JPH11264188A - Connection device of pipe column in wooden building - Google Patents

Connection device of pipe column in wooden building

Info

Publication number
JPH11264188A
JPH11264188A JP8939698A JP8939698A JPH11264188A JP H11264188 A JPH11264188 A JP H11264188A JP 8939698 A JP8939698 A JP 8939698A JP 8939698 A JP8939698 A JP 8939698A JP H11264188 A JPH11264188 A JP H11264188A
Authority
JP
Japan
Prior art keywords
hole
column
slit
horizontal member
pipe column
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.)
Granted
Application number
JP8939698A
Other languages
Japanese (ja)
Other versions
JP2935024B1 (en
Inventor
Iwaaki Yoshimura
巖明 吉村
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Koyo Corp
Original Assignee
Koyo Corp
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Koyo Corp filed Critical Koyo Corp
Priority to JP8939698A priority Critical patent/JP2935024B1/en
Application granted granted Critical
Publication of JP2935024B1 publication Critical patent/JP2935024B1/en
Publication of JPH11264188A publication Critical patent/JPH11264188A/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

PROBLEM TO BE SOLVED: To facilitate construction working by abutting the ear part of a head part on the surface of a sill or a beam in a state where the leg part of a connection fitting is inserted in the insertion hole of the sill or the beam at the time when a pipe column is mounted and positioning a shaft hole and a mounting hole in a communication state. SOLUTION: When a pipe column 8 is mounted, the leg part 61 of a connection fitting 9 is firstly inserted in the insertion hole 65 of a sill 2 or a beam 6. In the state, the ear part of a head part 62 is abutted against the sill 2 and the surface of the beam 6, and a shaft hole 66 and a mounting hole 64 are positioned in a communication state. A shaft means 69 such as a pin is driven so as to penetrate both the holes 66, 64, and the connection fitting 9 is fixed on the sill 2 and the beam 6 respectively to fix the connection fittings 9, 9. Next, slits 67, 67 are inserted on the head parts 62, 62 to insert the pipe column 8. In the state, since the shaft hole 68 and the hole 63 of a column side communicates with each other in the slit 67, the pipe column 8 is fixed on the head part 62 by driving a shaft means 70 such as a pin. Thus, building working is facilitated.

Description

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

【0001】[0001]

【発明の属する技術分野】本発明は、木造建築物におい
て、土台又は梁等の下側横部材と、該下側横部材の上方
に平行配置された上側横部材との間に、管柱を介装し連
結金具を介して連結する装置に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wooden building, in which a pipe is provided between a lower horizontal member such as a base or a beam and an upper horizontal member arranged in parallel above the lower horizontal member. The present invention relates to a device that is interposed and connected via a connection fitting.

【0002】[0002]

【従来の技術】従来、木造建築物は、図9に示すよう
に、土台2に通し柱3が立設され、一対の通し柱3、3
の間に、土台2と平行な梁6が架設されている。そし
て、土台2とその上方の梁6の間と、相互に上下に位置
する梁6、6の間には、管柱8が介装され取付けられて
いる。
2. Description of the Related Art Conventionally, in a wooden building, as shown in FIG.
Between them, a beam 6 parallel to the base 2 is erected. A tube post 8 is interposed and mounted between the base 2 and the beam 6 above the base 2 and between the beams 6 and 6 positioned above and below each other.

【0003】一般的に、土台2及び梁6には、ほぞ穴7
0が形成され、これに対して、管柱8の木口端部にはほ
ぞ71が形成されており、ほぞ71をほぞ穴70に嵌入
することにより、管柱8の取付けが行われる。
Generally, a mortise 7 is provided in the base 2 and the beam 6.
A mortise 71 is formed at the opening end of the tube post 8, and the mortise 71 is fitted into the mortise 70 to attach the tube post 8.

【0004】[0004]

【発明が解決しようとする課題】前記のようなほぞ穴7
0とほぞ71の嵌合による管柱8の取付けは、通し柱
3、3に梁6を架設する際、該架設作業と同時に行わな
ければならない。換言すると、梁6の架設を完了した後
は、土台2とその上方の梁6の間の距離と、相互に上下
に位置する梁6、6の間の距離とが、それぞれの管柱8
のほぞ71、71を含む長さよりも短くなるため、管柱
8を介装することができなくなる。
A mortise 7 as described above.
Attachment of the tube post 8 by fitting the tenon and the tenon 71 must be performed simultaneously with the erection work when the beam 6 is erected on the through columns 3, 3. In other words, after the erection of the beam 6 is completed, the distance between the base 2 and the beam 6 above the base 2 and the distance between the beams 6 and 6 located above and below each other are determined by the respective pipe columns 8.
Since the length is shorter than the length including the tenons 71, 71, the tube column 8 cannot be interposed.

【0005】また、近年、震災による家屋の倒壊を教訓
として、木造建築物における耐震構造が見直されている
が、前記のようなほぞ穴70とほぞ71の嵌合構造で
は、縦揺れ等の衝撃によりほぞ71がほぞ穴70から容
易に脱してしまい、管柱8が脱落するという問題があ
る。
Further, in recent years, the earthquake-resistant structure of a wooden building has been reviewed based on the lesson of collapse of a house due to the earthquake, but the fitting structure of the mortise 70 and the tenon 71 as described above has caused There is a problem that the tenon 71 easily comes off the mortise hole 70 due to the impact, and the pipe column 8 comes off.

【0006】[0006]

【課題を解決するための手段】本発明は上記課題を解決
し、木造建築物において、梁の架設を完了した後におい
ても管柱の取付けを可能とし、建築作業を容易ならし
め、しかも、耐震構造の点においても優れた管柱の連結
装置を提供するものであり、その手段として構成したと
ころは、木造建築物における土台又は梁等の下側横部材
と、該下側横部材の上方に平行配置された上側横部材と
の間に、管柱を介装し連結金具を介して連結する装置に
おいて、管柱の木口面から軸方向に延びるスリットを形
成すると共に、該管柱の木口端近傍部に前記スリットを
横断する軸孔を形成し、一方、横部材における管柱の取
付面に挿入孔を形成すると共に、該横部材に前記挿入孔
を横断する軸孔を形成して成り、前記管柱と横部材を連
結する連結金具が、横部材の挿入孔に挿入される脚部
と、管柱のスリットに挿入される頭部とを一体的に備
え、前記横部材の軸孔に挿着される軸手段を介して脚部
を挿入孔に固着すると共に、前記管柱の軸孔に挿着され
る軸手段を介して頭部をスリットに固着して成る点にあ
る。
DISCLOSURE OF THE INVENTION The present invention solves the above-mentioned problems, and makes it possible to attach pipe columns even after completing the erection of a beam in a wooden building, thereby facilitating construction work, and furthermore, realizing earthquake resistance. It is intended to provide a pipe column connecting device which is excellent also in terms of structure, and is configured as a means for a lower horizontal member such as a base or a beam in a wooden building, and above the lower horizontal member. An apparatus for interposing a tube post between a parallel upper member and a connecting member through a connecting metal fitting, wherein a slit extending in an axial direction from a cut end surface of the tube post is formed, and a cut end of the tube post is formed. Forming a shaft hole in the vicinity of the slit, traversing the slit, forming an insertion hole in the mounting surface of the tubular column in the horizontal member, and forming a shaft hole in the horizontal member to traverse the insertion hole, A connection fitting for connecting the pipe column and the horizontal member, A leg inserted into the insertion hole of the member, and a head inserted into the slit of the tube pillar, and the leg is inserted into the insertion hole through shaft means inserted into the shaft hole of the horizontal member. And the head is fixed to the slit via shaft means inserted into the shaft hole of the tube post.

