KR20010087769A - A multiplex box of information and communication apparatus and the laying method of it - Google Patents

Abstract

PURPOSE: The multiple information telecommunication cabinet for common reception of information telecommunication wiring and piping, and wiring arrangement method to use it are provided to increase space utilization by being united cabinets which are separated each other with common reception of telecommunication terminal and apparatus for TV, and of telecommunication wiring and TV wiring in one pipe. CONSTITUTION: The multiple information telecommunication cabinet comprises a terminal cabinet zone(20), an equipment cabinet zone(30), and a pull box zone(40). Isolating plates(50,70) are equipped among each zones(20,30,40) for isolation and shielding. The isolating plate(70), which is capable for putting in and taking out, with holes(71) for wiring path is inserted into and fixed at irregularity type guide groove on interface of the pull box zone(40). The pull box zone(40) collects and arranges numbers of wiring(22,32) and bindings to be branched from terminal blocks(21) of each cabinet zones(20,30) and TV apparatus. The wiring arrangement method commonly receives telecommunication wiring and TV wiring from the pull box zone(40) in one pipe(80).

Description

Multiple information communication box for joint acceptance of information and communication wiring and piping and wiring processing method using the same {A multiplex box of information and communication apparatus and the laying method of it}

The present invention relates to a multi-information communication box for joint acceptance of information and communication wiring and piping used in the premises communication, integrated cable broadcasting or public antenna of a building, such as a house, a building, and the like, and more particularly, a communication method using the same. Combination of communication terminal box (hereinafter referred to as communication terminal box), TV equipment box for integrated cable broadcasting or public antenna (hereinafter referred to as TV device box), and wire box full box (hereinafter referred to as full box). The present invention relates to a multiple information communication box and a wiring processing method using the same.

In general, the communication wiring and TV wiring drawn out from the communication terminal box and the TV device box are introduced into the full box through the pipe connecting each box and the full box, and the wiring strands and bundles are readjusted and arranged according to the purpose. It connects to other information box or outlet box through a certain pipe line.

1 is an exemplary diagram in which pipes are installed by installing a communication terminal box, a TV device box and a full box of a building such as a house or a building. As shown in the drawing, the communication terminal box (1), the TV device box (2) and the full box ( 3) separately installed, but connected between the communication terminal box (1) and the full box (3), the TV device box (2) and the full box (3) with a pipe (80) to draw out from each box (1, 2) Collecting and arranging the wirings 22 and 32 in the full box 3, the communication wiring 22 and the TV wiring 32 drawn out are accommodated in separate pipings as necessary or jointly accommodated in one piping. The wiring was done in a way.

However, the conventional method for separating and installing the communication terminal box (1), the TV device box (2) and the full box (3) is the operation of connecting each box (1, 2) and the full box (3) by the pipe 80. This inevitably increases the installation area occupied by each box (1, 2, 3) and connecting pipes, and installs a separate box and connects them to each other to increase the process and increase the construction cost. There was a problem of deterioration.

Accordingly, the present inventors have led to the invention of a multi-information communication box considering the convenience and economics of construction, and invented a multi-information communication box and a wiring method using the same for joint acceptance of information communication wiring and piping.

Accordingly, the present invention has been proposed to solve the above-mentioned problems, and form an information communication box integrally by combining the communication terminal box, the TV device box and the full box so as to be spatially shielded and isolated to separate each box from each other. It is to provide a multi-information communication box and wiring processing method using the same to increase construction convenience and reduce construction cost by omitting piping between the communication terminal box, the TV device box and the full box while maintaining the conventional effect of preventing radio interference. The purpose.

In addition, the present invention is to jointly accommodate the communication terminal and the TV equipment, and to jointly accommodate the communication wiring and TV wiring in one pipe, and to separate the compartments separately separated to increase the space utilization and reduce cost An object of the present invention is to provide a multi-information communication box and a wiring processing method using the same.

1 is a diagram illustrating a method of separately installing a communication terminal box, a TV device box, and a full box, and collecting and arranging communication and TV wiring in a full box in a pipe.

2a to 2c are perspective views according to an embodiment of the multi-information box of the present invention.

Figure 3 is a detailed illustration of each part of the multi-information box of the present invention according to the embodiment of Figure 2a.

