JP2916494B2 - How to build columns and beams - Google Patents

How to build columns and beams

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Publication number
JP2916494B2
JP2916494B2 JP5306883A JP30688393A JP2916494B2 JP 2916494 B2 JP2916494 B2 JP 2916494B2 JP 5306883 A JP5306883 A JP 5306883A JP 30688393 A JP30688393 A JP 30688393A JP 2916494 B2 JP2916494 B2 JP 2916494B2
Authority
JP
Japan
Prior art keywords
column
plate
beams
fixing
web
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 - Lifetime
Application number
JP5306883A
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Japanese (ja)
Other versions
JPH07158160A (en
Inventor
勲 福島
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Individual
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Individual
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Priority to JP5306883A priority Critical patent/JP2916494B2/en
Publication of JPH07158160A publication Critical patent/JPH07158160A/en
Application granted granted Critical
Publication of JP2916494B2 publication Critical patent/JP2916494B2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【0001】[0001]

【産業上の利用分野】この発明は、鉄筋コンクリート構
造または鉄骨鉄筋コンクリート構造の柱に、鉄骨構造の
梁を架設結合することを特徴とする柱と梁との構築方
関する。
BACKGROUND OF THE invention, a pillar of reinforced concrete structure or a steel reinforced concrete structure, built how the columns and beams, characterized in that the construction combining the beams of steel structure
About the.

【0002】[0002]

【従来の技術】従来、鉄骨構造物あるいは、鉄筋コンク
リート構造物では、一般的には、柱と梁の両方を同一の
種類の構造物としていた。
2. Description of the Related Art Conventionally, in a steel frame structure or a reinforced concrete structure, generally, both columns and beams are of the same type.

【0003】[0003]

【発明が解決しようとする課題】従来の構造において、
梁の部分は自重が曲げに与える影響が大きく、また鉄骨
構造で十分な強度を確保できるので、自重が軽い鉄骨構
造とすることが望ましかった。また、柱の部分は圧縮等
の強度を考慮すれば鉄筋コンクリート構造物が望ましか
った。両構造の長所を取り入れ、鉄骨構造と鉄筋コンク
リート構造との両方の構造を混在させる場合には、梁及
び柱の材料が本来有している強度を十分にに発揮するこ
とができず、仕口で梁から柱に力がうまく伝わらない問
題点があった。
SUMMARY OF THE INVENTION In a conventional structure,
Since the beam has a large influence on its bending due to its own weight, and it can secure sufficient strength with a steel structure, it was desirable to use a steel structure with a light weight. In addition, a reinforced concrete structure was desired for the pillar portion in consideration of the strength such as compression. When the advantages of both structures are adopted, and both the steel frame structure and the reinforced concrete structure are mixed, the strength inherent in the material of the beams and columns cannot be sufficiently exhibited, and There was a problem that force was not transmitted well from the beam to the column.

【0004】[0004]

【課題を解決するための手段】然るにこの発明は、定着
部材を有する梁を使用すると共に、梁支持部材と連結部
材を用いて梁を支持し連結したので前記問題点を解決し
た。
The present invention solves the above-mentioned problem by using a beam having a fixing member and supporting and connecting the beam by using a beam supporting member and a connecting member.

【0005】即ちこの発明は、鉄筋コンクリート系の柱
と鉄骨系の梁とからなる構造の構築方法であって、柱構
築予定位置に所定高さの鋼材からなり、上面に支持板
を有する梁支持部材を夫々立設し、該梁支持部材の支持
に、上下フランジとウエブとからなり、上下フランジ
の接合端部を先細となるように斜に切欠いた切欠部を形
成した梁の所定数を架設し、隣接する梁の切欠部を対向
させて、隣接するのウエブを補強板を介して相互に連
結すると共に、前記梁の下フランジと前記梁支持部材
支持板とをボルト・ナットで連結し、前記梁支持部材の
上方に、次階用の梁支持部材を取付ける為の連結部材を
配置し、該連結部材の下端に設けた支持板と前記梁の上
フランジとボルト・ナットで連結し、ここで前記梁は
予め構築予定の柱の内側であって表面付近に定着部材を
固定し、あるいは前記梁を連結した後に、構築予定の柱
の内側であって表面付近に定着部材を固定してあり、続
いて前記柱構築予定位置に柱主鉄筋及び柱帯鉄筋を配筋
してこれらを互いに連結し、所定の柱構築用型枠を仮設
後にコンクリートを打設して、前記支持部材及び前記ボ
ルト・ナットを含めた梁先端部の接合部分を該コンクリ
ート内に埋設することを特徴とする柱と梁との構築方法
である。
That is, the present invention relates to a reinforced concrete column.
And a steel frame-based structure, comprising: a steel plate having a predetermined height at a position where a column is to be built ; and a support plate on an upper surface.
The beam support members having the beam are respectively erected, and the beam support members are supported.
The board consists of upper and lower flanges and a web,
Form a notch that is notched so that the joining end of
It bridged a predetermined number of forms a beam, facing the notch of the adjacent beams
Then, the webs of adjacent beams are connected to each other via a reinforcing plate, and the lower flange of the beams and the beam supporting member are connected to each other .
And a supporting plate connected with bolts and nuts, the above beam support member, placing a connecting member for attaching the beam support member for the next floor, the support plate and the beam which is provided at the lower end of the connecting member Up
Connect the flange with bolts and nuts , where the beam is
Fix the fixing member inside the pillar to be built in advance and near the surface
Fixed, or after connecting the beams, pillars of the planned construction
A fixing member is fixed inside and near the surface , and then a column main reinforcing bar and a column band reinforcing bar are arranged at the column building scheduled position and connected to each other to form a predetermined column forming formwork. After the temporary construction, concrete is poured, and the support member and the
A method of constructing a column and a beam , wherein a joint portion of a beam tip including a nut and a nut is buried in the concrete.

【0006】また、前記において、隣接する梁相互の連
結は、梁のウエブの連結は平面L字状に屈曲した補強板
を固定して行うと共に、梁の上下フランジの連結は支持
板を介して固定して行い、更に隣接する梁間に、構築予
定の柱の外周に沿った平面形状を有する囲い板を固定
て行う柱と梁との構築方法である
In the above, the connection between the adjacent beams is performed by connecting the web of the beam to a reinforcing plate bent in an L-shape in a plane.
And the connection of the upper and lower flanges of the beam is supported
It is fixed through a plate, and the space between adjacent beams is
Fixing the shroud having a planar shape along the outer periphery of the fixed pillars
This is a method of constructing columns and beams .

【0007】前記における梁支持部材は、コンクリート
を打設するまで梁のずれを防止でき、打設後のコンクリ
ートの荷重に絶えられる材質形状とし、またコンクリー
トの固化後は柱に掛かるせん断力の一部を負担できる材
質形状とすることが望ましい。また、前記において梁の
連結部分の側面を補強することもでき、この場合の補強
は、例えば梁にH型の鋼材を使用した場合には、連結部
分のウエブの材厚を厚くするように補強板を溶着して行
う。また、前記における囲い板の固定手段とは、鉄骨梁
に取り付ける為のボルト孔を穿設した鍔等を指す。
[0007] The beam supporting member in the above can prevent the beam from shifting until concrete is cast, is made of a material shape that can withstand the load of the concrete after casting, and has one shear force applied to the column after the concrete is solidified. It is desirable to make the material shape that can bear the part. In the above, the side surface of the connecting portion of the beam can be reinforced. In this case, for example, when an H-shaped steel material is used for the beam, the reinforcing member is reinforced so as to increase the thickness of the web of the connecting portion. This is performed by welding the plates. Further, the means for fixing the shroud plate in the above refers to a flange or the like having a bolt hole for attachment to a steel beam.

