KR20080057614A - Network using utp cable for the combined voice and data - Google Patents

Abstract

A telephone and data integrated network using a UTP cable are provided to use integrated voice and data together for computers, telephones and facsimiles installed at each partition of a room. A telephone and data integrated hub(20) positioned in a house terminal box(10) is connected to an Internet communication cable, receives voice of a telephone and data of the Internet, and integratedly outputs them. The first UTP cables(200) are connected with the telephone and data integrated hub and transmits integrated voice of the telephone and data of the Internet outputted from the integrated hub. Separation outlets(300) receive the integrated voice of the telephone and the data of the Internet, and separately output them. Terminal units(400) are electrically to the separation outlets by one or more UTP cables.

Description

Phone and data integrated network using UTIP cable {NETWORK USING UTP CABLE FOR THE COMBINED VOICE AND DATA}

1 is a block diagram of a conventional generation terminal box and a communication network in a generation;

2 is a block diagram of a telephone and data integrated network using a UTP cable according to the present invention;

3 is a detailed internal configuration diagram of a telephone and data integrated hub constituting a telephone and data integrated network using a UTP cable according to the present invention;

Figure 4 is a view showing the internal arrangement of the UTP cable connected to the RJ-45 constituting a telephone and data integrated network using a UTP cable according to the present invention,

5 is a detailed internal configuration diagram of a separate outlet for constructing a telephone and data integrated network using a UTP cable according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

2: communication cable 3: telephone line

10: Generation terminal box 20: Hub

21: UTP cable 30: Telephone terminal box

31: telephone line 40: terminal device

100: integrated hub 110: data input port

120: voice input port 130: power supply

140: integrated processing unit 141: data distributor

142: mixer 150: control unit

160: integrated output port 200: first UTP cable

210: RJ-45 connector 230: second UTP cable

240: third UTP cable 250: fourth UTP cable

300: separation outlet 310: outlet input port

320: Separator 330: Data output port

340: first voice output port 350: second voice output port

400: terminal device

The present invention relates to a telephone and data integrated network using a UTP cable, and more particularly, to receive voice and data into a generation terminal of a generation or an office connected to an external telephone and an internet network, using a telephone and a data integrated hub. UTP integrates for transmission over a single line, and transfers the integrated voice and data to each end point (outlet) in the room using a UTP cable for simultaneous use with computers, phones, and facsimiles installed in each partition A telephone and data integrated network using a cable.

With the development of computers and communication systems in modern times, it is required that computers and telephones be arranged at the same time to perform telephone work or information retrieval through the Internet at home or in the office. It is required to make the construction work smoothly.

Meanwhile, Ethernet is a standard specification of a local area network (LAN), which is a local area network technology defined in Institute of Electrical and Electronics Engineers (IEEE) 802.3. IEEE 802.3 specifies several wiring standards for performing Ethernet communications. Among them, 10BASE-5, 10BASE-2 wiring standard based on coaxial cable and 10BASE-T, 100BASE-T based on UTP (Unshielded Twisted Pair) cable, and 10BASE-F wiring based on optical cable There is a standard. The most common Ethernet system today is 10BASE-T, which provides a transfer rate of approximately 10 Mbps. Due to the need for a new standard capable of high-speed transmission, the recently proposed 100BASE-T provides data transfer rates up to 100 Mbps.

In such an Ethernet system, the UTP cable uses an RJ-45 connector to connect a network card and a hub / switch, and the network type using the same is called '10 / 100BASE-T '.

1 is a block diagram of a conventional generation terminal box and a communication network in a generation.

As shown, the configuration of a typical Ethernet system following the 10 / 100BASE-T standard wiring based on a UTP cable is illustrated.

The Ethernet system connected to the external Internet network and the communication cable (2) has a plurality of data communication connected to the hub 20 through the UTP cable 21 at a distance of several m to a maximum of 100 m with the hub 20 It consists of a terminal equipment 40 such as a PC. The hub 20 has a plurality of ports to which each terminal device 40 is connected, and performs a function of creating a virtual path for transmitting and receiving data between the terminal devices 40.

