A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Conveyor trestle
The invention relates to the technical field of bridges, and discloses a conveyor trestle which comprises oppositely-arranged bridge towers, at least two bearing main cables, multiple sets of sling structures, a bearing cross beam and a supporting beam. The top of the sling structure is elastically connected with the bearing main cable, and/or the bottom of the sling structure is elastically connected with the bearing cross beam. The conveyor trestle of the structure is of a suspension cable structure, the self weight is light, the span of the trestle can be effectively increased, long-distance spanning is achieved, the construction difficulty is reduced, construction is convenient, the adaptability of a conveyor trestle building project is good, the construction cost is low, and the overall economic benefit of the conveyor trestle is good. The whole conveyor trestle is simple in stress and easy to implement. The sling structure is at least elastically connected with one of the bearing main cable and the bearing cross beam, vibration of the conveyor trestle during operation of the conveyor, vertical earthquakes and wind loads can be effectively reduced, and stability and safety of the overall structure of the trestle are improved.
本发明涉及桥梁技术领域，公开了一种输送机栈桥，本发明的输送机栈桥包括相对设置的桥塔、至少两根承重主索、多组吊索结构、承重横梁和支撑梁。吊索结构的顶部与承重主索弹性连接，和/或，吊索结构的底部与承重横梁弹性连接。此结构的输送机栈桥为悬索结构，自重轻，可有效增加栈桥跨度，实现远距离跨越，降低施工难度，施工方便，输送机栈桥建造工程适应性好，施工成本低，输送机栈桥总体经济效益好。输送机栈桥整体受力简单，易于实施。吊索结构至少与承重主索和承重横梁其中之一弹性连接，可有效减少输送机栈桥在输送机运行、竖向地震和风荷载下的震动，提高栈桥整体结构的稳定性和安全性。
Conveyor trestle
The invention relates to the technical field of bridges, and discloses a conveyor trestle which comprises oppositely-arranged bridge towers, at least two bearing main cables, multiple sets of sling structures, a bearing cross beam and a supporting beam. The top of the sling structure is elastically connected with the bearing main cable, and/or the bottom of the sling structure is elastically connected with the bearing cross beam. The conveyor trestle of the structure is of a suspension cable structure, the self weight is light, the span of the trestle can be effectively increased, long-distance spanning is achieved, the construction difficulty is reduced, construction is convenient, the adaptability of a conveyor trestle building project is good, the construction cost is low, and the overall economic benefit of the conveyor trestle is good. The whole conveyor trestle is simple in stress and easy to implement. The sling structure is at least elastically connected with one of the bearing main cable and the bearing cross beam, vibration of the conveyor trestle during operation of the conveyor, vertical earthquakes and wind loads can be effectively reduced, and stability and safety of the overall structure of the trestle are improved.
本发明涉及桥梁技术领域，公开了一种输送机栈桥，本发明的输送机栈桥包括相对设置的桥塔、至少两根承重主索、多组吊索结构、承重横梁和支撑梁。吊索结构的顶部与承重主索弹性连接，和/或，吊索结构的底部与承重横梁弹性连接。此结构的输送机栈桥为悬索结构，自重轻，可有效增加栈桥跨度，实现远距离跨越，降低施工难度，施工方便，输送机栈桥建造工程适应性好，施工成本低，输送机栈桥总体经济效益好。输送机栈桥整体受力简单，易于实施。吊索结构至少与承重主索和承重横梁其中之一弹性连接，可有效减少输送机栈桥在输送机运行、竖向地震和风荷载下的震动，提高栈桥整体结构的稳定性和安全性。
Conveyor trestle
输送机栈桥
XIAO SHUI (author) / DING SHENGXIAO (author) / LI MENG (author) / SHI XIN (author) / ZHAO GUANGMING (author) / WANG QIONGQIONG (author)
2023-09-22
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken