A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Transversely inserted tenon-and-mortise floor locking structure
The invention belongs to the technical field of building and ornament materials, and relates to a transversely inserted tenon-and-mortise floor locking structure. The transversely inserted tenon-and-mortise floor locking structure comprises a connecting part body, the connecting part body is of an I-shaped axisymmetric structure, and an upper beam frame protruding part and a lower beam frame protruding part are arranged on the connecting part body in a bilateral symmetry manner. The distance between the vertex of the upper beam frame protruding part and the end face of the connecting part bodyand the distance between the vertex of the lower beam frame protruding part and the end face of the connecting part body range from 1 mm to 3 mm. The distance between the vertexes of the beam frame protruding parts arranged in the bilateral symmetry manner ranges from 3 mm to 8 mm. A triangular structure is defined by the vertexes of the beam frame protruding parts and the end points on the two sides, the included angle between the long edges of the triangular structure and the horizontal line ranges from 20 degrees to 40 degrees, and the included angle between the short edges of the triangular structure and the horizontal line ranges from 30 degrees to 50 degrees. A floor matched with the locking structure is arranged. According to the transversely inserted tenon-and-mortise floor locking structure, by means of the elastic feature of the connecting part body, the width of the juncture of connecting parts is calculated and designed according to the elasticity modulus of connecting materials, the connecting parts can be easily assembled and can also serve as a third-party connecting part, and the problem of locking and groove milling of floor fishbone assembling, herringbone assembling and other special assembling methods is solved.
本发明属于建筑装饰材料技术领域，涉及一种横插式榫卯地板锁扣结构，包括，连接件本体，所述连接件本体为“工”字形轴对称结构，所述连接件本体左右对称设有上下梁架凸起部，上下梁架凸起部顶点与连接件本体端面距离为1‑3 mm，左右对称设置的梁架凸起部顶点距离为3‑8 mm，梁架凸起部顶点与两侧端点围成三角形结构，三角形结构较长边与水平线的夹角为20‑40°，三角形结构较短边与水平线的夹角为30‑50°，并设有与锁扣结构匹配的地板。本发明通过连接件本体的弹性特性，依据连接件材料的弹性模量，计算设计连接件的结合处宽度，既可以实现连接件的轻松装配，也可以作为第三方连接件，解决地板鱼骨拼、人字拼等特殊拼法的锁扣铣槽问题。
Transversely inserted tenon-and-mortise floor locking structure
The invention belongs to the technical field of building and ornament materials, and relates to a transversely inserted tenon-and-mortise floor locking structure. The transversely inserted tenon-and-mortise floor locking structure comprises a connecting part body, the connecting part body is of an I-shaped axisymmetric structure, and an upper beam frame protruding part and a lower beam frame protruding part are arranged on the connecting part body in a bilateral symmetry manner. The distance between the vertex of the upper beam frame protruding part and the end face of the connecting part bodyand the distance between the vertex of the lower beam frame protruding part and the end face of the connecting part body range from 1 mm to 3 mm. The distance between the vertexes of the beam frame protruding parts arranged in the bilateral symmetry manner ranges from 3 mm to 8 mm. A triangular structure is defined by the vertexes of the beam frame protruding parts and the end points on the two sides, the included angle between the long edges of the triangular structure and the horizontal line ranges from 20 degrees to 40 degrees, and the included angle between the short edges of the triangular structure and the horizontal line ranges from 30 degrees to 50 degrees. A floor matched with the locking structure is arranged. According to the transversely inserted tenon-and-mortise floor locking structure, by means of the elastic feature of the connecting part body, the width of the juncture of connecting parts is calculated and designed according to the elasticity modulus of connecting materials, the connecting parts can be easily assembled and can also serve as a third-party connecting part, and the problem of locking and groove milling of floor fishbone assembling, herringbone assembling and other special assembling methods is solved.
本发明属于建筑装饰材料技术领域，涉及一种横插式榫卯地板锁扣结构，包括，连接件本体，所述连接件本体为“工”字形轴对称结构，所述连接件本体左右对称设有上下梁架凸起部，上下梁架凸起部顶点与连接件本体端面距离为1‑3 mm，左右对称设置的梁架凸起部顶点距离为3‑8 mm，梁架凸起部顶点与两侧端点围成三角形结构，三角形结构较长边与水平线的夹角为20‑40°，三角形结构较短边与水平线的夹角为30‑50°，并设有与锁扣结构匹配的地板。本发明通过连接件本体的弹性特性，依据连接件材料的弹性模量，计算设计连接件的结合处宽度，既可以实现连接件的轻松装配，也可以作为第三方连接件，解决地板鱼骨拼、人字拼等特殊拼法的锁扣铣槽问题。
Transversely inserted tenon-and-mortise floor locking structure
一种横插式榫卯地板锁扣结构
XIA XIANBING (author) / ZHENG FANGZHONG (author) / FAN WENMING (author)
2020-08-25
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden