A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Large-volume prestressed concrete corrugated cooling pipe self-circulation cooling device
The invention belongs to the technical field of cooling devices, particularly relates to a large-volume prestressed concrete corrugated cooling pipe self-circulation cooling device, and aims to solve the problems that in the prior art, heat contained in cooling water cannot be quickly dissipated, and water resources are wasted when the cooling water is replaced. One end of the cooling pipe extends to one side of the concrete and communicates with the pre-cooling structure, the pre-cooling structure is used for preliminarily cooling the cooling water, and the air cooling structure is used for further cooling the cooled cooling water. In addition, after the water temperature in the water storage barrel cannot reach a certain liquid storage degree, the water storage barrel can be quickly replaced, the concrete can be continuously and effectively cooled, and waste of the cooling water can be avoided.
本发明属于降温装置技术领域，尤其是一种大体积预应力混凝土波纹冷却管自循环降温装置，针对现有技术中冷却水中蕴含的热量无法快速驱散，更换冷却水浪费水资源的问题，现提出如下方案，其包括：冷却管，冷却管预埋设在混凝土内，预降温结构，冷却管的一端延伸至混凝土的一侧并与预降温结构相连通，用于初步对冷却水进行降温，风冷结构，用于对与降温的冷却水进一步进行降温，本发明中，通过预降温结构和风冷结构能够对冷却水进行两次降温，在更换台中还能够再次进行降温，使冷却水能够有效对混凝土进行降温，另外在储水桶内的水温无法达到一定储液程度后，可以快速更换储水桶，能够继续有效的对混凝土降温，且还能够避免冷却水的浪费。
Large-volume prestressed concrete corrugated cooling pipe self-circulation cooling device
The invention belongs to the technical field of cooling devices, particularly relates to a large-volume prestressed concrete corrugated cooling pipe self-circulation cooling device, and aims to solve the problems that in the prior art, heat contained in cooling water cannot be quickly dissipated, and water resources are wasted when the cooling water is replaced. One end of the cooling pipe extends to one side of the concrete and communicates with the pre-cooling structure, the pre-cooling structure is used for preliminarily cooling the cooling water, and the air cooling structure is used for further cooling the cooled cooling water. In addition, after the water temperature in the water storage barrel cannot reach a certain liquid storage degree, the water storage barrel can be quickly replaced, the concrete can be continuously and effectively cooled, and waste of the cooling water can be avoided.
本发明属于降温装置技术领域，尤其是一种大体积预应力混凝土波纹冷却管自循环降温装置，针对现有技术中冷却水中蕴含的热量无法快速驱散，更换冷却水浪费水资源的问题，现提出如下方案，其包括：冷却管，冷却管预埋设在混凝土内，预降温结构，冷却管的一端延伸至混凝土的一侧并与预降温结构相连通，用于初步对冷却水进行降温，风冷结构，用于对与降温的冷却水进一步进行降温，本发明中，通过预降温结构和风冷结构能够对冷却水进行两次降温，在更换台中还能够再次进行降温，使冷却水能够有效对混凝土进行降温，另外在储水桶内的水温无法达到一定储液程度后，可以快速更换储水桶，能够继续有效的对混凝土降温，且还能够避免冷却水的浪费。
Large-volume prestressed concrete corrugated cooling pipe self-circulation cooling device
一种大体积预应力混凝土波纹冷却管自循环降温装置
XIONG XIANYONG (author) / FU HUIJIAN (author) / SUN AO (author) / ZHANG GUODONG (author) / LIU LIAN (author) / LYU QIANG (author) / PENG GUANZHONG (author) / ZHONG MINGJIAN (author) / WU BO (author) / WANG XIAOXIA (author)
2023-08-04
Patent
Electronic Resource
Chinese
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