KR20080043273A - Integrated junction board and cable connection structure in generation terminal box - Google Patents

Abstract

A combined inner board and a cable connection structure in a terminal box using the same are provided to prevent change of a transmission characteristic of various electric cables and collision and spatial interference between the electric cables and a connection device and communication devices. A combined inner board(3) includes a lower deck(1), an upper deck(2), and terminal blocks(4,6). The lower deck has a container structure to receive indoor electric cables and connect to a terminal. The upper deck mounts a communication device. The terminal blocks are connected from the lower deck and through the upper deck, connect the indoor electric cables of the lower deck to the terminal, and patch-connect to the communication device of the upper deck.

Description

Integrated junction board and cable connection structure in generation terminal box using same

1 is a perspective view showing a lower deck structure of the container structure of the integrated slab of the present invention.

Figure 2 is a perspective view showing an upper deck of the platform structure of the integrated slab of the present invention.

Figure 3 is a perspective view showing a state in which the terminal block is installed on the lower deck according to the present invention.

Figure 4 is a perspective view showing a state in which the optical deck is further installed on the lower deck according to the present invention.

5 is an explanatory view illustrating the assembly of the lower deck and the upper deck according to the present invention.

6 is a perspective view showing the integrated plate of the present invention.

Figure 7 is a perspective view illustrating a state in which a communication device and the like mounted on the upper deck of the integrated deck of the present invention.

8 is a perspective view illustrating a state in which the integrated fastening plate of the present invention is mounted on a housing for a generation terminal box.

9 is a plan view illustrating the physical connection of the indoor wiring cable in the lower deck of the integrated slab of the present invention.

10 is a plan view illustrating the connection of the terminal block and the communication device in the upper deck of the integrated plate of the present invention.

11 is a perspective view showing a conventional plate for generation terminal box.

Figure 12 is an installation example of a generation terminal box consisting of a conventional plate for generation terminal box.

[Definition of Terms]

Means of fastening: means means for combining two objects such as a box and a cover or a door frame and a door to be assembled into one structure.

A screw or a hinge may be used as a constituent method of the fastening means, and friction between the female structure and the water structure may be used for the fastening, and a method such as a lock pin may also be used.

Physical connection: A simple connection method in which no electronic circuit components are intermediated in the interconnection between the physical cable medium and the connector medium such as the direct connection between the cable and the terminal block, and there is no signal amplification or logical connection. .

There are methods of physical connection such as connector connection by cable terminal processing and direct connection of cable and connector.

Electromagnetic connection: A method of interconnection by electronic circuits or components, and this category includes network devices such as switching hubs and devices such as TV distributors (or amplifiers).

Electromagnetic connections enable armature or logical interlocking connections between different cables, with different cables connected to one device.

Communication device: Communication device that processes, relays, distributes, or amplifies and distributes communication signals such as switching hubs and / or TV distributors.

Indoor Wiring Cable: A cable that is wired into each room within a household from a communication trunk and a generation terminal box within a unit household. The types of indoor wiring cables include UTP cable, coaxial cable, and optical cable.

Terminal Connection: It means to connect the end of indoor wiring cable directly to terminal block or to connect terminal material directly to terminal block of indoor wiring cable.

Patch connection: It means connecting between terminal block and communication device with patch cord or connecting between terminal block.

The present invention is structured into a plurality of decks of the inner plate mounted inside the housing of the integrated high-speed information communication terminal terminal for residential buildings such as apartments or officetels in a plurality of decks for the treatment of various indoor wiring cables, terminal connection and installation, maintenance, modification, It provides a device to increase the convenience of replacement, and provides an efficient connection structure between the indoor wiring cable and the communication device using this device in the integrated generation terminal box.

The conventional plate for generation terminal box is a simple panel structure and is attached to mount various communication terminal connection terminal blocks and communication devices on the bottom of the enclosure.

The inner panel of the panel structure has a simple structure and is used only as a fixed plate for mounting various devices, so that many indoor wiring cables are inserted and received inside a narrow enclosure, and each indoor wiring cable is installed in a plurality of communication devices. The collision of space and communication devices and the interference of space are inevitable.

When the space inside the enclosure is expanded in order to reduce the collision and interference between the indoor wiring cables and the communication devices as described above, the size of the enclosure becomes large, which causes problems in the structure of the building, impedes the interior aesthetics, and increases the facility cost. There is a problem such as being.