【0008】[0008]

【作用】梁支持部材に梁を架設したので、鉄筋コンクリ
ート製の柱内に、梁の端部を埋設できる。また、梁の上
に連結部材を設置したので、次階用の梁支持部材を連結
できる。また、梁に定着部材を設けたので、梁はコンク
リート柱内に強固に定着される。また、梁の連結に平面
L字状の補強板を使用したので、隣接する梁を容易に連
結できると共に、梁は強固に相互に連結される。また、
梁の連結部分の側面を補強したので、少ない補強量で該
部の耐力を増加でき、力を有効に伝えることができる。
Since the beam is erected on the beam supporting member, the end of the beam can be embedded in a reinforced concrete column. In addition, since the connecting member is installed on the beam, the beam supporting member for the next floor can be connected. Further, since the fixing member is provided on the beam, the beam is firmly fixed in the concrete column. Further, since the flat L-shaped reinforcing plate is used for connecting the beams, the adjacent beams can be easily connected and the beams are strongly connected to each other. Also,
Since the side surface of the connecting portion of the beam is reinforced, the strength of the portion can be increased with a small amount of reinforcement, and the force can be transmitted effectively.

【0009】[0009]

【実施例1】図1乃至図10に基づきこの発明の実施例
を説明する。
Embodiment 1 An embodiment of the present invention will be described with reference to FIGS.

【0010】(A) この発明の実施に使用する梁支持
部材及び連結部材の構成について説明する。
(A) The structures of the beam supporting member and the connecting member used in the embodiment of the present invention will be described.

【0011】梁支持部材1は、所定高さ(梁を所定高さ
に支持できる高さ)のH型鋼からなる基部2の上面に梁
の下面を支持できる第1支持板3を固着し、該第1支持
板3の上面に前記基部2と同軸に鋼板からなる嵌装部材
17を介して、前記第2支持板3aを固着して構成して
ある(図2)。
The beam support member 1 has a first support plate 3 capable of supporting the lower surface of the beam fixed to the upper surface of a base 2 made of H-shaped steel having a predetermined height (height capable of supporting the beam at a predetermined height). The second support plate 3a is fixed to the upper surface of the first support plate 3 via a fitting member 17 made of a steel plate coaxially with the base 2 (FIG. 2).

【0012】また、前記基部2と同一断面の基部6の下
面に、支持板3、3aを重ねた平面形状の略十字状の支
持板7を固着して、連結部材5を構成する(図2)。前
記において、基部2の下端部には下階の連結部材5aと
連結する為の透孔4、4が穿設されている。また、基部
6の上端部には、次階用の梁支持部材1bと連結する為
に、前記基部2の透孔4、4と位置を合せて、透孔8、
8が穿設されている。また、各支持板3、3a、7には
梁のフランジと連結する為の多数の透孔が穿設してあ
る。
Further, a connecting member 5 is formed by fixing a substantially cross-shaped support plate 7 having a planar shape in which support plates 3 and 3a are stacked on the lower surface of a base 6 having the same cross section as the base 2 (FIG. 2). ). In the above, through holes 4 for connecting to the connecting member 5a on the lower floor are formed in the lower end of the base 2. In addition, the upper end of the base 6 is aligned with the through holes 4 and 4 of the base 2 so as to be connected to the beam support member 1b for the next floor.
8 are drilled. Each support plate 3, 3a, 7 is provided with a large number of through holes for connection with the flange of the beam.

【0013】(B) この発明の実施に使用する梁の構
成を説明する。
(B) The structure of the beam used in the embodiment of the present invention will be described.

【0014】H型鋼からなる基体10の端部(梁連結位
置13)のフランジ11の隅部を斜に(ここでは45
度)切り欠いて切欠部10aを形成すると共に、ウエブ
12の両面又はいずれか片面に補強板14、14を固着
してウエブ12の材厚を厚くする。前記基体10のウエ
ブ12で、前記柱用型枠当接位置15の内側の帯鉄筋設
置位置18に、帯鉄筋部材設置用の透孔19、19を穿
設する。また、前記基体10の両側面で、前記帯鉄筋設
置位置18の内側に、基板20の先端部に縁に沿って多
数の突起21、21を設けて構成した定着部材22を嵌
挿固着する。前記定着部材22の突起21は基板20に
透孔を穿設し、該透孔23の両側に厚ワッシャー24、
24を配置し、一側からボルト25を貫通し、該ボルト
25にワッシャー26を嵌装し、ナット27を螺合締付
して構成してある(図5)。前記におけるボルト25は
ハイテンションボルトとすることが望ましい。また、前
記定着部材22の突起21は、基体10の側面から外方
へ突出した位置にある。また、基体10の両端部に他の
梁との連結用の透孔28、28を穿設して、第一梁9を
構成する(図4)。また、前記第一梁9と同一の構成で
第二梁29を構成する。
The corner of the flange 11 at the end (beam connection position 13) of the base 10 made of H-shaped steel is inclined (here, 45
Degree) The notch 10a is formed by notching, and the reinforcing plates 14, 14 are fixed to both surfaces or any one surface of the web 12 to increase the material thickness of the web 12. In the web 12 of the base body 10, through holes 19, 19 for installing a reinforcing bar member are drilled at a mounting position 18 of the reinforcing bar bar inside the column form contact position 15. On both sides of the base 10, a fixing member 22 formed by providing a number of protrusions 21 along the edge at the front end of the substrate 20 inside the band reinforcing bar installation position 18 is fitted and fixed. The protrusion 21 of the fixing member 22 has a through hole formed in the substrate 20, and thick washers 24 are provided on both sides of the through hole 23.
24, a bolt 25 is penetrated from one side, a washer 26 is fitted to the bolt 25, and a nut 27 is screwed and fastened (FIG. 5). The bolt 25 in the above is desirably a high tension bolt. The projection 21 of the fixing member 22 is located at a position protruding outward from the side surface of the base 10. Also, through holes 28 for connecting to other beams are formed in both ends of the base 10 to form the first beam 9 (FIG. 4). The second beam 29 has the same configuration as the first beam 9.

【0015】また、前記第一梁9より梁せいが低いH型
鋼で、フランジ32、ウエブ33からなる基体の梁連結
位置13に連結できる構造で、定着部材35、35を設
置した第三梁30及びこれと同一構造の第四梁31を構
成する。
A third beam 30 having fixing members 35, 35 is formed of an H-shaped steel having a lower beam width than the first beam 9 and capable of being connected to the beam connecting position 13 of the base body including the flange 32 and the web 33. And a fourth beam 31 having the same structure.

【0016】(C) この発明に使用する帯鉄筋部材の
構成を説明する。
(C) The structure of the strip reinforcing member used in the present invention will be described.

【0017】次に、この発明の実施例に使用する帯鉄筋
部材43の構成について説明する。L型鋼からなる固定
材44の一片44aに、L字形に屈曲した帯鉄筋片(帯
鉄筋の平面形状に沿った約4分の1の部分帯鉄筋)4
5、45の一端部45aを、前記固定材44と直角でか
つ所定間隔Dで、並列固着する。前記間隔Dは規定の帯
鉄筋間隔(例えば100mm〜150mm程度)に設定され
ている。また、前記帯鉄筋片45の他端部は同様の固定
材44の一片44aに固定する。また、前記固定材4
4、44の他片44bには各梁のウエブに取付ける為の
透孔48を穿設してある。また、前記固定片44、44
の一片44aで帯鉄筋片45を固定していない面に夫々
塞ぎ板46を固定する。前記塞ぎ板46は基部47と一
縁部をほぼ直角に屈曲した連結縁47aとからなってお
り、連結縁47aが固定片44に固定されている。帯鉄
筋部材43の固定片の他片44bを梁に取付けた際に、
塞ぎ板46の基部47は梁の柱型枠当接位置15に位置
し、塞ぎ板46と固定材44とで各梁のフランジの間を
密封して、コンクリート打設時に該部からコンクリート
が洩れることを防止できる(図11)。また、帯鉄筋片
45と塞ぎ板46との間は帯鉄筋片45のコンクリート
かぶり分だけ所定の距離を設けてある。
Next, the configuration of the strip reinforcing member 43 used in the embodiment of the present invention will be described. One piece 44a of the fixing member 44 made of the L-shaped steel is provided with a band-shaped reinforcing bar piece (approximately a quarter of the band-shaped reinforcing bar along the plane shape of the band-shaped reinforcing bar) 4
One end 45a of each of the members 5 and 45 is fixed in parallel at a predetermined angle D at right angles to the fixing member 44. The interval D is set to a specified strip reinforcing bar interval (for example, about 100 mm to 150 mm). Further, the other end of the strip reinforcing bar piece 45 is fixed to a piece 44a of a similar fixing material 44. The fixing member 4
A through hole 48 for attaching to the web of each beam is formed in the other piece 44b of each of the beams 4 and 44. Further, the fixing pieces 44, 44
The closing plates 46 are fixed to the surfaces of the strips 44a on which the strip reinforcing bars 45 are not fixed. The closing plate 46 includes a base 47 and a connecting edge 47 a having one edge bent at a substantially right angle, and the connecting edge 47 a is fixed to the fixing piece 44. When the other piece 44b of the fixing piece of the band reinforcing member 43 is attached to the beam,
The base portion 47 of the closing plate 46 is located at the column form contact position 15 of the beam, and the space between the flanges of each beam is sealed by the closing plate 46 and the fixing material 44, so that concrete leaks from the portion at the time of placing concrete. Can be prevented (FIG. 11). In addition, a predetermined distance is provided between the strip reinforcing piece 45 and the closing plate 46 by the amount of the concrete cover of the strip reinforcing piece 45.

【0018】(D) 次にこの発明の方法を説明する。(D) Next, the method of the present invention will be described.

【0019】 柱設置予定位置51、51に梁支持部
材1を立設し、梁支持部材1の下端部を下階の連結部材
5aの上端部(あるいは基礎)に継手板を介してボルト
ナットで連結する(図1(a)、図6)。
The beam support member 1 is erected at the pillar installation positions 51, 51, and the lower end of the beam support member 1 is connected to the upper end (or foundation) of the connecting member 5 a on the lower floor with a bolt nut via a joint plate. They are connected (FIGS. 1A and 6).

【0020】 次に、梁支持部材1の支持板3の一側
に第一梁9の端部を載置し、他側に第二梁29を載置す
る。続いて、第一梁9、第二梁29の下側のフランジ1
1、11と支持板3とをボルトナットで一体に連結す
る。
Next, the end of the first beam 9 is placed on one side of the support plate 3 of the beam support member 1, and the second beam 29 is placed on the other side. Subsequently, the lower flange 1 of the first beam 9 and the second beam 29
1, 1 and the support plate 3 are integrally connected by bolts and nuts.

【0021】 続いて、梁支持部材1の支持板3aの
一側に第三梁30を載置し、他側に第四梁31を載置す
る。また、ここでは各梁9、29、30、31の上面
(上側のフランジの上面)は同じ高さに位置している
が、段差があっても可能である。
Subsequently, the third beam 30 is placed on one side of the support plate 3 a of the beam support member 1, and the fourth beam 31 is placed on the other side. Although the upper surfaces of the beams 9, 29, 30, and 31 (the upper surfaces of the upper flanges) are located at the same height here, it is possible that there is a step.

【0022】続いて、第三梁30、第四梁31のフラン
ジ32、32及び支持板3aとをボルトナットで一体に
連結する(図1(b))。
Subsequently, the flanges 32, 32 of the third beam 30, the fourth beam 31, and the support plate 3a are integrally connected by bolts and nuts (FIG. 1B).

【0023】 次に、隣接する梁のウエブに、平面L
字型のL字補強板39、39を配置し、ボルトナットで
各梁のウエブとL字補強板39とを一体に連結固定す
る。また、第一梁9のウエブの下端部と第二梁29のウ
エブの下端部とを継手板38、38で補強する(図7、
図9(a)(b))。尚前記継手板38は、梁せいに差
がある場合には使用した方が好ましいが、不要とするこ
ともできる。
Next, the plane of the plane L
The L-shaped reinforcing plates 39 are arranged in a shape of a letter, and the web of each beam and the L-shaped reinforcing plate 39 are integrally connected and fixed with bolts and nuts. Further, the lower end of the web of the first beam 9 and the lower end of the web of the second beam 29 are reinforced by joint plates 38, 38 (FIG. 7, FIG.
FIGS. 9A and 9B). The joint plate 38 is preferably used when there is a difference between the beams, but may not be used.

【0024】 次に、前記第一梁9、第二梁29、第
三梁30及び第四梁31上に、連結部材5を、その基部
6が前記梁支持部材1の基部2と同軸になるように載置
して、各梁9、29、30、31と連結部材5の支持板
7とをボルトナットで一体に連結する(図1(c))。
Next, on the first beam 9, the second beam 29, the third beam 30, and the fourth beam 31, a connecting member 5 having a base 6 coaxial with the base 2 of the beam supporting member 1 is provided. And the beams 9, 29, 30, 31 and the support plate 7 of the connecting member 5 are integrally connected by bolts and nuts (FIG. 1 (c)).

【0025】 次に、所定位置に帯鉄筋52、52を
嵌装した柱主鉄筋53、53を配筋し、第一梁9の帯鉄
筋設置位置18、18の両側に夫々帯鉄筋部材43の固
定材44をボルトナットで固定し(図12)、柱主鉄筋
53、53と所定箇所を結束する。またこの際、帯鉄筋
部材43、43は、柱主鉄筋53、53の外側を束ねる
ように、設置する(図10(b))。
Next, the column main reinforcing bars 53, 53 with the reinforcing bars 52, 52 fitted therein are arranged at predetermined positions, and the reinforcing bars 43 of the belt reinforcing members 43 are provided on both sides of the mounting positions 18, 18 of the first beams 9. The fixing member 44 is fixed with bolts and nuts (FIG. 12), and the column main reinforcing bars 53 and 53 are bound to predetermined locations. At this time, the band reinforcing members 43 are installed so as to bundle the outer sides of the column main reinforcing bars 53 (FIG. 10B).

【0026】 続いて、帯鉄筋52、52を柱主鉄筋
53、53の所定位置に結束し、配筋を完了する(図1
(d))。
Subsequently, the band rebars 52, 52 are bound to predetermined positions of the column main rebars 53, 53, and the rebar arrangement is completed (FIG. 1).
(D)).

【0027】 次に、所定の柱型枠54及びその他の
必要な型枠を仮設してコンクリートを打設する。この
際、各梁には塞ぎ板16、17、37を設けたので、柱
型枠で梁貫通部分からコンクリートが漏れることを防止
できる。コンクリートの固化後、型枠54を取り外せ
ば、各梁の連結部分は柱55内に埋設され、柱と梁とが
構築される(図示していない)。
Next, a predetermined column formwork 54 and other necessary formwork are temporarily provided and concrete is poured. At this time, since the blocking plates 16, 17, and 37 are provided on each beam, it is possible to prevent concrete from leaking from the beam penetrating portion in the column formwork. After the concrete is solidified, if the formwork 54 is removed, the connecting portion of each beam is buried in the column 55, and the column and the beam are constructed (not shown).

【0028】前記における各部材の連結に使用したボル
トナットは、ハイテンションボルトとすることが望まし
い。
It is desirable that the bolt and nut used for connecting the above members be high tension bolts.

【0029】(E) 他の実施例 前記実施例において、第一梁9及び第二梁29と、第三
梁30及び第四梁31とは異なる梁せいとしたが、同一
の梁せいとすることもできる。この場合には,嵌挿部材
17は不要とし、第一支持板3、第二支持板3aは、前
記支持板7のような平面略十字型の形状又は平面8角形
の1枚の支持板のみ基部に固定する。また、継手板38
も不要である。
(E) Other Embodiments In the above embodiment, the first beam 9 and the second beam 29 are different from the third beam 30 and the fourth beam 31, but the same beam is used. You can also. In this case, the insertion member 17 is not necessary, and the first support plate 3 and the second support plate 3a are only one support plate having a substantially cross-shaped shape or a flat octagon like the support plate 7. Secure to the base. Also, the joint plate 38
Is also unnecessary.

【0030】また、前記実施例において、各梁はフラン
ジの隅部に45度の切欠部を設けたが、角度は梁及び支
持部材の形状により異なる
In the above embodiment, each beam is provided with a 45-degree notch at the corner of the flange, but the angle differs depending on the shape of the beam and the support member .

【0031】また、前記実施例において、塞ぎ板46は
帯鉄筋部材43に固定したが、予め各梁の柱型枠当接位
置15に、上下のフランジ間を密封できる平板状の塞ぎ
板16を固定することもできる(図13)。
In the above embodiment, the closing plate 46 is fixed to the reinforcing bar member 43. However, a flat closing plate 16 capable of sealing between the upper and lower flanges is provided at the column form contact position 15 of each beam in advance. It can also be fixed (FIG. 13).

【0032】また、前記実施例において、定着部材22
の構造は、前記構造以外でも、柱コンクリート内への梁
の定着力が強化されるような構造であれば、突起状、凹
凸状、波状、溝穴、透孔、あるいはこれらの組み合わせ
とすることもできる。また、基板20をショットブラス
トなどにより粗し、細かい凹凸を形成することもでき、
この場合には突起21を不要とすることもできる(図示
していない)。
In the above embodiment, the fixing member 22
Other than the above-mentioned structure, if the structure is such that the anchoring force of the beam in the columnar concrete is strengthened, the shape of the protrusion, the unevenness, the wavy shape, the slot, the through hole, or a combination thereof is used. Can also. Also, the substrate 20 can be roughened by shot blasting or the like to form fine irregularities,
In this case, the projection 21 may be unnecessary (not shown).

【0033】また、前記実施例において、定着部材22
は梁の側面に設けたが、図4の鎖線図示22aのよう
に、柱に埋設される位置で(定着部材22と同じ位置)
梁9の下側フランジ11の下面に設けることもできる
(図4(a)(c))。
In the above embodiment, the fixing member 22
Is provided on the side surface of the beam, but at a position buried in the pillar as shown by a chain line 22a in FIG. 4 (the same position as the fixing member 22).
It can be provided on the lower surface of the lower flange 11 of the beam 9 (FIGS. 4A and 4C).

【0034】また、前記実施例において、梁9、29、
30、31はH型鋼からなる基体を用いたが、他の構造
の鋼材から、梁の基体を構成することもできる(図示し
ていない)。
In the above embodiment, the beams 9, 29,
Although the bases 30 and 31 are made of the H-shaped steel, the bases of the beams can be made of steel having other structures (not shown).

【0035】また、前記実施例において、梁支持部材1
及び連結部材5はH型鋼を使用したが、コンクリートを
打設して固化が完了するまで、コンクリートの荷重に耐
えて梁を定位置で支持できれば他の構造とすることもで
きるが、コンクリート固化後に柱に掛かるせん断力の一
部を負担できる構造とすることが望ましい。
In the above embodiment, the beam support member 1
And although the connecting member 5 used the H-shaped steel, another structure can be adopted as long as it can withstand the load of the concrete and can support the beam in a fixed position until the concrete is poured and solidification is completed. It is desirable to have a structure that can bear a part of the shearing force applied to the column.

【0036】また、前記実施例において、帯鉄筋部材4
3は固定材44を他の形状として、帯鉄筋片45を固定
して構成することもできる。また、帯鉄筋部材43に代
わり、従来のようにL型の鉄筋から帯鉄筋片を構成し、
該帯鉄筋の一側を梁のウエブの透孔に貫通させて、ある
いは帯鉄筋片をウエブに突設させて該部に帯鉄筋を設け
ることもできる(図示していない)。あるいは、従来の
他の方法により帯鉄筋片を構成することもできる。ま
た、構造上必要とされる条件を満たせば帯鉄筋片を省略
することもできる。
In the above embodiment, the band reinforcing member 4
3 can also be configured by fixing the strip reinforcing bar piece 45 with the fixing member 44 having another shape. Further, instead of the strip reinforcing member 43, a strip reinforcing piece is formed from an L-shaped reinforcing bar as in the related art,
It is also possible to provide a band reinforcing bar in this portion by penetrating one side of the band reinforcing bar through a through hole of the beam web or projecting a band reinforcing bar piece from the web (not shown). Alternatively, the strip reinforcing piece can be formed by another conventional method. Further, if the structurally necessary condition is satisfied, the strip reinforcing strip can be omitted.

【0037】[0037]

【実施例2】図3、図14乃至図17に基づきこの発明
の他の実施例を説明する。
[Embodiment 2] Another embodiment of the present invention will be described with reference to FIGS.

【0038】(A) この発明の実施に使用する梁支持
部材及び連結部材の構成について説明する。
(A) The structures of the beam supporting member and the connecting member used in the embodiment of the present invention will be described.

【0039】梁支持部材57は、前記実施例1の基部2
と同様の基部58の上面に梁の下面を支持できる略十字
形の支持板59を固着して構成する。前記基部58と同
一断面の基部61の下面に、前記支持板59と同一形状
の支持板62を固着して、連結部材60を構成する(図
3)。前記基部58の下端部には下階の連結部材60a
と連結する為の透孔4、4が穿設され、連結部材60の
上端部には次階用の梁支持部材57bと連結する為に、
前記基部58の透孔4、4と位置を合せて、透孔8、8
が穿設されている。
The beam support member 57 is formed of the base 2 of the first embodiment.
A substantially cross-shaped support plate 59 capable of supporting the lower surface of the beam is fixed to the upper surface of a base 58 similar to the above. A connecting plate 60 is formed by fixing a supporting plate 62 having the same shape as the supporting plate 59 to the lower surface of a base 61 having the same cross section as the base 58 (FIG. 3). At the lower end of the base 58, a lower floor connecting member 60a
Through holes 4 and 4 are formed at the upper end of the connecting member 60 to connect with the beam support member 57b for the next floor.
The holes 8 and 8 are aligned with the holes 4 and 4 of the base 58.
Are drilled.

【0040】(B)この発明の実施に使用する梁の構成
を説明する。
(B) The structure of the beam used in the embodiment of the present invention will be described.

【0041】実施例1の梁9と同様に、H型鋼からなる
基体10の端部(梁連結位置13)のフランジ11の隅
を斜(45度)に切り欠いて切欠部10a、10aす
ると共に、ウエブ12の両面に補強板14、14を固着
してウエブ12の材厚を厚くする。前記基体10の両側
(ウエブ面)で、前記柱用型枠当接位置15に沿って、
囲い板65を取り付ける為の透孔72、72を縦に穿設
し、また、基体10のフランジ面に透孔72、72を穿
設する(図14(a)(b)、図15)。
As in the case of the beam 9 of the first embodiment, the corners of the flange 11 at the end (beam connection position 13) of the base 10 made of H-shaped steel are cut off obliquely (45 degrees) to form notches 10a and 10a. At the same time, the reinforcing plates 14 and 14 are fixed to both surfaces of the web 12 to increase the thickness of the web 12. On both sides (web surface) of the base body 10, along the column form contact position 15,
Through holes 72, 72 for attaching the surrounding plate 65 are vertically formed, and the through holes 72, 72 are formed in the flange surface of the base 10 (FIGS. 14 (a), (b), FIG. 15).

