JPH10140564A - Vertical plumbing method of pile in building structure using pile as column and jig employed for the same method - Google Patents
Vertical plumbing method of pile in building structure using pile as column and jig employed for the same methodInfo
- Publication number
- JPH10140564A JPH10140564A JP30066196A JP30066196A JPH10140564A JP H10140564 A JPH10140564 A JP H10140564A JP 30066196 A JP30066196 A JP 30066196A JP 30066196 A JP30066196 A JP 30066196A JP H10140564 A JPH10140564 A JP H10140564A
- Authority
- JP
- Japan
- Prior art keywords
- pile
- pillar
- base frame
- ground
- vertical
- 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
Links
Landscapes
- Joining Of Building Structures In Genera (AREA)
- Foundations (AREA)
- Placing Or Removing Of Piles Or Sheet Piles, Or Accessories Thereof (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】この発明は杭の上部を地上に
突出させて柱として利用した建築構造物に関するもので
あり、特に、該建築構造物に於ける杭の鉛直建て入れ方
法及び該方法に用いる治具に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a building structure in which an upper part of a pile is protruded above the ground and used as a pillar, and more particularly to a method of vertically inserting a pile in the building structure and a method for the method. This relates to the jig to be used.
【０００２】[0002]
【従来の技術及び発明が解決しようとする課題】杭を柱
に利用した建築構造物として特開平６−８１３４２が提
案されているが、そこでは杭の鉛直建て入れ方法につい
ては何ら言及がない。しかし、此種建築構造物は、杭が
僅かに傾いているだけで天端部では大きな誤差が生じて
しまい、柱として利用することができなくなる。2. Description of the Related Art Japanese Unexamined Patent Publication No. Hei 6-81342 has been proposed as a building structure using a pile as a pillar, but there is no mention of a method for vertically inserting a pile. However, in this type of building structure, even if the pile is slightly inclined, a large error occurs at the top end, and it cannot be used as a pillar.
【０００３】そこで、此種建築構造物に於ける杭の鉛直
建て精度を高めるために解決すべき技術的課題が生じて
くるのであり、本発明は該課題を解決することを目的と
する。[0003] Therefore, there arises a technical problem to be solved in order to enhance the vertical accuracy of piles in this kind of building structure, and an object of the present invention is to solve the problem.
【０００４】[0004]
【課題を解決するための手段】本発明は上記課題を解決
するために提案されたものであり、杭を柱に利用した建
築構造物に於ける杭の鉛直建て入れ方法であって、杭を
地表近傍とその上方との地上二箇所で案内しつつ、該杭
の下部を掘削孔に挿入し、且つ、該杭の上部は地上に存
置して柱と成し、更に、該柱の基部を固定し、該柱を揺
動させて杭が鉛直になるように調整し、掘削孔に充填し
た杭周固定剤の固化を待つ杭の鉛直建て入れ方法を提供
するものである。DISCLOSURE OF THE INVENTION The present invention has been proposed to solve the above problems, and is a method for vertically placing a pile in a building structure using the pile as a pillar. While guiding at two places above the ground near and above the ground surface, the lower part of the pile is inserted into the excavation hole, and the upper part of the pile is formed on the ground as a pillar, and the base of the pillar is further formed. It is intended to provide a method of vertically placing a pile, which is fixed, and the pillar is swung to adjust the pile to be vertical, and the pile surrounding fixing agent filled in the excavation hole is waited for solidification.
【０００５】また、該方法に用いる治具であって、複数
個のフレームを連結することにより掘削孔口を周回する
ベースフレームを形成し、該ベースフレームに杭支持及
び固定板を着脱自在に係合するとともに、該杭支持及び
固定板は中央に設けた杭貫通口を中心として周方向に複
数個の分割片に分割され、更に、各分割片は半径方向に
摺動自在に形成されるとともに、隣接する分割片同士を
係合し、且つ、中心方向へ締め付ける手段が設けられ、
更に、前記ベースフレームの周りを略均等に複数分割し
た位置に夫々立フレームをベースフレームに着脱自在に
立設し、且つ、これらの立フレームの上方内側縁にて、
杭を囲繞する杭支持部を形成し、更に、各立フレームの
上方内側縁に半径方向へ伸縮する杭押し装置を設けた、
杭を柱に利用した建築構造物に於ける杭の鉛直建て入れ
方法に用いる治具を提供するものである。[0005] A jig used in the method is formed by connecting a plurality of frames to form a base frame orbiting around an excavation hole, and detachably supporting a pile support and a fixing plate on the base frame. At the same time, the pile support and fixing plate are divided into a plurality of divided pieces in the circumferential direction around the pile through hole provided at the center, and each divided piece is formed so as to be slidable in the radial direction. Means for engaging adjacent divided pieces and tightening in the center direction are provided,
Furthermore, standing frames are detachably mounted on the base frame at positions substantially equally divided around the base frame into a plurality of portions, and at upper inner edges of these standing frames,
Forming a pile support portion surrounding the pile, further provided with a pile pushing device to expand and contract in the radial direction on the upper inner edge of each standing frame,
An object of the present invention is to provide a jig used for a method of vertically inserting a pile in a building structure using the pile as a pillar.
