Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mid-infrared heating intelligent environment-friendly suspended ceiling device
The invention provides a mid-infrared heating intelligent environment-friendly suspended ceiling device which comprises a plurality of energy-saving mid-infrared heating assemblies; and each energy-saving mid-infrared heating assembly is provided with a laminated structure, and comprises an attractive middle and outer top surface penetrating covering layer facing the ground, a polyethylene lens capable of transmitting and focusing mid-infrared light, a thermal insulation mid-infrared transmitting layer, a heating element, a thermal insulation layer and a bottom surface covering layer. According to the structure, the heating elements are innovatively packaged by a mid-infrared transmitting thermal insulation material, so that high-energy-consumption convection heating is avoided, and a new energy-saving standard that the ratio of infrared radiation heating to convection heating is strictly required to be not less than 2 is met; and according to the heating assemblies, the mid-infrared light scattered by the heating elements is focused to a space which is one meter away from the ground and has actual heating requirements through the polyethylene lens which transmits the mid-infrared light, then an infrared sensor is used for detecting the dynamic position of a human body to control an electric controller which enables each energy-saving mid-infrared heating assembly to achieve independent on-off operation, and a subversive energy-saving heating system is formed.
本发明提供一种中红外供暖的智能环保天花吊顶装置，所述装置包括多块节能中红外供暖组件，每块节能中红外供暖组件具有叠层状结构，包括面向地面的美观的透中外顶面覆盖层、可透过和聚焦中红外光的聚乙烯透镜、热绝缘透中红外层、发热元件、热绝缘层、底面覆盖层；所述结构创新地把发热元件用透中红外的热绝缘材料封装从而避免高耗能的对流供暖，严格要求红外辐射供暖与对流供暖比例为不少于2的新节能标准；所述供暖组件利用透中红外光的聚乙烯透镜将发热元件散射的中红外聚焦到离地1米有实际供暖需求的空间，再以红外感应器检测人体的动态位置来操控令每块节能中红外供暖组件实现独立开关运行的电控器，构成颠覆性节能供暖系统。
Mid-infrared heating intelligent environment-friendly suspended ceiling device
The invention provides a mid-infrared heating intelligent environment-friendly suspended ceiling device which comprises a plurality of energy-saving mid-infrared heating assemblies; and each energy-saving mid-infrared heating assembly is provided with a laminated structure, and comprises an attractive middle and outer top surface penetrating covering layer facing the ground, a polyethylene lens capable of transmitting and focusing mid-infrared light, a thermal insulation mid-infrared transmitting layer, a heating element, a thermal insulation layer and a bottom surface covering layer. According to the structure, the heating elements are innovatively packaged by a mid-infrared transmitting thermal insulation material, so that high-energy-consumption convection heating is avoided, and a new energy-saving standard that the ratio of infrared radiation heating to convection heating is strictly required to be not less than 2 is met; and according to the heating assemblies, the mid-infrared light scattered by the heating elements is focused to a space which is one meter away from the ground and has actual heating requirements through the polyethylene lens which transmits the mid-infrared light, then an infrared sensor is used for detecting the dynamic position of a human body to control an electric controller which enables each energy-saving mid-infrared heating assembly to achieve independent on-off operation, and a subversive energy-saving heating system is formed.
本发明提供一种中红外供暖的智能环保天花吊顶装置，所述装置包括多块节能中红外供暖组件，每块节能中红外供暖组件具有叠层状结构，包括面向地面的美观的透中外顶面覆盖层、可透过和聚焦中红外光的聚乙烯透镜、热绝缘透中红外层、发热元件、热绝缘层、底面覆盖层；所述结构创新地把发热元件用透中红外的热绝缘材料封装从而避免高耗能的对流供暖，严格要求红外辐射供暖与对流供暖比例为不少于2的新节能标准；所述供暖组件利用透中红外光的聚乙烯透镜将发热元件散射的中红外聚焦到离地1米有实际供暖需求的空间，再以红外感应器检测人体的动态位置来操控令每块节能中红外供暖组件实现独立开关运行的电控器，构成颠覆性节能供暖系统。
Mid-infrared heating intelligent environment-friendly suspended ceiling device
一种中红外供暖的智能环保天花吊顶装置
LIU HUANMING (Autor:in) / DENG QINGHUI (Autor:in) / CHEN HONGMING (Autor:in)
31.08.2021
Patent
Elektronische Ressource
Chinesisch
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