Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a novel artificial wood floor. The novel artificial wood floor comprises a core, an upper balancing layer and a lower balancing layer, wherein the core comprises a plurality ofgroups of cable-stayed units; battens are arranged between adjacent cable-stayed units; a frame is arranged on the periphery of the core; each cable-stayed unit comprises two cable-stayed structures;the cable-stayed units and the battens are alternately arranged in sequence along the length direction of the core; and the cable-stayed structures are provided with breathing channels. The design ofthe breathing channels on the cable-stayed structures can communicate the balancing layers with a closed space formed in the core on the premise of not significantly reducing the strength of a woodenboard, so that water vapor is evenly dispersed in the closed space to prevent local uneven stress or moisture deformation. The battens between the cable-stayed units can prevent or reduce the deformation of the wooden floor along the length direction of the battens. In addition, the novel artificial wooden floor can effectively improve the strength of an artificial board, the wood utilization rateis high, the core production process is simple, mechanized operations can be performed, and the production efficiency is high.
本发明提供了一种人造新型木地板，包括板芯、及上下两层平衡层，板芯包括多组斜拉单元，相邻斜拉单元之间均设置板条，板芯的四周还包括边框。斜拉单元包括两个斜拉结构，斜拉单元与板条沿板芯长度方向依次交替排列，斜拉结构上设有呼吸通道。本发明中斜拉结构上的呼吸通道的设计可以在不明显降低木板强度的前提下，联通平衡层与板芯中形成的封闭空间，使得水汽均匀地分散在其中，防止局部受力不均或发潮变形。斜拉单元之间的板条可以防止或减轻木地板沿板条长度方向的变形。另外，本发明的人造新型木地板可以有效提高人造板的强度，木材利用率高，该板芯生产工艺简单，可机械化作业，生产效率高。
The invention provides a novel artificial wood floor. The novel artificial wood floor comprises a core, an upper balancing layer and a lower balancing layer, wherein the core comprises a plurality ofgroups of cable-stayed units; battens are arranged between adjacent cable-stayed units; a frame is arranged on the periphery of the core; each cable-stayed unit comprises two cable-stayed structures;the cable-stayed units and the battens are alternately arranged in sequence along the length direction of the core; and the cable-stayed structures are provided with breathing channels. The design ofthe breathing channels on the cable-stayed structures can communicate the balancing layers with a closed space formed in the core on the premise of not significantly reducing the strength of a woodenboard, so that water vapor is evenly dispersed in the closed space to prevent local uneven stress or moisture deformation. The battens between the cable-stayed units can prevent or reduce the deformation of the wooden floor along the length direction of the battens. In addition, the novel artificial wooden floor can effectively improve the strength of an artificial board, the wood utilization rateis high, the core production process is simple, mechanized operations can be performed, and the production efficiency is high.
本发明提供了一种人造新型木地板，包括板芯、及上下两层平衡层，板芯包括多组斜拉单元，相邻斜拉单元之间均设置板条，板芯的四周还包括边框。斜拉单元包括两个斜拉结构，斜拉单元与板条沿板芯长度方向依次交替排列，斜拉结构上设有呼吸通道。本发明中斜拉结构上的呼吸通道的设计可以在不明显降低木板强度的前提下，联通平衡层与板芯中形成的封闭空间，使得水汽均匀地分散在其中，防止局部受力不均或发潮变形。斜拉单元之间的板条可以防止或减轻木地板沿板条长度方向的变形。另外，本发明的人造新型木地板可以有效提高人造板的强度，木材利用率高，该板芯生产工艺简单，可机械化作业，生产效率高。
Novel artificial wood floor
一种人造新型木地板
SUN YI (Autor:in)
02.06.2020
Patent
Elektronische Ressource
Chinesisch