JPH07163029A - Interior wiring - Google Patents

Abstract

PURPOSE:To reduce operation, in which wirings for plug sockets are carried out, by executing the lighting wirings of an uppermost floor and main wirings under each floor and conducting the wirings for the plug sockets into the walls of rooms from the main wirings under roof floors. CONSTITUTION:A receiving device 10 is mounted on a building, and connected to a wire 11 on the outside of a room, and electricity is taken in from the outside of the room. A wiring 30 for lighting an uppermost floor and main wirings 20 carried out on each floor are connected to the receiving device 10. The wiring 30 for lighting the uppermost floor is executed so as to be bonded with a luminaire connected onto the ceiling of the uppermost floor of the building. The main wirings 20 are carried out under the floors 60, 61 of each floor. Plug socket wirings 40 are performed into walls 50 forming the rooms of the floors from the main wirings 20. Accordingly, operation, in which the plug socket wirings 40 are conducted, can be reduced.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to indoor wiring, and more particularly to wiring for supplying electricity to electrical equipment installed in a building.

[0002]

2. Description of the Related Art A conventional indoor wiring will be described with reference to FIGS. FIG. 3 is a schematic view showing a conventional indoor wiring, and FIG. 4 is a partially enlarged perspective view. Figure 3
The building shown in Figure 1 is the floor board 6 that forms the floor of the room on the first floor.
0, a wall panel 50 erected from the first-floor floor board 60, a ceiling-fixed floor board 61 fixed to the upper end of the wall panel 50 to form the ceiling of the first-floor room and the floor of the second-floor room, which also serves as the ceiling A two-story building is provided with a wall panel 50 standing upright from a floor plate 61, and a second floor ceiling plate 62 fixed to the upper end of the wall panel 50 to form the ceiling of a room on the second floor.

As shown in FIG. 3, in the conventional indoor wiring, from the power receiving device 10 for connecting to the electric wire 11 drawn from the outside to take in electricity into the room, the interior floor board 61 and the second floor ceiling board 62 are connected. The main wirings 20A and 20A are provided on the top and bottom. Main wiring 2 in the floor board 61 that also serves as the ceiling
From 0A, wiring 31 for the first-floor room lighting is provided for lighting in the room on the first floor. The main wiring 20A provided on the second floor ceiling plate 62 is provided with the second floor room lighting wiring 32.

Further, the respective main wirings 20A, 20
From A, the wiring 40A, 40A for the outlet which penetrates through the wall panel 50 and reaches the vicinity of the floor, and the wiring for the switch for connecting to the switch of the room lighting (not shown) are provided. By the way, as shown in FIG. 4, the wall panel 50 has a thin plate-like front and back surface with respect to a frame member assembled by a plurality of vertical core members 51, 51 and at least three horizontal core members 52, 52, 52. It is formed by covering with the face materials 53, 53.

[0005]

However, in the above-mentioned conventional indoor wiring, the above-described outlet wiring 40 is used.
In order to apply A and 40A, the horizontal core material 52 of the wall panel 50
Had to penetrate at least two of them and extend them to near the floor. Further, since the outlet wiring 40A is often provided in two or more places in one room, the work of providing the outlet wirings 40A and 40A to the wall panel 50 is burdensome.

The problem to be solved by the present invention is to provide an indoor wiring which can reduce the work of providing wiring for an outlet.

[0007]

The present invention is to achieve the above-mentioned object. The indoor wiring according to claim 1, from the power receiving device (10) for connecting to the electric wire (11) drawn from the outside to take in electricity into the building, the wiring for the uppermost floor lighting (30) for lighting the uppermost floor. ) And the main wiring (20) under the floor (60,61) on each floor, and the main wiring (20) under the floor (60,61).
In the room on each floor provided with the wiring, the outlet wiring (40) is provided from the main wiring (20) under the floor of the room to the wall (50) forming the room.

Here, the "top floor" in the "top floor lighting wiring (30) for lighting of the top floor" means that the building in which the indoor wiring according to the present invention is adopted is a flat house. If it is a building, it is the first floor, and if it is a three-story building, it is the third floor. The term "room" includes ordinary living rooms, rooms such as kitchens, as well as corridors and stairs that use electricity.

Further, "under the floor (60, 61)", that is, "under the floor" includes the inside of the floorboard.

[0010]

[Operation] The indoor wiring according to claim 1 is constructed in the following order. First, the building is equipped with the power receiving device (10) and is connected to the outdoor electric wire (11) so that electricity can be taken in from the outdoor. Then, the uppermost floor lighting wiring (30) and the main wiring (20) provided on each floor are connected to the power receiving device (10).

The wiring for lighting on the top floor (30) is provided so that it can be connected to a lighting fixture connected to the ceiling on the top floor of the building. The main wiring (20) is provided under the floor (60, 61) on each floor. Then, from the main wiring (20), an outlet wiring (40) is provided into a wall (50) forming a room on the floor.

