JP2009264044A - Partition wall structure and its construction method - Google Patents

Partition wall structure and its construction method Download PDF

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JP2009264044A
JP2009264044A JP2008116941A JP2008116941A JP2009264044A JP 2009264044 A JP2009264044 A JP 2009264044A JP 2008116941 A JP2008116941 A JP 2008116941A JP 2008116941 A JP2008116941 A JP 2008116941A JP 2009264044 A JP2009264044 A JP 2009264044A
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columnar
partition wall
fixing
holes
fixing member
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Tsunehiro Ouchi
庸博 大内
Yukihiko Santo
幸彦 山東
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DAICHI KK
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a comfortable living space by improving soundproof property (sound insulating property), moisture-proof property and heat insulating property without injuring inhabitants' health in a partition wall in a multistory reinforced concrete structure. <P>SOLUTION: This partition wall structure comprises columnar wood 4 piled up for use; splines 8 interposed between the columnar wood 4; connecting and fixing members 10 for connecting and fixing the columnar wood 4; and straining and fixing members 11 for straining and fixing the columnar wood 4. The columnar wood 4 is formed with recesses in the upper and lower faces, and each recess is formed with a plurality of holes with a required space. The spline 8 is formed with holes corresponding to the plurality of holes, and the connecting and fixing member 10 is driven into at least one hole and formed in a length to be located over the columnar wood 4. The straining and fixing member 11 is inserted through the hole into which no connecting and fixing member 10 is driven, to carry out straining and fixing between the columnar wood located at the lowermost part and the columnar wood located at the uppermost part. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

本発明は、マンションなどの多層階鉄筋コンクリート建造物において、木材を使用した部屋の間仕切り壁構造および間仕切り壁の施工方法に関するものである。   The present invention relates to a partition wall structure and a partition wall construction method using wood in a multi-storey reinforced concrete building such as an apartment.

一般にこの種の多層階鉄筋コンクリート建造物における区画壁はコンクリート壁で形成されており、その区画された中での間仕切り壁も、その一部は、建造物の駆体構築の際に同時にコンクリート壁で形成されるが、多くの場合、建造物の駆体構築後に間仕切り用の壁パネルを設置している。   In general, the partition walls in this type of multi-story reinforced concrete buildings are formed of concrete walls, and some of the partition walls in the partitions are also concrete walls at the same time when building the building body. In many cases, partition wall panels are installed after building structures have been built.

上記区画壁の場合には、表面に装飾用のクロスを貼ったり、板状のパネルや木製の板材を取り付けたりしていることが多く、また、間仕切り用の壁パネルにおいては、石膏ボードやベニヤ板などをベースにした合成板が使用されることが多く、仕切部に複数本の間柱を取り付け、該間柱の両側から石膏ボードや合成板を取り付けるようにして間仕切りする構成である。   In the case of the partition wall, a decorative cloth is pasted on the surface, a plate-like panel or a wooden board is often attached, and a gypsum board or plywood board is used for the partition wall panel. In many cases, a synthetic plate based on the above is used, and a plurality of studs are attached to the partitioning part, and a gypsum board or a composite board is attached from both sides of the studs.

公知の間仕切り用壁パネルとして、例えば、断面形状が矩形であってその長辺の相対する面に各々溝部を形成した木軸と面材とからなる壁パネルの固定に際し、縦枠端部に、相対する縦枠溝部を挟持する側部と水平部とを備え、且つ水平部に突出片を設けた接続部材を装着し、この水平部を下地面に設けた敷桟木軸溝部に嵌入し、突出片を固定するようにしたものである(特許文献1)。   As a known partition wall panel, for example, when fixing a wall panel composed of a wooden shaft and a face material each having a rectangular cross-sectional shape and having grooves formed on the opposing surfaces of the long sides, A connecting member provided with a side part that sandwiches the opposite vertical frame groove part and a horizontal part, and provided with a projecting piece on the horizontal part, is fitted into the floor frame shaft groove part provided on the ground surface, and protrudes. The piece is fixed (Patent Document 1).

そして、上記構成にすることによって、突出片においてパネルを固定でき、その釘打ち等による固定は従来の斜め釘打ちに比べてはるかに容易であり、その固定は、各所で均一であって、品質安定性も良好となる。また、短時間で、確実に間仕切り壁等を構成することを可能とするというものである。   With the above configuration, the panel can be fixed on the projecting piece, and fixing by nailing or the like is much easier than conventional diagonal nailing, and the fixing is uniform in each place, quality Stability is also good. Further, the partition wall and the like can be reliably configured in a short time.

特開平07−259223号公報JP 07-259223 A

ところで、一般的な区画壁や間仕切り用の壁パネルにおいては、クロスを貼るために化学薬剤である接着剤が使用されるため居住者にシックハウスと称される健康を害する虞があると共に、壁パネル使用の場合には、防音性(遮音性)、防湿性、断熱性に劣るという問題点を有している。   By the way, in a general partition wall or partition wall panel, the adhesive which is a chemical agent is used to stick a cloth, so there is a risk of damaging the health called sick house to the resident, and the wall panel. In the case of use, it has the problem that it is inferior to soundproofing (sound insulation), moistureproofness, and heat insulation.

また、前記特許文献1に記載の間仕切り壁は、木材からなる木軸と石膏ボードの面材とからなる壁パネルで構成されているが、石膏ボードでは、やはり防音性(遮音性)、防湿性、断熱性に劣るという問題点を有している。   In addition, the partition wall described in Patent Document 1 is composed of a wall panel made of a wooden shaft made of wood and a face material of gypsum board, but the gypsum board also has soundproofing (soundproofing) and moistureproofing properties. It has the problem of being inferior in heat insulation.

従って、従来技術および公知技術の区画壁または間仕切り壁においては、居住者の健康を害しないようにすること、および防音性(遮音性)、防湿性、断熱性を向上させて快適な居住空間を得ることに解決課題を有している。   Therefore, in the partition wall or partition wall of the prior art and the publicly known technology, a comfortable living space is provided by preventing the health of the resident from being harmed and improving soundproofing (soundproofing), moistureproofness, and heat insulation. Having a problem to solve.