The general UTP cable 21 is composed of all 8 signal lines, but the actual signal lines used are 1,2,3 used as the transmission signal lines TX + and TX- and the reception signal lines RX + and RX-. , Signal line 6 only. The remaining four signal lines 4, 5, 7, and 8 are reserved as unused signal lines.

Each terminal device 40 is equipped with an Ethernet card or a LAN card (not shown), and performs data communication with other terminal devices via the hub 20.

In addition, as illustrated in FIG. 1, a plurality of telephone lines 31 are branched by telephone terminal boxes 30 in a generation terminal box 10 connected to an external telephone network and a telephone line 3 separately from each terminal device 40. Each telephone 42 or facsimile 43 is connected.

Therefore, in the case of constructing the Ethernet system as shown in FIG. 1, the hub 20 and the plurality of terminal devices 40 are connected with the UTP cable 21, respectively, and the telephone terminal box 30 and each telephone 42. B, facsimile 43, etc. should be connected to a separate telephone line (31).

 At this time, because a large number of wires (21, 31) to be independently connected to the computer 41, telephone 42 or facsimile 43, etc. installed in each of a plurality of partitions in the home or office to be connected in the household terminal box (10) There is a problem in that the installation work in the narrow space of the terminal box 10 is difficult and excessively expensive to construct.

In addition, since the above-described data communication and telephone wiring are completed, many UTP cables 21 and telephone lines 31 may be intricately entangled with each other, resulting in difficulty in management such as maintenance.

The present invention is to solve the above problems, the main object of the present invention is to integrate the voice of the telephone and the data of the Internet using a telephone and data-integrated hub to transmit the data of the telephone line and the Internet on a single line By transmitting it using a single UTP cable as a single line, it provides a network that enables simple and easy wiring and use of integrated voice and data for computers, phones, and facsimile machines installed in each partition of the room. will be.

In order to achieve the above object, a telephone and data integrated network using a UTP cable according to the present invention is an indoor network in which telephone and Internet communication are configured to use a single cable. A telephone and data integrated hub connected to an internet communication cable and having a function of receiving and integrating voice data of the telephone and data of the Internet; A plurality of first UTP cables connected to the telephone and data integrated hub to transmit voice of the integrated telephone and data of the Internet output from the integrated hub; A separate outlet connected to each of the first UTP cables 1: 1 and receiving voice and data of the integrated telephone and separating and outputting voice and data; And at least one terminal device electrically connected to each other by the separation outlet and at least one UTP cable.

In the present invention, the telephone and data integrated hub, Voice input port to which the voice configured using the RJ connector to be connected to two telephone lines are input; A data input port to which data configured using an RJ connector to be connected to a communication cable of the Internet is inputted; A power supply unit configured using a power jack to be connected to a DC power source; An integrated processor for integrating voice and data input through the voice input port and the data input port and outputting the same through a single line; A control unit electrically connected to the power supply unit and controlling the integrated processing unit; And an integrated output port installed using an RJ connector to transmit the voice and data integrated and output from the integrated processor to each outlet connector through the UTP cable.

The integrated processor may further include a data divider for distributing data input through the data input port to a plurality of data lines, a voice line input through the voice input port, and respective data lines distributed from the data divider. Including a mixer to integrate, characterized in that the data divider is electrically connected to the control unit is controlled.

In the present invention, each of the first UTP cable has eight independent physical signal lines, and among the eight signal lines, 1,2,3,6 are used for data communication, 4,5 are used for telephone line, and 7 , 8 is used for facsimile.

In the present invention, the separation outlet, the outlet input port for receiving the voice of the integrated telephone and the data of the Internet configured by using the RJ connector to be connected in a one-to-one correspondence with the plurality of first UTP cable; Connected to the outlet input port to receive the integrated voice and data to be connected to the signal lines 1,2,3,6 of the first UTP cable to transmit data, and the signal lines 4,5 of the first UTP cable A separator for transmitting the voice of a telephone by connecting to a voice signal and separating the integrated voice and data by transmitting a facsimile signal by connecting with a signal line No. 7, 8 of the first UTP cable; A data output port configured using an RJ connector to connect with a second UTP cable for outputting data separated from the separator; A first voice output port configured using an RJ connector to be connected to a third UTP cable outputting a voice separated from the separator; And a second voice output port configured using an RJ connector to be connected to a fourth UTP cable outputting a facsimile signal separated from the separator.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and function of the telephone and data integrated network using the UTP cable according to the present invention and preferred embodiments.

