The modeling process is actually the solution process of the layout problem, which is also called the hierarchical solution process of the gear transmission system. According to the transmission ratio between the shafts, the design of the gear transmission is realized, and the design result of the right output shaft transmission system is obtained. The horizontal output symmetry copy of the right output shaft drive system results in the overall drive system design of the drive train containing the left output shaft.
Model establishment research and algorithm research have the same important position in solving the layout design problem of products, and the latter has more important significance in realizing the CAD system of complex mechanical product layout. This is because, although the current layout algorithms are widely studied, in the complex mechanical product nylon conveyor belt layout design problems, it is often impossible to make these layout algorithms get CAD applications due to the lack of support of suitable models. Given the complexity of the layout problem, a human-machine combination of the solution process is necessary.
The greatest advantage of the topological hierarchical CAD model used is that it can support the expression and decision making of complex layout structures, and the automatic layout algorithm alone cannot express these structural decisions. This is the difficulty of using automated layout algorithms (such as optimization algorithms) in multi-axis box layout CAD software.

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