本発明の一つは、多層階鉄筋コンクリート建造物における室内の間仕切り壁であって、
積み重ねて使用する柱状木材と、積み重ねられる柱状木材間に介在させるやとい実と、積み重ねられた柱状木材の複数を連結固定する連結固定部材と、積み重ねられた柱状木材を緊張固定する緊張固定部材とからなり、前記柱状木材は、重なり合う上下面に凹部を形成すると共に、該凹部に所要間隔をもって複数の孔を形成し、前記やとい実は、前記凹部に嵌る幅と凹部の深さの2倍の厚さを有し、前記複数の孔と対応する孔が形成され、前記連結固定部材は、前記孔の少なくとも一つに打ち込まれて少なくとも上下に積み重ねられた柱状木材間に渡って位置する長さに形成され、前記緊張固定部材は、前記孔の内、連結固定部材が打ち込まれていない孔に挿通し、最下部に位置する柱状木材と最上部に位置する柱状木材間を緊張固定する構成であることを特徴とする間仕切り壁構造を提供するものである。
One of the present invention is an indoor partition wall in a multi-story reinforced concrete building,
Columnar timber to be used in a stacked manner, as soon as it is interposed between the stacked columnar timbers, a connecting fixing member for connecting and fixing a plurality of stacked columnar timbers, and a tension fixing member for fixing and fixing the stacked columnar timbers The columnar timber is formed with recesses on the upper and lower surfaces that overlap each other, and a plurality of holes are formed in the recesses with a required interval. In fact, the columnar timber is twice the width of the recesses and the depth of the recesses A hole having a thickness and corresponding to the plurality of holes is formed, and the connecting and fixing member is a length that is positioned between columnar timbers that are driven into at least one of the holes and stacked at least vertically. The tension fixing member is inserted into a hole in the hole where the connection fixing member is not driven, and tension-fixed between the columnar wood located at the lowermost part and the columnar wood located at the uppermost part. There is provided a partition wall structure, characterized in that it.

この間仕切り構造の発明において、前記柱状木材は、芯材の両側面に表面板を貼り合わせた合成または集成木材であること;前記連結固定部材は、木製の角ダボであること;前記緊張固定部材は、袋ナットを介して連結できる所要長さの複数本の固定用ボルト、または所要長さの固定用ワイヤーであり、少なくとも上端部においてバネ部材が介在していること;を付加的な要件として含むものである。   In this partition structure invention, the columnar timber is a synthetic or laminated timber in which a surface plate is bonded to both side surfaces of the core; the connecting and fixing member is a wooden square dowel; the tension fixing member Is a plurality of fixing bolts of a required length that can be connected via a cap nut, or a fixing wire of a required length, and at least an upper end portion is provided with a spring member as an additional requirement; Is included.

また、本発明のもう一つは、多層階鉄筋コンクリート建造物における室内の間仕切り壁の施工方法であって、重なり合う上下面に凹部を形成すると共に、該凹部に所要間隔をもって複数の孔を形成し積み重ねて使用する柱状木材と、該柱状木材の積み重ねられる間に介在させ前記複数の孔と対応する孔が形成されたやとい実と、積み重ねられた柱状木材の孔に打ち込んで上下の複数を連結固定する連結固定部材と、柱状木材の孔に挿通し積み重ねられた全部の柱状木材を緊張固定する緊張固定部材とを使用し、前記柱状木材は前記やとい実を介在させて積み重ね、複数段積み重ねる毎に前記孔の幾つかに前記連結固定部材を打ち込んで少なくとも上下に位置する柱状木材を連結固定し、前記柱状木材の孔の内、連結固定部材が打ち込まれていない複数の孔に緊張固定部材を挿通し、該緊張固定部材は最上部まで柱状木材を積み重ねた後に最下部の柱状木材との間で緊張固定することを特徴とする間仕切り壁の施工方法を提供するものである。   Another aspect of the present invention is a method for constructing an indoor partition wall in a multi-story reinforced concrete building, in which a concave portion is formed on the upper and lower surfaces, and a plurality of holes are formed in the concave portion with a predetermined interval and stacked. The columnar timber to be used and the columnar timber that is interposed between the stacked timbers and the holes corresponding to the plurality of holes are formed, and the upper and lower columns are connected and fixed by driving into the stacked columnar timber holes. Connecting and fixing members, and tension fixing members that tension and fix all the columnar timbers that are inserted and stacked in the holes of the columnar timber. The connecting and fixing member is driven into some of the holes to connect and fix the columnar timber positioned at least vertically, and the connecting and fixing member is driven into the hole of the columnar timber. The tension fixing member is inserted into a plurality of holes, and the tension fixing member is provided with a partition wall construction method in which the columnar lumber is stacked up to the uppermost portion and then tensioned and fixed with the lowermost columnar lumber. To do.

この施工方法の発明においては、最上部の柱状木材は、天井構造物との間で支持部材により支持させること、を付加的な構成要件として含むものである。   In the invention of this construction method, the uppermost columnar timber includes supporting the ceiling structure with the support member as an additional constituent element.

本発明に係る間仕切り壁構造においては、使用される主たる材料が木材であることにより、室内の調湿性や断熱性および遮音性に優れると共に、自然の素材がそのままであって肌触りが良く反響音も少ないばかりでなくシックハウス症候群なども解消され、優しい環境を造り出すことができる。
また、間仕切り壁の施工方法においては、全ての部品を工場で生産でき、全体が嵩張らずに施工現場に運び込むことができ、施工現場においては、主たる材料の柱状木材を順次積み重ねては連結固定部材を打ち込むだけで安定した状態で積み重ねができ、作業性も向上させることができる。
In the partition wall structure according to the present invention, the main material used is wood, so that it is excellent in indoor humidity conditioning, heat insulation and sound insulation, and the natural material remains intact and feels good and also has echo sound. Not only few but also sick house syndrome can be solved and a gentle environment can be created.
Moreover, in the partition wall construction method, all parts can be produced at the factory, and the whole can be brought to the construction site without being bulky. Stacking can be done in a stable state just by driving in and workability can be improved.

次に本発明を図示の具体的な実施の形態に基づいて詳しく説明する。図1〜図6は本発明に係る第1の実施の形態に係る間仕切り壁を示すものであり、図1は同間仕切り壁構造の一部を切り欠いて示した斜視図、図2は同間仕切り壁に使用される構成部材の一部を拡大し分離して示した斜視図、図3は同間仕切り壁に使用される上部側の緊張固定部材を示す斜視図、図4は同間仕切り壁の構築状況を略示的に示した説明図、図5は同間仕切り壁における緊張固定部材の配設状況の要部のみを略示的に示した拡大断面図、図6は同間仕切り壁における連結固定部材の配設状況の要部のみを略示的に示した拡大断面図である。また、図7〜図10は本発明に係る第2の実施の形態に係る間仕切り壁を示すものであり、図7は同間仕切り壁の構築状況を略示的に示した説明図、図8は同間仕切り壁に使用される構成部材の一部を拡大し分離して示した斜視図、図9は同間仕切り壁に使用される緊張固定部材を略示的に示した斜視図、図10は同間仕切り壁における緊張固定部材の配設状況の要部のみを略示的に示した拡大断面図である。   Next, the present invention will be described in detail based on the specific embodiments shown in the drawings. 1 to 6 show a partition wall according to a first embodiment of the present invention, FIG. 1 is a perspective view showing a part of the partition wall structure, and FIG. 2 shows the partition wall. FIG. 3 is a perspective view showing an enlarged tension fixing member used for the partition wall, and FIG. 4 is a construction of the partition wall. FIG. 5 is an explanatory view schematically showing the situation, FIG. 5 is an enlarged cross-sectional view schematically showing only a main part of the arrangement state of the tension fixing member on the partition wall, and FIG. 6 is a connection fixing member on the partition wall. It is the expanded sectional view which showed only the principal part of this arrangement | positioning condition schematically. FIGS. 7 to 10 show a partition wall according to the second embodiment of the present invention. FIG. 7 is an explanatory view schematically showing the construction state of the partition wall, and FIG. FIG. 9 is a perspective view schematically showing a tension fixing member used for the partition wall, and FIG. 10 is a perspective view schematically showing a tension fixing member used for the partition wall. It is the expanded sectional view which showed only the principal part of the arrangement | positioning condition of the tension | tensile_strength fixing member in a partition wall schematically.

