KR100440709B1 - Communication Network System of Building for Information Superhighway - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a communication system within a unit household of a high speed telecommunication building for efficiently constructing a telephone and data communication network of a residential or business building.

The present invention provides a telephone line distribution unit which receives a plurality of telephone trunks for telephony communication and distributes them to a larger number of telephone stations than the number of rooms constituting a household on the basis of the number of telephone trunks, and data from outside. A distribution device comprising a data line distribution unit connected to the data trunk inserted for communication and a plurality of data stations distributed in each of the plurality of chambers and connected to the data trunk depending on whether or not data communication is performed by a computer installed in each chamber; An ultra high-speed information and communication building, comprising: an outlet installed in each of a plurality of rooms constituting a household and connecting one of an extension line and a telephone terminal to each of the telephone extensions distributed in the distribution device. Provides a network system within a unit household.

Description

Communication Network System of Unit Generation of High-speed Information Communication Building

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a network system within a unit household of an ultra high speed information communication building, and more particularly, to a network system within a unit household of an ultra high speed information communication building for efficiently constructing a telephone and data communication network of a residential or business building.

In general, in order to actively cope with the rapidly changing information and communication environment, the Ministry of Information and Communication has implemented the high-speed information and communication building certification system, and related laws are being implemented for the construction of telephone and data communication infrastructure in residential or business buildings.

Briefly, in the case of the certification system 1 class, 4 trunk lines for generation and 1 line for data communication are inserted into 2 lines of 4P (Pair) UTP cable (16 copper lines), and 4P UTP cable for each room. The two-line extension is wired into a mold to build a communication infrastructure for generations.

In the end, if the household consists of five rooms, proper distribution is required between the 16 copper wires for the trunk wire and the 80 copper wires for the internal wire of each room. A communication infrastructure can be built that utilizes the intent of the system.

Meanwhile, Korean Patent Laid-Open Publication Nos. 2000-7773, 1997-58819, 1999-46771, etc., distribute telephone and data paths by jumpers or dip switches in a distribution apparatus, and not the entire infrastructure within the household. It is limited to the dispensing function of the dispensing device. In addition, some patents and utility models publish technologies related to terminal boxes, but these are simply limited to their own general technologies, and thus, a process of developing other devices and communication methods for building an entire infrastructure is rather involved.

In other words, the convenience of the user and the simplicity of the contractor are largely lacking, and in particular, only one trunk line of a plurality of trunk lines can be selectively used in each room, so that only some functions of the in-generation communication infrastructure can be utilized.

Accordingly, the present invention has been made in view of the problems of the prior art, the object of which is to reduce the convenience of the user for the construction of the communication network within the building unit generation, material cost and labor costs of the construction, and ultra-high speed information and communication building certification It is to provide a communication system in a unit household of a high-speed information communication building for constructing a high-speed information communication network that is most suitable for an in-generation communication infrastructure.

1 is a configuration diagram for explaining the configuration of a communication network system in a unit household of a high-speed information communication building according to the present invention.

Figure 2 is a block diagram for explaining the configuration of the distribution device in the present invention.

Figure 3 is a block diagram for explaining the configuration of the outlet in the present invention.

Figure 4 is an exemplary view for explaining the operating state of the selection switch of the outlet in the present invention.

Figure 5 is another exemplary view for explaining the operating state of the selection switch of the outlet in the present invention.

Figure 6 is a block diagram for explaining the configuration of the dispenser in the present invention.

7 is an explanatory diagram for explaining a connection state of a telephone line in the present invention.

Explanation of symbols on the main parts of the drawings

5: generation 5a-5c: thread

10: dispensing device 20: outlet

30: Splitter 40: Telephone Trunk

42: telephone extension 44: extension line

46: telephone user line 50: data trunk

52: data extension 54: data user line

60: power supply line 70: computer

80: phone handset

In order to achieve the above object, in a communication network system for implementing a high-speed information communication network of a generation consisting of a plurality of rooms, a plurality of telephone trunks for telephony communication are introduced to form a household based on the number of telephone trunks Each room is connected to a telephone line distribution unit for distributing more telephone stations than the number of rooms to be connected, and to a plurality of data stations provided for distribution of data from external sources and to multiple data stations. A distribution device comprising a data line distribution unit for connecting with the data trunk depending on whether or not the installed computer communicates data; An ultra high-speed information and communication building, comprising: an outlet installed in each of a plurality of rooms constituting a household and connecting one of an extension line and a telephone terminal to each of the telephone extensions distributed in the distribution device. Provides a network system within a unit household.

In addition, the present invention is provided between the extension line and the telephone terminal, and further comprises a distributor for connecting a plurality of telephone terminals, the distributor is connected to the extension line and a telephone user line connected to the plurality of telephone terminals to each other It consists of a telephone terminal.

The distribution device includes: a telephone extension terminal block in which a plurality of terminals to which one end of the telephone extension is connected are formed; A telephone trunk terminal block in which a terminal to which the trunk is connected is formed; A telephone line distribution unit comprising a connection unit connecting the telephone trunk terminal block and the plurality of telephone extension terminal blocks in a one-to-many manner; A data communication control unit having a data trunk and a number of ports sufficient to supply at least one data line to each of a plurality of rooms constituting a building; A data communication terminal block for connecting the data trunk and the data extension to each port of the data communication controller; A status display unit which displays an operation state of each port of the data communication control unit; And a data line distribution unit comprising a power supply unit for supplying power for the operation of the status display unit and the data communication control unit, and the connection portion of the telephone line distribution unit is made of a printed circuit board.

The outlet comprises: a telephone first terminal block to which a telephone extension connected to the distribution device is connected; A telephone second terminal block to which the extension line connected to the distributor is connected; A selection switch provided between the telephone first and second terminal units and selecting a connection state between the telephone extension and the extension line; And a data first terminal block to which a data extension of the distribution device is connected and a data second terminal to which a data user line to be connected to a computer is connected.

The telephone terminal block is composed of RJ11 modular jack, one end of the extension line is composed of RJ45 modular plug is connected to each other, the telephone trunk, telephone extension, extension line is made of the same number of pairs, the data trunk and data extension are mutually The same number of pairs, the telephone trunk, telephone extension, extension line, data trunk, data extension are each made of 4P, the telephone trunk terminal block and the telephone extension terminal block is composed of 110 block terminals or RJ45 modular jack and telephone first terminal block Is composed of 110 block terminals, the telephone second terminal block is composed of RJ45 modular jack, and the telephone trunk, telephone extension, extension line, data trunk, data extension, and data user line are each composed of 4P UTP cable.

As described above, in the present invention, a network for ultra-high speed communication is completely built in a residential or business building, so that a communication network for telephony and data communication can be easily implemented.

(Example)

Hereinafter, exemplary embodiments of the present invention described above will be described in more detail with reference to the accompanying drawings.

1 is a block diagram for explaining the configuration of a communication network system in a unit household of a high-speed information communication building according to the present invention, FIG. 2 is a block diagram for explaining the configuration of a distribution device in the present invention, FIG. 4 is an exemplary view for explaining an operation state of the selection switch of the outlet in the present invention, Figure 5 is a view for explaining the operation state of the selection switch of the outlet in the present invention 6 is a diagram illustrating the configuration of the distributor in the present invention, and FIG. 7 is an explanatory diagram illustrating the connection state of the telephone line in the present invention.

The communication network system in a unit household of a high-speed information communication building according to the present invention is to be installed in a residential or business building composed of a household (5) including a plurality of rooms (5a to 5c) to construct a high-speed information communication network. It is for connecting a high-speed communication network for telephone and data communication to a plurality of telephone terminals 80 and computers 70 installed in the rooms 5a to 5c.

According to the present invention, in order to build a high-speed information communication network as described above, the distribution device 10 connected to the telephone trunk 40 and the data trunk 50 introduced into the household 5 is installed at any one place of the household, The location should be easily accessible for the necessary maintenance.

As shown in FIG. 2, the distribution device 10 includes a telephone line connection unit and a data line connection unit. The telephone line connection unit includes a telephone trunk line terminal to which a telephone trunk 40 of 4P (P) is inserted and connected. (11), telephone extension terminal block 13 to which telephone telephone extensions 42a to 42f made of 4P UTP cables distributed to a plurality of chambers 5a to 5c, and telephone trunk 40 of the 4P are connected. It is composed of a connecting portion 12 for connecting the plurality of telephone extensions 42a to 42f in a one-to-many manner.

As described above, the connection unit 12 has a plurality of telephone extensions 42 connected to each telephone trunk 40 in a one-to-many manner. Accordingly, the plurality of telephone extensions 42 constituted by 4P are connected to all the telephone trunks 40 of 4P, and the connection portion 12 is formed of a printed circuit board. Here, the telephone trunk 40 and the telephone extension 42 are composed of 4P UTP cable.

The data line connection portion of the distribution device 10 is connected to a data trunk 50 made of a 4P UTP cable drawn from the outside and a data extension 52 made of a 4P UTP cable distributed to each room, and has a data trunk 50. ) And a plurality of data communication terminal blocks (14a) consisting of RJ45 modular jacks so that a plurality of data trunks (52a to 52f) are connected, and are connected between the data trunk (50) and the plurality of data stations (52a to 52f). A data communication control unit 15 which connects the plurality of data extensions 52a to 52f to a data trunk 50 via a LAN, and a data communication unit 15 connected to the data communication control unit 15 52 is a state display unit 16 which displays an operating state of each port to which the port is connected, that is, a data transmission / reception state, and receives commercial AC power through a power supply line 60 to receive the data communication control unit 15 and the state display unit 16. Dong of It is composed of a power supply unit 17 for converting and supplying the power required for the operation.

Here, a DC-DC converter configured to convert a DC voltage supplied by a separate AC-DC power supply outside the power supply unit 17 into operating voltages of the status display unit 16 and the data communication control unit 15 to supply the converted voltage. May be

One end is connected to the telephone extension terminal block 13 of the distribution device 10 and the plurality of telephone extensions 42 and the plurality of data extensions 52 connected to the data communication terminal block 14 are distributed to each room. Respectively connected to the installed outlets 20.

The outlet 20 is installed in each of the chambers 5a to 5c constituting the household 5, the detailed configuration of which is connected to the telephone extension 42 of the 4P UTP cable as shown in FIG. The telephone extension terminal 44 is connected between the telephone second terminal block 23 to which the extension line 44 made of a 4P UTP cable is connected, and the telephone first terminal block 21 to the telephone second terminal block 23. A selection switch 22 capable of selecting and connecting a connection state between the 42 and the extension line 44, the data first terminal block 25 to which the data extension 52 made of the 4P UTP cable is connected and composed of 110 block terminals; The data user line 54 is connected and is composed of a data second terminal block 26 composed of an RJ45 modular jack.

Here, the selection switch 22 is for connecting the telephone user line 46 directly to the outlet 20 and when the extension line 44 is connected. A case where the telephone user line 46 is directly connected will be described.

Telephone extension 42 connected to telephone first terminal block 21 configured as a 110-block terminal block is each numbered from 1 to 8, and is connected to telephone second terminal block 23 composed of RJ45 modular jacks. Extension lines 44 are also divided by numbers 1 to 8 in order.

The selector switch 22, which is connected to the telephone extension 42 and the extension line 44, respectively, is composed of 10 contacts at both ends, and the sliders contacting each of the 10 contacts are 5 pairs of contacts 1a to 5a and 1b. 5b).

Of the five pairs of contacts, 5a and 5b may simultaneously select 1a to 4a and 1b to 4b contacts, respectively, and the contacts 5a and 5b are connected to the contacts on the extension line 44 side, and the contacts 5a and 5b are connected. May select and connect a desired pair of contacts from four pairs of contacts connected to the telephone extension 42. In FIG. 4, it is connected to 7th and 8th which are 4th.

When the extension line 44 is connected to the outlet 20, as shown in FIG. 5, the first and fifth contact portions 1a-5a and 1b-5b are connected to each other at the telephone extension 42 side. 1-1b, 2-1a, 3-2b, 4-2a, 5-3b, 6-3a, 7-4b, and 8-4a in the order of Nos. 1 to 8, and the extension line 44 1-4b, 2-3b, 3-2b, 4-5b, 5-5a, 6-2a, 7-3a, and 8-4a in the order from 1 to 8, and the connected state is Stay connected as shown in 7.

In addition, the data first and second terminal blocks 25 and 26 are composed of 110 block terminals and RJ45 modular jacks, respectively. The data second terminal block 26 is connected to the computer 70 through a data user line 54. Since it is connected, the data extension 52 and the data user line 54 are connected according to the line number molded by each thread.

In addition, the distributor 30 connecting the extension line 44 of the 4P UTP cable and the four telephone terminals 80 has an RJ45 modular plug connected to the RJ45 modular jack of the outlet 20, as shown in FIG. It consists of four telephone terminal blocks (33a-33d) consisting of RJ11 modular jacks connected to the other end of the extension line 44 connected to one end thereof, RJ11 connected to the telephone user line (46a-46d) to the telephone terminal blocks (33a-33d) The modular plug 32 is connected. The connection state is the same as that of the distributor 30 in FIG. 7.

As described above, the telephone line introduced through the telephone trunk 40 through the distribution device 10, the outlet 20, and the distributor 30 is connected to the telephone extension 80 and the telephone extension 42 and the extension line 44, respectively. ) Is connected via the telephone user line 46.

