A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bridge engineering construction method based on mixed reality technology
The invention discloses a bridge engineering construction method based on a mixed reality (MR) technology and relates to a building construction method based on the mixed reality technology. A virtualbridge three-dimensional model and a live-action three-dimensional model are nested to form three-dimensional model nesting, an independent cloud platform is developed, corresponding algorithms and program control are applied, the independent cloud platform analyzes the uploaded RTK real-time dynamic data and real-time images by using corresponding algorithms and programs, after analysis, corresponding data is transmitted to an MR terminal to present hardware. The method is advantaged in that the MR terminal presents hardware to present a virtual bridge three-dimensional model conforming to anatural observation angle and amplitude of human eyes so that an observer can see the actual topography and landform, the structural body of a partially or completely constructed bridge building andthe virtual bridge three-dimensional model at the actual construction site.
一种基于混合现实（MR）技术的桥梁工程建设施工方法，涉及一种基于混合现实技术的建筑施工方法，通过将虚拟桥梁三维模型和实景三维模型相嵌套，形成三维模型嵌套，开发独立的云平台运用相对应的算法及程序控制，独立云平台运用相对应的算法及程序对上传来的RTK实时动态数据及实时影像进行分析，并在分析后将对应的数据传输给MR终端呈现硬件，使MR终端呈现硬件呈现出符合人眼自然观察角度和幅度的虚拟桥梁三维模型，实现了观察者能在实际的施工现场，既看到实际的地形地貌、已经部分或全部建设完成的桥梁建筑物的结构体，又能看到虚拟桥梁三维模型的目的。
Bridge engineering construction method based on mixed reality technology
The invention discloses a bridge engineering construction method based on a mixed reality (MR) technology and relates to a building construction method based on the mixed reality technology. A virtualbridge three-dimensional model and a live-action three-dimensional model are nested to form three-dimensional model nesting, an independent cloud platform is developed, corresponding algorithms and program control are applied, the independent cloud platform analyzes the uploaded RTK real-time dynamic data and real-time images by using corresponding algorithms and programs, after analysis, corresponding data is transmitted to an MR terminal to present hardware. The method is advantaged in that the MR terminal presents hardware to present a virtual bridge three-dimensional model conforming to anatural observation angle and amplitude of human eyes so that an observer can see the actual topography and landform, the structural body of a partially or completely constructed bridge building andthe virtual bridge three-dimensional model at the actual construction site.
一种基于混合现实（MR）技术的桥梁工程建设施工方法，涉及一种基于混合现实技术的建筑施工方法，通过将虚拟桥梁三维模型和实景三维模型相嵌套，形成三维模型嵌套，开发独立的云平台运用相对应的算法及程序控制，独立云平台运用相对应的算法及程序对上传来的RTK实时动态数据及实时影像进行分析，并在分析后将对应的数据传输给MR终端呈现硬件，使MR终端呈现硬件呈现出符合人眼自然观察角度和幅度的虚拟桥梁三维模型，实现了观察者能在实际的施工现场，既看到实际的地形地貌、已经部分或全部建设完成的桥梁建筑物的结构体，又能看到虚拟桥梁三维模型的目的。
Bridge engineering construction method based on mixed reality technology
一种基于混合现实（MR）技术的桥梁工程建设施工方法
ZHANG LUFAN (author) / LIU KE (author) / JI HAIJUN (author) / FENG HENGLI (author) / ZHANG JILEI (author) / ZHANG XINCHUN (author) / CAI BAOCHENG (author) / YUAN JIXIA (author) / DONG JINGYI (author) / GAO ZHANLIANG (author)
2020-06-19
Patent
Electronic Resource
Chinese
| British Library Online Contents | 2005