Figure 4 is a perspective view according to a specific example of the equipment to be installed in the multi-information communication box of the present invention, the communication and TV wiring assembly and arrangement in a single pipe jointly.

5A and 5B are specific examples showing the structure of the multi-information box of the present invention.

<Description of the reference numerals for the main parts of the drawings>

1: communication terminal box 2: TV box

3: full box 10: multi-information box

11: Pipe passage 12: Uneven guide groove

13: Repair cover 20: (Communication) terminal box area

21: (communication) terminal block 22: (premises) communication wiring

30: (TV) box area 31: TV device

32: TV Wiring 40: Full Box Area

50: Separator a 51: Uneven guide groove

60: separator b 61: hole for communication wiring

70: separator c 71: TV wiring passage hole

80: piping

In order to achieve the above object, the multi-information box 10 of the present invention is divided into a terminal box area 20, a device box area 30 and a full box area 40, each area 20, 30 40, shielding and isolating each other with the separator 50, 60, 70, in particular, the interface between the full box area 40 can be inserted into the concave-convex guide groove 12 to be fixed and the wiring passage hole 61, 71 is formed of a detachable separator 70 having a full box area and a bundle of strands 22 and 32 branched from the terminal block 21 of each enclosure area 20 and 30 and the TV device 31. The communication wiring 22 and the TV wiring 32 collected and arranged at 40 can be wired by a method of jointly accommodating one pipe.

Referring to the embodiment of the accompanying drawings, the present invention will be described the configuration and operation as follows.

2a to 2c is a perspective view showing a specific example of the multi-information box of the present invention, the present invention is a box in which a plurality of pipe passages 11 are perforated on one side or multiple sides and includes a repair cover 13 The inner space is divided into the communication terminal box area 20, the TV device box area 30 and the full box area 40, and integrally combined, the pool on the surface on which the plurality of pipe passages 11 are formed The box area 40 is located; A separator plate (50) shaped and shielded from the communication terminal box area (20) and the TV device box area (30) of the box and integrally formed with or detachable from the box; It is a plate-shaped shielding and isolating the communication terminal box area 20 and the full box area 40 of the box, integrally formed or removable with the box and formed with a plurality of communication wiring passage holes 61 on one side. Separator b 60; And a plate-shaped shielding and isolating the TV device box area 30 and the full box area 40 of the box, which can be integrally formed with or detachable from the box and include a plurality of TV wiring passage holes on one side. The formed separator c (70); It is configured to include.

The plurality of pipe passages 11 perforated on one side or on multiple sides of the vessel may be installed on the lower surface of the vessel as shown in FIG. 2A or FIG. 4 and may be connected to other external multiple information communication boxes, etc. It is possible to perforate both the top or top and bottom surfaces of the vessel.

Separators 50, 60, and 70 are formed on the boundary surfaces of the regions 20, 30, and 40 to shield and isolate each region spatially and effectively, as in the embodiments of FIGS. 2A to 4. The separators 50, 60, and 70 may be configured to be fixed or removable so as to properly partition the space area of each region. By using the separator, the regions 20, 30, and 40 may be separated from each other. In consideration of the proper installation location and size such as the connection with the multi-information communication box, the full box area 40 is positioned in the lower portion of the communication terminal box 20 and the TV terminal box 30 as shown in FIG. As shown in the drawing, the full box area 40 is positioned below the communication terminal box 20, the TV box 30, and the TV box 30 above. Various modifications are possible, such as being divided into four upper and lower compartment boxes.

Therefore, the inner surface of the box is formed with a concave-convex guide groove 12 for receiving the detachment of the separator a (50), the separator b (60), the separator c (70), and the isolation The plate a 50, the separator b 60, and the separator c 70 are formed to have protrusions inserted into the uneven guide grooves 12 at one or both ends thereof so as to constitute the box through detachment. . In addition, the concave-convex guide groove 12 may not be formed only on the inner surface, and a plurality of the concave-convex guide grooves 12 may be continuously formed so that the separators 50, 60, and 70 may be freely assembled without being stuck in position.