【0042】前記囲い板65は、平面略L字状に屈曲し
た基板66の上下両縁部66a、66b、及び両側縁6
6c、66cにL型鋼からなる取付板67、68、67
aを夫々溶着すると共に、前記基板66には前記取付板
67と並列して必要本数(ここでは1本)の補強材(L
型鋼)69、69を上下2段に連設して構成する。ま
た、前記基板66のほぼ中央部には、前記実施例1の突
起21から外側の短筒24を省略した形状の突起21a
の複数を設置してある。また、前記取付板67の所定位
置(端縁部)に梁の基体10のフランジ11に取り付け
る為の取付孔70、70が穿設されている。また、前記
取付板68の所定位置に梁の基体10のウエブ12に取
り付ける為の取付孔71、71が穿設されている。ま
た、前記囲い板65の高さは、前記基体10のウエブ1
2より若干短く、即ち、フランジ11、11内に配置で
きる高さに、形成されている(図15)。
The enclosing plate 65 includes upper and lower edges 66a, 66b, and both side edges 6 of a substrate 66 bent in a substantially L-shaped plane.
6c, 66c, mounting plates 67, 68, 67 made of L-shaped steel
a, and a necessary number (here, one) of reinforcing materials (L) is provided on the substrate 66 in parallel with the mounting plate 67.
(Die steel) 69, 69 are arranged in two stages in the vertical direction. In addition, a projection 21a having a shape obtained by omitting the outer short cylinder 24 from the projection 21 of the first embodiment is provided at a substantially central portion of the substrate 66.
Are installed. At predetermined positions (edges) of the mounting plate 67, mounting holes 70, 70 for mounting on the flange 11 of the beam base 10 are formed. At predetermined positions of the mounting plate 68, mounting holes 71 for mounting the beam 12 on the web 12 of the base 10 are formed. In addition, the height of the enclosing plate 65 is
It is formed to be slightly shorter than 2, that is, a height that can be arranged in the flanges 11, 11 (FIG. 15).

【0043】以上のようにして、第一梁64を構成す
る。同様の構造で、第二梁74、第三梁75、第四梁7
6を構成する(図16)。
The first beam 64 is formed as described above. With the same structure, the second beam 74, the third beam 75, the fourth beam 7
6 (FIG. 16).

【0044】(C) 次にこの発明の方法を説明する。(C) Next, the method of the present invention will be described.

【0045】 前記実施例1と同様に、実施例1の
乃至を行い、梁支持部材57に、第一梁64、第二梁
74、第三梁75、第四梁76を固定すると共に、L字
補強板39を使用して各梁を相互に連結し、続いてこれ
に連結部材60を連結固定する(図1(a)(b)
(c))。
As in the first embodiment, the first to sixth embodiments are performed, and the first beam 64, the second beam 74, the third beam 75, and the fourth beam 76 are fixed to the beam support member 57. Each beam is connected to each other by using the character reinforcing plate 39, and then a connecting member 60 is connected and fixed thereto (FIGS. 1A and 1B).
(C)).

【0046】 次に、帯鉄筋52、52を嵌装した柱
主鉄筋53、53を配筋する。
Next, the column main reinforcing bars 53, 53 fitted with the band reinforcing bars 52, 52 are arranged.

【0047】 続いて、実施例1と同様に、帯鉄筋5
2、52を所定位置に結束し、配筋を完了する。ここ
で、柱の梁連結部分には帯鉄筋52、52は必要ならば
配筋し(ここでは配筋していない)、また実施例1のよ
うな帯鉄筋部材43も固定しないが、囲い板65を設け
たので、実施例1の塞ぎ板34及び帯鉄筋片45の役割
を果たし、コンクリート打設時に柱主鉄筋53、53が
ずれたり、圧縮応力によりコンクリートが横方向に拡大
することを防止できる。
Subsequently, similarly to the first embodiment, the belt reinforcing bar 5
2, 52 are bound at a predetermined position, and the bar arrangement is completed. Here, the reinforcing bars 52, 52 are provided at the beam connecting portions of the columns if necessary (the reinforcing bars are not provided here), and the reinforcing bar members 43 as in the first embodiment are not fixed. Since the 65 is provided, it plays the role of the closing plate 34 and the band reinforcing piece 45 of the first embodiment, and prevents the column main reinforcing bars 53, 53 from being displaced at the time of placing concrete, and preventing the concrete from expanding in the horizontal direction due to compressive stress. it can.

【0048】 次に、第一梁64と第三梁75、第一
梁64と第四梁76、第二梁74と第四梁76、第二梁
74と第三梁、夫々の一側に囲い板65を取り付ける
(図16)。この際、取付孔70、70を各梁のフラン
ジの透孔72にボルトを嵌挿してナットで締結する。ま
た、ウエブの一側に配置した囲い板65の透孔71と梁
のウエブの透孔72、及びウエブの他側に配置した囲い
板65の透孔71にボルトを嵌挿してナットで締結して
互いに一体に固定する(図15、図16、図17)。
Next, the first beam 64 and the third beam 75, the first beam 64 and the fourth beam 76, the second beam 74 and the fourth beam 76, the second beam 74 and the third beam, The surrounding plate 65 is attached (FIG. 16). At this time, bolts are inserted into the mounting holes 70, 70 in the through holes 72 of the flanges of the beams, and fastened with nuts. Further, bolts are inserted into the through holes 71 of the enclosing plate 65 arranged on one side of the web, the through holes 72 of the web of the beam, and the through holes 71 of the enclosing plate 65 arranged on the other side of the web, and fastened with nuts. (See FIGS. 15, 16 and 17).

【0049】 次に、所定の柱型枠54及びその他の
必要な型枠を仮設してコンクリートを打設する。この
際、各梁には囲い板65、65を設けたので、該部に柱
型枠を構築することを省略できると共に、柱型枠54で
梁貫通部分からコンクリートが漏れることを防止でき
る。またコンクリートの固化後、柱型枠54を取り外せ
ば、各梁の連結部分は柱55内に埋設され、柱と梁とが
構築される(図示していない)。また、コンクリート固
化後も囲い板65は取り外さず、突起21aによりコン
クリートと定着される。
Next, a predetermined column form 54 and other necessary forms are temporarily provided and concrete is poured. At this time, since the enclosing plates 65 and 65 are provided on each beam, it is possible to omit the construction of the column formwork in that portion, and it is possible to prevent the concrete from leaking from the beam penetrating portion in the column formwork 54. After the concrete is solidified, if the column form 54 is removed, the connecting portion of each beam is buried in the column 55, and the column and the beam are constructed (not shown). Further, even after the concrete is solidified, the surrounding plate 65 is not removed, and is fixed to the concrete by the projections 21a.

【0050】前記におけるの工程との工程は先後逆
に行うこともできる。
The above steps can be performed in reverse order.

【0051】(D)他の実施例 前記実施例において、囲い板65、65の内側の各梁
に、実施例1と同様で塞ぎ板34を省略した帯鉄筋部材
43、43を固定することもできる。また、帯鉄筋部材
43に代わり、従来のようにL型の鉄筋から帯鉄筋片を
構成し、該帯鉄筋の一側を梁のウエブの透孔に貫通させ
て、あるいは帯鉄筋片をウエブに突設させて該部に帯鉄
筋を設けることもできる(図示していない)。
(D) Other Embodiments In the above-described embodiment, the strip reinforcing members 43, 43 in which the closing plate 34 is omitted, similar to the first embodiment, may be fixed to the beams inside the enclosing plates 65, 65. it can. Further, instead of the band reinforcing member 43, a band reinforcing bar piece is formed from an L-shaped reinforcing bar as in the related art, and one side of the band reinforcing bar is penetrated through a through hole of the beam web, or the band reinforcing bar piece is formed on the web. It is also possible to provide a band reinforcing bar by projecting (not shown).

