JP5136493B2 - Indoor wiring device - Google Patents

Description

  The present invention relates to an indoor wiring device capable of accommodating wiring.

Conventionally, as shown in Japanese Patent Laid-Open No. 10-66222 (Patent Document 1), a partition composed of a ceiling wiring unit that has an internal wiring and is attached to the ceiling, and a partition wall that is operably provided on the ceiling wiring unit. The device is known. This partition device is provided with a wiring hook portion for installing wiring in the ceiling wiring unit, and a wiring device such as an electrical outlet is provided on the partition wall. The wiring housed in the wiring hook is connected to a wiring device on the partition wall via a connector.
Therefore, according to this partition device, it is possible to perform wiring simply by installing the ceiling wiring unit on the lower surface of the ceiling without burying the wiring in the ceiling, so that the construction can be simplified, and the partition wall portion It is said that the convenience of using the wiring device is improved even though the wiring device can be easily arranged in the partition wall.

JP-A-10-66222

  However, in the partition device which is the above-described conventional example, it is necessary to connect the end of the internal wiring housed in the wiring saddle portion to a power supply terminal provided outside the ceiling wiring unit, Connection work was required. Further, when the wiring is pulled out from the wiring collar and connected to the indoor terminal for power supply, there is a problem that the wiring is exposed to the room and the aesthetic appearance is not excellent.

  This invention is invented in view of the said background art, The subject is providing the indoor wiring apparatus which was easy to construct and excellent in aesthetics.

  In order to solve the above problem, in the invention according to claim 1 of the present application, a wiring space extending in the longitudinal direction is formed in an indoor construction material provided in a room, and a partition is formed from the indoor construction material provided on the ceiling among the indoor construction materials. A body is suspended, and an outlet that can slide along the surface of the partition body is attached to the partition body, and one of the indoor construction materials has a fixture that can be attached to a power supply terminal provided in the room. In addition, the outlet is connected to the wiring that is continuously provided from the fixture and is housed and wired in the wiring space and the partition body.

  Further, in the invention according to claim 2 of the present application, in the indoor wiring device according to claim 1, the surrounding edge member provided around the ceiling as the indoor construction material and the attachment beam provided on the ceiling surface and connected to the surrounding edge member. And the attachment beam has a hook-mounting fixture that is slidable in the longitudinal direction, and the wiring continuous from the hook-mounting fixture is stored and wired in the wiring space and the partition body. It is characterized by connecting to an outlet.

  Further, in the invention according to claim 3 of the present application, in the indoor wiring device according to claim 1, a surrounding edge member provided around the ceiling as an indoor construction material and a mounting beam provided on the ceiling surface and connected to the surrounding edge member; A wall post provided on the wall surface and connected to a peripheral edge member, and the wall post includes a wall outlet fitting that is slidable in a longitudinal direction, and is provided continuously from the wall outlet attachment. The wiring is stored and wired in the wiring space and the partition body and connected to the outlet.

  Further, in the invention according to claim 4 of the present application, in the indoor wiring device according to any one of claims 1 to 3, the indoor construction material is formed so as to be hollow inside, and the hollow portion is connected to the wiring. It is characterized by being a space.

  Further, in the invention according to claim 5 of the present application, in the indoor wiring device according to any one of claims 1 to 4, the indoor construction material is formed with a concave groove exposed in the room in the longitudinal direction. The groove is a wiring space.

  In the indoor wiring device according to the first aspect of the present invention, a wiring space extending in the longitudinal direction is formed in the indoor construction material provided indoors, and the partition body is suspended from the indoor construction material provided on the ceiling among the indoor construction materials. And an outlet that is slidable along the surface of the partition body is attached to the partition body, and one of the indoor construction materials has a fixture that is attached to a terminal for power supply provided in the room, In addition, since the wiring space is connected to the wiring space and the wiring housed and wired inside the partition body, the fixture provided on the indoor construction material is attached to the power supply terminal and the power supply is connected. A partition with a connected outlet can be easily provided, and there is no need to pull out the wiring to the outside of the indoor wiring device to acquire power, so it has excellent aesthetics It is possible to provide a room wiring device.

