Flow stabilizing equipment for providing undisturbed source outflow

Abstract

The invention provides flow stabilizing equipment for providing undisturbed source outflow. The flow stabilizing equipment comprises a water pump flow stabilizing pipe, a first flow stabilizing water tank flow stabilizing pipe and a second flow stabilizing water tank flow stabilizing pipe which are arranged in sequence; the water pump flow stabilizing pipe is used for conveying a water pump of the water supply pool to the first flow stabilizing water tank flow stabilizing pipe; a rectifying assembly is arranged in the first flow stabilizing water tank flow stabilizing pipe and used for rectifying and reducing disturbance in water flow; the first flow stabilizing water tank flow stabilizing pipe and the second flow stabilizing water tank flow stabilizing pipe are connected through a flow stabilizing pipe; and a water outlet used for being connected with a test device is formed in the bottom of the second flow stabilizing water tank flow stabilizing pipe, and an overflow water outlet assembly is further arranged on the side wall of the second flow stabilizing water tank flow stabilizing pipe for ensuring that a water source of the second flow stabilizing water tank flow stabilizing pipe has a constant water head. The flow stabilizing equipment for providing the undisturbed source outflow is reasonable and simple in structure and low in cost, and non-disturbance source outflow can be provided only through the water pump, the water tank, the pipeline, the valve, a damping screen and related connecting pieces.

Description

technical field [0001] The present invention relates to a flow stabilization device, in particular to a flow stabilization device for providing undisturbed source outflow. Background technique [0002] In fluid mechanics experiments, in addition to studying the influence of factors such as flow rate, flow velocity, and pressure on the fluid flow state, it is often necessary to study the influence of different disturbances on the fluid flow state. At this time, it is necessary to provide a constant water source without disturbance as the water supply source for the experiment. In order to exclude the influence of the inherent disturbance of the water source on the experiment. However, the traditional way of supplying a constant water source through pipelines is often affected by the vibration of the water supply equipment and the excessive speed of the water flow, which inevitably causes certain disturbances in the water source and affects the experiment. [0003] At present...

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Problems solved by technology

However, the device obtains a water source with a stable pressure head through the joint operation of pressure sensors, solenoid valves and other equipment, and the cost is greatly increased.

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