Squeezing force-based training method for manual pneumatic percussive riveting

Abstract

Manual percussive riveting quality varies due to the different operations of the workers, which result from different training categories and processes. The paper proposed a squeezing force based percussive riveting training system to improve the recruits’ operation skills and the training efficiency. Force sensor is installed in the bucking bar to gather the squeezing force signal of the percussive riveting. The squeezing force signal of the expert technicians is used as the standard operation of the manual pneumatic percussive riveting. Quantitative indices are extracted from the squeezing force signals in order to provide the recruits with quantitative parameter for efficient training. Data-driven training categories based on the proposed training platform are developed to assure the operators maintain the qualified skills constantly. The squeezing force-based training system for pneumatic percussive riveting provides good platform for the recruits training. The proposed system can be used for high-skilled technicians training with good quality and efficiency.