Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mass concrete dynamic intelligent temperature control equipment and use method
The invention provides mass concrete dynamic intelligent temperature control equipment and a using method, and belongs to the technical field of concrete dynamic intelligent temperature control. Comprising an equipment bottom plate, a water diversion plate is installed on one side of the equipment bottom plate, and an outer ring pump connection hole and an inner ring pump connection hole are sequentially formed in the water diversion plate from top to bottom. By arranging the outer ring wireless flow regulating valve and the inner ring wireless flow regulating valve, when the cooling water pipe is covered with concrete, the outer ring wireless flow regulating valve and the inner ring wireless flow regulating valve start to supply water, a wireless flow meter starts to count flow, and meanwhile information is sent to a data transfer station; in the concrete cooling stage, the cooling water flow is correspondingly changed according to the cooling rate until the cooling water flow is automatically closed, a wireless temperature sensor and a wireless temperature and humidity sensor are arranged at the position needing to be measured, field data collection is conducted, and when the device is not used, the wireless temperature and humidity sensor can be stored through a storage battery installed inside. And the wireless temperature sensor and the wireless temperature and humidity sensor are pre-charged.
本发明提供大体积混凝土动态智能温控设备及使用方法，属于混凝土动态智能温控技术领域；包括设备底板，设备底板的一侧安装有分水板，分水板的从上至下依次开设有外圈泵接孔和内圈泵接孔。本发明通过设置外圈无线流量调节阀和内圈无线流量调节阀，混凝土覆盖冷却水管时外圈无线流量调节阀和内圈无线流量调节阀即开始通水，无线流量计开始对流量进行计数，同时将信息发送至数据中转站，混凝土降温阶段冷却水流量根据降温速率进行相应变化直至自动关闭，通过无线温度感应器和无线温湿度感应器安置在需要进行测量的位置，进行现场数据采集，在设备未使用时，可通过内部安装的蓄电池，对无线温度感应器和无线温湿度感应器进行预充电。
Mass concrete dynamic intelligent temperature control equipment and use method
The invention provides mass concrete dynamic intelligent temperature control equipment and a using method, and belongs to the technical field of concrete dynamic intelligent temperature control. Comprising an equipment bottom plate, a water diversion plate is installed on one side of the equipment bottom plate, and an outer ring pump connection hole and an inner ring pump connection hole are sequentially formed in the water diversion plate from top to bottom. By arranging the outer ring wireless flow regulating valve and the inner ring wireless flow regulating valve, when the cooling water pipe is covered with concrete, the outer ring wireless flow regulating valve and the inner ring wireless flow regulating valve start to supply water, a wireless flow meter starts to count flow, and meanwhile information is sent to a data transfer station; in the concrete cooling stage, the cooling water flow is correspondingly changed according to the cooling rate until the cooling water flow is automatically closed, a wireless temperature sensor and a wireless temperature and humidity sensor are arranged at the position needing to be measured, field data collection is conducted, and when the device is not used, the wireless temperature and humidity sensor can be stored through a storage battery installed inside. And the wireless temperature sensor and the wireless temperature and humidity sensor are pre-charged.
本发明提供大体积混凝土动态智能温控设备及使用方法，属于混凝土动态智能温控技术领域；包括设备底板，设备底板的一侧安装有分水板，分水板的从上至下依次开设有外圈泵接孔和内圈泵接孔。本发明通过设置外圈无线流量调节阀和内圈无线流量调节阀，混凝土覆盖冷却水管时外圈无线流量调节阀和内圈无线流量调节阀即开始通水，无线流量计开始对流量进行计数，同时将信息发送至数据中转站，混凝土降温阶段冷却水流量根据降温速率进行相应变化直至自动关闭，通过无线温度感应器和无线温湿度感应器安置在需要进行测量的位置，进行现场数据采集，在设备未使用时，可通过内部安装的蓄电池，对无线温度感应器和无线温湿度感应器进行预充电。
Mass concrete dynamic intelligent temperature control equipment and use method
大体积混凝土动态智能温控设备及使用方法
DAI JUNPING (Autor:in) / XU YONGMING (Autor:in) / TIAN WEI (Autor:in) / ZHANG HUI (Autor:in) / RUAN JING (Autor:in) / ZHANG YIXUAN (Autor:in) / ZHANG LILU (Autor:in) / TAN KUI (Autor:in)
25.10.2024
Patent
Elektronische Ressource
Chinesisch
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