low pressure die casting mould of aluminum alloy

The design knowledge base of the aluminum alloy low-pressure casting department adopts a modular idea. According to the function of the system, three sub-modules of the Dongguan die-casting knowledge base are designed, an explicit knowledge module, a three-dimensional module, and a rule knowledge module.
The design knowledge base of the aluminum alloy low-pressure casting department adopts a modular idea. According to the function of the system, three sub-modules of the Dongguan die-casting knowledge base are designed, an explicit knowledge module, a three-dimensional module, and a rule knowledge module.
The ultimate goal is the low-pressure casting process KBE system aluminum alloy to obtain more detailed cards, so the database will require the design of a stored procedure that involves explicit knowledge, so the establishment of explicit knowledge modules, in order to facilitate management and invocation, combined with knowledge acquisition Mechanism, explicit knowledge is divided into different attributes storage.
The design process is usually a process related to geometry (such as the size of the casting system of the casting system). The KBE-based design scheme can be reflected in the design of the three-dimensional solid model, which will undoubtedly make the design more intuitive. Based on this idea, a three-dimensional solid model. In this module, the STL file of the aluminum alloy low pressure casting system needs to be die cast in Dongguan. To facilitate STL files, each STL file in the database is described qualitatively and quantitatively.
In the design process, general principle knowledge (tacit knowledge) is often used as a guide, so it is a process based on many rules, such as the pressure of determining some basic formulas of the inference module based on inference, and the real-time dynamic knowledge of database knowledge calls the corresponding rules. To make the rule knowledge module provided by the knowledge base.