WO2013035923A1

WO2013035923A1 - Apparatus comprising ata function for transreceiving image and audio

Info

Publication number: WO2013035923A1
Application number: PCT/KR2011/007325
Authority: WO
Inventors: 이수우
Original assignee: (주)정직한기술
Priority date: 2011-09-11
Filing date: 2011-10-04
Publication date: 2013-03-14
Also published as: KR20130028833A; KR101329775B1

Abstract

The present invention relates to an apparatus comprising an ATA function for transreceiving image and audio, and more specifically, to an apparatus comprising an ATA function for transreceiving image and audio, which allows transreceiving with a television image and audio that are played on a mobile device, and which comprises a function for allowing use of an analog telephone as an Internet telephone (ATA function). According to the present invention, the ATA function is convenient due to enabling the Internet with an analog telephone line, even without an additional ATA apparatus, as well as performing a separate function of connecting the Internet phone, and effectively reduces burden on a user due to performing the function of a router and the ATA function, thereby allowing the user to not purchase an additional apparatus.

Description

Video and Audio Transceiver with ATA Capability

The present invention relates to a video and audio transmission and reception device including an ATA function, and more particularly, a function of allowing an analog phone to be used as an internet phone while transmitting and receiving video and audio played on a mobile device on a television. The present invention relates to a video and audio transmission / reception apparatus including an ATA function.

In general, a television (TELEVISION) is formed so that a user can watch through a screen by receiving a broadcast program transmitted from a broadcasting station, the main function is to transmit a screen. .

Recently, with the development of mobile devices such as mobile phones and laptops, it is possible to connect to a network anytime, anywhere to find a video or to enjoy the Internet or TV.

A user using such a mobile device wants to use the image and sound played on the mobile device by connecting to a television, a projector, or the like for presentation or entertainment.

Recently, an apparatus capable of connecting a video and sound reproduced in the mobile device to a television or the like has been provided.

In the construction of the Internet environment, not all buildings have internet lines yet, so there are cases where the Internet environment is established through an analog telephone line. In this case, the analog telephone adapter (hereinafter referred to as' ATA '.

The ATA is an adapter used to connect a general standard (analog) phone to an Internet computer. The ATA is an adapter that connects a phone and a computer, but has an analog-to-digital converter (ADC) function to directly connect to an Internet phone (VoIP).

However, the apparatus for transmitting and receiving images and sounds reproduced in a conventional mobile device has the following problems.

(1) It can only perform the function of simply receiving the image and sound played on the mobile device and transmitting it to the TV.

(2) A separate device, such as a router, is needed to build the Internet environment.

In order to solve the above problems, the present invention is a body is formed, a board is formed inside the body, the board is formed by a wireless device unit, AP device unit, ATA device unit connected by a central processing unit, ATA The telephone connection port is formed to be connected to the device portion, it characterized in that it is formed to be connected to the television by the connection port.

The method of allowing an image and a sound to be reproduced on a television by transmitting and receiving an image and a sound reproduced on a mobile device using the apparatus of the present invention (hereinafter referred to as a 'connector') is as follows.

A connecting step of connecting the connecting device to a telephone line;

An access point configuration step of configuring the connection device to be an access point (AP);

A network connection step of connecting to a mobile device using an address generated by the AP device unit in the access point configuration step;

A telephone connection step of connecting an internet phone to the connection device;

A wired connection step of connecting a television and a wire by using a connection port of the connection device;

An installation step of installing an installation program provided to the connected mobile device in the network connection step;

A reproducing step of reproducing an image and a sound in the mobile device after the installing step;

The reproduction image and sound is transmitted to and received from the television consists of a utilization step that is utilized.

According to the video and audio transmitting and receiving apparatus including the ATA function of the present invention the following effects occur.

(1) The ATA function is convenient because it can carry out the separate function to connect the Internet phone and at the same time to implement the Internet with a telephone line even without a separate ATA device.

(2) Since there is no need for a separate device such as a router or ATA, the user is less burdened with purchasing multiple devices.

1 is a conceptual diagram of a video and audio transmission and reception device with an ATA function formed by a preferred embodiment of the present invention.

Figure 2 is a conceptual diagram of the body of the video and audio transmitting and receiving device with the ATA function formed by a preferred embodiment of the present invention.

Figure 3 is a flow chart illustrating a method of connecting a video and audio transmitting and receiving device with an ATA function formed in a preferred embodiment of the present invention.

The present invention is the body 100 is formed, the board 200 is formed inside the body, the board 200 is connected to the wireless device unit 220, AP device unit connected by the central processing unit 230 210, an ATA device unit 240 is formed, and a telephone connection port 242 connected to the ATA device unit 240 is formed, so that the connection port 250 can be connected to the television 300.

The television 300 can be connected even if a separate decoder is not formed, that is, a smart TV.

A decoder capable of decoding the video and sound encoded by the mobile device is formed in the connection device 1, so that the television 300 only needs to transmit a signal received through the USB port or the HDMI port to the screen.

