A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge abutment transition slab and mounting method and settlement monitoring method thereof
The invention discloses a bridge abutment transition slab and a mounting method and a settlement monitoring method thereof, and relates to the technical field of building construction, and the bridge abutment transition slab comprises a bridge abutment transition slab body and a settlement monitoring assembly. The abutment transition slab body is arranged on the top face of the soft soil roadbed and provided with a vertically-through through hole. The settlement monitoring assembly is partially contained in the through hole, the settlement monitoring assembly comprises a settlement monitoring plate capable of settling along with the soft soil roadbed and a monitoring point used for monitoring settlement of the soft soil roadbed, the settlement monitoring plate moves up and down relative to the abutment transition slab body, and the monitoring point is directly or indirectly connected to the settlement monitoring plate and can settle along with the settlement monitoring plate. According to the embodiment of the invention, the specific settlement condition of the soft soil roadbed below the abutment transition slab body can be obtained. In addition, the elevation value of the monitoring point and the elevation value of the reference point are monitored and compared, and therefore whether the abutment transition slab body is disengaged from the soft soil roadbed below or not is judged.
一种桥台搭板及其安装方法、沉降监测方法，涉及建筑施工技术领域，其中桥台搭板包括桥台搭板本体和沉降监测组件。桥台搭板本体设置于软土路基的顶面，桥台搭板本体具有上下贯穿的贯穿孔。沉降监测组件部分收容于贯穿孔内，沉降监测组件包括可随软土路基沉降的沉降监测板，以及用于监测软土路基沉降的监测点，沉降监测板相对桥台搭板本体上下移动，监测点直接或间接连接于沉降监测板，且可随沉降监测板沉降。本申请实施例可以得到桥台搭板本体下方的软土路基的具体沉降情况。并且，通过对监测点和参照点的高程值进行监测比较，从而判断桥台搭板本体与下方的软土路基是否脱空。
Bridge abutment transition slab and mounting method and settlement monitoring method thereof
The invention discloses a bridge abutment transition slab and a mounting method and a settlement monitoring method thereof, and relates to the technical field of building construction, and the bridge abutment transition slab comprises a bridge abutment transition slab body and a settlement monitoring assembly. The abutment transition slab body is arranged on the top face of the soft soil roadbed and provided with a vertically-through through hole. The settlement monitoring assembly is partially contained in the through hole, the settlement monitoring assembly comprises a settlement monitoring plate capable of settling along with the soft soil roadbed and a monitoring point used for monitoring settlement of the soft soil roadbed, the settlement monitoring plate moves up and down relative to the abutment transition slab body, and the monitoring point is directly or indirectly connected to the settlement monitoring plate and can settle along with the settlement monitoring plate. According to the embodiment of the invention, the specific settlement condition of the soft soil roadbed below the abutment transition slab body can be obtained. In addition, the elevation value of the monitoring point and the elevation value of the reference point are monitored and compared, and therefore whether the abutment transition slab body is disengaged from the soft soil roadbed below or not is judged.
一种桥台搭板及其安装方法、沉降监测方法，涉及建筑施工技术领域，其中桥台搭板包括桥台搭板本体和沉降监测组件。桥台搭板本体设置于软土路基的顶面，桥台搭板本体具有上下贯穿的贯穿孔。沉降监测组件部分收容于贯穿孔内，沉降监测组件包括可随软土路基沉降的沉降监测板，以及用于监测软土路基沉降的监测点，沉降监测板相对桥台搭板本体上下移动，监测点直接或间接连接于沉降监测板，且可随沉降监测板沉降。本申请实施例可以得到桥台搭板本体下方的软土路基的具体沉降情况。并且，通过对监测点和参照点的高程值进行监测比较，从而判断桥台搭板本体与下方的软土路基是否脱空。
Bridge abutment transition slab and mounting method and settlement monitoring method thereof
一种桥台搭板及其安装方法、沉降监测方法
LI SHIZHAN (author) / ZHANG YANWU (author) / XIAO XIAOYANG (author) / CHEN KAIQIAO (author) / HAN GUOQING (author) / LI GEN (author) / PENG HAIXIANG (author) / XUAN PENG (author) / LI LI (author) / CHEN BINGZHOU (author)
2022-12-09
Patent
Electronic Resource
Chinese
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