JPH047791B2 - - Google Patents
Info
- Publication number
- JPH047791B2 JPH047791B2 JP20395087A JP20395087A JPH047791B2 JP H047791 B2 JPH047791 B2 JP H047791B2 JP 20395087 A JP20395087 A JP 20395087A JP 20395087 A JP20395087 A JP 20395087A JP H047791 B2 JPH047791 B2 JP H047791B2
- Authority
- JP
- Japan
- Prior art keywords
- frame
- wall panel
- erected
- room
- foundation
- 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.)
- Expired
Links
- 238000000034 method Methods 0.000 claims description 10
- 230000003014 reinforcing effect Effects 0.000 claims description 10
- 238000010276 construction Methods 0.000 description 7
- 239000000463 material Substances 0.000 description 7
- 229910000831 Steel Inorganic materials 0.000 description 4
- 239000010959 steel Substances 0.000 description 4
- 238000009434 installation Methods 0.000 description 3
- 229910001335 Galvanized steel Inorganic materials 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 239000008397 galvanized steel Substances 0.000 description 1
- 229910052602 gypsum Inorganic materials 0.000 description 1
- 239000010440 gypsum Substances 0.000 description 1
- 229920001296 polysiloxane Polymers 0.000 description 1
- 239000000725 suspension Substances 0.000 description 1
- 229920003002 synthetic resin Polymers 0.000 description 1
- 239000000057 synthetic resin Substances 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Landscapes
- Residential Or Office Buildings (AREA)
Description
【発明の詳細な説明】
(産業上の利用分野)
本発明はプレフアブルームの組立方法及び構造
に関し、特に、基礎枠上に壁パネルを建付けて所
望の部屋空間を画成するプレフアブルームの組立
方法及び構造に関しする。Detailed Description of the Invention (Industrial Application Field) The present invention relates to a method and structure for assembling a prefabricated room, and particularly to a prefabricated room in which wall panels are erected on a foundation frame to define a desired room space. Regarding the assembly method and structure of.
(従来の技術)
近年、ビルジングの躯体建設後、その屋内工事
を行うに際し、便所等を備えた部屋空間、例え
ば、便器と洗面台が浴槽に併設されるバスルーム
や男子用及び女子用のトイレと洗面台が複数並置
されるトイレ等のスペースは、工事内容が多岐に
亘る為、事前に一括して工場等でユニツト化した
汎用の壁パネルや便器或いは洗面台付ユニツトパ
ネル等のパネル部材や配管、或は器具を建物の中
に搬入し、これらを建付けて所謂プレフアブ方式
のインナールームを新たに設けることにより行
い、以つて施工の簡略化を図る傾向にある。(Prior art) In recent years, after the construction of a building frame, when carrying out interior work, room spaces equipped with toilets, etc., such as bathrooms with a toilet bowl and sink attached to a bathtub, men's and women's toilets, etc. Spaces such as toilets, where multiple toilets and sinks are arranged side by side, require a wide range of construction work, so panel materials such as general-purpose wall panels, unit panels with toilet bowls or washbasins, etc., are assembled in advance at factories, etc. There is a trend toward simplifying construction by transporting piping or appliances into a building and installing them to create a new inner room using a so-called prefabricated method.
こうしたプレフアブルームは、その部屋空間の
側面を前記パネル部材で画成することにより所望
の部屋形状を得ている。この点、部屋形状の設計
自由度を確保する上で、パネル部材を建物の躯体
壁部から独立させて建付けるようにすることが望
ましい。 Such a prefabricated room obtains a desired room shape by defining the side surfaces of the room space with the panel members. In this regard, in order to ensure the degree of freedom in designing the room shape, it is desirable to construct the panel members independently from the building frame wall.
そこで、本出願人は建物の床上に所望の部屋形
状に応じて基礎枠を敷き回し、この基礎枠上にパ
ネル部材を建て付けるようにしたプレフアブルー
ムを提案した。このプレフアブルームは基礎枠と
該基礎枠上の角隅部に立設した支柱に支持される
囲枠との間にパネル部材を並設し、相隣接するパ
ネル部材を断面略U字形状のジヨイント部材で接
合したものである。 Therefore, the present applicant proposed a prefabricated room in which a foundation frame is laid out on the floor of a building according to the desired room shape, and panel members are erected on this foundation frame. In this prefabricated room, panel members are arranged in parallel between a foundation frame and an enclosure supported by pillars erected at the corners of the foundation frame, and adjacent panel members are arranged in a substantially U-shaped cross section. They are joined using joint members.
(発明が解決しようとする問題点)
しかしながら、上記従来のプレフアブルーム構
成によれば、基礎枠の角隅部に立設した支柱の各
支柱間には何ら支柱等を有するものではなく、プ
レフアブルームの枠構造をなすフレームストラク
チヤーの側面剛性を高めることが要望されてい
た。また上記プレフアブルームの構成においては
パネル部材の取付時に室外側からバネクランプで
連結する必要があり施工上ベストとは言えなかつ
た。(Problems to be Solved by the Invention) However, according to the above-mentioned conventional prefabricated bloom structure, there are no supports or the like between the supports installed at the corners of the foundation frame; There was a desire to increase the lateral rigidity of the frame structure that forms the frame structure of the fabroom. Furthermore, in the above-mentioned prefabricated bloom structure, it is necessary to connect the panel members from the outdoor side with spring clamps when attaching them, which is not the best in terms of construction.
そこで本発明の目的は、プレフアブルームの側
面剛性を高めることが出来るとともに、壁パネル
を室内側からワンタツチで連結して取付けること
が出来るプレフアブルームの組立方法及び構造を
提供するにある。 SUMMARY OF THE INVENTION An object of the present invention is to provide a method and structure for assembling a prefabricated room that can increase the side rigidity of the prefabricated room and also allow wall panels to be connected and attached from the indoor side with one touch.
(問題点を解決するための手段)
前記目的を達成すべく本発明は、建物躯体の床
上に基礎枠を所望の部屋形状に敷設した後、該基
礎枠上に複数の壁パネルを建て巡らして部屋空間
を画成するプレフアブルームの組立方法におい
て、
前記基礎枠を敷設した後、該基礎枠の角隅部に
第1連結支柱を立設し、次いでこれら第1の連結
支柱に各第1連結支柱の上部を巡らせて囲枠を固
設した後、該囲枠に補強梁を架設し、前記基礎枠
と囲枠間に第2連結支柱を前記壁パネルの巾間隔
で立設し、その後に前記壁パネルを前記第1及び
第2連結支柱の相隣り合う間に係合して建付ける
ことを特徴とする。(Means for Solving the Problems) In order to achieve the above object, the present invention involves laying a foundation frame in a desired room shape on the floor of a building frame, and then building a plurality of wall panels on the foundation frame. In the method for assembling a prefabricated room that defines a room space, after the foundation frame is laid, first connection columns are erected at the corners of the foundation frame, and then each of the first connection columns is attached to each of the first connection columns. After fixing an enclosing frame around the upper part of the connecting column, erecting a reinforcing beam on the enclosing frame, and erecting a second connecting column between the foundation frame and the enclosure frame at intervals of the width of the wall panel, and then The wall panel is installed by engaging between adjacent ones of the first and second connecting columns.
更に、第2の手段として、建物躯体の床上に敷
き回された基礎枠と、該基礎枠上に建付けられた
壁パネルとを備えて成り、該壁パネルにより所望
の部屋空間が画成されているプレフアブルームの
組立構造において、
前記壁パネルの両側に設けた係合部と、前記基
礎枠の角隅部に立設され前記壁パネルの係合部に
係合する第1連結支柱と、これら第1連結支柱に
各第1連結支柱の上部を巡らせて固設された囲枠
と、該囲枠に架設される補強梁と、前記囲枠と前
記基礎枠間に前記壁パネルの巾間隔で立設され前
記壁パネルの係合部と係合する第2連結支柱とを
備え成ることを特徴とする。 Furthermore, as a second means, the building comprises a foundation frame laid out on the floor of the building frame and a wall panel built on the foundation frame, and a desired room space is defined by the wall panel. In the prefabricated room assembly structure, the prefabricated room has an engaging part provided on both sides of the wall panel, and a first connecting post that is erected at a corner of the foundation frame and engages with the engaging part of the wall panel. , a surrounding frame fixed to these first connecting columns so as to extend around the upper part of each first connecting column, a reinforcing beam installed on the surrounding frame, and a width of the wall panel between the surrounding frame and the foundation frame. The present invention is characterized in that it comprises second connecting posts that are erected at intervals and that engage with the engaging portions of the wall panel.