【０００６】[0006]
【発明の実施の形態】以下、本発明の実施の形態を図１
乃至図６に従って詳述する。図１は敷地１に建築構造物
２の骨組を構築した状態を示し、地盤３には掘削孔４，
４…がアースオーガ等の掘削具にて掘削され、その先端
は支持層３ａまで達している。そして、該掘削孔４，４
…内に杭周固定剤としてセメントミルク５を充填すると
ともに、杭６，６…を建て込む。ここでは該杭６，６…
としてＰＲＣパイルを用いることとするが、特に之に限
定されるものではなく、その他のコンクリート杭、例え
ばＰＨＣパイル、鋼管巻ＰＣパイル等や鋼管又はＨ形鋼
等を用いても良い。FIG. 1 is a block diagram showing an embodiment of the present invention.
This will be described in detail with reference to FIG. FIG. 1 shows a state in which a frame of a building structure 2 has been constructed on a site 1, and excavation holes 4,
4 are excavated with an excavator such as an earth auger, and the tip of the excavator reaches the support layer 3a. And the drilling holes 4, 4
Are filled with cement milk 5 as a pile circumference fixing agent, and piles 6, 6,. Here, the piles 6,6 ...
However, the present invention is not particularly limited thereto, and other concrete piles, for example, a PHC pile, a steel pipe wound PC pile, a steel pipe, or an H-section steel may be used.
【０００７】また、該杭６，６…はその全長が地中に埋
設されるのではなく、上部が地上に存置されてその天端
は建築構造物２の天井高さまで達することにより、該建
築構造物２の柱７，７…を形成している。そして、該柱
７，７…の天端上に桁８，８…が架設され、該桁８，８
…上に折板葺屋根９が被装されている。The piles 6, 6,... Are not buried in their entire lengths but are buried in the ground. The pillars 7, 7,... Of the structure 2 are formed. A spar 8,8... Is erected on the top end of the pillars 7,7.
... A folded-plate roof 9 is mounted on the top.
【０００８】このように建築構造物の基礎となる杭をそ
のまま柱として利用する場合には、杭の鉛直建ち精度を
可及的に高める必要がある。そこで、図２及び図３に示
す如く、杭６を建て込むのに先立ち、掘削孔４の孔口４
ａを介して十字状に対向するように４個の主フレーム１
０，１０，１０，１０を地表に載置し、且つ、アンカー
ロッド１１，１１…にて固定するとともに、隣接する主
フレーム１０，１０間に夫々火打フレーム１２をボルト
締めして連結することにより、掘削孔口４ａを周回する
ベースフレーム１３を形成する。そして、図２及び図４
に示す如く、杭６の先端（下端）を掘削孔口４ａに挿入
しつつ、各火打フレーム１２，１２，１２，１２上に杭
支持及び固定板１４の分割片１５，１５，１５，１５を
載置してボルト締めする。[0008] When a pile, which is the foundation of a building structure, is used as a pillar as it is, it is necessary to increase the vertical construction accuracy of the pile as much as possible. Therefore, as shown in FIG. 2 and FIG.
a four main frames 1 so as to face each other in a cross shape
0, 10, 10, 10 are placed on the surface of the ground and fixed with anchor rods 11, 11,..., And a beating frame 12 is connected between adjacent main frames 10, 10 by bolting. The base frame 13 which goes around the excavation hole 4a is formed. 2 and 4
As shown in the figure, while the tip (lower end) of the pile 6 is inserted into the excavation hole 4a, the divided pieces 15, 15, 15, 15 of the pile support and fixing plate 14 are placed on each of the firing frames 12, 12, 12, 12. Place and bolt.