【0007】[0007]

【発明の実施の形態】図1は、本発明が実施される木造
建築物における構成体の連結構造の1例を示している。
基礎1(図1では図示省略している)に、土台1を搭載
すると共に、通し柱3を立設するに際しては、基礎に植
設されたアンカーボルト4を利用した第一連結金具5が
使用される。また、通し柱3に梁6を取付けるに際して
は、第二連結金具7が使用される。更に、土台1と梁6
の間、並びに上下の梁6、6の間を縦方向に連結する管
柱8を取付けるに際しては、第三連結金具9が使用され
る。
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 shows an example of a connecting structure of components in a wooden building in which the present invention is implemented.
When mounting the base 1 on the foundation 1 (not shown in FIG. 1) and erecting the through column 3, the first connection fitting 5 using the anchor bolt 4 implanted on the foundation is used. You. When attaching the beam 6 to the through column 3, the second connection metal fitting 7 is used. Furthermore, base 1 and beam 6
A third connecting fitting 9 is used to attach a pipe column 8 that vertically connects between the upper and lower beams 6 and 6.

【0008】(第一連結金具)第一連結金具5は、図2
(A)に示すような直線部用の第一連結金具5aと、図
2(B)に示すようなコーナー部用の第一連結金具5b
の二種類から構成されている。
(First Connecting Metal) The first connecting metal 5 is shown in FIG.
A first connecting metal fitting 5a for a straight part as shown in FIG. 2A and a first connecting metal fitting 5b for a corner part as shown in FIG. 2B.
It consists of two types.

【0009】直線部用の第一連結金具5aは、それぞれ
鉄板等の金属板から成るほぼ長方形の底板10と起立板
11を溶接等によりT形に連結して成り、底板10が起
立板11の左右に延びる延長部10a、10aを構成す
る。各延長部10aは、延長端の両端角部に厚肉のブロ
ック片12を溶接等により固着しており、一対のブロッ
ク片12、12の間に位置して延長部10aに孔13を
開設している。また、起立板11は、幅方向に間隔をあ
けて一対の孔14、14を開設している。
The first connecting metal fitting 5a for the straight portion is formed by connecting a substantially rectangular bottom plate 10 and a standing plate 11 each made of a metal plate such as an iron plate into a T shape by welding or the like. The left and right extensions 10a and 10a are configured. In each of the extension portions 10a, thick block pieces 12 are fixed to both end corners of the extension end by welding or the like, and a hole 13 is formed in the extension portion 10a between the pair of block pieces 12, 12. ing. In addition, the upright plate 11 has a pair of holes 14, 14 spaced apart in the width direction.

【0010】基礎1には、前記底板10の一対の孔1
3、13に対応してアンカーボルト4、4が植設されて
いる。従って、図3に示すように、アンカーボルト4、
4を孔13、13に挿通せしめることにより、底板10
を基礎1に載置し、この状態で底板10の上方からアン
カーボルト4、4に締着されるナット15、15により
底板10を固着する。尚、ナット15は、ブロック片1
2、12の間に納められる。
The base 1 has a pair of holes 1 in the bottom plate 10.
Anchor bolts 4, 4 are planted corresponding to 3, 13, respectively. Therefore, as shown in FIG.
4 is inserted through the holes 13 and 13 so that the bottom plate 10
Is mounted on the foundation 1 and, in this state, the bottom plate 10 is fixed from above the bottom plate 10 by the nuts 15 and 15 fastened to the anchor bolts 4 and 4. Note that the nut 15 is a block piece 1
It is put between 2 and 12.

【0011】通し柱3は、下端の木口面から軸方向に延
びるスリット16を形成すると共に、該スリット16に
交差して通し柱3を貫通する一対の取付孔17、17を
設けている。そこで、第一連結金具5aの起立板11を
スリット16に挿入せしめることにより、通し柱3を底
板10上に起立せしめる。この状態において、スリット
16内では取付孔17と孔14が連通しているので、ナ
ット付きボルト18、18を挿通せしめ締着することに
より通し柱3と起立板11を固着する。尚、取付孔17
は、開口縁を座ぐりすることにより径大部17aを備え
ており、ナット18aが該径大部17aに納められる。
The through column 3 has a slit 16 extending in the axial direction from the tip end of the lower end, and a pair of mounting holes 17, 17 that cross the slit 16 and pass through the through column 3. Then, by inserting the upright plate 11 of the first connection fitting 5 a into the slit 16, the through column 3 is raised on the bottom plate 10. In this state, since the mounting hole 17 and the hole 14 communicate with each other in the slit 16, the bolts 18 with nuts 18 are inserted and tightened to fix the through column 3 and the upright plate 11. The mounting hole 17
Is provided with a large-diameter portion 17a by spotting an opening edge, and a nut 18a is accommodated in the large-diameter portion 17a.

【0012】土台2は、木口面から下側一部を切除した
切欠部19を形成することにより、上側突部20を設
け、該上側突部20を上下方向に貫通する取付孔21を
開設している。そこで、土台2を基礎1に沿わして載置
するに際し、第一連結金具5aの底板10から挿出して
起立するアンカーボルト4を前記取付孔21に挿入せし
め、該アンカーボルト4の端部にナット22を締着する
ことにより、土台2を第一連結金具5aを介して基礎1
に固着する。この際、切欠部19が一方の延長部10a
のブロック片12、12に適合され、上側突部20の木
口面が通し柱3における取付孔17の径大部17aを閉
塞する。尚、前記取付孔21は、開口縁を座ぐりするこ
とにより径大部21aを備えており、ナット22が該径
大部21aに納められる。
The base 2 is provided with an upper protruding portion 20 by forming a cutout portion 19 in which a part of the lower side is cut off from the edge of the wood, and a mounting hole 21 is formed through the upper protruding portion 20 in a vertical direction. ing. Therefore, when mounting the base 2 along the foundation 1, the anchor bolts 4 that stand out from the bottom plate 10 of the first connection fitting 5 a are inserted into the mounting holes 21, and are inserted into the ends of the anchor bolts 4. By tightening the nut 22, the base 2 is connected to the base 1 via the first connection fitting 5a.
Stick to At this time, the notch 19 is connected to the one extension 10a.
Of the upper projection 20 closes the large diameter portion 17a of the mounting hole 17 in the through column 3. The mounting hole 21 is provided with a large-diameter portion 21a by spotting an opening edge, and a nut 22 is accommodated in the large-diameter portion 21a.

