A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building steel form capable of stably supporting
The invention relates to a building steel form capable of stably supporting. The building steel form comprises a base, steel form bodies, a supporting block, a lower connecting frame, upper supportingmechanisms and a locking mechanism; the base is of a square structure, the four steel form bodies are symmetrically distributed on the outer side of the base, a T-shaped groove is formed in the lowerend of each steel form body, and the outer end of the lower connecting frame is connected into the T-shaped grooves of the steel form bodies; the inner end of the lower connecting frame is installedon the top of the outer end of the base, the supporting block is installed on the upper end face of the middle of the base, the upper supporting mechanisms is installed between the inner side face ofthe upper end of each steel form body and the supporting block, and the locking mechanism is installed on the top of the supporting block. According to the building steel form capable of stably supporting, the problems that when an existing inner supporting form for a strut is arranged, the mode and position of the steel form bodies cannot be positioned when the steel form bodies are placed, so that a certain gap exists between the steel form bodies in a splicing mode; due to the fact that the joint position of the steel form bodies is not supported, so that the joint position of the steel form bodies can displace to a certain extent when concrete is poured.
本发明涉及一种可稳定支护的建筑钢模板，包括底座、钢模板、支撑块、下连架、上支机构和锁定机构，所述的底座为方形结构，底座的外侧对称分布有四个钢模板，每个钢模板的下端设置有T型槽,下连架的外端连接在钢模板的T型槽内，下连架的内端安装在底座的外端顶部上，支撑块安装在底座的中部上端面上，每个钢模板的上端内侧面与支撑块之间均安装有一个上支机构，锁定机构安装在支撑块的顶部上。本发明可以解决现有针对支柱的内支撑模板设置时存在的：钢模板进行放置时无法对其方式位置进行定位，使得钢模板之间拼接存在一定缝隙，且由于钢模板接合的位置无支撑使得混凝土在浇筑时钢模板的接合处会发生一定的位移等问题。
Building steel form capable of stably supporting
The invention relates to a building steel form capable of stably supporting. The building steel form comprises a base, steel form bodies, a supporting block, a lower connecting frame, upper supportingmechanisms and a locking mechanism; the base is of a square structure, the four steel form bodies are symmetrically distributed on the outer side of the base, a T-shaped groove is formed in the lowerend of each steel form body, and the outer end of the lower connecting frame is connected into the T-shaped grooves of the steel form bodies; the inner end of the lower connecting frame is installedon the top of the outer end of the base, the supporting block is installed on the upper end face of the middle of the base, the upper supporting mechanisms is installed between the inner side face ofthe upper end of each steel form body and the supporting block, and the locking mechanism is installed on the top of the supporting block. According to the building steel form capable of stably supporting, the problems that when an existing inner supporting form for a strut is arranged, the mode and position of the steel form bodies cannot be positioned when the steel form bodies are placed, so that a certain gap exists between the steel form bodies in a splicing mode; due to the fact that the joint position of the steel form bodies is not supported, so that the joint position of the steel form bodies can displace to a certain extent when concrete is poured.
本发明涉及一种可稳定支护的建筑钢模板，包括底座、钢模板、支撑块、下连架、上支机构和锁定机构，所述的底座为方形结构，底座的外侧对称分布有四个钢模板，每个钢模板的下端设置有T型槽,下连架的外端连接在钢模板的T型槽内，下连架的内端安装在底座的外端顶部上，支撑块安装在底座的中部上端面上，每个钢模板的上端内侧面与支撑块之间均安装有一个上支机构，锁定机构安装在支撑块的顶部上。本发明可以解决现有针对支柱的内支撑模板设置时存在的：钢模板进行放置时无法对其方式位置进行定位，使得钢模板之间拼接存在一定缝隙，且由于钢模板接合的位置无支撑使得混凝土在浇筑时钢模板的接合处会发生一定的位移等问题。
Building steel form capable of stably supporting
一种可稳定支护的建筑钢模板
TANG RENCHAO (author) / QIU TIANTIAN (author) / LI XIHUA (author)
2020-08-18
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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