In FIG. 2, the WPS 210 is a wearable personal station (WPS) capable of expressing and expressing the five senses as a next-generation personal computer, for example, a wearable glove, an olfactory sensor, a scent generator, special glasses, a tactile sensor, and the like. Through the five sense interface unit 200 composed of a sensor and five sense stimulators, the sensed data is output or the received five sense data are converted into visual, olfactory, and tactile senses so that the user can feel them.

In addition, a user wearing the WPS 210 remotely controls the on / off operation of the home appliance 220 having a wireless communication function at a short distance by using a wireless LAN or Bluetooth.

In addition, when the user of the telephone 10 wants to listen to voice information such as stock information or weather as in the related art, the VXML server 240 calls the VXML server 240 that provides the voice information through the public telephone network 250. Follow the instructions in) to voice commands. In this case, the VXML server 240 recognizes the voice command and requests the corresponding data from the service host 280 to receive the data through the Internet 270 or converts the voice signal directly to the response data received when the service host is installed adjacently. By transmitting to the phone 10, the user can receive the desired information or the corresponding service by voice.

In addition, as an embodiment of applying the VXML based on the WPS 210 of the present system, if you want to remotely check the health of the WPS 210 user to the VXML server 240 through the phone 10 VXML server 240 Instructing the voice command to check, for example, the pulse, etc. of the user of the WPS 210, the VXML server 240 wirelessly instructs the WPS 210 with the converted command data. The WPS 210 checks the pulse of the wearer of the WPS 210 sensed through the five sense interface unit 200 according to the received command and transmits the pulse to the VXML server 240. The VXML server 240 converts the value of the pulse rate into voice and transmits it to the phone 260.

In this case, when the distance between the WPS 210 and the VXML server 240 is out of the distance capable of transmitting data wirelessly, the wireless communication between the WPS 210 and the VXML server 240 is performed through the portable computer 230 having a wireless communication function. Can communicate.

On the other hand, the system of the present invention can also be operated as an emergency call system, if you set the olfactory detection function in the WPS (210) WPS (if smoke is detected through the five senses interface unit 200, such as briquette gas or fire occurs) 210 wirelessly transmits the gas leak information as a message to the VXML server 240. The VXML server 240 receiving the message calls the emergency rescue center-side telephone 10 by using the CTI and the calling function, for example, and responds to the situation by voice guidance to the user who wears the WPS 210 previously set. Deliver emergency situation and location information.

At this time, when the voice of “reception check” is transmitted to the telephone 10 side of the emergency rescue center, for example, the VXML server 240 recognizes the corresponding voice and notifies the WPS 210 of the reception confirmation. If there is no response, the VXML server 240 does not receive an acknowledgment even if the emergency state transmission is retried through the continuous calling function. To request the structure.

Data transmitted in the form of a message to the WPS 210 wearer is decrypted on the WPS 210 and displayed on a display device not shown to inform the WPS 210 wearer.

Although the preferred embodiment of the present invention has been described as limited to WPS, it will be apparent to those skilled in the art that the present invention may be implemented by applying a general personal computer connected to a component including a wireless LAN and sensor devices.

According to the present invention, a next-generation wearable computer is connected to a telephone network via a VXML server, and remotely checks the abnormality of the computer user's health by using a function of the five sense interface unit applied to the computer, or by using a general telephone. If an emergency such as a fire is detected, the emergency rescue voice message is provided to the emergency rescue center set in advance.

Claims (4)

A five-sensing interface unit that senses through a sensory sensor and has a function of expressing received sensory data according to a command; A next-generation wearable personal station (WPS) for controlling the five senses interface and wirelessly transmitting sensing data; A VXML server for transmitting the received command to the WPS, transmitting the received command to the computer, converting the sensing data received from the computer into voice and transmitting the same through a telephone network; And And a telephone for transmitting a voice command to the VXML server through a telephone network and receiving a voice response from the VXML server. The method of claim 1, Voice service system using a next-generation wearable computer, characterized in that the wireless communication between the WPS and the VXML server using a wireless LAN or Bluetooth. The method of claim 1, And a wireless computer connected between the WPS and the VXML server to extend a wireless data transmission distance between the computer and the VXML server. The method of claim 1, The WPS is a voice service system using a next-generation wearable computer, characterized in that to control the home appliances in the near distance using the Bluetooth.

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