  Further, in the indoor wiring device of the invention according to claim 2 of the present invention, in particular, it has a surrounding edge material provided around the ceiling as an indoor construction material, and an attachment beam provided on the ceiling surface and connected to the surrounding edge material, The attachment beam has a fixture for sliding ceiling that can slide in the longitudinal direction, and wiring connected from the fixture for hook ceiling is stored and wired in the wiring space and partition body and connected to the outlet Therefore, the partition body provided with the outlet connected to the power source can be provided by sliding the fixture to a desired position and attaching the fixture to the hanging ceiling.

Further, in the indoor wiring device of the invention described in claim 3 of the present application, in particular, the surrounding edge material provided around the ceiling as the indoor construction material, the attachment beam provided on the ceiling surface and connected to the surrounding edge material, and the wall surface are provided. An attachment post connected to the peripheral edge member, the attachment post having a fixture for a wall socket slidable in the longitudinal direction, and wiring connected from the fixture for the wall socket with a wiring space and Since it is housed and wired inside the partition body and connected to the outlet, the partition body having the outlet connected to the power source can be provided by sliding the fixture to the desired position and attaching it to the outlet. .
Further, in the indoor wiring device of the invention according to claim 4 of the present application, in particular, the indoor construction material is formed such that the interior construction material is hollow, and this hollow portion becomes a wiring space. By storing the wiring in the hollow portion, the wiring is not exposed to the outside, and an indoor wiring device having excellent aesthetics can be provided.
In the indoor wiring device of the invention according to claim 5 of the present invention, in particular, the indoor construction material is formed with a recessed groove exposed in the room in the longitudinal direction, and this recessed groove becomes a wiring space. If the wiring is taken out from the recessed groove and stored in the partition body, the wiring can be simply stored and wired.

The whole figure which shows the indoor wiring apparatus in embodiment of this invention. The perspective view which shows the surrounding edge material in embodiment of this invention. Sectional drawing which shows the surrounding edge material in embodiment of this invention. The perspective view which shows the attachment beam in embodiment of this invention. Sectional drawing which shows the attachment beam in embodiment of this invention. The perspective view which shows the attachment pillar in embodiment of this invention. Sectional drawing which shows the attachment pillar in embodiment of this invention. The disassembled perspective view which shows the partition body in embodiment of this invention. Sectional drawing which shows the partition body in embodiment of this invention.

