An Accuracy Prediction Method of the RV Reducer to Be Assembled Considering Dendritic Weighting Function

• Published in: Energies (Basel) Vol. 15; no. 19; p. 7069
• Main Authors: Jin, Shousong, Chen, Yanxi, Shao, Yiping, Wang, Yaliang
• Format: Journal Article
• Language: English
• Published: Basel MDPI AG 01-10-2022
• Subjects: Accuracy; assembly quality; Back propagation; Computational linguistics; dendrites; Dendritic structure; Error reduction; Information processing; Language processing; Manufacturing; Mass production; Methods; Natural language interfaces; neural network; Neural networks; Neurons; Prediction models; RV reducer; Standardization; transmission accuracy; Transmission error; Weighting functions
• ISSN: 1996-1073; 1996-1073
• DOI: 10.3390/en15197069

There are many factors affecting the assembly quality of rotate vector reducer, and the assembly quality is unstable. Matching is an assembly method that can obtain high-precision products or avoid a large number of secondary rejects. Selecting suitable parts to assemble together can improve the transmission accuracy of the reducer. In the actual assembly of the reducer, the success rate of one-time selection of parts is low, and “trial and error assembly” will lead to a waste of labor, time cost, and errors accumulation. In view of this situation, a dendritic neural network prediction model based on mass production and practical engineering applications has been established. The size parameters of the parts that affected transmission error of the reducer were selected as influencing factors for input. The key performance index of reducer was transmission error as output index. After data standardization preprocessing, a quality prediction model was established to predict the transmission error. The experimental results show that the dendritic neural network model can realize the regression prediction of reducer mass and has good prediction accuracy and generalization capability. The proposed method can provide help for the selection of parts in the assembly process of the RV reducer.