A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONCRETE MEMBER JUNCTION STRUCTURE, AND SPIRAL REINFORCEMENT FOR THE SAME
PROBLEM TO BE SOLVED: To provide a concrete member junction structure that is highly cost-effective and convenient, and enables concrete members to be joined to each other appropriately.SOLUTION: While a first contacting surface 11a of a first concrete member 11 is in contact with a second contacting surface 13a of a second concrete member 13 and an edge part 12a of a first reinforcement 12 faces an edge part 14a of a second reinforcement 14, a concrete member junction structure has the edge part 12a of the first reinforcement 12 inserted into an edge side of a spiral reinforcement 15 disposed inside a first recess 11b and inside a second recess 13b, and the edge part 14a of the second reinforcement 14 inserted into the other edge side. A grout material 16 is filled inside the first recess 11b and inside the second recess 13b, so as to fill an outer gap and an inner gap of the spiral reinforcement 15.SELECTED DRAWING: Figure 1
【課題】コスト面で有利で利便性があり、しかも、コンクリート部材の相互接合を適切に行えるコンクリート部材接合構造を提供する。【解決手段】コンクリート部材接合構造は、第１コンクリート部材１１の第１接合面１１ａと第２コンクリート部材１３の第２接合面１３ａとが接触し、且つ、第１鉄筋１２の端部１２ａと第２鉄筋１４の端部１４ａとが向き合った状態で、第１凹部１１ｂの内側及び第２凹部１３ｂの内側に配置されているスパイラル筋１５の一端側に第１鉄筋１２の端部１２ａが挿入されていると共に他端側に第２鉄筋１４の端部１４ａが挿入されており、スパイラル筋１５の外側隙間及び内側隙間を埋めるように第１凹部１１ｂの内側及び第２凹部１３ｂの内側にグラウト材１６が充填されている。【選択図】図１
CONCRETE MEMBER JUNCTION STRUCTURE, AND SPIRAL REINFORCEMENT FOR THE SAME
PROBLEM TO BE SOLVED: To provide a concrete member junction structure that is highly cost-effective and convenient, and enables concrete members to be joined to each other appropriately.SOLUTION: While a first contacting surface 11a of a first concrete member 11 is in contact with a second contacting surface 13a of a second concrete member 13 and an edge part 12a of a first reinforcement 12 faces an edge part 14a of a second reinforcement 14, a concrete member junction structure has the edge part 12a of the first reinforcement 12 inserted into an edge side of a spiral reinforcement 15 disposed inside a first recess 11b and inside a second recess 13b, and the edge part 14a of the second reinforcement 14 inserted into the other edge side. A grout material 16 is filled inside the first recess 11b and inside the second recess 13b, so as to fill an outer gap and an inner gap of the spiral reinforcement 15.SELECTED DRAWING: Figure 1
【課題】コスト面で有利で利便性があり、しかも、コンクリート部材の相互接合を適切に行えるコンクリート部材接合構造を提供する。【解決手段】コンクリート部材接合構造は、第１コンクリート部材１１の第１接合面１１ａと第２コンクリート部材１３の第２接合面１３ａとが接触し、且つ、第１鉄筋１２の端部１２ａと第２鉄筋１４の端部１４ａとが向き合った状態で、第１凹部１１ｂの内側及び第２凹部１３ｂの内側に配置されているスパイラル筋１５の一端側に第１鉄筋１２の端部１２ａが挿入されていると共に他端側に第２鉄筋１４の端部１４ａが挿入されており、スパイラル筋１５の外側隙間及び内側隙間を埋めるように第１凹部１１ｂの内側及び第２凹部１３ｂの内側にグラウト材１６が充填されている。【選択図】図１
CONCRETE MEMBER JUNCTION STRUCTURE, AND SPIRAL REINFORCEMENT FOR THE SAME
コンクリート部材接合構造と、コンクリート部材接合構造用のスパイラル筋
OKANO MOTOYUKI (author) / MORITA TOSHIYA (author) / IIZUKA YUTAKA (author)
2017-11-16
Patent
Electronic Resource
Japanese
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