(作用)
前記手段によれば、躯体に敷設した基礎枠と、
該基礎枠に立設した第1連結支柱に支持される囲
枠との間に壁パネルの巾間隔で第2連結支柱を立
設したため、プレフアブルームの側面剛性を高め
ることが出来、これらの第1連結支柱及び第2連
結支柱の相隣り合う間に壁パネルを係合して取付
けるため、壁パネルの取付けをジヨイント部材等
を必要とせずワンタツチで行うことが出来、迅速
な施工を行うことが出来る。(Operation) According to the above means, the foundation frame laid on the building frame;
Since the second connecting struts were erected between the foundation frame and the surrounding frame supported by the first connecting struts erected at the width interval of the wall panel, the lateral rigidity of the prefabricated room could be increased, and these Since the wall panel is attached by engaging between the first and second connecting columns that are adjacent to each other, the wall panel can be attached with one touch without requiring joint members, etc., and the installation can be carried out quickly. I can do it.
(実施例)
以下に本発明の好適一実施例添付図面に基づい
て説明する。(Embodiment) A preferred embodiment of the present invention will be described below with reference to the accompanying drawings.
第1図は概略組立られたプレフアブルームの一
部を切欠いた全体斜視図である。 FIG. 1 is a partially cutaway overall perspective view of a roughly assembled prefabricated bloom.
図中参照符号Pはプレフアブルームの全体を示
す。プレフアブルームPは既に建設された不図示
のビルジング内の所与のルームスペースにおいて
建物躯体の床F上に便所等を備えて構築され、そ
の全体骨組を成すフレームストラクチヤー1と、
このフレームストラクチヤー1の側面に沿つて建
付られてプレフアブルームP内の部屋空間Sを側
方から画成する所要枚数の壁パネル2…と、フレ
ームストラクチヤー1内に上方から吊設されて部
屋空間Sの上面を画成する吊天井3とから成る。 Reference numeral P in the figure indicates the entire prefabricated bloom. The prefabricated room P is constructed with a toilet etc. on the floor F of the building frame in a given room space in an already constructed building (not shown), and includes a frame structure 1 forming the entire framework;
A required number of wall panels 2 are erected along the sides of the frame structure 1 to define the room space S in the prefabricated room P from the side, and a required number of wall panels 2 are erected along the sides of the frame structure 1 to define the room space S in the prefabricated room P from the side. and a suspended ceiling 3 defining the upper surface of the room space S.
フレームストラクチヤー1は、所望の部屋形状
に合わせて躯体の床F上に敷き回された基礎枠4
と、この基礎枠4の角隅部4a…に立設された隅
柱としての第1連結支柱5…と、これらの第1連
結支柱5…に各第1連結支柱5の上部5aを巡ら
せて止着固設された上枠としての囲枠6と、この
囲枠6の対向辺間に上部補強部材として適宜本数
架設された横梁7…と、前記囲枠6と前記基礎枠
4間に後述する壁パネルの幅間隔で立設される第
2連結支柱50とから成り、更なる上部補強材と
しての各コーナーの両辺間に架け渡されたブレー
ス8…及び平面視略三角形状のコーナーブレート
9…を有している。以上の横梁7とブレース8と
で補強梁を構成する。 The frame structure 1 consists of a foundation frame 4 laid out on the floor F of the building frame in accordance with the desired room shape.
The corner portions 4a of the foundation frame 4 are erected with the first connecting columns 5 serving as corner pillars, and the upper portions 5a of the first connecting columns 5 are wrapped around these first connecting columns 5. A surrounding frame 6 serving as a fixedly fixed upper frame, an appropriate number of cross beams 7 installed as upper reinforcing members between opposite sides of this surrounding frame 6, and a structure described later between the surrounding frame 6 and the foundation frame 4. braces 8 and corner plates 9 which are approximately triangular in plan view and which are bridged between both sides of each corner as an additional upper reinforcing member. …have. The above cross beam 7 and brace 8 constitute a reinforcing beam.
次いで第2図乃至第4図に基づいてプレフアブ
ルームPの詳細構造を説明する。 Next, the detailed structure of the prefabricated bloom P will be explained based on FIGS. 2 to 4.
第2図は第1図の−線に沿つた縦断面の要
部拡大図、第3図は同−線に沿つた横断面の
要部拡大図、第4図は同−線に沿つた横断面
の要部拡大分解図である。 Figure 2 is an enlarged view of the main part of a longitudinal section taken along the - line in Figure 1, Figure 3 is an enlarged view of the main part of a cross section taken along the same line, and Figure 4 is a cross section taken along the same line. It is an enlarged exploded view of the main part of the surface.
