Abstract:In order to promote the diversified development of clothing design for the elderly prpu-lation,an in-depth study was conducted on the characteristics of colors and patterns in China's elderly clothing market.By sorting out the types of colors and patterns,extracting pattern elements from re-al cases,and analyzing design strategies,a set of highly feasible research methods was summarized to a reference for further exploration and innovation in the design of elderly clothing.

Abstract:The extracts of Scutellaria and Coptis chinensis and tannic acid extracted from plants were used to modify the pretreatment flax/cotton blended fabric,and the flax/cotton blended fabric with antibacterial,mildew and ultraviolet properties of plant traditional Chinese medicine was pre-pared,and the related properties were tested in this paper.The results showed that the antibacterial rates of the modified flax/cotton blended fabric against Staphylococcus aureus,Escherichia coli,and Candida albicans after 0 and 20 washes were 96.50%,98.12%,89.35%,and 93.42%,91.46%,83.37%,respectively.The anti-mold grades were 0 and 1,and the UV protection coefficient UPF values were 51.23 and 41.12,respectively.The modified linen/cotton blended fabric has good anti-bacterial,anti-mold,and anti-UV properties were possessed by.

Abstract:The modernization transformation strategy of traditional craft Lu Brocade was ex-plored,by using literature research and field investigation methods,and collaborating with schools,enterprises,and industries in the paper.The innovative model of intangible cultural heritage skills,modern design,and industrial demand had been proposed,which enhanced the market competitive-ness of Lu Brocade products through digital technology empowerment,material innovation and im-provement,and design ideas that meet market demand.Taking the 2021-2023 Lu Brocade industrial upgrading project in juancheng as a practical case,the effectiveness and feasibility of the three element innovation model were verified,providing a practical example for the inheritance and development of other intangible cultural heritage projects.

Abstract:The issue of customs lacking highly adaptable low-temperature protective individual e-quipment for frozen product inspection was addressed in this article.By studying the electrothermal properties of graphene electrothermal film,carbon fiber electrothermal wire,and metal composite fi-ber,a lightweight and intelligent cold-proof electrothermal glove for customs inspection have been de-veloped.Through performance evaluation of the electrothermal glove in cold environments,it is found that this equipment can provide active warmth and improve inspection efficiency.

Abstract:To deeply explore the performance of waste modified polyester and shaped fine denier polyester knitted fabrics,this study took ordinary polyester/cotton blended knitted fabrics and pure cotton knitted fabrics as comparison samples to analyze the wet comfort(water absorption rate,mois-ture conductivity,moisture permeability),thermal comfort(thermal conductivity,heat preservation rate),touch feeling and anti-static property of the recycled modified polyester and shaped fine denier polyester knitted fabrics.The research results showed that the recycled pure modified polyester knit-ted fabric had achieved a significant improvement in moisture absorption and quick-drying perform-ance,and its performance basically met the national standard of moisture absorption and quick-drying knitted fabrics.

Abstract:The Paiwan in Taiwan was known for their splendid and representative aboriginal cos-tumes.Through field research,a deep exploration of their clothing forms has conducted.Further-more,the distinct characteristics of clothing styles and colors were meticulously sorted out in this pa-per.The research results can inspire designers to stimulate new innovation and creative conscious-ness,which also canimprove the added value and market competitiveness of costumes through enhan-cing the visual aesthetic style and taste of clothing.Therefore,traditional decorative techniques and culture can promoting the inheritance and continuation.

Abstract:The visual elements and aesthetic characteristics of Kunqu Opera were analyzed in the paper.Taking the Kunqu Opera of the Palace of Eternal Life(Changsheng Dian)as a case for re-search.The narrative-oriented visual motifs were extracted and transformed.The innovative transfor-mation methods of the visual elements of Kunqu Opera were explored.The application of narrative structures and visual elements of Kunqu Opera in modern fashion design was analyzed.As a result,the narrative transformation application methods of Kunqu Opera's visual elements in modern clothing design have been explored,injecting cultural depth and narrative tension into modern clothing design.

Abstract:The tile end(Wadang)of the Qin and Han dynasties were renowned for their diverse themes and exquisite decorative patterns,which provided significant cultural and aesthetic value for contemporary design research.The methods such as literature review and inductive analysis to classify these tile patterns were applied in this study to analyze and compare their decorative language and ar-tistic characteristics across different themes,organizational structures and configurations.Combining historical documents with archaeological evidence,the inherent symbolism and meanings of these pat-terns were deciphered.Subsequently,an innovative redesign of the patterns was conducted and ap-plied them to modern women's apparel design.This application offered a novel approach for the in-heritance and development of traditional Qin and Han tile pattern art in modern design contexts.

