JPH0455562A - Floor panel - Google Patents

Abstract

PURPOSE:To facilitate reinsertion of a floor panel by using small triangular pieces in corners of a unit floor body constituted of small triangles and squares, and making it possible to bend the small panels at the corners of the unit body. CONSTITUTION:A floor panel 6 is so constituted that a flexible finish flooring 4 is fixed to the surface of a unit floor body 3 constituted of small square panel pieces 2 and small triangular panel pieces 2a. The small panel pieces 2a are formed in the shape of a plan viewed triangle, and openings 7 are made among legs 1 of corners to form. The small panel pieces are used at positions of the corners of the unit floor body 3. The small panel pieces 2a in the corners are capable of bending in the corners of the unit floor body 3 against adjacent small panel pieces 2. According to the constitution, even if there is unflatness in a slab, the corners among the small panel pieces 2 are capable of bending, and the unflatness can be absorbed.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Field of Application 1] The present invention relates to a floor panel, particularly a floor panel used for floors in offices and the like.

] Jubei's technology] Traditionally used as office floor panels
No. 2-18175, Japanese Patent Publication No. 2-18175, etc. are known. In each of these floor panels 6', the 10th
As shown in FIG. 11, the small panel piece 2' had a rectangular shape in plan view. The floor panel 6' having the above structure was constructed by being placed on a slab.

[Problem to be Solved by the Invention 1] However, although the floor panel 6' is constructed by laying it on top of the slab as described above, it is necessary to remove the floor panel 6' for wiring as shown in Fig. 10. When putting back the floor panel 6' that was removed after wiring, the small panel pieces 2' that are rectangular in plan view are located at the four corners of the floor panel 6', and the four corners are right angles, so the corners are turned into slabs. It hits the surrounding floor panel 6' of the fitting part being laid and is difficult to fit. In addition, since the small panel pieces 2', which are rectangular in plan view and have legs s1' at the four corners, are located, the small panel pieces at the four corners of the floor panel 6' are supported by the four legs on the slab at four points. However, if the slab is uneven and uneven, there is a problem that it is supported at three points, making it difficult to adjust to the unevenness.

The present invention was invented in view of the above-mentioned problems of the conventional example, and its purpose is to enable the floor panel to be easily fitted when it is removed and fitted again;
The aim is to provide a floor panel that can reliably absorb the unevenness of the slab.

[Measures for solving the problem] In order to achieve the above object, the floor panel of the present invention comprises a unit floor main body 3 by arranging a plurality of small panel pieces 2 having legs 1 at the corners. , a floor panel 6 in which a flexible floor finishing material 4 is attached to the surface of the unit floor body 3,
Small panel piece 2 located at least at the corner of the unit floor body 3
A has a triangular shape in plan view, and the triangular small panel piece 2a located at the corner can be bent toward the corner side of the unit floor body 3 with respect to the adjacent small panel piece 2.

Further, a unit floor body 3 is constructed by arranging a plurality of small panel pieces 2 having legs s1 at the corners, and a plurality of small panel pieces 2 are arranged side by side to form a unit floor body 3.
A floor panel 6 in which all or a part of the small panel pieces 2 are integrated via a bendable part 5 and a flexible floor finishing material 4 is attached to the surface of the unit floor body 3, and at least the unit The small panel piece 2a located at the corner of the floor body 3 is triangular in plan view, and the triangular small t located at the corner is
The k-flank piece 2a is configured to be able to be bent toward the corner side of the unit floor body 3 with respect to the adjacent small panel piece 2.

[Function 1] Therefore, a floor having flexibility on the surface of the unit floor body 3 constituted by a plurality of separate small panel pieces 2 or a plurality of small panel pieces 2 integrated through a bendable part 5. By attaching the finishing material 4, even if the slab is uneven, the floor panel 6 as a whole can be bent between the small panel pieces 2, and the unevenness can be reduced to C! Also, when the floor panel 6 is fitted, when the floor panel 6 is lifted, at least the small panel pieces 2a located at the corners of the unit floor body 3 are triangular in plan view, and the triangular small pieces located at the corners are Panel piece 2a is attached to the unit floor body 3 against the adjacent small panel piece 2.
Since it can be bent to the corner sII of the unit floor body 3, the corner part of the triangular small panel piece 2 located at the corner is slightly lowered and positioned inside.
The corner part of the floor panel 6 is lowered and positioned on the inner side, so that it can be smoothly fitted into the floor panel 6 without colliding with another floor panel 6 laid on the slab.

L Embodiment] The present invention will be described in detail below based on embodiments shown in the accompanying drawings.

1 to 4 show an embodiment of the present invention.

The small panel piece 2 has a rectangular or triangular shape in plan view, and at each corner of the small panel piece 2 there is a small panel piece 2 extending downward.
The leg part 1 hangs down integrally with the base. That is, when the small panel piece 2 is quadrangular in plan view as shown in FIG. 4, the legs 1 hang down from each of the four corners, and the small panel piece 2
As shown in the figure, in the case of a triangular shape in plan view, each leg 1 hangs down in yaw. The small panel piece 2 is an integrally molded product of synthetic resin, but may be made of metal.

A unit floor main body 3 is constructed by arranging a plurality of small panel pieces 2 having legs 1 at the corners of such a structure. and,
Flexible floor finishing material 4 on the surface of this unit floor body 3
The floor panel 6 is constructed by attaching it by means of adhesive or the like. Here, at least the small panel pieces 2a located at the corners of the unit floor body 3 are triangular in plan view.

The small panel pieces 2 & located in this space can be bent toward the corner of the unit floor body 3 with respect to the adjacent small panel pieces 2. As the floor finishing material 4, a flexible material such as carpet tiles or P tiles is used. Although P tiles are less flexible than carpet tiles, they can still be used because they have some flexibility.

5 and 6 show other embodiments of the present invention.

In this embodiment, when constructing the unit floor body 3 by separating a plurality of small panel pieces 2 having legs 1 at the corners,
All or part of the plurality of small panel pieces 2 are small panel pieces 2
An embodiment in which the two parts are integrated through the bendable part 5 is shown. When the small panel pieces 2 are integrated via the bendable portion 5, it is easier to bend the small panel pieces 2 by providing slits 9 between the side edges of the small panel pieces 2. In the embodiments shown in FIGS. 5 and 6, one unit floor main body 3 is constructed by arranging three integral pieces in which a plurality of small panel pieces 2 are integrated via bendable portions 5. In this embodiment as well, small panel pieces 2a having a triangular shape in plan view are located at the four corners of the unit floor body 3, and a flexible floor finishing material 4 is provided on the surface of the unit floor body 3. It is fixed.

The floor panels 6 shown in each of the above-mentioned embodiments are used by being placed in large numbers on a slab. It communicates with the opening 7 of the small panel piece 2 of the panel 6, and the wires are passed through this! ! There are two parts that make up the floor of the off-ease area where leisure equipment is installed. Here, in the present invention, the floor panel 6 is the surface of a unit floor body 3 in which a plurality of independent small panel pieces 2 are arranged (or some or all of the small panel pieces 2 are integrated via the bendable part 5). surface of unit floor body 3)
Since the flexible floor finishing material 4 is attached to the floor panel 6, the floor panel 6 has flexibility in the portion where the small panel pieces 2 are adjacent to each other, and this makes the slab It absorbs the unevenness caused by unevenness. By the way, after removing the floor panel 6 for wiring work or wiring inspection, etc., when carefully fitting the floor panel 6 again as shown in Fig. 7, when lifting the floor panel 6 to be fitted, at least the unit floor The small panel piece 2a located at the corner of the main body 3 is triangular in plan view, and the triangular small panel piece 2 is located at the corner.
a can be bent toward the corner of the unit floor main body 3 with respect to the adjacent small panel piece 2, so that the corner part of the triangular small panel piece 2 located at the corner is As shown in Figure 7, due to its own weight, it will be slightly lowered and located on the inside, so the corner part of the unit floor body 3 will be lowered and located on the inside, and for this reason, it will be laid on the slab. It can be fitted smoothly without colliding with another floor panel 6 (X section in FIG. 7).