【０００９】尚、このボルト締めに用いる火打フレーム
１２，１２，１２，１２のボルト穴は、長径がその火打
フレーム１２の幅方向を向いた長穴１６，１６にて形成
されており、該長穴１６，１６の長径分だけ各分割片１
５，１５，１５，１５を杭軸芯に対し半径方向へ摺動で
きるように形成されている。また、各分割片１５，１
５，１５，１５に於ける杭軸芯側の角は円弧状に凹設さ
れ（凹設部１７）、これによりこれらの分割片１５，１
５，１５，１５を組み合わせて成る杭支持及び固定板１
４の中央には杭貫通口１８が形成されている。従って、
各分割片１５，１５，１５，１５を半径方向へ摺動すれ
ば、この杭貫通口１８の口径が拡縮する。The bolt holes of the blow frames 12, 12, 12, 12 used for the bolting are formed by long holes 16, 16 whose major diameters are oriented in the width direction of the blow frame 12. Each split piece 1 corresponds to the major diameter of the holes 16 and 16
5, 15, 15, 15 are formed so as to be able to slide in the radial direction with respect to the pile axis. In addition, each of the divided pieces 15, 1
The corners of the pile shaft cores at 5, 15 and 15 are concavely formed in an arc shape (recessed portion 17).
Pile support and fixing plate 1 composed of a combination of 5, 15, and 15
At the center of 4, a pile penetration port 18 is formed. Therefore,
If the divided pieces 15, 15, 15, 15 are slid in the radial direction, the diameter of the pile through-hole 18 expands and contracts.
【００１０】また、各分割片１５，１５，１５，１５の
凹設部１７及び該凹設部１７に連続する両端辺には、図
４に於いて紙面手前へフランジ１９が突設されている。
そして、該フランジ１９の凹設部１７部分の杭軸芯側面
にはゴムパッキン２０が貼付されており、該ゴムパッキ
ン２０が杭６に摺擦することとなる。また、隣接する分
割片１５，１５のフランジ１９，１９同士がボルト２１
にてボルト締めされることにより、各分割片１５，１
５，１５，１５が一体になっている。但し、当初前記ボ
ルト２１は杭６が沈下できる程度に若干弛めに締めてお
く。In addition, a flange 19 projects from the recessed portion 17 of each of the divided pieces 15, 15, 15, 15 and both end sides continuous with the recessed portion 17 toward the front of the drawing in FIG. 4. .
A rubber packing 20 is affixed to the side surface of the pile shaft core at the recessed portion 17 of the flange 19, and the rubber packing 20 rubs against the pile 6. In addition, the flanges 19 of the adjacent divided pieces 15, 15 are
Each of the divided pieces 15, 1
5, 15, and 15 are integrated. However, the bolts 21 are initially loosened slightly so that the pile 6 can sink.
【００１１】更に、図２及び図５に示す如く、各主フレ
ーム１０，１０，１０，１０上に立フレーム２２，２
２，２２，２２を立設し、両者をボルト締めする。立フ
レーム２２，２２，２２，２２の上端には夫々杭軸芯方
向へアーム２３が横設されている。そして、各アーム２
３，２３，２３，２３の先端が杭６に可及的に近接する
ことにより杭支持部２４を形成して、建て入れ中の杭６
が傾かないように四方向から囲繞している。Further, as shown in FIGS. 2 and 5, each of the main frames 10, 10, 10, 10 has a standing frame 22, 2,
Erect 2,22,22 and bolt them together. At the upper ends of the upright frames 22, 22, 22, 22, arms 23 are respectively provided in the pile axis direction. And each arm 2
The pile support part 24 is formed by the tip of 3,23,23,23 being as close to the pile 6 as possible, and the pile 6
It is surrounded from four directions so that it does not tilt.
【００１２】また、該アーム２３，２３，２３，２３の
先端は平面視台形状に形成されており、夫々の側辺部２
３ａが隣接する他のアーム２３の側辺部２３ａと一定間
隙を隔てて対向している。この間隙にスペーサ２５を介
装してボルト締めすることにより、隣接するアーム２
３，２３同士を連結する。The distal ends of the arms 23, 23, 23, 23 are formed in a trapezoidal shape in plan view.
3a is opposed to the side 23a of another adjacent arm 23 with a certain gap. The spacers 25 are interposed in this gap and bolted, so that the adjacent arms 2
3, 23 are connected to each other.
