A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of space hotels, in particular to a movable energy-saving space hotel. Comprising a hotel cabin for living, hollow glass installed on the edge of the hotel cabin and used for achieving a partition protection effect, an air bellow installed on the top of the hotel cabin and used for collecting and guiding air, and a cooling assembly installed at the tail end of the air bellow and used for cooling the air guided in by the air bellow. The hollow glass is used for replacing single-layer glass, a higher heat insulation and heat preservation effect can be achieved, the hollow glass is used for replacing single-layer glass, the heat preservation effect is better, the heat preservation effect is better, the heat preservation effect is better, and the service life of the hotel is prolonged. Meanwhile, the hollow glass is sequentially communicated with the axial flow fan, the cooling assembly and the air bellow, cooled cold air can be driven to flow through the interior of the hollow glass at a high speed, and therefore the heat dissipation effect is achieved, and it is avoided that a large amount of external high temperature is conducted into the hotel cabin.
本发明涉及太空旅馆技术领域，具体涉及一种可移动式节能太空旅馆，包括用于居住的旅馆舱体、安装于旅馆舱体边缘用于起隔断保护效果的中空玻璃、安装于旅馆舱体顶部用于收集和引导风的风箱、安装于风箱末端用于对风箱导入的空气进行降温的降温组件、安装于降温组件末端用于将降温组件降温后的冷空气导入中空玻璃内部的轴流风机、安装于旅馆舱体顶部用于提供生活用水及冷却水的蓄水箱，其采用中空玻璃代替单层玻璃，能够具备更高的隔热保温效果，同时中空玻璃与轴流风机、降温组件、风箱依次连通，能够带动降温后的冷空气高速流经中空玻璃内部，从而起到散热效果，避免外部高温大量传导到旅馆舱体内部。
The invention relates to the technical field of space hotels, in particular to a movable energy-saving space hotel. Comprising a hotel cabin for living, hollow glass installed on the edge of the hotel cabin and used for achieving a partition protection effect, an air bellow installed on the top of the hotel cabin and used for collecting and guiding air, and a cooling assembly installed at the tail end of the air bellow and used for cooling the air guided in by the air bellow. The hollow glass is used for replacing single-layer glass, a higher heat insulation and heat preservation effect can be achieved, the hollow glass is used for replacing single-layer glass, the heat preservation effect is better, the heat preservation effect is better, the heat preservation effect is better, and the service life of the hotel is prolonged. Meanwhile, the hollow glass is sequentially communicated with the axial flow fan, the cooling assembly and the air bellow, cooled cold air can be driven to flow through the interior of the hollow glass at a high speed, and therefore the heat dissipation effect is achieved, and it is avoided that a large amount of external high temperature is conducted into the hotel cabin.
本发明涉及太空旅馆技术领域，具体涉及一种可移动式节能太空旅馆，包括用于居住的旅馆舱体、安装于旅馆舱体边缘用于起隔断保护效果的中空玻璃、安装于旅馆舱体顶部用于收集和引导风的风箱、安装于风箱末端用于对风箱导入的空气进行降温的降温组件、安装于降温组件末端用于将降温组件降温后的冷空气导入中空玻璃内部的轴流风机、安装于旅馆舱体顶部用于提供生活用水及冷却水的蓄水箱，其采用中空玻璃代替单层玻璃，能够具备更高的隔热保温效果，同时中空玻璃与轴流风机、降温组件、风箱依次连通，能够带动降温后的冷空气高速流经中空玻璃内部，从而起到散热效果，避免外部高温大量传导到旅馆舱体内部。
Movable energy-saving space hotel
一种可移动式节能太空旅馆
ZHANG QIN (author)
2024-09-20
Patent
Electronic Resource
Chinese
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