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Negative oxygen ion graphene floor heating system and construction method
The invention discloses a negative oxygen ion graphene floor heating system and a construction method. The negative oxygen ion graphene floor heating system comprises a plurality of heat preservation plates which are distributed in a matrix mode; the reflecting film is laid on the top of the heat preservation plate; the graphene heating film is laid on the top of the reflecting film; the waterproof cloth is laid on the top of the graphene heating film and completely covers the graphene heating film; the greenhouse film is laid on the top of the waterproof cloth; and the silicon crystal net is laid on the top of the greenhouse film. Electric energy is converted into heat energy for oxygen supply through the graphene heating film, 1000 negative oxygen ions exist in each cubic meter, the electricity-heat conversion efficiency is high, healthy cultivation of the human body is promoted, and growth of animals and plants is promoted. The graphene heating film is large in effective heating area, good in thermal uniformity and thermal comfort, stable in performance, small in power change and long in service life, and high costs of fire coal, boilers, pipelines, construction and maintenance and the like are saved.
本发明公开了一种负氧离子石墨烯地暖以及施工方法，包括：若干个保温板，若干个所述保温板呈矩阵式分布；反射膜，所述反射膜铺设于所述保温板顶部；石墨烯发热膜，所述石墨烯发热膜铺设于所述反射膜顶部；防水布，所述防水布铺设于所述石墨烯发热膜顶部，且完全覆盖所述石墨烯发热膜；大棚膜，所述大棚膜铺设于所述防水布顶部；硅晶网，所述硅晶网铺设于所述大棚膜顶部。通过石墨烯发热膜将电能转化成热能送氧，每立方有1000个负氧离子数，电热转换效率高、促进人体康养、促进动物、植物生长。而且石墨烯发热膜的有效发热面积大，热均匀性和热舒适性好，性能稳定、功率变化小、使用寿命长，省去了燃煤、锅炉、管道、施工维护等高额成本。
Negative oxygen ion graphene floor heating system and construction method
The invention discloses a negative oxygen ion graphene floor heating system and a construction method. The negative oxygen ion graphene floor heating system comprises a plurality of heat preservation plates which are distributed in a matrix mode; the reflecting film is laid on the top of the heat preservation plate; the graphene heating film is laid on the top of the reflecting film; the waterproof cloth is laid on the top of the graphene heating film and completely covers the graphene heating film; the greenhouse film is laid on the top of the waterproof cloth; and the silicon crystal net is laid on the top of the greenhouse film. Electric energy is converted into heat energy for oxygen supply through the graphene heating film, 1000 negative oxygen ions exist in each cubic meter, the electricity-heat conversion efficiency is high, healthy cultivation of the human body is promoted, and growth of animals and plants is promoted. The graphene heating film is large in effective heating area, good in thermal uniformity and thermal comfort, stable in performance, small in power change and long in service life, and high costs of fire coal, boilers, pipelines, construction and maintenance and the like are saved.
本发明公开了一种负氧离子石墨烯地暖以及施工方法，包括：若干个保温板，若干个所述保温板呈矩阵式分布；反射膜，所述反射膜铺设于所述保温板顶部；石墨烯发热膜，所述石墨烯发热膜铺设于所述反射膜顶部；防水布，所述防水布铺设于所述石墨烯发热膜顶部，且完全覆盖所述石墨烯发热膜；大棚膜，所述大棚膜铺设于所述防水布顶部；硅晶网，所述硅晶网铺设于所述大棚膜顶部。通过石墨烯发热膜将电能转化成热能送氧，每立方有1000个负氧离子数，电热转换效率高、促进人体康养、促进动物、植物生长。而且石墨烯发热膜的有效发热面积大，热均匀性和热舒适性好，性能稳定、功率变化小、使用寿命长，省去了燃煤、锅炉、管道、施工维护等高额成本。
Negative oxygen ion graphene floor heating system and construction method
一种负氧离子石墨烯地暖以及施工方法
MIAO XIULAN (author) / HAYASHI DOICHI (author)
2024-03-22
Patent
Electronic Resource
Chinese
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