A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Overhanging type climbing frame hanging seat hanging device
The invention discloses an overhanging type climbing frame hanging seat hanging device which comprises an installation beam with the inner end fixedly installed on a floor slab and the outer end extending out of the outer edge of the floor slab, a hanging piece arranged at the end of the installation beam and used for installing a climbing frame hanging seat and a cable-stayed mechanism arranged between the outer end of the installation beam and an upper floor slab. The inclined strut reinforcing piece is arranged at the outer end of the mounting beam, the top supporting rod is arranged at the inner end of the mounting beam, and the two ends of the top supporting rod abut against the mounting beam and an upper floor slab respectively. The hanging length of the mounting beam can be adjusted according to the change of the outer vertical face of a building structure so as to support climbing frames in different structural areas, the upper floor slab, the lower floor slab and the mounting beam jointly bear outer end loads through the combined action of the cable-stayed mechanism, the inclined strut reinforcing piece and the top supporting rod, and then the structural strength of the hanging device is fully guaranteed; the device has high bearing capacity and supporting capacity, the safety of the device during use is improved, and the overall stability of the climbing frame and the continuity during climbing are ensured.
本发明公开了一种悬挑式爬架挂座挂设装置，包括内端固定安装在楼板上、外端伸出楼板外沿的安装梁，设置在所述安装梁端部、用于安装爬架挂座的挂设件，设置在所述安装梁外端和上层楼板之间的斜拉机构，设置在所述安装梁外端的斜撑加固件，和设置在所述安装梁内端、两端分别与安装梁和上层楼板顶紧的顶撑杆；本发明可根据建筑结构外立面的变化调整安装梁的悬出长度，以满足不同结构区域爬架的支护，通过斜拉机构、斜撑加固件和顶撑杆的共同作用，使得上、下层楼板和安装梁共同承担外端载荷，进而充分保证挂设装置的结构强度，使得装置具有较高的承重能力和支撑能力，提高装置使用时的安全性，确保爬架的整体稳定性以及爬升时的连续性。
Overhanging type climbing frame hanging seat hanging device
The invention discloses an overhanging type climbing frame hanging seat hanging device which comprises an installation beam with the inner end fixedly installed on a floor slab and the outer end extending out of the outer edge of the floor slab, a hanging piece arranged at the end of the installation beam and used for installing a climbing frame hanging seat and a cable-stayed mechanism arranged between the outer end of the installation beam and an upper floor slab. The inclined strut reinforcing piece is arranged at the outer end of the mounting beam, the top supporting rod is arranged at the inner end of the mounting beam, and the two ends of the top supporting rod abut against the mounting beam and an upper floor slab respectively. The hanging length of the mounting beam can be adjusted according to the change of the outer vertical face of a building structure so as to support climbing frames in different structural areas, the upper floor slab, the lower floor slab and the mounting beam jointly bear outer end loads through the combined action of the cable-stayed mechanism, the inclined strut reinforcing piece and the top supporting rod, and then the structural strength of the hanging device is fully guaranteed; the device has high bearing capacity and supporting capacity, the safety of the device during use is improved, and the overall stability of the climbing frame and the continuity during climbing are ensured.
本发明公开了一种悬挑式爬架挂座挂设装置，包括内端固定安装在楼板上、外端伸出楼板外沿的安装梁，设置在所述安装梁端部、用于安装爬架挂座的挂设件，设置在所述安装梁外端和上层楼板之间的斜拉机构，设置在所述安装梁外端的斜撑加固件，和设置在所述安装梁内端、两端分别与安装梁和上层楼板顶紧的顶撑杆；本发明可根据建筑结构外立面的变化调整安装梁的悬出长度，以满足不同结构区域爬架的支护，通过斜拉机构、斜撑加固件和顶撑杆的共同作用，使得上、下层楼板和安装梁共同承担外端载荷，进而充分保证挂设装置的结构强度，使得装置具有较高的承重能力和支撑能力，提高装置使用时的安全性，确保爬架的整体稳定性以及爬升时的连续性。
Overhanging type climbing frame hanging seat hanging device
一种悬挑式爬架挂座挂设装置
HAN ZHICHAO (author) / YUAN HUIBIN (author) / LIU ZHENHAO (author) / LING DONG (author) / SHANG JIANGLONG (author) / LI JIANWEI (author) / KANG JINTAI (author)
2024-02-06
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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