Structure Design of a Moxibustion Device and Optimized Design of Support Seat
In order to improve the quality and efficiency of moxibustion,a moxibustion device was designed.The entire moxibustion device can automatically clean dust and accurately control the moxibustion temperature.In order to facilitate the use of the moxibus-tion device and reduce the cost,the key component of the moxibustion device is optimized for the moxibustion support base.The three structural dimensions of the moxibustion support base are used as design variables,and the OSF method is used to select the design variables.At the test point,a radial basis function neural network proxy model was established and the accuracy of the model was tested.Taking the mass and maximum deformation of the moxibustion support as a multi-objective optimization function,taking the maximum deformation and the maximum stress as constraints,the multi-island genetic algorithm is used to obtain the Pareto optimal solution set.Under the premise of ensuring that the mechanical properties of the moxibustion support seat does not decrease,the mass is reduced by15.01%.This method has high precision and strong engineering practicability.
Moxibustion DeviceStructure DesignFinite Element MethodResponse SurfaceMulti-Objective Op-timization
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