まず、図1において、マンションなどの鉄筋コンクリート建造物において、間仕切りしようとする床スラブ1上に木材で形成した所要厚みの床ガイドTバー2を間仕切り位置に合わせて固定する。この床ガイドTバー2は要するに間仕切り壁3の土台(基礎)となるものであり、構築される間仕切り壁3の長さと厚みに対応させた寸法に形成されると共に位置決め用の突部2aと固定用の孔2bとが形成されており、正確に位置決めして駆体、即ち床スラブ1に固定される。   First, in FIG. 1, in a reinforced concrete building such as a condominium, a floor guide T bar 2 having a required thickness formed of wood is fixed on a floor slab 1 to be partitioned according to a partitioning position. This floor guide T-bar 2 is essentially a base (foundation) of the partition wall 3 and is formed to have a dimension corresponding to the length and thickness of the partition wall 3 to be constructed, and fixed to the positioning projection 2a. Hole 2b is formed, and is positioned accurately and fixed to the driving body, that is, the floor slab 1.

固定した床ガイドTバー2上に、間仕切り壁3を構成する主たる材料の柱状木材4を複数段順次積み重ねて構築する。この場合の柱状木材4は、図2に示したように、角柱状に形成し各角部を面取り加工5したものであり、積み重ねにより上下の重なり合う面に、長さ方向に沿って所要幅と深さの凹部6を形成すると共に、その凹部6に、該凹部6の中心線に沿って上下に貫通する所要大きさの複数個の孔7を所要間隔をもって形成してある。   On the fixed floor guide T-bar 2, a columnar timber 4 of the main material constituting the partition wall 3 is constructed by sequentially stacking a plurality of stages. As shown in FIG. 2, the columnar wood 4 in this case is formed in a prismatic shape, and each corner is chamfered 5 and is stacked on the upper and lower overlapping surfaces with a required width along the length direction. A recess 6 having a depth is formed, and a plurality of holes 7 having a required size penetrating vertically along the center line of the recess 6 are formed in the recess 6 with a required interval.

また、柱状木材4を積み重ねる上で、上下の凹部6にそれぞれ嵌め込んで隙間をなくす役目と共に積み重ねの位置決めをするやとい実8が用いられる。このやとい実8も木材で形成され、柱状木材4と同じ長さで凹部6の幅と略同じ幅で凹部6の深さの略2倍の厚みに形成すると共に、前記複数個の孔7と対応させて同数の孔9を形成してある。   Further, when stacking the columnar timbers 4, the fruit 8 is used as soon as the stacking is positioned together with the role of fitting into the upper and lower recesses 6 to eliminate the gaps. This short fruit 8 is also made of wood, is formed to have the same length as the columnar wood 4, approximately the same width as the recess 6, and approximately twice the depth of the recess 6, and the plurality of holes 7. The same number of holes 9 are formed.

さらに、柱状木材4の積み重ねにおいて、その積み重ね状態を連結させ安定させるために、前記孔7、9の幾つかに打ち込ん連結固定させる連結固定部材として木材で形成した角ダボ10が使用される。この角ダボ10の長さは柱状木材4の厚みの略2倍で、対向する角を結ぶ対角線の長さは孔7、9の直径よりも僅かに大きく形成してある。なお、最下部と最上部に使用される角ダボ10の長さは柱状木材4の厚みの略1〜1.75倍程度である場合もある。   Further, in the stacking of columnar timbers 4, in order to connect and stabilize the stacked state, square dowels 10 made of wood are used as connecting and fixing members that are driven into and fixed to some of the holes 7 and 9. The length of the corner dowel 10 is approximately twice the thickness of the columnar wood 4, and the length of the diagonal line connecting the opposing corners is slightly larger than the diameter of the holes 7 and 9. In addition, the length of the square dowels 10 used for the lowermost part and the uppermost part may be approximately 1-1.75 times the thickness of the columnar wood 4.

そして、間仕切り壁3の支えとして前記孔7、9の幾つかに挿通して締め付ける緊張固定部材として固定用ボルト11が使用される。この固定用ボルト11の長さは、柱状木材4の厚みの少なくとも4〜5倍の長さで、少なくとも両端部にネジ山11aが形成されており、該ネジ山11aに連結用の袋ナット12を螺着させて複数本が連結できるようになっている。   A fixing bolt 11 is used as a tension fixing member that is inserted into and tightened into some of the holes 7 and 9 as a support for the partition wall 3. The length of the fixing bolt 11 is at least 4 to 5 times the thickness of the columnar timber 4, and screw threads 11 a are formed at least at both ends, and a connecting cap nut 12 is connected to the screw threads 11 a. A plurality of screws can be connected by screwing.

なお、最上部における柱状木材4の固定は、図3に示したように、比較的短い固定用ボルト13が使用され、該固定用ボルト13下端部にはネジ山13aが形成され、上端部にはナット状の角形ヘッド13bが一体に形成されている。そして、この固定用ボルト13を定着させるための角形座金14、コイルスプリング15およびめりこみ防止用のワッシャー16が使用される。   As shown in FIG. 3, a relatively short fixing bolt 13 is used for fixing the columnar timber 4 at the uppermost part, and a screw thread 13a is formed at the lower end of the fixing bolt 13 and the upper end is fixed. The nut-shaped square head 13b is integrally formed. A square washer 14, a coil spring 15 and a washer 16 for preventing retraction are used for fixing the fixing bolt 13.

