Fluid resistance virtual experiment system in chemical engineering based on mobile technology
A technology of fluid resistance and movement technology, which is applied in the field of chemical simulation experiment system, can solve the problems of lack of realism, less interactivity, and extensive simulation process, etc., and achieve the effect of friendly interface, good interactivity, and strong sense of reality
Inactive Publication Date: 2015-08-12
SHENYANG INSTITUTE OF CHEMICAL TECHNOLOGY
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Problems solved by technology
At present, there are many shortcomings in the virtual simulation of chemical process, mainly including the simulation process is too extensive, the sense of reality is not strong, the interaction is less, the lack of mathematical model support, the comprehensive evaluation system is not perfect, etc.
Traditional simulation software lacks a sense of reality, and the chemical virtual simulation system is not real. In the past, virtual experimental equipment can only be simulated on a PC
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[0010] The present invention will be described in detail below in conjunction with examples.
[0011] The invention performs 3D modeling and simulation according to real fluid resistance experiments, and uses virtual reality technology to realize the control of three-dimensional scenes, including scene space roaming and action simulation of various switching valves. The valve sensor, flow sensor and differential pressure sensor are connected with the wireless WiFi module by using single-chip microcomputer technology. Install the virtual client interface on the mobile phone, send commands and receive data by controlling interface elements.
[0012] figure 1 It is an overall implementation scheme of the present invention. Carry out 3D modeling according to real physical experiments, import the model into Unity3D for integration, write program control with C#, and establish a virtual simulation experiment model. Based on the real physical experiment data, the virtual expe...
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A fluid resistance virtual experiment system in chemical engineering based on a mobile technology is disclosed. The virtual experiment system is an experimental facility which performs simulation according to actual fluid resistance experiments. The virtual experiment system realizes the control of three-dimensional scenarios, including wandering in a scenario space and action simulation of switch valves, by adopting a virtual reality technology. A valve sensor, a flow sensor and a pressure-difference sensor are connected by adopting the technology of a one-chip computer and then are connected to a wireless WiFi module. A virtual client interface is installed on a mobile phone, and interface elements are controlled so as to send commands and receive data. The virtual experiment system provided by the present invention can perform virtual simulation, data processing and curve fitting on experiments of chemical engineering. The virtual experiment system provided by the present invention has the advantages of friendly interface, strong sense of reality, and good interactivity.
Description
technical field [0001] The invention relates to a chemical simulation experiment system, in particular to a chemical fluid resistance virtual experiment system based on mobile technology. Background technique [0002] With the development of virtual simulation technology, various virtual simulation laboratories have been established one after another at home and abroad, and some progress has been made. At present, there are many shortcomings in the virtual simulation of chemical process, mainly including the simulation process is too extensive, the sense of reality is not strong, the interaction is less, the lack of mathematical model support, the comprehensive evaluation system is not perfect and so on. Traditional simulation software lacks a sense of reality, and the chemical virtual simulation system is not real. In the past, virtual experiment equipment can only be simulated on a PC. Contents of the invention [0003] The purpose of the present invention is to provi...
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IPC IPC(8): G06F17/50
Inventor 郭仁春李学玲陈宗嘉
Owner SHENYANG INSTITUTE OF CHEMICAL TECHNOLOGY