JPS59675B2 - anti-slip for buildings - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for attaching a flexible stair cleat to a corner of a stairway.

Regarding stairs where anti-slip is attached to the corner of the tip,
When we look into the types of stairs and their actual nature, we find that there are wooden stairs, which are often used in ordinary homes, concrete stairs, which are widely used in buildings and station buildings, and evacuation stairs of buildings or external stairs. There are steel stairs that are used as stairs, and these stairs also have their purpose of use,
Depending on the frequency of use, the finished surface varied widely, including those with mortar as is, those with plastic tiles pasted, and those with carpet or carpet.

Depending on the type and finishing condition of the stairs, there are two methods of installing anti-slip devices, which are attached to the corners of the stairs: directly fixing them using fasteners such as screws, and applying adhesive to the stairs. Adhesion methods, or an anchor method in which an anchor is provided on the back side of the non-slip material and fixed at the same time as the stairs are formed, have been adopted. When used, there is a drawback that the clasp may lift up due to tread pressure and get caught on footwear, or the anti-slip body may come off relatively easily.
In addition, the construction method using anchors can secure the anti-slip body most strongly, but on the other hand, the installation work is very complicated, and the stairs that can be constructed are limited to concrete stairs.

In addition, fixing with adhesive, which is the most common method for attaching anti-slip devices, is easier to work with than the anchor method described above, but if you apply it directly to the corner of the stairs and adhere the anti-slip body, it will depend on the type of stairs. The amount of adhesive applied must be changed depending on the situation, the adhesive surface must be uniformly finished, and the adhesive must be selected to be suitable for use on stairs or for non-slip surfaces, which requires a high level of skill from the operator.

Furthermore, when replacing the anti-slip, in the case of wooden or concrete stairs, parts of the stairs may be damaged or adhesive residue may remain, requiring a large amount of money and time to repair.

The present invention has been made in view of the above-mentioned problems.A one-phase thin plate-like mounting board is attached to the corner of the stairs on which the non-slip body is fixed, and then the non-slip body is fixed, and the mounting board and the non-slip body are each A method for installing flexible stair anti-slips that uses adhesive tape to finish the mounting surface of the anti-slip body uniformly and smoothly, and that also allows for quick and easy installation of the anti-slip body. It provides:

To explain the present invention with reference to the drawings, FIG. 1 shows a non-slip body A that is attached to a staircase using a mounting board to be described later, and this non-slip body A is made entirely of soft vinyl chloride resin or polyethylene resin. A substantially flat main body portion 1 made of a flexible soft synthetic resin material such as the like, and having a large number of uneven stripes 2 for anti-slip effect on the upper surface, and a substantially flat front fixing portion 3; These main body part 1 and front fixing part 3
are connected together, the upper surface is an arc-shaped bulging surface 4, and the lower part is a void 5.
The connecting portion 6 is formed by the connecting portion 6.

Adhesive tape 10 is attached to the bottom surface of this anti-slip body A.
is pasted.

FIG. 2 shows a mounting board B to be mounted on a corner of a staircase, and the entire mounting board B is formed into a flat plate from a thin plate material having rigidity and plasticity, such as a metal plate such as steel, aluminum, or stainless steel. Flat plate portion 7 formed on the rear side in the width direction
, a locking front portion 9 formed on the front side in the width direction, and a guide strip 8 that connects the flat plate portion 7 and the locking front portion 9 integrally and in the longitudinal direction and serves as a guide for bending. An adhesive tape 10 is attached to the back surface of the mounting board B, that is, to the flat plate portion 7 and the locking front portion 9.

A method for attaching the above-mentioned anti-slip body A to a corner of a staircase using a mounting board B will be described in detail below.

As shown in FIG. 3, the mounting board B is bent from the guide strip 8 to match the corner of the stairs C to form an abbreviated shape as a whole.

This bent flat plate part 7 of the mounting board B is adhered and fixed to the tread 11 of the stairs C with adhesive tape 10, and then the locking front edge 9
is attached and fixed to the riser surface 12 of the stairs C with adhesive tape 10, and this mounting board B is attached to the tread surface 11 and riser surface 12.
The flat plate portion 7 and the locking front edge 9 form a smooth mounting surface.

Once the mounting board B is attached to the corner of the stairs C in this way, the anti-slip body A shown in FIG. 1 to the flat plate part 7, and the front fixing part 3 to the locking front part 9 by adhesive tape 10.

In order to attach and fix a flexible anti-slip body to a corner of a staircase as described above, the present invention provides a guide strip between a flat plate part made of a thin plate having rigidity and plasticity such as a metal plate and a locking front part. The mounting board formed through the board is bent into an abbreviated shape and fixed to the stairs using adhesive tape attached to at least the back side of the flat plate part, and the adhesive tape is used on the smooth surface of the front side of the mounting board. This method uses a mounting method that fixes the non-slip body by using a hand, so that the non-slip mounting surface of the stairs is always kept smooth and can be finished uniformly. Because it is fixed using an adhesive method using adhesive tape, no special jigs or tools are required for installation, and it is easy to install without requiring skilled adhesive techniques, and there is no need to wait during the process. Therefore, the work can be continued continuously, and the work of installing the anti-slip can be done very quickly and easily.

[Brief explanation of drawings]

Figure 1 is a sectional view of the anti-slip body, Figure 2 is a sectional view of the mounting board, Figure 3 is a sectional view showing how to attach the mounting board, and Figure 4 is a sectional view of the mounting board.
The figure is a cross-sectional view showing a method of attaching the anti-slip body, and FIG. 5 is a cross-sectional view showing a state in which the anti-slip body is attached to a plate using the attachment method of the present invention. A: Anti-slip body, B: Mounting board, C: Stairs, 1: Main body, 3:
...Front fixing part, 7...Flat plate part, 8...
...Guide strip, 9...Locking front part, 10...
・Adhesive tape.

Claims (1)

[Claims] 1. A flat plate part formed of a thin plate material with rigidity and plasticity such as a metal plate, and formed on the rear side in the width direction, a locking front part formed on the front side in the width direction, and these flat plate parts A mounting board that is integrally connected to the locking front part to form a guide strip that serves as a guide for bending is bent into an abbreviated shape using the guide strip, and an adhesive tape is affixed to at least the back side of the flat plate part. A flexible anti-slip device for stairs is fixed to the corner of the staircase with adhesive, and a flexible anti-slip body is fixed to the smooth surface of the mounting board using adhesive tape. Method.