Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Bridge foundation pile deformation period detection device
The invention discloses a bridge foundation pile deformation period detection device. The bridge foundation pile deformation period detection device comprises an adaptive assembly, a distance measurement assembly, an inclination measurement assembly and an expansion measurement assembly, and the distance measurement assembly comprises an upper baffle, an upper graduated scale, an upper spring set, an upper shell, a lower baffle, a lower graduated column, a lower spring set and a lower shell. The lower surface of the upper shell makes contact with the upper surface of the first adaptive rod, the upper spring set is arranged in the upper shell and makes contact with the upper surface of the first adaptive rod, the lower end of the upper graduated scale is connected with the upper end of the upper spring set, the lower surface of the upper baffle makes contact with the upper end of the upper graduated scale, and the upper surface of the lower shell makes contact with the lower surface of the third adaptive rod. The lower spring set is arranged in the lower shell, the upper end of the spring set is connected with the lower surface of the third adaptive rod, the upper end of the lower scale column is connected with the lower end of the lower spring set, the upper surface of the lower baffle makes contact with the lower surface of the third adaptive rod, the device can simply and conveniently measure deformation of the bridge foundation pile, recording and observation are convenient, and the measuring precision can be improved.
本发明公开了一种桥梁基桩变形量周期检测装置包括适配组件、距离测量组件、斜度测量组件、膨胀测量组件，距离测量组件包括上挡板、上刻度尺、上弹簧组、上壳体、下挡板、下刻度柱、下弹簧组、下壳体，上壳体的下表面与第一适配杆上表面相接触，上弹簧组置于上壳体内部并且与第一适配杆上表面相接触，上刻度尺下端与上弹簧组的上端相连接，上挡板的下表面与上刻度尺上端相接触，下壳体上表面与第三适配杆的下表面相接触，下弹簧组置于下壳体内部且弹簧组上端与第三适配杆下表面相连接，下刻度柱上端与下弹簧组下端相连接，下挡板的上表面与第三适配杆的下表面相接触，该装置可以简便测量桥梁基桩的形变，方便记录和观测，还可以提高测量精度。
Bridge foundation pile deformation period detection device
The invention discloses a bridge foundation pile deformation period detection device. The bridge foundation pile deformation period detection device comprises an adaptive assembly, a distance measurement assembly, an inclination measurement assembly and an expansion measurement assembly, and the distance measurement assembly comprises an upper baffle, an upper graduated scale, an upper spring set, an upper shell, a lower baffle, a lower graduated column, a lower spring set and a lower shell. The lower surface of the upper shell makes contact with the upper surface of the first adaptive rod, the upper spring set is arranged in the upper shell and makes contact with the upper surface of the first adaptive rod, the lower end of the upper graduated scale is connected with the upper end of the upper spring set, the lower surface of the upper baffle makes contact with the upper end of the upper graduated scale, and the upper surface of the lower shell makes contact with the lower surface of the third adaptive rod. The lower spring set is arranged in the lower shell, the upper end of the spring set is connected with the lower surface of the third adaptive rod, the upper end of the lower scale column is connected with the lower end of the lower spring set, the upper surface of the lower baffle makes contact with the lower surface of the third adaptive rod, the device can simply and conveniently measure deformation of the bridge foundation pile, recording and observation are convenient, and the measuring precision can be improved.
本发明公开了一种桥梁基桩变形量周期检测装置包括适配组件、距离测量组件、斜度测量组件、膨胀测量组件，距离测量组件包括上挡板、上刻度尺、上弹簧组、上壳体、下挡板、下刻度柱、下弹簧组、下壳体，上壳体的下表面与第一适配杆上表面相接触，上弹簧组置于上壳体内部并且与第一适配杆上表面相接触，上刻度尺下端与上弹簧组的上端相连接，上挡板的下表面与上刻度尺上端相接触，下壳体上表面与第三适配杆的下表面相接触，下弹簧组置于下壳体内部且弹簧组上端与第三适配杆下表面相连接，下刻度柱上端与下弹簧组下端相连接，下挡板的上表面与第三适配杆的下表面相接触，该装置可以简便测量桥梁基桩的形变，方便记录和观测，还可以提高测量精度。
Bridge foundation pile deformation period detection device
一种桥梁基桩变形量周期检测装置
LI YEXUAN (Autor:in) / WU ZHENGUO (Autor:in) / WANG HAIXIA (Autor:in) / MA XIANYAO (Autor:in) / ZHOU WENBING (Autor:in) / SUN QUAN (Autor:in) / WANG LEI (Autor:in)
06.08.2021
Patent
Elektronische Ressource
Chinesisch
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