JPH0718765A - Method of constructing sound insulating and fire resistant partition wall - Google Patents
Method of constructing sound insulating and fire resistant partition wallInfo
- Publication number
- JPH0718765A JPH0718765A JP16150493A JP16150493A JPH0718765A JP H0718765 A JPH0718765 A JP H0718765A JP 16150493 A JP16150493 A JP 16150493A JP 16150493 A JP16150493 A JP 16150493A JP H0718765 A JPH0718765 A JP H0718765A
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- Prior art keywords
- wall
- wall plate
- columns
- sound insulating
- partition wall
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、建築物における遮音耐
火間仕切壁施工方法に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a soundproof and fireproof partition wall construction method for a building.
【０００２】[0002]
【従来の技術】図４には従来の遮音耐火間仕切壁施工方
法の一例を示しているが、この従来の遮音耐火間仕切壁
施工方法は、耐火性を有する間仕切用の壁板材１３０,
１３０・・、１３１,１３１・・を支持するためのコ字
型の支柱１１０,１１０・・を同一列状に立設し、且つ
この各支柱１１０の相対向する壁板材取付用の取付片１
１０Ａ,１１０Ｂにネジ材１１７,１１７・・により間仕
切用の壁板材１３０,１３０・・、１３１,１３１・・を
適宜間隔を隔てて取付け、さらにこの支柱１１０,１１
０・・間に隣室間の音を遮断するための遮音材１１５,
１１５・・を介装するようにしている。2. Description of the Related Art FIG. 4 shows an example of a conventional sound insulation and fireproof partition wall construction method. In this conventional sound insulation and fireproof partition wall construction method, a wall plate material 130 for partitioning having a fire resistance,
.., 131, 131 .. The U-shaped columns 110, 110 .. for supporting the columns 130 ,.
Wall plates 130, 130, ..., 131, 131 ... for partitioning are attached to 10A, 110B with screws 117, 117 ..
Sound insulation material 115 for shutting off the sound between adjacent rooms between 0 ...
115 ...
【０００３】又、図５にはネジ材を使用しないで支柱に
壁板材を取付けるようにした従来の遮音耐火間仕切壁施
工方法の他の例が示されているが、この従来の遮音耐火
間仕切壁施工方法は、壁板材取付側片１２０Ａと縦片１
２０Ｂを有するＴ型の支柱１２０の壁板材取付側片１２
０Ａに、相隣接する壁板材１３０,１３０の各端縁部１
３０a,１３０aを嵌入するための壁板材用嵌入部１２６,
１２６を有する針金製のクリップ材１２５,１２５を取
付けている。そして、この従来の遮音耐火間仕切壁施工
方法では、間仕切用の壁板材１３０,１３０を支柱１２
０に取付ける際に、支柱１２０のクリップ材１２５,１
２５の壁板材用嵌入部１２６,１２６内に相隣接する壁
板材１３０,１３０の各端縁部１３０a,１３０aを嵌入し
て各壁板材１３０,１３０を支柱１２０に取付けるよう
にしている。FIG. 5 shows another example of a conventional sound insulation and fireproof partition wall construction method in which a wall plate material is attached to a column without using a screw material. This conventional sound insulation and fireproof partition wall is shown. As for the construction method, the wall plate material mounting side piece 120A and the vertical piece 1
Wall plate material mounting side piece 12 of T-shaped support column 120 having 20B
0A, each edge portion 1 of the wall plate materials 130, 130 adjacent to each other
Wall plate material insertion portion 126 for inserting 30a, 130a,
Wire clip material 125, 125 having 126 is attached. In this conventional soundproof fireproof partition wall construction method, the wall plate materials 130, 130 for partitioning are mounted on the column 12
Clip material 125,1 of the column 120 when it is attached to
The respective edge portions 130a, 130a of the adjacent wall plate members 130, 130 are fitted into the wall plate member fitting portions 126, 126 of 25 to attach the wall plate members 130, 130 to the column 120.
【０００４】[0004]
【発明が解決しようとする課題】ところで、図４に示す
従来の遮音耐火間仕切壁施工方法では、ネジ材１１７,
１１７・・により間仕切用の壁板材１３０,１３０・
・、１３１,１３１・・をコ字型の支柱１１０,１１０・
・に取付けるようにしているので、その取付作業に長時
間を要するという問題がある。さらに、この従来の遮音
耐火間仕切壁施工方法では、支柱１１０,１１０・・を
同一列状に立設しているので、壁板材１３０,１３０・
・、１３１,１３１・・間に介装されている遮音材１１
５,１１５・・が各支柱１１０,１１０・・に邪魔されて
各支柱１１０,１１０・・の所で途切れてしまうことか
ら、その支柱１１０,１１０・・部分から隣室の音が伝
わり易くなるという問題もある。By the way, in the conventional method of constructing a soundproof fireproof partition wall shown in FIG. 4, the screw member 117,
117 ... By means of wall board material 130,130 for partitioning
., 131,131 .. are U-shaped columns 110, 110.
・ Because it is attached to, there is a problem that the installation work takes a long time. Further, in this conventional method for constructing a soundproof fireproof partition wall, since the columns 110, 110 ... Are erected in the same row, the wall plate materials 130, 130.
.., 131, 131 ..
5.115 .. is interrupted by each of the columns 110, 110 .. and is interrupted at each of the columns 110, 110 .., so that the sound of the adjacent room is easily transmitted from the columns 110, 110. There are also problems.
【０００５】又、図５に示す従来の遮音耐火間仕切壁施
工方法では、Ｔ型の支柱１２０のクリップ材１２５,１
２５に相隣接する壁板材１３０,１３０をネジ材を使用
しないで簡易に取付けることができるものの、各支柱１
２０がＴ型状に形成されているため、その壁板材取付側
片１２０Ａと縦片１２０Ｂだけで壁板材１３０,１３０
を支持するようになることから、支柱として壁板材１３
０,１３０に対する支持強度が弱くなるという問題があ
り、しかも比較的強度の弱い針金製のクリップ材１２
５,１２５により各壁板材１３０,１３０を各支柱１２０
に取付けるようにしているので、針金製のクリップ材１
２５が各壁板材１３０,１３０の重量等により曲り易く
なり、その結果、各壁板材１３０,１３０を支柱１２０
に強固に取付けることができ難くなるという問題もあ
る。Further, in the conventional method of constructing a soundproof and fireproof partition wall shown in FIG. 5, the clip members 125, 1 of the T-shaped support column 120 are used.
