A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated wood structure buried pipe energy-saving wall
The invention discloses a fabricated wood structure buried pipe energy-saving wall. In winter, a heating medium flows into the branch pipes in the wall body from the main pipes embedded in the column body and the partition wall, and flows out of the wall body after heat exchange, so that the temperature of the wall body is increased, and the heat load of a building in winter is reduced; in summer, a refrigerant is introduced into the pipeline, so that the temperature of the wall body is reduced, the cooling load of the building in summer is reduced, and the overall carbon emission of the building is reduced. The wall main body, the column body and the partition wall respectively comprise a pipeline and a multi-layer heat preservation structure, the size of the heat preservation plate is smaller than that of other layers, and the wall body is I-shaped when being overlooked and is used for being riveted with the stud column. Two adjacent wall bodies can be riveted together through the wall bone columns, and assembly type construction of the whole building is achieved in this way.
本发明公开了一种装配式木结构埋管节能墙体。在冬季，热媒从埋设在柱体和隔断墙内的干管流入墙体内的支管，进行换热后流出墙体，从而提升了墙体的温度，降低了建筑冬季热负荷；在夏季，管道内通入冷媒，降低了墙体温度，削减了建筑夏季冷负荷，从而降低建筑整体的碳排放量。墙主体、柱体和隔断墙均包括管道以及多层保温结构，其中保温板的尺寸小于其他层尺寸，俯视墙体呈现“工”字型，用来与墙骨柱铆接。墙骨柱可以将相邻的两面墙体铆接在一起，依此形式实现整栋建筑的装配式建造。
Fabricated wood structure buried pipe energy-saving wall
The invention discloses a fabricated wood structure buried pipe energy-saving wall. In winter, a heating medium flows into the branch pipes in the wall body from the main pipes embedded in the column body and the partition wall, and flows out of the wall body after heat exchange, so that the temperature of the wall body is increased, and the heat load of a building in winter is reduced; in summer, a refrigerant is introduced into the pipeline, so that the temperature of the wall body is reduced, the cooling load of the building in summer is reduced, and the overall carbon emission of the building is reduced. The wall main body, the column body and the partition wall respectively comprise a pipeline and a multi-layer heat preservation structure, the size of the heat preservation plate is smaller than that of other layers, and the wall body is I-shaped when being overlooked and is used for being riveted with the stud column. Two adjacent wall bodies can be riveted together through the wall bone columns, and assembly type construction of the whole building is achieved in this way.
本发明公开了一种装配式木结构埋管节能墙体。在冬季，热媒从埋设在柱体和隔断墙内的干管流入墙体内的支管，进行换热后流出墙体，从而提升了墙体的温度，降低了建筑冬季热负荷；在夏季，管道内通入冷媒，降低了墙体温度，削减了建筑夏季冷负荷，从而降低建筑整体的碳排放量。墙主体、柱体和隔断墙均包括管道以及多层保温结构，其中保温板的尺寸小于其他层尺寸，俯视墙体呈现“工”字型，用来与墙骨柱铆接。墙骨柱可以将相邻的两面墙体铆接在一起，依此形式实现整栋建筑的装配式建造。
Fabricated wood structure buried pipe energy-saving wall
一种装配式木结构埋管节能墙体
ZHANG ZHIYUAN (author) / ZHU NENG (author) / NI SHENYANG (author) / HOU YINGZHEN (author)
2022-11-01
Patent
Electronic Resource
Chinese
Embedded pipe wall energy-saving system for fabricated building
| European Patent Office | 2023