KR100981738B1 - Mobile networks to provide internet service using the repeater system - Google Patents

Abstract

PURPOSE: A relay system for providing an internet service using a mobile communication network is provided to connect an internet of an internet network with the mobile communication network to transmit an RF signal or an optical signal of a mobile communication base station and a gigabit Ethernet signal of the internet network to a plurality of slave relay devices, thereby removing a need of a separate internet. CONSTITUTION: A master relay device(110) combines an internet of an internet network with a mobile communication network of a mobile communication base station(100). The master relay device transmits an RF signal or an optical signal of the mobile communication base station and a gigabit Ethernet signal of the internet network. A plurality of slave relay devices(120) transmits the RF signal or the optical signal of the mobile communication base station and the gigabit Ethernet signal of the internet network to a mobile communication terminal(130) and a PC(Personal Computer)(140).

Description

Repeater system for providing Internet service using mobile communication network {Mobile networks to provide Internet service using the repeater system}

The present invention is a repeater system for providing an Internet service using a mobile communication network, combining the Internet network of the Internet network with the mobile communication network of the mobile communication base station, which is transmitted from the RF signal or optical signal transmitted from the mobile communication base station and the Internet network The present invention relates to a repeater system for providing an Internet service using a mobile communication network including a master repeater for controlling and transmitting a gigabit Ethernet signal to a plurality of slave repeaters.

Recently, due to the rapid spread of computer communication and the Internet, technologies such as devices, network construction, and services for providing high-speed Internet services are rapidly developing. Currently, the most commonly used method for accessing the Internet is to use an Internet connection through a modem. In general, LAN is commonly used in offices and connected to dedicated Internet lines. The technical field of the present invention is an apparatus and method for establishing a standard ETHERNET (IEEE 802.3) LAN and providing high-speed Internet service in residential and office dense areas such as offices, hotels, officetels and apartments. Although there are many difficulties in building a LAN in an existing building in residential and office dense areas, the biggest disadvantage is the need to newly install a LAN cable.

Recently, network construction and internet service using cable TV network, ISDN, XDSL technology, etc. are spreading in addition to LAN, but the data rate is slower than LAN, the unit price is high, and the maintenance cost and cable installation cost are high. There is a downside to falling.

Accordingly, the present invention is to solve the problems posed in the prior art, combining the Internet network of the Internet network with the mobile communication network of the mobile communication base station, which is transmitted from the RF signal or optical signal transmitted from the mobile communication base station and the Internet network The present invention relates to a repeater system for providing an Internet service using a mobile communication network that loads Internet data in addition to a transmission capacity remaining in a mobile communication network, including a master repeater for controlling and transmitting a gigabit Ethernet signal to a plurality of slave repeaters.

The present invention for achieving the above object, in the repeater system for providing an Internet service using a mobile communication network, combining the Internet network of the Internet network with the mobile communication network of the mobile communication base station, the RF signal transmitted from the mobile communication base station Or a master repeater for controlling and transmitting an optical signal and a gigabit Ethernet data signal transmitted from an internet network; And a plurality of slave repeaters for controlling RF signals or optical signals and gigabit Ethernet data signals transmitted from the master repeater and transmitting them to a mobile communication terminal and a PC. A first RF transmitter / receiver for transmitting and receiving a signal; A first optical transmitting / receiving unit which transmits and receives an optical signal from the mobile communication base station; A first gigabit Ethernet transmitter / receiver for transmitting and receiving gigabit Ethernet data signals from the Internet network; A first signal processor which integrates and processes signals transmitted and received from the first RF transmitter / receiver, the first optical transmitter / receiver, and the first gigabit Ethernet transmitter / receiver; An optical transaction unit for transmitting an RF signal and an optical signal among the signals processed by the first signal processor to the slave repeater; And a UTP transaction unit transmitting a gigabit Ethernet data signal from the signal processed by the first signal processor to the slave repeater. The relay system providing an Internet service using a mobile communication network, comprising: The purpose is.

In this case, the master repeater may receive an optical signal from the mobile communication base station through an RF cable or an Optic cable through an RF cable.

In this case, the slave repeater may receive an RF signal and a Gigabit Ethernet data signal from the master repeater through an optical cable through an optical cable or a UTP cable.

