Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ship lock chamber wall mass concrete temperature control device and construction control method thereof
The invention discloses a ship lock chamber wall mass concrete temperature control device, which comprises a water pump, a water valve system, a lock chamber wall back cooling system, a lock chamber wall front cooling system and a cooling pool, and is characterized in that the water valve system comprises a water valve switch system, an outer side flow guide box and an inner side flow guide box; cooling water from the cooling pool sequentially passes through the water pump, the rotating box and the inner side flow guide box, and is finally conveyed into the lock chamber wall back face cooling system and the lock chamber wall front face cooling system through overflow holes in the inner side flow guide box and water distribution pipes connected with the overflow holes to cool the lock chamber wall of the ship lock. The invention further discloses a construction control method of the ship lock chamber wall mass concrete temperature control device. According to the ship lock chamber wall mass concrete temperature control device and the construction control method thereof, the structure is compact, different cooling lines can be opened or closed through rotation control of a water valve system, the cost is low, installation and construction are easy, control is convenient, the construction and temperature control efficiency is high, the temperature control effect is good, and operation is convenient and fast.
本发明公开了一种船闸闸室墙大体积混凝土温控装置，包括水泵、水阀系统、闸室墙背面冷却系统、闸室墙正面冷却系统和冷却池，水阀系统包括水阀开关系统、外侧导流箱和内侧导流箱；来自冷却池中的冷却水依次经水泵、转动箱、内侧导流箱，最后经内侧导流箱上的溢流孔及其连接的分水管运输至闸室墙背面冷却系统及闸室墙正面冷却系统中对船闸闸室墙进行冷却。本发明还公开了船闸闸室墙大体积混凝土温控装置的施工控制方法。本发明一种船闸闸室墙大体积混凝土温控装置及其施工控制方法，结构紧凑，通过一个水阀系统的旋转控制即可实现对不同的冷却线路进行打开或者关闭，成本较低，安装施工简单，控制方便，施工及温控效率高，温控效果好，操作便捷。
Ship lock chamber wall mass concrete temperature control device and construction control method thereof
The invention discloses a ship lock chamber wall mass concrete temperature control device, which comprises a water pump, a water valve system, a lock chamber wall back cooling system, a lock chamber wall front cooling system and a cooling pool, and is characterized in that the water valve system comprises a water valve switch system, an outer side flow guide box and an inner side flow guide box; cooling water from the cooling pool sequentially passes through the water pump, the rotating box and the inner side flow guide box, and is finally conveyed into the lock chamber wall back face cooling system and the lock chamber wall front face cooling system through overflow holes in the inner side flow guide box and water distribution pipes connected with the overflow holes to cool the lock chamber wall of the ship lock. The invention further discloses a construction control method of the ship lock chamber wall mass concrete temperature control device. According to the ship lock chamber wall mass concrete temperature control device and the construction control method thereof, the structure is compact, different cooling lines can be opened or closed through rotation control of a water valve system, the cost is low, installation and construction are easy, control is convenient, the construction and temperature control efficiency is high, the temperature control effect is good, and operation is convenient and fast.
本发明公开了一种船闸闸室墙大体积混凝土温控装置，包括水泵、水阀系统、闸室墙背面冷却系统、闸室墙正面冷却系统和冷却池，水阀系统包括水阀开关系统、外侧导流箱和内侧导流箱；来自冷却池中的冷却水依次经水泵、转动箱、内侧导流箱，最后经内侧导流箱上的溢流孔及其连接的分水管运输至闸室墙背面冷却系统及闸室墙正面冷却系统中对船闸闸室墙进行冷却。本发明还公开了船闸闸室墙大体积混凝土温控装置的施工控制方法。本发明一种船闸闸室墙大体积混凝土温控装置及其施工控制方法，结构紧凑，通过一个水阀系统的旋转控制即可实现对不同的冷却线路进行打开或者关闭，成本较低，安装施工简单，控制方便，施工及温控效率高，温控效果好，操作便捷。
Ship lock chamber wall mass concrete temperature control device and construction control method thereof
一种船闸闸室墙大体积混凝土温控装置及其施工控制方法
WANG YIXIAN (Autor:in) / DUAN JIANGTAO (Autor:in) / SHENG MINGHONG (Autor:in) / LI XIAN (Autor:in) / XU JUN (Autor:in) / LI DONG (Autor:in) / WANG ZHIQIANG (Autor:in) / HE JINHUA (Autor:in) / ZHANG MING (Autor:in) / LI MIN (Autor:in)
23.07.2024
Patent
Elektronische Ressource
Chinesisch
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