Although it is possible to easily attach the wall plate members 130, 130 adjacent to 25 to each other without using screw members,
Since 20 is formed in a T shape, only the wall plate material mounting side piece 120A and the vertical piece 120B are included in the wall plate materials 130, 130.
Since it comes to support the wall plate material 13 as a pillar
There is a problem that the supporting strength for 0,130 becomes weaker, and the clip material 12 made of wire with relatively weak strength
Each wall plate material 130, 130 is attached to each pillar 120 by 5,125.
Since it is designed to be attached to a wire clip 1
25 becomes easier to bend due to the weight of each wall plate material 130, 130, and as a result, each wall plate material 130, 130 is supported by the column 120.
There is also a problem that it becomes difficult to attach it firmly to the.
【０００６】そこで、本発明は、遮音耐火間仕切壁の施
工作業能率の向上を図ることができるとともに、間仕切
用壁板材を強固に支持することができ、しかもその遮音
性を良好にし得るようにした遮音耐火間仕切壁施工方法
を提案することを目的とするものである。Therefore, the present invention can improve the work efficiency of the soundproof and fireproof partition wall, can firmly support the partition wall plate material, and can improve the sound insulation property. The purpose is to propose a soundproof fireproof partition wall construction method.
【０００７】[0007]
【課題を解決するための手段】本発明の遮音耐火間仕切
壁施工方法は、上記課題を解決すべくなされたものであ
って、図１ないし図３に例示するように、それぞれ耐火
性を有する複数の壁板材３０,３０・・・、３１,３１・
・・で構成される相互に平行な第１の壁体Ｘと第２の壁
体Ｙの間に遮音材２０を介装して遮音耐火間仕切壁Ｗを
構成するにあたり、前記各壁板材３０,３０・・・、３
１,３１・・・は、支柱１０,１０・・・、１１,１１・
・・の前面１０Ａ,１０Ａ・・・、１１Ａ,１１Ａ・・・
側において背中合せに一体形成された２本の凹溝１７,
１７・・・、１８,１８・・・のいづれかに嵌入して保
持されるとともに、第１の壁体Ｘ側の各壁板材３０,３
０・・・を支持する第１列Ｓ10側の各支柱１０,１０・
・・と第２の壁体Ｙ側の各壁板材３１,３１・・・を支
持する第２列Ｓ11側の各支柱１１,１１・・・とが交互
に且つ等間隔でしかも各支柱１０,１０・・・、１１,１
１・・・の後面１０Ｂ,１０Ｂ・・・、１１Ｂ,１１Ｂ・
・・と対向側の壁板材３１,３１・・・、３０,３０・・
・との間に所定の空所Ｔ10,Ｔ10・・・、Ｔ11,Ｔ11・・
・が隔てられるようにして配置されており、さらに前記
遮音材２０が前記空所Ｔ10,Ｔ10・・・、Ｔ11,Ｔ11・・
・の間を蛇行して介装されていることを特徴とするもの
である。The soundproof fireproof partition wall construction method of the present invention has been made to solve the above problems, and as shown in FIGS. 1 to 3, a plurality of fireproof fireproof partition walls are provided. Wall plate materials 30, 30, ..., 31, 31, ...
When constructing the soundproof and fireproof partition wall W by interposing the soundproofing material 20 between the first wall body X and the second wall body Y which are parallel to each other, each of the wall plate members 30, 30 ... 3
1,31 ... are columns 10,10 ..., 11,11 ...
..Front faces 10A, 10A ..., 11A, 11A ...
Two recessed grooves 17, which are integrally formed back to back on the side,
Each of the wall plate members 30, 3 on the side of the first wall body X is held while being fitted in any one of 17 ..., 18, 18 ...
Columns 10 and 10 on the first row S 10 side supporting 0 ...
· A second wall Y side and equidistant, yet each strut in the second column each strut 11, 11, ... and the alternating S 11 side supporting each wallboard 31, 31 ... 10 , 10 ..., 11,1
1 ... rear surface 10B, 10B ..., 11B, 11B
.. and the wall plate materials on the opposite side 31, 31, ..., 30, 30 ...
・ Predetermined space between and T 10 , T 10, ..., T 11 , T 11 ...
Are arranged so as to be separated from each other, and the sound insulation member 20 is further provided with the sound insulating material 20 at the cavities T 10 , T 10, ..., T 11 , T 11.
・ It is characterized by being inserted in a meandering space.
【０００８】[0008]
【作用】本発明の遮音耐火間仕切壁施工方法によれば、
支柱１０,１１の前面(壁板材取付側面)１０Ａ,１１Ａ側
に間仕切用の壁板材３０,３１の端縁部３０a,３１aを嵌
入するための凹溝１７,１８を形成しているので、支柱
１０,１１に間仕切用の壁板材３０,３１を取付けるに際
しては、支柱１０,１１の凹溝１７,１８内に相隣接する
壁板材３０,３０、３１,３１の端縁部３０a,３０a、３
１a,３１aを嵌入するだけで同壁板材３０,３１を支柱１
０,１１に取付けることができる。又、本発明の遮音耐
火間仕切壁施工方法によれば、第１の壁体Ｘ側の各壁板
材３０を支持する第１列Ｓ10側の各支柱１０と第２の壁
体Ｙ側の各壁板材３１を支持する第２列Ｓ11側の各支柱
１１,１１・・・とを交互に且つ等間隔でしかも各支柱
１０,１１の後面１０Ｂ,１１Ｂと対向側の壁板材３１,
３０との間に所定の空所Ｔ10,Ｔ11が隔てられるように
して配置し、さらに前記遮音材２０を前記空所Ｔ10,Ｔ
11の間を蛇行して介装しているので、遮音材２０を支柱
１０,１１に妨げられることなく、第１と第２の壁体Ｘ,
Ｙ間全体に介装することができる。さらに本発明の遮音
耐火間仕切壁施工方法によれば、間仕切用の壁板材３
０,３１を取付けるための凹溝１７,１８が支柱１０,１
１の壁板材取付側面１０Ａ,１１Ａに一体的に形成され
ているので、壁板材３０,３１の取付強度が向上する。According to the sound insulation and fireproof partition wall construction method of the present invention,
Since the grooves (17, 18) for fitting the end edge portions (30a, 31a) of the partition wall plates (30, 31) are formed on the front faces (wall plate attachment side) (10A, 11A) of the columns (10, 11), When mounting the wall plate materials 30 and 31 for partitioning to 10 and 11, the edge portions 30a, 30a, 3a of the wall plate materials 30, 30, 31, 31 adjacent to each other in the recessed grooves 17, 18 of the columns 10 and 11 are attached.
The wall plate materials 30 and 31 are supported by the pillars 1 by simply inserting 1a and 31a.
It can be attached to 0 and 11. Further, according to the sound insulation and fireproof partition wall construction method of the present invention, each pillar 10 on the first row S 10 side supporting each wall plate member 30 on the first wall body X side and each pillar 10 on the second wall body Y side. The pillars 11, 11 on the second row S 11 side that support the wall board material 31 are alternately arranged at equal intervals, and the rear surfaces 10B, 11B of the pillars 10, 11 are opposite to the wall board material 31,
Arranged as a predetermined space T 10, T 11 are separated between 30, further wherein the sound insulating member 20 the cavity T 10, T
Since it intervenes between 11 meandering, the sound insulating material 20 is not obstructed by the columns 10 and 11, and the first and second wall members X,
It can be inserted in the entire Y space. Further, according to the soundproof fireproof partition wall construction method of the present invention, the wall plate material 3 for partitioning is used.
Grooves 17 and 18 for mounting 0 and 31 are columns 10 and 1.
Since it is formed integrally with the first wall plate member mounting side surface 10A, 11A, the mounting strength of the wall plate members 30, 31 is improved.
【０００９】[0009]
【発明の効果】従って、本発明の遮音耐火間仕切壁施工
方法によれば、支柱１０,１１の凹溝１７,１８内に壁板
材３０,３１の端縁部３０a,３１aを嵌入するだけで間仕
切用の壁板材３０,３１を容易に支柱１０,１１に取付け
ることができるので、その結果、図４に示す如くビス材
により間仕切用の壁板材を支柱に取付けるようにした従
来の遮音耐火間仕切壁施工方法に比してその作業能率の
向上を図ることができ、しかも、遮音材２０を各支柱に
妨げられることなく第１、第２両壁体Ｘ,Ｙ間全体に亘
って介装できることから、その遮音性を良好にし得る効
果がある。さらに、本発明の遮音耐火間仕切壁施工方法
によれば、支柱１０,１１に一体形成した凹溝１７,１８
内に壁板材３０,３１の端縁部３０a,３１aを嵌入するよ
うにしているので、図５に示す如く比較的強度の弱いＴ
型の支柱にクリップ材を取付けて間仕切用の壁板材を取
付けるようにした従来の遮音耐火間仕切壁施工方法に比
して間仕切用の壁板材を強固に支持することができると
いう効果もある。Therefore, according to the method of constructing the soundproof and fireproof partition wall of the present invention, the partitioning can be performed by simply inserting the edge portions 30a and 31a of the wall plate members 30 and 31 into the recessed grooves 17 and 18 of the columns 10 and 11. Since the wall plate materials 30 and 31 for use in the vehicle can be easily attached to the columns 10 and 11, as a result, as shown in FIG. 4, the conventional soundproof fireproof partition wall in which the wall plate material for partitioning is attached to the column by screws. The work efficiency can be improved as compared with the construction method, and the sound insulating material 20 can be interposed between the first and second wall bodies X and Y without being hindered by the columns. There is an effect that the sound insulation property can be improved. Furthermore, according to the sound insulation and fireproof partition wall construction method of the present invention, the concave grooves 17 and 18 formed integrally with the columns 10 and 11 are provided.
Since the edge portions 30a and 31a of the wall plate members 30 and 31 are fitted into the inside, as shown in FIG.
There is also an effect that the partition wall plate material can be firmly supported as compared with the conventional soundproof and fireproof partition wall construction method in which the clip material is attached to the pillar of the mold and the partition wall material is attached.
【００１０】[0010]
【実施例】以下、図１〜図３を参照して本発明の好適な
実施例を説明すると、この実施例の遮音耐火間仕切壁施
工方法は建築物の室内を間仕切するための遮音耐火間仕
切壁を施工するようにされたものであり、天井及び床面
側に配設されている上、下の各ランナー部材１,２間に
第１の壁体Ｘを形成するための第１列Ｓ10の支柱１０,
１０・・と第２の壁体Ｙを形成するための第２列Ｓ11の
支柱１１,１１・・を立設し、且つ該各支柱１０,１０・
・、１１,１１・・に耐火性を有する壁板材３０,３０・
・、３１,３１・・を取付け、さらに各支柱１０,１０・
・、１１,１１・・間を蛇行するようにして耐火性能を
兼備した遮音材２０を介装するようにしている。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment of the present invention will be described below with reference to FIGS. 1 to 3. The sound insulating fireproof partition wall construction method of this embodiment is a sound insulating fireproof partition wall for partitioning the interior of a building. The first row S 10 for forming the first wall body X between the upper and lower runner members 1 and 2 disposed on the ceiling and the floor surface side. Prop 10,
.. and the columns 11 , 11, ... Of the second row S.sub.11 for forming the second wall Y, and the columns 10, 10.
.., 11,11 ... Wall sheet material having fire resistance 30,30 ..
., 31, 31 ,.
The sound insulation material 20 having fire resistance is intervened so as to meander between 11 and 11.
【００１１】尚、この実施例の遮音耐火間仕切壁には、
図１及び図２に示す如く、間仕切用の壁板材として内張
り用の壁板材３０,３０・・、３１,３１・・と外張り用
の壁板材４０,４０・・、４１,４１・・が使用されてい
る。内張り用壁板材３０,３１と外張り用壁板材４０,４
１は、耐火性の石こうボード(ガラス繊維補強)等で長方
形状(例えば天井の高さに応じて横の長さが約９０〜９
５cm、縦の長さが約２５０〜３００cm程度)に形成され
ている。該内張り用壁板材３０,３１の厚さは、耐火時
間が１時間用であれば約１５mm、耐火時間が２時間用で
あれば約２１mmとされている。外張り用の壁板材４０,
４１の厚さは、耐火時間が１,２時間用として約１５mm
とされている。又、第１、第２各壁体Ｘ,Ｙの両端側に
位置する間仕切用の各端側壁板材３０,３１、４０,４１
は、各壁体Ｘ,Ｙの長さに応じて適宜長さに調整されて
いる。The soundproof and fireproof partition wall of this embodiment is
As shown in FIG. 1 and FIG. 2, there are wall plate materials for lining 30, 30, ..., 31, 31 ... And wall plate materials 40, 40 ..., 41, 41. in use. Wallboard materials for lining 30,31 and wallboard materials for exterior 40,4
1 is a fire-resistant gypsum board (glass fiber reinforced) etc. with a rectangular shape (for example, the horizontal length is about 90 to 9 depending on the height of the ceiling).
