Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Splicing system for repairing wood structure column
The invention relates to the technical field of wood splicing, and discloses a repairing wood structure column splicing system which comprises a plurality of annularly distributed side supporting columns, two end supporting columns fixed to the two ends of the side supporting columns and a center connecting column located in the centers of the side supporting columns. A triangular center part is formed by the inclined cambered surface in the middle of the side supporting column, a cylindrical surface part is arranged on the end face of the triangular center part, and a horizontal inserting groove is formed in the cylindrical surface part; after wood is cut, damaged parts of the side supporting columns are removed, inclined cambered surfaces are ground, the outer layer of the structural column is a triangular rod body, on the basis that the original length is guaranteed, the stability of the middle is improved, the situation that the middle of each side supporting column is bent outwards and split due to axial stress is avoided, and meanwhile end limiting is completed through cooperation of an inclined groove and an end inclined surface; the end supporting columns and the center connecting column are locked in an inserted and bonded mode. By means of the wood structure, the utilization rate of waste wood is increased.
本发明涉及木材拼接技术领域，本发明公开了一种修缮木结构柱拼接系统，包括若干个环形分布的侧支撑柱、两个固定在所述侧支撑柱两端的端支撑柱、位于所述侧支撑柱中心处的中心连接柱，所述侧支撑柱的内壁两端均具有倾斜弧面，所述侧支撑柱中部由所述倾斜弧面形成三角中心部，所述三角中心部端面具有圆柱面部，所述圆柱面部上开设有水平插槽；侧支撑柱由木材经过切削后，将损坏部分清除，并且打磨出倾斜弧面，该结构柱外层为三角形杆体，保证原始长度的基础上，增加中部稳定性，避免轴向受力造成侧支撑柱中部外弯劈裂，同时斜槽与端斜面的配合完成端部限位，端支撑柱、中心连接柱通过插接粘接锁定，该木材结构提高废弃木材的利用率。
Splicing system for repairing wood structure column
The invention relates to the technical field of wood splicing, and discloses a repairing wood structure column splicing system which comprises a plurality of annularly distributed side supporting columns, two end supporting columns fixed to the two ends of the side supporting columns and a center connecting column located in the centers of the side supporting columns. A triangular center part is formed by the inclined cambered surface in the middle of the side supporting column, a cylindrical surface part is arranged on the end face of the triangular center part, and a horizontal inserting groove is formed in the cylindrical surface part; after wood is cut, damaged parts of the side supporting columns are removed, inclined cambered surfaces are ground, the outer layer of the structural column is a triangular rod body, on the basis that the original length is guaranteed, the stability of the middle is improved, the situation that the middle of each side supporting column is bent outwards and split due to axial stress is avoided, and meanwhile end limiting is completed through cooperation of an inclined groove and an end inclined surface; the end supporting columns and the center connecting column are locked in an inserted and bonded mode. By means of the wood structure, the utilization rate of waste wood is increased.
本发明涉及木材拼接技术领域，本发明公开了一种修缮木结构柱拼接系统，包括若干个环形分布的侧支撑柱、两个固定在所述侧支撑柱两端的端支撑柱、位于所述侧支撑柱中心处的中心连接柱，所述侧支撑柱的内壁两端均具有倾斜弧面，所述侧支撑柱中部由所述倾斜弧面形成三角中心部，所述三角中心部端面具有圆柱面部，所述圆柱面部上开设有水平插槽；侧支撑柱由木材经过切削后，将损坏部分清除，并且打磨出倾斜弧面，该结构柱外层为三角形杆体，保证原始长度的基础上，增加中部稳定性，避免轴向受力造成侧支撑柱中部外弯劈裂，同时斜槽与端斜面的配合完成端部限位，端支撑柱、中心连接柱通过插接粘接锁定，该木材结构提高废弃木材的利用率。
Splicing system for repairing wood structure column
一种修缮木结构柱拼接系统
SUN MAOJUN (Autor:in) / YANG SHUAI (Autor:in) / ZHANG XINMIN (Autor:in) / JI QINGYU (Autor:in) / SUN GUIZHU (Autor:in) / MA JIANXIN (Autor:in) / SUN XIANDONG (Autor:in) / LI HONGPING (Autor:in)
16.07.2024
Patent
Elektronische Ressource
Chinesisch
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