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A platform for research: civil engineering, architecture and urbanism
Energy-saving device and method utilizing siphon capacity of pipe network
The invention belongs to the technical field of water conservancy projects, and discloses an energy-saving device and method utilizing pipe network siphon capacity, the top and the lower portion of a water level tank in the energy-saving device utilizing the pipe network siphon capacity are connected to a top water flow direction descending pipeline of a water supply pipeline through communicating pipes respectively, and a water level measuring device is installed on the water level tank. The water level tank is mounted at the top of tower equipment or a water supply pipeline; the highest point of the top of the water supply pipeline is connected to the vacuum pump through a top water outlet pipeline; the water supply pipeline is connected with a circulating water inlet pipe and a circulating water outlet pipe, the circulating water outlet pipe is connected with the adjusting valve, and the water level measuring device is a water level gauge or a water level sensor. The energy-saving effect generated by siphoning is utilized to the greatest extent, and meanwhile, the harm to production caused by vacuum generated by siphoning is solved.
本发明属于水利工程技术领域，公开了一种利用管网虹吸能力的节能装置及方法，所述利用管网虹吸能力的节能装置中水位罐的顶部和下部分别通过连通管连接到供水管道的顶部水流方向下降管道上，水位罐上安装有水位测量设备。水位罐安装在塔类设备或供水管道的顶部，供水管道顶部的最高点上通过顶部出水管道连接到真空泵；供水管道连接有循环水进水管和循环水出水管，循环水出水管与调节阀连接，水位测量设备为水位计或水位传感器。本发明最大程度的利用虹吸产生的节能效果的同时，解决了虹吸产生真空对生产带来的危害。
Energy-saving device and method utilizing siphon capacity of pipe network
The invention belongs to the technical field of water conservancy projects, and discloses an energy-saving device and method utilizing pipe network siphon capacity, the top and the lower portion of a water level tank in the energy-saving device utilizing the pipe network siphon capacity are connected to a top water flow direction descending pipeline of a water supply pipeline through communicating pipes respectively, and a water level measuring device is installed on the water level tank. The water level tank is mounted at the top of tower equipment or a water supply pipeline; the highest point of the top of the water supply pipeline is connected to the vacuum pump through a top water outlet pipeline; the water supply pipeline is connected with a circulating water inlet pipe and a circulating water outlet pipe, the circulating water outlet pipe is connected with the adjusting valve, and the water level measuring device is a water level gauge or a water level sensor. The energy-saving effect generated by siphoning is utilized to the greatest extent, and meanwhile, the harm to production caused by vacuum generated by siphoning is solved.
本发明属于水利工程技术领域，公开了一种利用管网虹吸能力的节能装置及方法，所述利用管网虹吸能力的节能装置中水位罐的顶部和下部分别通过连通管连接到供水管道的顶部水流方向下降管道上，水位罐上安装有水位测量设备。水位罐安装在塔类设备或供水管道的顶部，供水管道顶部的最高点上通过顶部出水管道连接到真空泵；供水管道连接有循环水进水管和循环水出水管，循环水出水管与调节阀连接，水位测量设备为水位计或水位传感器。本发明最大程度的利用虹吸产生的节能效果的同时，解决了虹吸产生真空对生产带来的危害。
Energy-saving device and method utilizing siphon capacity of pipe network
一种利用管网虹吸能力的节能装置及方法
ZHANG ZHIYONG (author)
2022-11-08
Patent
Electronic Resource
Chinese
IPC:
E03B
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