JPH0540673Y2 - - Google Patents

Description

[Detailed description of the invention] [Technical field] The present invention has a column-shaped equipment body that stands upright on the floor and extends to the ceiling, and there are signal lines and wires inside the equipment body between the ceiling and the floor. This relates to column-shaped wiring equipment through which lines such as power lines are inserted.

[Background technology] In recent years, so-called office automation and paperless offices have been proposed, and terminal devices such as computers and word processors,
BACKGROUND OF THE INVENTION The frequency of using various electronic devices such as electronic copying machines and facsimile machines is increasing. As the frequency of use of these electronic devices increases, power lines for feeding power to electronic devices, signal lines for networks for exchanging data between electronic devices, and telephone lines for connecting electronic devices to public telephone lines are becoming increasingly important. Various lines such as these are overflowing in the office, causing a problem called wiring flooding. Therefore, there is an increasing demand for wiring equipment that can neatly and safely route these lines within an office. In order to meet this demand, it has been considered to construct a pillar-shaped wiring facility in an office that extends from the floor to the ceiling, and to install wiring devices such as a distribution board in the main body of the wiring facility.

By the way, when such a wiring facility is constructed, the power line is branched by a branch breaker on the distribution board B of the electrical room A, as shown in FIG. It was introduced into the interior and connected to an outlet etc. provided in the equipment main body 1'. Therefore, there was a problem in that it was difficult to branch out within the equipment body 1', and it was necessary to go to the electrical room A to turn on and off the branch breaker.

[Purpose of the invention] The present invention was provided in view of the above-mentioned points, and allows branch breakers to be turned on and off on the equipment main body side, as well as by simply connecting the main power line to the equipment main body. The object of the present invention is to provide a wiring facility in which a power line is branched, and furthermore, when the number of branches is increased, it is only necessary to add branch breakers.

[Disclosure of the invention] (Structure) The present invention has an equipment body that is erected on the floor and extends to the ceiling, and the equipment body has a prismatic shape. Functional panels are selectively arranged on each side, and a line introduction section for power lines and a line introduction section for small force signal lines are provided at the vertical ends of the prismatic equipment body, which are separated by bulkheads. ,
Below this track introduction part, two wiring spaces are formed which are partitioned vertically by a separation plate, one track introduction part and one wiring space are communicated with each other through an introduction hole, and the other track introduction part and the other wiring space are connected to each other by an introduction hole. A connection means for communicating with the wiring space through the other introduction hole and connecting the main line of the power line wired indoors introduced into the equipment body, and a branch breaker for connecting to this connection means and branching the power line. By equipping the system, a power line wired indoors is introduced into the equipment main body, the power line is connected to a connecting means, a branch breaker is connected to this connecting means, and the power line is branched from the branch breaker. It is characterized by this.

(Example) Hereinafter, an example of the present invention will be described with reference to the drawings.
As shown in FIGS. 1 to 7, the equipment main body 1 is formed into a columnar shape. The equipment main body 1 has a height ranging from the floor to the ceiling, and when placed upright on the floor, it looks like a single pillar. The equipment main body 1 is formed so that the horizontal cross section is approximately square, and is mainly composed of four pillars 2 arranged at each corner and a panel 3 arranged between each pillar 2. However, the inside is formed hollow. Each panel 3 includes various functional panels 3a to 3f.
It is formed by stacking up and down, and the function panel 3
A to 3f are composite type panels equipped with a control panel 3a for controlling lighting and air conditioners in the office, a power outlet 4, a modular jack 5 for connecting a telephone line, and a coaxial connector 6 for connecting a line. An outlet panel 3b, a terminal panel 3c equipped with a branch breaker 8 connected to the power line 7, a terminal 11 for connecting a flat power cable, and a terminal 13 for connecting a telephone line, and a terminal panel 3c for monitoring the arrival and departure status of personnel in the office. A display panel 3d having an entry/exit indicator 14 for displaying, a door panel 3e having a door 15 for opening and closing the equipment main body 1, a closing panel 3f for closing off a portion where other functional panels 3a to 3e are not attached, etc. is available. The terminal panel 3c is provided with a door 16, and when the door 16 is closed, the branch breaker 8 and various terminals 11, 13 are not exposed to the outside. Further, a telephone main device 17 and a modem 18 are arranged inside the equipment body 1 at a position corresponding to the door panel 3e, and the telephone main device 17 and modem 18 can be adjusted with the door 15 open. ing. Furthermore, a separation wall is formed in the outlet panel 3b and the blocking panel 3f to separate the inside of the panel 3 into left and right sides, so that the power line and the signal line of a small force can be wired separately through the separation wall. ing. These functional panels 3a to 3f are sequentially stacked vertically between a pair of adjacent columns 2 to constitute one side of the equipment main body 1.