【0013】図2(B)に示すコーナー部用の第一連結
金具5bは、土台1のコーナー部1aに対応するよう
に、底板10を平面視L形に形成することにより一対の
延長部10a、10aをL形に延長せしめた点の他は、
上記直線部用の第一連結金具5aと同様であるから、上
記説明を援用し、同一構成部分は同一符号により示して
いる。
A first connecting metal fitting 5b for a corner portion shown in FIG. 2B has a pair of extended portions 10a formed by forming the bottom plate 10 into an L shape in plan view so as to correspond to the corner portion 1a of the base 1. Except that 10a is extended to L shape,
Since it is the same as the first connection fitting 5a for the straight portion, the above description is referred to, and the same components are denoted by the same reference numerals.

【0014】(第二連結金具)第二連結金具7は、図5
(A)に示すように、縦方向に配置された基板部30
と、該基板部30の下端部からほぼL形に突出するブラ
ケット部31と、基板部30とブラケット部31の中心
線に沿って配置され両者を連結する翼片部32とを一体
的に備えており、基板部30に柱側の孔33、33を開
設すると共に、翼片部32に梁側の孔34、34を開設
し、更に、翼片部32に上縁から下方に向けて切欠状に
延びる受溝35を形成している。
(Second Connection) The second connection 7 is shown in FIG.
As shown in (A), the substrate unit 30 arranged in the vertical direction
A bracket portion 31 protruding from the lower end portion of the board portion 30 in a substantially L-shape; and a wing piece portion 32 arranged along the center line of the board portion 30 and the bracket portion 31 and connecting the both. In addition to opening the holes 33, 33 on the pillar side in the substrate part 30, opening the holes 34, 34 on the beam side in the wing piece part 32, and further cutting the wing piece part 32 downward from the upper edge. A receiving groove 35 extending in a shape is formed.

【0015】図1に示すように、通し柱3は、前記基板
部30を嵌合せしめるための座ぐり穴36を形成すると
共に、該座ぐり穴36の内部に前記柱側の孔33、33
に対応する取付孔37、37を貫設している。即ち、取
付孔37は通し柱3を横断方向に貫通する。また、梁6
は、前記翼片部32を挿入せしめるためのスリット38
を木口面から軸方向に切込み状に形成し、該スリット3
8を交差すると共に前記梁側の孔34、34に対応する
取付孔39、39を貫設している。即ち、取付孔39は
梁6の肉厚方向に貫通する。更に、梁6は、翼片部32
の受溝35に嵌入されるピン40をスリット38に交差
して設けている。尚、梁6の木口面には、両側縁のみを
残して凹入する木口凹部41が形成されると共に、該凹
部41の下端から梁6の下面に連続する下面凹部42が
形成されている。
As shown in FIG. 1, the through column 3 forms a counterbore 36 for fitting the substrate portion 30 therein, and the holes 33, 33 on the column side are formed inside the counterbore 36.
Mounting holes 37, 37 corresponding to. That is, the mounting hole 37 penetrates the through column 3 in the transverse direction. In addition, beam 6
Is a slit 38 for allowing the wing piece 32 to be inserted.
Is formed in a notch shape in the axial direction from the opening face, and the slit 3
8 and through holes 39, 39 corresponding to the holes 34, 34 on the beam side. That is, the mounting hole 39 penetrates in the thickness direction of the beam 6. Further, the beam 6 has a wing piece portion 32.
A pin 40 fitted in the receiving groove 35 is provided to cross the slit 38. In addition, on the front end of the beam 6, there is formed a front end concave portion 41 which is recessed leaving only both side edges, and a lower surface concave portion 42 which is continuous from the lower end of the concave portion 41 to the lower surface of the beam 6.

【0016】そこで、梁6を通し柱3に取付けるに際し
ては、図6に示すように、通し柱3の取付孔37、37
にボルト43、43を挿通した状態で、第二連結金具7
の基板部30を座ぐり穴36に嵌合せしめ、ボルト4
3、43を柱側の穴33、33に挿通せしめると共にナ
ット44、44を締着する。これにより、第二連結金具
7は、基板部30を通し柱3に固着され、ブラケット部
31及び翼片部32を通し柱3から突出せしめられる。
引き続いて、梁6のスリット38を前記翼片部32に挿
入せしめると、ピン40が受溝35に嵌入係止されると
共に、下面凹部42にブラケット部31が嵌入される。
この状態で、梁6の取付孔39、39と翼片部32の梁
側の孔34、34とが連通するので、ボルト45(図6
(B))を挿入しナット(図示省略)を締着することに
より、梁6と第二連結金具7を固着する。尚、図1に図
示するように、前記取付孔39は、開口縁を座ぐりする
ことにより径大部を備え、ナット22を該径大部に納め
るように構成することが好ましい。
Therefore, when attaching the beam 6 to the through column 3, as shown in FIG.
With the bolts 43, 43 inserted through the second connecting fitting 7
Of the board part 30 into the counterbore hole 36 and the bolt 4
3 and 43 are inserted into the holes 33 and 33 on the column side, and nuts 44 and 44 are fastened. As a result, the second connection fitting 7 is fixed to the through column 3 through the substrate portion 30, and the bracket portion 31 and the wing piece portion 32 are made to protrude from the through column 3.
Subsequently, when the slit 38 of the beam 6 is inserted into the wing portion 32, the pin 40 is fitted and locked in the receiving groove 35, and the bracket portion 31 is fitted in the lower surface concave portion 42.
In this state, the mounting holes 39, 39 of the beam 6 and the holes 34, 34 on the beam side of the wing piece part 32 communicate with each other.
(B)) is inserted, and a nut (not shown) is fastened to fix the beam 6 and the second connection fitting 7. In addition, as shown in FIG. 1, it is preferable that the mounting hole 39 is provided with a large-diameter portion by counterboring an opening edge, and the nut 22 is housed in the large-diameter portion.

