一种用于可远程操控的不可压缩流体恒定流动量定律实验装置的设计

Design of an Experimental Device for the Law of Constant Flow of Incompressible Fluid that can be Remotely Controlled

针对国内大多所高校的水力学实验装置的实验项目单一、操作复杂,同学们做实验需要耗时长等问题。提出开发一种操作简单、功能多样的相关水力学实验装置,该实验装置充分利用“互联网+”、新工科等理念。依托于互联网与传感器等相关实验仪器,在真实实验环境和条件下进行水力学相关实验,在用户端实时显示各测点要求的测量参数。在保证实验真实性以及可操作性的前提下,可将结果进行输出,各传感器及其摄像头可将实验过程及数据实时展现在用户端上,用户通过远程操控可在移动便携设备或计算机输入实验相关数据,并实时观察实验过程及数据,并导出相关实验数据。

Aiming at the problems of single experimental projects and complicated operations of hydraulic experimental devices in most domestic universities,it takes a long time for students to do experiments.It is proposed to develop a related hydraulic experimental device with simple operation and multiple functions,which makes full use of the concepts of"Internet+"and new engineering.Relying on related experimental instruments such as the Internet and sensors,hydraulics-related experiments are carried out under real experimental environments and conditions,and the measurement parameters required by each measurement point are displayed in real time on the user side.Under the premise of ensuring the authenticity and operability of the experiment,the results can be output.Each sensor and its camera can display the experiment process and data on the user side in real time.The user can input the experiment on a mobile portable device or computer through remote control.Relevant data,and observe the experimental process and data in real time,and export relevant experimental data.