A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Waterproof and moistureproof 3D (three-dimensional) wall structure
The invention relates to the technical field of 3D (three-dimensional) walls, in particular to a waterproof and dampproof 3D wall structure which comprises a building wall, and a 3D wall poster is fixedly mounted on the building wall. According to the waterproof and moistureproof 3D wall structure, in the process that a pedal, a shaft rod and a cam drive a base to control a front plate and a rear plate to move and switch a 3D wall surface B and a 3D wall surface A, long convex columns and short convex columns are adjacently arranged, and the thickness of absorbent cotton arranged on the long convex columns and the short convex columns is larger than a gap between the long convex columns and the short convex columns, so that when the long convex columns and the short convex columns move in a relatively staggered mode, the long convex columns and the short convex columns are separated from each other; the water absorption cotton can be extruded, water absorbed by the water absorption cotton is pressed into the T-shaped holes, flows into the control box along the interior of the outer box and is finally stored in the water storage tank, on one hand, self-dehydration of the water absorption cotton is achieved, the water absorption cotton can be continuously used, water reverse osmosis is avoided, on the other hand, the collected water can be used for watering flowers and other daily life, and the water absorption device is more environmentally friendly. The practical value is high.
本发明涉及3D立体墙技术领域，具体为一种防水防潮的3D立体墙结构，包括建筑墙，所述建筑墙上固定安装有3D立体墙贴。该种防水防潮的3D立体墙结构，通过踏板、轴杆、凸轮驱动底座控制前板、后板移动切换3D墙面B与3D墙面A的过程中，由于长凸柱与短凸柱之间为相邻设置，且两者上设置的吸水棉厚度大于两者间隙，因此长凸柱与短凸柱相对错位移动时，可对吸水棉进行挤压，将其吸收的水分压入T形孔，并沿外盒内部流入控制盒中，最后储于储水罐中，一方面实现了吸水棉的自脱水，使其能够进行持续性的使用，不会造成水分反渗，另一方面可将收集的水分用于浇花等日常生活，更加绿色环保，非常具有实用价值。
Waterproof and moistureproof 3D (three-dimensional) wall structure
The invention relates to the technical field of 3D (three-dimensional) walls, in particular to a waterproof and dampproof 3D wall structure which comprises a building wall, and a 3D wall poster is fixedly mounted on the building wall. According to the waterproof and moistureproof 3D wall structure, in the process that a pedal, a shaft rod and a cam drive a base to control a front plate and a rear plate to move and switch a 3D wall surface B and a 3D wall surface A, long convex columns and short convex columns are adjacently arranged, and the thickness of absorbent cotton arranged on the long convex columns and the short convex columns is larger than a gap between the long convex columns and the short convex columns, so that when the long convex columns and the short convex columns move in a relatively staggered mode, the long convex columns and the short convex columns are separated from each other; the water absorption cotton can be extruded, water absorbed by the water absorption cotton is pressed into the T-shaped holes, flows into the control box along the interior of the outer box and is finally stored in the water storage tank, on one hand, self-dehydration of the water absorption cotton is achieved, the water absorption cotton can be continuously used, water reverse osmosis is avoided, on the other hand, the collected water can be used for watering flowers and other daily life, and the water absorption device is more environmentally friendly. The practical value is high.
本发明涉及3D立体墙技术领域，具体为一种防水防潮的3D立体墙结构，包括建筑墙，所述建筑墙上固定安装有3D立体墙贴。该种防水防潮的3D立体墙结构，通过踏板、轴杆、凸轮驱动底座控制前板、后板移动切换3D墙面B与3D墙面A的过程中，由于长凸柱与短凸柱之间为相邻设置，且两者上设置的吸水棉厚度大于两者间隙，因此长凸柱与短凸柱相对错位移动时，可对吸水棉进行挤压，将其吸收的水分压入T形孔，并沿外盒内部流入控制盒中，最后储于储水罐中，一方面实现了吸水棉的自脱水，使其能够进行持续性的使用，不会造成水分反渗，另一方面可将收集的水分用于浇花等日常生活，更加绿色环保，非常具有实用价值。
Waterproof and moistureproof 3D (three-dimensional) wall structure
一种防水防潮的3D立体墙结构
ZHANG XIN (author) / ZHOU LISHUI (author) / ZHANG XINLING (author) / XU ZHENGZHONG (author) / WANG ANNA (author) / JIANG ZHENCUI (author)
2023-04-07
Patent
Electronic Resource
Chinese
Windowsill waterproof and moistureproof structure of outer wall window
| European Patent Office | 2022
Waterproof and moistureproof concrete construction process
| European Patent Office | 2020