Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Hanging basket automatic positioning and construction method based on Windows system and total station
The invention provides an hanging basket automatic positioning and construction method based on a Windows system and a total station. The method comprises the following steps: step 1, determining the coordinates of an observation station where the total station is located through triangulation, orienting the total station, and carrying out Bluetooth connection on the total station and the Windows system of a tablet computer; and step 2, installing a plurality of prisms on all corner points of the hanging basket template respectively, and measuring coordinates of all the corner points of the hanging basket template through a hanging basket calibration module of a tablet computer Windows system. According to the method, the relative position of the hanging basket template and the observation target is positioned, the total station and the tablet computer Windows system are adopted, the spatial position of the observation target is circularly measured, and the real-time position of the hanging basket template is calculated, so that the deviation between the hanging basket template and the design position is calculated, an operator is guided to perform field operation, the mounting precision of the hanging basket template is improved, the difficulty of three-dimensional space coordinate calculation and measurement positioning is reduced, the construction measurement time is greatly shortened, and the measurement efficiency is improved.
本发明提供了一种基于Windows系统和全站仪的挂篮自动定位和施工方法，包括：步骤1，通过三角测量确定全站仪所在测站坐标，进行全站仪定向，将全站仪与平板电脑Windows系统进行蓝牙连接；步骤2，将多个棱镜分别安装挂篮模板的各个角点上，通过平板电脑Windows系统的挂篮标定模块对挂篮模板的各个角点坐标进行测量。本发明通过定位挂篮模板与观测靶标的相对位置，采用全站仪和平板电脑Windows系统，循环测量观测靶标的空间位置，计算出挂篮模板的实时位置，从而计算出挂篮模板与设计位置的偏差，指导操作人员现场操作，提高了挂篮模板的安装精度，降低了三维空间坐标计算和测量定位的难度，大大减少了施工测量时间，提高了测量效率。
Hanging basket automatic positioning and construction method based on Windows system and total station
The invention provides an hanging basket automatic positioning and construction method based on a Windows system and a total station. The method comprises the following steps: step 1, determining the coordinates of an observation station where the total station is located through triangulation, orienting the total station, and carrying out Bluetooth connection on the total station and the Windows system of a tablet computer; and step 2, installing a plurality of prisms on all corner points of the hanging basket template respectively, and measuring coordinates of all the corner points of the hanging basket template through a hanging basket calibration module of a tablet computer Windows system. According to the method, the relative position of the hanging basket template and the observation target is positioned, the total station and the tablet computer Windows system are adopted, the spatial position of the observation target is circularly measured, and the real-time position of the hanging basket template is calculated, so that the deviation between the hanging basket template and the design position is calculated, an operator is guided to perform field operation, the mounting precision of the hanging basket template is improved, the difficulty of three-dimensional space coordinate calculation and measurement positioning is reduced, the construction measurement time is greatly shortened, and the measurement efficiency is improved.
本发明提供了一种基于Windows系统和全站仪的挂篮自动定位和施工方法，包括：步骤1，通过三角测量确定全站仪所在测站坐标，进行全站仪定向，将全站仪与平板电脑Windows系统进行蓝牙连接；步骤2，将多个棱镜分别安装挂篮模板的各个角点上，通过平板电脑Windows系统的挂篮标定模块对挂篮模板的各个角点坐标进行测量。本发明通过定位挂篮模板与观测靶标的相对位置，采用全站仪和平板电脑Windows系统，循环测量观测靶标的空间位置，计算出挂篮模板的实时位置，从而计算出挂篮模板与设计位置的偏差，指导操作人员现场操作，提高了挂篮模板的安装精度，降低了三维空间坐标计算和测量定位的难度，大大减少了施工测量时间，提高了测量效率。
Hanging basket automatic positioning and construction method based on Windows system and total station
基于Windows系统和全站仪的挂篮自动定位和施工方法
LONG FANGFEN (Autor:in)
27.08.2021
Patent
Elektronische Ressource
Chinesisch
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