Design and finite element analysis of monomer road adaptive garlic sprouts cutting machine

In order to solve the shortcomings of the existing garlic sprouts extraction machine and the lack of the cutting machine, a monomer road adaptive garlic sprouts cutting machine was designed based on the technical characteristics of the topping machine. The entire machine consists mainly of road adaptive motion device, cutting device, transmission device. Taking into account the working process and main technical parameters, the structure and size parameters of each main component have been designed, and static analysis and modal analysis were carried out by ANSYS. The maximum stress and strain positions and values of the main frame were determined through ANSYS finite element analysis, and the vibration frequencies and amplitudes under different vibration modes were also calculated.