In this case, the slave repeater may receive an RF signal, an optical signal, and a gigabit Ethernet data signal from the master repeater through an optic cable or a UTP cable.

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The master repeater may further include a first signal converter converting an RF signal transmitted and received from the first RF transmitter / receiver and transmitting the RF signal to the first signal processor.

The first signal processor may further include a first signal separator that separates and transmits the integrated signal into an optical transaction unit or a UTP transaction unit.

On the other hand, the slave repeater,

A second optical transmitting / receiving unit which transmits / receives an RF signal or an optical signal transmitted from the master repeater; A second gigabit Ethernet transmitter / receiver for transmitting / receiving a gigabit Ethernet data signal transmitted from the master repeater; A second signal processor for integrating and processing signals transmitted and received from the second optical transmitter / receiver and the second gigabit Ethernet transmitter / receiver; A third signal converter converting an RF signal and an optical signal among the signals processed by the second signal processor to transmit to the mobile communication terminal; And an access point interconnected to transmit a gigabit Ethernet data signal from the signal processed by the second signal processor to the PC.

The slave repeater may further include an external RF transmitting / receiving unit configured to transmit / receive an external RF signal transmitted from a separately installed antenna.

The slave repeater may further include a second signal converter configured to convert an external RF signal transmitted and received from the external RF transmitter / receiver and transmit the converted RF signal to the second signal processor.

The second signal processor may further include a second signal separator that separates and transmits the integrated signal to a third signal converter or an access point.

As described above, a repeater system for providing an Internet service using a mobile communication network according to the present invention combines the Internet network of the Internet network with the mobile communication network of the mobile communication base station, and transmits an RF signal or an optical signal transmitted from the mobile communication base station. And a master repeater that controls the gigabit Ethernet signal transmitted from the internet network and transmits the data to a plurality of slave repeaters. have. Therefore, there is an effect that can provide the Internet service at a low installation cost.

1 is a block diagram of a repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention.
2 is a block diagram of a master repeater employed in a repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention.
3 is a block diagram of a slave repeater employed in a repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention.

Matters regarding the operational effects including the technical configuration of the repeater system for providing an Internet service using the mobile communication network according to the present invention will be clearly understood by the following detailed description with reference to the drawings showing preferred embodiments of the present invention. will be.

Referring to Figures 1 to 3 will be described in detail a repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention.

1 is a block diagram of a repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention, Figure 2 is a repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention 3 is a block diagram of a slave repeater employed in a repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention.

Referring to Figures 1 to 3, the repeater system for providing an Internet service using a mobile communication network according to an embodiment of the present invention combines the Internet network of the Internet network with the mobile communication network of the mobile communication base station 100, A master repeater 110 for controlling and transmitting an RF signal or an optical signal transmitted from a mobile communication base station 100 and a gigabit Ethernet data signal transmitted from an internet network, and an RF signal or an optical signal transmitted from the master repeater 110; It may include a plurality of slave repeaters 120 for controlling the gigabit Ethernet data signal to be transmitted to the mobile communication terminal 130 and the PC (140).

Here, the mobile communication base station 100 is a wireless communication facility for connecting the network and the terminal for the service of wireless communication. That is, the base station which connects a mobile communication network and a mobile telephone, such as CDMA, GSM, WCDMA, is typical. In addition, the Internet network is a wireless communication facility that connects the network and the PC for wireless Internet service. At this time, the PC refers to a small computer used by an individual, also referred to as a personal computer, personal computer, personal computer.

The master repeater 110 may combine an internet network of an internet network with a mobile communication network of a mobile communication base station 110. In more detail, the master repeater 110 is formed by combining the Internet network with the mobile communication network so that the Internet data can be additionally loaded on the transmission capacity remaining in the mobile communication network installed and operated inside and outside the building.

The master repeater 110 may control and transmit an RF signal or an optical signal transmitted from the mobile communication base station 100. That is, the master repeater 110 receives and distinguishes whether the signals transmitted from the mobile communication base station 110 are optical signals or RF signals, and the RF signals after being received in the form of RF or optical signals directly (inter) the optical signals. It can be controlled by direct modulation. In this case, the master repeater 110 may receive an optical signal from the mobile communication base station 100 through an RF cable or an Optic cable through an RF cable.

