Intelligent Design Platform for Medium Voltage Circuit Breakers
A technology of intelligent design and circuit breaker, applied in the fields of instruments, computing, special data processing applications, etc., can solve the problems of high experimental cost, long design cycle of new products, backward design capabilities, etc., to reduce the difficulty of design and development, and improve independent innovation. effect of ability
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Embodiment 1
[0026] Example 1: Such as figure 1 As shown, the medium voltage circuit breaker intelligent design platform includes a system entrance 10, a design engineering module 20, a modeling module 30, a simulation module 40, a test module 50, an optimization module 60 and a system outlet 70, which are sequentially connected. System entry 10 is used to connect services into the system, including connection service 11 and user login 12 modules, connection service 11 is used to start the service program of the software used in platform simulation design, and user login 12 is used for different users to log in to the design platform . The design project module 20 is used to provide creation and saving of projects designed for medium-voltage circuit breakers, and opening of established projects. Use the design project module 20 to create a circuit breaker design project, and a "New Project" dialog box will appear. In this dialog box, enter project information, including project name, de...
Embodiment 2
[0027] Example 2: The difference from the above-mentioned embodiment 1 is that further, the service includes the service that needs to be provided when the corresponding software needs to be called in the background for subsequent modeling and simulation calculations; the service startup item is configured, and the corresponding software is started in the background after the connection service 11 is executed at the system entry 10. The service, that is, starting the corresponding modeling and simulation analysis software in the background, provides guarantee for the execution of subsequent simulation calculation tasks.
Embodiment 3
[0028] Example 3: The difference from the above-mentioned Embodiment 1 is that, furthermore, the modeling module 30 includes a modeling wizard 31 and a modeling application 32 module; the modeling wizard 31 is used to browse the circuit breaker component model information defined when the authorized user adds the model library; select the appropriate The model executes the function of the modeling application 32, and imports the corresponding model from the model library 34 into the project through the model library interface 33. After the modeling application 32 is executed, the corresponding model is added to the project for use in simulation analysis. The geometric information and assembly relationship of the model are stored in the model library 34 , and when parametric modeling is used, the parametric information is also stored in the model library. When configuring the model library, the "Model Add" dialog box will appear. In the dialog box, as much information as poss...
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