Abstract:A series of composite cotton fabrics,(Eu+RhB)-ZnBDC-Ctn,with tunable lumines-cence properties were prepared by employing Zn2+as the metal ion and H2BDC as the ligand.The Zn-BDC layer was deposited layer-by-layer on cotton fabric,and luminescent guests Eu3+and/or Rhoda-mine B(RhB)were further encapsulated.The effects of preparation temperature on the structure,morphology and specific surface area of ZnBDC-Ctn were investigated,and the luminescence proper-ties of(Eu+RhB)-ZnBDC-Ctn were studied in detail.The results indicated that ZnBDC-Ctn achieved the optimal preparation effect at a drying temperature of 100℃.Fluorescence spectra revealed that(Eu+RhB)-ZnBDC-Ctn exhibited distinct photoluminescence from Eu-ZnBDC-Ctn at 321 nm excita-tion,attributed to the overlapping emission peaks of Eu3+and RhB,and the alteration of Eu3+site symmetry within the ZnBDC framework due to RhB introduction.When the RhB concentration was 1.0×10-4 mol/L,(Eu+RhB)-ZnBDC-Ctn exhibited the optimal luminescence property.

Abstract:The origin of the"pomegranate skirt"(Shiliuqun)was investigated through historical texts,archaeological artifacts,and cross-cultural evidence.The study aimed to explore its nomencla-ture,structural evolution,and socio-cultural motivations.It was found that the term emerged from literary imagery in Northern and Southern Dynasties poetry.But standardization and popularity as a quintessential garment occurred during the Tang Dynasty.This phenomenon resulted from break-throughs in textile technology,the introduction of Western Regions culture,and expressions of fe-male identity.The research provides new perspectives for studies on Tang Dynasty costume history and Silk Road cultural exchanges.

Abstract:The historical research and comparative research methods were adopted to sort out the development context of the slim-fit clothing culture in the East and the West,while reasons of the ex-istence were analyzed.The case analysis method and comparative analysis method were employed,taking current well-known new Chinese clothing brands as examples.Their clothing structures were analyzed,and the important role of the dart in new Chinese women's clothing was identified.Corre-sponding solutions to improve the clothing structure were put forward in the study.

Abstract:The cylinder asynchronous motor drive system for traditional carding machines had problems such as high energy consumption,low efficiency and complex maintenance.In this paper,the cylinder direct driver was proposed to replace the traditional asynchronous motor.The advantages of direct driver driving the cylinder shaft were analyzed theoretically,and combined with JWF1217 carding machine for practical application.The experimental results showed that the energy-saving effect of JWF1217 carding machine was significantly improved after the application of cylinder direct driver.The measured data showed that the tonnage consumption of direct driver cylinder was reduced by about 7%,and the friction loss of auxiliary transmission was eliminated,the mechanical structure was simplified,and the maintenance requirement was reduced.This study verifies the feasibility of cylinder direct driver technology,which is of great significance to promoted the green and low-carbon development of the industry.

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:The importance of standard working hours in digital management of contemporary gar-ment manufacturing enterprises was analyzed in this paper.By comparing and analyzing the methods of obtaining standard working hours,a method of obtaining standard working hours that conforms to the hostorical background was put forward.The combination of PTS method and computer technolo-gy is accurate and efficient,which will help textile and garment enterprises realize industrial digitali-zation and management informatization,and improve the management ability and market competitive-ness of garment manufacturing.

Abstract:This study focuses on elderly women in the Xi'an area,and mainly uses factor analy-sis,rapid clustering methods,and other methods to classify their body shape characteristics.It is found that middle-aged and elderly women generally have smaller chest and waist differences,and D body shape,which is not included in the national standard,is added to further subdivide this special body shape of elderly women.And based on the correlation between different body types and different control parts,as well as the influence of different heights on different control parts,a series of rele-vant reference means are obtained in order to provide more accurate data reference for the production of clothing for middle-aged and elderly women in the later stage.

Abstract:In this paper,the environmentally friendly ultra-fine fiber PU leather winter leather hat fabric was designed and produced,through the application of a pad dyeing process,with ultra-fine fi-ber material as the base fabric and DMF free waterborne polyurethane as the main material,and vari-ous performance tests were conducted on the prepared PU leather,including:DMF content,tear re-sistance test,peel strength,folding fastness,etc.The results show that PU leather products have ex-cellent properties of tear resistance,bending resistance,friction resistance and so on as well as better hand feel and more environmentally friendly production process.

Abstract:The new standard FZ/T 13001-2024 Yarn-dyed denim is systematically compared and analyzed with the previous standards FZ/T 13001-2013,FZ/T 13036-2016,FZ/T 13037-2016,and FZ/T 13038-2016.Modifications were made in the new standard regarding the scope of applica-tion and assessment requirements for key indicators such as density deviation rate and mass per square meter deviation rate.This comparative analysis is intended to serve as a reference for garment manu-facturers and inspection/testing institutions in implementing the updated FZ/T 13001-2024 stand-ard.

Abstract:Under the background of double carbon,Jiaxing textile industry was taken as the ob-ject,carbon emission was calculated by using LCA method,carbon emission status of Jiaxing textile industry chain was studied,and green cycle measures were discussed in Jiaxing textile industry chain.Through the research and summary of domestic and foreign waste textile treatment countermeasures,it was expected to provide Jiaxing textile enterprises with new countermeasures for waste textile treat-ment and promote the green and circular development of Jiaxing textile industry.