The master repeater 110 may also control and transmit a gigabit Ethernet data signal transmitted from an internet network. At this time, the master repeater 110 may be connected via a UTP cable from the Internet network to receive a gigabit Ethernet data signal.

The master repeater 110 may include a first RF transmitter / receiver 111, a first optical transmitter / receiver 112, a first gigabit Ethernet transmitter / receiver 113, a first signal converter 114, and a first signal. It may include a processing unit 115, an optical transaction unit 117, UTP transaction unit 118.

The first RF transmitter / receiver 111 may receive and transmit only an RF signal transmitted from the mobile communication base station 100. The first optical transmitter / receiver 112 may receive and transmit only an optical signal from the mobile communication base station.

The first gigabit Ethernet transmitter / receiver 113 may transmit and receive a gigabit Ethernet data signal from the internet network. The first signal processor 115 integrates and processes signals transmitted and received from the first RF transmitter / receiver 111, the first optical transmitter / receiver 112, and the first gigabit Ethernet transmitter / receiver 113. can do. In this case, the RF signal transmitted from the first RF transmitter / receiver 111 may be converted through the first signal converter 114 and transmitted to the first signal processor 115. In addition, the first signal processing unit 115 may include a first signal separation unit 116 for separating and transmitting the integrated signal to the optical transaction unit 117 or the UTP transaction unit 118. The optical transaction unit 117 transmits an RF signal and an optical signal among the signals processed by the first signal processor 115 to the slave relay 120, and the UTP transaction unit 118 transmits the first signal. The gigabit Ethernet data signal among the signals processed by the signal processor 115 may be transmitted to the slave relay 120.

The slave repeater 120 may control an RF signal or an optical signal and a gigabit Ethernet data signal transmitted from the master repeater 110 and transmit the same to the mobile communication terminal 130 and the PC 140. In addition, the slave repeater 120 may be connected to at least one master repeater 110. In this case, the slave repeater 120 may receive an RF signal and a Gigabit Ethernet data signal from the master repeater 110 through an optical cable through an optical cable or a UTP cable.

The slave repeater 120 may include a second optical transmitter / receiver 122, a second gigabit Ethernet transmitter / receiver 123, a second signal processor 125, a third signal converter 127, and an access point ( 128). In addition, the slave repeater 120 may further include an external RF signal transmitter / receiver 121.

The second optical transmitter / receiver 122 may receive and transmit / receive an RF signal or an optical signal transmitted from the master repeater 110. That is, the slave repeater 120 may transmit / receive an RF signal or an optical signal transmitted from the optical transaction unit 117 of the master repeater 110. The second gigabit Ethernet transmitter / receiver 123 may receive and transmit / receive a gigabit Ethernet data signal transmitted from the master repeater 110. That is, the slave repeater 120 may transmit / receive a gigabit Ethernet data signal transmitted from the UTP transaction unit 118 of the master repeater 110.

In addition, the external RF signal transmitting / receiving unit 121 may receive and transmit / receive an external RF signal transmitted from an antenna (not shown) separately installed inside and outside of the building in which the slave repeater 120 is installed. Can be.

The second signal processor 125 may integrate and process signals transmitted and received from the second optical transmitter / receiver 122 and the second gigabit Ethernet transmitter / receiver 123. In this case, the external RF signal transmitter / receiver 121 may further include a second signal converter 124 that converts an external RF signal and transmits the external RF signal to the second signal processor 125.

The third signal converter 127 may convert an RF signal and an optical signal among the signals processed by the second signal processor 125 to transmit the RF signal to the mobile communication terminal 130. The access point 128 may interconnect each other to transmit a gigabit Ethernet data signal among the signals processed by the second signal processor 125 to the PC. In this case, the access point 128 is one of the devices constituting the wireless LAN, and is a device that connects the wired LAN and the wireless LAN.

