A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Stable civil engineering building construction support with power element
The invention relates to the technical field of building construction supports, in particular to a stable civil engineering building construction support with a power element, which comprises a plurality of bases, a control box, a plurality of support columns and a lifting platform, the bases are connected with the support columns, the control box is arranged among the support columns, and the lifting platform is arranged on the control box. The lifting table is movably arranged on the supporting columns, and the movable seat is movably arranged in guide grooves formed in the supporting columns and connected with the lifting table; a plurality of groups of rollers are arranged, and each group of rollers is movably arranged on the base; the adjusting module is arranged between the supporting column and the lifting table; the monitoring module is arranged between the moving seat and the lifting platform; the fixing system is arranged on the base; the effect that the larger the pressure borne by the construction support is, the larger the contact area between the construction support and the supporting face where the construction support is located is achieved, instability of the whole device caused by the fact that the base sinks into the supporting face where the base is located due to too large pressure is avoided, and the safety coefficient is higher compared with a traditional construction support.
本发明涉及建筑施工支架技术领域，更具体地说，是一种含动力元件的稳定型土木工程建筑施工支架，包括若干个底座、控制箱、若干个支撑柱以及升降台，所述底座和支撑柱连接，控制箱设置在若干个支撑柱之间，升降台活动设置在若干个支撑柱上，还包括：移动座，活动设置在支撑柱上成型的导槽内且与升降台连接；滚轮，数量为若干组，每组滚轮均活动设置在底座上；调节模块，设置在支撑柱和升降台之间；监控模块，设置在移动座和升降台之间；以及固定系统，设置在底座上；实现施工支架承受压力越大，施工支架与所处支撑面之间的接触面积越大的效果，避免压力过大导致底座陷入所处支撑面内而造成整个装置的不稳定性，安全系数相对传统的施工支架更高。
Stable civil engineering building construction support with power element
The invention relates to the technical field of building construction supports, in particular to a stable civil engineering building construction support with a power element, which comprises a plurality of bases, a control box, a plurality of support columns and a lifting platform, the bases are connected with the support columns, the control box is arranged among the support columns, and the lifting platform is arranged on the control box. The lifting table is movably arranged on the supporting columns, and the movable seat is movably arranged in guide grooves formed in the supporting columns and connected with the lifting table; a plurality of groups of rollers are arranged, and each group of rollers is movably arranged on the base; the adjusting module is arranged between the supporting column and the lifting table; the monitoring module is arranged between the moving seat and the lifting platform; the fixing system is arranged on the base; the effect that the larger the pressure borne by the construction support is, the larger the contact area between the construction support and the supporting face where the construction support is located is achieved, instability of the whole device caused by the fact that the base sinks into the supporting face where the base is located due to too large pressure is avoided, and the safety coefficient is higher compared with a traditional construction support.
本发明涉及建筑施工支架技术领域，更具体地说，是一种含动力元件的稳定型土木工程建筑施工支架，包括若干个底座、控制箱、若干个支撑柱以及升降台，所述底座和支撑柱连接，控制箱设置在若干个支撑柱之间，升降台活动设置在若干个支撑柱上，还包括：移动座，活动设置在支撑柱上成型的导槽内且与升降台连接；滚轮，数量为若干组，每组滚轮均活动设置在底座上；调节模块，设置在支撑柱和升降台之间；监控模块，设置在移动座和升降台之间；以及固定系统，设置在底座上；实现施工支架承受压力越大，施工支架与所处支撑面之间的接触面积越大的效果，避免压力过大导致底座陷入所处支撑面内而造成整个装置的不稳定性，安全系数相对传统的施工支架更高。
Stable civil engineering building construction support with power element
含动力元件的稳定型土木工程建筑施工支架
LONG QIUYING (author) / LIN DEZHU (author) / ZHANG LIN (author) / XUE YING (author) / LI YUHAI (author) / GE MENGJING (author) / ZHANG CAIXIA (author) / LIU XIAODAN (author) / MENG XIANGHUA (author) / LI HUAMING (author)
2022-10-11
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste