Table of Content

15 November 2013, Volume 34 Issue 11

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CoordinationKinetic kinetics of different modified polyacrylonitrile fibers and Fe3+

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  1-0. 

Abstract ( 598 )   PDF (2136KB) ( 375 )   Save

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Low and high amidoxime modified and mix modified polyacrylonitrile fibers (denoted as L-AO-PAN, H-AO-PAN and M-PAN) were used to coordinate with Fe3+, respectively, to produce the modified PAN fiber-Fe complexes. The kinetics of the coordination of three different modified polyacrylonitrile fibers and Fe3+ were studied, and their kinetic parameters were determined and compared. The results indicated that the coordination of three modified PAN fibers and Fe3+ is consistent with first order kinetic model, and well described by Langmuir adsorption model. The saturated coordinate capacity, reaction rate constant and activation energy of H-AO-PAN to Fe3+ were higher than those of L-AO-PAN or M-PAN to Fe3+. High temperature benefits the coordination of three different modified polyacrylonitrile fibers, especially H-AO-PAN and Fe3+.

Preparation of nanoscale SiO2/PSSS composite particles by in-situ polymerization and their properties

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  6-0. 

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Abstract： The nanoscale SiO2 is modified by KH-570 and then copolymerized with sodium styrene sulfonate (SSS) to prepare the nanoscale SiO2/PSSS composite particles via in-situ polymerization. It was investigated the effects of the amount of SSS, ammonium persulphate (APS) on particle size of the nanoscale SiO2/PSSS composite particles. The results showed that the particle size of SiO2/PSSS composite particles was 150nm when the weight ratio of SSS to SiO2 was 25% and APS to SSS was 1.5%. FTIR and TEM indicated that the nanoscale SiO2 was coated by PSSS, and the weight ratio of polymer was 27.5% measured by TGA. SiO2/PSSS composite particle has excellent stability in aqueous media..

Process for preparing Sb-doped tin dioxide film on surface of glass fiber by sol-gel method

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  11-0. 

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In case of different heat treatment conditions and the mass ratio of antimony-doped, fiber specific resistance value was measured after the Sb- doped tin dioxide (ATO) coating process on the surface of the glass fiber. Taguchi method, which explored influence degree of the initial concentration, heat treatment temperature, treatment time and doping mass ratio on the experimental results, was used to optimize and analyze the experimental data. After the treatment, differences were contrastively observed by scanning electron microscopy (SEM). It shows that the conductive property of the glass fiber is significantly enhanced. Moreover, the obtained optimum condition is 450℃ of heat treatment temperature, 0.9% of doping mass ratio, 1.5 h of heat treatment time and 0.8mol / L of initial concentration. Furthermore, the influence is in descending order.

Thermal property of protein modified cellulose composite fiber

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  15. 

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To get an insight into the thermodynamic property of composite fiber, TG and DSC were used to analyze the thermodynamic property of composite fiber, along with the heat-resistance and limiting oxygen index. As the temperature increases, the composite fiber's TG curves appear two weight loss bands, and the main weight loss temperature is about 312°C. The composite fiber's DSC curve appears double melting peaks; the breaking strength of composite fiber drops as the temperature increased to 90 ~ 110 °C.However,when the heating temperature reaches 150 °C, the breaking strength of the composite fiber exhibits 15.1% higher than the original value. Increasing the temperature decreases the breaking elongation of the fiber. The combustion behavior of composite fiber is similar to those of cotton and viscose fibers, and the limiting oxygen index of the composite fiber is 19 - 20 %.

Preparation and properties of nanoscale carbon black for dope dyeing of polyacrylonitrile fibers

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  19-0. 

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Abstract Nanoscale carbon black is one of the important colorant for the dope dyeing of polyacrylonitrile (PAN). In this paper, the nanoscale carbon black which used acrylate block copolymer (SUA020) as dispersant and dimethylformamide (DMF) as dispersing media was prepared by ultrasonic machine, and then the effect of nanoscale carbon black on properties of PAN-DMF spinning solution was further investigated. The results showed that the nanoscale carbon black with particle size 108.7nm was prepared when the mass ratio of carbon black was 10%, SUA020 and carbon black 20%, ultrasonic power 600W and ultrasonic time 20min. The nanoscale carbon black has an excellent miscibility with PAN-DMF spinning solutions. The K/S value of the membrane prepared form PAN-DMF spinning solution and nanoscale carbon black reached to the maximum when amount of nanoscale carbon black was higher than 9%.

