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Bridge support adjusting structure
The invention relates to a bridge support adjusting structure, and relates to the technical field of bridge construction structures. The bridge support adjusting structure comprises an upper connecting mechanism used for being connected with a bridge abutment, a lower connecting mechanism used for being connected with a bridge pier and an adjustable supporting mechanism used for supporting, the adjustable supporting mechanism is arranged between the upper connecting mechanism and the lower connecting mechanism, the adjustable supporting mechanism comprises a supporting cylinder and a supporting stud, the supporting cylinder is connected with the lower connecting mechanism, the supporting stud is connected with the upper connecting mechanism, the supporting stud is coaxially connected into the supporting cylinder in a threaded mode, a pouring cavity is formed between the supporting stud and the lower connecting mechanism in the supporting cylinder, a pouring hole is formed in the supporting cylinder, and cement mortar is poured into the pouring cavity. When the structure is used for supporting the bridge abutment, threads on the supporting stud and thread grooves in the supporting cylinder are not prone to deformation, so that follow-up maintenance and adjustment are facilitated.
本申请涉及一种桥梁支座调节结构,涉及桥梁施工结构的技术领域,其包括用于与桥台连接的上连接机构、用于与桥墩连接的下连接机构以及用于支撑的可调支撑机构,可调支撑机构设置在上连接机构与下连接机构之间,可调支撑机构包括支撑筒以及支撑螺柱,支撑筒与下连接机构连接,支撑螺柱与上连接机构连接,支撑螺柱同轴螺纹连接在支撑筒内,支撑筒内在支撑螺柱与下连接机构之间形成浇筑腔,支撑筒上开设有浇筑孔,浇筑腔内浇筑有水泥砂浆。本申请在支撑桥台使,支撑螺柱上的螺牙与支撑筒上的螺牙槽不易发生变形,进而便于后续的维护与调整。
Bridge support adjusting structure
The invention relates to a bridge support adjusting structure, and relates to the technical field of bridge construction structures. The bridge support adjusting structure comprises an upper connecting mechanism used for being connected with a bridge abutment, a lower connecting mechanism used for being connected with a bridge pier and an adjustable supporting mechanism used for supporting, the adjustable supporting mechanism is arranged between the upper connecting mechanism and the lower connecting mechanism, the adjustable supporting mechanism comprises a supporting cylinder and a supporting stud, the supporting cylinder is connected with the lower connecting mechanism, the supporting stud is connected with the upper connecting mechanism, the supporting stud is coaxially connected into the supporting cylinder in a threaded mode, a pouring cavity is formed between the supporting stud and the lower connecting mechanism in the supporting cylinder, a pouring hole is formed in the supporting cylinder, and cement mortar is poured into the pouring cavity. When the structure is used for supporting the bridge abutment, threads on the supporting stud and thread grooves in the supporting cylinder are not prone to deformation, so that follow-up maintenance and adjustment are facilitated.
本申请涉及一种桥梁支座调节结构,涉及桥梁施工结构的技术领域,其包括用于与桥台连接的上连接机构、用于与桥墩连接的下连接机构以及用于支撑的可调支撑机构,可调支撑机构设置在上连接机构与下连接机构之间,可调支撑机构包括支撑筒以及支撑螺柱,支撑筒与下连接机构连接,支撑螺柱与上连接机构连接,支撑螺柱同轴螺纹连接在支撑筒内,支撑筒内在支撑螺柱与下连接机构之间形成浇筑腔,支撑筒上开设有浇筑孔,浇筑腔内浇筑有水泥砂浆。本申请在支撑桥台使,支撑螺柱上的螺牙与支撑筒上的螺牙槽不易发生变形,进而便于后续的维护与调整。
Bridge support adjusting structure
一种桥梁支座调节结构
LIU YUEHU (author) / SUN XILEI (author) / WANG XIAOLONG (author) / DING ZHIKE (author) / WANG WEI (author) / SUN XIAOLONG (author) / GUAN ZENGLU (author) / QIN GELIANG (author)
2021-07-30
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken