A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building concrete outer wall scaffold connecting tube and construction method thereof
The invention discloses a building concrete outer wall scaffold connecting tube and a construction method thereof. The building concrete outer wall scaffold connecting tube comprises an embedded part,the embedded part adopts a segment of twisted steel bent in a right-angle shape, a metal water stop strip is arranged on the embedded part, one end of the embedded part is exposed outside a shear wall body, and a plastic part is arranged at a junction of the embedded part and the outer wall surface of a shear wall; a rubber gasket sleeves the exposed end of the embedded part, threaded round steelis welded, and a butterfly clasp is arranged at the threaded segment of the threaded round steel; and the threaded round steel is nested with the exposed end of the embedded part from the outside through a steel tube, and the rubber gasket and the butterfly clasp correspondingly clamp the two ends of the steel tube after nesting. According to the building concrete outer wall scaffold connecting tube and the construction method thereof, it is ensured that the scaffold connecting tube can be uniformly and equidistantly arranged according to the standard, potential safety hazards of building a scaffold are avoided, the problem of wall space leakage caused by blocking of the scaffold is solved, and the construction quality is improved.
本发明公开了一种建筑物混凝土外墙脚手架连墙件及其施工方法，包括预埋件，该预埋件采用一段呈直角弯折的螺纹钢筋，在该预埋件上设有金属止水片，该预埋件一端外露在剪力墙的墙体外，并在在该预埋件与剪力墙外墙面交汇处设有塑料片；该预埋件的外露端上套有一个橡胶垫片，并且焊接连接一根螺纹圆钢，螺纹圆钢的螺纹段设有蝴蝶扣；该螺纹圆钢与预埋件的外露端通过一根钢管从外嵌套，嵌套完成后所述橡胶垫片与所述蝴蝶扣分别卡住所述钢管的两端。本发明确保脚手架连墙件可按照规范均匀等距布置，避免了脚手架搭建的安全隐患，解决了因脚手眼封堵而产生的墙面漏水问题，提高了施工质量。
Building concrete outer wall scaffold connecting tube and construction method thereof
The invention discloses a building concrete outer wall scaffold connecting tube and a construction method thereof. The building concrete outer wall scaffold connecting tube comprises an embedded part,the embedded part adopts a segment of twisted steel bent in a right-angle shape, a metal water stop strip is arranged on the embedded part, one end of the embedded part is exposed outside a shear wall body, and a plastic part is arranged at a junction of the embedded part and the outer wall surface of a shear wall; a rubber gasket sleeves the exposed end of the embedded part, threaded round steelis welded, and a butterfly clasp is arranged at the threaded segment of the threaded round steel; and the threaded round steel is nested with the exposed end of the embedded part from the outside through a steel tube, and the rubber gasket and the butterfly clasp correspondingly clamp the two ends of the steel tube after nesting. According to the building concrete outer wall scaffold connecting tube and the construction method thereof, it is ensured that the scaffold connecting tube can be uniformly and equidistantly arranged according to the standard, potential safety hazards of building a scaffold are avoided, the problem of wall space leakage caused by blocking of the scaffold is solved, and the construction quality is improved.
本发明公开了一种建筑物混凝土外墙脚手架连墙件及其施工方法，包括预埋件，该预埋件采用一段呈直角弯折的螺纹钢筋，在该预埋件上设有金属止水片，该预埋件一端外露在剪力墙的墙体外，并在在该预埋件与剪力墙外墙面交汇处设有塑料片；该预埋件的外露端上套有一个橡胶垫片，并且焊接连接一根螺纹圆钢，螺纹圆钢的螺纹段设有蝴蝶扣；该螺纹圆钢与预埋件的外露端通过一根钢管从外嵌套，嵌套完成后所述橡胶垫片与所述蝴蝶扣分别卡住所述钢管的两端。本发明确保脚手架连墙件可按照规范均匀等距布置，避免了脚手架搭建的安全隐患，解决了因脚手眼封堵而产生的墙面漏水问题，提高了施工质量。
Building concrete outer wall scaffold connecting tube and construction method thereof
一种建筑物混凝土外墙脚手架连墙件及其施工方法
HU XU (author) / JI QINGHAI (author) / YUAN XINHE (author) / PENG HUI (author) / LIU MEIHUA (author)
2020-09-08
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Building concrete outer wall scaffold wall connecting piece
| European Patent Office | 2021
Outer wall connecting structure for building construction scaffold
| European Patent Office | 2021
Outer scaffold wall connecting structure and construction method
| European Patent Office | 2024