【0017】図6(C)に示すように、梁6に設けた一
対の取付孔39、39と、翼片部32に設けた一対の梁
側の孔34、34は、ボルト45(又はピン)を挿通せ
しめた際、楔作用が期待できるように構成しておくこと
が好ましい。このような楔作用は、梁6における一対の
取付孔39、39の中心間の距離L1と、翼片部32に
おける一対の梁側の孔34、34の中心間の距離L2の
寸法を相互に異ならしめることにより可能になる。例え
ば、L1>L2に形成しておけば、図6(D)に示すよ
うに、打ち込んだボルト45又はピンにより、梁6の取
付孔39、39の一対を内側に押圧する楔力F1が可能
になる。一方、L1<L2に形成しておけば、図6
(E)に示すように、打ち込んだボルト45又はピンに
より、梁6の取付孔39、39の一対を外側に押圧する
楔力F2が可能になる。
As shown in FIG. 6C, a pair of mounting holes 39, 39 provided in the beam 6 and a pair of beam side holes 34, 34 provided in the wing piece 32 are provided with bolts 45 (or pins). ) Is preferably configured so that a wedge effect can be expected when the sword is inserted. Such a wedge action causes the distance L1 between the centers of the pair of mounting holes 39, 39 in the beam 6 and the distance L2 between the centers of the pair of beam-side holes 34, 34 in the wing piece portion 32 to each other. It becomes possible by making different. For example, if L1> L2 is formed, as shown in FIG. 6D, a wedge force F1 that presses a pair of mounting holes 39, 39 of the beam 6 inward by the driven bolt 45 or pin is possible. become. On the other hand, if L1 <L2 is formed, FIG.
As shown in (E), the driven bolt 45 or pin enables a wedge force F2 for pressing a pair of the mounting holes 39 of the beam 6 outward.

【0018】前記第二連結金具7は、基板部30とブラ
ケット部31を一枚の金属板(鉄板、鋼板等)をほぼL
形に折曲することにより形成される。例えば、図4
(A)に示すように、一枚の金属板を打ち抜くことによ
り、基板部30とブラケット部31を一連一体に備えた
板状の金具素材7aが形成される。この金具素材7aの
状態で、基板部30には、柱側の孔33、33が形成さ
れ、基板部30とブラケット部31の境界部分(折曲さ
れる折曲部49)に位置する金具素材7aの両側縁に
は、ほぼW形の切欠部46、46が形成されている。即
ち、切欠部46は、中央に突起47を有し、該突起47
の両側にV溝48a、48bを形成している。また、一
対の切欠部46、46の間に位置するブラケット部31
の部分には、前記折曲部49に臨ましめて開口孔50が
開設されている。該開口孔50は、金具素材7aの幅方
向に長く延びる長円形とされ、対向する一対の直線状開
口縁50a、50bを規定し、一方の直線状開口縁50
aを基板部30の側に臨ましめ、他方の直線状開口縁5
0bをブラケット部31の側に臨ましめている。
The second connection metal fitting 7 is formed by connecting a substrate portion 30 and a bracket portion 31 to a single metal plate (iron plate, steel plate, etc.).
It is formed by bending into a shape. For example, FIG.
As shown in (A), a single metal plate is punched out to form a plate-shaped metal member material 7a integrally including the board portion 30 and the bracket portion 31 in a series. In the state of the metal fitting material 7 a, pillar-side holes 33, 33 are formed in the board part 30, and metal fitting material located at a boundary portion (bent part 49 to be bent) between the board part 30 and the bracket part 31. Substantially W-shaped notches 46, 46 are formed on both side edges of 7a. That is, the notch 46 has a projection 47 at the center thereof.
V-shaped grooves 48a and 48b are formed on both sides of the. Also, the bracket portion 31 located between the pair of cutout portions 46, 46 is provided.
An opening 50 is formed in the portion facing the bent portion 49. The opening 50 has an oval shape extending long in the width direction of the metal fitting material 7a, and defines a pair of straight opening edges 50a and 50b facing each other.
a on the side of the substrate section 30 and the other linear opening edge 5
0b faces the bracket portion 31 side.

【0019】金具素材7aをほぼL形に折曲するに際
し、折曲線BNは、一対の切欠部46、46のうち、基
板部30の側に臨むV溝48a、48aを結ぶ線により
規定される。そして、この折曲線BNに対して、開口孔
50の一対の直線状開口縁のうち基板部30の側に臨む
直線状開口縁50aが折曲線BNに一致するか又は近接
せしめられている。このため、折曲線BNに沿って金具
素材7aを折曲すると、図4(B)に示すように、開口
孔50が変形しつつ、前記直線状開口縁50aを折曲部
49の折曲形成に追従して下向きに偏位せしめる。ほぼ
L形に折曲した状態で、下向きの直線状開口縁50a
は、ブラケット部31の底面とほぼ面一に位置せしめら
れ、後述するような係止部51を構成する。尚、金属板
を折曲成形する結果、係止部51の両側に位置する折曲
部49にはR面が形成される。
When bending the metal fitting material 7a into a substantially L-shape, the bending curve BN is defined by a line connecting the V-grooves 48a, 48a of the pair of cutouts 46, 46 facing the substrate 30 side. . Then, a straight opening edge 50a facing the substrate section 30 side of the pair of straight opening edges of the opening hole 50 coincides with or is close to the folding curve BN. For this reason, when the metal fitting material 7a is bent along the bending curve BN, as shown in FIG. 4 (B), the opening 50 is deformed and the linear opening edge 50a is formed by bending the bent portion 49. To follow and follow a downward shift. In a state of being bent substantially in an L-shape, a downward linear opening edge 50a is formed.
Are positioned substantially flush with the bottom surface of the bracket portion 31 and constitute a locking portion 51 as described later. In addition, as a result of bending the metal plate, R-shaped surfaces are formed in the bent portions 49 located on both sides of the locking portion 51.

【0020】更に、基板部30の自由端には舌片52が
延設されており、該舌片52は、ブラケット部31の上
方空間に向けて突出するように折曲される。このような
折曲工程が完了した後、翼片部32が溶接Wにより固着
され、図5(A)のような第二連結金具7が完成する。
尚、翼片部32は、柱側の孔33、33に干渉しないよ
うにスパナ用切欠部53が形成されている。
Further, a tongue piece 52 extends from the free end of the substrate portion 30, and the tongue piece 52 is bent so as to project toward the space above the bracket portion 31. After such a bending step is completed, the wing pieces 32 are fixed by welding W, and the second connection fitting 7 as shown in FIG. 5A is completed.
The wing piece portion 32 is provided with a notch 53 for a spanner so as not to interfere with the holes 33 on the column side.

【0021】上記構成の第二連結金具7によれば、上述
したように通し柱3の座ぐり穴36に基板部30を嵌合
したとき、図5(B)に示すように、係止部51が座ぐ
り穴36の下縁36aに接支せしめられる。
According to the second connecting member 7 having the above-described configuration, when the board portion 30 is fitted into the counterbore hole 36 of the through post 3 as described above, as shown in FIG. Is supported on the lower edge 36 a of the counterbore 36.