【００１３】斯くして、前記杭支持及び固定板１４と前
記杭支持部２４とにより、杭６を地表近傍とその上方と
の地上二箇所で支持しつつ、掘削孔４に略鉛直に建て入
れることができる。In this manner, the pile 6 is supported by the pile support / fixing plate 14 and the pile support 24 at two locations above and below the ground surface and above the ground surface, and is installed substantially vertically in the excavation hole 4. be able to.
【００１４】尚、前記スペーサ２５を縦方向に回動自在
に形成し、且つ、その外周にゴムパッキンを周設して該
ゴムパッキンが杭６に接触するようにすれば、該杭６を
確実に支承しつつ建て入れることができ、より効果的で
ある。また、前記主フレーム１０，１０，１０，１０の
上フランジに種々の杭径に応じたボルト穴を用意して、
立フレーム２２，２２，２２，２２の立設位置を調整で
きるようにしておけば、杭支持部２４の口径を拡縮する
ことができるので、前記杭貫通口１８の口径が拡縮自在
に形成されているのと相俟ち、種々の太さの杭６に対応
することができ汎用性が拡大する。If the spacer 25 is formed so as to be rotatable in the vertical direction and a rubber packing is provided around the outer periphery thereof so that the rubber packing comes into contact with the pile 6, the pile 6 can be securely mounted. It can be built while supporting it, which is more effective. Also, bolt holes are prepared in the upper flanges of the main frames 10, 10, 10, 10 according to various pile diameters,
If the standing positions of the standing frames 22, 22, 22, 22 can be adjusted, the diameter of the pile support portion 24 can be expanded or contracted. In addition to this, it is possible to cope with piles 6 having various thicknesses, and the versatility is expanded.
【００１５】而して、杭６を規定の深さまで挿入した
後、前記ボルト２１，２１，２１，２１を緊締して杭貫
通口１８の口径を収縮することにより、杭支持及び固定
板１４にて杭６の地表近傍部分、即ち、柱７の基部を締
め付け固定する。そして、前記アーム２３，２３，２
３，２３の下面に配設された杭押し装置２６，２６，２
６，２６にて柱７を揺動させて杭６が完全に鉛直になる
ように微調整する。After the pile 6 is inserted to the specified depth, the bolts 21, 21, 21 and 21 are tightened to shrink the diameter of the pile through-hole 18, so that the pile support and the fixing plate 14 are fixed. The portion near the surface of the pile 6, that is, the base of the pillar 7 is tightened and fixed. And the arms 23, 23, 2
Pile pushing devices 26, 26, 2 disposed on the lower surfaces of 3, 23
At 6 and 26, the column 7 is rocked and finely adjusted so that the pile 6 is completely vertical.
【００１６】即ち、杭押し装置２６，２６，２６，２６
は夫々杭軸芯方向へ向けたスクリュー２７の先端にブロ
ック２８を配設して成り、ブロック２８の前面は杭６の
周面に合わせて凹設されている。そして、スクリュー２
７を回動することによりブロック２８が前後動するよう
に形成されている。従って、杭６がある方向へ傾いてい
る場合には、その方向に位置するブロック２８を前進さ
せることにより、前記柱７の基部を支点として杭６が起
き上がり、鉛直状態に修正される。そして、その状態で
前記セメントミルク５の固化を待つ。That is, the pile pushing devices 26, 26, 26, 26
Are formed by disposing a block 28 at the tip of a screw 27 directed toward the axis of the pile, respectively, and the front surface of the block 28 is recessed in accordance with the peripheral surface of the pile 6. And screw 2
The block 28 is formed so as to move forward and backward by rotating the block 7. Therefore, when the pile 6 is tilted in a certain direction, the block 28 located in that direction is advanced, whereby the pile 6 is raised with the base of the column 7 as a fulcrum, and is corrected to a vertical state. Then, in this state, the cement milk 5 waits for solidification.
【００１７】セメントミルク５がある程度固化したら、
立フレーム２２，２２，２２，２２をベースフレーム１
３から取り外し、他の杭６の鉛直建て入れに転用する。
従って、立フレーム２２の必要セット数はベースフレー
ム１３の数の半分程度で良い。そして、セメントミルク
５が完全に固化したら、杭支持及び固定板１４及びベー
スフレーム１３を分解して撤去する。これらは各部材が
ボルトにて柱７の周方向に連結されているだけであるの
で、このボルトを取り外せば簡単に分解・撤去でき、柱
７の天端まで引き揚げて抜き取る必要はない。斯くし
て、建築構造物２の杭６が鉛直に建て入れされる。When the cement milk 5 has solidified to some extent,
The vertical frames 22, 22, 22, 22 are connected to the base frame 1.
