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Concrete temperature control anti-crack structure and construction method
The concrete temperature control anti-cracking structure comprises a temperature measuring module, a heating and refrigerating module and a control module, a heat pipe and a temperature measuring sensor are pre-buried in concrete in advance, the heat pipe is a carbon steel-ammonia water heat pipe, a mixed solution of ammonia and water is used as a working medium, a 10 # low-carbon steel cold-drawn seamless steel pipe is used as a pipe shell, and the temperature measuring sensor is used for measuring the temperature of the concrete. The temperature measuring sensor sends monitored data to the intelligent recorder, the intelligent recorder communicates with the computer through the RS-485 communication technology, the cloud server analyzes and processes the received data and then sends the data to the temperature controller, and the temperature controller detects the water temperature in the cold and hot all-in-one machine through the probe and controls the cold and hot all-in-one machine to work according to the water temperature. The heat pipe is in contact with liquid water in the cooling and heating all-in-one machine to conduct heat, the temperature of concrete is controlled through heat conduction of the heat pipe, and concrete cracking is prevented.
本发明公开了一种混凝土温控抗裂结构和施工方法，包括测温模块、加热与制冷模块、控制模块，在混凝土中提前预埋热管以及测温传感器，热管为碳钢‑氨水热管，以氨与水的混合液为工质，10号低碳钢冷拔无缝钢管为管壳，测温传感器将监测的数据发送给智能记录仪，智能记录仪通过RS‑485通讯技术与计算机通讯，云服务器将接收的数据进行分析处理后发送给温度控制仪，温度控制仪通过探头检测冷热一体机中的水温，根据水温控制冷热一体机工作，热管通过与冷热一体机中的液态水接触进行导热，通过热管的导热控制混凝土的温度，预防混凝土开裂。
Concrete temperature control anti-crack structure and construction method
The concrete temperature control anti-cracking structure comprises a temperature measuring module, a heating and refrigerating module and a control module, a heat pipe and a temperature measuring sensor are pre-buried in concrete in advance, the heat pipe is a carbon steel-ammonia water heat pipe, a mixed solution of ammonia and water is used as a working medium, a 10 # low-carbon steel cold-drawn seamless steel pipe is used as a pipe shell, and the temperature measuring sensor is used for measuring the temperature of the concrete. The temperature measuring sensor sends monitored data to the intelligent recorder, the intelligent recorder communicates with the computer through the RS-485 communication technology, the cloud server analyzes and processes the received data and then sends the data to the temperature controller, and the temperature controller detects the water temperature in the cold and hot all-in-one machine through the probe and controls the cold and hot all-in-one machine to work according to the water temperature. The heat pipe is in contact with liquid water in the cooling and heating all-in-one machine to conduct heat, the temperature of concrete is controlled through heat conduction of the heat pipe, and concrete cracking is prevented.
本发明公开了一种混凝土温控抗裂结构和施工方法，包括测温模块、加热与制冷模块、控制模块，在混凝土中提前预埋热管以及测温传感器，热管为碳钢‑氨水热管，以氨与水的混合液为工质，10号低碳钢冷拔无缝钢管为管壳，测温传感器将监测的数据发送给智能记录仪，智能记录仪通过RS‑485通讯技术与计算机通讯，云服务器将接收的数据进行分析处理后发送给温度控制仪，温度控制仪通过探头检测冷热一体机中的水温，根据水温控制冷热一体机工作，热管通过与冷热一体机中的液态水接触进行导热，通过热管的导热控制混凝土的温度，预防混凝土开裂。
Concrete temperature control anti-crack structure and construction method
一种混凝土温控抗裂结构和施工方法
GU JIANKE (author) / LUO XIANG (author) / CHEN JING (author) / XIA HUANCHAO (author) / LIU WENDONG (author)
2023-02-03
Patent
Electronic Resource
Chinese
Concrete structure anti-crack reinforcing construction technology
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