A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rotary excavating pile perpendicularity detecting device and method
The invention relates to the field of building construction, aims to solve the problem that a rotary excavating pile perpendicularity measuring device in the prior art is inconvenient to operate or high in measuring equipment cost, and provides a rotary excavating pile perpendicularity detecting device and method. The rotary excavating pile perpendicularity detecting device comprises a lower circular ring, an upper circular ring, a laser pen, a measuring ruler and a plurality of connecting ropes. The lower circular ring comprises a lower inner ring and a lower outer ring which are concentric,and a lower cross-shaped steel bar; the periphery of the lower outer ring is matched with a pile hole wall of a rotary excavating pile to be detected, and reflective stripes are arranged on the lowerinner ring and the lower cross-shaped steel bar in a matched mode; the upper circular ring comprises an upper inner ring and an upper outer ring which are concentric, and an upper cross-shaped steel bar; the lengths of the plurality of connecting ropes are equal; the plurality of connecting ropes are respectively connected between the lower outer ring and the upper outer ring and are uniformly distributed along the circumferential directions of the upper outer ring and the lower outer ring. The invention has the beneficial effects that the verticality of a rotary excavating pile can be conveniently measured, the operation is simple, no precious element exists, and the manufacturing cost is low.
本发明涉及建筑施工领域，旨在解决现有技术中的旋挖桩垂直度测量装置存在操作不便或测量设备成本高的问题，提供旋挖桩垂直度检测装置及方法。旋挖桩垂直度检测装置包括下部圆环、上部圆环、激光笔、测尺和多个连接绳；下部圆环包括同心的下内环和下外环，以及下十字钢筋；下外环的外周适配所要探测的旋挖桩的桩孔孔壁，下内环及下十字钢筋上配有反光条；上部圆环包括同心的上内环和上外环，以及上十字钢筋；多个连接绳的长度均相等；多个连接绳各自连接于下外环和上外环之间，且多个连接绳沿上外环和下外环的环向均匀分布。本发明的有益效果是能够方便地测得旋挖桩的垂直度，且具有操作简单、没有贵重元件制作成本低。
Rotary excavating pile perpendicularity detecting device and method
The invention relates to the field of building construction, aims to solve the problem that a rotary excavating pile perpendicularity measuring device in the prior art is inconvenient to operate or high in measuring equipment cost, and provides a rotary excavating pile perpendicularity detecting device and method. The rotary excavating pile perpendicularity detecting device comprises a lower circular ring, an upper circular ring, a laser pen, a measuring ruler and a plurality of connecting ropes. The lower circular ring comprises a lower inner ring and a lower outer ring which are concentric,and a lower cross-shaped steel bar; the periphery of the lower outer ring is matched with a pile hole wall of a rotary excavating pile to be detected, and reflective stripes are arranged on the lowerinner ring and the lower cross-shaped steel bar in a matched mode; the upper circular ring comprises an upper inner ring and an upper outer ring which are concentric, and an upper cross-shaped steel bar; the lengths of the plurality of connecting ropes are equal; the plurality of connecting ropes are respectively connected between the lower outer ring and the upper outer ring and are uniformly distributed along the circumferential directions of the upper outer ring and the lower outer ring. The invention has the beneficial effects that the verticality of a rotary excavating pile can be conveniently measured, the operation is simple, no precious element exists, and the manufacturing cost is low.
本发明涉及建筑施工领域，旨在解决现有技术中的旋挖桩垂直度测量装置存在操作不便或测量设备成本高的问题，提供旋挖桩垂直度检测装置及方法。旋挖桩垂直度检测装置包括下部圆环、上部圆环、激光笔、测尺和多个连接绳；下部圆环包括同心的下内环和下外环，以及下十字钢筋；下外环的外周适配所要探测的旋挖桩的桩孔孔壁，下内环及下十字钢筋上配有反光条；上部圆环包括同心的上内环和上外环，以及上十字钢筋；多个连接绳的长度均相等；多个连接绳各自连接于下外环和上外环之间，且多个连接绳沿上外环和下外环的环向均匀分布。本发明的有益效果是能够方便地测得旋挖桩的垂直度，且具有操作简单、没有贵重元件制作成本低。
Rotary excavating pile perpendicularity detecting device and method
一种旋挖桩垂直度检测装置及方法
DUAN XIAOYUN (author) / PAN QINRONG (author) / WANG HONGWEI (author) / ZHANG ZHIHENG (author) / ZHOU JINGBIAO (author)
2020-11-17
Patent
Electronic Resource
Chinese
| European Patent Office | 2022
| European Patent Office | 2024