第2図に示す如く基礎枠4は、アンカーボルト
15及びナツト16を介して躯体の床Fに固定さ
れる上向き開放略コ時形状の固定部材13と、こ
の固定部材13に溶接等により固設される下向き
開放略コ字形状の固定部材14と、この固定部材
13,14に高さ調整ボルト19及びナツト18
を介して摺動自在に固定される下向き開放略コ字
形状の摺動部材21と、この摺動部材21の上面
から室内側を覆う巾木22と、摺動部材21の上
面に固設されるL字形状の連結支柱受け23とか
ら成る。尚、25はシリコンコーキングである。 As shown in FIG. 2, the foundation frame 4 includes a fixing member 13 which is fixed to the floor F of the building frame through anchor bolts 15 and nuts 16 and has a generally U-shaped shape that opens upward, and is fixed to this fixing member 13 by welding or the like. A fixing member 14 having a substantially U-shape that opens downward, and a height adjustment bolt 19 and a nut 18 attached to the fixing members 13 and 14.
A sliding member 21 having a downwardly open substantially U-shaped shape is slidably fixed via a baseboard 22 that covers the indoor side from the upper surface of the sliding member 21, and a baseboard 22 that is fixed to the upper surface of the sliding member 21. It consists of an L-shaped connecting post support 23. In addition, 25 is silicone caulking.
前記基礎枠4の各角隅部4aには第3図にも示
す如く第1連結支柱5を立設する。この第1連結
支柱5は、中空パイプ材からなり、前記連結支柱
受け23の上端に支持される突出辺501を有す
るとともに、室内側上下方向に開口するスリツト
上の開口部5Sを有する。各角隅部4aに立設さ
れた第1連結支柱5は下端側を前記連結支柱受け
23にビス24を介して螺着されるとともに、補
強桟26により連結補強されて自立状態に支持さ
れる。 At each corner 4a of the foundation frame 4, a first connecting support 5 is erected as shown in FIG. The first connecting column 5 is made of a hollow pipe material, has a protruding side 501 supported by the upper end of the connecting column receiver 23, and has an opening 5S on a slit that opens upward and downward toward the indoor side. The first connecting struts 5 erected at each corner 4a are screwed onto the connecting strut receivers 23 at their lower ends via screws 24, and are connected and reinforced by reinforcing bars 26 to be supported in an independent state. .
前記各第1連結支柱5の上部5aにはビスを介
して囲枠6が止着されている。囲枠6は、第3図
に示される様に、部屋空間S側に向いた上片部6
a及び外側に向いた下片部6bとその間を上下に
結ぶ帯状本体部とから成る断面略Z字状の形鋼材
で、上片部6aには、横梁7が載置されビスによ
り下方から縫い留められている。 A surrounding frame 6 is fixed to the upper part 5a of each of the first connecting columns 5 via screws. As shown in FIG. 3, the surrounding frame 6 has an upper piece 6 facing toward the room space S.
It is a shaped steel material with a substantially Z-shaped cross section, consisting of a lower piece part 6b facing outward, and a belt-like main body part vertically connecting the parts.A cross beam 7 is placed on the upper part part 6a, and is sewn from below with screws. It is fastened.
更に前記囲枠6と基礎枠4との間には各角隅部
4aの第1連結支柱5間に後述する壁パネルの巾
間隔で第2連結支柱50を立設する。この第2連
結支柱50は、第3図に示す如く第1連結支柱5
と断面形状が異なるが、他の構成は同様である。 Further, between the surrounding frame 6 and the base frame 4, second connecting columns 50 are erected between the first connecting columns 5 of each corner 4a at intervals of the width of the wall panel, which will be described later. This second connecting column 50 is connected to the first connecting column 5 as shown in FIG.
Although the cross-sectional shape is different, the other configurations are the same.
以上の構成によりフレームストラクチヤー1が
リジツトに構築され、その下枠及び上枠としての
基礎枠4と囲枠6との間に部屋空間S側から壁パ
ネル2が建付けられている。 With the above configuration, the frame structure 1 is rigidly constructed, and the wall panel 2 is erected from the room space S side between the base frame 4 and the surrounding frame 6 as a lower frame and an upper frame.
前記壁パネル2は裏面側から、亜鉛メツキ鋼板
201と、石膏ボード202と、塩ビ鋼板203
との三層構造を有する。該塩ビ鋼板203の上端
には上方に延出され、更に裏面側に直角に屈曲さ
れた折曲部204を有し、下端にも同様に下方に
延出される折曲部205を有する。また、第4図
にも示すように、前記塩ビ鋼板203の両側辺に
は夫々外方に延出され、裏面側に夫々屈曲する屈
曲部206を有する。この屈曲部206は壁パネ
ル2の係合部である。この屈曲部206には弾性
作用を有する合成樹脂等からなる介装材207を
固着する。 The wall panel 2 includes, from the back side, a galvanized steel plate 201, a gypsum board 202, and a PVC steel plate 203.