A plurality of LAN ports may be provided at the rear of the body 100 to serve as a network hub.

The wireless device unit 220 is formed to transmit and receive a Wi-Fi signal can be generally connected to the Internet.

The AP device unit 210 is connected to the wireless device unit 220, so as to give an address to each of the wireless devices connected to act as a router to communicate.

The ATA device unit 240 is formed to connect a general analog telephone line by a telephone connection port (RJ-11 jack, etc.) (242), and is formed so as to embed software for digitizing the sound.

The connection port 250 may be variously formed so that various digital connection ports, such as an HDMI connection port and a USB connection port, are formed to set a connection method according to the television 300.

The connection port 250 can be implemented to use an analog connection port.

By using the connection device 1 to transmit and receive the image and sound that is played on the mobile device is a method for allowing the image and sound to be reproduced on the television as follows.

A connection step 10 for connecting a telephone line to the telephone connection port 242 of the connection device 1;

An access point configuration step (20) for configuring the connection device (1) to be an access point (AP);

A network connection step 30 for connecting to the mobile device using the address generated by the AP device unit 210 in the access point configuration step 20;

A telephone connection step 40 of connecting the Internet phone by allocating an address generated by the AP device unit 210 to the connection device 1;

A wired connection step 50 for connecting the connection device 1 to the television 300 by wire using a connection port 250;

An installation step 60 of installing an installation program provided to the mobile device connected in the network connection step;

A reproduction step 70 of reproducing an image and a sound in a mobile device after the installation step 60;

The reproduction image and sound is transmitted to the television, and is utilized by the utilization step 80 is utilized.

The connection step 10 is a step of connecting the telephone line to the telephone connection port 242 formed in the connection device (1).

The configuration step 20 is a step in which the AP device unit 210 of the connection device 1 is ready to assign an address by setting an access point, so that any mobile device can be connected.

The network connection step 30 is a step of wirelessly connecting the mobile device 3, and is a step of finding and connecting an address formed in the AP device unit 210 through the wireless device unit 220 through the mobile device.

The telephone connection step 40 is a step of connecting the Internet phone through the wireless device unit 220 using the address generated by the AP device unit 210.

The wired connection step 50 is a step of connecting the television 300 and the wire through the connection port 250 of the connection device (1).

The installation step 60 is to install the installation program on the mobile device 3, it may be in the form of an app (App.), Etc. can be easily downloaded from the Internet.

The installation program is a program for encoding and compressing the image and sound reproduced in the mobile device 3, and sends it to the connection device (1).

The installation program works in conjunction with a decoder included in the connection device 1 to decode the video and sound encoded by the mobile device 3 to be transmitted to the screen of the television via the HDMI connection port.

The reproduction step 70 is to reproduce the image and sound in the mobile device 3, and includes all the images transmitted from the screen of the mobile device, such as Internet search screen, video.

The image and sound reproduced in the reproducing step 70 are encoded by the installation program and transmitted to the connection device 1.

The utilization step 80 refers to a step of decoding the video and sound encoded in the playback step 60 in the connection device 1 to be sent to the screen of the television 300 so that the user can watch.

As described above, according to the present invention, even though there is no separate ATA device with the ATA function, the Internet can be realized with a telephone line as an analog, and at the same time, it is possible to perform a separate function for connecting an Internet phone. Since it performs all ATA functions, there is no need to purchase a separate device, so the burden on the user is reduced.

While the invention has been described with reference to the accompanying drawings, preferred embodiments of the invention, it will be apparent to those skilled in the art that various modifications are possible without departing from the scope of the invention covered by the claims that follow.

Claims

Body 100 is formed, the board 200 is formed inside the body, the board 200 is connected to the wireless device unit 220, AP device unit 210 by the central processing unit 230 , ATA device unit 240 is formed, the telephone connection port 242 is formed to be connected to the ATA device unit 240, characterized in that the connection port 250 to be connected to the television 300 Video and audio transceiver with ATA capability.
The method of claim 1,

The connection port 250 is a video and audio transmission and reception device with an ATA function, characterized in that formed as an HDMI connection port or a USB connection port.
A connecting step (10) for connecting a telephone line to the telephone connection port (242) of the device of the first invention (hereinafter referred to as a 'connection device (1)');

An access point configuration step (20) for configuring the connection device (1) to be an access point (AP);

A network connection step 30 for connecting to the mobile device using the address generated by the AP device unit 210 in the access point configuration step 20;

A telephone connection step 40 of connecting the Internet phone by allocating an address generated by the AP device unit 210 to the connection device 1;

A wired connection step 50 for connecting the connection device 1 to the television 300 by wire using a connection port 250;

An installation step 60 of installing an installation program provided to the mobile device 3 connected in the network connection step;

A reproducing step 70 of reproducing an image and a sound in the mobile device 3 after the installation step 60;

Connection method using a video and audio transmitting and receiving device with an ATA function, characterized in that consisting of the utilization step (80) that the reproduced video and sound is transmitted and utilized on the television.