【0052】また、前記実施例において各梁の梁せいを
同一としたが、実施例1と同様に、第1梁及び第2梁、
と第3梁及び第4梁との梁せいを異なる高さとすること
もできる。この場合には実施例1と同様の梁支持部材1
を使用する。
Further, in the above embodiment, the beam width of each beam is the same. However, similarly to the first embodiment, the first beam, the second beam,
The heights of the beam and the third and fourth beams may be different from each other. In this case, the same beam supporting member 1 as in the first embodiment is used.
Use

【0053】また、前記実施例において、囲い板65は
コンクリートとの定着を良くする為に突起21aを設け
たが、実施例1の突起21とすることもでき、また実施
例1の定着部材の他の構造のように、突起状、凹凸状、
波状、溝穴、透孔、あるいはこれらの組み合わせとする
こともできる。また、基板66をショットブラストなど
により粗し、細かい凹凸を形成することもでき、この場
合には突起21aを不要とすることもできる(図示して
いない)。また、囲い板65は、各梁に固定できると共
に、コンクリートの洩れを防止し、柱主鉄筋53をほぼ
定位置に支持できれば、他の構造とすることもできる。
In the above-described embodiment, the surrounding plate 65 is provided with the protrusion 21a in order to improve the fixation to the concrete. However, the cover plate 65 may be the protrusion 21 of the first embodiment. Like other structures, protrusions, irregularities,
It can also be corrugated, slotted, through-hole, or a combination thereof. Further, the substrate 66 may be roughened by shot blasting or the like to form fine irregularities. In this case, the projection 21a may be unnecessary (not shown). In addition, the enclosing plate 65 can have another structure as long as it can be fixed to each beam, can prevent concrete from leaking, and can support the column main reinforcing bar 53 at a substantially fixed position.

【0054】また、前記実施例において、囲い板65を
構築現場で取り付けたが、囲い板65の一側を予め仮に
各梁に取付けておくこともできる。あるいは、ウエブの
両側に囲い板65を固定した2つの梁と、固定板を取り
付けない2つの梁を使用することもできる。また、囲い
板65の取り付けに際して、囲い板65を梁の上下のフ
ランジに軸止して、水平面内で回転自在とすることもで
きる。
In the above embodiment, the shroud 65 is attached at the construction site. However, one side of the shroud 65 may be temporarily attached to each beam in advance. Alternatively, two beams to which the surrounding plate 65 is fixed on both sides of the web and two beams to which no fixing plate is attached may be used. When the shroud plate 65 is attached, the shroud plate 65 may be fixed to the upper and lower flanges of the beam so as to be rotatable in a horizontal plane.

【0055】また、各梁、梁支持部材及び連結部材にお
ける他の構造は実施例1と同様である。
The other structures of each beam, beam supporting member and connecting member are the same as in the first embodiment.

【0056】[0056]

【実施例3】図18、図19に基づきこの発明の他の実
施例を説明する。
Embodiment 3 Another embodiment of the present invention will be described with reference to FIGS.

【0057】前記実施例1、2では、4本の梁をその先
端部を互いに連結したが、この実施例では、1本の梁の
側面に、2本の梁を付け合わせて連結する実施例であ
る。
In the first and second embodiments, the four beams are connected at their ends to each other. In this embodiment, two beams are connected to the side surface of one beam. is there.

【0058】H型鋼からなる基体81の両側面で梁連結
位置13に、連結される梁のウエブの位置に合わせて、
連結板84、84を嵌挿固着する。また、前記基体81
の両側面で、柱用型枠当接位置15、15に塞ぎ板8
5、85を夫々嵌挿固着する。また、前記基体81の両
側面で、前記帯鉄筋設置位置18の内側に、基板86の
先端部に縁に沿って多数の突起21、21を設けて構成
した定着部材87を嵌挿固着する。前記定着部材87の
突起21の構成は実施例1、2と同様である(図4)。
以上のようにして、第一梁80を構成する(図18)。
In accordance with the position of the web of the beam to be connected,
The connecting plates 84, 84 are fitted and fixed. In addition, the base 81
On both sides of the block, at the abutment positions 15, 15 for the pillar formwork,
5, 85 are respectively inserted and fixed. On both sides of the base 81, a fixing member 87 formed by providing a large number of projections 21 along the edge at the end of the substrate 86 inside the belt reinforcing bar installation position 18 is fitted and fixed. The configuration of the protrusion 21 of the fixing member 87 is the same as in the first and second embodiments (FIG. 4).
The first beam 80 is configured as described above (FIG. 18).

【0059】また、前記第一梁80の梁連結位置13の
両側に連結される第二梁88、第三梁89の構成につい
て説明する。H型鋼からなる基体90の両側面で、柱用
型枠当接位置15に、前記塞ぎ板85、85と同様の、
塞ぎ板93、93を夫々嵌挿固着する。前記基体90の
ウエブ92で、前記柱用型枠当接位置15の内側の帯鉄
筋設置位置18に、帯鉄筋部材設置用の透孔を穿設す
る。また、前記基体90の両側面で、前記帯鉄筋設置位
置18の内側に、前記定着部材87と同様の定着部材9
4を嵌挿固着する。以上のようにして第二梁88を構成
し、同様に第三梁89を構成する(図18)。
The configuration of the second beam 88 and the third beam 89 connected to both sides of the beam connection position 13 of the first beam 80 will be described. On both sides of the base 90 made of H-section steel, at the column form contact position 15, the same as the closing plates 85, 85,
The closing plates 93, 93 are respectively inserted and fixed. In the web 92 of the base body 90, a through hole for installing a reinforcing bar member is formed in the reinforcing bar installation position 18 inside the column form contact position 15. Further, the fixing member 9 similar to the fixing member 87 is provided on both sides of the base 90 and inside the band reinforcing bar installation position 18.
4 is inserted and fixed. The second beam 88 is formed as described above, and the third beam 89 is similarly formed (FIG. 18).

【0060】尚、この実施例に使用する梁支持部材は実
施例1、2と同様である。
The beam supporting member used in this embodiment is the same as in the first and second embodiments.

【0061】次にこの発明の使用について説明する。Next, the use of the present invention will be described.

【0062】実施例1、2と同様に梁支持部材11を立
設する。
The beam support member 11 is erected as in the first and second embodiments.

【0063】次に、梁支持部材上に、第一梁80を載置
し、続いて、第二梁88、第三梁89を梁支持部材1上
に載置する。
Next, the first beam 80 is placed on the beam support member, and then the second beam 88 and the third beam 89 are placed on the beam support member 1.

【0064】第一梁80の一方の連結板84と第二梁8
9のウエブ92とを、第一梁80の他方の連結板84と
第三梁89のウエブ92とを、夫々継手板95、95を
添えてボルトナットで連結固定すると共に、各梁80、
88、89を梁支持部材1に固定する。次に、各梁8
0、88、89上に、連結部材(図示していない)を載
置してボルトナットで連結する。
One connecting plate 84 of the first beam 80 and the second beam 8
9 and the other connecting plate 84 of the first beam 80 and the web 92 of the third beam 89 are connected and fixed with bolts and nuts together with joint plates 95 and 95, respectively.
88 and 89 are fixed to the beam support member 1. Next, each beam 8
A connecting member (not shown) is placed on 0, 88, 89 and connected with bolts and nuts.

【0065】次に、所定位置に帯鉄筋52、52を嵌装
した柱主鉄筋53、53を配筋し、前記実施例1と同様
の帯鉄筋部材43を所定位置に取り付け、続いて、帯鉄
筋52、52を所定位置に移動して結束して、配筋を完
了する。
Next, the column main reinforcing bars 53, 53 with the band reinforcing bars 52, 52 fitted therein are arranged at predetermined positions, and the same band reinforcing members 43 as in the first embodiment are attached at predetermined positions. The rebars 52, 52 are moved to a predetermined position and bound to complete the rebar arrangement.

【0066】次に、所定の柱型枠54及びその他の必要
な型枠を仮設して(図19)、コンクリートを打設す
る。この際、各梁には塞ぎ板85、93を設けたので、
柱型枠で梁貫通部分からコンクリートが漏れることを防
止できる。コンクリートの固化後、型枠を取り外せば、
各梁の連結部分は柱内に埋設され、柱と梁とが構築され
る(図示していない)。また、必要ならば、前記第一梁
80の一端に他の梁96を連結する。
Next, a predetermined column form 54 and other necessary forms are temporarily provided (FIG. 19), and concrete is poured. At this time, since the closing plates 85 and 93 were provided on each beam,
The column form can prevent concrete from leaking from the beam penetrating part. After the concrete has solidified, remove the formwork,
The connecting portion of each beam is buried in the pillar, and the pillar and the beam are constructed (not shown). If necessary, another beam 96 is connected to one end of the first beam 80.

【0067】前記実施例における帯鉄筋部材43の他の
実施例は実施例1、2と同様である。また、前記実施例
における梁支持部材1の他の構成は実施例1、2と同様
である。また、前記実施例において、第一梁80、第二
梁88、第三梁89の連結に継手板95を使用したが、
実施例1と同様のL字補強板39を使用することもでき
る。また、前記実施例2と同様の囲い板65を使用する
こともできる。
Other embodiments of the strip reinforcing member 43 in the above embodiment are the same as those in the first and second embodiments. Other structures of the beam support member 1 in the above embodiment are the same as those in the first and second embodiments. In the above-described embodiment, the joint plate 95 is used to connect the first beam 80, the second beam 88, and the third beam 89.
An L-shaped reinforcing plate 39 similar to that of the first embodiment can be used. Further, the same enclosing plate 65 as in the second embodiment can be used.

【0068】[0068]

【発明の効果】この発明は、梁支持部材に梁を架設連結
し、連結部材を梁に連結したので、鉄骨製の梁を所定位
置支持できると共に、上階と下階の梁支持部材を互いに
連結できるので、鉄筋コンクリート構造の柱と鉄骨構造
の梁が連結した構造物を容易に構築できる効果ある。ま
た、この発明の方法によれば、1階毎に構築するので、
先行する高所の足場等仮設作業が不要であるので作業上
安全であり、各階毎に同一作業の繰り返しで作業できる
ので、効率良く構築できる効果がある。
According to the present invention, since the beam is erected and connected to the beam supporting member and the connecting member is connected to the beam, the beam made of steel can be supported at a predetermined position, and the upper and lower floor beam supporting members can be connected to each other. Since the connection is possible, there is an effect that a structure in which the columns of the reinforced concrete structure and the beams of the steel structure are connected can be easily constructed. In addition, according to the method of the present invention, since each floor is constructed,
Since temporary work such as scaffolding at a preceding high place is unnecessary, the work is safe, and the work can be performed by repeating the same work for each floor, so that there is an effect that the work can be efficiently constructed.

【0069】また、上下フランジの接合端部を先細とな
るように斜に切り欠いて切欠部を形成し、切欠部を対向
させて、相互に連結するので、隣接する梁相互の接合面
積を多く確保できるので、構造上必要な柱の断面積内で
納まり、かつ構築される仕口の強度を高めることができ
る効果がある。
Further , the joining ends of the upper and lower flanges are tapered.
Cut out diagonally to form a notch and oppose the notch
To be connected to each other, so that the joint surface between adjacent beams
Since a large area can be secured,
It can increase the strength of the connection that will fit and be built
Has an effect.

【0070】また、梁の接合部は柱のコンクリート内に
埋設されるので、ボルト類が梁の上下面から突出しない
ので、梁の上下面が平坦となり、天井や壁の仕上げ工事
に際 して、その施工が容易となる効果がある。
Also, the joint of the beam should be
Bolts do not project from the upper and lower surfaces of the beam because they are buried
Because the upper and lower surfaces of the beams are flat, ceiling and wall finishing work
And time, there is an effect that the construction is facilitated.

【0071】更に、柱の表面付近に位置する定着部材を
梁に設けたので、梁のコンクリート柱内での定着力を高
めて引抜き及び圧縮に対する強度を高めると共に、コン
クリート柱に生じる支点反力を分散させることができる
ので、大きな支点反力を期待できる。これによって、鉄
骨梁のウエブに生じるせん断力を大きくでき、総体とし
て、接合部の耐力を高めることができる効果がある。
Further, the fixing member located near the surface of the pillar is
Since the beam is installed on the beam, the anchorage of the beam within the concrete column is increased.
Not only increase the strength against pulling and compression, but also
The fulcrum reaction force generated on the cleat column can be dispersed
Therefore, a large fulcrum reaction force can be expected. This allows iron
The shear force generated on the trabecular web can be increased,
Thus, there is an effect that the proof stress of the joint can be increased.

【図面の簡単な説明】[Brief description of the drawings]

【図1】(a)乃至(d)はこの発明の方法を説明する
縦断面図である。
FIGS. 1A to 1D are longitudinal sectional views for explaining a method of the present invention.

【図2】この発明の実施例1に使用する梁支持部材の斜
視図である。
FIG. 2 is a perspective view of a beam support member used in Embodiment 1 of the present invention.

【図3】この発明の実施例2に使用する他の梁支持部材
の斜視図である。
FIG. 3 is a perspective view of another beam support member used in Embodiment 2 of the present invention.

【図4】この発明の実施例1に使用する第一梁で(a)
は正面図、(b)は横断面図、(c)は(a)のA−A
線における断面図である。
FIG. 4 shows a first beam used in the first embodiment of the present invention (a).
Is a front view, (b) is a cross-sectional view, (c) is AA of (a).
It is sectional drawing in a line.

【図5】この発明の実施例に使用する梁の定着部材の一
部拡大正面図である。
FIG. 5 is a partially enlarged front view of a beam fixing member used in the embodiment of the present invention.

【図6】この発明の実施例1で、梁支持部材を立設した
状態の平面図、
FIG. 6 is a plan view showing a state in which a beam supporting member is erected in Embodiment 1 of the present invention;

【図7】同じく梁支持部材に梁を架設した状態の平面図
である。
FIG. 7 is a plan view showing a state where a beam is erected on the beam supporting member.

【図8】同じく柱主鉄筋を配筋した状態の平面図であ
る。
FIG. 8 is a plan view showing a state where a column main reinforcing bar is arranged.

【図9】同じく梁を架設した状態の図で、(a)は正面
図、(b)は側面図である。
9A and 9B are diagrams showing a state in which a beam is erected, wherein FIG. 9A is a front view and FIG. 9B is a side view.

【図10】(a)は同じく柱主鉄筋を配筋した状態の横
断面図、(b)は(a)のB−B線における断面図であ
る。
FIG. 10A is a cross-sectional view of a state in which a column main reinforcing bar is arranged, and FIG. 10B is a cross-sectional view taken along line BB of FIG. 10A.

【図11】同じく帯鉄筋部材の斜視図である。FIG. 11 is a perspective view of the band reinforcing member.

【図12】同じく帯鉄筋部材の取り付けを表す拡大横断
面図である。
FIG. 12 is an enlarged cross-sectional view showing attachment of the band reinforcing member.

