Piromgarn, Thanate
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Preferred name
Piromgarn, Thanate
Main Affiliation
Email
thanate.pi@kmitl.ac.th
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Item type:Publication, CAUSAL FACTORS OF ACCEPTANCE SMART HOME TECHNOLOGY SYSTEM AMONG ADOLESCENTS IN ZHENGZHOU, HENAN(2024-01-01) ;Zhang, Yilin ;Seviset, SomchaiObjective: This study aims to investigate the factors influencing the behavioral habits of adolescent users regarding the use of smart home products. Theoretical Framework: Smart homes represent an innovative integration of electronic devices within a private home environment, utilizing technologies such as the Internet of Things, automatic control, and network communications to enhance efficiency, energy conservation, and security. This study is grounded in the theoretical framework of technology acceptance models and behavioral intentions to understand the adoption of smart home technology systems among adolescents. Method: Qualitative research was conducted using a structured questionnaire to collect data from 390 users in Zhengzhou, Henan. The data were filtered to eliminate outliers. Descriptive statistics, confirmatory factor analysis, and structural equation modeling were employed to determine the style and scale of smart home product design and the relationship between user attitudes and usage behavior. Results and Conclusion: The study found a direct and positive relationship between smart home product attitudes and teenage users' behavioral intentions. Additionally, it revealed that user personal capabilities significantly predict the actual adoption of smart home technology systems among adolescents. The findings provide valuable insights for designing smart home technology systems and products tailored to adolescent users in Zhengzhou, Henan, contributing to the advancement of management practices in the field of smart home technology. Originality/Value: This study contributes to the advancement of science in the field of smart home technology by revealing causal factors influencing the acceptance of smart home technology systems among adolescents in Zhengzhou, Henan. - Some of the metrics are blocked by yourconsent settings
Item type:Publication, ZHUANG BROCADE FOR DEVELOPMENT AND ITS IMPLEMENTATION TO ENABLE THE FUTURE VIABILITY IN SOUTHWEST CHINA(2024-01-01) ;Yan, Xue ;Seviset, SomchaiPurpose: 1.To study the factors affecting the development decline of Guangxi Zhuang Brocade. 2.Put forward the methods of sustainable development of Zhuang brocade to the problems existing in its development. Theoretical reference: The methods of sustainable development of Zhuang brocade are studied through folk art, design, and project implementation. Method: After comparative analysis, this paper combined with the market and future of Zhuang brocade puts forward four design methods that can help Zhuang brocade. They upgrade the development of Zhuang brocade from four aspects: product design, process production, publicity and sales, and market expansion. Results and Conclusion: This paper puts forward eight ways which can bring positive influence on the sustainable development of Zhuang brocade. Conclusions are drawn from multi-dimensional research and practical projects, and the possibility of future sustainable development of Zhuang Brocade is discussed. Implications of the research: Find out the sustainable development method of Zhuang brocade through research. Enhance the public's awareness of Zhuang brocade, so that Zhuang brocade can be better inherited and developed and is more suitable for modern people's life. Value: Combined with the market and future of Zhuang brocade, this paper puts forward four design methods that can help Zhuang brocade. This research has a guiding effect on the development of Zhuang brocade and puts forward very referential opinions for the sustainable development of Zhuang brocade. - Some of the metrics are blocked by yourconsent settings
Item type:Publication, Development and Evaluation of the Efficiency of a Stainless Steel Electrostatic Outdoor Air Purifier(2024-01-01) ;Wisutthiphaet, Narongsak ;Seviset, SomchaiThe objective of this research is to design and test a stainless-steel air purifier prototype using electrostatic principles for eliminating dust in outdoor areas. The prototype consists of stainless steel and an electrostatic particle precipitator, a high-voltage direct current source, and a control system. air flow This fan system draws sample air into the system through an electrostatic particle collector for particle charging and sedimentation to improve clean air quality. Test the particle sedimentation performance of the prototype using ANSI/ AHAM AC-standard test methods. 1-2015 with an aerosol particle generator inside a test room size 6×6×3 m. A dust measuring device was used inside the test room. The results of the experiment found that the particle sedimentation efficiency value of the prototype air purifier developed by the prototype air purifier developed Particle sedimentation efficiency was achieved in the test time of 120 minute.