It has a three-layer structure. The upper end of the PVC steel plate 203 has a bent part 204 that extends upward and is further bent at right angles to the back side, and the lower end also has a bent part 205 that extends downward. Further, as shown in FIG. 4, both sides of the PVC steel plate 203 have bent portions 206 that extend outward and are bent toward the back side. This bent portion 206 is an engaging portion of the wall panel 2. An intervening material 207 made of elastic synthetic resin or the like is fixed to this bent portion 206.
このように構成される壁パネル2を基礎枠4の
角隅部4aにおいては、第1連結支柱5と第2連
結支柱50との間、その他の部分においては、相
隣接する第2連結支柱50間に壁パネル2の屈曲
部206を第1、第2連結支柱5,50の開口部
5S,50Sに挿入することにより係合して建付
けられる。また前記壁パネル2上端の折曲部20
4を囲枠6にビス602を介して止着された連結
部材601を介してビス6dにより固定する。
尚、図中208は介装材207の間に充填するコ
ーナー目地である。 The wall panel 2 constructed in this manner is arranged between the first connecting column 5 and the second connecting column 50 at the corner 4a of the foundation frame 4, and between the adjacent second connecting column 50 at the other parts. In between, the bent portions 206 of the wall panel 2 are inserted into the openings 5S, 50S of the first and second connecting columns 5, 50, thereby being engaged and installed. In addition, a bent portion 20 at the upper end of the wall panel 2
4 is fixed to the surrounding frame 6 with screws 6d via a connecting member 601 that is fixed through screws 602.
In addition, 208 in the figure is a corner joint filled between the intervening materials 207.
ここで天井3の吊構造に付き説明する。 Here, the suspension structure of the ceiling 3 will be explained.
天井3は、天井パネルを順次張り込んで行く所
謂システム天井構造となつていて、第2図に示す
ように、囲枠6の対向辺間に架設した横梁7か
ら、その横向きCチヤンネル形状の下縁部7aに
着設したアツパフツク51により垂設されるボル
ト52を介して、吊設されている。ボルト52か
らは、高さ調節自在なホルダ55を介して天井フ
レーム56が水平に抱持され、このフレーム56
上の適宜箇所に天井パネル58が吊り下げられて
いる。 The ceiling 3 has a so-called system ceiling structure in which ceiling panels are installed one after another, and as shown in FIG. It is suspended via bolts 52 which are vertically provided by a top hook 51 attached to the edge 7a. A ceiling frame 56 is held horizontally from the bolt 52 via a height-adjustable holder 55.
A ceiling panel 58 is suspended at an appropriate location above.
尚、天井3はその端縁部が、囲枠6に連結部材
601を介して部屋空間S側からビス59により
止着された係止片60により揺れ止めされてい
る。 Note that the end edge of the ceiling 3 is prevented from swinging by a locking piece 60 that is fixed to the surrounding frame 6 from the room space S side via a connecting member 601 with screws 59.
以上述べたプレフアブルームの組立構造によれ
ば、壁パネル2を張り込んでゆく上で、基礎枠4
を下枠とし囲枠6を上枠とする建付構造が得ら
れ、第1連結支柱5…が隅柱とし、第2連結支柱
50…が間柱として上下の枠4,6を連結するの
で、側面剛性は大いに高まる。しかも天井荷重が
直接壁パネル2に掛かることがない。 According to the assembly structure of the prefabricated room described above, when installing the wall panel 2, the foundation frame 4
An erected structure is obtained in which the frame 6 is the lower frame and the surrounding frame 6 is the upper frame, the first connecting columns 5... serve as corner columns, and the second connecting columns 50... act as studs to connect the upper and lower frames 4, 6. Lateral rigidity is greatly increased. Moreover, the ceiling load is not applied directly to the wall panel 2.
更に壁パネル2の取付けに際して、U字状のジ
ヨイント部材等を必要とすることなく第1、第2
連結支柱5,50…に係合によりワンタツチで取
付けることが出来る。 Furthermore, when installing the wall panel 2, the first and second
It can be attached with one touch by engaging with the connecting struts 5, 50, . . .
以上の構成から成るプレフアブルームPの組立
方法を以下に述べる。 A method of assembling the prefabricated room P having the above configuration will be described below.
