A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a building construction site foundation soil testing system. The building construction site foundation soil testing system comprises a bottom plate, an elastic sleeve, an impact seat, a sliding column, a measurement and control seat and a wiring port, wherein a fixing ring is fixedly mounted at the top of the impact seat; a connecting ring is fixedly mounted at the top of the sliding column; a holding rod is fixedly mounted at the top of the connecting ring; and a limiting seat is fixedly mounted at the bottom of the connecting ring. According to the building construction site foundation soil testing system, the fixing ring drives a matching plate to deflect upwards and then is in contact with an elastic cushion layer at the top of a clamping seat; after the elastic cushion layer absorbs energy of the fixing ring and the impact seat, the fixing ring is in contact with a reset limiting piece, and at the moment, the limiting piece is additionally provided with elastic force from an arc-shaped spring, so that the fixing ring and the impact seat are kept stable; the process is repeated, so that the detection of a device main body on foundation soil is realized; the detection accuracy is ensured and manual operation of the impact seat is not needed, so that the utilization stability of a detector is improved.
本发明公开了一种建筑施工场地地基土质测试系统，包括底板、弹性套、冲击座、滑柱、测控座与接线口，冲击座顶部固定安装有固定环，所述滑柱顶部固定安装有连环，且所述连环顶部固定安装有握杆，所述连环底部固定安装有限位座。本发明中，固定环先带动配合板往上偏转后，接触到卡座顶部的弹性垫层，弹性垫层对固定环与冲击座进行吸能之后，固定环接触到已复位的限位片，且此时限位片增设了来自弧形弹簧的弹性力，使得固定环与冲击座维持稳定，以此往复，实现装置主体对地基土壤的检测，保证了检测的精确性的同时无需人为进行冲击座的操作，从而提高了evd检测仪的使用的稳定性。
The invention discloses a building construction site foundation soil testing system. The building construction site foundation soil testing system comprises a bottom plate, an elastic sleeve, an impact seat, a sliding column, a measurement and control seat and a wiring port, wherein a fixing ring is fixedly mounted at the top of the impact seat; a connecting ring is fixedly mounted at the top of the sliding column; a holding rod is fixedly mounted at the top of the connecting ring; and a limiting seat is fixedly mounted at the bottom of the connecting ring. According to the building construction site foundation soil testing system, the fixing ring drives a matching plate to deflect upwards and then is in contact with an elastic cushion layer at the top of a clamping seat; after the elastic cushion layer absorbs energy of the fixing ring and the impact seat, the fixing ring is in contact with a reset limiting piece, and at the moment, the limiting piece is additionally provided with elastic force from an arc-shaped spring, so that the fixing ring and the impact seat are kept stable; the process is repeated, so that the detection of a device main body on foundation soil is realized; the detection accuracy is ensured and manual operation of the impact seat is not needed, so that the utilization stability of a detector is improved.
本发明公开了一种建筑施工场地地基土质测试系统，包括底板、弹性套、冲击座、滑柱、测控座与接线口，冲击座顶部固定安装有固定环，所述滑柱顶部固定安装有连环，且所述连环顶部固定安装有握杆，所述连环底部固定安装有限位座。本发明中，固定环先带动配合板往上偏转后，接触到卡座顶部的弹性垫层，弹性垫层对固定环与冲击座进行吸能之后，固定环接触到已复位的限位片，且此时限位片增设了来自弧形弹簧的弹性力，使得固定环与冲击座维持稳定，以此往复，实现装置主体对地基土壤的检测，保证了检测的精确性的同时无需人为进行冲击座的操作，从而提高了evd检测仪的使用的稳定性。
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