Abstract:The design and application of inspection tool for switchboard in textile equipment based on PLC was presented in this paper.The inefficiency and defect omission issues in textile equipment switchboard inspection were effectively resolved by the designed tool.Experiment results demonstra-ted that our inspection tool reduced inspection time to one-tenth and time costs by 75.15％while both completion rate and accuracy rate were improved to 100％.Therefore the inspection tool provides more reliable technical support for the production of switchboard and the operation of terminal products.

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:In this paper,plane image analysis of Group Portrait of Noblewomen was taken as the starting point,the Auto CAD structural drawing,Photoshop and AI pattern restoration as well as CLO3D virtual fitting technology were used to restore the inner and outer garments of three ladies in the painting,and their static and dynamic display models were obtained.This method has achieved non-contact restoration of clothing soft cultural relics,which is of great significance for promoting the digital construction of museums.

Abstract:Based on evolutionary game theory,a two-agent game model between traditional sup-ply chain enterprises and AI technology-driven enterprises was constructed.Parameterized modeling methods were employed.The aim was to investigate the evolutionary patterns of collaborative deci-sion-making among core enterprises,a key element of digital intelligence transformation,within the AI-driven transformation of the apparel supply chain.It was found that when the cooperative benefits exceeded a specific threshold,the system transitioned from a dual non-cooperation equilibrium to a full cooperation equilibrium.Furthermore,an increase in cooperative benefits was shown to signifi-cantly lower the initial threshold for initiating cooperation.

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 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 traditional embroidery art of Yi ethnic attire serves as a vital carrier and visual rep-resentation of Yi ethnic culture.By analyzing the deep cultural gene and unique aesthetic characteris-tics embedded in its artistic forms,it was revealed that Yi embroidery transcended single decorative function.Its pattern system profoundly encoded and embodied their ethnic core cultural elements such as ethnic identity,ancestor worship,and reverence for nature,serving as a materialized expression of the ethnic group's historical memory and cosmology.Meanwhile,the implicit and explicit aesthetic expressions of embroidery art established the Yi people's ecological ethics and cultural symbol sys-tem,which also presented the intrinsic unity between cultural gene and aesthetic features in Yi em-broidery art,as well as its profound philosophical significance.

Abstract:The standard of FZ/T 73079-2024 Knitted underwear with akund was interpreted in this article.The scope of application,normative referenced documents,terms and definitions,intrin-sic quality requirements were introduced.Certain aspects were compared and analyzed with GB/T 8878-2023 Knitted underwear.FZ/T 73079-2024 Knitted underwear with akund standard has some special requirements that differ from general knitted underwear in terms of scope of application and assessment items.This interpretation is intended to serve as a reference for manufactures and in-spection/testing institutions.

Abstract:The cheese yarn waiting position control of multi-variety automatic winder was re-searched in this paper.It was used to solve the problem of the original control of cheese waiting posi-tion was no longer suitable for small batch differentiated spinning,provide ideas and directions for the market promotion of multi-variety automatic winder.

Abstract:The employs research methods of market survey and literature retrieval were used to conduct an in-depth analysis of the current research status of existing cycling protective clothing.The design of cycling clothing styles,pattern structures,technological fabrics,and smart devices were op-timized to meet the demands of fashion,comfort,safety,and intelligence.

Abstract:Through the study and analysis of Yao embroidery patterns on traditional costumes,combined with literature from folklore and sociology,this article analyzed the unique artistic charac-teristics and cultural connotations of Yao embroidery patterns from the aspects of pattern theme,composition,number of stitches,color,etc.This research helped to identify innovative elements from traditional culture,thereby promoting the inheritance and innovation of intangible cultural herit-age in modern design.

Abstract:The clothing of the Hlaalua in Taiwan is simple in style,cumbersome in decoration,and profound in meaning.Through field research on the characteristics of their clothing,the clothing style,color application,and decorative elements were systematically sorted out,and the causes and cultural connotations of the clothing style characteristics were deeply analyzed.The research aims to provide designers with visual aesthetic references with national characteristics,and to help the innova-tive inheritance and sustainable development of national clothing culture.

