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A platform for research: civil engineering, architecture and urbanism
Beam-column joint pouring construction method utilizing three-dimensional technology
The invention discloses a beam-column joint pouring construction method utilizing a three-dimensional technology, a system adopted by the method comprises an information integration module, a sequential improvement module and a virtual calibration module, and the information integration module is used for inputting a 3d image of a beam-column joint and inputting various data of poured concrete; the sequential improvement module is used for analyzing the specific condition of the poured concrete after solidification for a period of time and performing sequential improvement, and the virtual calibration module is used for checking the practicability of the poured concrete after sequential improvement on beam-column joints. The information integration module comprises a node form recording module, an infrared image measurement device, an ultrasonic detection device and an image storage module, the node form recording module is electrically connected with the image storage module, and the node form recording module is used for recording 3d images of beam-column nodes in a three-dimensional image architecture coordinate system; the method has the characteristic of real-time improvement.
本发明公开了利用三维技术的梁柱节点浇筑施工方法，该方法采用的系统包括信息整合模块、循序改进模块、虚拟校准模块，所述信息整合模块用于录入梁柱节点的3d图像和录入已浇筑混凝土的各项数据，所述循序改进模块用于分析凝固一段时间后的已浇筑混凝土的具体情况，并进行循序改进，所述虚拟校准模块用于对循序改进后的已浇筑混凝土在梁柱节点上的可实行性进行校核，所述信息整合模块包括节点形态收录模块、红外图像测量装置、超声波检测装置、图像存储模块，所述节点形态收录模块与图像存储模块电连接，所述节点形态收录模块用于向立体图像架构坐标系中收录梁柱节点的3d图像，具有实时改进的特点。
Beam-column joint pouring construction method utilizing three-dimensional technology
The invention discloses a beam-column joint pouring construction method utilizing a three-dimensional technology, a system adopted by the method comprises an information integration module, a sequential improvement module and a virtual calibration module, and the information integration module is used for inputting a 3d image of a beam-column joint and inputting various data of poured concrete; the sequential improvement module is used for analyzing the specific condition of the poured concrete after solidification for a period of time and performing sequential improvement, and the virtual calibration module is used for checking the practicability of the poured concrete after sequential improvement on beam-column joints. The information integration module comprises a node form recording module, an infrared image measurement device, an ultrasonic detection device and an image storage module, the node form recording module is electrically connected with the image storage module, and the node form recording module is used for recording 3d images of beam-column nodes in a three-dimensional image architecture coordinate system; the method has the characteristic of real-time improvement.
本发明公开了利用三维技术的梁柱节点浇筑施工方法，该方法采用的系统包括信息整合模块、循序改进模块、虚拟校准模块，所述信息整合模块用于录入梁柱节点的3d图像和录入已浇筑混凝土的各项数据，所述循序改进模块用于分析凝固一段时间后的已浇筑混凝土的具体情况，并进行循序改进，所述虚拟校准模块用于对循序改进后的已浇筑混凝土在梁柱节点上的可实行性进行校核，所述信息整合模块包括节点形态收录模块、红外图像测量装置、超声波检测装置、图像存储模块，所述节点形态收录模块与图像存储模块电连接，所述节点形态收录模块用于向立体图像架构坐标系中收录梁柱节点的3d图像，具有实时改进的特点。
Beam-column joint pouring construction method utilizing three-dimensional technology
利用三维技术的梁柱节点浇筑施工方法
JI FEI (author) / GONG QINLEI (author) / BU YANG (author)
2023-11-10
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
G01B
MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS
,
Messen der Länge, der Dicke oder ähnlicher linearer Abmessungen
/
G01N
Untersuchen oder Analysieren von Stoffen durch Bestimmen ihrer chemischen oder physikalischen Eigenschaften
,
INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
/
G06T
Bilddatenverarbeitung oder Bilddatenerzeugung allgemein
,
IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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