Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Modularized assembly type auxetic superstructure based on mortise and tenon connection
According to the modular assembly type auxetic superstructure based on mortise and tenon connection, the overall structure can be separated into different modules through structural shape design through mortise and tenon connection, effective support can be formed between the modules, and then a whole is formed, and the modular assembly type auxetic superstructure based on mortise and tenon connection is inspired by the modular assembly type auxetic superstructure based on mortise and tenon connection. The invention particularly relates to the fields of auxetic materials, earthquake resistance, vibration isolation, energy absorption protection and the like. The structure is composed of a restraining unit and a restrained unit. By overcoming the limitation that a traditional auxetic structure is integrally produced through 3D printing and laser cutting technologies, compared with the prior art, the method has the advantages that for any two-dimensional microstructure form, the two-dimensional microstructure form can be separated into several special-shaped metal pipe fitting modules capable of being buckled and locked through structural design; structural self-locking can be formed through tenon-and-mortise connection so as to realize two-dimensional expansion, and the two-dimensional expansion device has the advantages of high universality, high production efficiency, convenience in maintenance and transportation, low cost, simplicity in assembly and the like.
本发明公开基于榫卯连接的模块化装配式拉胀超结构，榫卯连接可通过结构形状设计将整体结构分离为不同模块，模块之间可形成有效支撑，进而形成整体，本发明受其启发，发明了基于榫卯连接的模块化装配式拉胀超结构。具体涉及拉胀材料领域以及抗震、隔振、吸能防护等领域。所述结构由约束单元和被约束单元组成。本发明通过克服了传统拉胀结构靠3D打印和激光切割技术进行一体式生产的局限性，与现有技术相比，本发明的优点是：对于任意二维微结构形式，均可通过结构设计将其分离为几个可扣锁的异形金属管件模块，通过榫卯连接即可形成结构自锁进而实现二维扩展，非常具有普适性，具有生产高效，维修、运输方便，成本低廉，装配简单等优点。
Modularized assembly type auxetic superstructure based on mortise and tenon connection
According to the modular assembly type auxetic superstructure based on mortise and tenon connection, the overall structure can be separated into different modules through structural shape design through mortise and tenon connection, effective support can be formed between the modules, and then a whole is formed, and the modular assembly type auxetic superstructure based on mortise and tenon connection is inspired by the modular assembly type auxetic superstructure based on mortise and tenon connection. The invention particularly relates to the fields of auxetic materials, earthquake resistance, vibration isolation, energy absorption protection and the like. The structure is composed of a restraining unit and a restrained unit. By overcoming the limitation that a traditional auxetic structure is integrally produced through 3D printing and laser cutting technologies, compared with the prior art, the method has the advantages that for any two-dimensional microstructure form, the two-dimensional microstructure form can be separated into several special-shaped metal pipe fitting modules capable of being buckled and locked through structural design; structural self-locking can be formed through tenon-and-mortise connection so as to realize two-dimensional expansion, and the two-dimensional expansion device has the advantages of high universality, high production efficiency, convenience in maintenance and transportation, low cost, simplicity in assembly and the like.
本发明公开基于榫卯连接的模块化装配式拉胀超结构，榫卯连接可通过结构形状设计将整体结构分离为不同模块，模块之间可形成有效支撑，进而形成整体，本发明受其启发，发明了基于榫卯连接的模块化装配式拉胀超结构。具体涉及拉胀材料领域以及抗震、隔振、吸能防护等领域。所述结构由约束单元和被约束单元组成。本发明通过克服了传统拉胀结构靠3D打印和激光切割技术进行一体式生产的局限性，与现有技术相比，本发明的优点是：对于任意二维微结构形式，均可通过结构设计将其分离为几个可扣锁的异形金属管件模块，通过榫卯连接即可形成结构自锁进而实现二维扩展，非常具有普适性，具有生产高效，维修、运输方便，成本低廉，装配简单等优点。
Modularized assembly type auxetic superstructure based on mortise and tenon connection
基于榫卯连接的模块化装配式拉胀超结构
ZHU YILIN (Autor:in) / GAO DEFENG (Autor:in) / ZHAO XIANG (Autor:in) / RUI XUE (Autor:in) / YU CHAO (Autor:in) / SHAO YONGBO (Autor:in)
22.09.2023
Patent
Elektronische Ressource
Chinesisch
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