A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving composite external wall panel for enclosure
The embodiment of the invention relates to an enclosure energy-saving composite externally-hung wall plate, relates to the technical field of fabricated buildings, and mainly aims to improve the life practical attribute of the enclosure energy-saving composite externally-hung wall plate. According to the main technical scheme, the enclosure energy-saving composite externally-hung wallboard comprises a first set of base body prepared from concrete with the strength, the first set of base body comprises a bottom layer and side walls located on the two sides of the bottom layer, the bottoms of the side walls are arranged on the bottom layer, and a filling space is formed between the two side walls; the reinforcing steel bar assembly is arranged in the base body; the filling space is filled with the core layer prepared from the concrete with the second group of strength, and the strength of the core layer prepared from the concrete with the second group of strength is smaller than that of the base body prepared from the concrete with the first group of strength. Compared with the prior art, the core layer with lower strength can be used for providing a convenient nail driving area for a user, so that the life practical attribute of the externally-hung wallboard is improved.
本发明实施例是关于一种围护节能复合外挂墙板，涉及装配式建筑技术领域，主要目的在于提高围护节能复合外挂墙板的生活实用属性。主要采用的技术方案为：围护节能复合外挂墙板包括：第一组强度的混凝土制备的基体，包括：底层、位于所述底层两侧的侧壁，所述侧壁的底部设置于所述底层，在两个侧壁之间形成填充空间；加强钢筋组件，设置于所述基体内；第二组强度的混凝土制备的芯层，填充于所述填充空间，所述第二组强度的混凝土制备芯层的强度小于所述第一组强度的混凝土制备的基体的强度。相对于现有技术，强度较低的芯层可以用于为用户提供便捷的钉入钉子的区域，提高了外挂墙板的生活实用属性。
Energy-saving composite external wall panel for enclosure
The embodiment of the invention relates to an enclosure energy-saving composite externally-hung wall plate, relates to the technical field of fabricated buildings, and mainly aims to improve the life practical attribute of the enclosure energy-saving composite externally-hung wall plate. According to the main technical scheme, the enclosure energy-saving composite externally-hung wallboard comprises a first set of base body prepared from concrete with the strength, the first set of base body comprises a bottom layer and side walls located on the two sides of the bottom layer, the bottoms of the side walls are arranged on the bottom layer, and a filling space is formed between the two side walls; the reinforcing steel bar assembly is arranged in the base body; the filling space is filled with the core layer prepared from the concrete with the second group of strength, and the strength of the core layer prepared from the concrete with the second group of strength is smaller than that of the base body prepared from the concrete with the first group of strength. Compared with the prior art, the core layer with lower strength can be used for providing a convenient nail driving area for a user, so that the life practical attribute of the externally-hung wallboard is improved.
本发明实施例是关于一种围护节能复合外挂墙板，涉及装配式建筑技术领域，主要目的在于提高围护节能复合外挂墙板的生活实用属性。主要采用的技术方案为：围护节能复合外挂墙板包括：第一组强度的混凝土制备的基体，包括：底层、位于所述底层两侧的侧壁，所述侧壁的底部设置于所述底层，在两个侧壁之间形成填充空间；加强钢筋组件，设置于所述基体内；第二组强度的混凝土制备的芯层，填充于所述填充空间，所述第二组强度的混凝土制备芯层的强度小于所述第一组强度的混凝土制备的基体的强度。相对于现有技术，强度较低的芯层可以用于为用户提供便捷的钉入钉子的区域，提高了外挂墙板的生活实用属性。
Energy-saving composite external wall panel for enclosure
围护节能复合外挂墙板
CUI RONGPING (author)
2022-03-11
Patent
Electronic Resource
Chinese
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