It has a length of about 5 cm and a length of about 250 to 300 cm). The thickness of the wall panel materials 30 and 31 for lining is about 15 mm when the fire resistance time is for 1 hour, and about 21 mm when the fire resistance time is for 2 hours. Wallboard material 40 for outer covering,
The thickness of 41 is about 15 mm for fireproof time of 1 or 2 hours.
It is said that. Further, each end side wall plate member 30, 31, 40, 41 for partitioning located on both end sides of each of the first and second wall bodies X, Y
Is adjusted to an appropriate length according to the length of each wall X, Y.
【００１２】上側ランナー部材１と下側ランナー部材２
は、図１及び図３に示す如く、薄板状の金属製で略長方
形状に形成されており、その長さは部屋の大きさに応じ
た適宜長さで且つその幅が間仕切壁Ｗの厚さに応じて適
宜幅(例えば約１２０mm程度の幅)とされている。該上、
下の各ランナー部材１,２には、第１列(Ｓ10)側支柱１
０,１０・・と第２列(Ｓ11)側支柱１１,１１・・を２列
状に立設させるための２条の凹溝２１Ａ,２１Ｂ、２２
Ａ,２２Ｂが適宜間隔(例えば約１０mm程度の間隔)だけ
離隔してそれぞれ形成されている。上側ランナー部材１
の凹溝２１Ａ,２１Ｂと下側ランナー部材２の凹溝２２
Ａ,２２Ｂの各幅は、第１列側の各支柱１０又は第２列
側の各支柱１１を嵌入できるだけの幅(例えば約５５〜
６１mmの幅)にされている。そして、上側ランナー部材
１と下側ランナー部材２は、図３に示す如く、上側ラン
ナー部材１の凹溝２１Ａ内に第１列側の各支柱１０の上
端部１０aを、下側ランナー部材２の凹溝２２Ａ内に同
第１列側の各支柱１０の下端部１０bをそれぞれ嵌入す
る一方、上側ランナー部材１の凹溝２１Ｂ内に第２列側
の各支柱１１の上端部１１aを、下側ランナー部材２の
凹溝２２Ｂ内に第２列側の各支柱１１の下端部１１bを
それぞれ嵌入すると各支柱１０,１０・・、１１,１１・
・を２列状態(第１列Ｓ10と第２列Ｓ11)に立設し得るよ
うになっている。Upper runner member 1 and lower runner member 2
As shown in FIG. 1 and FIG. 3, is made of a thin plate metal and formed in a substantially rectangular shape, and its length is an appropriate length according to the size of the room and its width is the thickness of the partition wall W. The width is appropriately set according to the height (for example, a width of about 120 mm). Above that,
For each of the lower runner members 1 and 2, the first column (S 10 ) side support 1
0, 10 ... And two rows of recessed grooves 21A, 21B, 22 for vertically arranging the second column (S 11 ) side stanchions 11, 11 ...
A and 22B are formed at appropriate intervals (for example, an interval of about 10 mm). Upper runner member 1
Grooves 21A and 21B of the lower runner member 2 and the groove 22 of the lower runner member 2
The widths of A and 22B are such that the columns 10 on the first row side or the columns 11 on the second row side can be fitted (for example, about 55 to 55).
The width is 61 mm). Then, as shown in FIG. 3, the upper runner member 1 and the lower runner member 2 have the upper end portions 10a of the columns 10 on the first row side in the concave groove 21A of the upper runner member 1 and the lower runner member 2 of the lower runner member 2 respectively. The lower ends 10b of the columns 10 on the first row side are fitted into the grooves 22A, while the upper ends 11a of the columns 11 on the second row side are inserted into the grooves 21B of the upper runner member 1 on the lower side. When the lower ends 11b of the columns 11 on the second row side are fitted into the recessed grooves 22B of the runner member 2, the columns 10, 10, ..., 11, 11.
Can be erected in two rows (first row S 10 and second row S 11 ).
【００１３】各支柱１０,１０・・・、１１,１１・・・
は同一形状に構成されており、これを第１列Ｓ10側の各
支柱１０について説明すると、同支柱１０は、図２及び
図３に示す如く、薄板状(例えば厚さが約１mm)の金属製
で、間仕切用の各壁板材に自立性を付与するための支柱
材１２と相隣接する内張り用壁板材３０,３０と外張り
用壁板材４０,４０を取付けるための壁板材取付部材１
５とを一体的に折曲加工して形成されている。Each of the columns 10, 10, ..., 11, 11 ...
Are formed in the same shape, and each pillar 10 on the side of the first row S 10 will be described. The pillar 10 has a thin plate shape (for example, a thickness of about 1 mm) as shown in FIGS. 2 and 3. Wall plate member mounting member 1 for mounting wall plate members 30 and 30 for inner lining and wall plate members 40 and 40 for outer lining, which are made of metal and are adjacent to the pillar member 12 for imparting independence to each partition wall plate member
5 and 5 are integrally formed by bending.
【００１４】支柱材１２は、断面正方形状(例えば４０m
m×４０mm)の角筒状に形成されており、その長さは天井
の高さに応じた適宜長さ(例えば約２５０〜３００cm程
度の長さ)とされている。The support member 12 has a square cross section (for example, 40 m).
It is formed in a square tube shape of (m × 40 mm), and its length is an appropriate length according to the height of the ceiling (for example, a length of about 250 to 300 cm).
【００１５】壁板材取付部材１５は、縦片１５Ａと横片
１５Ｂを有するＴ字状に形成されており、その長さは支
柱材１２の長さと同じ長さになっている。該壁板材取付
部材１５は、支柱材１２の前面(壁板材取付側面)１０Ａ
の中心部にその長手方向(矢印Ｃ−Ｄ方向)に沿って一体
的に形成されており、その横片１５Ｂ、縦片１５Ａと支
柱材１２の壁板材取付側面１０Ａとにより、その長手方
向に沿って相隣接する内張り用壁板材３０,３０の端縁
部３０a,３０aを嵌入するための２条の凹溝１７,１７が
相互に背中合せ状態で形成されるようになっている。縦
片１５Ａは、その長さが凹溝１７内に内張り用壁板材３
０の端縁部３０aを嵌入し得る長さ(例えば約１５〜２１
mmの長さ)にされている。横片１５Ｂは、各凹溝１７,１
７内に相隣接する内張り用壁板材３０,３０の各端縁部
３０a,３０aを嵌入し得る適宜長さ(例えば約１０mm程
度)だけ嵌入し得る長さ(約２０mm程度の長さ)にされて
いる。又、該横片１５Ｂの外周面１５Ｂaには、外張り
用壁板材４０,４０の端縁部４０a,４０aをネジ材３７,
３７・・により取付けて外張り用壁板材４０,４０が取
付けられるようになっている。The wall plate member attaching member 15 is formed in a T shape having a vertical piece 15A and a horizontal piece 15B, and the length thereof is the same as the length of the pillar member 12. The wall plate material mounting member 15 is a front surface (wall plate material mounting side surface) 10A of the column member 12.
Is integrally formed along the longitudinal direction (direction of arrow CD) in the central part of the, and by the lateral piece 15B, the longitudinal piece 15A and the wall plate material mounting side surface 10A of the pillar material 12, in the longitudinal direction. Two recessed grooves 17, 17 into which the edge portions 30a, 30a of the lining wall plate members 30, 30 adjacent to each other are fitted are formed back to back with each other. The vertical piece 15A has a length within the groove 17 for the wall plate material 3 for lining.
A length (for example, about 15 to 21) into which the edge portion 30a of 0 can be fitted.
mm length). The horizontal piece 15B is provided with each groove 17,1.
7 has an appropriate length (for example, about 10 mm) into which the respective edge portions 30a, 30a of the lining wall plate members 30, 30 adjacent to each other can be inserted (lengths of about 20 mm). ing. Further, on the outer peripheral surface 15Ba of the lateral piece 15B, the end edge portions 40a, 40a of the outer wall plate members 40, 40 are provided with the screw members 37,
The outer wall plate members 40, 40 are mounted by attaching by 37 ...
【００１６】第２列Ｓ11側の各支柱１１は、第１列Ｓ10
側の各支柱１０と同形状で上記と同様に構成されてお
り、支柱材１３の前面(壁板材取付側面)１１Ａに内張り
用壁板材３１,３１の各端縁部３１a,３１aを嵌入するた
めの凹溝１８,１８を有する如く壁板材取付部材１６を
一体的に形成して構成されている。壁板材取付部材１６
は、前記第１列側支柱１０の壁板材取付部材１５と同様
に縦片１６Ａと横片１６Ｂを有する如くＴ字状に形成さ
れており、その横片１６Ｂの外周面１６Ｂaにネジ材３
７,３７・・により相隣接する外張り用壁板材４１,４１
を取付けるようになっている。尚、図１〜図３中におい
て、符号５０,５１は第１、第２の各壁体Ｘ,Ｙの両端側
に配設される端側支柱である。該第１、第２列側の各端
側支柱５０,５１は、図２及び図３に示す如く、支柱１
０,１１を縦方向にほぼ１／２に分割した形状に形成さ
れており、各壁体Ｘ,Ｙの両端側に位置する各内張り用
壁板材３０,３１の端縁部３０a,３１aだけを嵌入し得る
ように１個の凹溝５７,５８がそれぞれ形成されてい
る。又、第１、第２列側の各端側支柱５０,５１の壁板
材取付部材５５,５６の外面５５Ｂa,５６Ｂaには、端部
用の外張り用壁板材４０,４１の各端縁部４０a,４１aが
ネジ材３７,３７・・により取付けられるようになって
いる。[0016] Each post 11 of the second row S 11 side, first column S 10
In order to fit the end edges 31a, 31a of the lining wall plate materials 31, 31 into the front surface (wall plate material mounting side surface) 11A of the pillar material 13 with the same shape as each of the side pillars 10 The wall plate member mounting member 16 is integrally formed so as to have the concave grooves 18, 18. Wall plate material mounting member 16
Is formed in a T-shape so as to have a vertical piece 16A and a horizontal piece 16B, similar to the wall plate material mounting member 15 of the first-row side column 10, and the screw member 3 is formed on the outer peripheral surface 16Ba of the horizontal piece 16B.
Wall plate materials 41,41 for external use that are adjacent to each other by 7,37 ...
It is designed to be attached. In FIGS. 1 to 3, reference numerals 50 and 51 are end columns provided at both ends of the first and second wall bodies X and Y, respectively. As shown in FIGS. 2 and 3, the end columns 50, 51 on the first and second rows are the columns 1
It is formed in a shape in which 0 and 11 are divided into about half in the vertical direction, and only the edge portions 30a and 31a of the wall board members 30 and 31 for lining located on both end sides of the wall bodies X and Y are formed. One recessed groove 57, 58 is formed so that it can be fitted therein. Further, on the outer surfaces 55Ba, 56Ba of the wall plate material mounting members 55, 56 of the respective end-side struts 50, 51 on the first and second row sides, the respective end edge portions of the outer wall plate materials 40, 41 for ends are provided. 40a, 41a are attached by screw members 37, 37, ....
【００１７】第１列Ｓ10側の各支柱１０,１０・・と第
２列Ｓ11側の各支柱１１,１１・・及び各端部用支柱５
０,５１は、図２及び図３に示す如く、前記上下の各ラ
ンナー部材１,２間に交互に背中合せ状態(それらの各壁
板材取付部材１５,１５・・、同１６,１６・・の凹溝１
７,１７、１８,１８をそれぞれ外方に向けた状態)で且
つ等間隔(例えば第１列側支柱１０と第２列側支柱１１
との間隔Ｐが約４５５mm程度)に隔ててそれぞれ立設さ
れるようになっている。このようにすると、各支柱１
０,１０・・、１１,１１・・の後面(反壁板材取付側面)
１０Ｂ,１０Ｂ・・、１１Ｂ,１１Ｂ・・と対向側の壁板
材３１,３１・・・、３０,３０・・・との間にはそれぞ
れ支柱１本分の空所Ｔ10,Ｔ10・・・、Ｔ11,Ｔ11・・・
を形成することができることから、該空所Ｔ10,Ｔ10・
・・、Ｔ11,Ｔ11・・・の間をぬうように蛇行して遮音
材２０を介装することができる。このようにして、上下
の各ランナー部材１,２間に立設された第１列側の支柱
１０,１０・・と第２列側の支柱１１,１１・・に妨げら
れることなく、第１、第２両壁体Ｘ,Ｙの間に全面的に
遮音材２０が介装される。The first column each strut 10, 10 ... and the support for each strut 11, 11 ... and the ends of the second row S 11 side of the S 10 side 5
As shown in FIGS. 2 and 3, 0 and 51 are back-to-back alternately between the upper and lower runner members 1 and 2 (the respective wall plate member mounting members 15, 15 ..., 16 and 16 ... Groove 1
7, 17, 18 and 18 are outwardly directed and at equal intervals (for example, the first column side column 10 and the second column side column 11).
And a space P between them is about 455 mm). In this way, each pillar 1
0, 10, ..., 11, 11 ... rear surface (side wall plate mounting side)
10B, 10B ..., 11B, 11B ... And the vacant spaces T 10 , T 10 for one column respectively between the wall plates 31, 31 ..., 30, 30 ... on the opposite side. .., T 11 , T 11 ...
Can be formed, the vacant spaces T 10 , T 10 ·
... it can be meandered to sew between T 11, T 11 ··· interposed a sound insulator 20. In this way, the first column side stanchions 10, 10 ... Standing between the upper and lower runner members 1, 2 and the second column side stanchions 11, 11 ,. The sound insulating material 20 is entirely interposed between the second wall bodies X and Y.
【００１８】遮音材２０は、適宜厚さ(例えば厚さが約
５０mm)のグラスウールマット等で長方形状に形成され
ており、前後の各壁体Ｘ,Ｙの略片面全体を覆うような
大きさとされている。そして、該遮音材２０は、図２及
び図３に示す如く、前記上下の各ランナー部材１,２間
に立設された第１列用支柱１０,１０・・と第２列用支
柱１１,１１・・間を左右方向(矢印Ａ−Ｂ方向)に蛇行
させた状態で介装される。このようにすると、遮音材２
０は、各支柱１０,１０・・、１１,１１・・の後面１０
Ｂ,１０Ｂ・・、１１Ｂ,１１Ｂ・・側から各支柱１０,
１０・・、１１,１１・・をそれぞれ覆うことができる
ことから、隣室の音が各支柱１０,１０・・、１１,１１
・・部分を介して伝達されるのを可及的に遮断すること
ができるようになる。The sound insulating material 20 is formed in a rectangular shape with a glass wool mat or the like having an appropriate thickness (for example, a thickness of about 50 mm), and has a size so as to cover substantially the entire one surface of each of the front and rear walls X and Y. Has been done. As shown in FIGS. 2 and 3, the sound insulating material 20 includes the first row columns 10, 10 ... And the second column columns 11, 10 ... Standing between the upper and lower runner members 1, 2. 11 ... is interposed in a state of meandering in the left-right direction (arrow AB direction). In this way, the sound insulation material 2
0 is the rear surface 10 of each of the columns 10, 10, ..., 11, 11 ...
B, 10B ..., 11B, 11B ...
Since 10 ·······································
.. It becomes possible to block transmission through the part as much as possible.
【００１９】この実施例の遮音耐火間仕切壁施工方法
は、上記各部材を使用して次のようにして行なわれる。
すなわち、先ず、天井と床面側に上側ランナー部材１と
下側ランナー部材２を部屋を間仕切るようにそれぞれ配
設した後、図３に示す如く、各ランナー部材１,２の一
方の凹溝２１Ａ,２２Ａ内に第１列Ｓ10側の端部支柱５
０の上端部５０aと下端部５０bを嵌入して各ランナー部
材１,２の一端側に第１列側端部支柱５０を立設する。
このとき、この第１列側端部支柱５０は、その壁板材取
付部材５５の凹溝５７を外方に向けた状態で立設され
る。そして、この第１列側端部支柱５０の凹溝５７内に
内張り用壁板材３０の一端縁部３０aを嵌入した後、こ
の内張り用壁板材３０の他端縁部３０a側から第１列側
支柱１０を端部支柱５０と同様にその凹溝１７,１７を
外方に向けた状態で立設し、且つこの支柱１０の壁板材
取付部材１５の一方の凹溝１７内に内張り用壁板材３０
の他端縁部３０aを嵌入する。続いて、この支柱１０の
他方の凹溝１７内に他の内張り用壁板材３０の一端縁部
３０aを嵌入するとともに、この内張り用壁板材３０の
他端縁部３０aを他の支柱１０の凹溝１７内に嵌入す
る。さらに、順次同様にして内張り用壁板材３０,３０
・・を第１列側支柱１０,１０・・の各凹溝１７,１７内
に取付けた後、各ランナー部材１,２の他端側に他の端
部用支柱(図示省略)を立設する。そして、該内張り用壁
板材３０,３０・・の外面側から外張り用壁板材４０,４
０・・をネジ材３７,３７・・により取付けて第１の壁
体Ｘを形成する。このようにすると、各第１列側支柱１
０,１０・・に対して内張り用壁板材３０,３０・・をネ
ジ材を使用しないで簡易に取付けることができる。さら
に続いて、このようにして形成された第１の壁体Ｘの各
支柱１０,１０・・の後面１０Ｂ,１０Ｂ・・側に遮音材
２０を配置した状態で、第１の壁体Ｘを施工する場合と
同様に各ランナー部材１,２の他方の凹溝２１Ｂ,２２Ｂ
内に第２列側端部支柱５１の上端部５１aと下端部５１b
を嵌入して各ランナー部材１,２の一端側に第２列側端
部支柱５１を立設した後、この端部支柱５１の凹溝５８
内に内張り用壁板材３１の一方の端縁部３１aを嵌入す
る。そして、各第２列Ｓ11側の各支柱１１,１１・・を
第１の壁体Ｘ側の各支柱１０,１０・・に対して交互に
背中合せ状態(第２列側各支柱１１,１１・・の凹溝１
８,１８・・を外方に向けた状態)で且つ等間隔Ｐに隔て
て立設(各支柱１１,１１・・・によって遮音材２０を反
対側へ押しつけながら)させた状態で各内張り用壁板材
３１,３１・・を取付けた後、各内張り用壁板材３１,３
１・・の外面側から各支柱１１,１１・・の壁板材取付
部材１５,１５・・に外張り用壁板材４１,４１・・をネ
ジ材３７,３７・・により取付けて第２の壁体Ｙを形成
する。このようにすると、第２の壁体Ｙの各内張り用壁
板材３１,３１・・もネジ材を使用しないで第２列側各
支柱１１,１１・・に簡易に取付けることができる。し
かも、遮音材２０を各支柱１０,１０・・、１１,１１・
・間に左右方向(矢印Ａ−Ｂ方向)に蛇行させた状態で前
後の各壁体Ｘ,Ｙ間全体に亘って介装することができ
る。このように、この遮音耐火間仕切壁施工方法では、
ネジ材を使用しないで内張り用壁板材３０,３０・・、
３１,３１・・を各支柱１０,１０・・、１１,１１・・
に取付けることができるので、遮音耐火間仕切壁の施工
作業能率を向上させることができ、しかも、支柱１０,
１１それ自体に壁板材取付用の凹溝１７,１８が一体形
成されているため、各支柱１０,１１により間仕切用の
壁板材(３０,３１)を強固に支持することができる。各
外張り用壁板材４０,４１は、各内張り用壁板材３０,３
１を各支柱１０,１１に取付けた後、ネジ材３７,３７・
・・により各支柱１０,１１にそれぞれ取付けることが
できる。尚、上記説明の遮音耐火間仕切壁施工方法で
は、各壁体Ｘ,Ｙを施工するに際して、各ランナー部材
１,２の一端側から順次各支柱１０,１１を立設して内張
り用壁板材３０,３１を取付けるようにしているが、他
の施工例では、各ランナー部材１,２間の中間所定位置
に最初の支柱１０,１１と内張り用壁板材３０,３１を立
設し、さらにこの最初の支柱１０,１１から各ランナー
部材１,２の左右方向(矢印Ａ−Ｂ方向)に向けて他の支
柱１０,１０・・、１１,１１・・と内張り用壁板材３
０,３０・・、３１,３１・・を取付けるようにすること
もできる。The method of constructing the soundproof and fireproof partition wall of this embodiment is carried out as follows using the above-mentioned members.
That is, first, after arranging the upper runner member 1 and the lower runner member 2 on the ceiling and floor surfaces so as to partition the room, as shown in FIG. 3, one of the runner members 1 and 2 has a concave groove. 21A, 22A end column 5 on the first row S 10 side
The upper end portion 50a and the lower end portion 50b of No. 0 are fitted and the first column side end support column 50 is erected on one end side of each runner member 1, 2.
At this time, the first-row-side end support column 50 is erected with the groove 57 of the wall plate member mounting member 55 facing outward. Then, after the one end edge portion 30a of the lining wall plate material 30 is fitted into the concave groove 57 of the first column side end support column 50, the first row side from the other end edge portion 30a side of the lining wall plate material 30. The pillar 10 is erected in the same manner as the end pillar 50 with its concave grooves 17, 17 facing outward, and the wall board material for lining is provided in one concave groove 17 of the wall board material mounting member 15 of this pillar 10. Thirty
The other end edge portion 30a is inserted. Subsequently, one end edge portion 30a of the other lining wall plate material 30 is fitted into the other concave groove 17 of the strut 10, and the other end edge portion 30a of the lining wall plate material 30 is recessed in the other strut 10. Fit in the groove 17. Further, in the same manner, the wall board materials for lining 30, 30,
··························································· For each first runner member 1, 2 to the other end side of the runner member 1, 2 (not shown) To do. Then, from the outer surface side of the lining wall plate members 30, 30 ...
.. are attached by the screw members 37, 37 .. to form the first wall body X. By doing so, each of the first-row-side columns 1
.. can be easily attached to 0, 10 ... Without using the screw material. Further subsequently, the first wall body X is formed in a state where the sound insulating material 20 is arranged on each of the columns 10, 10 ... Rear surface 10B, 10B ... Side of the thus formed first wall body X. Similar to the case of construction, the other groove 21B, 22B of each runner member 1, 2
The upper end portion 51a and the lower end portion 51b of the second column side end support column 51
After the second row side end strut 51 is erected on one end side of each of the runner members 1 and 2 and then the groove 58 of the end strut 51 is inserted.
One end edge portion 31a of the wall plate material 31 for lining is fitted therein. The columns 11, 11 ... On the second row S 11 side are alternately back-to-back with the columns 10, 10 ... On the first wall X side (the columns 11, 11 on the second column side). ..Concave groove 1
For the inner lining in a state in which (8,18 ...) is directed outwards and spaced at equal intervals P (while pressing the sound insulating material 20 to the opposite side by the columns 11, 11 ...). After installing the wall board materials 31, 31, ..., Each wall board material for lining 31,3
From the outer surface side of 1 ... to the wall plate material mounting members 15, 15 of each of the columns 11, 11 ... With the wall plate materials 41, 41. Form body Y. By doing so, the wall plate members 31, 31 ... For lining of the second wall body Y can be easily attached to the columns 11, 11, ... On the second row side without using screw members. Moreover, the sound insulation member 20 is attached to each of the columns 10, 10, ..., 11, 11.
-In the state of meandering in the left-right direction (the direction of arrow AB), it can be interposed across the entire front and rear walls X, Y. In this way, in this sound insulation fireproof partition wall construction method,
Wall plate materials for lining 30,30 ...
31, 31, ... for each stanchion 10,10 ..., 11,11 ...
Since it can be installed on the pillar, it can improve the work efficiency of the sound insulation and fireproof partition wall.
Since the groove grooves 17 and 18 for mounting the wall plate material are integrally formed on the 11 itself, the wall plate material (30, 31) for partitioning can be firmly supported by the columns 10 and 11. The wallboard materials 40, 41 for outer lining are the wallboard materials 30, 3 for lining
After attaching 1 to each of the columns 10 and 11, screw materials 37 and 37
.. can be attached to each of the columns 10 and 11 respectively. In the method for constructing the soundproof and fireproof partition wall described above, when constructing the wall bodies X and Y, the columns 10 and 11 are sequentially erected from one end side of the runner members 1 and 2 and the wall plate material 30 for lining is constructed. , 31 are attached, but in another construction example, the first pillars 10 and 11 and the wall plate materials for lining 30 and 31 are erected at predetermined intermediate positions between the runner members 1 and 2, and further From the stanchions 10, 11 of the runner members 1, 2 in the left-right direction (arrow AB direction) and the other stanchions 10, 10, ...
It is also possible to attach 0, 30, ..., 31, 31 ,.
【００２０】又、上記実施例では、各支柱１０,１１を
製作するに際し、支柱材１２,１３と壁板材取付部材１
５,１６とを折曲加工して凹溝１７,１８を一体的に形成
しているが、他の実施例では、角筒状の支柱材１２,１
３にＴ形の壁板材取付部材の縦片の一端部を溶接して凹
溝を一体的に形成することもできる。Further, in the above-mentioned embodiment, when the columns 10 and 11 are manufactured, the column members 12 and 13 and the wall plate member mounting member 1 are used.
5 and 16 are bent to integrally form the concave grooves 17 and 18, but in other embodiments, the columnar pillar members 12 and 1 are formed.
