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A platform for research: civil engineering, architecture and urbanism
Ultra-low energy consumption assembly type heat preservation structure integrated system and construction technology thereof
The invention discloses an ultra-low energy consumption assembly type heat preservation structure integrated system, and relates to the technical field of heat preservation structures, a protective inner wall body is installed in an installation outer frame in an embedded installation mode, and a protective outer wall body is fixedly installed at the position, corresponding to the interior of the protective inner wall body, of one side of the protective inner wall body; an internal heat preservation inner box is installed in the protection inner wall body in an embedded mode, and a top installation air box is fixedly connected to the position, corresponding to the interior of the protection inner wall body, of the middle of the top end of the internal heat preservation inner box. The temperature in the heat preservation space can be continuously kept within a proper range, then the heat preservation efficiency of the heat preservation structure is effectively improved, heat conduction oil at the bottom of the bottom circulating liquid box can be heated in an auxiliary mode through the electric heating inner pipe when the temperature in the heat preservation space is low, and then the function of the heat preservation structure is effectively expanded. The using effect of the heat preservation structure is improved, and the using energy consumption of the heat preservation structure is reduced.
本发明公开了一种超低能耗装配式保温结构一体化系统，涉及保温结构技术领域，所述安装外框架内部以嵌入安装的方式安装有防护内墙体，所述防护内墙体一侧对应防护内墙体内部位置处固定安装有防护外墙体，所述防护内墙体内部嵌入安装有内部保温内盒，所述内部保温内盒顶端中部对应防护内墙体内部位置处固定连接有顶部安装气盒，本发明通过降低内部保温内盒与保温空间之间的换热效率，使保温空间内部的温度可以持续保持在合适的范围内，进而有效的提高了保温结构的保温效率，在保温空间内部温度较低时也可通过电热内管对底部循环液箱底部的导热油进行辅热，进而有效的拓展了保温结构的功能，提高了保温结构的使用效果，降低了保温结构的使用能耗。
Ultra-low energy consumption assembly type heat preservation structure integrated system and construction technology thereof
The invention discloses an ultra-low energy consumption assembly type heat preservation structure integrated system, and relates to the technical field of heat preservation structures, a protective inner wall body is installed in an installation outer frame in an embedded installation mode, and a protective outer wall body is fixedly installed at the position, corresponding to the interior of the protective inner wall body, of one side of the protective inner wall body; an internal heat preservation inner box is installed in the protection inner wall body in an embedded mode, and a top installation air box is fixedly connected to the position, corresponding to the interior of the protection inner wall body, of the middle of the top end of the internal heat preservation inner box. The temperature in the heat preservation space can be continuously kept within a proper range, then the heat preservation efficiency of the heat preservation structure is effectively improved, heat conduction oil at the bottom of the bottom circulating liquid box can be heated in an auxiliary mode through the electric heating inner pipe when the temperature in the heat preservation space is low, and then the function of the heat preservation structure is effectively expanded. The using effect of the heat preservation structure is improved, and the using energy consumption of the heat preservation structure is reduced.
本发明公开了一种超低能耗装配式保温结构一体化系统，涉及保温结构技术领域，所述安装外框架内部以嵌入安装的方式安装有防护内墙体，所述防护内墙体一侧对应防护内墙体内部位置处固定安装有防护外墙体，所述防护内墙体内部嵌入安装有内部保温内盒，所述内部保温内盒顶端中部对应防护内墙体内部位置处固定连接有顶部安装气盒，本发明通过降低内部保温内盒与保温空间之间的换热效率，使保温空间内部的温度可以持续保持在合适的范围内，进而有效的提高了保温结构的保温效率，在保温空间内部温度较低时也可通过电热内管对底部循环液箱底部的导热油进行辅热，进而有效的拓展了保温结构的功能，提高了保温结构的使用效果，降低了保温结构的使用能耗。
Ultra-low energy consumption assembly type heat preservation structure integrated system and construction technology thereof
一种超低能耗装配式保温结构一体化系统及其施工工艺
GAO TENGYE (author) / ZHANG FEIFEI (author) / SHI ZHEN (author) / WANG NAN (author) / SONG LEI (author) / YAN WANJUN (author) / ZHANG XUELING (author) / SUN JIANWEI (author) / HAN LONG (author) / LI WEIFENG (author)
2024-12-17
Patent
Electronic Resource
Chinese
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