JPH0316980Y2 - - Google Patents

Description

[Detailed explanation of the idea] [Industrial application field]

This idea relates to lath board walls used as a base material for solid walls installed between pillars of buildings.

[Conventional technology]

Conventionally, lathboard walls have been built to a fixed width of 6 shaku width on one side and 3 shaku width on the other, but this is based on the width of each pillar. However, since Nihon-ma architecture uses the true wall method to represent the pillars, no matter whether you try to install it between the pillars, such as between the three-shaku or six-shaku spaces, there is an excess of the width of the pillar, so you cannot install it unless you cut this. Also, since the ceiling height is arbitrarily set at an unspecified height of around 8 shaku, these items cannot be installed unless they are cut to fit within the ceiling frame. Therefore, I placed a wide, heavy and difficult-to-handle lath board wall on a stand, measured the dimensions such as the distance between the pillars, the height of the ceiling, etc., copied the measurements, placed a ruler on it, cut one side with a cutter, turned it over, and cut the two sides one by one. Cut and install. It will not be possible to install it unless you repeat this process by cutting three times between the three-shank pillars and four times between the six-shaku pillars. Only one of these can be installed uncut, and if a window is attached, it will not be possible to install it unless all of the windows are cut. In Japan, there are no large walls measuring 9 or 12 shaku, and these have windows that cannot be installed unless they are all cut out. Even if it is a Western-style wall that hides a pillar, it is the same between 3 shaku and 6 shaku, it is necessary to cut 5 times for 9 shaku, and 6 times for 12 shaku. There were only three in a span of several dozen feet. Moreover, the outer corner width of the Western-style wall is about five inches wide, including the pillars and the horizontal bars to which they are attached. Cut this one by one and connect it. In this way, it is wide and heavy, making it difficult to carry, and cutting off the width of the pillars and then cutting them to match the height of the ceiling is a waste of time and effort, creating waste and soiling floors and clothes. It takes,
This amount of effort and wasted expense is truly enormous, and the work efficiency is greatly reduced, but no countermeasures have been taken to address these issues.

[Problem that the invention attempts to solve]

This invention solves the above-mentioned shortcomings and combines the straight width of the pillars, the width between the pillars, the outer width of the pillars, and the random width in the ceiling frame with wood slate, making it easy to install with just one cut for each space between the pillars. The purpose is to

[Means to solve the problem]

The standard width of one side of the glass board wall A is 1.1 in width. (b) On the other hand, the width standards shall be set as 2, 2, 2, 2, 2, 3, 4, 4, 4, 4, 4, 4, 1, 5 inches wide, 5, 5, etc. This proposal consists of the above.

[Effect]