これらの主たる部材を使用して間仕切り壁3の構築または施工について、図1乃至図4を参照して説明すると、床スラブ1上に固定した床ガイドTバー2に対して最下部の柱状木材4を積み重ねてセットする。この場合に、最下部の1段目の柱状木材4には固定用ボルト11が挿通される孔7や電気配線または電話用配線が予定される孔7に対応する位置に作業用または点検用の切欠部4aが予め設けられている。そして、セットされた1段目の柱状木材4の下部の凹部6に床ガイドTバー2の突部2aが嵌って正確に位置決めされる。   The construction or construction of the partition wall 3 using these main members will be described with reference to FIGS. 1 to 4. The lowest columnar wood 4 with respect to the floor guide T bar 2 fixed on the floor slab 1. Are stacked and set. In this case, the lowermost first-stage columnar wood 4 is used for work or inspection at a position corresponding to the hole 7 through which the fixing bolt 11 is inserted or the hole 7 in which electrical wiring or telephone wiring is planned. A notch 4a is provided in advance. And the protrusion 2a of the floor guide T-bar 2 fits in the recessed part 6 of the lower part of the set 1st-stage columnar timber 4, and it positions correctly.

位置決めしてセットされた1段目の柱状木材4に対して、その柱状木材4の上部の凹部6に孔7と孔9との位置を合わせて、やとい実8を嵌め込んでから2段目の柱状木材4を積み重ねると、先に1段目の柱状木材4の凹部6に嵌め込んであるやとい実8の上部に2段目の柱状木材4の下部側の凹部6が嵌って位置決めされて正確にセットされる。   For the first-stage columnar wood 4 that is positioned and set, the positions of the holes 7 and 9 are aligned with the recesses 6 in the upper part of the columnar lumber 4, and finally the fruit 8 is fitted into the second step. When the columnar timbers 4 are stacked, the recesses 6 on the lower side of the second-stage columnar timber 4 are positioned on the upper part of the nut 8 that is first fitted in the recesses 6 of the first-stage columnar timber 4. To be set accurately.

このように2段目の柱状木材4がセットされた状態で、固定用ボルト11や電気配線または電話用配線が予定される孔7を除いて、他の孔7に角ダボ10を打ち込む。この場合の角ダボ10の長さは柱状木材4の厚みの略1.75倍程度の長さであって、取り敢えず2段目の柱状木材4の上面に一致する高さまで打ち込んだ後に、例えば、角ダボ10よりも小径で柱状木材4の厚みと略同じ長さの補助棒等を用い、該補助棒を角ダボ10の上端部に当接させてさらに角ダボ10を終点まで打ち込むようにする。このようにして打ち込まれた角ダボ10の下端部は床ガイドTバー2の固定用の孔2bに打ち込まれ、上端部は2段目の柱状木材4の中間位置に位置して床ガイドTバー2と1段目および2段目の柱状木材4が仮の状態ではあるが連結固定される。   With the second-stage columnar wood 4 set in this manner, the square dowels 10 are driven into the other holes 7 except for the fixing bolts 11 and the holes 7 where electrical wiring or telephone wiring is planned. In this case, the length of the corner dowel 10 is about 1.75 times the thickness of the columnar wood 4 and, for the time being, after driving to a height corresponding to the upper surface of the second columnar wood 4, for example, An auxiliary bar or the like having a diameter smaller than that of the square dowel 10 and substantially the same as the thickness of the columnar wood 4 is used, and the auxiliary bar is brought into contact with the upper end portion of the square dowel 10 so that the square dowel 10 is driven to the end point. . The lower end portion of the square dowel 10 thus driven is driven into the fixing hole 2b of the floor guide T bar 2, and the upper end portion is located at an intermediate position of the second-stage columnar wood 4 and is located at the floor guide T bar. The second and first and second columnar timbers 4 are connected and fixed in a temporary state.

3段目以降は、上記と同じようにやとい実8を介在させながら柱状木材4が2段ずつ積み重ねられては角ダボ10を同じように打ち込んで連結固定すると、後で打ち込んだ角ダボ10の下端は、先に打ち込んだ2段目の中間位置において角ダボ10の上端と当接し、該角ダボ10の上端は4段目の柱状木材4の略中間位置に位置し、一連の状態になって連結固定の状態を維持する。   After the third stage, when the columnar timbers 4 are stacked in two stages while interposing the fruit 8 in the same manner as described above, the corner dowels 10 are driven in the same manner and connected and fixed. The lower end of the butt is in contact with the upper end of the square dowel 10 at the intermediate position of the second stage that has been previously driven. It keeps connected and fixed.

このように積み重ねて連結固定する途中で、5段目の柱状木材4を積み重ねた段階で、固定用ボルト11を予定された所定の孔7に上部からそれぞれ挿着する。この場合に、固定用ボルト11の上端部には予め袋ナット12を螺着させた状態で装着し、固定用ボルト11の下端部が最下部柱状木材4の切欠部4aに臨むようになり、その下端部に角形の力板または座金17を嵌めナット18を螺着させて一応仮に定着させる(図4参照)。
なお、作業上必要があれば、図示していないが、切欠部4aにクサビ状の支持部材等を打ち込んで仮に定着させた座金17およびナット18を固定用ボルト11と一緒に上方に持ち上げて置くことができる。
In the middle of stacking and connecting and fixing in this way, the fixing bolts 11 are respectively inserted into the predetermined holes 7 from the top when the fifth columnar wood 4 is stacked. In this case, the cap nut 12 is attached to the upper end portion of the fixing bolt 11 in advance, and the lower end portion of the fixing bolt 11 faces the cutout portion 4a of the lowermost columnar wood 4. A square force plate or washer 17 is fitted to the lower end portion, and a nut 18 is screwed and temporarily fixed (see FIG. 4).
If necessary for work, although not shown, a washer 17 and a nut 18 that are temporarily fixed by driving a wedge-shaped support member or the like into the notch 4a are lifted together with the fixing bolt 11 and placed. be able to.

さらに、5段目から上部には前記の手法(工法)と同様に、やとい実8の介在と、角ダボ10の打ち込みと、固定用ボルト11の連結とを行いながら順次最上段まで柱状木材4を積み重ねるものであるが、5段目以降の固定ボルト11の連結については、上部から装着した固定用ボルト11を単にねじ込むようにすることで、下部の固定用ボルト11の上端に取り付けてある袋ナット12に螺着して連結が簡単に行えるのである。また、柱状木材4の厚みと天井スラブ30の高さの関係で、柱状木材4の積み重ね本数が異なる場合がある。そのような時には、予め設計の段階で、角ダボ10と固定用ボルト11の長さを設定しておけば、積み重ねが容易に行えるのである。   Further, from the fifth stage to the upper part, in the same manner as the above method (construction method), the columnar timber is sequentially made up to the uppermost stage while interposing the last 8, driving the corner dowels 10 and connecting the fixing bolts 11. 4, the fixing bolts 11 in the fifth and subsequent stages are connected to the upper end of the lower fixing bolt 11 by simply screwing the fixing bolt 11 attached from above. It can be easily connected by screwing onto the cap nut 12. Further, the number of the stacked columnar timbers 4 may be different depending on the relationship between the thickness of the columnar timber 4 and the height of the ceiling slab 30. In such a case, if the lengths of the corner dowels 10 and the fixing bolts 11 are set in advance at the design stage, stacking can be easily performed.

そして、最上部に積み重ねる柱状木材4の孔7は、予め段差部7aが設けられている。最上部の柱状木材4を積み重ねる際には、予め柱状木材4の孔7に角ダボ10を打ち込むと共に、図3に示した短目の固定用ボルト13を挿着した状態で載置する。この場合に、固定用ボルト13には、角形座金14、コイルスプリング15およびめりこみ防止用のワッシャー16を嵌めた状態で装着する。このように装着することで、天井スラブとの間隔が僅かであっても積み重ねることができ、角ダボ10を押し込んで固定すると共に固定用ボルト13については、コイルスプリング15を押圧しながらねじ込むようにすれば下部の袋ナット12に螺合し、めりこみ防止用ワッシャー16が段差部7aに当接し、さらに所要のレンチで締め込むことにより下部の固定用ボルト11と一連に連結して緊張した状態になる(図5および図6参照)。   And the step part 7a is previously provided in the hole 7 of the columnar timber 4 stacked on top. When stacking the uppermost columnar timber 4, the square dowel 10 is previously driven into the hole 7 of the columnar timber 4, and the short fixing bolt 13 shown in FIG. 3 is inserted and placed. In this case, the fixing bolt 13 is mounted with a square washer 14, a coil spring 15, and a washer 16 for preventing indentation fitted thereto. By mounting in this way, it is possible to stack even if the distance from the ceiling slab is small, and the square dowel 10 is pushed in and fixed, and the fixing bolt 13 is screwed while pressing the coil spring 15. Then, the lower cap nut 12 is screwed, the indentation washer 16 is in contact with the stepped portion 7a, and is tightened with a required wrench so that it is connected to the lower fixing bolt 11 in series and is in a tensioned state. (See FIG. 5 and FIG. 6).

特に、固定用ボルト13を締め付けることによって、コイルスプリング15の弾性により一連に連結された固定用ボルト11、13は常に緊張した状態で締め付けており、最下部に位置する柱状木材4から最上部に位置する柱状木材4までを所要の圧力で締め付けているのである。このように締め付けることによって、柱状木材4が乾燥時期に多少縮小しても積層状態において隙間が生じないし、また、湿気が多い時期に吸湿によって膨張してもそれに追従するのであり、全体として無理なく安定した積み重ね状態を維持すると共に、縮小・膨張により柱状木材4が暴れて変形する(曲がる)のを防止できるのである。   In particular, by fastening the fixing bolt 13, the fixing bolts 11 and 13 connected in series by the elasticity of the coil spring 15 are always tightened in a tensioned state, and the columnar wood 4 positioned at the lowermost position is tightened to the uppermost position. Up to the columnar timber 4 positioned is tightened with a required pressure. By tightening in this way, there is no gap in the laminated state even if the columnar wood 4 is somewhat reduced in the drying period, and it follows even if it expands due to moisture absorption during periods of high humidity. While maintaining a stable stacking state, the columnar wood 4 can be prevented from being violently deformed (bent) due to reduction / expansion.

このように柱状木材4を積み重ねて鈎状に形成した間仕切り壁3は、やとい実8と角ダボ10と固定ボルト11、13とによって、撓みや変形やズレが生じないで壁としての起立状態をキチント維持できるが、好ましくは、転倒防止のために間仕切り壁3の上部を一対のアングル桿19で両側から挟み複数箇所で天井構造物31に固定する。そして、間仕切り壁3の内部に電気配線などをする場合には、天井構造物31側から予定している孔7に配線を挿通し、下部の切欠部4a側において配線を引き回しコンセントなどの適宜器具を接続すればよい。   The partition wall 3 formed in a bowl shape by stacking the columnar timbers 4 in this way is standing up as a wall without any bending, deformation or misalignment due to the fruit 8, the corner dowels 10, and the fixing bolts 11 and 13. However, preferably, the upper part of the partition wall 3 is sandwiched from both sides by a pair of angle ridges 19 and fixed to the ceiling structure 31 at a plurality of locations in order to prevent toppling. When electrical wiring or the like is performed inside the partition wall 3, the wiring is inserted into the hole 7 planned from the ceiling structure 31 side, and the wiring is routed on the lower notch 4a side so that an appropriate appliance such as an outlet is provided. Can be connected.

さらに、間仕切り壁3を構築後に、室内の体裁を整えるために、間仕切り壁3の下部側には幅木20を取り付けて切欠部4aを塞ぎ、上部側には天井構造31との境部分に回り縁21を取り付けるようにする。図示の実施の形態では、柱状木材4に所要間隔をもって8個の孔7を設け、3箇所の孔7に角ダボ10を打ち込み、4箇所の孔7に固定用ボルト11を挿通して緊張固定し、1箇所の孔7を配線用とした例を示したがこれに限定されることなく、孔7の数や角ダボ10または固定用ボルト11の数につては適宜選択することができることはいうまでもない。   Further, after the partition wall 3 is constructed, a baseboard 20 is attached to the lower side of the partition wall 3 to close the notch portion 4a and the upper side is surrounded by a border with the ceiling structure 31 in order to adjust the appearance of the room. 21 is attached. In the illustrated embodiment, eight holes 7 are provided in the columnar wood 4 with a required interval, square dowels 10 are driven into the three holes 7, and fixing bolts 11 are inserted into the four holes 7 to fix the tension. In addition, although an example in which one hole 7 is used for wiring is shown, the number of holes 7 and the number of corner dowels 10 or fixing bolts 11 can be appropriately selected without being limited thereto. Needless to say.

次に、本発明の第2の実施の形態に係る間仕切り壁について図7〜図10を参照して説明する。なお、この第2の実施の形態については、柱状部材4の構成と、緊張固定部材として使用される固定用ボルト11に代えて固定用ワイヤー22が使用された点で前記第1の実施の形態と構成が相違し、その他の構成部分は略同一である。従って、理解を容易にするため、前記第1の実施の形態と同一部分については、同一符号を付して説明する。   Next, the partition wall which concerns on the 2nd Embodiment of this invention is demonstrated with reference to FIGS. In addition, about this 2nd Embodiment, it replaces with the structure of the columnar member 4, and the fixing bolt 11 used as a tension | tensile_strength fixing member, and the said 1st Embodiment is used instead of the fixing wire 22 used. The configuration is different, and the other components are substantially the same. Therefore, for ease of understanding, the same parts as those in the first embodiment will be described with the same reference numerals.

まず、図7を参照して説明すると、間仕切り壁3の構築または施工について前記第1の実施の形態と同様に、床スラブ1上に固定した床ガイドTバー2に対して最下部の柱状木材4を積み重ねてセットする。   First, referring to FIG. 7, the construction or construction of the partition wall 3 is similar to the first embodiment, and the columnar timber at the bottom of the floor guide T bar 2 fixed on the floor slab 1 is used. Stack 4 and set.