先ず、建物躯体の床F上に所望の部屋形状に応
じて墨を打ち、アンカーボルト15の芯出しを行
つてボルト孔を明け、ボルト15を植設する。そ
の後、固定部材13,14をアンカーボルト15
に係合させつつ敷き込んで行き、同時に高さ調節
用のボルト19によりレベルを出し、関係するナ
ツト等を締め込んでおく。 First, ink is placed on the floor F of the building frame according to the desired room shape, the anchor bolts 15 are centered, bolt holes are made, and the bolts 15 are installed. After that, fixing members 13 and 14 are attached to anchor bolts 15
At the same time, level it with the height adjustment bolt 19 and tighten the related nuts, etc.
次いで、基礎枠4の各角隅部4aにおいて、第
1連結支柱5の下部5bをビス24で連結支柱受
け23に螺着して第1連結支柱5を立設し、以つ
て隣り合う第1連結支柱5,5の各上部5a,5
a間に囲枠6の対応する辺をビス止め等により止
着し架設する。 Next, at each corner 4a of the foundation frame 4, the lower part 5b of the first connecting column 5 is screwed to the connecting column receiver 23 with the screw 24, and the first connecting column 5 is erected. Each upper part 5a, 5 of the connecting struts 5, 5
Corresponding sides of the surrounding frame 6 are fastened and constructed by screws or the like between the spaces a.
本実施例は部屋形状がシンプルであり、よつ
て、囲枠6を全周架設し終えた段階で横梁7を囲
枠6の対向辺間に架け渡し、両端を止着する。こ
の時、ブレース8及びコーナープレート9も止着
しておく。部屋形状が複雑な場合やルームスペー
スが広い場合には、囲枠を適宜な辺まで架設した
段階で対応する横梁を架け渡し、その部分のブレ
ースやコーナープレートを止着しておき、同様な
作業を繰り返すことで、全周の施工を済ます。 In this embodiment, the room shape is simple, and therefore, when the surrounding frame 6 has been completely erected around the entire circumference, the cross beam 7 is spanned between the opposite sides of the surrounding frame 6, and both ends are fixed. At this time, the brace 8 and corner plate 9 are also fixed. If the shape of the room is complex or the room space is large, you can construct the enclosure frame to the appropriate side, then install the corresponding cross beams, fix the braces and corner plates in that area, and repeat the same work. By repeating this process, the entire circumference will be completed.
次いで前記囲枠6と基礎枠4の摺動部材21間
に壁パネル2の巾間隔に第2連結支柱50を第1
連結支柱5と同様に立設する。以上によりフレー
ムストラクチヤー1が構築される。 Next, a second connecting support 50 is first inserted between the sliding member 21 of the surrounding frame 6 and the base frame 4 at a width interval of the wall panel 2.
It is erected in the same way as the connecting support 5. The frame structure 1 is constructed through the above steps.
次いで壁パネル2を建付け張り込んで行く。壁
パネル2の張り込みは基礎枠4上でのどの位置か
ら開始しても良い。この壁パネル2の張り込み
は、壁パネル2を相隣接する第1連結支柱5又は
第2連結支柱50間に位置させて、この第1連結
支柱5又は第2連結支柱50の開口部5S,50
S内に壁パネル2の屈曲部206を介装材207
とともに挿入して係合することによりワンタツチ
で取付けることが出来る。このとき介装材207
により開口部5S,50Sと屈曲部206間に拡
開方向の弾性力が働いて屈曲部206は外れるこ
とがない。更に壁パネル2の上端折曲部204と
囲枠6の連結部材601とをビス602で螺着す
る。このようにして順次壁パネル2を建付けるこ
とによりプレフアブルームPの部屋空間Sの側面
が形成される。 Next, wall panel 2 is installed and pasted. The installation of the wall panel 2 may start from any position on the base frame 4. This wall panel 2 is stretched by positioning the wall panel 2 between adjacent first connecting columns 5 or second connecting columns 50, and openings 5S, 50 of the first connecting columns 5 or second connecting columns 50.
The bent part 206 of the wall panel 2 is inserted into the intervening material 207
By inserting and engaging together, it can be installed with one touch. At this time, the intervening material 207
As a result, an elastic force in the expansion direction acts between the openings 5S, 50S and the bent portion 206, so that the bent portion 206 does not come off. Furthermore, the upper end bent portion 204 of the wall panel 2 and the connecting member 601 of the surrounding frame 6 are screwed together using screws 602. By sequentially erecting the wall panels 2 in this manner, the side surfaces of the room space S of the prefabricated room P are formed.
