A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge tower horizontal cross-brace device and construction method thereof
The invention provides a bridge tower horizontal cross-brace device and a construction method thereof. The bridge tower horizontal cross-brace device comprises two tower limbs, a plurality of cross-brace devices are arranged between the two tower limbs, each cross-brace device comprises two single-brace devices, each single-brace device comprises a beam rail, movable supporting beams are arranged at the two ends of the beam rail, hinge beams are arranged on the supporting beams, and the two hinge beams on one single-brace device are connected. According to the transverse supporting device and the wedge-shaped supporting cushion device, only the standard transverse supporting device needs to be designed and machined, the installation and construction steps are greatly optimized, the construction time is saved, the material cost is greatly saved, the construction difficulty is reduced, meanwhile, the transverse supporting device can roughly adjust the sections of each layer, the transverse supporting device is combined with the wedge-shaped supporting cushion device, and the construction efficiency is improved. And the distance between the two tower limbs is precisely regulated and controlled. The transverse supporting device comprises the two single supporting devices, the single supporting devices form a good triangular structure, and the triangular structure has high stability, so that the transverse supporting device can bear large force, and the structure is further optimized.
本发明提供一种桥塔水平横撑装置及其施工方法，包括两个塔肢，两个塔肢之间设有多个横撑装置，横撑装置包括两个单撑装置，单撑装置包括梁轨，梁轨两端设有移动的支撑梁，支撑梁上设有铰接梁，一个单撑装置上的两个铰接梁连接。横撑装置和楔形支垫装置只需要对标准的横撑装置进行设计加工，大大优化的安装和施工步骤，节省了施工时间，大大的节省了材料成本，降低了施工难度，同时横撑装置能够对每层的节段进行粗调，横撑装置结合楔形支垫装置，对两塔肢之间的距离进行精准调控。横撑装置包括两个单撑装置，单撑装置组成了很好的三角结构，三角结构具有较强的稳定性，以使横撑装置能够承受较大的力，进一步优化了结构。
Bridge tower horizontal cross-brace device and construction method thereof
The invention provides a bridge tower horizontal cross-brace device and a construction method thereof. The bridge tower horizontal cross-brace device comprises two tower limbs, a plurality of cross-brace devices are arranged between the two tower limbs, each cross-brace device comprises two single-brace devices, each single-brace device comprises a beam rail, movable supporting beams are arranged at the two ends of the beam rail, hinge beams are arranged on the supporting beams, and the two hinge beams on one single-brace device are connected. According to the transverse supporting device and the wedge-shaped supporting cushion device, only the standard transverse supporting device needs to be designed and machined, the installation and construction steps are greatly optimized, the construction time is saved, the material cost is greatly saved, the construction difficulty is reduced, meanwhile, the transverse supporting device can roughly adjust the sections of each layer, the transverse supporting device is combined with the wedge-shaped supporting cushion device, and the construction efficiency is improved. And the distance between the two tower limbs is precisely regulated and controlled. The transverse supporting device comprises the two single supporting devices, the single supporting devices form a good triangular structure, and the triangular structure has high stability, so that the transverse supporting device can bear large force, and the structure is further optimized.
本发明提供一种桥塔水平横撑装置及其施工方法，包括两个塔肢，两个塔肢之间设有多个横撑装置，横撑装置包括两个单撑装置，单撑装置包括梁轨，梁轨两端设有移动的支撑梁，支撑梁上设有铰接梁，一个单撑装置上的两个铰接梁连接。横撑装置和楔形支垫装置只需要对标准的横撑装置进行设计加工，大大优化的安装和施工步骤，节省了施工时间，大大的节省了材料成本，降低了施工难度，同时横撑装置能够对每层的节段进行粗调，横撑装置结合楔形支垫装置，对两塔肢之间的距离进行精准调控。横撑装置包括两个单撑装置，单撑装置组成了很好的三角结构，三角结构具有较强的稳定性，以使横撑装置能够承受较大的力，进一步优化了结构。
Bridge tower horizontal cross-brace device and construction method thereof
一种桥塔水平横撑装置及其施工方法
TAN LEI (author) / FU SU (author) / XU ANQI (author) / HUANG FENGDA (author) / LIU CHONGJING (author) / DENG SONGTAO (author) / YU YANQIU (author) / CHENG TAO (author) / FANG WEI (author) / WANG WENLONG (author)
2024-05-24
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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