JPH0316979Y2 - - Google Patents

Description

[Detailed description of the invention] "Industrial application field" This invention relates to a lathboard wall used as a base material for solid walls, etc. installed between pillars of buildings.

``Conventional technology'' Traditionally, the width standard for lath board walls was three feet wide,
On the other hand, the width standard is set to six shaku width, which corresponds to the width between the three and six shaku pillars of Japanese-style architecture. However, since Japanese-style architecture uses the true wall method to represent pillars, the lathboard walls are 3-shaku and 6-shaku wide on both sides, so the pillar width can vary between 3-shaku, 6-shaku, etc. is redundant, so you can't install it unless you cut it out. Also, the ceiling height is set at an arbitrary height of around 8 shaku, but it cannot be installed unless it is cut to match the ceiling height.

Therefore, in order to install it between columns and within the ceiling frame,
The wide, heavy, difficult-to-handle lath board wall was laid flat, the dimensions between the pillars etc. were measured, this was copied, a ruler was used to cut one side with a cutter, the back was turned over, and the back was cut one by one to install.

In this way, it is made to be wide and difficult to carry, and it takes unnecessary effort to cut it off, create garbage, and stain the floor and clothes with the cut pieces. There is also a significant decline in work ability.

``Problems that the invention attempts to solve'' This invention solves the above-mentioned drawbacks, and installs a lath board wall with the width of the pillars cut between each pillar without cutting, and easily installs the width of the pillars between each pillar without cutting. The purpose is to be able to do this.

"Means for solving the problem" (a) Column cut width 2, which is obtained by cutting the width standard of one side of the lath board wall 1 into the column width A, A, such as 3 sun and 5 minutes square from the 3 shaku width of the pillars. , 2 are provided.

(b) On the other hand, the width standards shall be set as 3, 3, 6, 3, 4, 4, 2, 4, 5, 5, 5, 5, 6, 6, etc.

This proposal consists of the above.

``Function'' If the pillars are 3 inches and 5 minutes square, and the ceiling is 8 feet high,
Use the width of the pillar cut width 2, 2, 2 shaku 6 sun 3/4 inch as the width, and the vertical width of 8 shaku, which is the combination of the random 6 shaku width 3, 3 and the random 2 shaku width 5, 5, and attach it without cutting. .

If the pillars are 4 inches square and the ceiling height is 7 feet and 5 inches,
The width is 2 shaku 5 sun 8 minutes of the pillar cut width 2, 2, and the vertical width is 7 shaku 5 sun, which is the combination of the random shaku 6 shaku width 3, 3 and the random shaku 1 shaku 5 sun width 6, 6. and attach it without cutting.

In the case of 6 shaku, 9 shaku, 12 shaku and ceiling height of 8 shaku,
Using the pillar cut widths 2 and 2 as the width, and the vertical width of eight shaku that is a combination of the irregular six shaku width 3 and the irregular two shaku width 5 and five that match the ceiling height, install a number of them without cutting. Another straight-width lath board wall B that merges with this width
Using three shaku width as the horizontal width, attach one number between six shaku, two between nine shaku, and three between 12 shaku, all with uncut pillar widths.As described above, install this between each pillar. If a few of them are installed without cutting, there is no need to cut the width of the pillars between each pillar, and the installation can be made easily.

"Example" This will be explained below based on the drawings.

(a) Provide pillar cut widths 2, 2 by cutting the standard width of one side of the lath board wall 1 into pillar widths A and A, such as 3 cm and 5 minutes square from the width of 3 shaku of the pillars.

In other words, in order to install the lath board wall 1 between the pillars, the width standard of one side is cut from the width of the other side, and the widths of the pillars A and A are cut according to the specified standards such as 3-inch square, 4-inch square, etc. A standard width is provided, and this is installed between the pillars without cutting the width of the pillar.

For each of the 3-inch and 50-inch pillars, provide a pillar cut width 2, 2 of 2, 6-inch and 3-inch width, which is obtained by cutting the 3-inch and 7-inch pillar widths A and A, including the excess width.

For each four-inch corner of the pillar, provide a pillar cut width 2, 2, which is 2 shaku, 5 cm, and 8 minutes wide by cutting the pillar width A, A, which is 4 suns and 20 minutes including the excess width.

With this, it can be installed between pillars without any cuts.

(b) On the other hand, set the width standards such as 6 shaku width 3,3 for random size, 4,4 random size 2 shaku 5 sun width, 5,5 random size 2 shaku width 5,5, and 6,6 random size 1 shaku 5 sun width. .

In other words, make the width standard any random width, combine one or more pieces that match the ceiling height of unspecified 8 shaku, 8 shaku 5 sun, etc. to adjust the width, and install it uncut within the ceiling frame. That is.

The horizontal machine installed between the pillars to which it is attached is usually set at a length of 1 shaku and 5 sun, and the half length is installed near the ceiling of the upper tier. The ceiling height is set at an arbitrary height of around 8 shaku, but this is a regular standard and there is a space of more than 5 shaku above the ceiling.

Therefore, irregular widths 3 and 3 that match these horizontal machines are provided and merged with these to match the ceiling height. Random size 2 shaku 5 sun width 4, 4, random size 2 shaku width 5.5, random size 1 shaku 5 sun width 6, 6, etc. are arbitrarily determined and provided.

Also, random shaku 2 shaku 5 sun width 4,4, random shaku 2 shaku width 5.5,
The irregular length of 1 shaku and 5 sun width 6,6 is also common to small walls from the top of the lintel to the ceiling.

It should be noted that when these are installed, the width that is longer than the ceiling will be vented to the space behind the attic.

With these, it is possible to match the height of the ceiling and install it without cutting.

If the lath board wall 1 thus constructed is installed uncut between the three-shaku pillars and within the ceiling frame, and one or more uncut pieces are installed between the six-shaku, nine-shaku, and twelve-shaku pillars, it can be merged into this. Even if a number of straight-width lath board walls B are fused together with a three-shaku width width, the pillar widths A and A will be uncut and attached between the pillars.

The above are examples of the present invention.

``Effect of the invention'' With this invention, the width of the pillars is cut at irregular lengths, and it can be easily installed without cutting between each pillar.If one of these is installed between each pillar, there is no need to cut the width of the pillars between each pillar. This eliminates the hassle of having to cut each piece in the past, and greatly increases efficiency.

Moreover, it is easy to handle with small hands, and easy to place on site. It saves resources, materials, and expenses by allowing for extra transportation and loading, and it also reduces labor and eliminates conventional waste, and effectively avoids it.

[Brief explanation of the drawing]

FIG. 1 is a plan view of the present invention, and FIG. 2 is a plan view showing the installed state of the present invention. 1...Russboard wall, 2...Column cut width, 3...
... Random size 6 shaku width, 4... Random size 2 shaku 5 sun width, 5... Random size 2 shaku width, 6... Random size 1 shaku 5 sun width, A... Pillar width,
B...Masa-width lath board wall.

Claims (1)

[Scope of Claim for Utility Model Registration] (a) Column cut widths 2 and 2 obtained by cutting the width of one side of the lath board wall 1 to a width of 3 sun and 5 minutes, etc., from the width of 3 square meters between the pillars. establish. (b) On the other hand, set the width standards such as 6 shaku width 3,3 for random size, 4,4 random size 2 shaku 5 sun width, 5,5 random size 2 shaku width 5,5, and 6,6 random size 1 shaku 5 sun width. . The irregular length pillar cut width lath board wall constructed as described above.