超低能耗复合板骨架结构体
By designing an ultra-low energy consumption composite panel frame structure and adopting a fence-like connection method for vertical panels and flat panels, the problem of insufficient robustness and integrity of existing frame structures is solved, thereby enhancing the rigidity of the composite panels and improving construction efficiency, while meeting the requirements of green building.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- 山东润泽工程科技有限公司
- Filing Date
- 2025-06-27
- Publication Date
- 2026-07-17
AI Technical Summary
The existing ultra-low energy consumption composite panel internal skeleton structure has problems with insufficient robustness and integrity, making it difficult to effectively connect the insulation layer, inner surface layer and outer surface layer.
Design an ultra-low energy consumption composite panel frame structure, including vertical panel frame and flat panel frame, which are connected by vertical and horizontal connecting plates to form a fence-like structure. The intersection of vertical purlins and horizontal purlins forms purlin joints, and purlin grooves are set in the holes of the purlins and the frame for positioning. The frame structure is embedded in the insulation layer and fixed by spraying silicate material.
It improves the rigidity and strength of composite panels, simplifies the construction process, reduces construction costs, and conforms to the sustainable development concept of green building.
Smart Images
Figure CN224514547U_ABST
Abstract
Claims
1. An ultra-low energy composite panel skeletal structure comprising a skeleton, characterised in that: The frame is divided into a vertical plate frame (1) and a flat plate frame (3); the vertical plate frame (1) is composed of two vertically arranged rectangular plates (11) connected by a horizontal connecting plate (12) to form a whole, and the horizontal connecting plate (12) has a horizontal connecting plate purlin hole (13) in the middle; the flat plate frame (3) is composed of two horizontally arranged strips (31) connected by a vertical connecting plate (32) to form a whole, the cross-section of the flat plate frame (3) is I-shaped, and the vertical connecting plate (32) has a number of vertical connecting plate purlin holes (3) along its length. 3) Several vertical plate frames (1) are arranged alternately, with vertical purlins (2) passing through the horizontal connecting plate purlin holes (13) on each vertical plate frame (1) to connect together to form a single column of vertical plate frames. Multiple single columns of vertical plate frames are arranged alternately horizontally to form the vertical plate frames of each composite board. Several flat plate frames (3) are arranged alternately horizontally. After all the flat plate frames (3) are aligned, several columns of vertical connecting plate purlin holes (33) are formed. Horizontal purlins (4) are inserted into each column of vertical connecting plate purlin holes (33) to form a fence-like structure.
2. The ultra-low energy composite panel skeletal structure of claim 1, wherein: The cross-sectional dimension of the body or at least one end of the vertical purlin (2) is larger than that of the cross-sectional dimension of the horizontal purlin (4); at the junction of the horizontal purlin (4) and the vertical purlin (2), the horizontal purlin (4) is inserted into the through hole of the vertical purlin (2) so that the horizontal purlin (4) and the vertical purlin (2) are connected together to form a purlin joint (8).
3. The ultra-low energy composite panel skeletal structure of claim 1, wherein: Several purlin grooves (41) are provided alternately on the same side of the purlin (4). After the purlin (4) is inserted into the vertical connecting plate purlin hole (33) of the flat plate frame (3), the purlin groove (41) is locked on one side wall of the vertical connecting plate purlin hole (33) to position the flat plate frame (3).