A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wind-resistant hydraulic creeping formwork for bridge
The invention discloses a wind-resistant hydraulic creeping formwork for a bridge, and belongs to the technical field of creeping formwork devices, the wind-resistant hydraulic creeping formwork comprises an operation platform and a creeping formwork mechanism, the operation platform comprises a first operation platform and a second operation platform, and the creeping formwork mechanism comprises a formwork, an adjusting assembly, an embedded part, a limiting frame, a guide rail, a fixing assembly, a connecting frame and a positioning assembly; the first operation platform and the second operation platform are both in a vertical shape, the position of the formwork in the horizontal direction can be adjusted through the adjusting assembly, and the stability of the formwork in the position adjusting process is kept. Through the embedded part, the limiting frame, the guide rail, the connecting frame and the hydraulic machine, the operation platform can conduct formwork climbing operation in the vertical direction, the position of the connecting frame on the limiting frame can be fixed through the positioning assembly, the position of the guide rail on the limiting frame can be fixed through the fixing assembly, stability of the operation platform in the formwork climbing process can be conveniently kept, and the working efficiency is improved. The use is convenient.
本发明公开了一种桥梁用抗风液压爬模，属于爬模装置技术领域，包括操作平台和爬模机构，所述操作平台包括第一操作平台和第二操作平台，所述爬模机构包括：模板、调节组件、预埋件、限位架、导轨、固定组件、连接架和定位组件；所述第一操作平台和第二操作平台均为竖直状，通过调节组件可对模板在水平方向的位置进行调节，并保持模板在位置调节过程中的稳定；通过所述预埋件、限位架、导轨、连接架和液压机可实现操作平台进行竖直方向的爬模操作，并通过定位组件可对连接架在限位架上的位置进行固定，可通过固定组件实现导轨在限位架上的位置固定，便于保持操作平台在爬模过程中的稳定，方便使用。
Wind-resistant hydraulic creeping formwork for bridge
The invention discloses a wind-resistant hydraulic creeping formwork for a bridge, and belongs to the technical field of creeping formwork devices, the wind-resistant hydraulic creeping formwork comprises an operation platform and a creeping formwork mechanism, the operation platform comprises a first operation platform and a second operation platform, and the creeping formwork mechanism comprises a formwork, an adjusting assembly, an embedded part, a limiting frame, a guide rail, a fixing assembly, a connecting frame and a positioning assembly; the first operation platform and the second operation platform are both in a vertical shape, the position of the formwork in the horizontal direction can be adjusted through the adjusting assembly, and the stability of the formwork in the position adjusting process is kept. Through the embedded part, the limiting frame, the guide rail, the connecting frame and the hydraulic machine, the operation platform can conduct formwork climbing operation in the vertical direction, the position of the connecting frame on the limiting frame can be fixed through the positioning assembly, the position of the guide rail on the limiting frame can be fixed through the fixing assembly, stability of the operation platform in the formwork climbing process can be conveniently kept, and the working efficiency is improved. The use is convenient.
本发明公开了一种桥梁用抗风液压爬模，属于爬模装置技术领域，包括操作平台和爬模机构，所述操作平台包括第一操作平台和第二操作平台，所述爬模机构包括：模板、调节组件、预埋件、限位架、导轨、固定组件、连接架和定位组件；所述第一操作平台和第二操作平台均为竖直状，通过调节组件可对模板在水平方向的位置进行调节，并保持模板在位置调节过程中的稳定；通过所述预埋件、限位架、导轨、连接架和液压机可实现操作平台进行竖直方向的爬模操作，并通过定位组件可对连接架在限位架上的位置进行固定，可通过固定组件实现导轨在限位架上的位置固定，便于保持操作平台在爬模过程中的稳定，方便使用。
Wind-resistant hydraulic creeping formwork for bridge
一种桥梁用抗风液压爬模
WANG HONGWEI (author) / AHN DUCK JU (author) / WANG LANGFENG (author) / QIAN FULIN (author) / YAO ZHIFENG (author) / LUO XIUHU (author) / ZHOU XINGYING (author) / JIANG GUOLIN (author) / MA HUIMIN (author)
2023-10-20
Patent
Electronic Resource
Chinese
Bridge abutment high pier hydraulic creeping formwork construction method
| European Patent Office | 2023
Expressway bridge high pier hydraulic creeping formwork construction method
| European Patent Office | 2024