JPS60212559A - Wiring floor material - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention is applicable to electric wires used in various business establishments, offices, general residences, etc. It is used in this field to route telephone lines inside floorboards.

Conventional technology In business offices, offices, etc., electric wires. When wiring telephone lines, it is common to extend the cord from an outlet on the wall and run it across the floor.
When centralized wiring is required to the central part of an office, a large number of electric wires and telephone lines must be fixed along the floor, wall, or ceiling and pulled out to a designated location. Therefore, there are many electric wires, especially on the floor. Not only are the telephone wires stretched out in a disorderly manner, which is very unsightly to look at, but the wires can also be snagged and cut, and the wires must be installed by nailing them into place, which requires a lot of work. In addition, problems were pointed out, such as the floor being damaged and not desirable from a disaster prevention perspective.

OBJECTS OF THE INVENTION The present invention has been made to address these conventional problems.The first purpose is to freely connect cords such as electric wires and telephone lines on the floor without exposing them to the outside. place. The second purpose is to provide a wiring flooring material that allows wiring to be wired to certain locations, and the second purpose is to provide wiring that can be easily wired without using any nails or fasteners to secure cords such as electric wires. The purpose is to provide flooring materials. Another objective is that when laying a new floor, it can be easily and quickly installed to the desired area on an existing floor, and it is also possible to install wiring in an embedded manner at the same time as laying the floor. Our goal is to provide wiring flooring materials that can be used.

Structure In order to achieve such an object, in the present invention, a hollow hole for burying a cord such as an electric wire is integrally formed inside the thickness of the laminated flooring material parallel to the board surface, and a hollow hole for burying a cord such as an electric wire is integrally formed inside the thickness of the flooring material. Connecting ports for the hollow holes are provided on the end faces so that they communicate with each other during joining, and a cord introduction port for the hollow holes is provided on the plate surface of the flooring material.

The cord embedding hollow hole is integrally formed by embedding the tube body.

The flooring material 1 of the embodiment is made of a hard resin such as urethane or styrene and has a constant thickness t and width W, and a hollow hole 2.3 for embedding a cord such as an electric wire or telephone line is integrally formed inside the thickness. Form. Figures fa1 and fa2 show the case where the hollow holes 2.3 are provided perpendicularly to the length direction and the width direction. Hollow hole 2
．． 3, a cord introduction port 4 is formed so as to open on the board surface of the flooring material 1. The connecting ports 2a and 3a of the hollow holes 2.3 are connected to the side end faces of the flooring 1 that will be the joints so that they communicate with each other during joining.

The hollow hole 2.3 may be a tunnel-type hollow hole, or a tube body 5.6 may be embedded therein during flooring formation.

A cap 7 is removably fitted into a cord introduction port 4 opened on the board surface of the flooring 1. A cord insertion part 7a can be opened in the center of the top plate of the cap 7.

The upper part of the board surface of the flooring material 1 may be left as is, but if necessary, carpeting or decorative springs/L/8 or the like may be provided or it may be made possible to provide such material.

When the flooring materials 1 are laid on a surface such as a concrete floor 9 so as to be arranged vertically and horizontally, the respective hollow holes 2.3 are connected to each other at the joints by the joints of the connecting ports 2a and 3a.

In offices, etc., cords such as electric wires drawn out from the power source are placed at the bottom of the wall or in the center of the office floor. .3, the cord can be pulled out to the desired position without exposing the cord on the floor or wall, allowing wiring to be done as desired.

Effects of the Invention As explained above, the present invention integrally forms a hollow hole for burying a cord such as an electric wire inside the thickness of the laminated flooring material parallel to the board surface, and also connects it to the side end surface that becomes the joint part of the flooring material. The connecting ports of the hollow holes are opened so as to communicate with each other, and the cord introduction port to the hollow holes is provided on the board surface of the flooring material. Cords such as electric wires that were previously exposed on the floor or walls can be embedded into hollow holes within the thickness of the flooring material, allowing them to be freely pulled out from where they are needed. Since the wiring can be done in an orderly manner and no cords are exposed to the outside, accidents such as tripping over the cords or stepping on them can be completely avoided, thus improving safety in terms of disaster prevention. However, it is possible to provide this type of wiring flooring material that is inexpensive and highly practical.

[Brief explanation of drawings]

FIG. 4 is a perspective view of a wiring floor material showing an embodiment of the present invention;
The figure is a plan view of the joint, and Figure 3 is a front view of the same, with a portion showing a cross section. FIG. 4 is an enlarged plan view of the cord introduction port, FIG. 5 is a longitudinal sectional view thereof, FIG. 6 is a plan view of the cap of the cord introduction port, and FIG. 7 is an enlarged sectional view of the flooring attachment portion. 1... Floor material 2.3... Hollow hole 4... Cord introduction port 5.6... Pipe body 7... Applicant Kubo 5-11-J? ! 9jnj

Claims (1)

[Scope of Claims] a) Hollow holes for embedding cords such as electric wires are integrally formed within the thickness of the laminated flooring material in parallel with the board surface, and are connected to each other at the time of joining on the side end surfaces that will be the joints of the flooring materials. A wiring flooring material, characterized in that the connection port of the hollow hole is recessed so as to fit, and the cord introduction port to the hollow hole is provided on the board surface of the flooring material. C) A patent characterized in that the hollow hole for embedding the cord is integrally formed by embedding the pipe body.