A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mid-infrared heating wall cloth and heating method
The invention provides mid-infrared heat-insulation packaged mid-infrared heating wall cloth which has a laminated structure and comprises a top surface covering layer, a porous polyethylene heat-insulation mid-infrared penetrable anti-puncture layer, an electric-to-mid-infrared emission film layer (emission source), a heat insulation layer, a bottom surface covering layer and a wall surface pasting layer; the infrared radiation intensity in the top surface of the wall cloth is up to more than 70% of the intensity of the emission source, and the leakage radiation of the bottom surface is less than 10%; and the emission source is composed of a conductive nano carbon plastic compound. The innovation of the mid-infrared heating wall cloth is derived from the special combination of quantifiable attributes, and porous polyethylene is utilized, so that the defect of high energy consumption of hot air convection heating is overcome, the mid-infrared radiation can be efficiently transmitted, and a user can be prevented from being burnt due to careless puncture of the heat insulation layer. The wall cloth is intelligent and environment-friendly, a plurality of rectangular independent electric control assemblies can be embedded or hidden in wall decoration, the on-off and heating power of each assembly can be regulated and controlled according to the position and temperature of a human body, and a subversive energy-saving heating system is formed.
本发明提供一种透中红外热绝缘封装的中红外供暖墙布，该墙布具有叠层结构，包括顶面覆盖层、多孔聚乙烯热绝缘透中红外防刺穿层、电转中红外发射膜层(发射源)、热绝缘层、底面覆盖层、墙面黏贴层；该墙布顶面中红外辐射强度高达发射源强度的70%以上，底面漏失辐射少于10%；所述发射源由导电纳米碳塑料复合物组成。本发明的创新性源于这些可量化属性的特殊结合，利用多孔聚乙烯，既克服了热空气对流供暖的高能耗弊端，又可高效传递中红外辐射,而且可防止使用者因不慎刺穿绝热层而被灼伤。该墙布智能环保，可在墙面装饰里嵌铺或内藏多块矩形形状的独立电控组件，每块组件可根据人体位置与温度来调控开关与供暖功率，构成颠覆性节能供暖系统。
Mid-infrared heating wall cloth and heating method
The invention provides mid-infrared heat-insulation packaged mid-infrared heating wall cloth which has a laminated structure and comprises a top surface covering layer, a porous polyethylene heat-insulation mid-infrared penetrable anti-puncture layer, an electric-to-mid-infrared emission film layer (emission source), a heat insulation layer, a bottom surface covering layer and a wall surface pasting layer; the infrared radiation intensity in the top surface of the wall cloth is up to more than 70% of the intensity of the emission source, and the leakage radiation of the bottom surface is less than 10%; and the emission source is composed of a conductive nano carbon plastic compound. The innovation of the mid-infrared heating wall cloth is derived from the special combination of quantifiable attributes, and porous polyethylene is utilized, so that the defect of high energy consumption of hot air convection heating is overcome, the mid-infrared radiation can be efficiently transmitted, and a user can be prevented from being burnt due to careless puncture of the heat insulation layer. The wall cloth is intelligent and environment-friendly, a plurality of rectangular independent electric control assemblies can be embedded or hidden in wall decoration, the on-off and heating power of each assembly can be regulated and controlled according to the position and temperature of a human body, and a subversive energy-saving heating system is formed.
本发明提供一种透中红外热绝缘封装的中红外供暖墙布，该墙布具有叠层结构，包括顶面覆盖层、多孔聚乙烯热绝缘透中红外防刺穿层、电转中红外发射膜层(发射源)、热绝缘层、底面覆盖层、墙面黏贴层；该墙布顶面中红外辐射强度高达发射源强度的70%以上，底面漏失辐射少于10%；所述发射源由导电纳米碳塑料复合物组成。本发明的创新性源于这些可量化属性的特殊结合，利用多孔聚乙烯，既克服了热空气对流供暖的高能耗弊端，又可高效传递中红外辐射,而且可防止使用者因不慎刺穿绝热层而被灼伤。该墙布智能环保，可在墙面装饰里嵌铺或内藏多块矩形形状的独立电控组件，每块组件可根据人体位置与温度来调控开关与供暖功率，构成颠覆性节能供暖系统。
Mid-infrared heating wall cloth and heating method
一种中红外供暖墙布及供暖方法
LIU HUANMING (author) / CHEN HONGMING (author) / SUN HAO (author)
2021-09-07
Patent
Electronic Resource
Chinese
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