3 and is diverted to the vertical mounting of another pile 6.
Therefore, the required number of sets of the standing frames 22 may be about half the number of the base frames 13. When the cement milk 5 is completely solidified, the pile supporting and fixing plate 14 and the base frame 13 are disassembled and removed. Since these members are merely connected in the circumferential direction of the column 7 by bolts, if these bolts are removed, they can be easily disassembled and removed, and there is no need to pull up to the top end of the column 7 and pull out. Thus, the pile 6 of the building structure 2 is erected vertically.
【００１８】而して、図１に示す如く、この建築構造物
２には杭６，６間を繋ぐ地中梁を設けていない。然ると
きは、自重や地震時の水平力等に対する所要強度の確保
が問題となる。そこで、発明者は図６に示すモデルを用
いて外力による杭変形の解析を行った。具体的には、杭
のモデルとして線材Ｌを考え、該線材Ｌの全長を１３０
００mmとするとともに、地中へ９０００mm打ち込み、地
上に４０００mm突出させることとした。また、該線材Ｌ
の先端（下端）をピン支持するとともに、地中に埋設さ
れた部分には、杭が地盤から受ける弾性復原力に相当す
るものとして、合計９個のバネｋ1 ，ｋ2 …ｋ9 を１０
００mm間隔で水平に接続した。更に、線材Ｌの天端に外
力として軸力Ｐ及び水平力Ｈを加えた。Thus, as shown in FIG. 1, the building structure 2 is not provided with an underground beam connecting the piles 6 and 6. In such a case, securing the required strength against its own weight or horizontal force during an earthquake or the like becomes a problem. Then, the inventor analyzed the pile deformation due to external force using the model shown in FIG. Specifically, the wire L is considered as a pile model, and the total length of the wire L is 130
It was set to 00 mm, and 9000 mm was driven into the ground to protrude 4000 mm above the ground. The wire L
In addition to supporting the tip (lower end) of the slab, the buried part in the ground has a total of nine springs k 1 , k 2 ... K 9 corresponding to the elastic restoring force received by the pile from the ground.
They were connected horizontally at intervals of 00 mm. Further, an axial force P and a horizontal force H were applied to the top end of the wire L as external forces.
【００１９】そして、そのケーススタディ結果より、前
記バネｋ1 ，ｋ2 …ｋ9 のうち線材Ｌの変形モードを支
配する度合が最も大きいものは最上部のバネｋ1 であ
り、残りのバネｋ2 〜ｋ9 は影響度が小さいことが判明
した。即ち、これらのバネｋ1，ｋ2 …ｋ9 のバネ定数
を種々の大きさに設定して線材Ｌの変形モードがどのよ
うに変化するかを調べたところ、バネｋ1 のバネ定数が
変わると線材Ｌの変形モードも大きく変化するが、その
他のバネｋ2 〜ｋ9 のバネ定数が変わっただけでは線材
Ｌの変形モードにそれほど大きな変化は見られなかった
のである。According to the results of the case study, the spring k 1 , k 2 ... K 9 having the highest degree of controlling the deformation mode of the wire L is the uppermost spring k 1 , and the remaining springs k 1 , k 2. 2 ~k 9 was found to influence the degree is small. That is, when the spring constants of these springs k 1 , k 2 ... K 9 are set to various sizes, and how the deformation mode of the wire L changes is examined, the spring constant of the spring k 1 changes. the wire L is also changed greatly deformed mode, other only has changed the spring constant of the spring k 2 to k 9 are so large change in the deformation mode of the wire L is was not observed.
