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A platform for research: civil engineering, architecture and urbanism
Adjustable sliding formwork and formwork supporting platform connecting mechanism
The invention discloses an adjustable sliding formwork and formwork supporting platform connecting mechanism which comprises a sliding formwork portal, a formwork supporting platform cross beam, a channel steel support, an adjustable support assembly and two wedge-shaped gusset plates, the sliding formwork portal is provided with a stand column and an inner bracket, the channel steel support is fixedly arranged on the sliding formwork portal, and the adjustable support assembly is fixedly arranged on the sliding formwork portal. The channel steel support is fixedly connected with the stand column and the inner bracket; the adjustable support assembly is fixedly arranged at the top end of the channel steel support, and an upper clamping groove body is formed in the top of the adjustable support assembly; the two wedge-shaped node plates are fixedly arranged on the two faces of the lower flange of the formwork supporting platform cross beam, and the two wedge-shaped node plates are clamped in the upper clamping groove body. The bottom face of the wedge-shaped gusset plate can be attached to the top face of the adjustable support assembly by adjusting the height and the torque of the adjustable support assembly. The connecting mechanism can ensure reliable connection of the slip form and the steel truss supporting structure, ensures uniform transfer of loads of all nodes, and improves the safety of a slip form system.
本发明公开了一种可调节式滑模与支模平台连接机构，包括滑膜门架和支模平台横梁、槽钢支座、可调支座组件以及两个楔形节点板，所述滑膜门架具有立柱和内牛腿，槽钢支座固定设置于所述滑膜门架上，且所述槽钢支座与所述立柱以及所述内牛腿均固定连接；可调支座组件固定设置于所述槽钢支座顶端，所述可调支座组件顶部具有上卡槽体；两个楔形节点板固定设置于所述支模平台横梁的下翼缘两面，且两个所述楔形节点板卡合在所述上卡槽体内；其中，可通过调节所述可调支座组件的高度和扭矩，实现所述楔形节点板底面与所述可调支座组件顶面贴合。上述连接机构能够保证滑模与钢桁架支撑结构可靠连接，确保各节点荷载均匀传递，提高滑模系统的安全性。
Adjustable sliding formwork and formwork supporting platform connecting mechanism
The invention discloses an adjustable sliding formwork and formwork supporting platform connecting mechanism which comprises a sliding formwork portal, a formwork supporting platform cross beam, a channel steel support, an adjustable support assembly and two wedge-shaped gusset plates, the sliding formwork portal is provided with a stand column and an inner bracket, the channel steel support is fixedly arranged on the sliding formwork portal, and the adjustable support assembly is fixedly arranged on the sliding formwork portal. The channel steel support is fixedly connected with the stand column and the inner bracket; the adjustable support assembly is fixedly arranged at the top end of the channel steel support, and an upper clamping groove body is formed in the top of the adjustable support assembly; the two wedge-shaped node plates are fixedly arranged on the two faces of the lower flange of the formwork supporting platform cross beam, and the two wedge-shaped node plates are clamped in the upper clamping groove body. The bottom face of the wedge-shaped gusset plate can be attached to the top face of the adjustable support assembly by adjusting the height and the torque of the adjustable support assembly. The connecting mechanism can ensure reliable connection of the slip form and the steel truss supporting structure, ensures uniform transfer of loads of all nodes, and improves the safety of a slip form system.
本发明公开了一种可调节式滑模与支模平台连接机构，包括滑膜门架和支模平台横梁、槽钢支座、可调支座组件以及两个楔形节点板，所述滑膜门架具有立柱和内牛腿，槽钢支座固定设置于所述滑膜门架上，且所述槽钢支座与所述立柱以及所述内牛腿均固定连接；可调支座组件固定设置于所述槽钢支座顶端，所述可调支座组件顶部具有上卡槽体；两个楔形节点板固定设置于所述支模平台横梁的下翼缘两面，且两个所述楔形节点板卡合在所述上卡槽体内；其中，可通过调节所述可调支座组件的高度和扭矩，实现所述楔形节点板底面与所述可调支座组件顶面贴合。上述连接机构能够保证滑模与钢桁架支撑结构可靠连接，确保各节点荷载均匀传递，提高滑模系统的安全性。
Adjustable sliding formwork and formwork supporting platform connecting mechanism
一种可调节式滑模与支模平台连接机构
GAO WENSHUANG (author) / WANG WANYING (author) / LI TIAN (author) / XIU HUANYU (author) / FANG DONGYAN (author) / WANG CHENG (author) / YU WEIWEI (author)
2023-08-29
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Adjustable formwork supporting system and formwork reinforcing method
| European Patent Office | 2023