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Cylinder-column integrated climbing steel platform with deformable cylinder frame and construction method
The invention relates to a cylinder frame deformable cylinder column integrated overall climbing steel platform and a construction method, the steel platform comprises a steel platform system, cylinder frame supporting systems, a template system and a steel column climbing system, a steel platform top beam extends to two sides of an outer frame giant column, and the cylinder frame supporting systems are arranged around the outer frame giant column; the cylinder frame supporting system comprises fixed cylinder frames and deformable cylinder frames, the fixed cylinder frames are located at the four corners of the cylinder frame supporting system, each fixed cylinder frame comprises a first top beam, a first bottom beam, a square pipe column and a step beam, a first climbing column is arranged at the top end of each fixed cylinder frame, and a first climbing shoe is arranged outside each first climbing column in a sleeving mode; the two sides of the first climbing boot are connected with the top beam of the steel platform through connecting beams, the deformable cylinder frame is located between the two fixed cylinder frames and comprises a second top beam, a second bottom beam, a sliding system and a tool type scaffold, the sliding system comprises guide rails and pulleys, the guide rails are fixed to the bottom face of the second top beam and the top face of the second bottom beam, and the pulleys are clamped to the guide rails. The top end and the bottom end of the tool type scaffold are fixedly connected with the pulleys.
本发明涉及筒架可变形的筒柱一体化整体爬升钢平台及施工方法,包括钢平台系统、筒架支撑系统、模板系统和钢柱爬升系统,钢平台顶梁延伸至外框架巨型柱两侧,外框架巨型柱四周设筒架支撑系统;筒架支撑系统包括固定筒架和可变形筒架,固定筒架位于筒架支撑系统的四个角部,固定筒架包括第一顶梁、第一底梁、方管柱和踏步梁,固定筒架顶端设第一爬升柱,第一爬升柱外部套设第一爬升靴,第一爬升靴两侧通过联系梁与钢平台顶梁连接,可变形筒架位于两个固定筒架中间,其包括第二顶梁、第二底梁、滑移系统和工具式脚手架,滑移系统包括导轨和滑轮,导轨固定于第二顶梁底面和第二底梁顶面,滑轮卡接在导轨上,工具式脚手架的顶端和底端与滑轮固定连接。
Cylinder-column integrated climbing steel platform with deformable cylinder frame and construction method
The invention relates to a cylinder frame deformable cylinder column integrated overall climbing steel platform and a construction method, the steel platform comprises a steel platform system, cylinder frame supporting systems, a template system and a steel column climbing system, a steel platform top beam extends to two sides of an outer frame giant column, and the cylinder frame supporting systems are arranged around the outer frame giant column; the cylinder frame supporting system comprises fixed cylinder frames and deformable cylinder frames, the fixed cylinder frames are located at the four corners of the cylinder frame supporting system, each fixed cylinder frame comprises a first top beam, a first bottom beam, a square pipe column and a step beam, a first climbing column is arranged at the top end of each fixed cylinder frame, and a first climbing shoe is arranged outside each first climbing column in a sleeving mode; the two sides of the first climbing boot are connected with the top beam of the steel platform through connecting beams, the deformable cylinder frame is located between the two fixed cylinder frames and comprises a second top beam, a second bottom beam, a sliding system and a tool type scaffold, the sliding system comprises guide rails and pulleys, the guide rails are fixed to the bottom face of the second top beam and the top face of the second bottom beam, and the pulleys are clamped to the guide rails. The top end and the bottom end of the tool type scaffold are fixedly connected with the pulleys.
本发明涉及筒架可变形的筒柱一体化整体爬升钢平台及施工方法,包括钢平台系统、筒架支撑系统、模板系统和钢柱爬升系统,钢平台顶梁延伸至外框架巨型柱两侧,外框架巨型柱四周设筒架支撑系统;筒架支撑系统包括固定筒架和可变形筒架,固定筒架位于筒架支撑系统的四个角部,固定筒架包括第一顶梁、第一底梁、方管柱和踏步梁,固定筒架顶端设第一爬升柱,第一爬升柱外部套设第一爬升靴,第一爬升靴两侧通过联系梁与钢平台顶梁连接,可变形筒架位于两个固定筒架中间,其包括第二顶梁、第二底梁、滑移系统和工具式脚手架,滑移系统包括导轨和滑轮,导轨固定于第二顶梁底面和第二底梁顶面,滑轮卡接在导轨上,工具式脚手架的顶端和底端与滑轮固定连接。
Cylinder-column integrated climbing steel platform with deformable cylinder frame and construction method
筒架可变形的筒柱一体化整体爬升钢平台及施工方法
XU LEI (author) / CHEN YANZI (author) / HE ZIYANG (author) / GONG YAOYU (author) / YU SIYI (author)
2023-09-19
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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