A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Beam penetrating sleeve positioning construction system and method for fabricated building
The invention discloses a beam-penetrating sleeve positioning construction system and method for a prefabricated building, and the system comprises a horizontal measurement device, a vertical measurement device, an environment monitoring device and a controller, and the controller is used for loading a program to execute the following steps: calculating a first average value of obtained environment monitoring data; obtaining a corresponding correction coefficient according to the first average value; performing data correction on the measured depth in the horizontal direction and the measured depth in the vertical direction by using the correction coefficient; and comparing the corrected depth in the horizontal direction and the corrected depth in the vertical direction with a preset mounting position of the beam penetrating sleeve, and outputting positioning adjustment information according to a comparison result. According to the invention, the influence of environmental factors on laser signals can be reduced, and the accuracy of the finally obtained depth in the horizontal direction and the depth in the vertical direction is improved, so that the positioning accuracy is improved. The beam penetrating sleeve positioning construction system and method of the fabricated building can be widely applied to the field of construction of the fabricated building.
本申请公开了一种装配式建筑的穿梁套管定位施工系统及方法，其系统包括水平、垂直测量装置、环境监测装置以及控制器，控制器用于加载程序以执行以下步骤：计算获取得到的环境监测数据的第一平均值；根据第一平均值，获得对应的校正系数；利用所述校正系数对测到的水平方向深度和垂直方向深度进行数据校正；根据校正后的水平方向深度和垂直方向深度与穿梁套管的预设安装位置进行比较后，根据比较结果输出定位调整信息。通过采用本发明可减少因环境因素对激光信号的影响，提高最后获得的水平方向深度和垂直方向深度的精准性，以提高定位精准度。本方案作为一种装配式建筑的穿梁套管定位施工系统及方法可广泛应用于装配式建筑的施工领域中。
Beam penetrating sleeve positioning construction system and method for fabricated building
The invention discloses a beam-penetrating sleeve positioning construction system and method for a prefabricated building, and the system comprises a horizontal measurement device, a vertical measurement device, an environment monitoring device and a controller, and the controller is used for loading a program to execute the following steps: calculating a first average value of obtained environment monitoring data; obtaining a corresponding correction coefficient according to the first average value; performing data correction on the measured depth in the horizontal direction and the measured depth in the vertical direction by using the correction coefficient; and comparing the corrected depth in the horizontal direction and the corrected depth in the vertical direction with a preset mounting position of the beam penetrating sleeve, and outputting positioning adjustment information according to a comparison result. According to the invention, the influence of environmental factors on laser signals can be reduced, and the accuracy of the finally obtained depth in the horizontal direction and the depth in the vertical direction is improved, so that the positioning accuracy is improved. The beam penetrating sleeve positioning construction system and method of the fabricated building can be widely applied to the field of construction of the fabricated building.
本申请公开了一种装配式建筑的穿梁套管定位施工系统及方法，其系统包括水平、垂直测量装置、环境监测装置以及控制器，控制器用于加载程序以执行以下步骤：计算获取得到的环境监测数据的第一平均值；根据第一平均值，获得对应的校正系数；利用所述校正系数对测到的水平方向深度和垂直方向深度进行数据校正；根据校正后的水平方向深度和垂直方向深度与穿梁套管的预设安装位置进行比较后，根据比较结果输出定位调整信息。通过采用本发明可减少因环境因素对激光信号的影响，提高最后获得的水平方向深度和垂直方向深度的精准性，以提高定位精准度。本方案作为一种装配式建筑的穿梁套管定位施工系统及方法可广泛应用于装配式建筑的施工领域中。
Beam penetrating sleeve positioning construction system and method for fabricated building
一种装配式建筑的穿梁套管定位施工系统及方法
QIU ZHIMIN (author) / WU WEI (author) / CHEN YONGJUN (author) / LUO YAQING (author) / WANG QIANYUN (author)
2024-02-23
Patent
Electronic Resource
Chinese
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