JPS6115651B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a floor material wiring system with a built-in conductor, and more particularly to a method of wiring an electric conductor for transmitting power, signals, etc. in a building or the like by incorporating it in the floor material.

Conventionally, most of the wiring work for power and signal lines in buildings and buildings with steel structures, such as offices, has been done using piping and floor ducts. When constructing concrete floors in buildings, offices, etc., this was done by burying wiring pipes in advance and then performing concrete work, or by preparing ducts for wiring in advance before concrete work was done. . Therefore, after the concrete work is finished with flooring materials such as P tiles, it is impossible to change the wiring route, and there are inconveniences such as the inability to freely select the position where the wiring is drawn out. It was a lot.

The purpose of the present invention is to incorporate a conductive thin plate made of various electrically conductive metals into the flooring material so that small electric devices, electronic devices, telephones, etc. can be connected by simply installing an outlet box from any position on the floor. The object of the present invention is to provide a wiring system using a floor material with built-in cables that can be used freely.

In order to achieve this objective, the wiring method for flooring with built-in conductors according to the present invention uses a plurality of metal conductor plates arranged at predetermined intervals, and the flooring with built-in conductors for wiring is used as a regular flooring material (such as P tile). Similarly, an outlet unit is installed at a desired position on the floor material with a built-in conductor for wiring, and the outlet unit has a probe, and the probe consists of an insulating part and a conductor contact part, both of which are connected with screws. The probe is configured to be able to adjust its length, and by electrically connecting the probe to a desired metal conductor plate built in the floor material with built-in conductors for wiring, the metal conductor plate is connected to electricity such as power supply, signal, etc. When the probe is not used, the conductor contact portion is left as is and the surface of the floor is finished.

Embodiments of the floor material wiring system with built-in conductors according to the present invention will be described in detail below with reference to the drawings.

Figure 1 shows the appearance of the wiring system using flooring with built-in conductors. As shown in the figure, flooring with built-in conductors 1
By installing a power outlet unit 3 together with a flooring material 2 such as a P tile and installing an outlet unit 3 at any location on the flooring material 1 with built-in conductors, telephones and other small electric devices can be used.

Figure 2 shows the structure of the floor material with built-in conductors. In the figure, the marker plate 11 is made of a vinyl finishing material, and the ground plate 12 is made of a metal plate or foil, which provides mechanical strength and has a shielding effect. Conductors and insulators are stored inside. The side plate 13 is made of vinyl finishing material. Furthermore, the insulating plates 14, 16, and 18 are made of vinyl-based materials, and the conductors 15 and 17 are made of JIS C3102-based materials. They are arranged at predetermined intervals. The finishing plate 19 is made of vinyl finishing material. conductors 15 and 1
For example, 7 is used as one conductor plate on the power neutral wire side (ground side) and the other one as the power phase side (power side), but when used as a communication line, two sheets are used as a set. use.

As shown in FIG. 2, this wiring flooring material has a built-in metal conductor plate and is installed in the same way as a normal flooring material (P tile, etc.). This metal conductor plate is used as an electrical conductor to make electrical connections for power supply, communication, etc. with each device.
This eliminates the need to replace the flooring with built-in wiring conductors no matter what type of communication signal equipment is added.
It should be possible to cover it with one sheet of flooring material.

Next, the outlet unit consists of an outlet part 21 and a base part 22, as shown in FIG.
3, has a marker 24 and a waterproof cover 25, and the base part 22 has a base 26 and a probe 2.
7. In the example in Figure 3, base 2
By attaching four probes 27 to the 6 at predetermined pitches corresponding to the spacing of the conductors in the flooring, two of each are electrically connected to the conductors in the flooring, and electricity such as power supply and signals is detected. connection can be made. Therefore, the distance and length of the probe to the conductor are adjusted in advance in order to make an electrical connection.

As shown in FIG. 4, the probe consists of an insulating part 27a and a conductor contact part 27b, which are connected with a screw as shown in the figure so that their length can be adjusted. In FIG. 4, 31 indicates a finishing material, 32 a conductor, and 33 a washer.
The probe has a screw-fastened structure as shown in Figure 4, so if the base part and outlet unit are removed, the conductor contact part 27b of the probe can be left as is and the surface of the buried bed can be repaired and finished. Therefore, there is no risk of electrical leakage.

In Figure 3, the outlet unit is JIS
It satisfies the Standard Electrical Appliance and Material Control Regulations. In addition, the telephone plug is certified as a standard product by the Electricity and Telecommunications Public Corporation.
3C-015-2 or other outlets, power outlets, etc. can be installed. When storing and transporting flooring materials, it is possible to roll them up in the form of fixed-length plates or long ones. In addition, the outlet section is constructed using a packing material similar to a waterproof outlet.

As is clear from the above detailed explanation, according to the present invention, by simply installing flooring and installing an outlet unit from any location on the floor, power and signal electricity can be supplied to small electrical devices, telephones, etc. It can be used for wiring work in buildings, etc., and its effectiveness is extremely large.

[Brief explanation of the drawing]

Figure 1 is an external view of the wiring system according to the present invention, Figure 2 is a detailed diagram of the floor material with built-in wiring conductors in Figure 1, Figure 3 is a detailed diagram of the outlet unit in Figure 1, and Figure 4 is 4 is a detailed view of the probe in FIG. 3; FIG. In the figure, 1 is a floor material with built-in wiring conductors, 15, 1
7 is a conductor, 23 is an outlet, and 27 is a probe.

Claims (1)

[Claims] 1. A flooring material with built-in wiring conductors arranged in a plurality of metal conductor plates at predetermined intervals is installed in the same way as ordinary flooring material (P tile, etc.), and an outlet is installed at a desired position on the flooring material with built-in wiring conductors. The unit is installed, the outlet unit has a probe, the probe is composed of an insulating part and a conductor contact part, both of which are connected with a screw so that the length thereof can be adjusted, and the probe connects the wiring. By making an electrical connection with a desired metal conductor plate built into the conductor built-in flooring material, electrical connections are made with the metal conductor plate for power, signals, etc., and when the probe is not used, the conductor contact portion A flooring wiring system with built-in conductors that is characterized by leaving the conductor as it is and finishing the floor surface.