It is also possible to weld one end portion of the vertical piece of the T-shaped wall plate material mounting member to 3 to integrally form the concave groove.
【図１】本発明の実施例に係る遮音耐火間仕切壁施工方
法で形成される遮音耐火間仕切壁の中間省略斜視図。FIG. 1 is a perspective view of a sound insulation and fireproof partition wall formed by a method of constructing a sound insulation and fireproof partition wall according to an embodiment of the present invention.
【図２】図１のII−II断面図。FIG. 2 is a sectional view taken along line II-II of FIG.
【図３】図１に示す遮音耐火間仕切壁施工方法の施工状
態説明図。FIG. 3 is a construction state explanatory diagram of the sound insulation and fireproof partition wall construction method shown in FIG. 1.
【図４】従来の遮音耐火間仕切壁施工方法で形成される
遮音耐火間仕切壁の要部断面図。FIG. 4 is a sectional view of a main part of a sound insulation and fireproof partition wall formed by a conventional sound insulation and fireproof partition wall construction method.
【図５】他の従来の遮音耐火間仕切壁施工方法で使用さ
れる支柱の要部斜視図。FIG. 5 is a perspective view of a main part of a pillar used in another conventional method of constructing a soundproof fireproof partition wall.
１,２はランナー部材、１０,１１は支柱、１０Ａ,１１
Ａは支柱前面、１０Ｂ,１１Ｂは支柱後面、１７,１８は
凹溝、２０は遮音材、３０,３１は壁板材、Ｔ10,Ｔ11は
空所、Ｘは第１の壁体、Ｙは第２の壁体である。1, 2 are runner members, 10 and 11 are support posts, and 10A and 11
A is the front surface of the column, 10B and 11B are the rear surface of the column, 17 and 18 are concave grooves, 20 is a sound insulating material, 30 and 31 are wall plate materials, T 10 and T 11 are vacant spaces, X is the first wall body, and Y is It is the second wall.
Claims (1)
(３０,３０・・・、３１,３１・・・)で構成される相互
に平行な第１の壁体(Ｘ)と第２の壁体(Ｙ)の間に遮音材
(２０)を介装して遮音耐火間仕切壁(Ｗ)を構成するため
の施工方法であって、前記各壁板材(３０,３０・・・、
３１,３１・・・)は、支柱(１０,１０・・・、１１,１
１・・・)の前面(１０Ａ,１０Ａ・・・、１１Ａ,１１Ａ
・・・)側において背中合せに一体形成された２本の凹
溝(１７,１７・・・、１８,１８・・・)のいづれかに嵌
入して保持されるとともに、第１の壁体(Ｘ)側の各壁板
材(３０,３０・・・)を支持する第１列(Ｓ10)側の各支
柱(１０,１０・・・)と第２の壁体(Ｙ)側の各壁板材(３
１,３１・・・)を支持する第２列(Ｓ11)側の各支柱(１
１,１１・・・)とが交互に且つ等間隔でしかも各支柱
(１０,１０・・・、１１,１１・・・)の後面(１０Ｂ,１
０Ｂ・・・、１１Ｂ,１１Ｂ・・・)と対向側の壁板材
(３１,３１・・・、３０,３０・・・)との間に所定の空
所(Ｔ10,Ｔ10・・・、Ｔ11,Ｔ11・・・)が隔てられるよ
うにして配置されており、さらに前記遮音材(２０)が前
記空所(Ｔ10,Ｔ10・・・、Ｔ11,Ｔ11・・・)の間を蛇行
して介装されていることを特徴とする遮音耐火間仕切壁
施工方法。1. A plurality of wall board materials each having fire resistance
(30, 30 ..., 31, 31 ...) A sound insulation material between the first and second wall bodies (X) and (Y) parallel to each other.
A construction method for constructing a soundproof fireproof partition wall (W) by interposing (20), wherein each of the wall plate members (30, 30 ...,
31, 31, ...) are columns (10,10 ..., 11,1)
1) front surface (10A, 10A ..., 11A, 11A)
...) is fitted and held in one of the two recessed grooves (17, 17 ..., 18, 18 ...) integrally formed back to back, and the first wall (X ) Side wall plates (30, 30 ...) Supporting the first column (S 10 ) side columns (10, 10 ...) and second wall body (Y) side wall plates. (3
1, 31 ...) supporting the columns (1) on the second row (S 11 ) side
, 11 ...) are alternately and at equal intervals, and each strut is
(10,10 ..., 11,11 ...) Rear surface (10B, 1
0B ..., 11B, 11B ...) and the wall plate material on the opposite side
(31, 31 ..., 30, 30 ...) are arranged so that a predetermined space (T 10 , T 10 ..., T 11 , T 11 ...) is separated from them. In addition, the sound insulation material (20) meanders between the voids (T 10 , T 10, ..., T 11 , T 11 ...) And intervenes. Fireproof partition wall construction method.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP16150493A JPH0718765A (en) | 1993-06-30 | 1993-06-30 | Method of constructing sound insulating and fire resistant partition wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP16150493A JPH0718765A (en) | 1993-06-30 | 1993-06-30 | Method of constructing sound insulating and fire resistant partition wall |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP17873995A Division JPH0842029A (en) | 1995-07-14 | 1995-07-14 | Stay for mounting plate and plate mounting method using the stay |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH0718765A true JPH0718765A (en) | 1995-01-20 |
Family
ID=15736324
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP16150493A Pending JPH0718765A (en) | 1993-06-30 | 1993-06-30 | Method of constructing sound insulating and fire resistant partition wall |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0718765A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004278035A (en) * | 2003-03-13 | 2004-10-07 | Misawa Homes Co Ltd | Mounting structure of fireproof face material |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6168951A (en) * | 1984-09-10 | 1986-04-09 | 黒沢 一郎 | Construction of wall enhanced in fire resistant sound-proof capacity |
| JPS6337710B2 (en) * | 1981-08-12 | 1988-07-26 | Matsushita Electric Ind Co Ltd |
-
1993
- 1993-06-30 JP JP16150493A patent/JPH0718765A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6337710B2 (en) * | 1981-08-12 | 1988-07-26 | Matsushita Electric Ind Co Ltd | |
| JPS6168951A (en) * | 1984-09-10 | 1986-04-09 | 黒沢 一郎 | Construction of wall enhanced in fire resistant sound-proof capacity |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004278035A (en) * | 2003-03-13 | 2004-10-07 | Misawa Homes Co Ltd | Mounting structure of fireproof face material |
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