A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving building wall structure
The invention discloses an energy-saving building wall structure. The energy-saving building wall structure comprises a bottom beam and a top beam, wherein a plurality of stand columns are arranged between the bottom beam and the top beam; a detachable inner panel is matched between every two adjacent stand columns; an outer panel connected with the inner panels is mounted between every two adjacent stand columns; a ventilation gap is formed between each inner panel and the corresponding outer panel; more than one air inlet groove is formed in the panel surface of each outer panel; and air inlet holes staggered with the air inlet grooves are formed in the panel surface of each inner panel. By adopting the energy-saving building wall structure, the refrigeration cost in summer can be reduced; in the transition period of spring, autumn and summer, the use frequency of refrigeration equipment (such as a fan and a cold air fan) can be reduced in a natural ventilation manner, so that the aim of saving energy is fulfilled.
本发明公开了一种节能建筑墙体结构，包括底梁和顶梁；在所述底梁和所述顶梁之间设置有多根立柱；相邻两根所述立柱之间配合有可拆卸的内面板，在相邻两根所述立柱之间安装有连接所述内面板的外面板，在所述内面板和所述外面板之间形成通风间隙，在所述外面板的板面上设置有一个以上的进风槽，在所述内面板的板面上设置有与所述进风槽错位的进风孔；通过采用本装置之后，可以减少夏季的制冷费用，其次在春秋与夏季的过渡期间，可以通过自然通风的方式减少制冷设备（例如风扇，冷气扇）的使用次数，达到节能的目的。
Energy-saving building wall structure
The invention discloses an energy-saving building wall structure. The energy-saving building wall structure comprises a bottom beam and a top beam, wherein a plurality of stand columns are arranged between the bottom beam and the top beam; a detachable inner panel is matched between every two adjacent stand columns; an outer panel connected with the inner panels is mounted between every two adjacent stand columns; a ventilation gap is formed between each inner panel and the corresponding outer panel; more than one air inlet groove is formed in the panel surface of each outer panel; and air inlet holes staggered with the air inlet grooves are formed in the panel surface of each inner panel. By adopting the energy-saving building wall structure, the refrigeration cost in summer can be reduced; in the transition period of spring, autumn and summer, the use frequency of refrigeration equipment (such as a fan and a cold air fan) can be reduced in a natural ventilation manner, so that the aim of saving energy is fulfilled.
本发明公开了一种节能建筑墙体结构，包括底梁和顶梁；在所述底梁和所述顶梁之间设置有多根立柱；相邻两根所述立柱之间配合有可拆卸的内面板，在相邻两根所述立柱之间安装有连接所述内面板的外面板，在所述内面板和所述外面板之间形成通风间隙，在所述外面板的板面上设置有一个以上的进风槽，在所述内面板的板面上设置有与所述进风槽错位的进风孔；通过采用本装置之后，可以减少夏季的制冷费用，其次在春秋与夏季的过渡期间，可以通过自然通风的方式减少制冷设备（例如风扇，冷气扇）的使用次数，达到节能的目的。
Energy-saving building wall structure
一种节能建筑墙体结构
ZHOU JIANWANG (author) / YE TING (author) / SHEN ZHEYI (author) / CHEN YANG (author)
2021-06-29
Patent
Electronic Resource
Chinese