A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-altitude steel structure construction method and self-climbing type operation platform for construction
The invention discloses a high-altitude steel structure construction method and a self-climbing type operation platform for construction. The operation platform comprises an upper-layer platform, a lower-layer platform and a stand column. The upper-layer platform comprises an upper-layer supporting plate, upper-layer steel connecting plates and upper-layer carrier rollers are arranged on the innerside face of the upper-layer supporting plate, and upper-layer diagonal member connecting plates and first upper-layer lifting lugs are arranged on the upper side face of the upper-layer supporting plate. Upper-layer diagonal members are arranged on the upper-layer diagonal member connecting plates, and second upper-layer lifting lugs are arranged on the lower side face of the upper-layer supporting plate. The lower-layer platform comprises a lower-layer supporting plate, and lower-layer steel connecting plates and lower-layer carrier rollers are arranged on the inner side face of the lower-layer supporting plate. Lower-layer diagonal member connecting plates and lower-layer lifting lugs are arranged on the upper side face of the lower-layer supporting plate, and lower-layer diagonal members are arranged on the lower-layer diagonal member connecting plates. The lower end of the stand column is connected with the lower-layer supporting plate, and the upper end of the stand column penetrates through the upper-layer supporting plate to be provided with a lifting lug. No external large-scale mechanical equipment is needed, lifting can be completed only through two chain blocks, operation is convenient, a large amount of time is saved, and the construction cost is reduced.
本发明公开了一种高空钢结构施工方法及施工用自爬式操作平台，操作平台包括上层平台、下层平台和立柱；上层平台包括上层支撑板，上层支撑板的内侧面设有上层钢体连接板和上层托辊，上层支撑板的上侧面设有上层斜拉杆连接板和第一上层吊耳，上层斜拉杆连接板上有上层斜拉杆，上层支撑板的下侧面设有第二上层吊耳；下层平台包括下层支撑板，下层支撑板的内侧面设有下层钢体连接板和下层托辊，下层支撑板的上侧面设有下层斜拉杆连接板和下层吊耳，下层斜拉杆连接板上有下层斜拉杆；立柱的下端与下层支撑板连接，上端穿过上层支撑板后设有吊耳。不需要外部大型机械设备，只需要两个手拉葫芦就能够完成提升，既操作方便，节约大量的时间，又节省了施工成本。
High-altitude steel structure construction method and self-climbing type operation platform for construction
The invention discloses a high-altitude steel structure construction method and a self-climbing type operation platform for construction. The operation platform comprises an upper-layer platform, a lower-layer platform and a stand column. The upper-layer platform comprises an upper-layer supporting plate, upper-layer steel connecting plates and upper-layer carrier rollers are arranged on the innerside face of the upper-layer supporting plate, and upper-layer diagonal member connecting plates and first upper-layer lifting lugs are arranged on the upper side face of the upper-layer supporting plate. Upper-layer diagonal members are arranged on the upper-layer diagonal member connecting plates, and second upper-layer lifting lugs are arranged on the lower side face of the upper-layer supporting plate. The lower-layer platform comprises a lower-layer supporting plate, and lower-layer steel connecting plates and lower-layer carrier rollers are arranged on the inner side face of the lower-layer supporting plate. Lower-layer diagonal member connecting plates and lower-layer lifting lugs are arranged on the upper side face of the lower-layer supporting plate, and lower-layer diagonal members are arranged on the lower-layer diagonal member connecting plates. The lower end of the stand column is connected with the lower-layer supporting plate, and the upper end of the stand column penetrates through the upper-layer supporting plate to be provided with a lifting lug. No external large-scale mechanical equipment is needed, lifting can be completed only through two chain blocks, operation is convenient, a large amount of time is saved, and the construction cost is reduced.
本发明公开了一种高空钢结构施工方法及施工用自爬式操作平台，操作平台包括上层平台、下层平台和立柱；上层平台包括上层支撑板，上层支撑板的内侧面设有上层钢体连接板和上层托辊，上层支撑板的上侧面设有上层斜拉杆连接板和第一上层吊耳，上层斜拉杆连接板上有上层斜拉杆，上层支撑板的下侧面设有第二上层吊耳；下层平台包括下层支撑板，下层支撑板的内侧面设有下层钢体连接板和下层托辊，下层支撑板的上侧面设有下层斜拉杆连接板和下层吊耳，下层斜拉杆连接板上有下层斜拉杆；立柱的下端与下层支撑板连接，上端穿过上层支撑板后设有吊耳。不需要外部大型机械设备，只需要两个手拉葫芦就能够完成提升，既操作方便，节约大量的时间，又节省了施工成本。
High-altitude steel structure construction method and self-climbing type operation platform for construction
一种高空钢结构施工方法及施工用自爬式操作平台
LI CHENGJIE (author) / ZHANG QIANG (author) / XIE CHAO (author) / LIU GANG (author) / ZHAO YIHUI (author) / MENG SHIXIONG (author) / GAO HONGXIA (author)
2020-04-24
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Steel tower construction operation climbing platform and climbing method
| European Patent Office | 2024
Climbing type construction operation platform outside building
| European Patent Office | 2020
Climbing type operation platform for high-rise building construction
| European Patent Office | 2023