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Cable Painting Robot for Cable-stayed Bridges

机译:电缆绘画机器人为斜拉桥

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摘要

Many cable-stayed bridges have been built in the world in the past decades, but there is no method that is safe and economically efficient for stay cable maintenance,A cable painting robot has been developed including a cable climbing base and a cable painting system. The cable climbing base has a plate type frame and a pressing adjuster with a hydraulic pressure cylinder controlled manually or remotely. Its outline size, the velocity range,the maximum payload and the suitable cable diameter range are ? 750×1000, 1~10m/min, 250kg and ? 90-160 respectively. The coat evenness of the cable is modelled by using of the beta distribution. Both simulations and experiments indicated that four airless spray guns can be uniform distribution adopted to win good coat quality for general stay cables. The field tests on the Nanpu Bridge has been successfully made.
机译:在过去的几十年中,世界上建造了许多缆绳座桥,但没有对留气电缆维护安全且经济高效的方法,已经开发了一种电缆绘画机器人,包括电缆攀爬基地和电缆绘画系统。电缆爬升基座具有板式框架和压制调节器,手动或远程控制液压缸。其轮廓尺寸,速度范围,最大有效载荷和合适的电缆直径范围是? 750×1000,1〜10m / min,250kg和?分别为90-160。通过使用β分布模型电缆的均匀性。两者的模拟和实验表明,四个无气喷枪可以采用均匀的分布,以赢得良好的普通住宿电缆。南浦桥梁的现场测试已成功制作。

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