1-9 has shown the indoor wiring apparatus of embodiment in this invention. This indoor wiring device forms a wiring space 2 extending in the longitudinal direction in an indoor construction material 6 provided in the room, and suspends a partition body 7 from the indoor construction material 6 provided on the ceiling of the indoor construction material 6, The partition body 7 is provided with an outlet 70 slidable along the surface of the partition body 7, and one of the indoor construction materials 6 has a fixture 5 attached to a terminal 4 for power supply provided in the room. The outlet 70 is connected to the wiring space 2 and the wiring accommodated in the wiring space 2 and the partition body 7 in a continuous manner from the fixture 5.
Further, this indoor wiring apparatus has a surrounding edge material 1 provided around the ceiling as the indoor construction material 6 and an attachment beam 3a provided on the ceiling surface and connected to the surrounding edge material 1, and the attachment beam 3a is in the longitudinal direction. The hook ceiling fixture 5a for the hook ceiling seal 4a (terminal 4 for supplying power) is slidable on the wiring space 2 and the partition body 7 are connected to the wiring continuously provided from the hook ceiling fixture 5a. It is housed and wired inside and connected to the outlet 70.
Further, this indoor wiring device has a surrounding edge material 1 provided around the ceiling as the indoor construction material 6, and an attachment column 3b provided on the wall surface and connected to the surrounding edge material 1, and the attachment column 3b is in the longitudinal direction. And a wall outlet fitting 5b for a wall outlet 4b (terminal 4 for power supply) provided on the wall surface, and the wiring continuously provided from the wall outlet fitting 5b is connected to the wiring space 2 and the partition. It is housed and wired inside the body 7 and connected to an outlet 70 attached to the partition body 7.
Moreover, in this indoor wiring device, the indoor construction material 6 is formed so that the inside is hollow 8, and this hollow portion is the wiring space 2.
Moreover, in this indoor wiring device, a concave groove 9 exposed in the room is formed in the indoor construction material 6 in the longitudinal direction, and the concave groove 9 serves as a wiring space 2.
Hereinafter, the indoor wiring device of this embodiment will be described in more detail. The surrounding edge material 1 is a long member provided along a corner portion composed of a ceiling surface and a wall surface, and the surrounding edge material 1 is a flat side surface portion 10 in contact with the wall surface and an upper end of the side surface portion 10. A flat plate-like upper surface portion 11 that is continuous with one end portion and in contact with the ceiling surface, and a lower end portion of the side surface portion 10 and an end portion of the upper surface portion 11 opposite to the one end portion. The side surface portion 10, the upper surface portion 11, and the inclined surface portion 12 constitute a frame body, and the inside surrounded by the frame body is a hollow 8. Further, the surrounding edge material 1 which is a frame body has two concave grooves 9 formed along the longitudinal direction. Each of the concave grooves 9 opens to the indoor side, and the opening of one concave groove 9 is substantially the same. The opening of the other concave groove 9 is exposed in a substantially horizontal direction in the vertically downward direction. In addition, one end portion in the longitudinal direction of the long peripheral edge member 1 has a protruding portion 13 projecting so that a part of a frame body including the side surface portion 10, the upper surface portion 11, and the inclined surface portion 12 surrounds the hollow 8. The other end of the peripheral edge member 1 in the longitudinal direction is formed with a recess (not shown) that fits into the protrusion 13. Therefore, the protrusions 13 and the recesses of two or more surrounding edges 1 can be fitted, the surrounding edges 1 can be extended in the longitudinal direction, and the surrounding edges 1 having a desired length can be provided around the ceiling. . In addition, the surrounding edge material 1 is fixed to a ceiling surface or a wall surface with a screw, an adhesive agent, or the like.
The attachment beam 3 a is a long member that is provided on the ceiling surface and is laid between the surrounding edges 1, and is connected to the surrounding edges 1 at right angles. The attachment beam 3a is a member in which recesses 30a are formed in a series in the longitudinal direction, and has a substantially U-shaped cross section. The recess 30a is opened upward. When the attachment beam 3a is provided on the ceiling surface, the recess 30a is closed by the ceiling surface, and a hollow 8 is formed inside the attachment beam 3a. Moreover, the concave groove 9 opened in the substantially horizontal direction is formed in the side surface of the both sides of the attachment beam 3a, respectively. The attachment beam 3a protrudes outward from its upper end and includes a pair of protrusions 31a substantially parallel to the ceiling surface at a predetermined position in the longitudinal direction. The protrusion 31a has a through hole, By inserting a screw into the through hole and fixing the screw to the ceiling surface, the attachment beam 3a is fixed to the ceiling surface.
In addition, a connecting portion 32a that fits into the groove 9 of the peripheral edge member 1 protrudes from the longitudinal end of the attachment beam 3a, and the connecting portion 32a is fitted into the concave groove 9 of the peripheral edge member 1. By combining, the groove 3 provided in the attachment beam 3a and the surrounding edge material 1 communicates with each other. Here, a through hole communicating with the hollow 8 inside the surrounding edge member 1 is provided at a predetermined position in the longitudinal direction in the inner portion of the concave groove 9 of the surrounding edge member 1, and this through hole is provided. If the connecting portion 32a of the attachment beam 3a is fitted in the recessed groove 9 of the surrounding edge member 1 at a predetermined location, the hollow 8 of the attachment beam 3a and the hollow 8 of the surrounding edge member 1 can be communicated with each other.
By the way, in the recess 30a of the attachment beam 3a, the hook ceiling fixture 5a for the hook ceiling 4a that fits in the recess 30a is stored. The hook ceiling fixture 5a is slidable along the recess 30a. The hook ceiling fixture 5a is slid in accordance with the position of the hook ceiling 4a provided on the ceiling surface, and the hook ceiling 4a. Can be attached to. The hook ceiling fixture 5a is provided with a pair of plug blades 51a projecting upward on the upper surface thereof, and the plug blade 51a is inserted into the plug blade insertion port of the hook ceiling 4a, rotated and fixed, thereby inserting the plug blade. The hook ceiling fixture 5a contacts the terminal inside the mouth, and is electrically and mechanically connected to the hook ceiling 4a. Further, the hook ceiling fixture 5a is connected with wiring, and this wiring is electrically connected to the hook ceiling 4a via the hook ceiling fixture 5a. 2, an adapter provided at the end of the wiring at a desired position in the wiring space 2 is pulled out, and a power connection terminal of the electric device can be connected to the adapter to obtain an operating power source of the electric device. .
The supporting pillar 3b is a long member provided along the wall surface and extending from the surrounding edge material 1 to the floor surface, and is connected to the surrounding edge material 1 at right angles. The post 3b is a member in which recesses 30b are formed in series in the longitudinal direction, and has a substantially U-shaped cross section. The recess 30b opens toward the wall surface. When the attachment post 3b is provided along the wall surface, the recess 30b is closed by the wall surface, and a hollow 8 is formed inside the attachment post 3b. Moreover, the recessed groove 9 is formed in the side surface of the both sides of the attachment pillar 3b. The attached post 3b protrudes outward from an end in contact with the wall surface, and includes a pair of protruding pieces 31b substantially parallel to the wall surface at a predetermined position in the longitudinal direction, and a through hole is formed in the protruding piece 31b. When the screw is inserted into the through hole and the screw is fixed to the wall surface, the post 3b is fixed to the wall surface.
In addition, a connecting portion 32b that fits into the recessed groove 9 of the surrounding edge member 1 protrudes from one end of the attachment post 3b in the longitudinal direction, and the connecting portion 32b is provided in the recessed groove 9 of the surrounding edge member 1. By engaging with each other, the respective recessed grooves 9 provided in the attachment post 3b and the peripheral edge material 1 communicate with each other. Here, a through hole communicating with the hollow 8 inside the peripheral edge member 1 is provided at a predetermined portion in the longitudinal direction in the inner portion 9 of the concave groove of the peripheral edge member 1, and this through hole is provided. If the connecting portion 32 of the attachment post 3b is fitted in the concave groove 9 of the surrounding edge member 1 at a predetermined position, the hollow 8 of the attachment pillar 3b and the hollow 8 of the surrounding edge member 1 can be communicated with each other.
By the way, the wall outlet fitting 5b that fits in the recess 30b is housed in the recess 30b of the attachment post 3b. The wall outlet fitting 5b is a fitting for the wall outlet 4b provided on the wall surface, and is configured to be slidable along the recess 30b. The wall outlet fitting 5b is adapted to the position of the wall outlet 4b provided on the wall surface. The outlet fitting 5b can be slid and attached to the wall outlet 4b provided on the wall. The wall outlet fitting 5b has a pair of plug blades 51b projecting toward the wall surface at the end face thereof, and the plug blade 51b is inserted into and fixed to the plug blade insertion port of the wall outlet 4b provided on the wall surface. Abutting on the terminal inside the mouth, the wall outlet fitting 5b is electrically and mechanically connected to the wall outlet 4b provided on the wall. Further, the wall outlet fitting 5b is connected with wiring, and this wiring is electrically connected to the wall outlet 4b provided on the wall surface via the wall outlet fitting 5b. Is accommodated in the wiring space 2, the adapter provided at the end of the wiring is pulled out at a desired position in the wiring space 2, and the power supply connection terminal of the electric device is connected to the adapter to obtain the operating power of the electric device. be able to.
The partition body 7 is suspended from the indoor structure material 6 provided on the ceiling of the indoor structure material 6, that is, the surrounding edge material 1 or the attached beam 3a, and is fixed to the surrounding edge material 1 or the attached beam 3a. A pair of support pillars 71, a partition panel 72 that is disposed between the pair of support pillars 71 and fixed to the pair of support pillars 71, and an upper frame 73 that is attached in series to the upper end of the partition panel 72. And.
In addition, a long intermediate frame 74 is embedded in the partition panel 72. The intermediate frame 74 is a frame-like frame whose length in the longitudinal direction is substantially the same as the lateral direction (horizontal direction) length of the partition panel 72, and one side of the intermediate frame 74 is opened in series in the longitudinal direction. The intermediate frame 74 is embedded in the partition panel 72 so that the opening is exposed on one surface side of the partition panel 72, that is, the opening of the intermediate frame 74 is exposed to the indoor side. By the way, the two tip portions located on the opening side of the intermediate frame 74 are bent toward the opening, and the two tip portions are opposed to each other to form a pair of projecting pieces, thereby reducing the area of the opening.
The outlet 70 has an outer shape that fits into the above-described intermediate frame, is locked to the intermediate frame 74 by a pair of projecting pieces of the intermediate frame 74, and can slide along the opening of the intermediate frame 74. ing. The outlet 70 is connected to the wiring that is continuously provided from the hooking ceiling fixture 5a or the wall outlet fixture 5b.
By the way, at least one of the pair of columns 71 is provided with a wiring groove on a surface that abuts the partition panel 72, and when the column 71 is fixed to the surrounding edge material 1 or the attached beam 3a, the surrounding edge is formed. The concave groove 9 provided in the material 1 or the attached beam 3a and the wiring groove provided in the support 71 are communicated with each other. Further, when the partition panel 72 is fixed to the support column, the opening of the intermediate frame 74 embedded in the partition panel 72 and the wiring groove provided in the support column 72 are connected. In addition, the support | pillar 71 is fixed to the surrounding edge material 1 or the attachment beam 3a with a screw, and the partition panel 72 is also fixed to this fixed support | pillar 71 with the screw.
Accordingly, the concave groove 9 provided in the peripheral edge material 1 or the attachment beam 3a, the wiring groove provided in the support 71, and the opening of the intermediate frame 74 are in communication with each other, and the above-described hook ceiling fixture 5a or The wiring continuously provided from the wall outlet fitting 5b is connected to the concave groove 9 provided in the peripheral edge material 1 or the attached beam 3a, the wiring groove provided in the column 71 inside the partition body 7, and the partition body 7. Can be housed and wired in the opening of the intermediate frame 74, which is connected to the outlet 70. In addition, a wiring groove that is continuous with the wiring groove provided on the support column 71 is formed on the surface that contacts the partition panel 72 of the upper frame 73, and a hollow portion is provided in the vertical direction in the partition panel 72. The intermediate frame 74 is continued from the upper end of the partition panel 72 by the hollow portion, and the wiring connected from the hooking ceiling fitting 5a or the wall outlet fitting 5b is provided in the groove 1 provided in the peripheral edge 1 or the attached beam 3a. 9, the wiring groove provided in the support 71, the wiring groove provided in the upper frame 73, the hollow portion inside the partition 7, and the opening of the intermediate frame 74 are connected and connected to the outlet 70. Also good.
In the present embodiment, the hook ceiling fixture 5a is connected to the hook ceiling 4a, and the wall outlet fixture 5b is connected to the wall outlet 4b on the wall surface to obtain power, respectively. It is good also as a structure which prepares only one of the tool 5a or the wall-surface outlet attachment tool 5b, and acquires a power supply.
Therefore, according to the indoor wiring device of the present embodiment, the partition body 7 including the outlet 70 connected to the power source by attaching the hook ceiling fixture 5a provided on the attachment beam 3a to the hook ceiling 4a is simply provided. You can do it. Of course, you may provide the partition body 7 provided with the outlet 70 connected to the power supply by attaching the wall-surface outlet fixture 5b provided in the attachment pillar 3b to the wall-surface outlet 4b provided in the wall surface. Therefore, it is not necessary to pull out the wiring to the outside of the indoor wiring device and acquire power from, for example, the hooking ceiling 4a or the wall surface outlet 4b of the wall surface, so that an indoor wiring device with excellent aesthetics can be provided.
In addition, the wiring continuously provided from the hooking ceiling fixture 5a or the wall socket outlet fixture 5b is connected to the concave groove 9 provided in the peripheral edge material 1 or the attached beam 3a and the column 71 inside the partition body 7. Since it is housed and wired over the provided wiring groove and the opening of the intermediate frame 74 inside the partition 7 and connected to the outlet 70, the wiring is not exposed to the outside of the indoor wiring device, and it has excellent aesthetics. An indoor wiring device can be provided.
Moreover, since the hook ceiling fixture 5a or the wall outlet fixture 5b can slide along the recess 30a or the recess 30b, the hook ceiling fixture 5a or the wall outlet fixture 5b can be slid. By adjusting the position to the hook ceiling 4a or the wall wall outlet 5b, the hook ceiling attachment 5a or the wall socket attachment 5b can be easily connected to the power source.
Further, the surrounding edge material 1, the attached beam 3a, and the attached column 3b, which are the indoor construction material 6, have a hollow 8 inside, and the wiring is exposed to the outside of the indoor construction material 6 by storing the wiring in the hollow 8. Therefore, it is possible to provide an indoor wiring device with excellent aesthetics.
Further, the surrounding edge material 1, the attached beam 3a, and the attached column 3b, which are the indoor construction material 6, are formed with a recessed groove 9 exposed to the interior of the room, and the wiring is taken out from the recessed groove 9 into the partition body 7. If the wiring is accommodated, the wiring can be simply accommodated.

