Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-seepage three-dimensional fabric composite board
The invention discloses an anti-seepage three-dimensional fabric composite board which comprises a three-dimensional fabric frame and an anti-seepage layer, the three-dimensional fabric frame comprises a fiber array and at least two porous fabric layers, and the fiber array is located between the two porous fabric layers. The impermeable layer is arranged on the side, away from the fiber array, of one porous fabric layer, the impermeable layer and the porous fabric layers are of an integrated structure, and mortar or concrete is allowed to pass through the porous fabric layer on the face, not provided with the impermeable layer, of the three-dimensional fabric frame. The seepage-proofing three-dimensional fabric composite board is combined with a concrete working face into a whole through the porous fabric layer and the fiber array, and the seepage-proofing three-dimensional fabric composite board forms a stable seepage-proofing face on the concrete surface or in the concrete surface. The method is good in anti-seepage effect, high in combining capacity with concrete, wide in application, easy to operate, low in requirement for a base plane and good in stability.
本发明公开了一种防渗水的三维织物复合板，包括三维织物框架和防渗层，所述三维织物框架包括纤维阵列和至少两层多孔织物层，所述纤维阵列位于两层所述多孔织物层之间，所述防渗层设置在其中一个所述多孔织物层远离所述纤维阵列的一侧上，所述防渗层与所述多孔织物层为一体化结构，所述三维织物框架未设置所述防渗层的一面多孔织物层允许砂浆或混凝土通过，所述防渗水的三维织物复合板通过所述多孔织物层和纤维阵列与混凝土工作面结合为一体，所述防渗水的三维织物复合板在混凝土表面或内部形成稳定的防渗面。本发明防渗效果好，与混凝土结合能力强，应用广泛，同时操作简单，对基面要求低，稳定性好。
Anti-seepage three-dimensional fabric composite board
The invention discloses an anti-seepage three-dimensional fabric composite board which comprises a three-dimensional fabric frame and an anti-seepage layer, the three-dimensional fabric frame comprises a fiber array and at least two porous fabric layers, and the fiber array is located between the two porous fabric layers. The impermeable layer is arranged on the side, away from the fiber array, of one porous fabric layer, the impermeable layer and the porous fabric layers are of an integrated structure, and mortar or concrete is allowed to pass through the porous fabric layer on the face, not provided with the impermeable layer, of the three-dimensional fabric frame. The seepage-proofing three-dimensional fabric composite board is combined with a concrete working face into a whole through the porous fabric layer and the fiber array, and the seepage-proofing three-dimensional fabric composite board forms a stable seepage-proofing face on the concrete surface or in the concrete surface. The method is good in anti-seepage effect, high in combining capacity with concrete, wide in application, easy to operate, low in requirement for a base plane and good in stability.
本发明公开了一种防渗水的三维织物复合板，包括三维织物框架和防渗层，所述三维织物框架包括纤维阵列和至少两层多孔织物层，所述纤维阵列位于两层所述多孔织物层之间，所述防渗层设置在其中一个所述多孔织物层远离所述纤维阵列的一侧上，所述防渗层与所述多孔织物层为一体化结构，所述三维织物框架未设置所述防渗层的一面多孔织物层允许砂浆或混凝土通过，所述防渗水的三维织物复合板通过所述多孔织物层和纤维阵列与混凝土工作面结合为一体，所述防渗水的三维织物复合板在混凝土表面或内部形成稳定的防渗面。本发明防渗效果好，与混凝土结合能力强，应用广泛，同时操作简单，对基面要求低，稳定性好。
Anti-seepage three-dimensional fabric composite board
一种防渗水的三维织物复合板
YANG XINGGUO (Autor:in) / DONG SHIHUA (Autor:in) / WEI WANGRU (Autor:in)
30.06.2023
Patent
Elektronische Ressource
Chinesisch
| Europäisches Patentamt | 2021