【0022】(請求項に対応する第三連結金具の実施形
態)第三連結金具9は、図1、図7及び図8に示すよう
に、柱状の脚部61の軸端に直径方向に配置された板状
の頭部62を固着した構成であり、板状の頭部62に柱
側の孔63を開設すると共に、脚部61に取付孔64を
開設し、両孔63、64の軸線を直交して配置せしめて
いる。尚、板状の頭部62は、脚部61の直径を越える
長い板幅寸法を有しており、該頭部62の両側下縁によ
り耳部62a、62aを構成している。
(Embodiment of Third Connecting Bracket Corresponding to Claims) As shown in FIGS. 1, 7 and 8, the third connecting bracket 9 is disposed at the axial end of a columnar leg 61 in the diametrical direction. A plate-shaped head 62 is fixedly attached, a column-side hole 63 is opened in the plate-shaped head 62, and a mounting hole 64 is opened in the leg 61, and the axial lines of both holes 63, 64 are formed. Are arranged orthogonally. Note that the plate-shaped head 62 has a long plate width dimension exceeding the diameter of the leg 61, and the lower edges on both sides of the head 62 constitute ears 62a, 62a.

【0023】管柱8は、土台2(下側横部材)とその上
方の梁6(上側横部材)との間、上下に配置された下側
の梁6(下側横部材)と上側の梁6(上側横部材)との
間に、それぞれ介装され、第三連結金具9により取付固
着される。このため、土台2及び梁6には、それぞれ管
柱8の取付面に表面から凹入された盲穴状の挿入穴65
が形成されると共に、該挿入穴65を横断する軸孔66
が形成されている。一方、管柱8には、両端の木口面か
ら軸方向に延びるスリット67が形成され、該スリット
67に交差して管柱8を貫通する軸孔68が形成されて
いる。
The tubular column 8 is provided between the base 2 (lower horizontal member) and the beam 6 (upper horizontal member) above the lower column 6 (lower horizontal member) and the upper lower beam 6 (lower horizontal member). Each is interposed between the beam 6 (upper side member) and attached and fixed by the third connection fitting 9. For this reason, the base 2 and the beam 6 are each provided with a blind hole-shaped insertion hole 65 that is recessed from the surface of the mounting surface of the tube column 8.
Is formed, and a shaft hole 66 crossing the insertion hole 65 is formed.
Are formed. On the other hand, the tube post 8 is formed with a slit 67 that extends in the axial direction from the cut end surfaces of both ends, and a shaft hole 68 that crosses the slit 67 and penetrates the tube post 8.

【0024】そこで、管柱8を取付けるに際しては、先
ず、土台2又は梁6の挿入孔65に第三連結金具9の脚
部61を挿入する。この状態で、頭部62の耳部62
a、62aが土台2又は梁6の表面に当接し、軸孔66
と取付孔64を連通状態に位置決めするので、両孔6
6、64を貫通するようにピン等の軸手段69を打ち込
み、土台2及び梁6のそれぞれに第三連結金具9を固着
する。
In order to mount the pipe post 8, first, the leg 61 of the third connection fitting 9 is inserted into the insertion hole 65 of the base 2 or the beam 6. In this state, the ears 62 of the head 62
a, 62a contact the surface of the base 2 or the beam 6,
And the mounting hole 64 are positioned so as to communicate with each other.
The shaft means 69 such as a pin is driven so as to penetrate the base 6 and 64, and the third connection fitting 9 is fixed to each of the base 2 and the beam 6.

【0025】このように土台2等の下側横部材と梁6等
の上側横部材に第三連結金具9、9を固着した状態で、
下側横部材と上側横部材の間に管柱8を介入せしめる。
管柱8は、両端のスリット67、67に上下の第三連結
金具9、9の頭部62を挿入せしめることにより下側横
部材と上側横部材の間に介入される。この状態におい
て、スリット67内では軸孔68と柱側の孔63が連通
しているので、ピン等の軸手段70を打ち込むことによ
り、管柱8が頭部62に固着される。
With the third connecting fittings 9 fixed to the lower horizontal member such as the base 2 and the upper horizontal member such as the beam 6,
The tube post 8 is interposed between the lower horizontal member and the upper horizontal member.
The tube post 8 is interposed between the lower horizontal member and the upper horizontal member by inserting the heads 62 of the upper and lower third connection fittings 9 into the slits 67 at both ends. In this state, since the shaft hole 68 and the hole 63 on the column side communicate with each other in the slit 67, the tube column 8 is fixed to the head 62 by driving the shaft means 70 such as a pin.

【0026】図7に示す実施例においては、管柱8の上
下両端の木口面にスリット67、67を設け、一対の第
三連結金具9、9により管柱8の両端をそれぞれ下側横
部材及び上側横部材に取付固着する構成を示している
が、第三連結金具9による取付構造を少なくとも管柱8
の一端にのみ実施し、他端には図9に示した従来例のよ
うなほぞ穴とほぞによる連結構造を実施しても良い。
In the embodiment shown in FIG. 7, slits 67, 67 are provided in the cut ends of the upper and lower ends of the tube post 8, and both ends of the tube post 8 are respectively connected to the lower horizontal member by a pair of third connecting fittings 9, 9. And a structure in which it is attached and fixed to the upper horizontal member.
May be implemented only at one end, and the other end may have a mortise and tenon connection structure as in the conventional example shown in FIG.

【0027】第三連結金具9は、図8(A)に示すよう
な鉄又は鋼等の金属製の円筒管により脚部61を形成
し、該脚部61に鉄又は鋼等の金属板から成る頭部62
を溶着することにより構成することができる。この場
合、土台2又は梁6に形成する挿入穴65は、円筒状の
脚部61に適合する丸穴を構成する。
As shown in FIG. 8A, the third connecting fitting 9 has a leg 61 formed by a metal cylindrical tube such as iron or steel, and the leg 61 is formed of a metal plate such as iron or steel. Head 62
Is welded. In this case, the insertion hole 65 formed in the base 2 or the beam 6 forms a round hole that fits the cylindrical leg 61.

【0028】或いは、第三連結金具9は、図8(B)に
示すような鉄又は鋼等の金属製の角形管により脚部61
を形成し、該脚部61に鉄又は鋼等の金属板から成る頭
部62を溶着することにより構成することができる。こ
の場合、土台2又は梁6に形成する挿入穴65は、角形
の脚部61に適合する角穴を構成する。
Alternatively, the third connecting fitting 9 is formed of a metal square pipe such as iron or steel as shown in FIG.
And a head 62 made of a metal plate such as iron or steel is welded to the leg 61. In this case, the insertion hole 65 formed in the base 2 or the beam 6 forms a square hole that fits the square leg 61.

【0029】前記軸手段69、70は、ナット付きのボ
ルトから成る締付軸手段により構成しても良いが、図8
(C)に示すような打込みピンにより構成することが好
ましい。この場合、ピン(軸手段69、70)は、先端
にテーパ部71を有するテーパピンを構成すると共に、
表面にローレット等の凹凸部72を形成している。従っ
て、ピン(軸手段69、70)の打込みが容易であり、
しかも、打込み後に、凹凸部72が土台2又は梁6並び
に管柱8の木質部分に喰込み係止せしめられ、強固に固
着される。
The shaft means 69, 70 may be constituted by tightening shaft means consisting of bolts with nuts.
It is preferable to use a driving pin as shown in FIG. In this case, the pins (shaft means 69, 70) constitute a tapered pin having a tapered portion 71 at the tip, and
An uneven portion 72 such as a knurl is formed on the surface. Therefore, it is easy to drive the pins (shaft means 69, 70),
In addition, after the driving, the concave and convex portions 72 are engaged with the base 2 or the beam 6 and the woody portion of the tube post 8 to be locked and firmly fixed.

【0030】このような第三連結金具9の構成によれ
ば、土台2又は梁6の挿入穴65に脚部61を挿入する
と共に、管柱8のスリット67に頭部62を挿入するこ
とにより、第三連結金具9は、木造建築物の構成体中に
完全に埋入され、外部に露出せず、しかも、前述のよう
に軸手段69、70をピンにより構成すれば、該軸手段
も外部に突出しない。そして、第三連結金具9は、勿論
のこと、土台2及び梁6と、管柱8も、工場生産により
量産可能であり、生産時に、土台2及び梁6に対して挿
入穴65及び軸孔66を機械的に形成し、管柱8に対し
てスリット67及び軸孔68を機械的に形成するだけ
で、所定の木造建築物を設計図通りに施工できるという
利点がある。
According to the configuration of the third connection fitting 9, the leg 61 is inserted into the insertion hole 65 of the base 2 or the beam 6 and the head 62 is inserted into the slit 67 of the tube 8. The third connecting fitting 9 is completely embedded in the structure of the wooden building, is not exposed to the outside, and if the shaft means 69 and 70 are constituted by pins as described above, the shaft means is also Does not protrude outside. The base 2 and the beam 6 as well as the pipe column 8 as well as the third connection fitting 9 can be mass-produced by factory production, and the insertion hole 65 and the shaft hole for the base 2 and the beam 6 at the time of production. There is an advantage that a predetermined wooden building can be constructed as designed only by mechanically forming the 66 and forming the slit 67 and the shaft hole 68 with respect to the pipe column 8 mechanically.

【0031】[0031]

【発明の効果】本発明によれば、木造建築物において、
土台2の設置と梁6の架設を完了した後に、管柱8の取
付けが可能であるから、建築作業が頗る容易となる。し
かも、管柱8の取付強度が高く、耐震構造の点において
も優れている。
According to the present invention, in a wooden building,
After the installation of the base 2 and the erection of the beams 6 are completed, the pipe pillars 8 can be attached, so that the construction work becomes very easy. In addition, the mounting strength of the tube column 8 is high, and the tube column 8 is excellent in terms of an earthquake-resistant structure.

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

【図1】本発明の1実施形態に係る連結装置を実施した
木造建築物における構成体の分解斜視図である。
FIG. 1 is an exploded perspective view of a structural member in a wooden building in which a connecting device according to one embodiment of the present invention is implemented.

【図2】本発明の連結装置と併用して使用される第一連
結金具を示しており、(A)は直線部用の第一連結金具
の使用例を示す斜視図、(B)はコーナー部用の第一連
結金具の使用例を示す斜視図である。
FIG. 2 shows a first connection fitting used in combination with the connection device of the present invention, wherein (A) is a perspective view showing an example of use of the first connection fitting for a straight portion, and (B) is a corner. It is a perspective view which shows the example of use of the 1st connection metal fitting for parts.

【図3】第一連結金具の取付状態を示す縦断面図であ
る。
FIG. 3 is a longitudinal sectional view showing an attached state of a first connection fitting.

【図4】本発明の連結装置と併用して使用される第二連
結金具を示しており、(A)は金具素材を示す斜視図、
(B)は金具素材をほぼL形に折曲した状態を示す斜視
図である。
4A and 4B show a second connection fitting used in combination with the connection device of the present invention, and FIG. 4A is a perspective view showing a fitting material;
(B) is a perspective view showing a state where the metal fitting material is bent substantially in an L shape.

【図5】第二連結金具を示しており、(A)は完成した
第二連結金具を示す斜視図、(B)は第二連結金具の取
付状態を示す縦断面図である。
FIGS. 5A and 5B show a second connecting fitting, wherein FIG. 5A is a perspective view showing a completed second connecting fitting, and FIG. 5B is a longitudinal sectional view showing an attached state of the second connecting fitting.

【図6】第二連結金具を示しており、(A)は第二連結
金具の取付前の状態を分解して示す斜視図、(B)は第
二連結金具の取付状態を示す縦断面図、(C)は該金具
の孔と取付孔の位置関係を示す説明図、(D)は金具の
孔に挿入したボルトと取付孔の位置関係の第一例を示す
説明図、(E)は金具の孔に挿入したボルトと取付孔の
位置関係の第二例を示す説明図である。
6A and 6B are exploded perspective views showing a state before the second connecting fitting is attached, and FIG. 6B is a longitudinal sectional view showing an attached state of the second connecting fitting, showing the second connecting fitting. , (C) is an explanatory view showing the positional relationship between the hole of the fitting and the mounting hole, (D) is an explanatory view showing a first example of the positional relationship between the bolt inserted into the hole of the fitting and the mounting hole, and (E) is It is explanatory drawing which shows the 2nd example of the positional relationship of the bolt inserted in the hole of a metal fitting, and a mounting hole.

【図7】本発明の1実施形態に係る連結装置(第三連結
金具)を示しており、土台、梁及び管柱と、第三連結金
具を分解して示す斜視図である。
FIG. 7 is an exploded perspective view showing a connection device (third connection fitting) according to one embodiment of the present invention, showing a base, a beam, a pipe column, and a third connection fitting.

【図8】本発明の1実施形態に係る連結装置(第三連結
金具)を示しており、(A)は第三連結金具の第1例を
示す斜視図、(B)は第三連結金具の第2例を示す斜視
図、(C)は取付状態を示す縦断面図である。
8A and 8B show a connecting device (third connecting metal) according to one embodiment of the present invention, wherein FIG. 8A is a perspective view showing a first example of the third connecting metal, and FIG. 8B is a third connecting metal. (C) is a longitudinal sectional view showing a mounted state.

【図9】従来の木造建築物における管柱の取付状態を示
す説明図である。
FIG. 9 is an explanatory view showing an attached state of a pipe column in a conventional wooden building.

