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Reverse-hanging type construction method and reverse-hanging type construction hanging platform for aluminum strip plate suspended ceiling
The invention discloses a reverse-hanging type construction method and a reverse-hanging type construction hanging platform for an aluminum strip plate suspended ceiling. The construction hanging platform comprises four vertical supporting beams and four transverse supporting beams, the four vertical supporting beams are vertically arranged in parallel, and the four transverse supporting beams are transversely arranged in parallel. The adjacent vertical supporting beams and transverse supporting beams are fixedly connected together through pipe clamps, and vertical holes matched with the vertical supporting beams are formed in the pipe clamps. According to the reverse-hanging type construction method and the reverse-hanging type construction hanging platform for the aluminum strip plate suspended ceiling, a left breast board and a right breast board are rotated, so that clamping blocks extrude limiting plates, the limiting plates compress reset springs through pressing plates and retract into spring grooves, and when the clamping blocks enter the position between the two limiting plates, the limiting plates stretch out of the spring grooves again under the action of the elastic force of the springs and abut against the side walls of the clamping blocks; the left breast board and the right breast board are closed together, so that enough safety guarantee is provided for workers working on a springboard, and potential safety hazards in the construction process are reduced.
本发明公开了一种铝条板吊顶的反吊式施工方法及反吊式施工吊台,所述施工吊台包括四个竖向支撑梁和四个横向支撑梁,四个所述竖向支撑梁之间竖直平行设置,四个所述横向支撑梁之间横向平行设置,相邻的所述竖向支撑梁与横向支撑梁之间通过管夹固定连接在一起,所述管夹内开设有与竖向支撑梁相匹配的竖孔。本发明,转动左栏板和右栏板,使得卡块挤压限位板,使得限位板通过压板压缩复位弹簧并使得限位板缩入弹簧槽内,直至卡块进入两个限位板之间时,限位板在弹簧弹力的作用下再次伸出弹簧槽并与卡块的侧壁相抵,使得左栏板和右栏板关合在一起,进而为工作者在跳板上工作时提供足够的安全保障,降低了施工过程中的安全隐患。
Reverse-hanging type construction method and reverse-hanging type construction hanging platform for aluminum strip plate suspended ceiling
The invention discloses a reverse-hanging type construction method and a reverse-hanging type construction hanging platform for an aluminum strip plate suspended ceiling. The construction hanging platform comprises four vertical supporting beams and four transverse supporting beams, the four vertical supporting beams are vertically arranged in parallel, and the four transverse supporting beams are transversely arranged in parallel. The adjacent vertical supporting beams and transverse supporting beams are fixedly connected together through pipe clamps, and vertical holes matched with the vertical supporting beams are formed in the pipe clamps. According to the reverse-hanging type construction method and the reverse-hanging type construction hanging platform for the aluminum strip plate suspended ceiling, a left breast board and a right breast board are rotated, so that clamping blocks extrude limiting plates, the limiting plates compress reset springs through pressing plates and retract into spring grooves, and when the clamping blocks enter the position between the two limiting plates, the limiting plates stretch out of the spring grooves again under the action of the elastic force of the springs and abut against the side walls of the clamping blocks; the left breast board and the right breast board are closed together, so that enough safety guarantee is provided for workers working on a springboard, and potential safety hazards in the construction process are reduced.
本发明公开了一种铝条板吊顶的反吊式施工方法及反吊式施工吊台,所述施工吊台包括四个竖向支撑梁和四个横向支撑梁,四个所述竖向支撑梁之间竖直平行设置,四个所述横向支撑梁之间横向平行设置,相邻的所述竖向支撑梁与横向支撑梁之间通过管夹固定连接在一起,所述管夹内开设有与竖向支撑梁相匹配的竖孔。本发明,转动左栏板和右栏板,使得卡块挤压限位板,使得限位板通过压板压缩复位弹簧并使得限位板缩入弹簧槽内,直至卡块进入两个限位板之间时,限位板在弹簧弹力的作用下再次伸出弹簧槽并与卡块的侧壁相抵,使得左栏板和右栏板关合在一起,进而为工作者在跳板上工作时提供足够的安全保障,降低了施工过程中的安全隐患。
Reverse-hanging type construction method and reverse-hanging type construction hanging platform for aluminum strip plate suspended ceiling
一种铝条板吊顶的反吊式施工方法及反吊式施工吊台
HONG YUAN (author) / SHI XIUJUN (author) / KONG RONGSHENG (author)
2021-10-22
Patent
Electronic Resource
Chinese
European Patent Office | 2024
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