JPS631707Y2 - - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a baseboard whose height can be arbitrarily adjusted. In particular, the present invention relates to a skirting board that can be easily attached to the lower surface of a wall using panels in contact with the wall.

Generally, the height of the baseboard varies depending on the size of the room. Traditional baseboards are made of a single piece of wood, so it was necessary to prepare several types of baseboards with different heights depending on the size of the room. Further, when installing the baseboard, if the floor surface is not parallel to the wall panel, a gap will be created between the lower end of the baseboard and the floor surface, resulting in an extremely unsightly appearance. Furthermore, if the lower end of the baseboard was brought into close contact with the floor surface in order to eliminate this gap, the upper end of the baseboard would no longer be horizontal, which would impede the installation of the wall panel.

This idea was proposed to solve the above-mentioned conventional drawbacks, and the height of the skirting board can be easily adjusted even if the floor surface and the lower surface of the wall are not parallel, and the height of the baseboard can be easily adjusted. Our aim is to provide superior skirting boards.

The baseboard according to this invention consists of an upper part of the baseboard and a lower part of the baseboard, which are made by shifting the elongated boards in the width direction and overlapping them. The bottom side of the baseboard is provided with a mounting piece having an L-shaped cross section, the back side of the board serves as a sliding surface, the lower part of the baseboard is provided with a floor abutting piece in which the lower edge of the elongated board is bent to the back side, and the upper edge of the elongated board A mounting piece having an L-shaped cross section is provided on the substrate, and the surface of the substrate is used as a sliding surface.

According to the baseboard according to this invention, the height of the baseboard can be freely adjusted as necessary by shifting the upper part of the baseboard appropriately in the vertical direction and installing it, so there is only one type of baseboard. Baseboards can be used freely for rooms of different sizes. In addition, even if the floor surface and the lower surface of the wall are not parallel to each other, the lower part of the baseboard can be installed with its lower end in close contact with the floor surface.
The upper part of the baseboard can be brought into contact with the lower surface of the wall in a horizontal manner, so that there is no problem when installing the wall panel, and the gap between the lower end of the baseboard and the floor can be eliminated very easily.

Hereinafter, this invention will be explained with reference to an embodiment shown in FIG.
is the baseboard according to this idea.

The wall 1 is composed of a ceiling rail 3, a floor rail 4, a support 5, a baseboard core material 6, and a wall panel 7.

The ceiling rail 3 is made of a metal profile, and grooves 8, 8, into which the upper ends of the wall panels 7, 7 can be inserted, are continuously formed in the longitudinal direction of the ceiling rail 3 at both left and right edges thereof. ing. The floor rail 4 is made of a metal profile, and has a substantially groove-shaped cross section into which a baseboard core material 6 can be inserted. The column 5 has noncombustible materials 9, 9 made of asbestos foam or the like continuously fixed in the vertical direction of the column 5 on both left and right sides of a column main body made of a metal profile. The baseboard core material 6 is made of a noncombustible material such as calcium silicate, has a substantially rectangular cross section, and is attached to the floor rail 4 by inserting its lower end into a recessed portion of the floor rail 4.

The wall panel 7 is formed by attaching a noncombustible material such as a metal plate to the surface of a core material such as a gypsum board, and grooves 10, 10 are provided at the left and right edges of the wall panel 7.
are formed continuously in the vertical direction of the wall panel 7. The wall panel 7 thus formed has its left and right edges abutted on the sides of the pillars 5, 5,
Adjacent wall panels 7, whose upper ends are inserted into the grooves 8 of the ceiling rail 3 and whose lower ends are brought into contact with the contact surface of the upper part of the baseboard of the baseboard 2, using joint pressers 11, 11;
Connecting 7 comrades. The joint presser 11 is made of a metal profile and has a substantially groove-like cross section, and its open ends 11a, 11a are inserted into the grooves 10, 10 of the adjacent wall panels 7, 7, and the joint presser 11 is made of a metal profile. The joint presser 11 is installed at the joint portion, and is fixed to the support column 5 from the back thereof with a set screw 12. Furthermore, a decorative joint 13 made of a noncombustible material and having a substantially groove-shaped cross section is attached to the joint portions of the wall panels 7, 7 by inserting its open ends 13a, 13a into the grooves 10, 10.