When the ceiling height is 8 shaku between 3 shaku pillars, the vertical width is 6 shaku width 1.1, and the width is 2 shaku 2 shaku 6 sun width 2.2, and the pillar space is uncut. Attach to. Alternatively, the random size 1 shaku width 5, 5 may be combined with the random size 1 shaku 5 sun width 4, 4. The ceiling height is determined by making the vertical width of these straight six shaku widths 1,1 and the vertical width of irregular shaku two shaku widths 3,3, and fitting the straight six shaku widths 1,1 between the three shaku pillars. Cut one piece, merge it and install it to a ceiling height of 8 shaku. To make the ceiling height 8 shaku 5 sun between 6 shaku pillars, the pillar space is uncut by merging two 1 shaku 5 sun widths of 4.4 to 3 shaku widths in addition to the method of combining 3 shaku pillars. Attach it between the pillars. Alternatively, a random size of 1 shaku and 5 sun width may be combined with a random size of 2 shaku widths of 3 or 3 to make the width between the pillars. The ceiling height is determined by using these 6 shaku width 1.1 as the vertical width and the irregular 2 shaku 6 shaku width 2.2 as the vertical width.
Cut one piece of true six-shaku width 1,1 to match the space between the pillars, let the extra width escape into the space behind the ceiling, and merging it together to make the ceiling height 8 shaku-5 sun. Alternatively, the random size 1 shaku width 5, 5 may be combined with the random size 1 shaku 5 sun width 4, 4. To achieve a ceiling height of 8 shaku between 9 shaku pillars, we combined the method of merging between 3 shaku pillars with a 6 shaku width, which is a combination of 3 and 3 irregular lengths of 2 shaku width, and created an uncut space between the pillars. Attach to. Alternatively, the 1 shaku 1 shaku 5 sun width 4, 4 may be combined into 5 numbers, and the random 1 shaku width 5 5 may be combined to make the width between the pillars. The ceiling height is determined by merging these two numbers, making the vertical width 1,1 of these straight six shaku widths, 3,3 irregular shaku two shaku widths as the vertical width, and making the width 1,1 of the straight six shaku widths. Then, cut one piece to fit between the pillars, merge it, and install it to a ceiling height of 8 shaku. To make the ceiling height between 12 shaku pillars 7 shaku 5 sun, the pillar spacing is 1 shaku 5 sun 4.4, and 10 shaku width, which is a combination of 5 3.3 2 shaku widths. , Attach it to the pillar with one cut. Alternatively, in the three-shaku spacing method, a random length of two shaku widths, 3,3, four numbers of random lengths, one shaku width of 5,5, and one number may be combined. The height of the ceiling is as follows: The vertical width is 1.1 cm in width, and the vertical width is 4.4 cm in width.
Merge two 1.1 pieces of 6 shaku width 1.1 cm into a width, cut one piece between the pillars, merge them, and attach them to a ceiling height of 7 shaku 5 sun. In this way, between the pillars, the width of the pillars is cut, either 2.2 pieces with a width of 2.6 inches wide, or 4.4 pieces with a width of 1 inch or 5 inches (random size), and one piece is basically installed between each pillar. , Attach a random width that fits between the pillars and combine it with the wood siding. For a true 3-shaku width, two pieces of 1-shaku, 5-inch widths 4 and 4 are combined and the 3-shaku width is attached uncut. Alternatively, three pieces of one-shaku width 5,5 may be combined to make a three-shaku width. Alternatively, the two-shaft widths 3, 3 and the one-shaft widths 5, 5 may be combined to make a three-shank width. For the mashin rokushakuwa, three of the irregular shaku nishakuwa 3 and 3 are combined and the mashin sanshakuwa is attached without a cut. Alternatively, it is also possible to merge four random lengths of 1 shaku and 5 sun widths to make a perfect 6 shaku width. For a true nine-shaku width, one number of random shaku two-shaku widths 3,3 and four random shaku one-shaku widths 5,5 are combined, and a true nine-shaku width is attached without a cut. For the true 12-shaku width, six pieces of the random 2-shaku width 3 and 3 are combined, and the true 12-shaku width is attached without a cut. Alternatively, 8 pieces of 1 shaku and 5 sun widths may be combined to make 12 shaku widths. As with the former Hashirama, the height of the ceiling is 1,1. Merge one or two pieces into the width, cut one to match the width of each pillar, merge them and attach them to the ceiling height. For the outer width of the pillars on the outside square width of the Western-style wall, 4.4 pieces of irregular length 1 shaku 5 sun width are installed in number.
For the sanshaku space, a number of irregular shaku 2 shaku widths 3 and 3 are combined and attached to a 3 shaku 5 sun pillar width, and as the number of spaces increases from 6 shaku to 9 shaku to 12 shaku space, the former Apply the straight-width merging method and install more. On the upper small wall of the lintel, these lintel positions are in the same position as the width of 1. From the height of the ceiling to the vertical width, one or more of the random widths are merged without cutting to make the width, and the six-shaku width 1.1 is the width of the pillars, the width between the pillars,
Cut and attach one piece to fit each gap between the pillar outer widths. As mentioned above, the width of the pillars, the width between the pillars, the outer width of the pillars, and the small width of the lath board wall A that has consistency within the ceiling frame.
Free set vertically and horizontally, let the excess width than the ceiling height escape into the space behind the attic, open and close the joint width, and lay it with wood slats to adjust the widths and match them. Easy to install with just one cut.

【Example】

The standard width of one side of the glass board wall A is determined to be a straight width, and a straight six-shaku width 1,1 is provided. In other words, the width standard on one side is the width of the pillars, and the height of the lintel that is installed at the same position as the 6-shaku horizontal crossbeam that is installed between the pillars. Provide width 1,1. (b) On the other hand, the width standards are different widths: random size 2 shaku 6 sun width 2, 2, random size 2 shaku width 3, 3, random size 1 shaku 5 sun width 4, 4, random size One-shaku widths 5, 5, etc. are provided arbitrarily. In other words, the ceiling height is set at a random height of about 8 shaku, but the ceiling height is set at a random height of about 8 shaku, but the lintel located at the same position as 1, 1 is constant, but the ceiling height is set at a random height of about 8 shaku. be. In addition, there is a space of more than 5 inches in the ceiling, so it can be used for other purposes, and the space was designed with a suitable width in mind. Random width 2, 2 is a 3-inch column width cut out from a 3-inch, 5-square, 4-inch square, etc. column width, and a number of these are installed between each column, and when combined with this, any column can be placed between any column. The width should be uncut. Or, it is used for cases where the width is 1.1 or more, and the small wall from the top of the lintel to the ceiling height is 2.6 san or less and 2.1 san. Random size 2 shaku width 3, 3 is used when the small wall up to the ceiling is less than 2 shaku and 1 shaku 5 sun high. Also, three numbers are combined and used in the Rokushaku mama width. The irregular shaku 1 shaku 5 sun width 4, 4 is used for both the width between the pillars, which is the width of the pillars cut off, and the outer width of the pillars, which is the addition of the pillar width, and the irregular shaku 1 shaku width 5, 5 is combined with this. To adjust the width between the pillars depending on the size of the pillars, open and close the joint width to create a width of three shaku. In addition, the two-shank widths 3 and 3 of the irregular lengths are combined to provide a three-shaku pillar outer width at the outer corner of the Western-style wall. Therefore, if one of these is installed between each pillar, there will be no pillar width between the pillars, and there will be no need to add a separate pillar width to the outer width of the pillar. Also, we merged this into two and three shaku and four and six shaku,
Attach it directly between each. Also, it is used for small walls up to the ceiling height, such as 1 foot or 5 inches or less in height. Ranshaku 1 shaku width 5, 5 is to assist each random shaku width, and can be merged with random shaku 1 shaku 5 sun width 4, 4 to make a 3 shaku pillar width etc. by cutting the pillar width, or to make random shaku 2 shaku width. Combined with 3 and 3 shaku widths to make 3 shaku widths. The same merging method is also used for walls with small ceiling heights. As mentioned above, if you arbitrarily provide a small width of less than the width between the pillars of 3 shaku by cutting the width of the pillars, and combine one or more of these, the width will change from 1 shaku width to 1 shaku 5 sun, 2 shaku, 2 shaku 5 sun. , 2 shaku 6 sun, 3 shaku, 3 shaku 5 sun, 4 shaku, 4 shaku 5 sun, 4 shaku 6 sun, 5 shaku, 5 shaku 5 sun, 6 shaku width, etc. can be combined in 5 sun increments. Cover these with wood laver, open and close the joint width, adjust the width to a multi-purpose width, and add random widths to the pillar width, the width between the pillars, the outer width of the pillars, the small walls above the lintel, the inside of the ceiling frame, etc. It can be easily installed by simply making a single cut of the six-shaku width standard. In addition, the tight wall sinks into the joint width when opened and closed, so there is no problem, and the width that is longer than the ceiling height is allowed to escape into a space of more than 5 cm behind the ceiling, so the height of the ceiling is 5 cm or more. The following differences were considered so that they could be accommodated within a random width. These random widths can be arbitrarily specified according to the building,
The free set allows you to freely adjust the width and install it. The above is one embodiment of the present invention. In addition, as another embodiment of the present invention, as shown in FIG. 4, it is also possible to provide three-shank widths 6, 6 with one width standard set to a straight width, and the other width standard set to a random width. . As a result, it can be installed more easily without a cut between the three feet.

[Effect of the idea]

In this invention, the width of the lath board wall can be adjusted in 5-inch increments, and even smaller adjustments can be made by using the joint width that is combined with the wood siding. Due to this, Hashirama width, Hashirama width,
It can be easily installed by simply cutting it into the outside width of a pillar, the width of a small wall above a lintel, or inside a ceiling frame. What's more, it eliminates the extra width and eliminates the hassle of cutting each piece, greatly increasing efficiency. Therefore, it does not stain the floor, is lightweight with a small cloth, and is easy to handle with a small hand. It can be easily set up on site by one person, and it is easy to pack with a small cloth, making it easier to transport and load. It saves resources, materials, and expenses, reduces labor, eliminates traditional waste, and avoids only what is effective.

[Brief explanation of the drawing]

FIG. 1 is a plan view of the present invention, FIG. 2 is a plan view showing the installed state of the present invention, and FIG. 3 is a plan view showing another embodiment of the present invention. 1... exactly 6 shaku width, 2... random 2 shaku 6 sun width,
3... Random size 2 shaku width, 4... Random size 1 shaku 5 sun width, 5
... Random one shaku width, 6... Three shaku width exactly.

Claims (1)

[Scope of Claim for Utility Model Registration] Illustrated: The standard width of one side of the glass board wall A shall be six feet wide 1.1. (b) On the other hand, the width standards shall be set as 2, 2, 2, 2, 3, 3, 4, 4, 4, 4, 1, 5 inches wide, 5, 5, 5, 5, etc. A straight-width random-width lathboard wall constructed as described above.