Abstract:A smart garment system integrated with standard five-lead electrocardiogram(ECG)monitoring function was developed in this study.Silver-polyurethane core-shell structured conductive fiber fabric electrodes were adopted in the system,and clinical-grade ECG signal acquisition was a-chieved through precise electrode positioning.A deep learning model with a hybrid CNN-BiLSTM-At-tention architecture was utilized for the real-time identification of six types of arrhythmias.Experi-mental results demonstrated that the system was verified on 45 subjects.The signal-to-noise ratio was measured as 34.6 dB±2.1 dB.The arrhythmia recognition accuracy,sensitivity and specificity were determined to be 98.87%,98.24%and 99.41%,respectively.The early warning response time was recorded as 1.68 s±0.29 s,with a false alarm rate of 0.35 events per day.After 50 cycles of standard washing,the electrode performance retention rate of the garment was maintained at 96.8%,and the comfort score was rated as 4.9.The seamless integration of clinical-standard ECG monitoring and dai-ly clothing was realized by the proposed system,and an innovative solution for the early warning of cardiovascular diseases was provided.

Abstract:In this paper,the tailored mannequin and patterns for individuals with hunchback body shape were maded by analyzing characteristic parameters of this physique.It was identified that the key hump height indicators which were strongly correlated with pattern dimensions through Pearson correlation coefficient.Then using stepwise regression modeling,the quantitative relationships be-tween these factors were established.Therefore,it provided technical support for customizing women hunchback body's costumes.

Abstract:Based on the theory of ergonomics,through deeply study the relationship of human-machine-environment in the design of facial mask,the mutual adaptation relationship among human,facial mask and environment was explored,then the optimal size of facial mask was selected and the addition amount of super hygroscopic regenerated cellulose fiber was finally determined to be 10%.

Abstract:A hot air through bonded nonwoven material was prepared using hydrophilic polypro-pylene/polyethylene(PP/PE)bicomponent fibers,processed through carding and hot air bonding.Multi-walled carbon nanotubes(MWCNTs),polyvinylidene fluoride(PVDF),and thermoplastic pol-yurethane(TPU)were combined and firmly adhered to the fiber surface,forming a porous photother-mal conversion layer,and composited with the hydrophilic non-woven substrate to become Janus non-woven photothermal material.The test results showed that the material exhibited a light absorption rate exceeding 90%withen the 250 nm～2 500 nm range and could consistently and stably achieve an evaporation rate of 1.23 kg·m-2·h-1 and an evaporation efficiency of 85.2%under simulated sun-light conditions.

Abstract:In environments characterized by extreme high temperatures,enhancing the thermal in-sulation properties of fabrics is a pivotal measure for safeguarding personnel safety.In this study,we utilized acrylic resin and waterborne polyurethane as adhesives to uniformly disperse silica(SiO2)and aerogel powder within the coating.The experimental results indicate that the hydrophilic properties of the coated fabric are enhanced following the addition of water-based additives,while its superior breathability is preserved.Moreover,the flame retardancy of coated fabrics can be substantially en-hanced through the incorporation of flame retardants.During the high-temperature thermal insulation test,the front side of the fabric coated with SiO2 aerogel microspheres was heated to 90℃,and the temperature differential between the front and back sides reached 15℃.This result signifies that the coating possesses outstanding high-temperature thermal insulation capabilities.

Abstract:The pH value,oxygen consumption,turbidity and other indicators of down were detec-ted by the water extraction method.The residual grease was precipitated by the organic solvent ex-traction method to test the residual grease rate.Through this,the impurity content of down products was clarified,and various hygiene and safety indicators were controlled.It provided a theoretical basis for testers and helped solve commercial disputes and compensation cases.The relevant indicators of down products could be effectively detected,which was of great significance for guaranteeing product quality and resolving related commercial disputes.

Abstract:The figure characteristics and current situation of wearing pants for women with flat buttocks was investigated and analyzed in this paper.and the principles of anthropometry and struc-ture was applied to adjust the prototype of pants,optimize the structure design,and the wave addition method,different material splicing method,and visual transfer method were used to beautify the ap-pearance of pants,to provide a reference for the research and design of the structure of women's pants with flat buttocks.

Abstract:To safeguard the personal and property security of educators and students,a compre-hensive analysis was undertaken,focusing on the current landscape of laboratory safety management research.Basing on China National Knowledge Infrastructure(CNKI)as our data repository,we ap-plied bibliometric techniques and visualization knowledge graphs to statistically analyze the decennary documents in the realm of laboratory safety management in Chinese universities and colleges from 2014 to 2023.Firstly,we studied that the quantity of documents increased rapidly,then displayeda slight decline.Furthermore,the CiteSpace knowledge graph underscores the existence of robust col-laborative networks among authors and institutions,but lack of cooperations between diffierent ma-jors and fields.By examining keyword clusters,centralities,and research interests,we discovered that Safety education,Information and Safety management developed to the forefront and promis-ing research topics of laboratory safety management.Moreover,we advocated to apply the 8s system management that regarded as the strategic approach to develop Chinese"Double First-Class"laborato-ry safety management and enhanced safety standards in colleges and universities.