【００２０】このことは実際の杭を柱に利用した建築構
造物に於いて、表層（地表から深さ１ｍ程度）の地盤特
性についてのみ、精度良く評価することができれば、柱
となる部分の変形量を制御できることを意味し、その結
果、該建築構造物の所要強度も充分確保できることにな
る。ところで、地盤のボーリングデータから各深さ毎の
バネ定数を定め、前述した解析モデルに当て嵌めようと
しても、通常ボーリングデータ自体のばらつきが大きい
ので信頼の置ける評価は望めない。しかし、評価の対象
が表層だけであれば斯かる問題も解消する。This means that in a building structure using actual piles as pillars, if only the ground characteristics of the surface layer (about 1 m deep from the surface of the ground) can be accurately evaluated, the deformation of the pillar portions This means that the amount can be controlled, and as a result, the required strength of the building structure can be sufficiently secured. By the way, even if the spring constant for each depth is determined from the boring data of the ground and is applied to the above-described analysis model, reliable evaluation cannot be expected because the variation of the boring data itself is large. However, if the evaluation target is only the surface layer, such a problem is also solved.
【００２１】即ち、図１に示す如く、地盤３の表層３ｂ
に地表から固化剤を注入することにより地盤改良する。
この地盤改良部２９の深さは大略１ｍ程度であるが、建
築構造物２の高さや柱７，７…に加わる荷重並びに固化
剤の物性（硬度等）等に応じて増減させる。また、敷地
１の全面を地盤改良するのがベストであるが、杭６，６
…間を縦横に結ぶ格子状に形成すれば経済的であり、且
つ、地中梁と同様の作用を奏するので機能的にも優れて
いる。また、杭６，６…の周縁だけを囲繞するように形
成しても良い。That is, as shown in FIG. 1, the surface layer 3b of the ground 3
The ground is improved by injecting a solidifying agent from the ground surface.
The depth of the ground improvement portion 29 is approximately 1 m, but is increased or decreased according to the height of the building structure 2, the load applied to the columns 7, and the physical properties (hardness and the like) of the solidifying agent. It is best to improve the ground of the entire site 1;
... It is economical if it is formed in a lattice shape connecting the spaces vertically and horizontally, and since it has the same action as an underground beam, it is excellent in function. Further, the piles 6 may be formed so as to surround only the peripheral edges of the piles 6.
【００２２】このように表層３ｂを人為的に改良するこ
とにより、該表層３ｂの剛性を高めつつその地盤特性を
精度良く評価することができる。斯くして、柱７，７…
の変形量が制御可能になり、従って、地中梁が無くても
建築構造物２の所要強度を充分に確保することができ
る。As described above, by artificially improving the surface layer 3b, the rigidity of the surface layer 3b can be increased and the ground characteristics thereof can be accurately evaluated. Thus, pillars 7, 7 ...
Can be controlled, and therefore the required strength of the building structure 2 can be sufficiently secured even without the underground beam.
【００２３】一方、表層３ｂの剛性が高まるとは言って
も地中梁と比較すると該地盤改良部２９の方が柔軟であ
るので、地表部分に於ける杭６，６…の地震時変形が大
きくなる。そこで、土間コンクリート３０を打設する際
に、前記杭６，６…の周囲に数mm〜数cm程度の間隙（縁
切り部３１，３１…）を設けて、土間コンクリート３０
と杭６，６…とを縁切りする。これにより杭６，６…が
地震で変形しても土間コンクリート３０と接触すること
がなく、従って、該杭６，６…及び土間コンクリート３
０が破壊されることはない。On the other hand, although the rigidity of the surface layer 3b is increased, the ground improvement portion 29 is more flexible than the underground beam, so that the deformation of the piles 6, 6,. growing. Therefore, when the soil concrete 30 is cast, a gap of about several mm to several cm is provided around the piles 6, 6.
And stakes 6,6 ... Thus, even if the piles 6, 6,... Are deformed by the earthquake, they do not come into contact with the interstitial concrete 30. Therefore, the piles 6, 6,.
0 is not destroyed.
【００２４】尚、本発明は、本発明の精神を逸脱しない
限り種々の改変を為すことができ、そして、本発明が該
改変されたものに及ぶことは当然である。The present invention can be variously modified without departing from the spirit of the present invention, and it goes without saying that the present invention extends to the modified ones.
【００２５】[0025]
【発明の効果】以上説明したように、本発明は杭の挿入
中は地表近傍とその上方との地上二箇所で杭を支持する
ことにより、略鉛直に建て入れることができ、更に、杭
の挿入後は柱の基部を支点として該柱を揺動させること
により、杭が完全に鉛直になるように微調整することが
できる。As described above, according to the present invention, the pile can be built almost vertically by supporting the pile at two places above the ground near and above the ground during the insertion of the pile. After the insertion, the column can be finely adjusted so that the pile is completely vertical by swinging the column with the base of the column as a fulcrum.
【００２６】また、請求項２記載の治具を用いることに
より、斯かる杭の鉛直建て入れを容易に行うことができ
るだけでなく、該治具は各部材が柱の周方向に連結され
ているので、之を分解することにより簡単に撤去するこ
とができ、柱の天端まで引き揚げて抜き取る必要はな
い。Further, by using the jig according to the second aspect, not only can the pile be vertically installed easily, but also each member of the jig is connected in the circumferential direction of the pillar. Therefore, it can be easily removed by disassembling it and there is no need to pull it up to the top of the pillar and pull it out.
【図１】杭を柱に利用した建築構造物の斜視図。FIG. 1 is a perspective view of a building structure using a pile as a pillar.
【図２】請求項２記載の治具の一実施の形態を示す解説
縦断面図。FIG. 2 is an explanatory longitudinal sectional view showing an embodiment of the jig according to claim 2;
【図３】ベースフレームの平面図。FIG. 3 is a plan view of a base frame.
【図４】ベースフレーム上に杭支持及び固定板を載置し
た状態の平面図。FIG. 4 is a plan view showing a state in which a pile support and a fixing plate are placed on a base frame.
【図５】図２の平面図。FIG. 5 is a plan view of FIG. 2;
【図６】外力による杭の変形を調べる解析モデルの解説
図。FIG. 6 is an explanatory diagram of an analysis model for examining a deformation of a pile due to an external force.
２ 建築構造物 ４ 掘削孔 ５ セメントミルク ６ 杭 ７ 柱 １０ 主フレーム １２ 火打フレーム １３ ベースフレーム １４ 杭支持及び固定板 １５ 分割片 １６ 長穴 １８ 杭貫通口 １９ フランジ ２１ ボルト ２２ 立フレーム ２３ アーム ２４ 杭支持部 ２６ 杭押し装置 2 Building Structure 4 Drilling Hole 5 Cement Milk 6 Pile 7 Pillar 10 Main Frame 12 Fire Frame 13 Base Frame 14 Pile Support and Fixing Plate 15 Split Piece 16 Long Hole 18 Pile Through Hole 19 Flange 21 Bolt 22 Standing Frame 23 Arm 24 Pile Support part 26 Piling device
───────────────────────────────────────────────────── フロントページの続き (72)発明者 渡辺 英彦 東京都新宿区津久戸町２番１号 株式会社 熊谷組東京本社内 ────────────────────────────────────────────────── ─── Continued on the front page (72) Inventor Hidehiko Watanabe 2-1, Tsukudo-cho, Shinjuku-ku, Tokyo Kumagaya Gumi Tokyo Head Office
Claims (2)
で案内しつつ、該杭の下部を掘削孔に挿入し、且つ、該
杭の上部は地上に存置して柱と成し、更に、該柱の基部
を固定し、該柱を揺動させて杭が鉛直になるように調整
し、掘削孔に充填した杭周固定剤の固化を待つことを特
徴とする杭を柱に利用した建築構造物に於ける杭の鉛直
建て入れ方法。1. While guiding a pile at two places above the ground near and above the ground, a lower part of the pile is inserted into a drilling hole, and an upper part of the pile remains on the ground to form a pillar, Further, the base of the pillar is fixed, the pillar is rocked to adjust the pile to be vertical, and the pile is used for the pillar, wherein the pile periphery fixing agent filled in the excavation hole is waited for solidification. Of piles in vertical construction.
