A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PILE SUPPORT STRUCTURE AND CONSTRUCTION METHOD THEREOF
To provide a pile support structure and a construction method thereof allowing all of precast members to be manufactured in a factory and to be installed using a compact size crane or a floating crane.SOLUTION: A prefabricated beam member 9 of a pile support structure 1 is provided with: a top plate part 12; side wall parts 13, 13 suspended from both of side edges of the top plate part 12; and beam member sheathes 14 buried in the side wall parts 13. A joined member 8 joined on a pile column-shaped body 4 is projected from the outside surface and is provided with: a receiving shelf part 26 on which an end part of the top plate part 12 is placed; and joined member sheathes 15 opened at both sides of the receiving shelf part 26. PC members 31 inserted into the connected beam member sheathes 14 and the joined member sheathes 15 are fixed in a tensioned state to join the joined member 8 and the prefabricated beam member 9.SELECTED DRAWING: Figure 3
【課題】全てのプレキャスト部材を工場で製作でき、且つ、小型の起重機又は起重機船を用いて施工可能な杭支持構造物及びその構築方法の提供。【解決手段】この杭支持構造物１は、既製梁部材９が天板部１２と、天板部１２の両側縁より垂下された側壁部１３，１３と、側壁部１３に埋設された梁部材シース１４とを備え、杭柱状体４に接合される接合部材８が外側面より突出し、天板部１２の端部が載置される受棚部２６と、受棚部２６の両側に開口した接合部材シース１５とを備え、連通した梁部材シース１４と接合部材シース１５とに挿通したＰＣ部材３１が緊張された状態で定着され、接合部材８と既製梁部材９とが接合されている。【選択図】図３
PILE SUPPORT STRUCTURE AND CONSTRUCTION METHOD THEREOF
To provide a pile support structure and a construction method thereof allowing all of precast members to be manufactured in a factory and to be installed using a compact size crane or a floating crane.SOLUTION: A prefabricated beam member 9 of a pile support structure 1 is provided with: a top plate part 12; side wall parts 13, 13 suspended from both of side edges of the top plate part 12; and beam member sheathes 14 buried in the side wall parts 13. A joined member 8 joined on a pile column-shaped body 4 is projected from the outside surface and is provided with: a receiving shelf part 26 on which an end part of the top plate part 12 is placed; and joined member sheathes 15 opened at both sides of the receiving shelf part 26. PC members 31 inserted into the connected beam member sheathes 14 and the joined member sheathes 15 are fixed in a tensioned state to join the joined member 8 and the prefabricated beam member 9.SELECTED DRAWING: Figure 3
【課題】全てのプレキャスト部材を工場で製作でき、且つ、小型の起重機又は起重機船を用いて施工可能な杭支持構造物及びその構築方法の提供。【解決手段】この杭支持構造物１は、既製梁部材９が天板部１２と、天板部１２の両側縁より垂下された側壁部１３，１３と、側壁部１３に埋設された梁部材シース１４とを備え、杭柱状体４に接合される接合部材８が外側面より突出し、天板部１２の端部が載置される受棚部２６と、受棚部２６の両側に開口した接合部材シース１５とを備え、連通した梁部材シース１４と接合部材シース１５とに挿通したＰＣ部材３１が緊張された状態で定着され、接合部材８と既製梁部材９とが接合されている。【選択図】図３
PILE SUPPORT STRUCTURE AND CONSTRUCTION METHOD THEREOF
杭支持構造物及びその構築方法
ISHIZUKA SHINTA (author) / IKENO KATSUYA (author) / KAWABATA YUICHIRO (author) / KATO EMA (author) / IWANAMI MITSUHO (author) / MAE YOSHIAKI (author) / AMAYA KIMIHIKO (author)
2021-05-06
Patent
Electronic Resource
Japanese
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