Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
FORMATION MACHINE AND FORMATION METHOD
PROBLEM TO BE SOLVED: To provide a formation machine and a formation method capable of joining a shear reinforcement to a plurality of main reinforcements having different characteristics reliably, and improving joint work efficiency.SOLUTION: A formation machine 1 comprises take-up equipment 5, winding equipment 7, and joining equipment 8. The take-up equipment 5 takes up a plurality of main reinforcements 6, which are arranged side by side in a circumferential direction R, in a shaft direction X. The winding equipment 7 winds a shear reinforcement 9 around the plurality of main reinforcements 6 taken up by the take-up equipment. The joining equipment 8 comprises welding equipment 81 and binding equipment 82, and joins intersections of the shear reinforcement 9 and the plurality of main reinforcements 6 respectively by the operations of these equipment. The welding equipment 81 welds an intersection P1 of the shear reinforcement 9 and a reinforcement 61. The binding equipment 82 binds an intersection P2 of the shear reinforcement 9 and a reinforcement 62 mechanically.
【課題】特性が異なる複数の主筋にせん断補強筋を確実に接合できるとともに、接合作業効率の向上を図れる編成機および編成方法を提供すること。【解決手段】編成機１は、引取り設備５と、巻付け設備７と、接合設備８とを備える。引取り設備５は、円周方向Ｒに並んで配置された複数の主筋６を軸方向Ｘに引取る。巻付け設備７は、引取り設備５に引き取られる複数の主筋６にせん断補強筋９を巻付ける。接合設備８は、溶接設備８１と結束設備８２とを備え、これらの動作によりせん断補強筋９と複数の主筋６との交点をそれぞれ接合する。溶接設備８１は、せん断補強筋９とＲＣ鉄筋６１との交点Ｐ１を溶接する。結束設備８２は、せん断補強筋９とＰＣ鉄筋６２との交点Ｐ２を機械的に結束する。【選択図】図１
FORMATION MACHINE AND FORMATION METHOD
PROBLEM TO BE SOLVED: To provide a formation machine and a formation method capable of joining a shear reinforcement to a plurality of main reinforcements having different characteristics reliably, and improving joint work efficiency.SOLUTION: A formation machine 1 comprises take-up equipment 5, winding equipment 7, and joining equipment 8. The take-up equipment 5 takes up a plurality of main reinforcements 6, which are arranged side by side in a circumferential direction R, in a shaft direction X. The winding equipment 7 winds a shear reinforcement 9 around the plurality of main reinforcements 6 taken up by the take-up equipment. The joining equipment 8 comprises welding equipment 81 and binding equipment 82, and joins intersections of the shear reinforcement 9 and the plurality of main reinforcements 6 respectively by the operations of these equipment. The welding equipment 81 welds an intersection P1 of the shear reinforcement 9 and a reinforcement 61. The binding equipment 82 binds an intersection P2 of the shear reinforcement 9 and a reinforcement 62 mechanically.
【課題】特性が異なる複数の主筋にせん断補強筋を確実に接合できるとともに、接合作業効率の向上を図れる編成機および編成方法を提供すること。【解決手段】編成機１は、引取り設備５と、巻付け設備７と、接合設備８とを備える。引取り設備５は、円周方向Ｒに並んで配置された複数の主筋６を軸方向Ｘに引取る。巻付け設備７は、引取り設備５に引き取られる複数の主筋６にせん断補強筋９を巻付ける。接合設備８は、溶接設備８１と結束設備８２とを備え、これらの動作によりせん断補強筋９と複数の主筋６との交点をそれぞれ接合する。溶接設備８１は、せん断補強筋９とＲＣ鉄筋６１との交点Ｐ１を溶接する。結束設備８２は、せん断補強筋９とＰＣ鉄筋６２との交点Ｐ２を機械的に結束する。【選択図】図１
FORMATION MACHINE AND FORMATION METHOD
編成機および編成方法
YOSHIMITSU HISASHI (Autor:in) / ISSHIKI NOBUMOTO (Autor:in) / SUZUKI TAKEYA (Autor:in) / KIMURA YUKIO (Autor:in)
06.08.2015
Patent
Elektronische Ressource
Japanisch
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