掘削孔口を周回するベースフレームを形成し、該ベース
フレームに杭支持及び固定板を着脱自在に係合するとと
もに、該杭支持及び固定板は中央に設けた杭貫通口を中
心として周方向に複数個の分割片に分割され、更に、各
分割片は半径方向に摺動自在に形成されるとともに、隣
接する分割片同士を係合し、且つ、中心方向へ締め付け
る手段が設けられ、更に、前記ベースフレームの周りを
略均等に複数分割した位置に夫々立フレームをベースフ
レームに着脱自在に立設し、且つ、これらの立フレーム
の上方内側縁にて、杭を囲繞する杭支持部を形成し、更
に、各立フレームの上方内側縁に半径方向へ伸縮する杭
押し装置を設けた請求項１記載の杭を柱に利用した建築
構造物に於ける杭の鉛直建て入れ方法に用いる治具。2. A base frame surrounding an excavation hole is formed by connecting a plurality of frames. A pile support and a fixing plate are detachably engaged with the base frame, and the pile support and the fixing plate are detachably engaged with the base frame. Is divided into a plurality of divided pieces in the circumferential direction around the pile through hole provided in the center, and each divided piece is formed so as to be slidable in the radial direction, and engages adjacent divided pieces with each other. And means for tightening in the direction of the center are provided. Further, standing frames are detachably mounted on the base frame at positions substantially equally divided into a plurality of parts around the base frame, and The building structure using a pile as a pillar according to claim 1, wherein a pile supporting portion surrounding the pile is formed at the inner edge, and a pile pushing device that expands and contracts in a radial direction is provided at an upper inner edge of each standing frame. Of piles in objects Jig used for vertical mounting method.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8300661A JP3027341B2 (en) | 1996-11-12 | 1996-11-12 | Method of vertically inserting piles in a building structure using piles as pillars and jig used for the method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8300661A JP3027341B2 (en) | 1996-11-12 | 1996-11-12 | Method of vertically inserting piles in a building structure using piles as pillars and jig used for the method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH10140564A true JPH10140564A (en) | 1998-05-26 |
| JP3027341B2 JP3027341B2 (en) | 2000-04-04 |
Family
ID=17887553
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP8300661A Expired - Fee Related JP3027341B2 (en) | 1996-11-12 | 1996-11-12 | Method of vertically inserting piles in a building structure using piles as pillars and jig used for the method |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3027341B2 (en) |
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| KR101596352B1 (en) * | 2015-02-26 | 2016-02-22 | 주식회사 다인건설 | Piers Reinforced Construction Equipment And Construction Methods |
| WO2016159437A1 (en) * | 2015-03-30 | 2016-10-06 | (주)부마씨이 | Casing rotator having reverse-circulation bedrock-crushing function |
| CN106522226A (en) * | 2016-11-18 | 2017-03-22 | 金陵科技学院 | Device for assisting in vertical settlement of foundation pile |
| CN109024601A (en) * | 2018-07-31 | 2018-12-18 | 合肥康之恒机械科技有限公司 | A kind of piling machinery fixing-aid device |
| CN109778838A (en) * | 2018-12-29 | 2019-05-21 | 浙江万川装饰设计工程有限公司 | A kind of mounting device of municipal works prefabricated tubular pile and pile cover |
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1996
- 1996-11-12 JP JP8300661A patent/JP3027341B2/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101596352B1 (en) * | 2015-02-26 | 2016-02-22 | 주식회사 다인건설 | Piers Reinforced Construction Equipment And Construction Methods |
| WO2016159437A1 (en) * | 2015-03-30 | 2016-10-06 | (주)부마씨이 | Casing rotator having reverse-circulation bedrock-crushing function |
| CN106522226A (en) * | 2016-11-18 | 2017-03-22 | 金陵科技学院 | Device for assisting in vertical settlement of foundation pile |
| KR20190077752A (en) * | 2017-12-26 | 2019-07-04 | 주식회사 포스코 | Apparatus for installing plie of offshore structure |
| CN109024601A (en) * | 2018-07-31 | 2018-12-18 | 合肥康之恒机械科技有限公司 | A kind of piling machinery fixing-aid device |
| WO2020133972A1 (en) * | 2018-12-28 | 2020-07-02 | 上海建工集团股份有限公司 | High-precision automatic positioning and verticality adjustment system for ultra-long steel column by reverse construction method and construction method |
| CN109778838A (en) * | 2018-12-29 | 2019-05-21 | 浙江万川装饰设计工程有限公司 | A kind of mounting device of municipal works prefabricated tubular pile and pile cover |
| CN110820818A (en) * | 2019-12-23 | 2020-02-21 | 福建工程学院 | Precast pile foundation of building reinforced (rfd) device that rectifies |
| CN110820818B (en) * | 2019-12-23 | 2021-04-13 | 福建工程学院 | Precast pile foundation of building reinforced (rfd) device that rectifies |
| CN113152463A (en) * | 2021-05-14 | 2021-07-23 | 浙江大通建设科技有限公司 | Precast sheet pile self-adaptation formula auxiliary device |
| CN113585244A (en) * | 2021-08-30 | 2021-11-02 | 中铁三局集团第二工程有限公司 | Cast-in-place pile supporting device in karst cave area and construction method |
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|---|---|
| JP3027341B2 (en) | 2000-04-04 |
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