A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-height-adjusting force measuring support
The invention relates to the technical field of bridge engineering, in particular to a self-height-adjusting force measuring support. The concave spherical crown lining plate and the base are combined, so that an oil cavity is formed in the base, oil is injected into the oil cavity, jacking of the concave spherical crown lining plate can be achieved, meanwhile, the upper structure of the concave spherical crown lining plate is jacked, height adjustment of the self-height-adjusting force measuring support can be completed under the condition that hoisting equipment and a scaffold are not needed, height adjustment is convenient and fast, and the working efficiency is improved. The time required for height adjustment is saved, the sealing time required for the bridge during height adjustment is shortened, the construction cost for height adjustment of the support and the maintenance cost of the bridge are greatly reduced, and the comprehensive economic benefits of bridge operation are improved. The embedded sensor is additionally arranged between the base and the concave spherical crown lining plate, so that the self-height-adjusting force measuring support has a force measuring function and can be used for monitoring the supporting state of a bridge in real time, correction can be carried out through the height adjusting function when the counter force of the support is abnormal, and the stress safety of the bridge is ensured.
本发明涉及桥梁工程技术领域，尤其涉及一种自调高测力支座。通过凹球冠衬板与底座的结合设置，使底座内部形成油腔，向油腔内注油，可实现对凹球冠衬板的顶升，同时顶升凹球冠衬板的上部结构，使自调高测力支座在无需起重设备、无需搭设脚手架的情况下即可完成支座的调高，调高方便快捷，节省调高所需时间，压缩调高时桥梁所需封闭时间，大幅度降低支座调高施工费用和桥梁的维护成本，提高桥梁运营的综合经济效益。通过在底座与凹球冠衬板之间增设嵌入式传感器，使自调高测力支座具有测力功能，可用于实时监测桥梁的支承状态，发现支座反力异常时可通过调高功能进行纠正，确保桥梁受力安全。
Self-height-adjusting force measuring support
The invention relates to the technical field of bridge engineering, in particular to a self-height-adjusting force measuring support. The concave spherical crown lining plate and the base are combined, so that an oil cavity is formed in the base, oil is injected into the oil cavity, jacking of the concave spherical crown lining plate can be achieved, meanwhile, the upper structure of the concave spherical crown lining plate is jacked, height adjustment of the self-height-adjusting force measuring support can be completed under the condition that hoisting equipment and a scaffold are not needed, height adjustment is convenient and fast, and the working efficiency is improved. The time required for height adjustment is saved, the sealing time required for the bridge during height adjustment is shortened, the construction cost for height adjustment of the support and the maintenance cost of the bridge are greatly reduced, and the comprehensive economic benefits of bridge operation are improved. The embedded sensor is additionally arranged between the base and the concave spherical crown lining plate, so that the self-height-adjusting force measuring support has a force measuring function and can be used for monitoring the supporting state of a bridge in real time, correction can be carried out through the height adjusting function when the counter force of the support is abnormal, and the stress safety of the bridge is ensured.
本发明涉及桥梁工程技术领域，尤其涉及一种自调高测力支座。通过凹球冠衬板与底座的结合设置，使底座内部形成油腔，向油腔内注油，可实现对凹球冠衬板的顶升，同时顶升凹球冠衬板的上部结构，使自调高测力支座在无需起重设备、无需搭设脚手架的情况下即可完成支座的调高，调高方便快捷，节省调高所需时间，压缩调高时桥梁所需封闭时间，大幅度降低支座调高施工费用和桥梁的维护成本，提高桥梁运营的综合经济效益。通过在底座与凹球冠衬板之间增设嵌入式传感器，使自调高测力支座具有测力功能，可用于实时监测桥梁的支承状态，发现支座反力异常时可通过调高功能进行纠正，确保桥梁受力安全。
Self-height-adjusting force measuring support
一种自调高测力支座
HUANG YU (author) / LI MINGLE (author) / ZHANG ZIHAN (author) / HUANG MAOZHONG (author)
2023-09-29
Patent
Electronic Resource
Chinese
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