Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Combination method of heat collection, ventilation and humidity regulation integrated building
The invention relates to a combination method of a heat collection, ventilation and humidity regulation integrated building in the technical field of buildings, a wall body of the heat collection, ventilation and humidity regulation integrated building is bent inwards and downwards on the top surface of the building to form a funnel shape, and the bottom of the funnel shape is a funnel bottom hole; a convex permeable mirror is arranged at the opening part of the funnel; an inverted circular truncated cone-shaped light-transmitting glass wall is arranged at the lower part of a bottom hole of the funnel; a phase change heat storage cavity is formed in the light-transmitting glass wall and located at the focus position of the convex water permeable mirror. The method comprises the following steps: arranging a circular base; arranging a heat storage system; erecting a main body structure; laying a thermal insulation layer and assembling main body structure accessories; and installing a convex water permeable mirror system and a refraction film system. The obtained product can gather the sunlight energy and uniformly distribute the sunlight energy in the indoor environment, can be used for building heat preservation, and meanwhile solves the problem of indoor heating when no sunlight exists at night. In addition, the problem of indoor ventilation can be solved through hot-pressing ventilation, and the effects of evaporating condensate water and humidifying air are achieved.
本发明涉及建筑技术领域内的一种聚热通风调湿一体化建筑的组合方法，所述聚热通风调湿一体化建筑的墙体在建筑顶面处向内且向下弯曲，形成一个漏斗形，漏斗形的底部为漏斗底孔；漏斗形的口部设置有凸透水镜，漏斗底孔的下部设置有倒置圆台形透光玻璃墙；透光玻璃墙的内部设置有相变蓄热腔，相变蓄热腔位于凸透水镜的焦点位置；其步骤包括设置圆形基座；设置蓄热系统；主体结构搭设；敷设保温层及组装主体结构附件；安装凸透水镜系统及安装折光膜系统。获得的产品能够将太阳光能汇集并均匀分布于室内环境，可用于建筑保温，同时解决了晚间无阳光时的室内采暖问题。另可利用热压通风解决了室内通风问题，并起到蒸发冷凝水，加湿空气的作用。
Combination method of heat collection, ventilation and humidity regulation integrated building
The invention relates to a combination method of a heat collection, ventilation and humidity regulation integrated building in the technical field of buildings, a wall body of the heat collection, ventilation and humidity regulation integrated building is bent inwards and downwards on the top surface of the building to form a funnel shape, and the bottom of the funnel shape is a funnel bottom hole; a convex permeable mirror is arranged at the opening part of the funnel; an inverted circular truncated cone-shaped light-transmitting glass wall is arranged at the lower part of a bottom hole of the funnel; a phase change heat storage cavity is formed in the light-transmitting glass wall and located at the focus position of the convex water permeable mirror. The method comprises the following steps: arranging a circular base; arranging a heat storage system; erecting a main body structure; laying a thermal insulation layer and assembling main body structure accessories; and installing a convex water permeable mirror system and a refraction film system. The obtained product can gather the sunlight energy and uniformly distribute the sunlight energy in the indoor environment, can be used for building heat preservation, and meanwhile solves the problem of indoor heating when no sunlight exists at night. In addition, the problem of indoor ventilation can be solved through hot-pressing ventilation, and the effects of evaporating condensate water and humidifying air are achieved.
本发明涉及建筑技术领域内的一种聚热通风调湿一体化建筑的组合方法，所述聚热通风调湿一体化建筑的墙体在建筑顶面处向内且向下弯曲，形成一个漏斗形，漏斗形的底部为漏斗底孔；漏斗形的口部设置有凸透水镜，漏斗底孔的下部设置有倒置圆台形透光玻璃墙；透光玻璃墙的内部设置有相变蓄热腔，相变蓄热腔位于凸透水镜的焦点位置；其步骤包括设置圆形基座；设置蓄热系统；主体结构搭设；敷设保温层及组装主体结构附件；安装凸透水镜系统及安装折光膜系统。获得的产品能够将太阳光能汇集并均匀分布于室内环境，可用于建筑保温，同时解决了晚间无阳光时的室内采暖问题。另可利用热压通风解决了室内通风问题，并起到蒸发冷凝水，加湿空气的作用。
Combination method of heat collection, ventilation and humidity regulation integrated building
一种聚热通风调湿一体化建筑的组合方法
CHEN XING (Autor:in) / LI SHENGCAI (Autor:in) / LIU YI (Autor:in) / SONG GUIJIE (Autor:in)
01.03.2022
Patent
Elektronische Ressource
Chinesisch
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