## 5 Discussion and Conclusions
Future developments should focus on ensuring the compatibility of multiple ecosystems for voice interaction, screen interaction, somatosensory functions, and sensory capabilities. Additionally, efforts should be made to enhance energy efficiency, prolong battery life, and reduce device size while introducing innovative products and features. Regarding the psychological domain, the empirical findings validate the theoretical conjectures pertaining to the expanded factors and demonstrate their substantial impact on consumer behavior. The advent of the COVID-19 pandemic has caused a seismic shift toward online leisure activities, giving rise to heightened consumer awareness regarding cybersecurity dangers related to the divulgence of personal data for online platform registration. As devices proliferate and interconnect, amalgamating biometric data such as fingerprints and facial recognition, inadvertent compromises to personal and property security loom. Furthermore, the reliability of data feedback from SWDs introduces a spectrum of perceived risks for consumers. The findings of this study reveal an intriguing inverse correlation between perceived risk and both consumer satisfaction and behavioral intentions. In the quest to ameliorate these risks, designers and manufacturers must focus on fortifying cybersecurity measures and devising products that provide precise and reliable information. Evidenced in the observed dynamics, it is clear that perceived risk exerts a more pronounced negative influence on satisfaction than behavioral intention. This paradoxical phenomenon underscores that, while consumers express dissatisfaction with extant risk-related considerations, their purchasing decisions continue to persist, signifying prevailing confidence in the trajectory of technological evolution. The outcomes of this study resonate with the initially posited hypotheses, and they corroborate a pronounced interplay among the three dimensions of perceived value and satisfaction. Notably, it is of significance to highlight that the PFV index of SWDs surpasses both the PEV and PPV indices. This discernment demonstrates that the extant functionalities of SWDs largely meet consumers' basic requirements. This attainment can be attributed to the assimilation of state-of-the-art technological advancements and efficacious marketing strategies. However, this achievement emanating from the satisfaction of basic functions does not necessarily engender heightened novelty or facilitate an extraordinary leisure experience. Additionally, such satisfaction does not elicit heightened emotional resonance. The subdued PEV may be ascribed to the constraints on leisure time and space, which hinder immersive experiences (VR/AR), while the formidable costs associated with manufacturing functionally adept devices also affect PPV and brand value. To increase consumer satisfaction, it is vital for software designers to concentrate on devising innovative features, whereas manufacturers should prioritize aesthetic enhancement, portability, and stringent quality control. Elevated satisfaction levels can catalyze high repurchase rates. Looking ahead, it is anticipated that affordable, high-caliber SWDs will satiate consumers' fundamental requirements, while additional features may necessitate supplementary expenses. Based on previous research, this paper boldly adopts a novel framework integrating tech-psychological acceptance models. By leveraging a substantial amount of data, it transcends the limitations of prior technology acceptance theory research, innovating within the field of SWD (smart wearable devices) and leisure studies. The conclusions of this study align with theoretical expectations. The technology acceptance findings are consistent with those of the UTAUT series, and the extended psychological acceptance model is also validated. Previous research has largely overlooked the importance of consumers' emotional satisfaction and risk perception in technology acceptance.