Virtual assembly system based on Visual Basic and EON Studio

Abstract

The invention provides a virtual assembly system based on Visual Basic and EON Studio. The virtual assembly system comprises an automatic assembly module, a manual assembly module, a motion simulation module, a collision detection module and an assembly sequence planning module, wherein the five function modules are all integrated in a Visual Basic integrated development tool; the Visual Basic integrated development tool builds the connection with an EON Studio simulation platform through an EonX control; the man-computer interaction can be realized through a mouse and a keyboard; the manual assembly process of a virtual mechanical product is completed; the moving and work process of the mechanical product and the motion transmission mode among all components are simulated; the collision response is made on the part collision in the simulation process; the virtual assembly system can be applied to enterprise mechanical product assembly link development, staff training and mechanical university practice teaching links; and the programming amount is reduced. Meanwhile, the virtual assembly system has the characteristics that the operation is simple; the manufacturing cost is low; and the man-machine interaction performance is high.

Description

technical field [0001] The invention relates to the technical field of virtual reality and system simulation, in particular to a virtual assembly system based on VisualBasic and EONStudio. Background technique [0002] Assembly is one of the important links in the research and development of mechanical products in enterprises, which takes up a lot of manpower and material resources in the product manufacturing process. The traditional assembly method is to assemble after all the physical models are produced. However, there are many defects in this assembly method, such as inappropriate parts size cannot be assembled, unreasonable assembly sequence leads to reassembly, expensive materials used in the production of physical models, resulting in increased production costs and prolonging the production cycle of products. [0003] In addition, many mechanical universities and enterprises require students or employees to have a comprehensive understanding of the structure and per...

AI Technical Summary

Problems solved by technology

However, there are many defects in this assembly method, such as the inappropriate size of the parts that cannot be assembled, the unreasonable assembly sequence that leads to reassembly, the expensive materials used to produce the physical model, resulting in increased production costs and prolonging the production cycle of the product, etc.

[0003] In addition, many mechanical universities and enterprises require students or employees to have a comprehensive understanding of the structure and performance of a certain mechanical product in the process of teaching practice or employee training, which requires repeated disassembly and assembly training for the mechanical product. As a result, the parts of the product are severely worn, and the size does not meet the assembly requirements or even be scrapped.

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