Analysis of nano-particle size in fibroin membrane modified by nano TiO₂

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  24-0. 

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In order to further improve the structure of silk fibroin films, sol-gel synthesis of TiO2 nanoparticles in different proportions of modified silk fibroin composite membrane. Measured by means of sol-gel-silk fibroin solution directly generated by Nano-particle size at around 76 nm, AFM、he effective mass approximation model estimation of nano-modification of regenerated silk fibroin membranes in the Nano-particle size of about 80 nm.； This study shows that using sol-gel preparation of regenerated silk fibroin membrane method possible, film-forming nano-particles did not occur before and after reunification, are at the nano level.

Preparation and properties of conductive polypyrrole polyester fabric

Lin Tian Ying Chen

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  28-0. 

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The paper mainly discussed the preparation of conductive polypyrrole polyester fabric which was treated with NaOH solution and prepared by in-situ polymerization. Scanning electron microscope、FTIR spectroscopy and X-ray photoelectron spectroscopy analysis were used to analyze surface morphology, structure, and element content of the atomic number fraction, and to investigate the existence of polypyrrole. The paper also analyzed the influence of alkali treatment and the concentration of the dopant and oxidant solution on the conductive property. The results showed that，conductive polypyrrole polyester fabric with good conductivity can be prepared when the fabric was treated with the NaOH solution under controlled reaction conditions where the dopant solution and mole ratio of FeCl3 to pyrrole are different. Moreover, the prepared conductive fabric had good stable wear-resistance and washability.

Use of Fourier transform in measurement of nano-fiber orientation

Chun Kui Jin

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  34-0. 

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Abstract: The orientation of nano fiber good mechanical properties, dimension stability, and has favorable interference for the cell proliferation and adhesion. The improvement of its performance is more and more effective with the sample orientation degree rising. The sample orientation characteristics can be extracted from FFT frequency image[1-2].Based on method of a certain radius of the round . This paper makes the gray summation along the radius of different direction angle. The spectral intensity distribution of different direction angle is obtained. From curve-fitting, peak curve characteristics are extracted, and it can be used to describe effect.

Development and performance of coffee carbon fiber weft knitting fabric

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  39-0. 

Abstract ( 822 )   PDF (1200KB) ( 493 )   Save

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Coffee carbon fiber is a kind of new functional fiber with antibacterial property, warmth retention and wet guide property and other good performances.It can transform structure to design different weft knitting fabrics according to different performance requirements.The tests of antibacterial property, warmth retention property and air permeability have been taken by methods of flash shaking method, flat heat preserve tester, gurley permeameter etc for studying various performance of coffee carbon fiber weft knitting fabrics.And it compares with nylon fabric.The tests show that the coffee carbon fiber weft knitting fabric has good antibacterial property and superior properties of warmth and wet guide because of its internal microporous effect.In addition, it has the very good air permeability.It can provide a reference basis of coffee carbon fiber weft knitting production for the future.

Effect of twist on knittability of ultra-high molecular weight polyethylene yarn

Hai-Yan XU

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  44-0. 

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For improving the knittability of the UHMWPE yarn, the parallel fiber set is twisted to 100twist/10cm，125twist/10cm and 150twist/10cm. The effect of the collection property on the appearance of the jersey fabric made on hosiery machine , the bending stiffness and the damage of the fiber after twisting and knitting are discussed for different twisted yarn. Thus the effect of the twist on the knittability of the UHMWPE yarn is concluded. It is found that the twist has great effect on the knittability of the UHMWPE yarn, because the twist can improve the collection property of the yarn, can reduce the bending stiffness of the yarn and can increase the damage of the fiber. Therefore, there is a twist with which the knittability is the best.

Comprehensive evaluation of heat-moisture comfort of Physcool seamless underwear fabrics

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  49-0. 

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In order to study heat-moisture comfort of the Physcool seamless underwear fabrics, this paper considered comprehensively materials and stitches the two factors, and designed 16 samples which included eight samples with Physcool,and the rest for conventional fabrics as contrast. The moisture permeability,liquid water transmission, water absorption, evaporation,warm-retention property were tested. Based on the experimental data,comprehensive evaluations on heat-moisture comfort of the samples were conducted by using the fuzzy comprehensive method. The results showed that the fabrics with Physcool have more excellent performance of heat dispersion, moisture permeability, liquid water transmission,evaporation, especially when the Physcool is used as the ground yarn.It's suited for summer seamless underwear fabrics.

Objective evaluation on pilling resistance of fabric based on testing of characteristic parameters of fabric hairiness

Li-Min AO Yu Chongwen

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  54-0. 

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For investigating the feasibility of objective evaluation on pilling resistance of fabric based on testing the change of characteristic parameters of fabric hairiness, Characteristic indexes of the fabric hariness of fuzzed and pilled fabric samples with different number of fuzzing and pilling were tested using the fabric sigle-sided compressing tester, and the number and the average weight of the pills were calculated and comparatively analyzed; the objective evaluation measurement for pilling performance of fabric was proposed. Studies have shown that: When the fabric is pilled after fuzzed, for different type of fabrics, the changes of the number of the pills and the average weight of the pills along with the number of times of pilling are different; the change trends and extends of hariness characteristic indexes along with the number of times of pilling are different too, except for length of hariness decrease because of the tangling and pilling of the hariness, other indexes take on none coincide changing rule as a result of being influenced by the many factors, for example, the compressibility of the pills; the pilling property of the fabric can be characterized objectively by change rate of the hariness length before and after pilling processing, bigger change rate of the hariness length indicates that the fabric pills easilier.

Influence of idling number on fabric properties of air layer stitch

QIU Yuying

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  62-0. 

Abstract ( 536 )   PDF (896KB) ( 327 )   Save

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In order to study the influence of idling number on fabric properties, six kinds of Milano rib as example was knitted with different idling number by the same yarn which were tested for the properties of weight, thickness, heat retention and air permeability，and correlation analysis was carried out. The experimental results revealed idling number was highly negative correlation with the weight and air permeability. The weight and air permeability decreased with increasing of idling number. The idling number had not apparent linear correlation with thickness and heat retention which changed with first increasing and then decreasing as the increasing of idling number.

Effects of soil moisture content in Granzhong area on ageing of silk fabrics

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  66-0. 

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In order to study how the Guanzhong soil moisture content affects the silk aging process, mulberry silk samples were embedded in tomb soil and well water.Color difference meter,microscopy, FTIR and universal testing machine were applied to test the changes in color, micro-morphology,molecular structure and extension strength in order to evaluate the aging conditions of the samples.Results suggest that silk samples degraded significantly at 20% soil moisture content while aged least at 10% soil moisture content.During the embedding process,some pink microbisporarosea formed,whose exudates greatly influnenced the silk appearance.Therefore,the soil moisture content strongly affects the silk aging.This research not only lays a solid basis for studying the ancient silk aging mechanism and conservation,but also is of great importance for the silk conservation in situ.

 Foaming properties and foam stability of reactive dye foam system

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  71-0. 

Abstract ( 759 )   PDF (1472KB) ( 397 )   Save

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As a better dyeing process in textile industry, foam dyeing of reactive dye uses less energy and protects environment. In order to analyze properties of the foaming system, the foam is generated by mechanical stirring, blow ratio and half-life of foam are used to characterise the foam properties; different frothers and stabilizers were added in the foaming system to analyze the effects on foam properties; and different concentrations of reactive dyes, inorganic salts, sodium carbonate and urea were added in the foaming system to analyze the influence of concentrations on foam properties and foam stability. The experiment results indicated that when using 2g/L sodium dodecyl sulfate as frother, dodecanol and guar gum as stabilizers with the ratio of 3:4, the foam system was stable; dyes and additive agents were all influencing the foam properties.

Study on PPS non-woven filter material impregnated by nano SiO2/PTFE emulsion to improve its performance

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  77-0. 

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In order to further improve the performance of PPS non-woven filtration material and apply them in high temperature and corrosive environment well, this paper has developed nano-SiO2/PTFE composite emulsion and applied it in the finishing of needled PPS non-woven filter material,then its wear resistance,filtration efficiency and pore size distribution were measured.The results showed that the nano-SiO2/PTFE composite emulsion could further improve its wear resistance,filtration efficiency and so on. The optimum heat treatment process is as follows: heat treatment temperature is 250℃.heat treatment time length is 150s. Key words PPS nano-SiO2 chemical finishing wear resistance

Solubilization effect of some surfactants on C.I. Reactive Blue 221

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  82-0. 

Abstract ( 867 )   PDF (1200KB) ( 538 )   Save

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The solubility of C.I. Reactive Blue 221 in water was investigated at 25 oC using NaCl, AEO9, AEO3, JFC, AES and L-64 as the additives respectively. The results show that: the addition of NaCl will decrease the solubility significantly；while the surfactants improve solubility of C.I. Reactive Blue 221 to a certain degree. The solubilization effects of the five surfactants were followed by JFC ( L-64 ) >AEO9 > AEO3 > AES. When AEO9 or L-64 was added as a dosage of 80 g/L, the water solubility of C.I. Reactive Blue 221 was improved from 100 g/L to 190 g/L. When 15 g/L JFC, 20 g/L L-64 and 5 g/L AEO9 were added as the combination additives in the solution, the solubility of C.I. Reactive Blue 221 went up to 200 g/L, and the stability time of the liquid reactive dyes prepared was more than 20 hours.

Size controlled synthesis of silver nanoparticles and their application to antibacterial finishing of cotton fabrics

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  87-0. 

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This paper describes a strategy of size controlled synthesis of silver nanoparticles by a modified polyamide hyperbranched polymer (PNP). The mechanism of this process was proposed in detail. The antibacterial property of prepared silver nanoparticles aqueous solution was studied. Then the PNP was utilized to in situ fabricate silver nanoparticles in cotton fabric for its antibacterial finishing. The results indicated that amino groups in the PNP act as an important role during the synthesis of silver nanoparticles which can entrap silver ions and reduced them to generate silver nanoparticles under the control of molecular network structure of PNP. The silver nanoparticles with average size at 13.23, 4.34 and 2.66 nm were synthesized by adjust the molar ratio between silver ions and amino groups of PNP. The minimum inhibitory concentration (MIC) of prepared silver nanoparticles aqueous solution was 2 mg/L. The silver nanoparticles in situ generation treated cotton fabrics have excellent antibacterial activities and laundering durability. The bacterial reduction rates of treated cotton fabrics against Staphylococcus aureus and Escherichia coli were all reached above 99%.

Effect of laccase treatment on lignin structure of jute fibers

Yong-Bing ZHANG FAN Xue-Rong

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  94-0. 

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The lignin from jute fiber was extracted with dioxane/water solution, followed by laccase treatment. The molecular weight change of lignin was investigated by Gel permeation chromatogram(GPC), and structural changes were researched by FTIR, elemental analysis and 1H-NMR. The results show that the number average molecular weight and weight average molecular weight of laccase-treated lignin are increased，while the content of phenolic hydroxyl group is decrease. The phenolic lignin is polymerized during the laccase treatment and its molecular weight distribution becomes wider. The content of syringyl units is decreased, while the content of aliphatic hydroxyl group, total hydroxyl group and carbonyl group are increased after laccase treatment.

Grade evaluation of color fastness to laundering based on image analysis

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  100-0. 

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In order to evaluate the color fastness grade of fabric after frequent laundering objectively, a method based on image analysis is proposed in this paper, and then the feasibility of the computer vision evaluation for color fastness is also discussed. Firstly, the images of different grades of the Gray Scale for Color Change and Gray Scale for Staining for AATCC 61-2010 are scanned to calculate their corresponding gray values. Secondly, the equation of grade for color change-gray values and the equation of grade for staining-gray values are fitted by analyzing the relationship between the gray values of Color Change and its grade, respectively. To verify the effectiveness of the method proposed in this paper, the test results are compared with the ones of visual evaluation according to AATCC 61-2010 under the same washing conditions. The experimental results indicate that the evaluation method for color fastness grade based on image processing has good consistency with the visual evaluation method, and the former is more simple, objective and accurate than the latter, comparatively.

Reaction mechanism of protonated benzidine oxidation with chlorine dioxide in water

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  106-0. 

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Benzidine derivatives constitute an important group of toxic and hazardous materials, which are known to be mutagenic, carcinogenic and extensively exsited in the environment. With benzidine as the model organic pollutant, the reaction mechanism of the protonated benzidine-ClO2 reaction in water was studied by gas chromatography-mass spectrometry (GC-MS), ultraviolet–visible spectroscopy (UV-vis) and infrared spectroscopy (IR) techniques. The relationship between presence states of benzidine and the solution pH was proposed. When the pH is lower than 3.57, benzidine presents as bi-proton state. The oxidation immediates and products formed in the reaction of the protonated benzidine with chlorine dioxide (ClO2) in the water were identified at pH 2.0 and the results showed that sequences of the main intermediates were diphenoquinone diimine, diphenoquinone dioxime and diphenoquinone. The end product of the proton state benzidine oxidized by ClO2 was unsaturated organic diacid. Through analyzing the reactions properties of chlorine dioxide with organic compounds and the molecular structure characteristics of benzidine, the possible pathway for the protonated benzidine-ClO2 reaction was proposed based on the theory of single electron transfer (SET).

Determination of five yellow disperse dyestuffs in ecological textile by ultra-fast liquid chromatography coupled with tandem mass spectrometry

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  113-0. 

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To establish a method for the determination of five yellow disperse dyestuffs，such as Disperse Yellow 1，Disperse Yellow 3，Disperse Yellow 9，Disperse Yellow 39 and Disperse Yellow 49 in ecological textile by ultra-fast liquid chromatography coupled with tandem mass spectrometry (UFLC-MS/MS)．After the sample is extracted by methanol，the extract is separated on an ultra-fast liquid chromatography column by gradient elution with water and acetonitrile．Detection was carried out by UFLC-MS/MS using electrospray ionization interface in the multi-reaction monitoring (MRM) mode．Calibration curves were linear within the range of 1.0~100.0 μg/kg with the correlation coefficients of more than 0.999，and the limits of quantification （LOQs）were between 0.5~1.0 μg/kg．The extraction recoveries of the five disperse dyestuffs are at 84.5%~106.2%， and the RSDs were between 1.2%~6.4%.The developed method is 　quick，simple，sensitive and specificity for the satisfactory determination of disperse dyestuffs in ecological textile．

Modeling and applications of wave pleats

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  118-0. 

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Four characteristics of wave pleats were analyzed, including decorativeness, modeling, ductility and plasticity. Three modeling methods of wave pleats were deeply studied. The first one was that the calculation method was developed by using of the formula of arc length to draw the wave pleats. The second one was that the plane constitution technique of cutting, spreading and smoothing was discussed by taking the wave pleats of neckwear for example. The third one was that the three-dimensional constitution technique which a wave pleat was made after cutting at every pinning was summed up. And the key elements of wave pleats were analyzed and demonstrated. Meanwhile, the skills of the decorative of wave pleats and the application and combination of spiral shape were analyzed. Comprehensive analysis of modeling method and development of application field of wave pleats will give better service to human fashion culture.

An investigation on creative designing of collar structure for women's clothing

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  124-0. 

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Based on analysis of the three categories of creative structural design case in Women collar, meet the prerequisite of the case in line with technological rationality, wearing comfort and styling aesthetic, the article discusses the methods of structure in creative design and operability. For analysis of the data and formula that play a key role in the structural design, summed up the three methods in structural creative design, there are the methods to form the shape of the ladder flu in level design of the women collar structure, the methods of pleat expand for controlling the irregular shape of the collar, and the fuzzy design methods that in order to improve the flexibility in shape and structure designing of collar. Creative ways and cartographic accuracy Can improve the efficiency of corporate design practice, enrich the methods of shape design in Women's clothing, and plays an important role in improve the whole aesthetic feeling.

Study on bodytTyping and garment size grading of young women in Northeast China

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  131-0. 

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For the special human body study has not been done in the national garment size standard, this paper aims on the samples of the northeast China studying the body classing and grading. 465 young females of 18-25 years old living in northeast China were measured，integrated using non-contact 3D body scanner and manual measurement. 17 feature positions are extracted from the samples data, and 7 measurements are selected as the major parameters in factor analysis which I s the height, chest, waist, hip, cervical point height, difference of chest and waist, difference of chest and hip. The basic body characteristics of northeast young women are described and compared with the adult females of national garment size standard GB/T 1335. Based on the difference of chest and waist, discussed the somatotype of samples, studied the middle body type of Y, A and B type, and analyzed the reasons of differences compared to the national standard. The grading figure of the three major categories is obtained according to linear regression equation.

Inheritance, absorption and variation：morphological study of Gaoshan Han’s clothing art

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  136-0. 

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Gaoshan Han is a special group of Han people, they came from all over of China, be minority surround, be surrounded by minority. Gaoshan Han’s clothing follow the Han’s traditional graphic arts; accessories not only retains the traditional art forms also absorbed the surrounding minority art elements; clothing patterns with flowers lines, combined with religion, birds, terraces, text and other patterns; clothing color are mainly blue and black, with bright colors for the decoration. The whole clothing culture is the heritage of the Confucian culture and absorb the essence of surrounding minorities; both shows its national character and the best wishes of life, showing the Gaoshan Han’s unique aesthetic concept and mental.

Mechanical analysis of loom's roll-up mechanism and its tension control system

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  141-0. 

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Loom’s winding system has a great impact on fabric tension. Fabric will become wrinkle when the fabric tension is small; fabric will be stretched and deformed when the tension is too large, which may do damage to fabric. This paper makes mechanical analysis on two different winding systems of loom. According to the mechanical model got from mechanical analysis, a further research is made on the control strategy which is adaptive. By utilizing the BP neutral network theory to improve the performance of traditional PID control algorithm, the constant tension control is achieve. The results of simulation prove that the constant tension control could improve the quality of fabric.

Relationship between friction coefficients of weft yarns and velocity of air-flow in main nozzle during weft insertion

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  147-0. 

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Abstract The value of weft insertion force during the insertion process of an air-jet loom is related to the relative velocity between the weft and airflow,the density of the airflow,the diameter of the weft,the insertion length and the friction coefficient of the yarn. The friction coefficient of the yarn is a variable under different relative velocities.As the velocity and desity of air-flow in mai nozzle are hard to measure,in order to deduce the relatation,a simulation of air-flow velocity and density and a measurement of the insertion force are made in this paper.Results after the analysis of all the data indicate that the friction coefficients of weft yarns decreased with the increasing of relative velocity in a certain range of pressure.By fitting the coefficients to the relative velocity,the values of coefficients under any relative velocity can be deduced.The results have directive significant to the accurate calculation of weft insertion force and the deduction of weft flight speed.

Subjective norm, task-technology fit and adoption of automatic technology of textile and clothing enterprises

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  153-0. 

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As labor cost increasing, automatic technology is massive used in China’s manufacturing industry. The study for the microscopic mechanism of automatic technology’s adoption is necessary to understand and use automatic technology. In the article, authors put forward technology acceptance model of automatic technology for textile and clothing enterprises based on the characters and affecting factor of textile and clothing enterprises’ technology choosing, and analyze how subjective norm and to affect textile and clothing enterprises’ technology choosing. The results of empirical study show that two variables not only indirectly affect technology use through affecting technical cognition, but also directly affect technology use.the influence of subjective norm to textile and clothing enterprises’ technology choosing is stronger than task-technology fit’s.The study also shows that technology acceptance model applies to the behavior of producing technology and equipment.

Exploration of intelligent garment structure drawing method based on AutoCAD

JOURNAL OF TEXTILE RESEARCH. 2013, 34(11):  158-0. 

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Against the problems of manual drafting and parametric drawing existing in Garment CAD, an intelligent garment structure mapping ideas is proposed. On the basis of the technical analysis of the functions and ways of intelligent garment structure mapping, the development principles and techniques of the path for intelligent garment structure mapping program is put forward according to the AutoCAD’s Visual LISP secondary development tools and technical conditions. The apparel intelligent mapping programs are developed with the functions including memory-style hand-drawing, automated information processing and parametric drawing and modifying. The programs are verified in the garment prototype drawing and modifying which have achieved the goal of the apparel intelligent mapping function.