In each of the above embodiments, the unit floor main body 3 is constructed by arranging a rectangular small panel piece 2 and a triangular small panel piece 2 in plan view side by side. As shown in the figure, all the small panel pieces 2 may be triangular in plan view. In this embodiment as well, the small panel pieces 2 may be separate pieces (or, some or all of the plurality of small panel pieces 2 may be formed integrally with the bendable portion 5). It is something.

By the way, when using a small panel piece 2 that is triangular in plan view, the legs 1 are suspended from the three parts, so even if the slab is uneven and uneven, all the legs 1 will be in contact with the ground. (that is, 3 and α are always supported even if there are irregularities),
The three-point stable support prevents the triangular small panel piece 2 from wobbling.

[Effect of the invention 1 As described above, in the invention described in claim 1 of the present invention, a unit floor body is constructed by separating a plurality of small panel pieces having legs at the corners. and a floor panel in which a flexible floor finishing material is attached to the surface of the unit floor body, in which at least the small panel pieces located at the corners of the unit floor body are shaped triangular in plan view, and the corners The structure is such that the triangular small panel piece located at the adjacent small panel piece can be bent toward the corner side of the unit floor body, and the invention according to claim 2 In this case, a unit floor body is constructed by connecting a plurality of small panel pieces having legs at the corners, and all or part of the plurality of small panel pieces are folded through the bendable part. A floor panel that is integrated into a unit floor body and has a flexible floor finishing material attached to the surface of the unit floor body, wherein at least the small panel pieces located at the corners of the unit floor body are shaped triangular in plan view. Since the triangular small panel pieces located at the adjacent small panel pieces can be bent toward the corners of the unit floor body, even if the slab is uneven, the entire floor panel can be folded between the small panel pieces. The space between the panels can be bent to absorb unevenness, and when the floor panel is fitted, when the floor panel is lifted up, the small triangular panel piece located at the partition between the floor panels will absorb its own weight. Since the corner part is slightly lowered and positioned on the inside, it can be fitted smoothly into the slab without bumping into another floor panel installed on the slab. In addition, small panel pieces with legs at the corners and triangular shapes in plan view are located in the corners, so even if the slab is uneven in these areas,
All three legs of the small panel piece are supported at three points, all of which are in contact with the ground, so it can be supported stably.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of an embodiment of the present invention, Fig. 2 is an exploded perspective view of the same, and Figs. FIGS. 4(a), 4(b), and 4(c) are front, side, and back views of a rectangular small panel piece used in the above, and FIG. 5 is a perspective view of another embodiment of the present invention. Fig. 6 is an exploded perspective view of the same as above, Fig. 7 is a perspective view of the floor panel of the present invention when it is fitted in, Fig. 8 is a plan view of another embodiment of the present invention, and Fig. 9 is a lifted perspective view of the same as above. Fig. 10 is a perspective view of the conventional example, and Fig. 11 is an exploded perspective view of the conventional example, in which 1 is a leg, 2 is a small panel piece, 3 is a unit floor body, and 4 is a floor finish. 5 is a bendable part, and 6 is a floor panel. Agent Patent Attorney Mr. Ishi 1) Figure 7 3 (b) ■... Legs

Claims (2)

[Claims] (1) A floor panel in which a unit floor body is constructed by arranging a plurality of small panel pieces each having legs at the corners, and a flexible floor finishing material is attached to the surface of the unit floor body. , at least the small panel pieces located at the corners of the unit floor body are triangular in plan view, and the triangular small panel pieces located at the corners are placed on the corner side of the unit floor body with respect to the adjacent small panel pieces. A floor panel characterized by being bendable. (2) A unit floor body is constructed by arranging a plurality of small panel pieces having legs at the corners, and all or part of the plurality of small panel pieces are integrated through the bendable part. , a floor panel in which a flexible floor finishing material is attached to the surface of a unit floor body, wherein at least a small panel piece located at a corner of the unit floor body is triangular in plan view and located at the corner. A floor panel characterized in that a triangular small panel piece can be bent toward a corner of a unit floor body relative to an adjacent small panel piece.