Abstract:A simple solution blending technique was used in this study to disperse sulfonated nanocellulose whiskers(CNC-C)as reinforcing agents into polydimethylsiloxane(PDMS)matrix,a series of biobased nanocomposites with excellent mechanical properties were successfully prepared.The study delved into the specific effects of CNC-C content and its distribution in composite materials on microstructure,internal structure,and mechanical properties.Due to its high aspect ratio,excel-lent crystallinity,and mechanical strength,CNC-C significantly enhances the mechanical properties of polydimethylsiloxane(PDMS),demonstrating outstanding reinforcement and toughening effects.In addition,by combining the outstanding conductivity of graphene(GR)with a three-dimensional con-ductive network constructed from thermoplastic polyurethane(TPU),real-time monitoring of strain in thin film materials has been achieved.This practicce not only greatly expands the application scope of bio based nanocomposites in practical production and life,but also plays a key role in material re-placement cycles and cost savings.

Abstract:Spring Morning in the Han Palace by Qiu Ying in the Ming Dynasty carefully detailed court women's daily life in a delicate manner against the backdrop of spring morning in the palace,and contained rich historical,cultural,lifestyle,and clothing features.The study first described the specific appearance of court women in the painting through pre-iconographic,including the clothing styles and diverse activity scenes of women from different classes.On this basis,a visual analysis was conducted from the aspects of the hierarchical symbolism of clothing form,spatial narrative of compo-sition layout,and symbolic meaning of action posture,revealing the creative logic of the painter con-structing the collective image of dignified and virtuous court women through programmatic visual lan-guage.Finally,based on the painter's personal experience and the social environment in which he lived,a visual interpretation was provided to clarify the imagination of the literati group towards ideal palace life hidden in female images.

Abstract:Research and development of single spindle auxiliary suction system of auto winder was proposed in this paper.The single spindle auxiliary suction device was designed and the control strate-gy of this system was developed by PLC.The main purpose of this system was to ensure that lint,fly,short fibers,and other impurities adsorbed on the surface of the tube yarn were removed during yarn unwinding.Moreover,the impact on production quality and efficiency by impurity accumulation were effectively prevented.The effectiveness and necessity of this system were verified through exper-imental result,which also provided kinetic energy for production of high-quality cheese yarn,green and automatic upgrade of auto winder.

Abstract:The role of PLC control system in feed control,discharge management and information collection in carding machine was expounded in the paper.The key issues involved in parameter con-figuration,dynamic adjustment,and fault identification during system operation were analyzed.For operational optimization,a method of closed-loop control and data connectivity was proposed to a-chieve stable and efficient production.The test results show that the production efficiency,fiber uni-formity,and equipment stability of the improved system have been significantly improved.While en-ergy consumption and failure rate is reduced,providing a reference for the intelligent upgrade of tex-tile equipment.

Abstract:With the rapid development of information technology,the application of virtual exper-iments in the field of education is becoming increasingly widespread.This article aims to explore the design and educational application of virtual experiments based on the Processing platform.By analy-zing the characteristics and advantages of the Processing platform,a series of virtual experiments were designed and implemented,and their application effects in education were evaluated.The research re-sults indicated that virtual experiments based on the Processing platform can significantly improve students'interest and participation in learning,promote in-depth understanding and mastery of knowledge.

Abstract:Representative Tang Dynasty costumes were restored and innovated through digital technology.Digital virtual methods were employed for costume restoration to overcome the limita-tions of traditional manual restoration,enabling high-precision 3D virtual displays.The feasibility of digital approaches in the research of traditional costume was validated,offering new insights for the digital preservation of cultural heritage.

Abstract:A systematic analysis of the development of virtual fitting software was conducted through a comprehensive literature review.Both functional advancements and application scenarios were examined.Technological progress was outlined in key areas of costume reconstruction,pattern optimization and generation,pressure simulation,and AI-driven design.The expanding applications of this software were also identified covering metaverse,virtual fashion shows,gaming,and educa-tion.The results indicates that virtual fitting software enhances the efficiency of apparel design and production.It also fosters innovation in cultural heritage preservation and educational methodologies.Future key development direction is expected to focus on improved simulation accuracy and user expe-rience through deeper integration of artificial intelligence and VR technologies.

Abstract:The historical research and comparative research methods were adopted to sort out the development context of the slim-fit clothing culture in the East and the West,while reasons of the ex-istence were analyzed.The case analysis method and comparative analysis method were employed,taking current well-known new Chinese clothing brands as examples.Their clothing structures were analyzed,and the important role of the dart in new Chinese women's clothing was identified.Corre-sponding solutions to improve the clothing structure were put forward in the study.

Abstract:The integration of Victorian women's clothing styling elements and modern fashion de-sign was explored in this paper.By combining the development of modern fashion trends and innova-tive designs of fashion brands.The integration of these period elements in modern fashion design was deeply analyzed to provide reference for modern fashion innovation.

Abstract:The article took butterfly patterns from the Qing Dynasty as the research object,and through physical research,historical data review,and other methods,deeply explored their narrative language forms.It combined shape grammar with pattern design,which was applied to modern prod-ucts practice,effectively enhancing the cultural added value of modern products and injecting vitality into the inheritance of traditional culture.