A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge pier column deviation rectifying device capable of accurately controlling pier column displacement
The invention discloses a bridge pier column deviation rectifying device capable of accurately controlling the displacement amount of a pier column, and relates to the technical field of bridge deviation rectifying, the bridge pier deviation rectifying device comprises a pier, and further comprises a bridge floor used for vehicle running, a supporting mechanism used for connecting and supporting the bridge floor and the pier, and an automatic deviation rectifying mechanism used for conducting real-time deviation rectifying on the deviated supporting mechanism. When the bridge pier column deviation rectifying device capable of accurately controlling the displacement amount of the pier column is used, synchronous deviation can be conducted when the pier deviates, the situation that the pier is inclined after deviation due to the fact that the upper portion and the lower portion of the pier are not synchronous when the pier deviates, and the service life of the pier is affected due to the fact that the inclination angle is larger and larger along with time deviation is avoided; and meanwhile, when the whole bridge pier deviates to a safety range, the automatic deviation correcting mechanism enables the jack to automatically work by utilizing the force generated by pressing when the automobile runs, so that the real-time automatic deviation correcting effect is achieved, and the phenomenon that the deviation of the bridge pier is too large can be effectively avoided.
本发明公开了一种能够精确控制墩柱位移量的桥梁墩柱纠偏装置，涉及桥梁纠偏技术领域，包括桥墩，还包括用于车辆行驶的桥面，用于将桥面和桥墩之间进行连接支撑的支撑机构，用于对偏移后的支撑机构进行实时纠偏的自动纠偏机构。该能够精确控制墩柱位移量的桥梁墩柱纠偏装置在使用时不仅仅可以使桥墩进行偏移时可以进行同步偏移，避免桥墩偏移时上下不同步，导致偏移后的桥墩呈倾斜状，随着时间偏移导致倾斜角度越来越大从而影响到桥墩的使用寿命，同时当桥墩整体偏移到安全范围时，此时自动纠偏机构会利用汽车行驶时按压产生的力使千斤顶自动工作，从而达到一个实时自动纠偏的效果，可以有效避免桥墩出现偏移量过大现象发生。
Bridge pier column deviation rectifying device capable of accurately controlling pier column displacement
The invention discloses a bridge pier column deviation rectifying device capable of accurately controlling the displacement amount of a pier column, and relates to the technical field of bridge deviation rectifying, the bridge pier deviation rectifying device comprises a pier, and further comprises a bridge floor used for vehicle running, a supporting mechanism used for connecting and supporting the bridge floor and the pier, and an automatic deviation rectifying mechanism used for conducting real-time deviation rectifying on the deviated supporting mechanism. When the bridge pier column deviation rectifying device capable of accurately controlling the displacement amount of the pier column is used, synchronous deviation can be conducted when the pier deviates, the situation that the pier is inclined after deviation due to the fact that the upper portion and the lower portion of the pier are not synchronous when the pier deviates, and the service life of the pier is affected due to the fact that the inclination angle is larger and larger along with time deviation is avoided; and meanwhile, when the whole bridge pier deviates to a safety range, the automatic deviation correcting mechanism enables the jack to automatically work by utilizing the force generated by pressing when the automobile runs, so that the real-time automatic deviation correcting effect is achieved, and the phenomenon that the deviation of the bridge pier is too large can be effectively avoided.
本发明公开了一种能够精确控制墩柱位移量的桥梁墩柱纠偏装置，涉及桥梁纠偏技术领域，包括桥墩，还包括用于车辆行驶的桥面，用于将桥面和桥墩之间进行连接支撑的支撑机构，用于对偏移后的支撑机构进行实时纠偏的自动纠偏机构。该能够精确控制墩柱位移量的桥梁墩柱纠偏装置在使用时不仅仅可以使桥墩进行偏移时可以进行同步偏移，避免桥墩偏移时上下不同步，导致偏移后的桥墩呈倾斜状，随着时间偏移导致倾斜角度越来越大从而影响到桥墩的使用寿命，同时当桥墩整体偏移到安全范围时，此时自动纠偏机构会利用汽车行驶时按压产生的力使千斤顶自动工作，从而达到一个实时自动纠偏的效果，可以有效避免桥墩出现偏移量过大现象发生。
Bridge pier column deviation rectifying device capable of accurately controlling pier column displacement
一种能够精确控制墩柱位移量的桥梁墩柱纠偏装置
SUN TONG (author) / SHAN HONGWEI (author) / ZHOU DECUN (author) / ZHOU MIAOMIAO (author) / WANG DUO (author) / HUANG XINGBANG (author)
2023-05-16
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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