この場合に使用される柱状木材4は、図8に示したように、無垢の木材ではなく、芯材4bに対して両面側から心材4bよりも幅の広い正目の表面板4c、4dを貼り合わせた合成または集成の柱状木材である。そして、表面板4c、4dにおける外側に面する各角部を面取り加工5したものであり、また、表面板4c、4dにより柱状木材4として上下の重なり合う面、即ち、心材4bの上下面は所要幅と深さの凹部6となり、その凹部6に、該凹部6の中心線に沿って上下に貫通する所要大きさの複数個の孔7を所要間隔をもって形成してあり、その凹部6にそれぞれ嵌め込んで隙間をなくす役目と共に積み重ねの位置決めをするやとい実8が用いられ、このやとい実8も木材で形成され、柱状木材4と同じ長さで凹部6の幅と略同じ幅で凹部6の深さの略2倍の厚みに形成すると共に、前記複数個の孔7と対応させて同数の孔9を形成してある点で前記第1の実施の形態と同じである。   As shown in FIG. 8, the columnar timber 4 used in this case is not solid wood, but is provided with main surface plates 4c and 4d that are wider than the core material 4b from both sides with respect to the core material 4b. It is a laminated or laminated columnar wood. The corners facing the outside of the surface plates 4c and 4d are chamfered 5 and the upper and lower overlapping surfaces as the columnar wood 4 by the surface plates 4c and 4d, that is, the upper and lower surfaces of the core material 4b are required. A recess 6 having a width and a depth is formed, and a plurality of holes 7 of a required size penetrating vertically along the center line of the recess 6 are formed in the recess 6 with a predetermined interval. As soon as the stacking positioning is performed with the role of fitting and eliminating the gap, the fruit 8 is also made of wood, the same length as the columnar wood 4 and the same width as the recess 6 The second embodiment is the same as the first embodiment in that the thickness is approximately twice the depth of 6 and the same number of holes 9 are formed corresponding to the plurality of holes 7.

このような合成または集成の柱状木材4とすることにより、芯材4bは、細くて節目のある木材が使用でき、表面板4c、4dには正目の揃った体裁の良い木材が使用できることから、材料無駄がなく経済的に有利であると共に室内の内装材としても優れたものとなり、且つ、積み重ねて間仕切り壁3として長期に渡っても変形が生じないのである。   By using such synthetic or assembled columnar timber 4, the core material 4b can be made of thin and knotted wood, and the surface plates 4c and 4d can be made of timber with good appearance. In addition, there is no waste of materials, it is economically advantageous, it is excellent as an interior material for the room, and the partition wall 3 is not deformed even if it is stacked for a long period of time.

床ガイドTバー2に積み重ねられた最下部の1段目の柱状木材4には固定用ボルト11が挿通される孔7や電気配線または電話用配線が予定される孔7に対応する位置に作業用または点検用の切欠部4aが予め設けられている。そして、セットされた1段目の柱状木材4の下部の凹部6に床ガイドTバー2の突部2aが嵌って正確に位置決めされる。   The lowermost columnar wood 4 stacked on the floor guide T-bar 2 is operated at a position corresponding to the hole 7 through which the fixing bolt 11 is inserted and the hole 7 in which electric wiring or telephone wiring is planned. A cutout portion 4a for use or inspection is provided in advance. And the protrusion 2a of the floor guide T-bar 2 fits in the recessed part 6 of the lower part of the set 1st-stage columnar timber 4, and it positions correctly.

位置決めしてセットされた1段目の柱状木材4に対して、その柱状木材4の上部の凹部6に孔7と孔9との位置を合わせて、やとい実8を嵌め込んでから2段目の柱状木材4を積み重ねると、先に1段目の柱状木材4の凹部6に嵌め込んであるやとい実8の上部に2段目の柱状木材4の下部側の凹部6が嵌って位置決めされて正確にセットされる。   For the first-stage columnar wood 4 that is positioned and set, the positions of the holes 7 and 9 are aligned with the recesses 6 in the upper part of the columnar lumber 4, and finally the fruit 8 is fitted into the second step. When the columnar timbers 4 are stacked, the recesses 6 on the lower side of the second-stage columnar timber 4 are positioned on the upper part of the nut 8 that is first fitted in the recesses 6 of the first-stage columnar timber 4. To be set accurately.

このように2段目の柱状木材4がセットされた状態で、3段目以降の柱状木材4を順次積み重ねて連結固定部材である角ダボ10を打ち込んで最上部の柱状木材4まで連結固定される点は前記第1の実施の形態と同じである。但し、緊張固定部材である固定用ワイヤー22については、最上部の柱状木材4を積み重ねて連結固定した後に上部から挿通して緊張固定するのである。   With the second-stage columnar timber 4 set in this manner, the third-stage and subsequent columnar timbers 4 are sequentially stacked, and the corner dowels 10 serving as connection fixing members are driven into the uppermost columnar timber 4 to be connected and fixed. This is the same as in the first embodiment. However, with respect to the fixing wire 22 which is a tension fixing member, the uppermost columnar timbers 4 are stacked, connected and fixed, and then inserted through the upper part to fix the tension.

この固定用ワイヤー22は、図9に示したように、固定用ワイヤー22の上下端にはそれぞれネジ桿23、24が適宜の手段で連結されており、上部のネジ桿23はやや長く形成し、該ネジ桿23の定着固定には角形座金14、コイルスプリング15、めりこみ防止用のワッシャー16および締め付け用のナット25が使用され、下部のネジ桿24は短めに形成し、該ネジ桿24の定着固定には角形座金17と締め付け用のナット18とが使用される。   As shown in FIG. 9, the fixing wire 22 has screw rods 23 and 24 connected to the upper and lower ends of the fixing wire 22 by appropriate means, and the upper screw rod 23 is formed to be slightly longer. For fixing and fixing the screw rod 23, a square washer 14, a coil spring 15, a washer 16 for preventing indentation, and a tightening nut 25 are used, and a lower screw rod 24 is formed to be short. For fixing and fixing, a square washer 17 and a tightening nut 18 are used.

