Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Low-load heat preservation room for field
A low-load heat preservation room for a field comprises engineering board rooms with the flat tops, and a support is arranged outside the engineering board rooms; a heat absorption water tank is arranged on the support and is higher than the top faces of the engineering board rooms; and the heat absorption water tank is connected to the top ends of side face water containing cavities in the inner side faces of the engineering board rooms through inclined pipes, and the bottom ends of the side face water containing cavities are led out of the room through pipelines and are connected to the heat absorption water tank outdoors in a returning manner through water pumps and backflow pipelines arranged outside the room. According to the room, the independent support is arranged to bear the water tank, so that on the one hand, loads of roofs can be removed, and safety of the low-load heat preservation room is ensured; and on the other hand, the independent water tank can bear more water, and the side faces can be used for absorbing heat, so that the heating capability is improved, and the two board rooms can be heated at the same time. Solar energy is utilized for heating water for heating, and the water after heating can be circularly utilized; the water heating effect is much better than the electric heating effect; and electricity is basically not needed, and the low-load heat preservation room is particularly suitable for being used in field operation.
Low-load heat preservation room for field
A low-load heat preservation room for a field comprises engineering board rooms with the flat tops, and a support is arranged outside the engineering board rooms; a heat absorption water tank is arranged on the support and is higher than the top faces of the engineering board rooms; and the heat absorption water tank is connected to the top ends of side face water containing cavities in the inner side faces of the engineering board rooms through inclined pipes, and the bottom ends of the side face water containing cavities are led out of the room through pipelines and are connected to the heat absorption water tank outdoors in a returning manner through water pumps and backflow pipelines arranged outside the room. According to the room, the independent support is arranged to bear the water tank, so that on the one hand, loads of roofs can be removed, and safety of the low-load heat preservation room is ensured; and on the other hand, the independent water tank can bear more water, and the side faces can be used for absorbing heat, so that the heating capability is improved, and the two board rooms can be heated at the same time. Solar energy is utilized for heating water for heating, and the water after heating can be circularly utilized; the water heating effect is much better than the electric heating effect; and electricity is basically not needed, and the low-load heat preservation room is particularly suitable for being used in field operation.
Low-load heat preservation room for field
CAO YONGSHENG (Autor:in)
27.05.2015
Patent
Elektronische Ressource
Englisch
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