As such, the repeater system for providing an Internet service using the mobile communication network according to the present invention combines the Internet network of the Internet network with the mobile communication network of the mobile communication base station 100, the RF transmitted from the mobile communication base station 100 The Internet data is further added to the transmission capacity remaining in the mobile communication network including the master repeater 110 for controlling the signal or the optical signal and the gigabit Ethernet signal transmitted from the Internet network and transmitting the signal to the plurality of slave repeaters 120. There is no need to set up a separate network to send. Therefore, it is possible to provide the Internet service at a low installation cost.

Although the preferred embodiments of the present invention described above have been described in detail, those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom.

Accordingly, the scope of the present invention should not be limited to the disclosed embodiments but should be regarded as belonging to various modifications and improvements of those skilled in the art using the basic concept of the present invention as defined in the following claims, or the scope of the present invention. .

100: mobile communication base station 110: master repeater
120: slave repeater 130: mobile communication terminal
140: PC

Claims (11)

In the repeater system for providing an Internet service using a mobile communication network,
A master repeater coupled to a mobile communication network of a mobile communication base station and controlling and transmitting an RF signal or an optical signal transmitted from the mobile communication base station and a gigabit Ethernet data signal transmitted from the internet network; And
And a plurality of slave repeaters for controlling the RF signal or the optical signal and the gigabit Ethernet data signal transmitted from the master repeater and transmitting them to the mobile communication terminal and the PC.
A first RF transmitter / receiver for transmitting and receiving an RF signal received from the mobile communication base station;
A first optical transmitting / receiving unit which transmits and receives an optical signal from the mobile communication base station;
A first gigabit Ethernet transmitter / receiver for transmitting and receiving gigabit Ethernet data signals from the Internet network;
A first signal processor which integrates and processes signals transmitted and received from the first RF transmitter / receiver, the first optical transmitter / receiver, and the first gigabit Ethernet transmitter / receiver;
An optical transaction unit for transmitting an RF signal and an optical signal among the signals processed by the first signal processor to the slave repeater; And
A UTP transaction unit transmitting a gigabit Ethernet data signal among the signals processed by the first signal processor to the slave relay;
Repeater system for providing an Internet service using a mobile communication network comprising a.
The method of claim 1,
The master repeater system for providing an Internet service using a mobile communication network, characterized in that for receiving an optical signal through an RF cable or an RF signal through the RF cable from the mobile communication base station.
The method of claim 1,
The master repeater system for providing an Internet service using a mobile communication network, characterized in that the Gigabit Ethernet data signal is received from the Internet network is connected via a UTP cable.
The method of claim 1,
The slave repeater system provides an Internet service using a mobile communication network, characterized in that for receiving an RF signal and a Gigabit Ethernet data signal through an optical cable or a UTP cable via an Optic cable from the master repeater.
delete The method of claim 1,
The master repeater further includes a first signal converting unit converting an RF signal transmitted and received from the first RF transmitting / receiving unit and transmitting the converted RF signal to the first signal processing unit. system.
The method of claim 1,
And the first signal processor further comprises a first signal separator for separating and transmitting the integrated signal into an optical transaction unit or a UTP transaction unit.
The method of claim 1,
The slave repeater,
A second optical transmitting / receiving unit which transmits / receives an RF signal or an optical signal transmitted from the master repeater;
A second gigabit Ethernet transmitter / receiver for transmitting / receiving a gigabit Ethernet data signal transmitted from the master repeater;
A second signal processor for integrating and processing signals transmitted and received from the second optical transmitter / receiver and the second gigabit Ethernet transmitter / receiver;
A third signal converter converting an RF signal and an optical signal among the signals processed by the second signal processor to transmit to the mobile communication terminal; And
An access point interconnected to transmit a gigabit Ethernet data signal among the signals processed by the second signal processor to the PC;
Repeater system for providing an Internet service using a mobile communication network comprising a.
The method of claim 8,
The slave repeater system for providing an Internet service using a mobile communication network further comprises an external RF transmitting / receiving unit for transmitting / receiving an external RF signal transmitted from an antenna installed separately.
The method of claim 9,
The slave repeater further includes a second signal converter converting an external RF signal transmitted and received from the external RF transmitter / receiver to the second signal processor and providing the Internet service using a mobile communication network. Repeater system.
The method of claim 8,
And the second signal processor further includes a second signal separator for separating and transmitting the integrated signal to a third signal converter or an access point.

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