Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Adjustable carbon fiber skeleton Lingnan gray plastic structure and repairing method
The invention discloses an adjustable carbon fiber skeleton Lingnan gray plastic structure and a repairing method, the adjustable carbon fiber skeleton Lingnan gray plastic structure comprises a skeleton and a fixed support code, concave buckles are arranged on both sides of the skeleton, and convex buckles matched with the concave buckles are arranged at the bottom of the skeleton; wherein the framework comprises main frameworks and arc-shaped frameworks, the adjacent main frameworks are connected through direct connecting pieces, the main frameworks and the arc-shaped frameworks are connected through direct connecting pieces, and the adjacent arc-shaped frameworks are connected through arc-shaped connecting pieces; fixing holes are formed in the two ends of the fixing support code respectively and used for fixing the framework on a wall face to form a basic framework. The invention has the following advantages: through the adjustable carbon fiber grey plastic skeleton member, the stability and durability of grey plastic are effectively enhanced; the method solves the problems of data acquisition and damage degree analysis of the Lingnan historical building grey sculpture component by combining the three-dimensional scanning and the traditional grey sculpture process, realizes rapid non-contact digital survey and digital auxiliary repair, and achieves the purpose of repairing the old as the old and building a new as the reason.
本发明公开了一种可调碳纤维骨架岭南灰塑构造及修缮方法，包括骨架和固定支架码，骨架的两侧均设置有凹扣，其底部设置有与所述凹扣相契合的凸扣；其中，所述骨架包括主骨架、弧形骨架，相邻的主骨架通过直接连接件相连接，主骨架与弧形骨架通过直接连接件相连接，相邻的弧形骨架通过弧形连接件相连接；固定支架码的两端分别设置有固定孔，用于将骨架固定在墙面上，以形成基础骨架。本发明的优点：通过可调碳素纤维灰塑骨架构件，有效增强了灰塑的稳定性和耐久性；辅之三维扫描、传统灰塑工艺，解决了岭南历史建筑灰塑构件数据采集及破损程度分析的难题，实现了快速无接触数字化勘测、数字化辅助的修缮，使其达到修旧如旧、建新如故的目的。
Adjustable carbon fiber skeleton Lingnan gray plastic structure and repairing method
The invention discloses an adjustable carbon fiber skeleton Lingnan gray plastic structure and a repairing method, the adjustable carbon fiber skeleton Lingnan gray plastic structure comprises a skeleton and a fixed support code, concave buckles are arranged on both sides of the skeleton, and convex buckles matched with the concave buckles are arranged at the bottom of the skeleton; wherein the framework comprises main frameworks and arc-shaped frameworks, the adjacent main frameworks are connected through direct connecting pieces, the main frameworks and the arc-shaped frameworks are connected through direct connecting pieces, and the adjacent arc-shaped frameworks are connected through arc-shaped connecting pieces; fixing holes are formed in the two ends of the fixing support code respectively and used for fixing the framework on a wall face to form a basic framework. The invention has the following advantages: through the adjustable carbon fiber grey plastic skeleton member, the stability and durability of grey plastic are effectively enhanced; the method solves the problems of data acquisition and damage degree analysis of the Lingnan historical building grey sculpture component by combining the three-dimensional scanning and the traditional grey sculpture process, realizes rapid non-contact digital survey and digital auxiliary repair, and achieves the purpose of repairing the old as the old and building a new as the reason.
本发明公开了一种可调碳纤维骨架岭南灰塑构造及修缮方法，包括骨架和固定支架码，骨架的两侧均设置有凹扣，其底部设置有与所述凹扣相契合的凸扣；其中，所述骨架包括主骨架、弧形骨架，相邻的主骨架通过直接连接件相连接，主骨架与弧形骨架通过直接连接件相连接，相邻的弧形骨架通过弧形连接件相连接；固定支架码的两端分别设置有固定孔，用于将骨架固定在墙面上，以形成基础骨架。本发明的优点：通过可调碳素纤维灰塑骨架构件，有效增强了灰塑的稳定性和耐久性；辅之三维扫描、传统灰塑工艺，解决了岭南历史建筑灰塑构件数据采集及破损程度分析的难题，实现了快速无接触数字化勘测、数字化辅助的修缮，使其达到修旧如旧、建新如故的目的。
Adjustable carbon fiber skeleton Lingnan gray plastic structure and repairing method
一种可调碳纤维骨架岭南灰塑构造及修缮方法
LAN JIANXUN (Autor:in) / CHEN GUIQIANG (Autor:in) / LI XIONG (Autor:in) / ZENG JINLIANG (Autor:in)
29.03.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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