A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated passive energy-saving breathing outer wall
The fabricated passive energy-saving breathing outer wall comprises a fabricated frame, inner side composite boards, keels, breathing devices and outer side wallboards, a cavity is formed in the middle of the fabricated frame, the keels are fixedly connected to the two ends of the fabricated frame correspondingly, and the inner side composite boards and the outer side wallboards are fixedly connected to the two sides of the keels correspondingly; the inner side composite board and the outer side wall board are attached to the assembly type frame in a sealed mode so as to form a sealed cavity, a plurality of breathing devices are installed on the outer side wall body, each breathing device comprises a transverse pipe and a spiral bimetallic strip, the transverse pipes are installed on the outer side wall board so as to communicate the cavity with external air, a switch device is arranged in each transverse pipe, and the spiral bimetallic strips are arranged on the spiral bimetallic strips. The spiral bimetallic strip can control on and off of the switch device according to temperature changes. The spiral bimetallic strip is used for sensing indoor and outdoor natural temperature changes, various form transformation of the outer wall body is achieved, the energy-saving purpose can be achieved when the heat preservation, heat insulation and sound insulation requirements of the outer wall are met, and the beneficial effects of rapid construction and assembly, passive energy saving and the like are achieved.
本发明公开了一种装配式被动节能呼吸外墙，包括装配式框架、内侧复合板、龙骨、呼吸装置和外侧墙板，装配式框架中间为空腔，装配式框架的两端分别固定连接龙骨，龙骨两侧分别固定连接内侧复合板和外侧墙板，内侧复合板和外侧墙板分别与装配式框架贴合密封，以形成密封的空腔，外侧墙体安装有若干呼吸装置，呼吸装置包括横管和螺旋双金属片，横管安装在外侧墙板上，以将空腔和外界空气连通，横管内设置有开关装置，螺旋双金属片能够根据温度变化控制开关装置的开闭。本发明利用螺旋双金属片感应室内外的自然温度变化，实现外墙体的多种形态转变，满足外墙保温隔热隔音需求时能够达到节能的目的，具有快速施工组装和被动式节能等优点。
Fabricated passive energy-saving breathing outer wall
The fabricated passive energy-saving breathing outer wall comprises a fabricated frame, inner side composite boards, keels, breathing devices and outer side wallboards, a cavity is formed in the middle of the fabricated frame, the keels are fixedly connected to the two ends of the fabricated frame correspondingly, and the inner side composite boards and the outer side wallboards are fixedly connected to the two sides of the keels correspondingly; the inner side composite board and the outer side wall board are attached to the assembly type frame in a sealed mode so as to form a sealed cavity, a plurality of breathing devices are installed on the outer side wall body, each breathing device comprises a transverse pipe and a spiral bimetallic strip, the transverse pipes are installed on the outer side wall board so as to communicate the cavity with external air, a switch device is arranged in each transverse pipe, and the spiral bimetallic strips are arranged on the spiral bimetallic strips. The spiral bimetallic strip can control on and off of the switch device according to temperature changes. The spiral bimetallic strip is used for sensing indoor and outdoor natural temperature changes, various form transformation of the outer wall body is achieved, the energy-saving purpose can be achieved when the heat preservation, heat insulation and sound insulation requirements of the outer wall are met, and the beneficial effects of rapid construction and assembly, passive energy saving and the like are achieved.
本发明公开了一种装配式被动节能呼吸外墙，包括装配式框架、内侧复合板、龙骨、呼吸装置和外侧墙板，装配式框架中间为空腔，装配式框架的两端分别固定连接龙骨，龙骨两侧分别固定连接内侧复合板和外侧墙板，内侧复合板和外侧墙板分别与装配式框架贴合密封，以形成密封的空腔，外侧墙体安装有若干呼吸装置，呼吸装置包括横管和螺旋双金属片，横管安装在外侧墙板上，以将空腔和外界空气连通，横管内设置有开关装置，螺旋双金属片能够根据温度变化控制开关装置的开闭。本发明利用螺旋双金属片感应室内外的自然温度变化，实现外墙体的多种形态转变，满足外墙保温隔热隔音需求时能够达到节能的目的，具有快速施工组装和被动式节能等优点。
Fabricated passive energy-saving breathing outer wall
一种装配式被动节能呼吸外墙
ZHANG NAN (author) / CHEN HONGLEI (author) / WU SHAOJUN (author) / LIU QIANGQIANG (author) / SHI QUANXU (author) / DENG YUWEN (author)
2022-11-15
Patent
Electronic Resource
Chinese
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