【符号の説明】[Explanation of symbols]

1 基礎 2 土台 3 通し柱 4 アンカーボルト 5 第一連結金具 6 梁 7 第二連結金具 7a 金具素材 8 管柱 9 第三連結金具(本発明金具) 61 脚部 62 頭部 62a 耳部 63 柱側の孔 64 取付孔 65 挿入穴 66 軸孔 67 スリット 68 軸孔 69、70 軸手段 71 テーパ部 72 凹凸部 DESCRIPTION OF SYMBOLS 1 Foundation 2 Base 3 Through pillar 4 Anchor bolt 5 First connection fitting 6 Beam 7 Second connection fitting 7a Metal fitting 8 Tube pillar 9 Third connection fitting (metal fitting of the present invention) 61 Leg part 62 Head part 62a Ear part 63 Column side Hole 64 Mounting hole 65 Insertion hole 66 Shaft hole 67 Slit 68 Shaft hole 69, 70 Shaft means 71 Tapered portion 72 Uneven portion

─────────────────────────────────────────────────────
────────────────────────────────────────────────── ───

【手続補正書】[Procedure amendment]

【提出日】平成11年2月10日[Submission date] February 10, 1999

【手続補正1】[Procedure amendment 1]

【補正対象書類名】明細書[Document name to be amended] Statement

【補正対象項目名】特許請求の範囲[Correction target item name] Claims

【補正方法】変更[Correction method] Change

【補正内容】[Correction contents]

【特許請求の範囲】[Claims]

【手続補正2】[Procedure amendment 2]

【補正対象書類名】明細書[Document name to be amended] Statement

【補正対象項目名】0006[Correction target item name] 0006

【補正方法】変更[Correction method] Change

【補正内容】[Correction contents]

【0006】[0006]

【課題を解決するための手段】 本発明は、上記課題を
解決し、木造建築物において、梁の架設を完了した後に
おいても管柱の取付けを可能とし、建築作業を容易なら
しめ,しかも、耐震構造の点においても優れた管柱の連
結装置を提供するものであり、その第一の手段として構
成したところは、木造建築物における土台又は梁等の下
側横部材と、該下側横部材の上方に平行配置された上側
横部材との間に、管柱を介装し連結金具を介して連結す
る装置において、管柱の木口面から軸方向に延びるスリ
ットを形成すると共に、該管柱の木口端近傍部に前記ス
リットを横断する軸孔を形成し、一方、横部材における
管柱の取付面に挿入孔を形成すると共に、該横部材に前
記挿入孔を横断する軸孔を形成して成り、前記管柱と横
部材を連結する連結金具は、横部材の挿入孔に挿入され
る脚部と、管柱のスリットに挿入される頭部とを一体的
に備え、前記頭部に脚部の直径を越えて側方に張り出す
耳部を備え、頭部に前記管柱の軸孔に連通する孔を開設
すると共に、脚部に前記横部材の軸孔に連通する取付孔
を開設して成り、連結金具の脚部を横部材の挿入孔に挿
入すると共に頭部の耳部を横部材の表面に当接せしめる
ことにより脚部の取付孔と横部材の軸孔を連通状態に位
置決めした状態で、前記横部材の軸孔に挿着される軸手
段を介して脚部を挿入孔に固着すると共に、管柱のスリ
ットに連結金具の頭部を挿入せしめた状態で、前記管柱
の軸孔に挿着される軸手段を介して頭部をスリットに固
着して成る点にある。また、本発明が第二の手段として
構成したところは、木造建築物における土台又は梁等の
下側横部材と、該下側横部材の上方に平行配置された上
側横部材との間に、管柱を介装し連結金具を介して連結
する装置において、管柱の木口面から軸方向に延びるス
リットを形成すると共に、該管柱の木口端近傍部に前記
スリットを横断する軸孔を形成し、一方、横部材におけ
る管柱の取付面に挿入孔を形成すると共に、該横部材に
前記挿入孔を横断する軸孔を形成し、前記管柱の軸孔の
軸線と横部材の軸孔の軸線を相互に直交して配置せしめ
て成り、前記管柱と横部材を連結する連結金具は、横部
材の挿入孔に挿入される柱状の脚部と、該脚部の軸端に
直径方向に配置され管柱のスリットに挿入される板状の
頭部とを一体的に備え、前記板状の頭部に脚部の直径を
越えて側方に張り出す耳部を備え、頭部に前記管柱の軸
孔に連通する孔を開設すると共に、脚部に前記横部材の
軸孔に連通する取付孔を開設して成り、連結金具の脚部
を横部材の挿入孔に挿入すると共に頭部の耳部を横部材
の表面に当接せしめることにより脚部の取付孔と横部材
の軸孔を連通状態に位置決めした状態で、前記横部材の
軸孔に挿着される軸手段を介して脚部を挿入孔に固着す
ると共に、管柱のスリットに連結金具の頭部を挿入せし
めた状態で、前記管柱の軸孔に挿着される軸手段を介し
て頭部をスリットに固着して成る点にある。
Means for Solving the Problems The present invention solves the above-mentioned problems, and in a wooden building, it is possible to attach a pipe column even after completing the erection of beams, thereby facilitating construction work. It is intended to provide a pipe column connecting device which is excellent also in terms of a seismic structure, and as a first means, a lower horizontal member such as a foundation or a beam in a wooden building, and a lower horizontal member. In a device for interposing a tube post and connecting it through a connection fitting between an upper lateral member arranged in parallel above the member, a slit extending in the axial direction from the opening end of the tube post is formed, and the pipe is formed. A shaft hole that crosses the slit is formed in the vicinity of the open end of the pillar, while an insertion hole is formed in the mounting surface of the tubular column in the horizontal member, and a shaft hole that crosses the insertion hole is formed in the horizontal member. A connection for connecting the tubular column and the horizontal member. The fitting is integrally provided with a leg inserted into the insertion hole of the horizontal member and a head inserted into the slit of the tube post, and projects laterally beyond the diameter of the leg at the head.
Equipped with ears, opening a hole in the head that communicates with the shaft hole of the tube column
Mounting holes communicating with the shaft holes of the lateral members
And insert the leg of the connection bracket into the insertion hole of the horizontal member.
The ears of the head into contact with the surface of the horizontal member
As a result, the mounting hole on the leg and the shaft hole on the
In-decided tanning condition, with securing the legs to the insertion hole through the shaft means to be inserted into the axial hole of the transverse member, tubular column Suri
In the state where the head of the connection fitting is inserted into the socket, the head is fixed to the slit via shaft means inserted into the shaft hole of the tube post. In addition, the present invention is used as a second means.
Place that we constituted such as foundation or beam in wooden building
A lower horizontal member, and an upper parallel member disposed above the lower horizontal member.
A tube post is interposed between the side members and connected via a connection fitting.
Device that extends axially from the mouth of the tube column
A lit is formed, and the above-mentioned pipe column
An axial hole is formed across the slit, while the transverse member
In addition to forming an insertion hole in the mounting surface of the
Forming a shaft hole crossing the insertion hole, the shaft hole of the tube column
Position the axis and the axis of the shaft hole of the cross member at right angles to each other.
And a connecting fitting for connecting the tubular column and the horizontal member is formed by a horizontal portion.
A columnar leg inserted into the insertion hole of the material, and a shaft end of the leg
A plate-like plate that is arranged in the diameter direction and inserted into the slit of the tube column
A head is integrally provided, and the diameter of the leg is added to the plate-shaped head.
With ears that project laterally beyond
Open a hole communicating with the hole, and add
Opening holes that communicate with the shaft holes are provided.
Into the insertion hole of the horizontal member and the ear of the head
Abutting against the surface of the leg to secure the mounting holes and
With the shaft hole of the horizontal member positioned in the communicating state,
The leg is fixed to the insertion hole via the shaft means inserted into the shaft hole.
And insert the head of the connection fitting into the slit of the tube post.
In the state of being inserted, through a shaft means inserted into the shaft hole of the tube column.
The head is fixed to the slit.

