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High-strength lightweight heat insulation structure based on typha orientalis leaf bionic structure
The invention mainly relates to a high-strength lightweight heat insulation structure based on a typha orientalis leaf bionic structure. The high-strength lightweight heat insulation structure comprises an outer surface plate, an inner supporting sheet and a gap filling layer. The outer surface plate comprises an arc face plate and a surface plate, The two sides of the arc face plate are fixed tothe two sides of the surface plate, and a cavity is formed between the arc face plate and the surface plate. The inner supporting sheet is arranged in the cavity and fixed to the arc face plate and the surface plate. The inner supporting sheet is provided with an inner gap. The inner gap is filled with the gap filling layer. The high-strength lightweight heat insulation structure based on typha orientalis leaf bionic structure both has high strength and the heat insulation performance; and the high-strength lightweight heat insulation structure based on typha orientalis leaf bionic structure is simple in structure and easy to machine, and the bionic structure can be used as a micro-unit part according to actual application (such as a wall, a wind turbine blade and a shoe sole) to be assembled.
本发明主要涉及一种基于香蒲叶仿生的高强度轻量化保温结构，包括外表面板、内部支撑片、空隙填充层，外表面板包括圆弧面板、平面板，圆弧面板的两侧分别固定于平面板的两侧，圆弧面板、平面板之间形成腔体；所述内部支撑片设置于腔体内，内部支撑片与圆弧面板、平面板固定，内部支撑片上设有内部空隙，内部空隙内填充有空隙填充层。本发明基于香蒲叶仿生结构，兼具高强度和保温性，结构简单，易于加工，且可根据实际应用（墙体、风力机叶片、鞋底等）以该仿生结构作为微单元零件，进行组装。
High-strength lightweight heat insulation structure based on typha orientalis leaf bionic structure
The invention mainly relates to a high-strength lightweight heat insulation structure based on a typha orientalis leaf bionic structure. The high-strength lightweight heat insulation structure comprises an outer surface plate, an inner supporting sheet and a gap filling layer. The outer surface plate comprises an arc face plate and a surface plate, The two sides of the arc face plate are fixed tothe two sides of the surface plate, and a cavity is formed between the arc face plate and the surface plate. The inner supporting sheet is arranged in the cavity and fixed to the arc face plate and the surface plate. The inner supporting sheet is provided with an inner gap. The inner gap is filled with the gap filling layer. The high-strength lightweight heat insulation structure based on typha orientalis leaf bionic structure both has high strength and the heat insulation performance; and the high-strength lightweight heat insulation structure based on typha orientalis leaf bionic structure is simple in structure and easy to machine, and the bionic structure can be used as a micro-unit part according to actual application (such as a wall, a wind turbine blade and a shoe sole) to be assembled.
本发明主要涉及一种基于香蒲叶仿生的高强度轻量化保温结构，包括外表面板、内部支撑片、空隙填充层，外表面板包括圆弧面板、平面板，圆弧面板的两侧分别固定于平面板的两侧，圆弧面板、平面板之间形成腔体；所述内部支撑片设置于腔体内，内部支撑片与圆弧面板、平面板固定，内部支撑片上设有内部空隙，内部空隙内填充有空隙填充层。本发明基于香蒲叶仿生结构，兼具高强度和保温性，结构简单，易于加工，且可根据实际应用（墙体、风力机叶片、鞋底等）以该仿生结构作为微单元零件，进行组装。
High-strength lightweight heat insulation structure based on typha orientalis leaf bionic structure
一种基于香蒲叶仿生的高强度轻量化保温结构
FANG WENJIAN (author) / LIU FANG (author) / LI XIAOCHUAN (author) / CHENG HONGHUI (author) / ZENG XIANGHUA (author)
2020-10-09
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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