A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Force and displacement dual control-based height-adjusting force-measuring device cluster adjusting method
The invention discloses a method for adjusting a height-adjusting force-measuring device cluster based on force and displacement dual control, and relates to the field of stress monitoring/detection. Comprising the following steps: S1, collecting pressure or tensile force and elevation or displacement of a height-adjusting and force-measuring device; s2, comparing the pressure, the tension and the elevation of the height-adjusting and force-measuring device with corresponding permissible values; s3, determining a to-be-adjusted height-adjusting force measuring device; s4, adjusting the elevation or displacement of the to-be-adjusted height-adjusting force measuring device, and monitoring the pressure or tension and elevation or displacement of the to-be-adjusted height-adjusting force measuring device and the height-adjusting force measuring device associated with the to-be-adjusted height-adjusting force measuring device; and repeating the steps S2-S4 until the pushing pressure or pulling force, elevation or displacement of all the height-adjusting force-measuring devices is within an allowable range. While the pressure or elevation of the height-adjusting and force-measuring device is adjusted, the pressure and elevation corresponding to the height-adjusting and force-measuring device are monitored, and it can be ensured that the stress of the bridge support and the elevation of the end of the bridge are both within the allowable range.
本发明公开了基于力和位移双控制的调高测力装置集群调节方法，涉及受力监测/检测领域；包括以下步骤：S1、采集调高测力装置的压力或拉力以及高程或位移；S2、将调高测力装置的压力、拉力、高程与对应的容许值比较；S3、确定待调节调高测力装置；S4、调节待调节调高测力装置的高程或位移，并监测所述待调节调高测力装置以及与所述待调节调高测力装置相关联的调高测力装置的压力或拉力以及高程或位移；重复步骤S2‑S4，直到所有调高测力装置顶推压力或拉力、高程或位移均在容许范围内。本发明在调节调高测力装置的压力或高程的同时，监测调高测力装置对应的压力和高程，能够确保桥梁支座的受力和桥梁端部高程均在容许范围内。
Force and displacement dual control-based height-adjusting force-measuring device cluster adjusting method
The invention discloses a method for adjusting a height-adjusting force-measuring device cluster based on force and displacement dual control, and relates to the field of stress monitoring/detection. Comprising the following steps: S1, collecting pressure or tensile force and elevation or displacement of a height-adjusting and force-measuring device; s2, comparing the pressure, the tension and the elevation of the height-adjusting and force-measuring device with corresponding permissible values; s3, determining a to-be-adjusted height-adjusting force measuring device; s4, adjusting the elevation or displacement of the to-be-adjusted height-adjusting force measuring device, and monitoring the pressure or tension and elevation or displacement of the to-be-adjusted height-adjusting force measuring device and the height-adjusting force measuring device associated with the to-be-adjusted height-adjusting force measuring device; and repeating the steps S2-S4 until the pushing pressure or pulling force, elevation or displacement of all the height-adjusting force-measuring devices is within an allowable range. While the pressure or elevation of the height-adjusting and force-measuring device is adjusted, the pressure and elevation corresponding to the height-adjusting and force-measuring device are monitored, and it can be ensured that the stress of the bridge support and the elevation of the end of the bridge are both within the allowable range.
本发明公开了基于力和位移双控制的调高测力装置集群调节方法，涉及受力监测/检测领域；包括以下步骤：S1、采集调高测力装置的压力或拉力以及高程或位移；S2、将调高测力装置的压力、拉力、高程与对应的容许值比较；S3、确定待调节调高测力装置；S4、调节待调节调高测力装置的高程或位移，并监测所述待调节调高测力装置以及与所述待调节调高测力装置相关联的调高测力装置的压力或拉力以及高程或位移；重复步骤S2‑S4，直到所有调高测力装置顶推压力或拉力、高程或位移均在容许范围内。本发明在调节调高测力装置的压力或高程的同时，监测调高测力装置对应的压力和高程，能够确保桥梁支座的受力和桥梁端部高程均在容许范围内。
Force and displacement dual control-based height-adjusting force-measuring device cluster adjusting method
一种基于力和位移双控制的调高测力装置集群调节方法
WU DACHENG (author) / WANG JIANMING (author) / ZOU YIJUN (author) / LIANG JIAYONG (author) / HU MENG (author)
2022-03-18
Patent
Electronic Resource
Chinese
Novel force measuring and height adjusting support and height adjusting method
| European Patent Office | 2024
| European Patent Office | 2020
Traction force adjusting system, loading machine and traction force adjusting method
| European Patent Office | 2023