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Table of Content
15 October 2007, Volume 28 Issue 10
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纤维材料
Compatibility of polyacrylonitrile /soybean protein blend
ZHOU Zhenfang;SHEN Xinyuan;YANG Qing
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 1-3.
Abstract
(
864
)
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The compatibility of polyacrylonitrile /soybean protein blend(PAN/SPI) was studied with polarized microscope,FTIR,scanning electron microscopy(SEM) with focuses on the factors affecting the compatibility of the two components and the mechanism of hydroethyl methacrylate(HEMA) in improving the compatibility of this system.The results showed that this system of PAN/SPI has partial compatibility and their compatibility can be improved by adding hydroxyethyl methocrylate because hydrogen bond has been formed in soybean protein solution after treatemt.
Models of mechanical properties of the cross section PTT filament and PET filament
LIU Baosheng;GU Zhaowen;WANG Qi
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 4-8.
Abstract
(
956
)
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336
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A model was developed to analyze the inter-filament mechanical function,and the creep of the cross section PTT and PET filaments was expatiated by four element models.The mechanical parameters of the filaments such as elasticity module and viscosity coefficient were got,which were used to validate the stress slack of the filaments,showing in good accord with the macro performance of the filaments.It can be seen that the four element models can be applied to character exactly the mechanical properties of the filaments in theory.It can describe the rapid elasticity and slow elasticity of the filaments and verify their creep,and is advantageous over the three element models.
Analysis of biodegradability of cellulose and protein fibers
ZHANG Xiaoying;HANG Weiming;ZHOU Yan
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 9-11.
Abstract
(
939
)
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Five kinds of fabrics made of cotton,ramie,bamboo,silk and wool respectively were buried in soil.The mechanical properties and configurations of the fibers from these biodegraded fabrics in soil were measured and analyzed.The results revealed that after being buried for 2 months in soil,there were a lot of holes and flaws on the surface of cotton,ramie and bamboo fiber and,in general their strength at break decreased by over 80%.The scale of wool was denuded but sign of microbial invasion into the inside of the wool fiber and almost no change in its mechanical properties.Whereas on the surface of silk appeared tiny holes and its strength was reduced to 70% of that of the control sample.When being buried for 6 months,cotton,ramie,bamboo and wool was completely degraded.At the same time,the number of holes on the silk fiber surface increased,strength at break decreased by 90%.Silk was degraded into fragments by animalcules,insects etc.in soil after 9 months.
Effect of steam explosion treatment on hemp
ZHANG Hua;ZHANG Jianchun
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 12-14.
Abstract
(
921
)
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In order to solve the problems of hemp such as hard handle,easy to crinkle and difficult to dye,the technology of steam explosion is used.The effect of steam explosion treatment on hemp fiber was discussed by analyzing the chemical composition,surface structure,mechanical and dyeing performance of hemp before and after the processing.It was proved that steam explosion processing was favorable for removing pectin,lignin and semi-cellulose,especially for the pectin,which improved the softness and dyeing performance of hemp,but the processing resulted in damage and strength loss of hemp.
Surface modification of rabbit hair by low temperature plasma
HOU Dayin;LI Liangfei;WEI Qufu
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 15-17.
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1134
)
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The surface of rabbit hair is covered with a series of serrated scales,which make the fiber very smooth on the surface,low fiber-to-fiber friction factor and cohesion force,low dyeability,and easy falling from fabric.Low temperature gas plasma treatment was used for surface modification of rabbit hair.The SEM and CDCA-100F contact angle tester revealed that the serrations of the fibers were gradually removed by plasma treatment and the surface of the surface of the fibers was etched.The fiber′s crimp degree was improved and its strength was substantially retained.
Tensile properties of cashmere fiber
HOU Xiuliang;GAO Weidong;WANG Shanyuan;ZHOU Qicheng
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 18-22.
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1144
)
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This paper investigates the tensile properties of cashmere fibers and the tensile relaxation of cashmere single yarn in comparison with those of super-fine merino wool and wool yarn.It shows that the specific tenacity,tensile modulus and relaxation time of cashmere fiber are higher than those of wool;the relaxation rate of tensile stress of cashmere yarn is lower than that of wool yarn under the condition of small constant rate of extension,that is,cashmere yarn is more difficult to setting than wool yarn.These differences in mechanical properties between cashmere and wool fibers are resulting from that the-αcrystallinity of cashmere fiber is higher than that of wool.At different temperatures from 80℃to 130℃,the relaxation rate of tensile stress and degree of setting increase with the rising of temperature.However,when temperature is above 120℃,the increase of relaxation rate and degree of setting is not remarkable with the higher temperature.
Effects of pectinase treatment on structure and properties of naturally colored cotton fiber
CHEN Li;ZHANG Jianfei
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 23-25.
Abstract
(
1036
)
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For studying the effects of pectinase treatment on structures and fiber properties of naturally colored cotton fiber,the moisture absorption,fiber strength,chromatism and waxy materials content of the treated samples were tested.Surface structure and pigment distribution of the samples before and after treatment were observed by scanning electron microscope and bio-microscope respectively,and compared with those by alkali treatment,The results showed that pectinase treatment is beneficial to environmental protection of naturally colored cotton,improves its moisture absorption significantly without noticeable adverse effect on the fiber strength and structure,or the contents of waxy substance and pigments.So pectinase treatment is more suitable for improving the moisture absorption of naturally colored cotton.
Experimental study of photodegrading formaldehyde by TiO
2
/ACF filter
HUANG Xiang;ZHAO Lining;DI Yuhui
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 26-29.
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1254
)
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With [Ti(OBu)
4
] as raw materials,nanometer
TiO
2
was prepared by using sol-gel process,then the sol was applied to ACF(Activated Carbon Fiber) filter material by soaking method.The static and dynamic comparative study of the original sample and treated sample of ACF filter material were carried out with respect to the photocatalysis and oxidation of formaldehyde gas.In the static experiment,the formaldehyde purification rate of the original and treated samples were 33.3% and 39.6% respectively in weak light conditions,and,38.6% and 49.2% in strong light conditions;in the dynamic experiment,the values were 69.9% and 77.1% in weak light conditions,and 77.1% and 85.5% in strong light conitions.It has proven that nanometer
TiO
2
can photodegrade formaldehyde in both strong light and weak light conditions.
纺织工程
New method for evaluating water vapor permeability of fabrics
HUANG Jianhua
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 30-33.
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1117
)
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The new apparatus for determining water vapor permeablity of fabric utilizes waterproof vapor-permeable PTFE membrane to cover the base of moisture permeation cylinder,providing the source of saturated water vapor.The dry nitrogen stream is used as the carrier to get the vapor penetrating the fabric away.The water vapor transmission rate can be determined by measuring the relative humidity of outgoing nitrogen stream.The test results indicate that this test method is able to accurately evaluate the water vapor permeability of fabric within 5 minutes,and the coefficient of variance is less than 1% for water vapor permeability of the fabric tested.Therefore,this test method offers short test time,good repeatability,high sensitivity and less cost.It is very useful for routinely testing the water vapor permeability of fabrics for quality control of the textile plants.
Practice and analysis on structural design for colorless digital jacquard fabric
ZHOU Jiu;NG Frankie
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 34-37.
Abstract
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1041
)
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无彩;数码;提花织物;全息组织;黑白影光
A modeling approach to recovery properties of woven fabrics
SHI Fengjun;ZHENG Dejun
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 38-41.
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1150
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This paper presents a method to study the creasing recovery property of woven fabrics under small creasing force based on the elastic property and the internal friction effect of fabric using a simple model.The relationship between creasing recovery force and its bending deformation of wool and wool/polyester woven fabrics are analyzed.From the needs of practical research situation,a testing method has been presented to study the creasing and bending behaviors of wool and wool/polyester fabrics based on the KES-FB3 compressometer.Parameters of the theoretical model equation are obtained from the real tests and the comparison of the experimental results and theoretical predictions indicates that the agreement between them is satisfactory for wool and wool/polyester fabrics.
Bending fatigue behavior of 3-D woven composites
RONG Qi;QIU Yiping
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 42-44.
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1082
)
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The 3-point bending test was performed on Material Testing System(MTS) to investigate the quasi-static and fatigue behavior of ultra-thick 3-D orthogonal woven composites(glass/unsaturated resin),which aimed to predict the fatigue property of this material.The results revealed that the fatigue degradation of the material includes three stages: micro-crack appearing at initial stage,a long process of crack propagation and fatigue failure of the material after suffering the extraordinary degradation of stiffness.In addition,the fiber volume fractions of composites have great impact on the quasi-static mechanical property and play a decisive role in the fatigue behavior.Comparisons made between experimental data and a theoretical fatigue model show good agreement,which can be used to predict the fatigue residual modulus of composites.
Topology optimization of the fiber microstructure of 3-D multidirectional braided composites
孙颖;李嘉禄;陈利
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 45-48.
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1049
)
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The space grid of fiber microstructure of 3-D multidirectional braided composites provides more tailor flexibility in respect of the performance of the composites and their structures.To utilize the tailor-ability,genetic algorithm is adopted to optimize the topology parameters of fiber microstructure,linear density and pitch length so that the 3-D braided composites satisfy the lower limit requirement of stretch modulus and the minimum ratio of material mass to lateral Poisson.Research results show that on the base of the geometric equivalents between the space truss unit cell and the composites microstructure,the optimal topological microstructure can be found for the elastic demands of the composites by the methodology in which the genetic algorithm is combined with the finite element stress analysis of the space truss model of unit cell.
Study on PLA meltblowns
LIU Ya;CHENG Bowen;ZHOU Zhe;CHENG Guoxiang
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 49-53.
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1264
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It introduced the manufacture technology of polylactic acid(PLA) meltblows.Through the SEM images,filtration efficiency and permeability test of the meltblowns,it analyzed the production parameters that affected the performance of PLA meltblowns,such as drying process,spinneret temperature,hot air temperature and press(velocity),the width of air gap.The results showed that PLA was a good material for meltblowing process and its spinning temperature was 190-230℃with the perfect temperature of 220℃.The diameter of fiber increased with the increase of hot air temperature.And the crimp degree of fiber decreased with the increase of hot air press(velocity).Also with the increase of air gap width,the diameter of fiber increased and crimp degree decreased.Furthermore the performance of the PLA meltblowns was affected accordingly by these hot air parameters.
染整与化学品
Study on the union dyeing of wool/silk blends with a redox system
CHEN Weiguo;WANG Zongqian;WANG Lan
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 54-58.
Abstract
(
1004
)
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According to the problem of union dyeing of wool/silk blends with one bath and one step dyeing,the low temperature dyeing with redox system was used in the one bath and one step dyeing of wool/silk blends.The results showed,under the redox system of H2O2/NH2CSNH2with the ratio of 0.045 mol/L∶ 0.015 mol/L,wool and silk fabrics were dyed in low temperature dyeing at 80℃with selected weak acid dyes respectively,the dyeing uptakes and the color yieldsK/Svalue of wool and silk fabrics were equal to or exceeded those dyed with normal boiling dyeing condition.The H2O2/NH2CSNH2redox system could improve the union dyeing property of wool/silk blends in the one bath and one step dyeing obviously.The UV and visible spectrum analysis revealed that the color of the dyeing solution was not changed under the redox system,and the washing fastness and rubbing fastness were not influenced either.
Application of supercritical CO
2
in dyeing polylatic acid fiber
YANG Wenfang;WANG Lei
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 59-63.
Abstract
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945
)
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The feasibility of dyeing polylatic acid fiber with supercritical CO
2
fluid is studied for solving the problems of larger amount of water consumption and effluent discharge from dyeing of fabrics.This paper studied the effect of temperature,time and pressure on dyeing and mechanical properties of fibers.The optimal technological conditions were determined by orthogonal experiments.The results showed that deeper shade could be achieved in supercritical CO
2
medium than in water at the same temperature;TheK/Svalue of PLA fiber was better with the increasing of temperature;K/Shad a biggest value when the pressure increased or time prolonged;color yield not always depends on the increasing of pressure or time.The best processing conditions were : dyeing temperature 100℃,time 40 min,pressure 20 MPa.
Stability of Bacillus S2 enzyme preparation during ramie fiber degumming
CHU Changliu;ZHENG Jiede
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 64-66.
Abstract
(
927
)
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The enzyme active center of S2 and its stability under the conditions of different ambience,temperature and pH value were analyzed,it is found that the activity of S2 enzyme preparation varies with metal ions,Ca2+and Co2+accelerates its activity evidently,quite in favor of enzymatic degumming,however,Cu2+and Zn2+heavy-metal ions show high depression effects on the activity;its stability at different pH value and temperature is varied greatly and exhibits best when pH value is 8.5,temperature is 55℃.
Promoting effect of nano-auxiliaries to sizing with starch
LIU Qikai;ZHU Zhifeng
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 67-69.
Abstract
(
1005
)
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For improving the sizing performance of starch,nano-auxiliaries were incorporated into the starch,and the promoting effect of nano-auxiliaries to sizing with starch was investigated.The influences of chemical composition and particle size of nanoparticles upon the sizing behavior of the starch were evaluated through comparative experiments.It was discovered that the abrasion resistance of the sized yarns increases and the hairiness reduces through blending the nanoparticles with starch pastes.Moreover,the chemical composition and particle size of the nanoparticles show evident effect upon the performance of the sized cotton yarns.SiO2 is superior to TiO2in enhancing sizing behavior.The smaller the particle size,the better the promoting effect to starch sizing.
Preparation of monochlorotriazinyl-β-cyclodextrin inclusion anti-mosquito complex
WANG Shugen;XU Li
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 70-73.
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1364
)
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A new anti-mosquito finishing agent has been successfully prepared.Due to its active group and hydrophobic cavity,nonochlorotriazinyl--βcyclodextrin(ab.MCT--βCD) was used to embed DEET which is an anti-mosquito agent.DEET-embedded MCT--βCD was proved by means of ultraviolet-visible detector and the prime technique for preparing DEET-embedded MCT--βCD as an anti-mosquito finishing agent was determined as follows: temperature was 50℃,time was 2 h,stirring velocity was 300 r/min,and the ratio of DEET to MCT--βCD was 2∶1.DEET-embedded MCT--βCD have excellent heat-resistant and alkali-resistant stability,and it can meet the requirement of actual applications.
服装工程
Analyzing the balance of women′s pattern from the shape of breast
LI Xiaohui;FAN Youhong;ZHANG Wenbin
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 74-77.
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1167
)
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According to the shape of breast,this study makes an analysis of the balance of women′s pattern by broadwise and lengthwise way separately,and the concept of breast projection quantity is proposed.The impact of breast shape on the quantity of breast projection and eventually on the balance of pattern and fitting of the dress is discussed.Besides,there are many other related factors which also play a part in the balance of pattern,such as the elasticity of fabric,shoulder pad and so on.It has drawn a conclusion that based on the shape of breast,the balance of women′s pattern can be solved more visually and conveniently.
Study on photogrammetric measurement of body in apparel industry
GE Yan;LIU Guolian
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 78-81.
Abstract
(
909
)
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120 adult females of middle-age and old-age were measured by using hand anthropometric measurement and indirect photogrammetric measurement.Mean analysis,correlation analysis and regression analysis of the measured data were carried out by using SPSS.Circumference,breadth and thickness dimensions were chosen for regression analysis to establish regression equations.The validity of the equations was tested.At the same time,according to mean of main body dimensions,front and nearside body′s contours were traced out.It can provide scientific reference for the modification of apparel sizes and styles,design of model form and apparel construction design.
Cluster analysis of the impact of dry-cleaning on the compatibility of face and auxiliary materials of apparel
WU Weiwei;WANG Shujuan
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 82-85.
Abstract
(
963
)
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The degree of impact of dry-cleaning on the compatibility of face and auxiliary materials of apparel is closely related with the quality of apparel.In the case of the face fabric and lining commonly used for women′s winter upper garment,the structure indexes are obtained through testing,dry-cleaning of the samples is performed with white spirit and tetrachloroethylene and the properties such as the thickness,length and width,crease recovery angle,drape coefficient,bending stiffness and color differences of the samples before and after cleaning are tested.With these data,it analyzes the influences of white spirit and tetrachloroethylene on the compatibility of face and auxiliary materials of the upper garment with the help of SPSS cluster analysis.A summary is made and suggests are given for garment designers and the relevant department of the sector.
Critical part which affects the fitness of female upper garment prototype in crosswise specifications
ZOU Ping
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 86-90.
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(
952
)
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It is essential to develop the fit female upper garment prototype which suits the body features of the female,for it requires high degree of fitness and flexibility.Through the calculation of stepwise regression by C ++,tries to establish the computation relationship between the control part of fit female jacket and the crosswise part.Through comparison of the stepwise regression math models of different body forms and crosswise parts,it indicates that the waist size has great influence on the crosswise specifications.The conclusion provides pattern making experience for the garment enterprise and a theoretical basis for applying CAD technology to the designing of clothing prototype.
Relationship of constitute element and silhouette about the Japanese New Cultural Women′s Wear Block
XUE Fuping
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 91-94.
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(
1023
)
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The object of this research is to provide certain theoretic reference for the application of the New Block.In the New Blocks,the bust dart is tailed on the camber of the armhole,which makes bust line and waist line become level,fabric gentle and block smooth,the whole structure exhibits box type.Comparing with the old block,the New Block adjusts the bust forming,considers the relation in amending the drafting formula when the bust measure is changed,the dimension of each part becomes more reasonable,and decreases the constant setting.
Spirit displayed by the southwest minorities′ trappings patterns
XU Fan;WU Qiuying
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 95-99.
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1225
)
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Through analyzing the symbol of the trapping patterns and the relationship between the trapping patterns with the nature,religions,culture,this paper explains the spirit displayed by the trapping patterns includes the realm of holding communion with nature,the moral of religions,and the embody of history and culture of the nationality.Furthermore,we proposed that only after finding out and really understanding of the culture implication,can the culture marrow of trapping patterns be inherited and inspiration and design theme be obtained from it.These will make the modern fashion design have the most valuable romantic charm and let Chinese fashion unfold her unique beauty on the global stage.
机械与器材
Tacking stitching quality of lockstitch sewing machine
CHEN Danjiang;PENG Tao;ZHANG Wei
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 100-102.
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1087
)
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The principle of tacking stitching of lockstitch sewing machine was analyzed,pointing out that whether the tacking stitching is in good order or not lies in how to control the tacking relay.Based on the characteristic of the lockstitch sewing machine,there are two method can be used.Both of them begin from one of needle signals of the sewing machine.The first one is that when the needle signal arrives,a delay subroutine will be called and then the tacking relay act at once.The second one is that when the needle signal arrives,a position pulse count subroutine will be called and then the tacking relay act at once too.The experimental results are presented in the end,which indicate that the tacking stitching is much orderly when the second method was used.
Development of electrical control system for glove knitting machines based on PSoC and FPGA
WANG Mulan;ZHU Hao;ZUO Jianmin
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 103-107.
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(
1206
)
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An electrical control system for glove knitting machines is constructed based on the Programmable System on Chip(PSoC)(CY8C29666) and the Field Programmable Gate Array(FPGA)(EP2C5).The main technical characteristics of the two chips are introduced,and the principle of choosing chips is expatiated in combination with the functional demands of glove knitting machines.The design method of the electrical control system for the full automatic glove knitting machine is analyzed.The hardware frame and software flow chart are given.Especially,the advanced thoughts of the inner hardware re-configuration and the embedded system design are fully utilized,so that the peripherally hardware circuits and the control program are very simplified.The reliability and stability of the whole equipment are rapidly improved.
管理与信息化
Fabric image segmentation algorithm based on Mean Shift
ZHUGE Zhenrong;XU Min;LIU Yangfei
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 108-111.
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1396
)
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Firstly,Mean Shift procedure was introduced.And then targeting at the research on fabric image segmentation,the extended Mean shift algorithm was used to try to solve the issue.A newly proposed fabric image segmentation algorithm involved two steps: Mean Shift image filtering and image segmentation,and their principles were explained respectively.The segmentation results were controlled by three important parameters,i.e.spatial bandwidth,color bandwidth and minimum region,whose influence,selection and analysis were demonstrated.Finally,the fabric image segmentation algorithm and the graph for comparison showing the previous CAD processed effect were given,which showed the feasibility,efficiency and robustness of that algorithm in fabric image processing.
Cloth 3-D simulation based on the mass-rod model
XIU Yi;LI Changfeng
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 112-116.
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(
988
)
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The basic principle,method and characteristics of the mass-spring model are analyzed.The cloth is digitized as the mass grid with square distribution,the spring connections acting upon mass are replaced by the connections of rigid rod,the external forces acting upon mass are transmitted to the adjacent mass directly through the rigid rod,and the mass-rod model is constructed.According to Newton basic physical law,the mechanical equation of cloth is derived.The 3-D location of the mass is calculated using Verlet integration,the characteristic of rigid-rod restriction comes true using Jacobi relaxation,and cloth 3-D simulation is completed.In the meantime,the collision object is set,the handling of cloth in collision with outside object is accomplished.The adaptability of the model′s multiple constraints is verified.The model is simple and practical,its algorithm is stable and convergent.The excellent real time effect is obtained.
Study on clothing brand image dimension and it′s weight distribution
XU Hong;JIANG Ying;LIU Guolian
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 117-121.
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1072
)
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Clothing brand image is studied.Having made a systematic analysis of the brand image′s conception and connotation,brand image′s cognitive process,brand identity system,enterprise image identity system,and marketing communications,coupled with market survey on clothing brand,it has developed a clothing brand image system which consists of three hierarchies.On this basis,the weight distribution of each dimension is ascertained by adopting the methods of layer-analysis and expert-questionnaire.Accordingly,it is more systematic and perfect of this system,which will provide new thoughts for the clothing enterprise to create its own brand image.
综合述评
Production method of Seacell fibers
QIN Yimin
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 122-123.
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1109
)
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In order to prepare bioactive functional fibers,the German company Zimmer blended seaweed particles with the spinning solution during the solvent spun process for cellulose fibers,and dispersed the seaweed particles in the resultant Seacell fibers.This article introduced the principles for making Seacell fibers and analyzed the types,sources,composition and bioactivities of seaweeds,as well as the absorption properties of the seaweed particles for silver ions during the activation process.
Progress in the research for dyeing of silk composite fabrics
QU Yong
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 124-126.
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826
)
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The article addresses special properties of various silks and/or silk composite fabrics,dyes,and dyeing methods for dying of silk/cotton,silk/linen,silk/wool,silk/polyester,silk/spandex,silk/soybean protein fiber and silk/bamboo fiber,as well as precautions with the aim of covering the recent advances in the field in recent years and providing practical guidance for the production.
Research and application of garment fit assessments
XU Yichao;DING Yongsheng
JOURNAL OF TEXTILE RESEARCH. 2007, 28(10): 127-130.
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1073
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This paper reviews the evolution of research on garment fit inherited from its own physical properties in recent years,and elaborates the prevalent study techniques including 3-D anthropometry,fuzzy mathematics,statistics,and wavelet analysis,along with their advantages and disadvantages.Moreover,some application cases of the garment fit assessment are introduced by focusing on online garment shopping and the improvement of garment sizing systems.The development trend and application prospect on the garment fit assessment is presented.
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