Abstract:By integrating silver nanowire-polyimide composite sensing units onto an elastic fabric substrate,the electrode layout and signal conditioning circuit were optimized,then the high-precision bioelectrical signal acquisition was achieved.Experimental tests demonstrated that the noise level of the sensor was controlled below 12 μV in the frequency band of 0.5 Hz～100 Hz,and the input im-pedance was measured as 5.2 MΩ.In tests performed on mannequins and healthy subjects,the wave-form correlation coefficient between the collected electrocardiogram(ECG)signals and those obtained from commercial devices reached as high as 0.96.The performance degradation was less than 3%af-ter 50 standard washing cycles,and the user comfort score of 4.5 out of 5.0 was achieved.The novel paradigm from the perspective of textile engineering was provided by this design for wearable health monitoring systems,and significant application potential was exhibited in telemedicine and chronic disease management.

Abstract:This study based on clothing human factors engineering theory.The physiological and psychological characteristics of pregnant women were analyzed through literature review.A multi-di-mensional optimization strategy system for maternity wear design was constructed from four dimen-sions:styling structure,color matching,fabric selection,and accessory design.This research aimed to address the problems of unreasonable design and insufficient comfort in traditional maternity wear.Systematic theoretical framework and practical guidance were provided for the transformation of ma-ternity wear design from traditional experience-based approach to modern scientific approach.

Abstract:The article introduced that RFID technology was applied in the spinning production line of multi-link automatic winders.Through the solution for the electrical control system,enabling in-telligent sorting and quality tracking of bobbins.This supported the operation of the single automatic winder matched with different spinning frames.The flexible cooperation between multi-variety fine spinning machines and automatic winders was achieved to save space,reduce costs and improve effi-ciency,thereby promoting the transformation towards intelligent spinning and enhancing the automa-ted management level of factories.

Abstract:In this paper,the production practice of high-speed spinning of viscose yarn by air-jet spinning was tried,which used to adjust the spinning parameters of the vortex machine and replace spinning special parts to investigate the influencing factors on the H value of the yarn hairiness by the vortex spinning equipment,and to provide theoretical basis for spinning the yarn to meet the custom-ers requirements.

Abstract:The polyacrylic superabsorbent fiber has the characteristics of water absorption and gel,which can be removed from the mixture with known dry mass by water washing to obtain the net dry mass percentage of polyacrylic superabsorbent fiber.The deviation of the fiber content was less than 1.0％with the verification testing of polyacrylate superabsorbent fiber and other fiber mixtures,which met the requirements of quantitative analysis of polyacrylate superabsorbent fiber.

Abstract:Near infrared spectroscopy(NIRS)has significant advantages in the inspection of tex-tile components due to its rapid,non-destructive and multi-component simultaneous detection capabil-ities.This technology can accurately identify different fiber components and their contents through the combination of spectral data and chemometric models.The technical principle,spectral feature a-nalysis method,application process,advantages and challenges in textile composition inspection were summarized in this paper,and its application effect and technological innovation direction in actual production through cases were showed,so as to provide an efficient detection scheme for the textile-test industry.

Abstract:Aiming at the key problems such as low color fastness,poor color uniformity and color homochromatic difference in dyeing process of woolm linen and silk blended yarns,the effects of fiber characteristics,loose tube process,dye selection and dyeing process parameters on dyeing effect were analyzed comprehensively.Through experimental research and production practice,the uniformity of dyeing was realized,the color fastness index was improved,and a set of high efficiency dyeing process of bobbin yarn was explored.The application of wool,linen and silk blended yarns in the development of worsted fabrics is expanded,and the sustainable development of textile industry is promoted.

Abstract:This study focused on Lvliang's regional cultural pattern innovation.By excavating Lv-liang's regional culture,the internal laws between regional cultural elements and pattern design were analyzed,and innovative patterns with wealthy Lvliang regional cultural characteristics were de-signed.It provides new ideas and methods for the integration and development of regional culture and modern design.

Abstract:The study was conducted with preschool children as the research subjects,with a focus placed on the multifunctional design of children's clothing.It was found that functional design in clothing could not only adjust garment dimensions but also cater to children's cognitive development needs which integrating practicality and artistry were identified.

Abstract:Down with superior thermal insulation performance in nature.Its thermal insulation rate has always been a focus of attention.In this article,warmth retention principle,factors affecting warmth retention rate,industry technological innovation,and future market trends of down was ana-lyzed,to provide a reference for its development.

Abstract:The British modern era into the Georgian period,the Victorian period,and the Edwardian period were divided in this article,and the popular characteristics of different clothing cul-tures during these three periods were analyzed.The paper pointed that the overall evolution character-istics of British modern women's fashion clothing culture presented a regular development trend from complexity to simplicity,from traditional to modern clothing styles,which laid a solid foundation and played a positive role in the formation and development of modern women's clothing styles.

Abstract:The history and unique characteristics of hand-woven knots were analyzed,and their specific applications in women's fashion design were discussed.The forms of flat knots,mesh knots,and coil knots were explored.Experiments were conducted to combine hand-woven knots with yarn,tassels,and traditional blue dyeing to modify fabrics.The study was aimed at examining the applica-tion of hand-woven knots in women's fashion design and offering new ideas for the preservation and development of traditional crafts.