A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
INSTALLATION STRUCTURE OF FLOOR SLAB AND INSTALLATION METHOD OF FLOOR SLAB
To improve quality of connection between floor slabs.SOLUTION: In a floor slab installation structure 1 which connects a first floor slab 110 and a second floor slab 120, the first floor slab 110 having a first side surface 113, the second floor slab 120 having a second side surface 123, the side surfaces facing each other with a gap gh, an upper contact member 11 which comes into contact with a first top surface 111 of the first floor slab 110 and a second top surface 121 of the second floor slab 120 and a lower contact member 12 which comes into contact with a first bottom surface 112 of the first floor slab 110 and a second bottom surface 122 of the second floor slab 120 are fastened with a fastening member 14 which is extended across the upper contact member 11 and the lower contact member 12 inside a pipe member 13 arranged in the gap gh and extending in a vertical direction. The first floor slab 110 and the second floor slab 120 are fixed so as not to be moved. An outside of the pipe member 13 is filled with an interfilling solidified material 15. Accordingly, an influence of vibration due to traffic of vehicles on placing and curing of the interfilling solidified material 15 in the gap gh can be reduced, thereby improving quality of connection between the floor slabs.SELECTED DRAWING: Figure 5
【課題】床版間の連結の品質を向上させる。【解決手段】第１床版１１０の第１側面１１３と第２床版１２０の第２側面１２３とを間隙ｇｈを隔てて互いに対向させつつ、第１床版１１０と第２床版１２０とを連結する床版の架設構造１において、第１床版１１０の第１上面１１１と第２床版１２０の第２上面１２１とに当接する上側当接部材１１と、第１床版１１０の第１下面１１２と第２床版１２０の第２下面１２２とに当接する下側当接部材１２とが、間隙ｇｈに配置され上下方向に延在する管部材１３の内側において上側当接部材１１と下側当接部材１２とに跨って延在する締結部材１４により締結され、第１床版１１０及び第２床版１２０が動かないように固定され、間詰固化体１５は管部材１３の外側に充填されるため、車両の通行等の振動による間隙ｇｈの間詰固化体１５の打設及び養生への影響が低減され、床版間の連結の品質を向上できる。【選択図】図５
INSTALLATION STRUCTURE OF FLOOR SLAB AND INSTALLATION METHOD OF FLOOR SLAB
To improve quality of connection between floor slabs.SOLUTION: In a floor slab installation structure 1 which connects a first floor slab 110 and a second floor slab 120, the first floor slab 110 having a first side surface 113, the second floor slab 120 having a second side surface 123, the side surfaces facing each other with a gap gh, an upper contact member 11 which comes into contact with a first top surface 111 of the first floor slab 110 and a second top surface 121 of the second floor slab 120 and a lower contact member 12 which comes into contact with a first bottom surface 112 of the first floor slab 110 and a second bottom surface 122 of the second floor slab 120 are fastened with a fastening member 14 which is extended across the upper contact member 11 and the lower contact member 12 inside a pipe member 13 arranged in the gap gh and extending in a vertical direction. The first floor slab 110 and the second floor slab 120 are fixed so as not to be moved. An outside of the pipe member 13 is filled with an interfilling solidified material 15. Accordingly, an influence of vibration due to traffic of vehicles on placing and curing of the interfilling solidified material 15 in the gap gh can be reduced, thereby improving quality of connection between the floor slabs.SELECTED DRAWING: Figure 5
【課題】床版間の連結の品質を向上させる。【解決手段】第１床版１１０の第１側面１１３と第２床版１２０の第２側面１２３とを間隙ｇｈを隔てて互いに対向させつつ、第１床版１１０と第２床版１２０とを連結する床版の架設構造１において、第１床版１１０の第１上面１１１と第２床版１２０の第２上面１２１とに当接する上側当接部材１１と、第１床版１１０の第１下面１１２と第２床版１２０の第２下面１２２とに当接する下側当接部材１２とが、間隙ｇｈに配置され上下方向に延在する管部材１３の内側において上側当接部材１１と下側当接部材１２とに跨って延在する締結部材１４により締結され、第１床版１１０及び第２床版１２０が動かないように固定され、間詰固化体１５は管部材１３の外側に充填されるため、車両の通行等の振動による間隙ｇｈの間詰固化体１５の打設及び養生への影響が低減され、床版間の連結の品質を向上できる。【選択図】図５
INSTALLATION STRUCTURE OF FLOOR SLAB AND INSTALLATION METHOD OF FLOOR SLAB
床版の架設構造及び床版の架設方法
YAMANAKA HIROYUKI (author) / ICHINOMIYA TOSHIMICHI (author) / YAMADA YASUSHI (author) / MIMURO KEIJI (author) / UTSUKI KAZUHIRO (author) / KOBAYASHI KATSUYA (author) / NAGAI YUSUKE (author)
2023-06-21
Patent
Electronic Resource
Japanese
IPC:
E01D
BRIDGES
,
Brücken
FLOOR SLAB INSTALLATION DEVICE AND FLOOR SLAB INSTALLATION METHOD
| European Patent Office | 2019
FLOOR SLAB INSTALLATION DEVICE AND FLOOR SLAB INSTALLATION METHOD
| European Patent Office | 2024
INSTALLATION STRUCTURE OF FLOOR SLAB AND INSTALLATION METHOD OF FLOOR SLAB
| European Patent Office | 2023
PRECAST FLOOR SLAB INSTALLATION METHOD AND PRECAST FLOOR SLAB
| European Patent Office | 2018