A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hollow steel tube concrete energy underground diaphragm wall and construction process thereof
The invention discloses a hollow steel pipe concrete energy underground diaphragm wall and a construction technology thereof, and relates to the technical field of energy walls, the hollow steel pipe concrete energy underground diaphragm wall comprises a prefabricated wall plate, hollow steel pipes and heat exchange pipes, and the upper and lower end faces and the left and right end faces of the prefabricated wall plate are provided with splicing assemblies matched with each other; the prefabricated wallboards can be spliced into a continuous wall through splicing assemblies, a plurality of hollow steel pipes are arranged in the prefabricated wallboards, heat exchange pipes are arranged in the hollow steel pipes, and the heat exchange pipes in the adjacent prefabricated wallboards are connected and then communicate with a heat pump system. The hollow steel pipes are arranged in the hollow steel pipe concrete energy underground diaphragm wall, the overall dead weight of the hollow steel pipe concrete energy underground diaphragm wall is greatly reduced, transportation and construction are facilitated, the hollow steel pipes reserve space for deformation of the heat exchange pipes, the heat exchange pipes do not make direct contact with concrete, and the concrete structure is not damaged by temperature difference deformation; therefore, the service life of the energy underground diaphragm wall is prolonged, and later maintenance cost is reduced.
本发明公开了一种空心钢管混凝土能源地下连续墙及其施工工艺，涉及能源墙的技术领域，包括预制墙板、空心钢管和换热管，预制墙板的上下端面和左右端面上均设置有相互匹配的拼接组件，预制墙板能够通过拼接组件拼接成一面连续墙体，预制墙板内设置有若干个空心钢管，空心钢管内设置有换热管，相邻的预制墙板内的换热管连接后与热泵系统连通。本发明的空心钢管混凝土能源地下连续墙内部设有空心钢管，使其整体自重得到大幅降低，方便运输及施工，且空心钢管给热换管的形变预留空间，使其不与混凝土直接接触，温度差异变形不破坏混凝土结构，以此提高能源地下连续墙使用寿命，降低后期维修费用。
Hollow steel tube concrete energy underground diaphragm wall and construction process thereof
The invention discloses a hollow steel pipe concrete energy underground diaphragm wall and a construction technology thereof, and relates to the technical field of energy walls, the hollow steel pipe concrete energy underground diaphragm wall comprises a prefabricated wall plate, hollow steel pipes and heat exchange pipes, and the upper and lower end faces and the left and right end faces of the prefabricated wall plate are provided with splicing assemblies matched with each other; the prefabricated wallboards can be spliced into a continuous wall through splicing assemblies, a plurality of hollow steel pipes are arranged in the prefabricated wallboards, heat exchange pipes are arranged in the hollow steel pipes, and the heat exchange pipes in the adjacent prefabricated wallboards are connected and then communicate with a heat pump system. The hollow steel pipes are arranged in the hollow steel pipe concrete energy underground diaphragm wall, the overall dead weight of the hollow steel pipe concrete energy underground diaphragm wall is greatly reduced, transportation and construction are facilitated, the hollow steel pipes reserve space for deformation of the heat exchange pipes, the heat exchange pipes do not make direct contact with concrete, and the concrete structure is not damaged by temperature difference deformation; therefore, the service life of the energy underground diaphragm wall is prolonged, and later maintenance cost is reduced.
本发明公开了一种空心钢管混凝土能源地下连续墙及其施工工艺，涉及能源墙的技术领域，包括预制墙板、空心钢管和换热管，预制墙板的上下端面和左右端面上均设置有相互匹配的拼接组件，预制墙板能够通过拼接组件拼接成一面连续墙体，预制墙板内设置有若干个空心钢管，空心钢管内设置有换热管，相邻的预制墙板内的换热管连接后与热泵系统连通。本发明的空心钢管混凝土能源地下连续墙内部设有空心钢管，使其整体自重得到大幅降低，方便运输及施工，且空心钢管给热换管的形变预留空间，使其不与混凝土直接接触，温度差异变形不破坏混凝土结构，以此提高能源地下连续墙使用寿命，降低后期维修费用。
Hollow steel tube concrete energy underground diaphragm wall and construction process thereof
一种空心钢管混凝土能源地下连续墙及其施工工艺
YANG YONG (author) / MA YINKE (author) / GE SHANMING (author)
2024-06-04
Patent
Electronic Resource
Chinese
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