Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Door and window corner wall surface anti-cracking assembly structure
The invention relates to a door and window corner wall surface anti-cracking assembly structure which is mainly provided with a plurality of anti-cracking elements which correspond to one another and are arranged at intervals, and a plurality of reinforcing pits are formed in the surfaces of the anti-cracking elements so as to increase the bond-wrapping performance and the friction coefficient of the anti-cracking elements. After the concrete is solidified to form a wall structure body, the bonding area of the concrete and the wall structure body is increased, the bonding stability of the concrete and the wall structure body is improved, the structural strength of the RC wall is improved, and the anti-cracking performance is further improved, so that when the external force is applied, due to the fact that the external force is effectively relieved and dispersed, the anti-cracking performance of the RC wall is improved. Therefore, the wall structure body at the corner of the door or the window frame and the surface painting layer of the wall structure body can be effectively prevented from cracking or micro-cracking.
本发明是有关于一种门窗角壁面防裂组件结构，其主要设有多个相互对应且间隔设置的防裂元件，并于该防裂元件表面成型有多个加固凹坑，以增加防裂元件的握裹性能及摩擦系数，借此，当混凝土流经防裂元件的表面时，会附着于防裂元件的表面所设多个加固凹坑中，以于混凝土凝固形成墙壁结构体后，增加与墙壁结构体的握裹面积及结合稳固性，以提高RC墙的结构强度，进而提升抗裂性能，据此，当外力作用时，因有效减缓及分散外力作用，即可达到有效防止该门、窗框角落的墙壁结构体及其表面粉刷层发生龟裂或微龟裂效果。
Door and window corner wall surface anti-cracking assembly structure
The invention relates to a door and window corner wall surface anti-cracking assembly structure which is mainly provided with a plurality of anti-cracking elements which correspond to one another and are arranged at intervals, and a plurality of reinforcing pits are formed in the surfaces of the anti-cracking elements so as to increase the bond-wrapping performance and the friction coefficient of the anti-cracking elements. After the concrete is solidified to form a wall structure body, the bonding area of the concrete and the wall structure body is increased, the bonding stability of the concrete and the wall structure body is improved, the structural strength of the RC wall is improved, and the anti-cracking performance is further improved, so that when the external force is applied, due to the fact that the external force is effectively relieved and dispersed, the anti-cracking performance of the RC wall is improved. Therefore, the wall structure body at the corner of the door or the window frame and the surface painting layer of the wall structure body can be effectively prevented from cracking or micro-cracking.
本发明是有关于一种门窗角壁面防裂组件结构，其主要设有多个相互对应且间隔设置的防裂元件，并于该防裂元件表面成型有多个加固凹坑，以增加防裂元件的握裹性能及摩擦系数，借此，当混凝土流经防裂元件的表面时，会附着于防裂元件的表面所设多个加固凹坑中，以于混凝土凝固形成墙壁结构体后，增加与墙壁结构体的握裹面积及结合稳固性，以提高RC墙的结构强度，进而提升抗裂性能，据此，当外力作用时，因有效减缓及分散外力作用，即可达到有效防止该门、窗框角落的墙壁结构体及其表面粉刷层发生龟裂或微龟裂效果。
Door and window corner wall surface anti-cracking assembly structure
门窗角壁面防裂组件结构
LIN ZHICHENG (Autor:in) / LIN QUANXUAN (Autor:in)
06.05.2022
Patent
Elektronische Ressource
Chinesisch
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