次いで天井3を以下の要領で吊設して部屋空間
Sの上面を形成する。 Next, the ceiling 3 is suspended in the following manner to form the upper surface of the room space S.
先ず、アツパフツク51にボルト52を取付け
ると共にこのボルト52にホルダ55を係着した
ものを所要組数用意しておき、これらを各横梁7
の下縁部7aに引掛け所定の間隔で垂設した後、
天井フレーム56をホルダ55に通して取付けて
行く。 First, prepare the required number of sets in which bolts 52 are attached to the fasteners 51 and holders 55 are attached to the bolts 52, and these are attached to each cross beam 7.
After hanging it on the lower edge 7a of the
The ceiling frame 56 is passed through the holder 55 and attached.
次に、天井フレーム56の高さ調整及びレベル
ロアーフツク57の下部に引掛けて張り込んでゆ
き、最後に係止片60を取付けて天井3の揺れ止
めを行う。 Next, the height of the ceiling frame 56 is adjusted and the ceiling frame 56 is hooked to the lower part of the level lower hook 57 to be tightened, and finally, a locking piece 60 is attached to prevent the ceiling 3 from swinging.
以上述べたプレフアブルームの組立方法によれ
ば、壁パネル2を建付けていく上で、基礎枠4を
下枠とし囲枠6を上枠とする建付構造が建付施工
に先立つて構築される為、任意枚数の壁パネル2
の建付を基礎枠4の角隅部4aに限らずその任意
の位置から開始することができるとともに、壁パ
ネル2を係合によりワンタツチえ取付けることが
出来、よつて施工が迅速であるのみか、側方から
の張込が可能である点簡易な作業で済み、しかも
第1連結支柱5及び第2連結支柱50が上下の枠
を堅牢強固に保持する柱として機能することか
ら、所望の部屋形状に応じたプレフアブルーム全
体のリジツドなフレームストラクチヤー1が構築
され、従つて建付時の安定性に優れ、本組状態で
の建付施工が可能となる。 According to the prefabricated room assembly method described above, when the wall panel 2 is being erected, the construction structure in which the foundation frame 4 is the lower frame and the surrounding frame 6 is the upper frame is constructed prior to the erection work. Any number of wall panels 2
Installation can be started not only from the corner 4a of the foundation frame 4, but also from any position, and the wall panel 2 can be attached with one touch by engagement, which not only speeds up the construction. , the work is simple as it can be staked out from the side, and the first connecting support 5 and the second connecting support 50 function as pillars that firmly hold the upper and lower frames, so it can be installed in any desired room. A rigid frame structure 1 of the entire prefabricated room is constructed according to the shape, and therefore, stability during erection is excellent, and erection work can be carried out in the fully assembled state.
(発明の効果)
以上の説明から明らかな如く本発明によれば、
基礎枠と、該基礎枠に立設した第1連結支柱に支
持される囲枠との間に壁パネル2の巾間隔で第2
連結支柱を立設したため、プレフアブルームの側
面剛性を高めることが出来、更にこれらの第1連
結支柱及び第2連結支柱の相隣り合う間に壁パネ
ル2を係合して取付けるようにしたため、壁パネ
ル2の取付けをワンタツチで行うことが出来、以
つて迅速な施工を行うことが出来る。(Effect of the invention) As is clear from the above description, according to the present invention,
Between the foundation frame and the surrounding frame supported by the first connecting columns erected on the foundation frame, a second
Since the connecting struts were installed upright, the side rigidity of the prefabricated room could be increased, and since the wall panel 2 was engaged and attached between the first connecting struts and the second connecting struts that were adjacent to each other, The wall panel 2 can be attached with one touch, and construction can be carried out quickly.
第1図はプレフアブルームの全体斜視図、第2
図は第1図の−線縦断面図の要部拡大図、第
3図は同−線横断面の要部拡大図、第4図は
第2図同−線横断面の要部分解図である。
尚、図中、2は壁パネル、4は基礎枠、4aは
角隅部、5は第1連結支柱、5aは同柱の上部、
6は囲枠、7,8は補強梁、50は第2連結支
柱、206は壁パネルの係合部、Fは床、Pはプ
レフアブルーム、Sは部屋空間である。
Figure 1 is an overall perspective view of the prefabricated bloom, Figure 2
The figure is an enlarged view of the main part of the vertical cross-section taken along the - line in Fig. 1, Fig. 3 is an enlarged view of the main part of the cross-section taken along the - line of Fig. 2, and Fig. 4 is an exploded view of the main part of the cross-section taken along the - line of Fig. 2. be. In addition, in the figure, 2 is a wall panel, 4 is a foundation frame, 4a is a corner, 5 is a first connecting column, 5a is the upper part of the same column,
6 is a surrounding frame, 7 and 8 are reinforcing beams, 50 is a second connecting column, 206 is an engaging part of a wall panel, F is a floor, P is a prefabricated room, and S is a room space.
