Methods for controlling hoisting construction errors of modular building units
模块化建筑单元吊装施工误差控制方法

摘要

模块化建筑单元吊装施工是一项复杂的工程任务，涉及多个工序和环节，且对施工误差的控制要求极高。为确保吊装施工的精度，减少由于误差导致的质量问题，需要采取有效的误差控制方法。本研究重点探讨了模块化建筑单元吊装过程中的误差来源及其控制策略，提出了一种基于数据监测和精准定位技术的误差控制方法。通过对吊装过程中的位置误差、角度误差及偏差累积现象进行分析，结合先进的传感技术和自动化控制系统，本文提出了具有针对性的解决方案。通过科学的施工计划和高精度的设备配合，能够显著降低施工误差，提升工程质量和安全性，为模块化建筑的推广应用提供了理论依据和技术支持。

Abstract

The hoisting construction of modular building units is a complex engineering task involving multiple processes and links, with extremely high requirements for the control of construction errors. To ensure the precision of hoisting construction and reduce quality problems caused by errors, it is necessary to adopt effective error control methods. This study focuses on exploring the sources of errors and their control strategies in the hoisting process of modular building units, and proposes an error control method based on data monitoring and precise positioning technology. By analyzing the position errors, angle errors, and deviation accumulation phenomena during the hoisting process, and combining advanced sensing technologies and automated control systems, this paper puts forward targeted solutions. Through scientific construction planning and the cooperation of high-precision equipment, construction errors can be significantly reduced, and the engineering quality and safety can be improved, providing a theoretical basis and technical support for the popularization and application of modular buildings.