The data line for computer connection is connected to the distribution apparatus 10, the outlet 20, and the computer 70 through the data trunk 50, the data extension 52, and the data user line 54, respectively.

As described above, the present invention for constructing a high-speed information communication network includes a distributor for each telephone trunk 40 installed in each of the rooms 5a to 5c with respect to the telephone trunk 40 of 4P introduced into the household 5. Since up to 30 is introduced, up to four telephone terminals 80 can be used in each room.

In addition, as shown in FIG. 1, four telephone terminals 80 may be used in each room (in case of 5a and 5c), and in case of using one telephone terminal 80 (in case of 5b), Without installing the distributor 30, the telephone user line 46 composed of the RJ11 modular jack is directly connected to the RJ45 modular jack for telephone outlet, the telephone second terminal block 23 of the outlet 20, and the selection switch 22 One telephone terminal can be used by selecting a desired telephone trunk using "

The present invention made as described above can be easily implemented to build a communication network for telephony and data communication by building a network for high-speed communication in residential or business buildings.

In addition, the user's convenience for constructing a communication network and the material cost and labor cost of the contractor can be reduced, and the maintenance cost is reduced because there is no need for maintenance due to the line change.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and the general knowledge in the technical field to which the present invention pertains without departing from the spirit of the present invention. Various changes and modifications will be made by those who possess.

Claims (10)

In the communication network system for building a high-speed information communication network of a building consisting of a plurality of rooms, Multiple telephone trunks; A plurality of telephone extensions wired in each room with at least the same number as the telephone trunks; Data edges; At least one data station wired to each room; A telephone extension terminal block having a plurality of terminals to which one end of the telephone extension is connected, a telephone trunk terminal block having a terminal to which the telephone trunk is connected, and a connection portion that connects a plurality of telephone extension terminal blocks to the telephone trunk terminal block in a one-to-many manner; A distribution line consisting of a telephone line distribution section formed by a telephone line distribution section and a data communication control section which connects the plurality of data stations to the data trunks according to data communication status; A plurality of outlets installed in each of the plurality of rooms, connected to a plurality of telephone extensions of a telephone line distribution unit of the distribution device, and connected to a data extension of the data line distribution unit; At least one telephone user line wired to each room to connect the outlet to the telephone terminal; And at least one data user line wired to each room to connect the outlet to the computer. The ultra-high speed information according to claim 1, further comprising: a plurality of extension lines drawn out in the same number as a plurality of telephone extensions introduced into the outlet, and a distributor connecting the extension lines and the plurality of telephone user lines. Network system within the unit generation of a telecommunication building. The data line distribution unit of claim 1, wherein the data line distribution unit displays a data communication terminal block for connecting the data trunk and the data extension to each port of the data communication control unit, and a status display unit to display an operation state of each port of the data communication control unit. And a power supply unit for supplying power required for the operation of the status display unit and the data communication control unit. The unit generation unit of the high-speed information communication building according to claim 1, wherein the connection portion of the telephone line distribution unit is formed of a printed circuit board to connect the plurality of telephone extensions in a one-to-many manner to the plurality of telephone trunks. Network system. 2. The terminal of claim 1, wherein the outlet comprises: a telephone first terminal block to which a telephone extension connected to the distribution device is connected; A telephone second terminal block to which the extension line connected to the distributor is connected; A selection switch provided between the telephone first and second terminal units and selecting a connection state between the telephone extension and the extension line; And a second data terminal connected to a data first terminal connected to a data station of the distribution device and a data user line connected to a computer. The system of claim 2, wherein the distributor comprises a telephone terminal that connects the extension line and a plurality of telephone user lines connected to the plurality of telephone terminals. The system of claim 6, wherein the telephone terminal block comprises an RJ11 modular jack, and one end of the extension line is constituted by an RJ45 modular plug to be connected to each other. The unit of claim 1, wherein the telephone trunk, the telephone extension, and the extension line have the same number of pairs, and the data trunk and the data extension have the same number of pairs. In-generation network system. The telephone trunk terminal block and the telephone extension terminal block are any one of 110 block terminals and an RJ45 modular jack, and the telephone first terminal block is composed of 110 block terminals. The network system within a unit generation of a high-speed information and communication building, characterized in that consisting of RJ45 modular jack. The unit household of the ultra high-speed information and communication building according to any one of claims 1 to 6, wherein said telephone trunk, telephone extension, extension line, data trunk, data extension, and data user line are each composed of 4P UTP cable. Network system.