Claims (1)
設した後、該基礎枠上に複数の壁パネルを建て巡
らして部屋空間を画成するプレフアブルームの組
立方法において、 前記基礎枠を敷設した後、該基礎枠の角隅部に
第1連結支柱を立設し、次いでこれらの第1連結
支柱に各第1連結支柱の上部を巡らせて囲枠を固
設した後、該囲枠に補強梁を架設し、前記基礎枠
と囲枠間に第2連結支柱を前記壁パネルの巾間隔
で立設し、その後に前記壁パネルを前記第1及び
第2連結支柱の相隣り合う間に係合して建付ける
ことを特徴とするプレフアブルームの組立方法。 2 建物躯体の床上に敷き回された基礎枠と、該
基礎枠上に建付けられた壁パネルとを備えて成
り、該壁パネルにより所望の部屋空間が画成され
ているプレフアブルームの組立構造において、 前記壁パネルの両側に設けた係合部と、前記基
礎枠の角隅部に立設された前記壁パネルの係合部
に係合する第1連結支柱と、これら第1連結支柱
に各第1連結支柱の上部を巡らせて固設された囲
枠と、該囲枠に架設される補強梁と、前記囲枠と
前記基礎枠間に前記壁パネルの巾間隔で立設され
前記壁パネルの係合部と係合する第2連結支柱と
を備えてなることを特徴とするプレフアブルーム
の組立構造。[Scope of Claims] 1. A prefabricated room assembly method in which a foundation frame is laid on the floor of a building frame in a desired room shape, and then a plurality of wall panels are erected on the foundation frame to define a room space, After laying the foundation frame, first connecting columns are erected at the corners of the foundation frame, and then the upper part of each first connecting column is wrapped around these first connecting columns and an enclosing frame is fixed. , a reinforcing beam is erected on the surrounding frame, a second connecting support is erected between the foundation frame and the surrounding frame at a width interval of the wall panel, and then the wall panel is connected to the first and second connecting support. A method for assembling a prefabricated room characterized by engaging and erecting adjacent parts. 2. Assembly of a prefabricated room comprising a foundation frame laid out on the floor of a building frame and a wall panel erected on the foundation frame, in which a desired room space is defined by the wall panel. In the structure, the engaging portions provided on both sides of the wall panel, the first connecting struts that engage with the engaging portions of the wall panel erected at the corners of the foundation frame, and these first connecting struts. a surrounding frame fixedly installed around the upper part of each first connecting column, a reinforcing beam installed on the surrounding frame, and a reinforcing beam erected between the surrounding frame and the foundation frame at a width interval of the wall panel. A prefabricated room assembly structure comprising a second connecting support that engages with an engaging portion of a wall panel.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP20395087A JPS6448973A (en) | 1987-08-17 | 1987-08-17 | Method of assembling prefabricated room and structure |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP20395087A JPS6448973A (en) | 1987-08-17 | 1987-08-17 | Method of assembling prefabricated room and structure |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS6448973A JPS6448973A (en) | 1989-02-23 |
JPH047791B2 true JPH047791B2 (en) | 1992-02-13 |
Family
ID=16482357
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP20395087A Granted JPS6448973A (en) | 1987-08-17 | 1987-08-17 | Method of assembling prefabricated room and structure |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS6448973A (en) |
Families Citing this family (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH03146843A (en) * | 1989-10-31 | 1991-06-21 | Murata Mfg Co Ltd | Impact fracture test method for electronic parts |
KR100396117B1 (en) * | 2001-02-15 | 2003-09-03 | 아주렌탈 주식회사 | a prefabricated toilet |
CN103866862B (en) * | 2014-04-02 | 2016-08-17 | 天津市嘉宇工贸有限公司 | The multi-functional removable combination log cabin of suspension-type without ground |
-
1987
- 1987-08-17 JP JP20395087A patent/JPS6448973A/en active Granted
Also Published As
Publication number | Publication date |
---|---|
JPS6448973A (en) | 1989-02-23 |
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