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伺服技术具有响应速度快、控制精度高、节约能源的特点,逐渐被应用到社会的各个领域系统之中。大型建筑工程的高空钢结构连廊具有跨度大、位置高、结构自重大等特点,采用伺服技术同步控制系统进行整体提升施工,可有效保证大型钢结构提升的同步性能,同时降低施工难度、节约成本、缩短施工周期,确保整个结构在提升过程中安全可靠。本伺服系统对结构工程的整体平移、同步卸载控制也有很好的适用性。
Servo technology has the characteristics of fast response, high control precision and energy saving, and is gradually applied to all fields and systems of society. Large-scale construction of high-altitude steel structure corridor with large span, high position, heavy structure and other characteristics, the use of servo technology synchronization control system to enhance the overall construction, which can effectively improve the synchronization of large-scale steel structure performance, while reducing the construction difficulty, saving Cost, shorten the construction period, to ensure that the entire structure in the process of upgrading safe and reliable. The servo system for the overall structural engineering translation, synchronous unloading control also has good applicability.