In FIG. 2a, which is a specific example of the present invention, the separator a 50 is exemplified in the case of integrally molding the multi-information box 10 and forming a fixed type. In general, the area occupied by the (communication) terminal block and a TV device is illustrated. Because of this constant, it may be easier to construct the separator a 50 that shields and isolates the communication terminal box area 20 and the TV box area 30 from a fixed type. Of course, if the area occupied by the (communication) terminal block and the TV device is various, it is possible to flexibly cope with the construction environment by configuring the separator a (50) to be removable.

In the case of the separating plate b 60 and the separating plate c 70 constituting the boundary surface of the full box region 40, holes 61 and 71 for forming a wiring passage between the containing regions 20 and 30, respectively. ) And detachable separators 60 and 70 that can be detached to expand the effective space of the full box by separating during winning work, and in various cases, separator b 60 and separator c ( 70) could be solved with one plate without being separated separately.

When the separator a (50) is configured to be detachable in order to divide the space as shown in the embodiment of Figures 2a to 2c, both ends of the separator a (50) is the concave-convex guide groove (12) When the protrusion is formed to be inserted into the one side and the separator b (60) and the other side of the concave-convex guide groove 51 is inserted into which the separator c (70) is inserted and is formed of a fixed type Only one end of the separator b 60 and the separator c 70 may be formed to have an uneven guide groove 51 into which the separator is inserted. In addition, the separator a (50) is used as a detachable, fixed type, the separator b (60) and the middle portion of the side of the surface other than the end of the separator a (50) as shown in Figure 2b or 2c When the separator c 70 is connected, the uneven guide groove 51 ′ (not shown) into which the separator b 60 and the separator c 70 are inserted is inserted into a portion of the surface of the separator a 50. It may be formed. Various combinations of the separators 50, 60, and 70 may be easily employed in any of the conventionally known methods as long as the space of the present invention is possible.

Figure 3 is a detailed illustration of each part of the multi-information box 10 of the present invention according to the embodiment of Figure 2a, the separator a (50) is a fixed configuration and the separator b (60) and the separator A concave-convex guide groove 51 into which c (70) is inserted is formed, and a protrusion part inserted into the concave-convex guide groove 51 is formed at one side of the separator b 60 and the separator c 70. As shown in the drawings, the partial details of the separator b (60) and the separator c (70) in a detachable form, as shown in the figure, the concave-convex guide groove formed integrally with the main body and the fixed separator a (50). Removable separators b, c (60, 70), in which wiring passage holes 61, 71 are formed, are inserted into (12, 51). That is, when the multi-information communication box 10 is integrally injected with a material such as PVC, it is difficult to form appropriate wiring passage holes 61 and 71, so that the removable separators b, c (60, 70) The wiring passage holes 61 and 71 are formed so that they can be easily combined with the box body to maintain the original space shielding and isolation functions.In the case of winning work, the removable isolation plates 60 and 70 are separated. By temporarily increasing the working effective space of the full box area 40, it was possible to freely run the winning work to the pipe 80 connected to the multiple information communication box (10). Like the concave-convex guide groove 21 formed in the above-mentioned box, only one concave-convex guide groove 51 formed in the separator a 50 may also be formed. It is possible to freely adjust the position of).

4 is a diagram illustrating a communication arrangement 22 and a TV wiring in a pipe along with the arrangement of wires in the process of drawing and branching the communication wiring 22 and the TV wiring 32 into the multi-information communication box 10 of the present invention. 32 is a diagram illustrating a method of jointly accommodating 32, wherein a communication terminal block 21 and a TV device 31 are arranged in respective areas 20 and 30 in the aforementioned multi-information communication box 10; The communication wirings 22 of the communication terminal block 21 are arranged and introduced into the full box area 40 through the communication wiring passage hole 61 formed in the separator b 60, and the TV device 31 is provided. TV wirings 32) are arranged and introduced into the full box area 40 through the TV wiring passage hole 71 formed in the separator c 70; Gathering and arranging the communication wirings 22 and the TV wirings 32 in the full box area 40; And jointly or alone receiving the arranged wires into a pipe 80 connected to another multi-information communication box or a communication / TV outlet common box or a single box; The wiring processing method using the multiple information communication box is shown.

The present invention isolates the terminal block 21 and the TV device 31 from each other, which may cause electromagnetic interference (EMI, EMC), and the terminal block 21, the TV wiring 32, and the TV device 31 and the communication wiring ( 22), the communication wiring 22 branched out from the terminal block 21 and the TV wiring branched out from the TV device 31 are collected in the full box area 40. In summary, the communication wiring 22 and the TV wiring 31 can be easily and concisely co-received in one pipe 80.

5a and 5b are specific examples of the structure of the multi-information communication box of the present invention. In general, one cover is provided on the front surface. Likewise, it is preferable to remove the cover 13 and install it. This is due to the need for the administrator to distinguish between the communication terminal box area and the TV device box area in order to clearly distinguish communication security and system management responsibilities and to secure facility maintenance. In this case, when the multi-information box of the present invention is installed in a household, and a division of the communication terminal box and the TV device box is not necessary, the one-side cover 13 is installed as shown in FIG. 5a, and the multi-information box of the present invention is a corridor. If it is installed in the common part, and it is necessary to distinguish the manager of the communication terminal box and the TV device box, as shown in FIG.

In the multi-information communication box of the present invention and a wiring processing method using the same, a communication wiring for separating and accepting a communication terminal block and a TV device having different mechanical characteristics in each area spatially shielded and isolated by a separator plate By collecting and arranging TV and TV wiring in a full box area, it is possible to jointly receive communication wiring and TV wiring in piping connected to other (multiple) information communication boxes or outlet boxes, and to secure reliability by eliminating mutual interference. By omitting the piping between the communication terminal box and the TV device box and the full box, it is possible to increase the convenience of construction and reduce the construction cost.

In addition, the multi-information communication box of the present invention and the wiring processing method using the same, by accommodating the communication terminal and the TV device, and jointly accommodated the communication wiring and TV wiring in a single pipe, each of which was separately separated ( 축소) It can reduce the cost and increase the space utilization.

Claims (4)

A plurality of pipe passages 11 are drilled on one side or on multiple sides, and have a box shape including a repair cover 13. The inner space includes a communication terminal box area 20, a TV box area 30, and a full box. Divided into an area 40, in which the full box area 40 is positioned on a surface on which the plurality of pipe passages 11 are formed; A separator plate (50) shaped and shielded from the communication terminal box area (20) and the TV device box area (30) of the box and integrally formed with or detachable from the box; It is a plate-shaped shielding and isolating the communication terminal box area 20 and the full box area 40 of the box, integrally formed or removable with the box and formed with a plurality of communication wiring passage holes 61 on one side. Separator b 60; And, It is a plate-shaped shielding and isolating the TV device box area 30 and the full box area 40 of the box, integrally molded or removable with the box and a plurality of TV wiring passage holes 71 on one side. A separator c 70 formed; Multi-information communication box for the common acceptance of information and communication wiring and piping comprising a. The method of claim 1, wherein the inner surface of the compartment is formed with a concave-convex guide groove 12 for receiving the detachment of the separator a (50), the separator b (60), the separator c (70), the isolation plate The a (50), the separator b (60), the separator c (70) is formed with a protrusion which is inserted into the uneven guide groove 12 at one or both ends thereof so as to constitute the box through detachment. Multi-information communication box for common acceptance of information communication wiring and piping. According to claim 1 or claim 2, The separator (50) is one side of the both ends of the plate is formed with a protrusion and the uneven guide groove into which the separator b (60) and the separator c (70) is inserted Or formed on the other side of the formed or the separator a (50) is formed on both sides of the plate is formed with a concave-convex guide groove into which the separator b (60) and the separator c (70) are inserted. On one side of the separator b (60) and the separator c (70) is formed a projection for insertion into the uneven guide groove of the separator a (50). Multi-information box. Placing a communication terminal block 21 and a TV device 31 in respective areas 20 and 30 in a multi-information communication box for jointly accommodating information and communication wiring and piping according to claim 1; The communication wirings 22 of the communication terminal block 21 are arranged and introduced into the full box area 40 through the communication wiring passage hole 61 formed in the separator b 60, and the TV device 31 is provided. TV wirings 32) are arranged and introduced into the full box area 40 through the TV wiring passage hole 71 formed in the separator c 70; Branching and arranging the gathered communication wirings 22 and TV wirings 32 in the full box area 40; And, Jointly or singly receive the wires into a pipe 80 connected to another multi-information communication box or a communication / TV outlet common box or a single box; A wiring processing method using a multiple information communication box for joint reception of information and communication wiring and piping.