| Summary: | 碩士 === 中華大學 === 工業管理學系 === 106 === ABSTRACT
The hyperbaric oxygen chamber is a device used in the treatment of hyperbaric oxygen (HBOT) and is widely used as an important auxiliary equipment for decompression disorders, gas poisoning, wounds, anaerobic infections, sports medicine, anti-aging medicine, and medical cosmetology. Hyperbaric oxygen chambers have caused difficulties in hospital operation due to high construction cost; Taiwan's precision manufacturing industry is quite mature and should have the opportunity to produce hyperbaric oxygen chambers with high C/P values. This paper uses QFD to explore the corresponding relationship between the domestic design technology of hyperbaric oxygen chambers and customer needs, to obtain the importance of customer ordering the quality requirements, with product reliability, safety and functionality as the most important; hyperbaric oxygen chamber design requirements The priorities are (1) a complete understanding of the equipment use requirements, (2) good assembly techniques, (3) manufacturing and testing according to specifications, and the three projects are the highest priority; In addition, the use of the Kano’s model to identify three additional devices are all attractive quality attributes; companies can study the time and necessity of investment in development based on the research results. Research shows that if we can master the research and design capabilities of the front end of hyperbaric oxygen chamber manufacturing, we will be able to significantly increase corporate profits and competitiveness, under limited resources to achieve a win-win situation between the industry and customers, and promote the development of hyperbaric oxygen therapy in Taiwan.
Keywords: hyperbaric oxygen, design and development, quality function deployment, kano’s model
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