A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated operating room based on BIM (Building Information Modeling) and installation method thereof
The invention discloses a BIM (Building Information Modeling)-based fabricated operating room and an installation method thereof. The operating room comprises a bottom groove, a main beam, a hanging groove structure, an outer groove, a wall plate, a ceiling filling plate and an inclined ceiling. The mounting method comprises the following steps: mounting the bottom groove; mounting an outer groove; mounting a main beam; hoisting the hoisting groove structure; on-site installation errors are analyzed and adjusted based on the three-dimensional scanning technology; a wall plate is mounted on the outer groove; inclined ceilings are mounted on the main beams and the wallboards; and on-site installation errors are analyzed and adjusted based on the three-dimensional scanning technology. The method has the beneficial effects that an operating room frame structure system and an operating room enclosure plate piece system model are created by utilizing a BIM technology, and visual pre-assembly is performed, so that the size of the operating room, the position size of equipment, and the sizes and fixing positions of all components and wallboards are determined in advance; large errors and reworking or secondary processing phenomena caused by later field assembly are avoided, and the construction period and the cost are saved.
本发明公开了一种基于BIM的装配式手术室及其安装方法。该手术室包括底槽、主梁、吊槽结构、外槽、墙板、天花填充板和斜天花板。该安装方法包括如下步骤：安装底槽；安装外槽；安装主梁；吊装吊槽结构；基于三维扫描技术分析现场安装误差并进行调整；在外槽上安装墙板；在主梁、墙板上安装斜天花板；基于三维扫描技术分析现场安装误差并进行调整。本发明的有益效果：利用BIM技术创建手术室框架结构体系以及手术室围挡板件体系模型并进行可视化预拼装，提前确定手术室尺寸、设备位置大小以及所有构件、墙板尺寸大小及固定位置，避免后期现场拼装出现较大误差以及返工或二次加工现象，节约工期与成本。
Fabricated operating room based on BIM (Building Information Modeling) and installation method thereof
The invention discloses a BIM (Building Information Modeling)-based fabricated operating room and an installation method thereof. The operating room comprises a bottom groove, a main beam, a hanging groove structure, an outer groove, a wall plate, a ceiling filling plate and an inclined ceiling. The mounting method comprises the following steps: mounting the bottom groove; mounting an outer groove; mounting a main beam; hoisting the hoisting groove structure; on-site installation errors are analyzed and adjusted based on the three-dimensional scanning technology; a wall plate is mounted on the outer groove; inclined ceilings are mounted on the main beams and the wallboards; and on-site installation errors are analyzed and adjusted based on the three-dimensional scanning technology. The method has the beneficial effects that an operating room frame structure system and an operating room enclosure plate piece system model are created by utilizing a BIM technology, and visual pre-assembly is performed, so that the size of the operating room, the position size of equipment, and the sizes and fixing positions of all components and wallboards are determined in advance; large errors and reworking or secondary processing phenomena caused by later field assembly are avoided, and the construction period and the cost are saved.
本发明公开了一种基于BIM的装配式手术室及其安装方法。该手术室包括底槽、主梁、吊槽结构、外槽、墙板、天花填充板和斜天花板。该安装方法包括如下步骤：安装底槽；安装外槽；安装主梁；吊装吊槽结构；基于三维扫描技术分析现场安装误差并进行调整；在外槽上安装墙板；在主梁、墙板上安装斜天花板；基于三维扫描技术分析现场安装误差并进行调整。本发明的有益效果：利用BIM技术创建手术室框架结构体系以及手术室围挡板件体系模型并进行可视化预拼装，提前确定手术室尺寸、设备位置大小以及所有构件、墙板尺寸大小及固定位置，避免后期现场拼装出现较大误差以及返工或二次加工现象，节约工期与成本。
Fabricated operating room based on BIM (Building Information Modeling) and installation method thereof
一种基于BIM的装配式手术室及其安装方法
LI MULIN (author) / QIU MAOYI (author) / LIANG MAO (author) / XIE JINHONG (author) / WEN QUANHONG (author) / CHEN CHANGJUN (author) / YANG YI (author) / YI FUGUO (author)
2023-10-17
Patent
Electronic Resource
Chinese
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