【手続補正3】[Procedure amendment 3]

【補正対象書類名】明細書[Document name to be amended] Statement

【補正対象項目名】0031[Correction target item name] 0031

【補正方法】変更[Correction method] Change

【補正内容】[Correction contents]

【0031】[0031]

【発明の効果】 本発明によれば、木造建築物におい
て、土台2の設置と梁6の架設を完了した後に、管柱8
の取付けが可能であるから、建築作業が頗る容易とな
る。特に、管柱8を取付けるに際し、土台2又は梁6の
挿入孔65に連結金具9の脚部61を挿入した状態で、
頭部62の耳部62a、62aが土台2又は梁6の表面
に当接し、軸孔66と取付孔64を連通状態に位置決め
するので、両孔66、64を貫通するようにピン等の軸
手段69を打ち込み、土台2又は梁6のそれぞれに連結
金具9を固着できる。しかも、請求項2に記載のよう
に、連結金具9の脚部61を柱状に形成すると共に、頭
部62を板状に形成し、管柱8の軸孔68と土台2又は
梁6の軸孔66を相互に軸線が直交する構成とすること
により、管柱8の取付強度が高く、耐震構造の点におい
ても優れている。
According to the present invention, in a wooden building, after the installation of the base 2 and the erection of the beam 6 are completed, the pipe column 8
The construction work is greatly facilitated because it is possible to mount the light source. In particular, when installing the pipe column 8, the base 2 or the beam 6
With the leg 61 of the connection fitting 9 inserted into the insertion hole 65,
The ears 62a, 62a of the head 62 are the surface of the base 2 or the beam 6.
And the shaft hole 66 and the mounting hole 64 are positioned in communication.
So that the shaft of a pin or the like passes through both holes 66 and 64
Driving means 69 and connecting to base 2 or beam 6 respectively
The metal fitting 9 can be fixed. Moreover, as described in claim 2
In addition, the leg portion 61 of the connection fitting 9 is formed in a column shape,
The part 62 is formed in a plate shape, and the shaft hole 68 of the pipe post 8 and the base 2 or
The axial hole 66 of the beam 6 is configured so that the axes are orthogonal to each other.
Thereby, the mounting strength of the pipe column 8 is high, and it is excellent also in the point of the earthquake-resistant structure.

Claims (1)

【特許請求の範囲】[Claims] 【請求項1】 木造建築物における土台又は梁等の下側
横部材と、該下側横部材の上方に平行配置された上側横
部材との間に、管柱を介装し連結金具を介して連結する
装置において、 管柱の木口面から軸方向に延びるスリットを形成すると
共に、該管柱の木口端近傍部に前記スリットを横断する
軸孔を形成し、一方、横部材における管柱の取付面に挿
入孔を形成すると共に、該横部材に前記挿入孔を横断す
る軸孔を形成して成り、 前記管柱と横部材を連結する連結金具が、横部材の挿入
孔に挿入される脚部と、管柱のスリットに挿入される頭
部とを一体的に備え、前記横部材の軸孔に挿着される軸
手段を介して脚部を挿入孔に固着すると共に、前記管柱
の軸孔に挿着される軸手段を介して頭部をスリットに固
着して成ることを特徴とする木造建築物における管柱の
連結装置。
1. A tubular column interposed between a lower horizontal member such as a base or a beam of a wooden building and an upper horizontal member arranged in parallel above the lower horizontal member, and a connecting bracket is provided therebetween. In the apparatus for connecting the pipe column, a slit extending in the axial direction from the mouth of the pipe column is formed, and a shaft hole passing through the slit is formed in the vicinity of the mouth end of the pipe column. An insertion hole is formed in the mounting surface, and a shaft hole that crosses the insertion hole is formed in the lateral member. A connection fitting that connects the tube post and the lateral member is inserted into the insertion hole of the lateral member. A leg and a head inserted into a slit of a tube post are integrally provided, and the leg is fixed to the insertion hole via a shaft means inserted into a shaft hole of the horizontal member, and Characterized in that the head is fixed to the slit via shaft means inserted into the shaft hole of the wooden structure Coupling device tubular column in Tsukibutsu.
JP8939698A 1998-03-17 1998-03-17 Connecting device for pipe columns in wooden buildings Expired - Fee Related JP2935024B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP8939698A JP2935024B1 (en) 1998-03-17 1998-03-17 Connecting device for pipe columns in wooden buildings

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP8939698A JP2935024B1 (en) 1998-03-17 1998-03-17 Connecting device for pipe columns in wooden buildings

Publications (2)

Publication Number Publication Date
JP2935024B1 JP2935024B1 (en) 1999-08-16
JPH11264188A true JPH11264188A (en) 1999-09-28

Family

ID=13969499

Family Applications (1)

Application Number Title Priority Date Filing Date
JP8939698A Expired - Fee Related JP2935024B1 (en) 1998-03-17 1998-03-17 Connecting device for pipe columns in wooden buildings

Country Status (1)

Country Link
JP (1) JP2935024B1 (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105649205A (en) * 2016-03-22 2016-06-08 南京工业大学 Connection structure of wood frame column in multi-story and tall wood structure
CN113200432A (en) * 2020-01-15 2021-08-03 东芝电梯株式会社 Door pocket fixing member, door pocket mounting structure and door pocket mounting method of elevator

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105649205A (en) * 2016-03-22 2016-06-08 南京工业大学 Connection structure of wood frame column in multi-story and tall wood structure
CN113200432A (en) * 2020-01-15 2021-08-03 东芝电梯株式会社 Door pocket fixing member, door pocket mounting structure and door pocket mounting method of elevator
CN113200432B (en) * 2020-01-15 2023-04-07 东芝电梯株式会社 Door pocket fixing member, door pocket mounting structure and door pocket mounting method of elevator

Also Published As

Publication number Publication date
JP2935024B1 (en) 1999-08-16

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