In addition, the structure in which the cable connection part and the communication device are separated from each other and mounted oppositely does not have a separate fixed relay connection structure between the indoor wiring cable and the communication device for installation, maintenance, change, and replacement. Opening the space has technical problems such as causing excessive physical change between the indoor wiring cable and the communication device and increasing the stress of the cable, thereby degrading the transmission performance of the indoor wiring cable.

The present invention is to solve the technical problems that occur when installing a simple plate of the inner structure of the generation terminal box as described above, or when installing a communication device and the indoor wiring cable in the opposite direction to separate one space As created,

An object of the present invention is to structure the plate for the generation terminal box to a plurality of decks and to provide a fixed and stable electrical connection path between each deck to secure a wider indoor wiring cable storage space inside the generation terminal box and to transmit various indoor wiring cables It is to prevent the characteristic change and to prevent the collision and space interference between the indoor wiring cable, the connecting device and the communication device.

In order to achieve the above object, the integrated deck of the present invention and the upper deck of the platform structure that can be mounted to the lower deck of the container structure and the communication device for storing and connecting the indoor wiring cable; A plurality of terminal blocks connected to the lower deck through the upper upper deck and terminally connecting the indoor wiring cable of the lower deck and patch-connecting to the communication device of the upper deck; It comprises a coupling means for temporarily or semi-permanently coupling the upper deck and the lower deck.

In order to achieve another object, the cable connection structure in the generation terminal box using the integrated board of the present invention uses a plurality of terminal blocks connecting the lower deck and the upper deck as an electrical connection repeater, and the indoor wiring of the terminal block and the lower deck. The cable is physically connected, and the terminal block and the communication device of the upper deck are connected by patch cords, and each indoor wiring cable of the lower deck is electrically connected by the communication device of the upper deck.

Hereinafter, with reference to the accompanying drawings will be described in detail the integrated junction board and the cable connection structure in the generation terminal box using the same.

1 is a perspective view showing the lower deck structure of the container structure of the integrated slab of the present invention, Figure 2 is a perspective view showing the upper deck of the platform structure of the integrated slab of the present invention, Figure 3 is a terminal block on the lower deck according to the present invention Figure 4 is a perspective view showing a state installed, Figure 4 is a perspective view showing a state in which the optical deck is further installed in the lower deck according to the present invention, Figure 5 is a description of the lower deck and the upper deck according to the invention illustrating the assembly 6 is a perspective view showing the integrated plate of the present invention, Figure 7 is a perspective view illustrating a state in which the communication device and the like mounted on the upper deck of the integrated plate of the present invention, Figure 8 is an integrated plate of the present invention Figure 9 is a perspective view illustrating a state mounted on the housing for the terminal box, Figure 9 is a plan view illustrating the physical connection of the indoor wiring cable in the lower deck of the integrated deck of the present invention, Figure 1 0 is a plan view illustrating the connection of the terminal block and the communication device in the upper deck of the integrated deck of the present invention, Figure 11 is a perspective view showing a conventional plate for the generation terminal box, Figure 12 is composed of a conventional generation terminal box This is an example of installation of household terminal box.

As shown in FIGS. 1 to 6, the integrated slab 3 of the present invention includes a lower deck 1 of a container structure and an upper deck 2 of a platform structure, and various terminal blocks 4, 4 ′, and 5. , 6) is accommodated in the lower deck and penetrates the upper deck.

The lower deck houses various indoor wiring cables 14 and 15 that are drawn into the terminal box, and is connected to the terminal, and various terminal blocks that can be electrically connected to the upper deck or electrically connect each indoor wiring cable by themselves. Is installed.

The lower deck's role is to receive and connect various indoor wiring cables, connect terminals, and provide space for installation, replacement, or modification of the cabling, and to prevent contamination caused by penetration into the floor of the enclosure when installing the enclosure to a structure such as concrete. It serves to cover.

In addition, the lower deck is very stable for a long time while minimizing the physical change and stress of each cable during the installation work and terminal connection of various indoor wiring cables.

The terminal blocks mounted on the lower deck have little change in secular age and the need for replacement according to the change of communication environment is very small, so there is almost no replacement or repair work.

