During the late few years, online group-buying auction has grown quite a fashion style, the consumers can buy favor commodities and services in real stores but they can also get them online store, which makes more choices for online users. Hence, how to retain customers repeat purchase behavior is urgent for the success of online shopping. Depending on relationship quality, the research analyzes the repurchase behavior in an online shopping context. The correlation among perceived service quality(website service quality, store service quality), perceived value, relationship quality and repurchase intention, by use of examining online consumers intentions to shape consumers’ repurchase behavior. Moreover, our research model investigates that relationship quality and perceived value play as the key predictor in the impact of repurchase intentions. Data collected from 246 of GROUPON website’s users keep strong support for research model. Finally, the research provides appropriate comments and suggestions regarding the academic and practical meanings of these findings, including research limitations and future research direction.

Because of stress and sleeping obstacle for 21th century people, the purpose of this study is to design a home decorative fabric which has the function of releasing from stress and enhancing sleeping quality. The optical fiber were sewn on the surface of optical fabric in form of three kinds of curvature patterns. Guiding the LED light into the optical fiber, the light will emit out of the optical fiber and stimulate our visual system in order to change the form of brain wave. Afterwards, the EEG instrument was used to evaluate the function of stress relaxation of such fabrics. The results were shown that human’s brain wave can be changed from relaxed and sober status to shallow-sleeping status after the stimulation of light emitting from the optical fiber fabrics. For the effect of causing shallow-sleeping status, female is more significant than male. Therefore, the light stimulating visual system by using the optical fiber fabrics can change the form of brain wave and achieve the effect of stress relaxation.

Competitive advantage is originated from core competence. Design talent should not only master professional skill but also possess fashion awareness and get familiar with fashion trend, thus to constantly offer originality for design industry. This study aims to construct indicators used for checking “methods of enhancing fashion awareness” and provide a reference for design students and relevant personnel. As this is an exploratory issue, the present study is conducted through two stages. The first stage uses qualitative grounded theory to establish original theory of ways of enhancing fashion awareness. At the second stage, questionnaires are made based on the constructed theory and then tested among students of fashion design. A total of 1330 valid questionnaires are recycled and sampling error is ±2.69 percentage points under a confidence level of 95%. Research findings are as below: 1. results obtained through qualitative research and quantitative research are highly correlated. It is demonstrated that multi-factor authentication can significantly increase reliability and validity of research. 2. Ways of enhancing fashion awareness include three aspects namely “knowledge internalization”, “information analyzing & processing”, and “profession improvement & practice”. 3. Average score of experts and fashion design students’ identification of fashion awareness enhancement methods is 4.04 (full score being 5). Based on above results this study proposes following suggestions: when making curriculum plan, design departments should put a greater emphasis on contents and courses about three aspects of fashion awareness enhancement; theory and practice should be considered simultaneously; they should also increase courses related with design methods and originality inspiration so as to enhance design students’ competitive advantages.

For the wide application in the field of filtration and bio-medicine, the purpose of this study is to design a spinneret module of electro-spun which can produce composite nonwoven with sub-micrometer fiber continually. Applying the principle of melt-blown, a spinneret module with line-type and multi-holes which was assembled with small beads and filtering net, was designed. In order to construct a continual electro-spun production line, a traversal device was designed to control the traverse-motion of spinneret module for the even lapping and a stainless plate was adopted as collecting plate. In condition of 41KV working voltage, 0.3573 mL/min throughput and 42cm CSD (Capillary-Screen-Distance), a continual PEO nonwoven can be produced with average fiber diameter of 576nm and of CV% 13.4%. To a sampling area of 10cm×10cm and basis weight of 7.257 g/m2 electro-spun nonwoven, the CV% of gray level of its image is 2% and its filtration efficiency is up to 91.2% with pressure drop 13.8mm-H20 by TSI 8130 (32LPM, 5% NaCl).