【図13】同じく他の塞ぎ板を使用したの梁の結合部分
の拡大横断面図である。
FIG. 13 is an enlarged cross-sectional view of a joint portion of beams using another blocking plate.

【図14】この発明の実施例2に使用する第一梁で、
(a)は正面図、(b)は平面図である。
FIG. 14 shows a first beam used in Embodiment 2 of the present invention.
(A) is a front view, (b) is a plan view.

【図15】同じく囲い板で、(a)は平面図、(b)は
正面図、(c)は横断面図である。
15 (a) is a plan view, FIG. 15 (b) is a front view, and FIG. 15 (c) is a cross-sectional view.

【図16】同じく囲い板を取付けている状態の平面図で
ある。
FIG. 16 is a plan view showing a state where the surrounding plate is attached.

【図17】同じく柱主鉄筋を配筋した状態の横断面図で
ある。
FIG. 17 is a transverse sectional view showing a state in which the column main reinforcing bars are arranged.

【図18】この発明の実施例3で、第一梁を梁支持部材
に載置した状態の横断面図である。
FIG. 18 is a cross-sectional view of the third embodiment of the present invention in a state where the first beam is placed on the beam support member.

【図19】同じく梁を連結した状態の横断面図である。FIG. 19 is a transverse sectional view showing a state where beams are connected.

【符号の説明】[Explanation of symbols]

1 梁支持部材 5 連結部材 9 第一梁 13 梁連結位置 14 補強板(梁側面の補強用) 15 型枠当接位置 16 塞ぎ板 18 帯鉄筋設置位置 22 定着部材 29 第二梁 30 第三梁 31 第四梁 34 塞ぎ板 35 定着部材 39 L字補強板 43 帯鉄筋部材 46 塞ぎ板 51 柱設置予定位置 52 帯鉄筋 53 柱主鉄筋 54 柱型枠 57 梁支持部材 60 連結部材 64 第一梁 65 囲い板 74 第二梁 75 第三梁 76 第四梁 80 第一梁 84 連結板 85 塞ぎ板 87 定着部材 88 第二梁 89 第三梁 93 塞ぎ板 94 定着部材 95 継手板 96 他の梁 DESCRIPTION OF SYMBOLS 1 Beam supporting member 5 Connecting member 9 First beam 13 Beam connecting position 14 Reinforcement plate (for reinforcing the side surface of beam) 15 Form contact position 16 Closing plate 18 Band reinforcing bar installation position 22 Fixing member 29 Second beam 30 Third beam 31 fourth beam 34 closing plate 35 fixing member 39 L-shaped reinforcing plate 43 band reinforcing bar member 46 blocking plate 51 expected column installation position 52 band reinforcing bar 53 pillar main reinforcing bar 54 column formwork 57 beam supporting member 60 connecting member 64 first beam 65 Enclosure plate 74 Second beam 75 Third beam 76 Fourth beam 80 First beam 84 Connecting plate 85 Blocking plate 87 Fixing member 88 Second beam 89 Third beam 93 Blocking plate 94 Fixing member 95 Joint plate 96 Other beams

Claims (2)

(57)【特許請求の範囲】(57) [Claims] 【請求項1】 鉄筋コンクリート系の柱と鉄骨系の梁と
からなる構造の構築方法であって、柱構築予定位置に
所定高さの鋼材からなり、上面に支持板を有する梁支持
部材を夫々立設し、該梁支持部材の支持板に、上下フラ
ンジとウエブとからなり、上下フランジの接合端部を先
細となるように斜に切欠いた切欠部を形成した梁の所定
数を架設し、隣接する梁の切欠部を対向させて、隣接す
のウエブを補強板を介して相互に連結すると共に、
前記梁の下フランジと前記梁支持部材の支持板とをボル
ト・ナットで連結し、前記梁支持部材の上方に、次階用
の梁支持部材を取付ける為の連結部材を配置し、該連結
部材の下端に設けた支持板と前記梁の上フランジと
ルト・ナットで連結し、ここで前記梁は予め構築予定の
柱の内側であって表面付近に定着部材を固定し、あるい
は前記梁を連結した後に、構築予定の柱の内側であって
表面付近に定着部材を固定してあり、続いて前記柱構築
予定位置に柱主鉄筋及び柱帯鉄筋を配筋してこれらを互
いに連結し、所定の柱構築用型枠を仮設後にコンクリー
トを打設して、前記支持部材及び前記ボルト・ナットを
含めた梁先端部の接合部分を該コンクリート内に埋設す
ることを特徴とする柱と梁との構築方法。
1. A reinforced concrete column and a steel beam.
A method for constructing a structure consisting of :
Predetermined consists height of steel, the beam support member having a support plate on the upper surface and respectively erected, the support plate of the beams supporting member, upper and lower hula
And the web, and the joint ends of the upper and lower flanges
A predetermined number of beams having notched portions cut obliquely so as to be thin are erected, and the notched portions of adjacent beams are opposed to each other so as to be adjacent to each other.
The web of the beam as well as connected to each other via the reinforcing plate that,
The lower flange of the beam and the support plate of the beam support member are bolted.
Connected by preparative nuts above the beam support member, placing a connecting member for attaching the beam support member for the next floor, and a flange on the supporting plate the beams provided to the lower end of the connecting member Bo
Connected by a belt-nut, wherein the beam of pre-built plans
After fixing the fixing member inside the column and near the surface , or after connecting the beam , inside the column to be constructed
A fixing member is fixed in the vicinity of the surface , and subsequently, a column main reinforcing bar and a column-bar reinforcing bar are arranged at the planned column building position, and these are connected to each other. The support member and the bolt and nut
A method of constructing a pillar and a beam , wherein a joint portion of a beam tip including the beam is embedded in the concrete.
【請求項2】 隣接する梁相互の連結は、梁のウエブの
連結は平面L字状に屈曲した補強板を固定して行うと共
に、梁の上下フランジの連結は支持板を介して固定して
行い、更に隣接する梁間に、構築予定の柱の外周に沿っ
た平面形状を有する囲い板を固定して行う請求項1記載
の柱と梁との構築方法。
2. A connecting adjacent beams mutually beam web
The connection is made by fixing a reinforcing plate bent in a plane L shape.
In addition, the connection of the upper and lower flanges of the beam is fixed via the support plate
And then, between adjacent beams, along the perimeter of the column to be built
The method for constructing a column and a beam according to claim 1, wherein the method is performed by fixing an enclosing plate having a flat shape .
JP5306883A 1993-12-07 1993-12-07 How to build columns and beams Expired - Lifetime JP2916494B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP5306883A JP2916494B2 (en) 1993-12-07 1993-12-07 How to build columns and beams

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP5306883A JP2916494B2 (en) 1993-12-07 1993-12-07 How to build columns and beams

Publications (2)

Publication Number Publication Date
JPH07158160A JPH07158160A (en) 1995-06-20
JP2916494B2 true JP2916494B2 (en) 1999-07-05

Family

ID=17962402

Family Applications (1)

Application Number Title Priority Date Filing Date
JP5306883A Expired - Lifetime JP2916494B2 (en) 1993-12-07 1993-12-07 How to build columns and beams

Country Status (1)

Country Link
JP (1) JP2916494B2 (en)

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS617282Y2 (en) * 1980-04-09 1986-03-06
JPS61196035A (en) * 1985-02-25 1986-08-30 フドウ建研株式会社 Construction of concrete building
JPH0754403Y2 (en) * 1988-09-29 1995-12-18 川田工業株式会社 Steel connection member
JP2757043B2 (en) * 1989-10-20 1998-05-25 株式会社竹中工務店 Reinforced concrete columns

Also Published As

Publication number Publication date
JPH07158160A (en) 1995-06-20

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