[0012]

The present invention will be described in more detail with reference to the examples and the drawings. The drawings used here are FIGS. 1 and 2. FIG. 1 is a schematic diagram showing the present invention. FIG. 2 is a partially enlarged perspective view showing the present invention. The building shown in FIG. 1 to which the indoor wiring of the present embodiment is applied has a first-floor floor board 60 forming the floor of a first-floor room, a wall panel 50 erected from the first-floor floor board 60, and a wall panel 50 thereof. A ceiling-fixed floor plate 6 fixed to the upper end to form the ceiling of the room on the first floor and the floor of the room on the second floor
1. A wall panel 5 standing upright from the ceiling-use floor board 61
0 is a two-story building including a second floor ceiling plate 62 fixed to the upper end of the wall panel 50 to form the ceiling of the second floor room.

This indoor wiring is connected to the electric wire 11 drawn from the outside of the room to receive electricity from the inside of the room from the power receiving device 10 to the uppermost floor lighting wiring 30 arranged on the second floor ceiling plate 62 and the first floor. Main wiring 20 arranged under the floor board 60
And the main wiring 20 arranged in the floor board 61 that also serves as the ceiling. From the uppermost floor illumination wiring 30 arranged on the second floor ceiling plate 62, the second floor room illumination wiring 32 for illumination in the room on the second floor is provided.

In the room on the first floor, the outlet wiring 40 is provided from the main wiring 20 provided under the floor 60 of the first floor into the wall panel 50 forming the room. This will be described in more detail with reference to FIG. The wall panel 50 shown in FIG.
Two vertical core members 51, 51 and three horizontal core members 52, 52,
The frame material assembled by 52 is formed by covering the front and back surfaces with thin plate-shaped surface materials 53, 53. The outlet wiring 40 penetrates the lowermost horizontal core member 52 of the wall panel 50 and is a face member 53 located inside the room.
And is connected to the outlet box 41.

Although not shown, the first-floor floor plate 6
From the main wiring 20 provided under 0, the wiring for the switch for connecting to the switch of the room lighting on the first floor is also provided. From the main wiring 20 arranged in the ceiling / floor board 61, the wiring for the first floor room lighting 3 for lighting in the room on the first floor.
Wall panel 50 that forms the room on the second floor while applying 1.
The wiring 40 for the outlet is provided inside. Wiring for outlet 4
Since the construction of No. 0 is the same as the above, it is omitted.

Although not shown in the drawing, from the main wiring 20 arranged in the ceiling / floor board 61, switch wiring for connecting to a switch for room lighting on the second floor is also provided. Next, the operation of the above-described embodiment will be described.
First, the power receiving device 10 is provided in a building, and is connected to an outdoor electric wire 11 so that electricity can be taken in from the outdoor. Then, the uppermost floor lighting wiring 30 and the main wiring 20 provided on each floor are connected to the power receiving device 10.

The wiring 30 for illumination on the top floor is connected to the wiring 32 for illumination on the second floor for illumination in the room on the second floor. The main wiring 20 is provided under the floor board 60 on the first floor and the floor board 61 that also serves as a ceiling.
Apply to the inside. Then, the outlet wiring 40 is provided from the main wiring 20 into the wall panel 50 forming the room, and is connected to the outlet box 41. It is also possible to provide a plurality of outlet wirings 40 for one room.

Next, the effect of the above embodiment will be described. The outlet wiring 40 in the room on the first floor and the room on the second floor may be formed by penetrating the horizontal core member 52 at the lowermost end of the wall panel 50.
The work of penetrating 2 can be reduced. When a plurality of outlet wirings 40 must be provided for one room, the effect is doubled.

Further, in the above-mentioned embodiment, the space under the first floor 60 which is not used in the "indoor wiring" described in the section of the prior art is used as a wiring space. The lower part of the floor board 60 is conventionally used as various piping spaces and the like, so that workability is not bad. Next, variations of the above-described embodiment will be described.

The above-described embodiment was used for a two-story building, but in the case of a one-story building, the ceiling / floor board 61 only disappears. The present invention can be adopted only by increasing the number. In addition, the main wiring 2 arranged under the floor plate 60 on the first floor
0 may be arranged inside the first-floor floor board 60.

[0021]

According to the indoor wiring of the first aspect of the present invention, there is an effect that it is possible to provide the indoor wiring which can reduce the work of providing the wiring for the outlet.

[Brief description of drawings]

FIG. 1 is a schematic diagram showing the present invention.

FIG. 2 is a partially enlarged perspective view showing the present invention.

FIG. 3 is a schematic view showing a conventional indoor wiring.

FIG. 4 is a partially enlarged perspective view showing a conventional indoor wiring.

[Explanation of symbols]

10 Power Receiving Device 11 Electric Wire 20 Main Wiring 20A Main Wiring 30 Top Floor Lighting Wiring 31 First Floor Room Lighting Wiring 32 Second Floor Room Lighting Wiring 40 Outlet Wiring 40A Outlet Wiring 41 Outlet Box 50 Wall Panel 51 Vertical Core 52 Horizontal Core material 53 Face material 60 First-floor floor board 61 Ceiling-use floor board 62 Second-floor ceiling board

Claims (1)

[Claims] 1. An underfloor is provided from a power receiving device for connecting electricity to an electric wire drawn from outside to take electricity into a building, a wiring for lighting on the top floor for lighting of the top floor, and a main wiring under the floor of each floor. In the room on each floor where the main wiring is provided, the wiring for the outlet is provided from the main wiring under the floor of the room to the wall forming the room.