DESCRIPTION OF SYMBOLS 1 Surrounding edge material 2 Wiring space 3a Attached beam 3b Attached pillar 4a Hook ceiling 4b Wall socket 5a Hook ceiling fixture 5b Wall socket fixture 6 Indoor construction material 7 Partition body 8 Hollow 9 Groove

Claims (5)

  A wiring space extending in the longitudinal direction is formed in the indoor construction material provided in the room, and a partition body is suspended from the indoor construction material provided on the ceiling among the indoor construction materials, and the partition body is provided along the surface of the partition body. A slidable outlet is attached, and one of the indoor construction materials has a fitting attached to a power supply terminal provided in the room, and the wiring space and the wiring space connected to the outlet are connected to the outlet. An indoor wiring device in which wirings housed and wired are connected inside the partition body.   As an indoor construction material, it has a surrounding edge material provided around the ceiling and an attachment beam provided on the ceiling surface and connected to the surrounding edge material, and the attachment beam has a hook sealing fixture that can slide in the longitudinal direction. 2. The indoor wiring apparatus according to claim 1, wherein the wiring continuously provided from the hook sealing fixture is housed and wired in the wiring space and the partition and connected to the outlet.   As an indoor construction material, it has a surrounding edge material provided around the ceiling, an attachment beam provided on the ceiling surface and connected to the surrounding edge material, and an attachment column provided on the wall surface and connected to the surrounding edge material. It has a mounting tool for a wall outlet that can slide in a direction, and the wiring continuously provided from the mounting tool for the wall outlet is stored and wired in the wiring space and the partition body and connected to the outlet. The indoor wiring apparatus according to claim 1.   The indoor wiring device according to any one of claims 1 to 3, wherein the indoor construction material is formed so as to be hollow inside, and the hollow portion serves as a wiring space.   The indoor wiring device according to any one of claims 1 to 4, wherein a concave groove exposed in the room is formed in the indoor construction material in a longitudinal direction, and the concave groove becomes a wiring space.

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