A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-propelled cable supporting device with multiple bearing cables and cable hoisting system
The invention relates to a multi-bearing-cable self-propelled cable supporting device and a cable crane system, and the multi-bearing-cable self-propelled cable supporting device can ensure the relative stability of the position relation of a cable supporting device traction cable, a bearing cable, a sports car traction cable, a hoisting rope and other ropes, and avoids the problem of rope winding. The transmission mechanism of the multi-bearing-cable self-propelled cable supporting device can provide stable moving capacity for the cable supporting device, and therefore the multi-bearing-cable self-propelled cable supporting device can be used for cable supporting of a cable crane system with multiple main cables. The cable supporting device traction cable penetrates through the multi-bearing-cable self-propelled cable supporting device, the two ends of the cable supporting device traction cable are connected to the sports car, and the cable supporting device traction cable bypasses the steering pulleys at the two ends in the first direction to form a closed-loop structure, so that the cable supporting device traction cable is overall tensioned all the time, and the multi-bearing-cable self-propelled cable supporting device can move in the same direction along with the sports car. And the stability of the supporting cable is always ensured, so that the cable hoisting stability of the cable hoisting system can be ensured.
本发明涉及一种多承载索自行式支索器及缆吊系统，通过多承载索自行式支索器能够保证支索器牵引索、承载索、跑车牵引索、起重绳等绳索的位置关系的相对稳定，避免出现绳索缠绕的问题，进而避免对跑车和多承载索自行式支索器沿承载索的移动造成干扰，且多承载索自行式支索器的传动机构能够为支索器提供稳定的移动能力，进而使得能够用于多主索的缆索吊系统的支索；且支索器牵引索穿过多承载索自行式支索器，支索器牵引索两端连接于跑车，支索器牵引索绕过第一方向两端的转向滑轮形成闭环结构，使得支索器牵引索整体始终张紧，多承载索自行式支索器也能够跟随跑车做相同方向的移动，始终保证支索的稳定性，进而能够保证缆吊系统缆吊的稳定性。
Self-propelled cable supporting device with multiple bearing cables and cable hoisting system
The invention relates to a multi-bearing-cable self-propelled cable supporting device and a cable crane system, and the multi-bearing-cable self-propelled cable supporting device can ensure the relative stability of the position relation of a cable supporting device traction cable, a bearing cable, a sports car traction cable, a hoisting rope and other ropes, and avoids the problem of rope winding. The transmission mechanism of the multi-bearing-cable self-propelled cable supporting device can provide stable moving capacity for the cable supporting device, and therefore the multi-bearing-cable self-propelled cable supporting device can be used for cable supporting of a cable crane system with multiple main cables. The cable supporting device traction cable penetrates through the multi-bearing-cable self-propelled cable supporting device, the two ends of the cable supporting device traction cable are connected to the sports car, and the cable supporting device traction cable bypasses the steering pulleys at the two ends in the first direction to form a closed-loop structure, so that the cable supporting device traction cable is overall tensioned all the time, and the multi-bearing-cable self-propelled cable supporting device can move in the same direction along with the sports car. And the stability of the supporting cable is always ensured, so that the cable hoisting stability of the cable hoisting system can be ensured.
本发明涉及一种多承载索自行式支索器及缆吊系统，通过多承载索自行式支索器能够保证支索器牵引索、承载索、跑车牵引索、起重绳等绳索的位置关系的相对稳定，避免出现绳索缠绕的问题，进而避免对跑车和多承载索自行式支索器沿承载索的移动造成干扰，且多承载索自行式支索器的传动机构能够为支索器提供稳定的移动能力，进而使得能够用于多主索的缆索吊系统的支索；且支索器牵引索穿过多承载索自行式支索器，支索器牵引索两端连接于跑车，支索器牵引索绕过第一方向两端的转向滑轮形成闭环结构，使得支索器牵引索整体始终张紧，多承载索自行式支索器也能够跟随跑车做相同方向的移动，始终保证支索的稳定性，进而能够保证缆吊系统缆吊的稳定性。
Self-propelled cable supporting device with multiple bearing cables and cable hoisting system
一种多承载索自行式支索器及缆吊系统
QIN DAYAN (author) / LUO XIAOBIN (author) / HAN YU (author) / GAO FENG (author) / ZHOU GUANGMING (author) / TANG RUIKAI (author) / LI CAIXIA (author) / WANG CHUJIE (author)
2024-07-26
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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