JPH0320416Y2 - - Google Patents

Description

[Detailed description of the invention] [Industrial field of application] The present invention is a device for attaching wall panels along the front or rear surfaces of a plurality of pillars that are erected from a ground rail installed on the indoor floor, etc. It is related to the structure of

[Conventional technology]

Generally, there are architectural manufacturing errors in the height of a room, and taking this into consideration, the vertical length of wall panels that are manufactured in advance is usually shorter than the height from the ceiling to the floor.

In such cases, a baseboard is usually provided between the floor and the lower end of the sectional wall panel that partitions the room to close the gap.

If an electric cord is placed in this gap and an outlet is provided that opens outside the baseboard, the electric cord will not be exposed and the number of power sources connected to the room can be increased.

As a prior art of such a device, for example, in Japanese Utility Model Application Publication No. 59-85812, an outlet is attached to a column supporting the lower end of a wall panel, while a wiring space is formed on both sides of the column, and a space for the outlet is formed on both sides of the column. A device is disclosed in which a baseboard is attached with an opening that allows the front surface to be exposed to the outside.

[Problem that the invention attempts to solve]

In the prior art, each of the pair of pillars supporting the lower end of the wall panel is provided with an adjuster at its lower end that contacts the floor surface, and both pillars are connected to a pair of upper and lower U-shaped horizontal bars extending along the frontage direction of the wall panel. On the other hand, each pillar is connected with an outlet, and the baseboards disposed on both the front and rear sides of the pillars have their lower ends rotatably pivoted to the lower horizontal beams.

Therefore, when the height of the support column is adjusted using the adjuster, it will be created between the floor surface and the lower edge of the baseboard.
The soundproofing effect of the partition cannot be expected.

In addition, since the baseboard is pre-drilled with an opening hole for the outlet, in places where there is no need to install an outlet, another baseboard without the opening hole must be prepared. There is also the problem of increasing the number of types of trees.

[Means for solving problems]

Therefore, in this invention, on a ground rail with an upward U-shaped cross section that is placed on the floor, vertically adjustable columns are erected at appropriate intervals on the left and right via adjusters at the lower ends of the columns, and the columns are connected. Horizontal bars with a downward U-shaped cross section are arranged above the ground rail in parallel with an appropriate gap, and a baseboard is formed in an inverted L shape to close the gap on the side surface between the horizontal bars and the ground rail. The baseboard is attached to the horizontal rail and the ground rail so that the upper horizontal part of the baseboard supports the lower edge of the wall panel. A mounting bracket for an outlet connected to a wiring cord to be installed is fixed to the base rail, and a notch in which the mounting bracket for the outlet fits is formed on the side surface of the ground rail, and a notch in which the mounting bracket for the outlet fits is formed on the side surface of the baseboard. A cut line is provided so that the part corresponding to the part can be easily removed.

[Operations and effects of the present invention]

According to the present invention, the ground rail placed on the floor has an upwardly facing U-shaped cross section, while the horizontal rail that connects the columns has a downwardly facing U-shaped cross section, and the horizontal rail and the ground rail are connected to each other. Since the side gaps are closed with baseboards, even if the vertical width of the gap between the horizontal rail and the ground rail, whose height changes due to the adjuster at the bottom end of the support in the ground rail, changes, the gap between the ground rail and the floor surface is always blocked. Therefore, the soundproofing effect will not deteriorate.

Since the lower end edge of the wall panel is supported by the upper horizontal part of the baseboard having an inverted L-shaped cross section, the height position of the lower end edge of the wall panel can be easily set. Since the gap space inside the horizontal rail and the ground rail is larger than the gap on the side, a large number of wiring cords can be placed inside.

The mounting hardware for the outlet is pre-installed on the back side of the baseboard, making it easy to install the outlet.

A cut line is provided so that the part of the baseboard corresponding to the front part of the outlet that is attached to the mounting bracket can be easily removed, so when installing the outlet, simply remove that part along the cut line. While this will allow the front of the outlet to be exposed to the outside, if you are not installing an outlet, leave the part along the cut line as it is so that there will not be a large hole in the side of the baseboard. , you only need to prepare one type of baseboard.

By forming a notch on the side of the ground rail into which the mounting bracket fits, even if the gap between the sides of the horizontal rail and the ground rail is made small, there will still be enough space to install a large outlet. Can be secured.

〔Example〕

Next, to explain an embodiment, there is a space between a ceiling rail (not shown) with a downward U-shaped cross section arranged on the ceiling of the room and a rail 1 with an upward U-shaped cross section arranged on the floor 2. The legs 4, 4 each having a hollow rectangular cross section are fitted into the lower ends of the pillars 3, 3, which are spaced apart and have a hollow rectangular cross section. An adjuster 5, which can be rotated and adjusted vertically using a tool such as a screwdriver, is attached by screwing together.

Flatkets 6, 6, which protrude horizontally from the outer surface of each leg 4 in the longitudinal direction of the ground rail 3, fix the left and right ends of the horizontal bar 7, which has a downward U-shaped cross section.

Reference numerals 8 and 8 indicate wall panels stretched along the front and rear surfaces of the pillars 3, and each wall panel 8 has a core material 9 with excellent fire resistance and soundproofing properties, such as gypsum board, stretched on the back surface. The surface plate 10 is bent inward to have a flat rectangular cross section.

The baseboard 11 has an inverted L-shaped cross section and is installed along the side surfaces of the ground rail 1 and the horizontal crosspiece 7, and is located at the upper horizontal part 12 of the baseboard 11.
The lower edge of the wall panel 8 is supported on the upper surface. A plate-shaped mounting bracket 13 for an outlet 14 as shown in FIG. 3 is fixed to the back side of the baseboard 11 by spot welding or the like.
A threaded portion 15 for screwing in a pair of right and left bolts is formed in a bulging manner, and a support plate 16 that supports the front side of the outlet 14 is attached using screws (not shown).

The mounting bracket 13 also includes an outlet 14.
A rectangular opening hole 17 into which the front surface of the baseboard 11 can be inserted is bored, and a discontinuous cut line 1 is formed in the baseboard 11 so as to surround an area that substantially coincides with the opening hole 17.
8 (see the dashed line in FIG. 3), and is constructed so that it can be easily removed by pressing the inside from the outside.

On the side of the ground rail 1, as shown in Fig. 1,
Stepped notch recesses 19 are provided in the baseboard 11 into which the left and right side edges and the lower end edge of the mounting bracket 13 can be inserted, and following the notch recesses 19 there are provided enlargement holes as shown by the dashed line. A score line 20 is formed in advance.

According to this configuration, as shown in FIG. 1, the legs 4, 4 with the supports 3 are inserted into the ground rail 1 at appropriate intervals along its longitudinal direction, and the height is adjusted by the adjuster 5. While the support column 3 is erected, a horizontal beam 7 is placed on the upper surface of the brackets 6, 6 at opposite locations on the left and right legs 4, 4, and fixed with screws 21, 21.

In this state, a substantially horizontal horizontally long gap is formed between the ground rail 1 and the horizontal crosspiece 7. While arranging the wiring cord 22 as necessary in this gap, tap the front surface of the opening 17 of the 13 mounting fittings in any baseboard 11 to which the outlet 14 connected to the wiring cord 22 is to be attached. For example, a large hole can be opened along the score line 18. Therefore, the outlet 14 is inserted from the back side of the 13 mounting fittings at that location and screwed.

Next, if the baseboard 11 is screwed to a predetermined height position on the side surface of the horizontal crosspiece 7 with tatsupin screws 23, etc., and then screwed to the side surface of the ground rail 1 with tatsupin screws 23, etc., then the horizontal crosspiece 7 and the ground rail 1 can be firmly connected without any gaps, and the lower end edge of the wall panel 8 can also be supported on the upper end horizontal part 12 of the baseboard 11.

The side gap size between the horizontal beam 7 and the ground rail 1 is changed by adjusting the adjuster 5 at the lower end of the column 3,
If the gap size is small and the lower edge of the mounting bracket 13 on the back side of the baseboard 11 can be caught in the notch recess 19 in the base rail 1, if the cut line 20 following the notch recess 19 is removed, You won't have to worry about it anymore.

In addition, since the 18 cut lines on the side surface of the baseboard 11 are left as they are at the locations where the outlet 14 is not attached, the interior of the ground rail 1 is not visible and the exterior is beautiful.

[Brief explanation of the drawing]

Figure 1 is a perspective view of each member of the present invention, Figure 2 is a sectional view of the installed state, Figure 3 is a perspective view of the back of the baseboard,
FIG. 4 is a side view taken along the - line in FIG. 3. 1... Ground rail, 2... Floor, 3... Support, 4
... Leg body, 5 ... Adjuster, 6, 6 ... Bracket, 7 ... Horizontal beam, 8 ... Wall panel, 11 ...
Baseboard, 12...Top horizontal part, 13...Mounting bracket, 14...Outlet, 16...Support plate, 17
... opening, 18, 20 ... cut line, 19 ... notch recess, 21 ... screw, 22 ... wiring code.

Claims (1)

[Scope of utility model registration request] A ground rail with an upward U-shaped cross section that is placed on the floor has vertically adjustable columns that are vertically adjustable at appropriate intervals on the left and right via adjusters at the bottom ends of the columns, and these columns are connected to a downward U-shaped cross section. The horizontal rails are arranged approximately parallel to each other with an appropriate gap above the ground rail, and a baseboard that closes the gap between the sidewalls and the ground rail is formed into an inverted L shape, and the upper end of the baseboard is horizontal. A baseboard is attached to the horizontal rail and the ground rail so as to support the lower edge of the wall panel at the bottom edge of the wall panel, and wiring is installed on the back side of the baseboard along the gap between the base rail and the horizontal rail. A mounting bracket for an outlet connected to the cord is fixed, and a notch is formed on the side surface of the ground rail into which the mounting bracket for the outlet fits, while a portion corresponding to the front surface of the outlet is formed on the side surface of the baseboard. A wall panel device with cut lines so that it can be easily removed.