The baseboard 2 of the present invention is composed of an upper baseboard 15 and a lower baseboard 14, which are mainly composed of elongated substrates that can be overlapped by being shifted in the width direction.

The baseboard upper part 15 is made of a metal profile having a mounting piece 17 having a lower end abutting surface 18 of the wall panel 7 having an L-shaped cross section on the upper edge of the elongated board, and the elongated board is attached parallel to the wall. The back side is the surface that slides against the elongated board at the bottom of the baseboard.

The lower part of the skirting board 14 is made of a metal profile with a mounting piece 16 having an L-shaped cross section on the upper edge of the elongated board, and a floor abutting piece bent from the lower edge of the board, and has a horizontally continuous cross section. It is formed in a groove shape, and the surface of the board serves as a sliding surface for the elongated board at the top of the baseboard.

The lower end of the baseboard 14 is brought into close contact with the floor surface, and the mounting pieces 16 are fixedly attached to the wall surface of the baseboard core material 6 with the setscrews 12, and the upper baseboard 15 is attached to the baseboard by its sliding surface. The baseboard 2 is attached by overlapping the surface on the sliding surface of the baseboard lower part 14, and screwing the setscrews 12 into the baseboard core material 6 from behind the mounting piece 16 to fix it to the wall surface. When adjusting the height of baseboard 2, use the upper part of baseboard 1.
When installing baseboard 5, shift it vertically to determine the height of baseboard 2, and then fix it with screws. In addition, if the floor surface and the lower surface of the wall are not parallel, the lower baseboard 1
The lower end of the baseboard 4 is brought into close contact with the floor surface and fixed with screws, and then the baseboard upper part 15 is fixed horizontally with screws. In this case, even if the heights of the left and right ends of the lower baseboard 14 are different, the upper baseboard 15 can be installed horizontally, so the installation of the wall panel 7 will not be troublesome.

As described above, according to this invention, the height of the baseboard can be adjusted freely by sliding it as necessary and then fixed, so one type of baseboard can be used freely for rooms of different sizes. Furthermore, even if the floor surface and the lower surface of the wall panel are not parallel, this can be adjusted extremely easily. Further, problems such as a gap forming between the lower end of the baseboard and the floor surface, which makes the appearance unsightly, do not occur. Furthermore, since the baseboard of this invention is a recessed baseboard, there is no possibility of dust accumulating at the upper end of the baseboard.

[Brief explanation of the drawing]

Fig. 1 is an exploded perspective view showing an embodiment of this invention, showing the structure of a wall and a baseboard, and Fig. 2 is a perspective view showing a conventional example, also showing the structure of a wall and a baseboard. . 1... Wall, 2... Skirting board, 3... Ceiling rail,
4...floor rail, 5...post, 6...skirting core material,
7... Wall panel, 8... Groove, 9... Noncombustible material, 1
0... Groove, 11... Joint presser, 11a... Open end, 12... Set screw, 13... Decorative joint, 13
a... Opening end, 14... Lower baseboard, 15... Upper baseboard, 16, 17... Mounting piece, 18... Contact surface.

Claims (1)

[Scope of utility model registration request] It consists of an upper baseboard and a lower baseboard with elongated boards shifted in the width direction and overlapped, and the upper part of the baseboard has an L-shaped cross section with the lower end contact surface of the wall panel on the upper edge of the elongated board. The lower side of the baseboard is provided with a floor abutting piece with the lower edge of the elongated board bent toward the back surface, and the upper edge of the elongated board is provided with a mounting piece having an L-shaped cross section. A baseboard comprising: the substrate surface serving as a sliding surface.