Power lines 7, telephone lines, etc. wired indoors are entered from the upper part of the equipment body 1 that contacts the lower surface of the ceiling, and the power lines and small power lines are placed in the center of the upper surface of the separation plate 19a provided at the top. A partition wall 20 is formed to separate the signal lines. A power line 7, which is a trunk line, is introduced through an introduction hole 28a formed in the separation plate 19a, and is connected to a bus bar 22 provided in a terminal panel 3c, as shown in FIGS. 1 to 4.
This bus bar 22 is connected to the branch breaker 8. As shown in FIG. 5, a power line 23 from the branch breaker 8 is connected to the power outlet 4 of the outlet panel 3b or to an outlet 24 provided inside the panel. This outlet 24 is for powering the equipment housed in the equipment body 1, and is used to power the telephone main unit 17 and the modem 1.
8. Power is supplied to nodes, etc.
The branch breaker 8 can be added as needed, and the branch can be easily made by branching from the bus bar 22 to the branch breaker 8.
Note that the bus bar 22 constitutes a connection means for connecting the power line 7.

The external line is introduced into the equipment main body 1 from a line introduction part 25 at at least one of the upper end and the lower end of the equipment main body 1. A plurality of separation plates 19a and 19b are arranged near the line introduction section 25 to separate the inside of the equipment main body 1 into several upper and lower stages. At the top of the equipment body 1, there are two separation plates 19.
a, 19b and one partition plate 26 are provided.
That is, wiring spaces 27a and 27b are formed between the pair of separation plates 19a and 19b, and between the lower separation plate 19b and the partition plate 26, respectively. Connect the power line 7 from one introduction hole 28a to one wiring space 2.
7a, and a small force signal line is passed from the other introduction hole 28b through the wiring pipe 21 to the other wiring space 27.
If it is introduced into the lower separator plate 19b, the different types of lines
They will be separated via the Each wiring space 27
Each line introduced into sections a and 27b is connected to the lower separator plate 1.
9b and the partition plate 26 in appropriate directions, and wired to pass through the desired functional panels 3a to 3f.

The above is the configuration of the upper part of the equipment main body 1, but the configuration of the lower part is also the same, including the power terminal 11, the telephone terminal 13, and the data sending terminal of the control panel panel 3a provided on the terminal panel 3c. 29 respectively have a power cable 30, a telephone cable 31, and a data cable 3 in the form of flat cables.
2 are respectively led out from the exposed terminal panel 3c of the equipment body 1 and wired under the floor surface.

FIG. 8 shows a configuration diagram of the present invention, in which the power line 7 is introduced into the equipment main body 1 from the main breaker 34 of the distribution board 35 of the electrical room 33, and is passed through the bus bar 22 and the branch breaker 8 to the power outlet of the outlet panel 3b. It is designed to provide power to 4.

Although the equipment main body 1 has a square cross section and each panel 3 is arranged, the panel is formed into one flat panel and the bus bar 22, branch breaker 8, etc. are arranged to provide the same function. You can do it like this.

[Effects of the invention] As described above, the present invention has an equipment main body that is installed upright on the floor and is formed up to the ceiling surface, and the equipment main body has a prismatic shape. A functional panel is selectively arranged on each side of the prismatic equipment body, and a line introduction section for power lines and a line introduction section for small power signal lines are separated by bulkheads at the vertical ends of the prismatic equipment body. Two wiring spaces are formed below the line introduction part, separated vertically by a separation plate, and one line introduction part and one wiring space are communicated with each other through an introduction hole,
a connection means for communicating the other line introduction part and the other wiring space through the other introduction hole and connecting the main line of the power line wired indoors introduced into the equipment main body;
Since it is equipped with a branch breaker that connects to this connection means and branches the power line, the main power line is introduced into the equipment main body, so that it can be introduced separately from the upper and lower ends of the equipment main body. The power line and the signal line for the small force are electrically separated into a wiring space for the power line and a wiring space for the signal line for the small power, which are separated vertically, and 4 lines are installed from each wiring space. It is possible to arbitrarily route power lines and small power signal lines to each side of the prismatic equipment body by routing them in the opposite directions. Moreover, it is possible to easily create a branch circuit using a connecting means and a branch breaker, and compared to the conventional method of supplying power to the equipment from a branch breaker on a distribution board, a branch breaker is installed in the equipment itself. Since the branch breaker is equipped with a branch breaker, it is possible to turn on and off the branch breaker at the nearby equipment itself without having to go to the electrical room.Furthermore, since the connection means is a branch breaker, the number of branches can be easily increased or decreased. It is.

[Brief explanation of drawings]

Figure 1 is a front view of the equipment main body according to the embodiment of the present invention;
Figure 2 is a sectional view taken along line A-A in Figure 1, Figure 3 is a side view, Figure 4 is a sectional view taken along line B-B in Figure 3, Figures 5 to 7 are the same as above. FIG. 8 is a configuration diagram of the same, and FIG. 9 is a configuration diagram of a conventional example. 1 is the equipment body, 7 is a power line, and 8 is a branch breaker.

Claims (1)

[Scope of utility model registration request] The equipment has a main body that is installed upright on the floor and extends to the ceiling, the main body of the equipment has a prismatic shape, and functional panels are selectively arranged on each side of the prismatic main body of the equipment. A line introduction section for power lines and a line introduction section for small force signal lines are provided at the vertical ends of the prismatic equipment main body, which are separated by partition walls. Two wiring spaces are formed that are partitioned into two spaces, one track introduction part and one wiring space are communicated through an introduction hole, and the other track introduction part and the other wiring space are communicated through the other introduction hole. Wiring equipment, characterized in that it is equipped with a connecting means for connecting the main power line of an indoor power line introduced into the equipment body, and a branch breaker that connects to the connecting means and branches the power line. .