A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Thin flexible multifunctional electric heating wall cloth
The invention provides thin flexible multifunctional electric heating wall cloth which comprises a base layer, a heat reflection layer, an electric heating film, an insulating rubber layer, a heat conduction layer and a surface function decoration layer which are tightly and firmly attached together through a hot pressing technology by adopting a high-temperature-resistant adhesive. The surface of the base layer is covered with a water-based biological adhesive serving as back glue so as to be tightly bonded with the wall surface in the laying process; in actual use, the electrothermal film is electrified to heat the wall cloth, and heat is uniformly radiated outwards through the heat conduction layer, so that the temperature in a room is increased. According to the invention, uniform heating of the wall surface can be realized, point-like or local heating conditions of products such as wall heating plates and wall heating pictures are avoided, the controllability is obviously enhanced, the temperature difference can be effectively reduced, and the comfort level is improved; meanwhile, the composite wall cloth is light, colorful in veneer, easy to install, easy and convenient to maintain, low in use cost and capable of being widely applied to indoor overall heating in different scenes such as buildings, offices and medical facilities, and customized heating solutions are provided for users with different requirements.
本发明提供一种薄型柔性多功能电热墙布，包括采用耐高温胶黏剂通过热压工艺紧密牢固贴合在一起的基层、热反射层、电热膜、绝缘橡胶层、导热层、表面功能装饰层，且基层表面覆有水性生物胶粘剂作为背胶以在敷设过程中与墙面紧密粘接；实际使用时将电热膜通电可对墙布加热，并通过导热层将热量均匀向外辐射，使得房间内部的温度升高。本发明能够实现墙体表面均匀加热，避免如墙暖板、墙暖画等产品点状或局部加热情况，可调控性显著增强，可有效减少温差，提高舒适度；同时复合墙布较轻巧，饰面丰富多彩，易于安装，维护简便，使用成本低，可广泛应用于建筑、办公室、医疗设施等不同场景室内的整体加热，为不同需求用户提供定制化采暖解决方案。
Thin flexible multifunctional electric heating wall cloth
The invention provides thin flexible multifunctional electric heating wall cloth which comprises a base layer, a heat reflection layer, an electric heating film, an insulating rubber layer, a heat conduction layer and a surface function decoration layer which are tightly and firmly attached together through a hot pressing technology by adopting a high-temperature-resistant adhesive. The surface of the base layer is covered with a water-based biological adhesive serving as back glue so as to be tightly bonded with the wall surface in the laying process; in actual use, the electrothermal film is electrified to heat the wall cloth, and heat is uniformly radiated outwards through the heat conduction layer, so that the temperature in a room is increased. According to the invention, uniform heating of the wall surface can be realized, point-like or local heating conditions of products such as wall heating plates and wall heating pictures are avoided, the controllability is obviously enhanced, the temperature difference can be effectively reduced, and the comfort level is improved; meanwhile, the composite wall cloth is light, colorful in veneer, easy to install, easy and convenient to maintain, low in use cost and capable of being widely applied to indoor overall heating in different scenes such as buildings, offices and medical facilities, and customized heating solutions are provided for users with different requirements.
本发明提供一种薄型柔性多功能电热墙布，包括采用耐高温胶黏剂通过热压工艺紧密牢固贴合在一起的基层、热反射层、电热膜、绝缘橡胶层、导热层、表面功能装饰层，且基层表面覆有水性生物胶粘剂作为背胶以在敷设过程中与墙面紧密粘接；实际使用时将电热膜通电可对墙布加热，并通过导热层将热量均匀向外辐射，使得房间内部的温度升高。本发明能够实现墙体表面均匀加热，避免如墙暖板、墙暖画等产品点状或局部加热情况，可调控性显著增强，可有效减少温差，提高舒适度；同时复合墙布较轻巧，饰面丰富多彩，易于安装，维护简便，使用成本低，可广泛应用于建筑、办公室、医疗设施等不同场景室内的整体加热，为不同需求用户提供定制化采暖解决方案。
Thin flexible multifunctional electric heating wall cloth
一种薄型柔性多功能电热墙布
MU FUJIANG (author) / JIANG PENG (author) / PAN SHAOXUE (author) / GUI QIANG (author) / HAO TONGJIANG (author) / MA HUAIZHANG (author) / GAO XIAO (author) / XIE DONGZHOU (author)
2024-03-12
Patent
Electronic Resource
Chinese
Multifunctional zeolite environmental protection wall cloth
| European Patent Office | 2020