2 is a block diagram of a telephone and data integrated network using a UTP cable according to the present invention.

As shown, the telephone and data integrated network using the UTP cable according to the present invention is located in the generation terminal box 10 and connected to two telephone lines and an internet communication cable to receive and integrate voice and data of the telephone. By using the RJ-45 connector 210 to the telephone and data integrated hub 100 having a function of outputting the integrated output port 160 installed using the RJ connector of the telephone and data integrated hub 100 By connecting a plurality of first UTP cable 200 for transmitting the voice of the integrated phone and the data of the Internet output from the integrated hub 100, the first UTP cable 200 and the corresponding one-to-one connection Using a separate outlet 300 for receiving voice and data of the integrated phone and separating the voice and data, and using the separate outlet 300 and the second UTP cable 230. And comprising at least one terminal apparatus 400 are electrically connected.

3 is a detailed internal configuration diagram of a telephone and data integrated hub constituting a telephone and data integrated network using a UTP cable according to the present invention.

As shown, the telephone and data integrated hub 100 is connected to a voice input port 120 to which a voice configured using an RJ connector is connected so as to be connected to two telephone lines 3 and a communication cable 2 of the Internet. A data input port 110 into which data configured using an RJ connector is input, a power supply unit 130 configured using a power jack so as to be connected to a DC power source, and the voice input port 120 and a data input port 110. Integrated processor 140 for integrating the voice and data input through the output through a single line, and the controller 150 is electrically connected to the power supply unit 130 and electrically connected to the integrated processor 140 and controlled. ) And an RJ connector for transmitting voice and data integrated and output from the integrated processor 140 to each outlet connector 300 (not shown) through the first UTP cable 200 (not shown). The configuration including the installation using the integrated output port 160.

In addition, the integrated processor 140 may include a data divider 141 for distributing data input through the data input port 110 to a plurality of data lines, and a voice line input through the voice input port 120. And a mixer 142 for integrating respective data lines distributed from the data distributor 141, and the data distributor 141 is electrically connected to and controlled by the controller 150.

4 is a view showing the internal arrangement of the UTP cable 200 is connected to the RJ-45 connector 210 constituting the telephone and data integrated network using the UTIF cable according to the present invention.

As shown, the RJ-45 connector 210 has eight connection pins, and each connection pin is connected to a corresponding signal line of the first UTP cable 200 having eight independent physical signal lines.

That is, the four connection pins allocated to the 1,2,3,6 in the RJ-45 connector 210 are connected to the corresponding 1,2,3,6 signal lines of the first UTP cable 200, respectively. Four connection pins used to transmit data signals and assigned to the remaining 4, 5, 7, and 8 of the RJ-45 connector 210 are corresponding 4, 5, 7, and 8 of the first UTP cable 200. Connected to signal lines 4, 5 are used to carry the voice signal of the phone, and 7,8 are used for the facsimile.

Figure 5 is a detailed internal configuration of the separate outlets constituting the telephone and data integrated network using the UTP cable according to the present invention.

As shown, the separate outlet 300, the outlet input for receiving the voice of the integrated telephone and the data of the Internet configured using the RJ connector to be connected in a 1: 1 correspondence with the plurality of first UTP cable 200 Port 310, connected to the outlet input port 310 receives the integrated voice and data to connect to the data signal lines 1,2, 3, 6 of the first UTP cable 200 to transmit data In addition, the first voice signal line 4, 5 of the first UTP cable 200 is connected to transmit the voice of the telephone, and the second voice signal line 7, 8 of the first UTP cable 200 is connected Separator 320 for separating and transmitting voice and data integrated by the integrated hub 100 shown in FIG. 2 by transmitting a facsimile signal, and a second UTP cable for outputting data separated from the separator 320. RJ connector to connect with 230 The first voice output port 340 configured using an RJ connector to be connected to a data output port 330 configured using a data receiver, and a third UTP cable 240 outputting a voice separated from the separator 320; And a second voice output port 350 configured using an RJ connector to be connected to a fourth UTP cable 250 outputting a facsimile signal separated from the separator 320.

Preferably, the terminal device 400 constituting the telephone and data integrated network using the UTP cable according to the present invention includes one set of the computer 410, the telephone 420, and the facsimile 430.

However, the scope of the present invention is not limited to the above-described embodiments and the accompanying drawings, and those skilled in the art may make various substitutions and modifications and changes without departing from the technical spirit of the present invention. Therefore, the scope of the present invention will be construed according to the matter described in the claims to be described later.

As described above, the telephone and data integrated network using the UTP cable according to the present invention integrates the voice of the telephone and the data of the Internet using a telephone and data integrated hub so as to transmit data on a single line, and the integrated telephone and the internet. By transmitting the data of a conventional UTP cable using a single line, there is an effect of reducing the indoor wiring to facilitate the management of installation work and maintenance.

In addition, the telephone and data integrated network using the UTP cable according to the present invention, by using the telephone and data integrated hub to integrate the voice of the telephone and the data of the Internet to a single line by integrating a conventional UTP cable to a single line By using and transmitting, the voice and data integrated in the computer, telephone, and facsimile installed in each partition of the room can be used together.

Claims (6)

In an indoor network where telephone and Internet communications are configured to use a single cable, A telephone and data integrated hub located in a generation terminal box and connected to two telephone lines and an internet communication cable and having a function of receiving and outputting voice and data of the telephone; A plurality of first UTP cables connected to the telephone and data integrated hub to transmit voice of the integrated telephone and data of the Internet output from the integrated hub; A separate outlet connected to each of the first UTP cables 1: 1 and receiving voice and data of the integrated telephone and separating and outputting voice and data; And And at least one terminal device electrically connected to each other by the separation outlet and at least one UTP cable. The method of claim 1, The telephone and data integrated hub, A voice input port to which a voice configured using an RJ connector is connected to be connected to two telephone lines; A data input port to which data configured using an RJ connector to be connected to a communication cable of the Internet is inputted; A power supply unit configured using a power jack to be connected to a DC power source; An integrated processor for integrating voice and data input through the voice input port and the data input port and outputting the same through a single line; A control unit electrically connected to the power supply unit and controlling the integrated processing unit; And Telephone and using a UTP cable, comprising a; integrated output port installed using an RJ connector to transfer the voice and data integrated and output from the integrated processing unit to each outlet connector through a UTP cable Data integrated network. The method of claim 2, The integrated processing unit integrates a data divider for distributing data input through the data input port to a plurality of data lines, and a line of voice input through the voice input port and each data line distributed from the data divider. Comprising a mixer and the data distributor is a telephone and data integrated network using a UTP cable, characterized in that the electrical control is connected to the control unit. The method of claim 1, The first UTP cable has eight independent physical signal lines, and among the eight signal lines, 1,2,3,6 are used for data communication, 4,5 are used for telephone line, and 7,8 are for facsimile. Telephone and data integrated network using UTIP cable, characterized in that the use. The method of claim 1, The outlet may include: an outlet input port configured to receive voice of an integrated telephone and data of the Internet configured using an RJ connector to be connected in a 1: 1 correspondence with the plurality of first UTP cables; Connected to the outlet input port to receive the integrated voice and data to be connected to the signal lines 1,2,3,6 of the first UTP cable to transmit data, and the signal lines 4,5 of the first UTP cable A separator for transmitting the voice of a telephone by connecting to a voice signal and separating the integrated voice and data by transmitting a facsimile signal by connecting with a signal line No. 7, 8 of the first UTP cable; A data output port configured using an RJ connector to connect with a second UTP cable for outputting data separated from the separator; A first voice output port configured using an RJ connector to be connected to a third UTP cable outputting a voice separated from the separator; And And a second voice output port configured using an RJ connector to be connected to a fourth UTP cable which outputs the facsimile signal separated from the separator. 2. The method of claim 1, And said terminal device is a set of a computer, a telephone and a facsimile.

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