柱状木材4を順次積み重ね角ダボ10で連結固定して最上部まで積み重ねた後に、最上部の柱状部材4の角ダボ10が打ち込まれていない孔7から固定用ワイヤー22の下端部となるネジ桿24側から順次落とし込むように挿通させ、ネジ桿24の先端が下部の柱状木材4の切欠部4aに達した時に、ネジ桿24の先端部に対して角形座金17を嵌め込むと共にナット18を螺着させる。その後、上端側のネジ桿23を少し引き上げて、めりこみ防止用のワッシャー16、コイルスプリング15、角形座金14の順に装着し、締め付け用ナット25を螺着させる。めりこみ防止用のワッシャー16が孔7の段差部7aに当接した状態になり、さらに締め付け用ナット25をレンチ等の適宜の道具で締め付けることによりバネ材、即ちコイルスプリング15の反発力で固定用ワイヤー22が緊張状態に張設される。   After the columnar timbers 4 are sequentially connected and fixed with the stacked square dowels 10 and stacked to the top, the screw rod that becomes the lower end of the fixing wire 22 from the hole 7 where the corner dowels 10 of the uppermost columnar member 4 are not driven. When the tip of the screw rod 24 reaches the notch 4a of the lower columnar wood 4, the square washer 17 is fitted into the tip of the screw rod 24 and the nut 18 is screwed. Put on. Thereafter, the screw rod 23 on the upper end side is slightly pulled up, and a washer 16 for preventing indentation, a coil spring 15 and a square washer 14 are mounted in this order, and a tightening nut 25 is screwed. The washer 16 for preventing indentation comes into contact with the stepped portion 7a of the hole 7, and further, the fastening nut 25 is tightened with an appropriate tool such as a wrench to fix the spring material, that is, the repulsive force of the coil spring 15. The wire 22 is tensioned.

このように柱状木材4を積み重ねて構築した間仕切り壁3は、図10に示したように、やとい実8と角ダボ10と固定用ワイヤー22とによって、撓みや変形やズレが生じないで壁としての起立状態をキチント維持できる。そして、前記第1の実施の形態と同様に、転倒防止のために間仕切り壁3の上部を一対のアングル桿19で両側から挟み複数箇所で天井構造物31に固定する。そして、間仕切り壁3の内部に電気配線などをする場合には、天井構造物31側から予定している孔7に配線を挿通し、下部の切欠部4a側において配線を引き回しコンセントなどの適宜器具を接続すればよい。   As shown in FIG. 10, the partition wall 3 constructed by stacking the columnar timbers 4 is a wall that is not bent, deformed, or misaligned by the fruits 8, the corner dowels 10, and the fixing wires 22. It can maintain the standing state as And like the said 1st Embodiment, the upper part of the partition wall 3 is pinched | interposed from both sides by a pair of angle ridges 19 in order to prevent toppling, and is fixed to the ceiling structure 31 in multiple places. When electrical wiring or the like is performed inside the partition wall 3, the wiring is inserted into the hole 7 planned from the ceiling structure 31 side, and the wiring is routed on the lower notch 4a side so that an appropriate appliance such as an outlet is provided. Can be connected.

さらに、間仕切り壁3を構築後に、室内の体裁を整えるために、間仕切り壁3の下部側には幅木20を取り付けて切欠部4aを塞ぎ、上部側には天井構造31との境部分に回り縁21を取り付けるようにする。図示の実施の形態では、柱状木材4に所要間隔をもって8個の孔7を設け、3箇所の孔7に角ダボ10を打ち込み、4箇所の孔7に固定用ワイヤー22を挿通して緊張固定し、1箇所の孔7を配線用とした例を示したがこれに限定されることはないのである。なお、図示の実施の形態では、柱状木材4として角柱を示したが丸柱を使用できることは勿論である。   Further, after the partition wall 3 is constructed, a baseboard 20 is attached to the lower side of the partition wall 3 to close the notch portion 4a and the upper side is surrounded by a border with the ceiling structure 31 in order to adjust the appearance of the room. 21 is attached. In the illustrated embodiment, eight holes 7 are provided in the columnar wood 4 with a required interval, and square dowels 10 are driven into the three holes 7, and fixing wires 22 are inserted into the four holes 7 to fix the tension. Although an example in which one hole 7 is used for wiring has been shown, the present invention is not limited to this. In the illustrated embodiment, a prism is shown as the columnar wood 4, but it is needless to say that a round column can be used.

いずれにしても本発明に係る間仕切り壁構造および間仕切り壁の施工方法においては、高層の多層階鉄筋コンクリート建造物に限らず、民家における2階建て住宅などにおいても、二階の床スラブを形成する際でも適用できるのであり、あらゆる建造物において広く利用できるのである。   In any case, the partition wall structure and the partition wall construction method according to the present invention are not limited to a high-rise multi-story reinforced concrete structure, but also when a two-story floor slab is formed in a two-story house in a private house. It can be applied and widely used in any building.

本発明の第1の実施の形態に係る間仕切り壁の構造の一部を切り欠いて略示的に示した斜視図である。FIG. 3 is a perspective view schematically showing a part of the structure of the partition wall according to the first embodiment of the present invention. 同間仕切り壁に使用される構成部材の一部を拡大し分離して示した斜視図である。It is the perspective view which expanded and isolate | separated and showed some structural members used for the partition wall. 同間仕切り壁に使用される上部側の緊張固定部材を示す斜視図である。It is a perspective view which shows the tension | tensile_strength fixing member of the upper side used for the partition wall. 同間仕切り壁の構築状況を略示的に示した説明図である。It is explanatory drawing which showed schematically the construction condition of the partition wall. 同間仕切り壁における緊張固定部材の配設状況の要部のみを略示的に示した拡大断面図である。It is the expanded sectional view which showed only the principal part of the arrangement | positioning condition of the tension | tensile_strength fixing member in the partition wall schematically. 同間仕切り壁における連結固定部材の配設状況の要部のみを略示的に示した拡大断面図である。It is the expanded sectional view which showed only the principal part of the arrangement | positioning condition of the connection fixing member in the partition wall. 本発明に係る第2の実施の形態に係る間仕切り壁の構築状況を略示的に示した説明図である。It is explanatory drawing which showed schematically the construction condition of the partition wall which concerns on 2nd Embodiment which concerns on this invention. 同間仕切り壁に使用される構成部材の一部を拡大し分離して示した斜視図である。It is the perspective view which expanded and isolate | separated and showed some structural members used for the partition wall. 同間仕切り壁に使用される緊張固定部材を略示的に示した斜視図である。It is the perspective view which showed schematically the tension | tensile_strength fixing member used for the partition wall. 同間仕切り壁における緊張固定部材の配設状況の要部のみを略示的に示した拡大断面図である。It is the expanded sectional view which showed only the principal part of the arrangement | positioning condition of the tension | tensile_strength fixing member in the partition wall schematically.

符号の説明Explanation of symbols

1 床スラブ
2 床ガイドTバー
3 間仕切り壁
4 柱状木材
4a 切欠部
5 面取り部
6 凹部
7、9 孔
8 やとい実
10 角ダボ
11、13 固定用ボルト
12 袋ナット
14、17 角形座金
15 コイルスプリング
16 めりこみ防止用ワッシャー
18、25 ナット
19 アングル桿
20 幅木
21 回り縁
22 固定用ワイヤー
23、24 ネジ桿
DESCRIPTION OF SYMBOLS 1 Floor slab 2 Floor guide T bar 3 Partition wall 4 Columnar wood 4a Notch part 5 Chamfer part 6 Recessed part 7, 9 Hole 8 Yayomi 10 Square dowel 11, 13 Fixing bolt 12 Cap nut 14, 17 Square washer 15 Coil spring 16 Washing prevention washer 18, 25 nut
19 Angle rod 20 Skirting board 21 Around edge 22 Fixing wire 23, 24 Screw rod

Claims (6)

多層階鉄筋コンクリート建造物における室内の間仕切り壁であって、
積み重ねて使用する柱状木材と、積み重ねられる柱状木材間に介在させるやとい実と、積み重ねられた柱状木材の複数を連結固定する連結固定部材と、積み重ねられた柱状木材を緊張固定する緊張固定部材とからなり、
前記柱状木材は、重なり合う上下面に凹部を形成すると共に、該凹部に所要間隔をもって複数の孔を形成し、
前記やとい実は、前記凹部に嵌る幅と凹部の深さの2倍の厚さを有し、前記複数の孔と対応する孔が形成され、
前記連結固定部材は、前記孔の少なくとも一つに打ち込まれて少なくとも上下に積み重ねられた柱状木材間に渡って位置する長さに形成され、
前記緊張固定部材は、前記孔の内、連結固定部材が打ち込まれていない孔に挿通し、最下部に位置する柱状木材と最上部に位置する柱状木材間を緊張固定する構成であること
を特徴とする間仕切り壁構造。
An interior partition wall in a multi-story reinforced concrete building,
Columnar timber to be used in a stacked manner, as soon as it is interposed between the stacked columnar timbers, a connecting fixing member for connecting and fixing a plurality of stacked columnar timbers, and a tension fixing member for fixing and fixing the stacked columnar timbers Consists of
The columnar timber forms a plurality of holes with a required interval in the concave and concave portions on the upper and lower surfaces overlapping each other,
In fact, it has a thickness that is twice the width of the recess and the depth of the recess, and holes corresponding to the plurality of holes are formed,
The connection fixing member is formed to have a length located between columnar timbers that are driven into at least one of the holes and stacked at least vertically,
The tension fixing member is configured to be inserted through a hole in which the connection fixing member is not driven out of the holes, and to tension and fix between the columnar wood located at the lowermost part and the columnar wood located at the uppermost part. Partition wall structure.
前記柱状木材は、芯材の両側面に表面板を貼り合わせた合成または集成木材であること
を特徴とする請求項1に記載の間仕切り壁構造。
The partition wall structure according to claim 1, wherein the columnar timber is a synthetic or laminated timber in which surface plates are bonded to both side surfaces of a core material.
前記連結固定部材は、木製の角ダボであること
を特徴とする請求項1に記載の間仕切り壁構造。
The partition wall structure according to claim 1, wherein the connection fixing member is a wooden square dowel.
前記緊張固定部材は、袋ナットを介して連結できる所要長さの複数本の固定用ボルト、または所要長さの固定用ワイヤーであり、少なくとも上端部においてバネ部材が介在していること
を特徴とする請求項1に記載の間仕切り壁構造。
The tension fixing member is a plurality of fixing bolts having a required length that can be connected via a cap nut or a fixing wire having a required length, and a spring member is interposed at least at the upper end portion. The partition wall structure according to claim 1.
多層階鉄筋コンクリート建造物における室内の間仕切り壁の施工方法であって、
重なり合う上下面に凹部を形成すると共に、該凹部に所要間隔をもって複数の孔を形成し積み重ねて使用する柱状木材と、該柱状木材の積み重ねられる間に介在させ前記複数の孔と対応する孔が形成されたやとい実と、積み重ねられた柱状木材の孔に打ち込んで上下の複数を連結固定する連結固定部材と、柱状木材の孔に挿通し積み重ねられた全部の柱状木材を緊張固定する緊張固定部材とを使用し、
前記柱状木材は前記やとい実を介在させて積み重ね、複数段積み重ねる毎に前記孔の幾つかに前記連結固定部材を打ち込んで少なくとも上下に位置する柱状木材を連結固定し、
前記柱状木材の孔の内、連結固定部材が打ち込まれていない複数の孔に緊張固定部材を挿通し、該緊張固定部材は最上部まで柱状木材を積み重ねた後に最下部の柱状木材との間で緊張固定すること
を特徴とする間仕切り壁の施工方法。
A method for constructing an indoor partition wall in a multi-story reinforced concrete building,
A concave portion is formed on the upper and lower surfaces which overlap, and a plurality of holes are formed in the concave portion with a required interval and stacked, and a columnar lumber used between the stacked columnar lumbers is formed, and a hole corresponding to the plurality of holes is formed. And a fixed fixing member for driving and fixing a plurality of upper and lower columns, and a tension fixing member for fixing and fixing all the columnar timbers inserted and stacked in the holes of the columnar timber. And use
The columnar timber is stacked by interposing the nuts, and each time a plurality of layers are stacked, the connection fixing member is driven into some of the holes to connect and fix the columnar timber positioned at least vertically,
The tension fixing member is inserted into a plurality of holes in which the connecting fixing member is not driven out of the holes of the columnar timber, and the tension fixing member is stacked with the columnar timber up to the uppermost portion and then between the columnar timber at the lowermost portion. A method for constructing a partition wall, characterized by tension fixation.
最上部の柱状木材は、天井構造物との間で支持部材により支持させること
を特徴とする請求項5に記載の間仕切り壁の施工方法。
The method for constructing a partition wall according to claim 5, wherein the uppermost columnar timber is supported by a support member between the uppermost columnar timber and the ceiling structure.
JP2008116941A 2008-04-28 2008-04-28 Partition wall structure and its construction method Pending JP2009264044A (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102535684A (en) * 2012-02-17 2012-07-04 长春工程学院 Plane external collapse preventive filling wall
CN106436984A (en) * 2016-12-07 2017-02-22 盐城工学院 Fabricated light thermal-insulating and energy-saving wall with steel column stabilizing structure
JP7208680B1 (en) 2022-02-28 2023-01-19 株式会社木の力 Wood-based panel and construction method of wood-based panel
JP7208681B1 (en) 2022-02-28 2023-01-19 株式会社木の力 transformable wood panel

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102535684A (en) * 2012-02-17 2012-07-04 长春工程学院 Plane external collapse preventive filling wall
CN106436984A (en) * 2016-12-07 2017-02-22 盐城工学院 Fabricated light thermal-insulating and energy-saving wall with steel column stabilizing structure
JP7208680B1 (en) 2022-02-28 2023-01-19 株式会社木の力 Wood-based panel and construction method of wood-based panel
JP7208681B1 (en) 2022-02-28 2023-01-19 株式会社木の力 transformable wood panel
JP2023125133A (en) * 2022-02-28 2023-09-07 株式会社木の力 Wooden panel and wooden panel construction method
JP2023125310A (en) * 2022-02-28 2023-09-07 株式会社木の力 Deformable wooden panel

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