In some cases, there may be an artificial connection change between the cables stored in the lower deck, in which case the upper deck may be hinged apart depending on the configuration of the coupling structure, or the upper deck may be separated.

The lower deck has guided barrier rib structures 15 and 15 'of the cable, if necessary.

The terminal block usually connects the UT cable and the coaxial cable, and the UT cable terminal blocks 4, 4 'and 5 are modular coupler type terminal block structures, and the coaxial cable terminal block 6 is a coaxial patch. Terminal block structure.

The terminal block for the terminal connection of the UTP cable is preferably a modular coupler because it has many advantages such as improved workability and easy maintenance, but may also use a connection structure such as a commonly known 110 block.

The terminal connection of the coaxial cable is preferably a DC method (direct connection method) because it can improve the workability and improve the reliability of the connection, but the connection of the plug-in connector method will also be possible.

The upper deck (2) is equipped with a variety of communication devices (7, 9), accommodates a commercial power supply 10, and penetrates through various terminal blocks (4, 4 ', 6) electrically connected to the lower deck, various patch cords ( 12 and 13 are used to electrically connect with various communication devices (7, 9).

Modular terminal block and coaxial patch terminal block are used as relays for the electrical connection between the communication devices mounted on the upper deck, and the modular terminal block is used as a patch cord for the UTP indoor wiring cable (14) of the lower deck and the upper deck. The switching hub device 7 is connected, and the coaxial patch terminal block connects the coaxial indoor cable 15 of the lower deck and the TV distributor 9 of the upper deck with a coaxial patch cord.

The change of the communication service or the change of the TV service can correspond to the change of the communication service very simply by replacing the switching hub device and the TV distributor on the upper deck with the one suitable for each communication environment.

The power source is used on the upper deck for heat dissipation and protection of the communication cable.

The lower deck 1 and the upper deck 2 has a fastening means for temporarily or semi-permanently coupling each other to form a structure.

The fastening means is generally completed by assembling screws in the threaded holes formed on the edges of the lower deck and the upper deck, or may be joined to each other by forming a male and female circular connector.

In addition, the coupling means may form a mutual hinge on the end of one side of the lower deck and the upper deck may be coupled in a casement structure.

As shown in FIGS. 7 to 10, the cable connection structure in the generation terminal box using the integrated slab of the present invention is located in the lower deck indoor wiring cables 14 and 15 and the upper part of the terminal block for electrically relaying the integrated slab. It is a structure that physically and electromagnetically connects the deck between communication devices (7, 9).

The indoor wiring cable of the lower deck is terminated and physically connected to the terminal block mounted on the lower deck, and the switching hub device or TV distributor of the upper deck is physically connected to the terminal blocks penetrated from the lower deck using various patch cords. At the same time, the switching hub device and the TV distributor provide an electromagnetic circuit connection to the indoor wiring cables of the lower deck relayed to the terminal blocks and the patch cord.

When using the integrated billboard of the present invention and the cable connection structure in the generation terminal box using the same, it is possible to effectively separate the space in the generation terminal box and to receive and connect the indoor wiring cable to the generation terminal box, and to install various terminal blocks and communication devices. Provides space for replacement or change, minimizes physical change and stress during wiring and terminal work of various indoor wiring cables, covers contamination of the bottom of the enclosure, and various indoor wiring cables and terminals It can provide long-term stable communication facilities operating environment while minimizing collision and space interference between blocks and communication devices.

Claims (2)

A lower deck 1 having a container structure for accommodating and connecting terminal wiring cables and an upper deck 2 for mounting a communication device; The lower deck (1) is connected through the upper deck (2) and includes a terminal block (4, 6) for connecting terminal wiring wiring of the lower deck and patch connection with the communication device (7, 9) of the upper deck Integrated slabs (3) Comprising the integrated slab 3 of claim 1, By using a plurality of terminal blocks (4, 4 ', 5, 6) connecting the upper deck and the lower deck as an electrical connection repeater, the indoor wiring cables (14, 15) of the terminal block and the lower deck are physically connected The terminal block and the communication device of the upper deck (7, 9) is connected to the patch cords (12, 13) is configured to include a structure in which each indoor wiring cable of the lower deck is electromagnetically connected by the communication device of the upper deck Integrated billboard and cable connection structure in the generation terminal box using the same.

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