A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Formaldehyde-free high-elasticity composite cork floor
The invention discloses a formaldehyde-free high-elasticity composite cork floor, which is formed by bonding a surface floor, a support connecting layer, a hardwood composite layer, a cork composite layer and a bottom hardwood layer from top to bottom layer by layer, the invention provides a high-elasticity composite cork floor which is formed by bonding a surface layer floor, a supporting connecting layer, a hardwood composite layer, a cork composite layer and a bottom hardwood layer layer by layer. The supporting connecting layer is a connecting layer which is used for buffering and supporting and is made of relatively hard materials within the cork range, the hardwood composite layer and the cork composite layer are hardwood blocks and cork blocks which are arranged in a staggered mode, the hardwood blocks and the cork blocks are bonded through glue and then alternately serve as the whole buffering layer of the upper layer of the floor, the supporting effect of hardwood is achieved, and the elastic effect of cork is achieved. The composite cork floor effectively solves the problems that an existing composite cork floor is formed by bonding plates, and elastic force distribution is not uniform when the whole structure is locally stressed.
本发明公开了一种无甲醛的高弹性复合式软木地板，复合式软木地板由上至下有表层地板、支撑连接层、硬木复合层、软木复合层和底部硬木层逐层粘接构成，本发明设置了一种由表层地板、支撑连接层、硬木复合层、软木复合层和底部硬木层逐层粘接构成的高弹性复合式软木地板，表层地板是由所需花纹构成的软木，结构，支撑连接层是作为缓冲和支撑的在软木范围内相对较硬的材料制成的连接层，硬木复合层和软木复合层为相互交错设置的硬木块和软木块，经过胶粘接后交替作为地板上层整体的缓冲层，具有硬木支撑的效果还具有软木的弹性效果，有效的解决了现有的复合式软木地板采用板材粘接构成，整体结构在局部受力时弹力分布不均匀的问题。
Formaldehyde-free high-elasticity composite cork floor
The invention discloses a formaldehyde-free high-elasticity composite cork floor, which is formed by bonding a surface floor, a support connecting layer, a hardwood composite layer, a cork composite layer and a bottom hardwood layer from top to bottom layer by layer, the invention provides a high-elasticity composite cork floor which is formed by bonding a surface layer floor, a supporting connecting layer, a hardwood composite layer, a cork composite layer and a bottom hardwood layer layer by layer. The supporting connecting layer is a connecting layer which is used for buffering and supporting and is made of relatively hard materials within the cork range, the hardwood composite layer and the cork composite layer are hardwood blocks and cork blocks which are arranged in a staggered mode, the hardwood blocks and the cork blocks are bonded through glue and then alternately serve as the whole buffering layer of the upper layer of the floor, the supporting effect of hardwood is achieved, and the elastic effect of cork is achieved. The composite cork floor effectively solves the problems that an existing composite cork floor is formed by bonding plates, and elastic force distribution is not uniform when the whole structure is locally stressed.
本发明公开了一种无甲醛的高弹性复合式软木地板，复合式软木地板由上至下有表层地板、支撑连接层、硬木复合层、软木复合层和底部硬木层逐层粘接构成，本发明设置了一种由表层地板、支撑连接层、硬木复合层、软木复合层和底部硬木层逐层粘接构成的高弹性复合式软木地板，表层地板是由所需花纹构成的软木，结构，支撑连接层是作为缓冲和支撑的在软木范围内相对较硬的材料制成的连接层，硬木复合层和软木复合层为相互交错设置的硬木块和软木块，经过胶粘接后交替作为地板上层整体的缓冲层，具有硬木支撑的效果还具有软木的弹性效果，有效的解决了现有的复合式软木地板采用板材粘接构成，整体结构在局部受力时弹力分布不均匀的问题。
Formaldehyde-free high-elasticity composite cork floor
一种无甲醛的高弹性复合式软木地板
MA HAILONG (author) / MA YUXIANG (author) / LIN SHAOYU (author) / CHEN XI (author) / ZHAO ZHONGKUI (author)
2023-09-01
Patent
Electronic Resource
Chinese
Formaldehyde-free composite floor and production process thereof
| European Patent Office | 2024