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A platform for research: civil engineering, architecture and urbanism
Intelligent concrete cooling water supply system
The invention relates to an intelligent concrete cooling water supply system which is applied to the technical field of mass concrete curing and comprises a transverse cooling pipe and a longitudinal cooling pipe which are buried in mass concrete and located on the upper middle portion and the lower middle portion of the interior of the mass concrete respectively. The transverse cooling pipes and the longitudinal cooling pipes are vertically distributed; the cooling system further comprises a cooling water supply unit and a temperature monitoring unit, the water inlet end of the transverse cooling pipe and the water inlet end of the longitudinal cooling pipe are both connected with the water outlet end of the cooling water supply unit, and the water outlet end of the transverse cooling pipe and the water outlet end of the longitudinal cooling pipe are both connected with the water inlet end of the cooling water supply unit. The temperature monitoring unit is arranged in the mass concrete; the cooling water supply unit and the temperature monitoring unit are connected with the PLC. According to the arrangement mode of the transverse cooling pipes and the longitudinal cooling pipes in the concrete, the whole interior of the concrete can be covered, cooling dead corners do not exist, and the cooling effect can be improved.
本申请涉及一种混凝土智能冷却通水系统，应用在大体积混凝土养护技术领域，包括埋设在大体积混凝土内部的横向冷却管和纵向冷却管，横向冷却管、纵向冷却管分别位于大体积混凝土内部的中上部位、中下部位，横向冷却管和纵向冷却管垂直分布；还包括冷却水供给单元和温度监测单元，横向冷却管的进水端、纵向冷却管的进水端均和冷却水供给单元的出水端连接，横向冷却管的出水端、纵向冷却管的出水端均和冷却水供给单元的进水端连接；温度监测单元设置在大体积混凝土的内部；冷却水供给单元、温度监测单元均和PLC连接。本申请横向冷却管和纵向冷却管在混凝土内部布置方式，可覆盖混凝土内部全域，不会存在降温死角，可提高降温效果。
Intelligent concrete cooling water supply system
The invention relates to an intelligent concrete cooling water supply system which is applied to the technical field of mass concrete curing and comprises a transverse cooling pipe and a longitudinal cooling pipe which are buried in mass concrete and located on the upper middle portion and the lower middle portion of the interior of the mass concrete respectively. The transverse cooling pipes and the longitudinal cooling pipes are vertically distributed; the cooling system further comprises a cooling water supply unit and a temperature monitoring unit, the water inlet end of the transverse cooling pipe and the water inlet end of the longitudinal cooling pipe are both connected with the water outlet end of the cooling water supply unit, and the water outlet end of the transverse cooling pipe and the water outlet end of the longitudinal cooling pipe are both connected with the water inlet end of the cooling water supply unit. The temperature monitoring unit is arranged in the mass concrete; the cooling water supply unit and the temperature monitoring unit are connected with the PLC. According to the arrangement mode of the transverse cooling pipes and the longitudinal cooling pipes in the concrete, the whole interior of the concrete can be covered, cooling dead corners do not exist, and the cooling effect can be improved.
本申请涉及一种混凝土智能冷却通水系统，应用在大体积混凝土养护技术领域，包括埋设在大体积混凝土内部的横向冷却管和纵向冷却管，横向冷却管、纵向冷却管分别位于大体积混凝土内部的中上部位、中下部位，横向冷却管和纵向冷却管垂直分布；还包括冷却水供给单元和温度监测单元，横向冷却管的进水端、纵向冷却管的进水端均和冷却水供给单元的出水端连接，横向冷却管的出水端、纵向冷却管的出水端均和冷却水供给单元的进水端连接；温度监测单元设置在大体积混凝土的内部；冷却水供给单元、温度监测单元均和PLC连接。本申请横向冷却管和纵向冷却管在混凝土内部布置方式，可覆盖混凝土内部全域，不会存在降温死角，可提高降温效果。
Intelligent concrete cooling water supply system
混凝土智能冷却通水系统
JIN JIE (author) / WANG ZHIHAI (author) / ZHANG YONGXIAN (author)
2023-09-29
Patent
Electronic Resource
Chinese
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