Table of Content

15 April 2013, Volume 34 Issue 4

Previous Issue    Next Issue

 Constitution and correlation of scale pattern gene codes for identification of cashmere

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  1-5. 

Abstract ( 787 )   PDF (1011KB) ( 306 )   Save

Related Articles | Metrics

Scale pattern of cashmere are studied under light microscope. Scale pattern gene codes are used to describe the scale shape of fiber. The framework and classification of scale pattern gene code is studied. The correlation of scale pattern gene code is also studied. The results show that at the 0.05 level, the correlation between most scale pattern gene codes is significant. Only several correlations are not significant at the 0.05 level. These results imply that the overlaps exist in the recognition mechanism for different scale pattern gene code, which provide a direction in finding optimal gene group for the identification of cashmere.

Anti-counterfeiting characteristics of spectrum-fingerprint fiber

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  12-16. 

Abstract ( 659 )   PDF (1110KB) ( 346 )   Save

References | Related Articles | Metrics

To promote the application and popularization of spectrum-fingerprint anti-counterfeiting fiber, in this paper, 9 kinds of fiber samples were prepared and the anti-counterfeiting characteristics of the fiber were studied with the help of fluorescence spectrophotometer. The results showed that spectrum-fingerprint fibers made by different raw materials and spinning process parameters had different emission spectra when excited with specific exciting light, which were unique, just like the fingerprint of human beings. The emission spectral curve of spectrum-fingerprint fiber had excellent reproducibility after repeated measurement and had no observable change happening after being stored for 6months, washed for 2hours, light for 5hours or being treated for 2hours by 120℃ tempreture, acide or base for 2minutes. But the emission intensity decreased by 0.7% after being stored for 12months and by over 10% after being treated by acide or base for 5minutes，meanwhile the emission wavelength had no change. Therefore the fiber should be stored in a dry environment and prolonged treatment should be avoided in application.

Preparation and characterization of Fe3O4/chitosan/poly(vinyl pyrrolidone) composite nanofibers

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  17-21. 

Abstract ( 1135 )   PDF (1206KB) ( 555 )   Save

Related Articles | Metrics

Composite nanofibers were fabricated by coaxial electrospinning, using chitosan/poly(vinyl pyrrolidone) (CS /PVP) as sheath and Fe3O4/PVP as core. The morphology, chemical composition and magnetic characteristics of composite nanofibers were characterized by means of scanning electron microscopy (SEM), Fourier transform infrared spectroscopy (FT-IR), X-ray diffraction (XRD) and vibrating sample magnetometer (VSM). Experimental results indicated that the composite nanofibers had a uniform structure and smooth surface, diameter between 350-800 nm, well surface morphology, and crystalline Fe3O4 distributed in nanofibers. Composite nanofibers showed a certain magnetic property, and could be an excellent composite material for the application of biomedicine.

Conformation and afterglow properties of rare earth magnesium strontium silicate polypropylene luminescent fiber

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  22-26. 

Abstract ( 872 )   PDF (1377KB) ( 450 )   Save

Related Articles | Metrics

The long afterglow phosphor of Sr2MgSi2O7: Eu2+, Dy3+ was synthesized by high temperature solid state method. Polypropylene luminescent fiber containing this phosphor was prepared by melt spinning method. Micro morphology, phase structure, spectral features and afterglow properties of the luminescent fiber were tested and analyzed. The results show that the fiber has independent superposition phase features of both Sr2MgSi2O7: Eu2+, Dy3+ and polypropylene; the range of its excitation light locates among 250～450nm; it can emit blue light of 460nm wave length; its initial luminescent intensity is more than 600mcd/m2, and afterglow time lasts 7h; the process of afterglow decay consists of fast stage and slow stage.

Predicting model of sound absorbing properties of activated carbon fiber materials

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  27-31. 

Abstract ( 876 )   PDF (898KB) ( 418 )   Save

Related Articles | Metrics

This paper is mainly intended to establish the predicting model for detecting sound absorbing properties of activated carbon fiber. By testing viscose-based activated carbon fiber with different specification through an impedance tube, the sound absorbing properties of activated carbon fiber are examined in the 250-1600Hz middle and low frequencies acoustic range. Based on models of characteristic impedance and propagation constant proposed by Delany and Bazley, the predicting model of characteristic impedance and propagation constant with acoustic characteristic parameters is established by employing the least square method. Moreover, the model of sound absorbing coefficient is therefore formed and tested, of which the result is compared with the testing result, showing that the result based on predicting model is basically coincide with the testing result. The reliability of the established model concerning sound absorbing materials is explored, which provides the theoretical base for develop and design sound absorbing materials of activated carbon fiber.

Spinning process of cellular photocatalyst fiber/cotton blended yarns and properties thereof

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  32-36. 

Abstract ( 702 )   PDF (1249KB) ( 453 )   Save

Related Articles | Metrics

In order to design photocatalyst fiber/cotton blended yarn in high quality, six blended yarns were produced by raising the humidity and pre-treating fibers with antistatic agent. On this basis, mechanical properties and exterior qualities were tested, and different blended ratios’ effects on yarns’ qualities were given to investigate the best blended ratio. With photocatalyst fiber content increasing, the results shows that blended yarn’s breaking strength and breaking elongation will be enhanced. Especially, once the content of photocatalyst fiber is over the critical ratio of 35%, breaking strength will be deducted while yarn elongation continues increasing and a tendency is found that yarn evenness and hairiness index alike will be decreased at first but increased gradually.

Flame-retardant and melt-dripping properties of aramid 1313 ∕ flame retardant polyester blended yarns

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  37-40. 

Abstract ( 910 )   PDF (1290KB) ( 293 )   Save

Related Articles | Metrics

The Flame-retardant and Anti-dripping properties of Aramid 1313∕Flame retardant polyester blended yarn was studied with five ratio .Through the LOI test the difficulty level of the blended yarn was studied.Flame-retardant and Anti-dripping properties of the blended yarn was evaluated by the data (damaged length ,renewal burning times and melting drops number)of vertical flame test.Meanwhile,by field emission scanning electron microscope(FE-SEM),microscopic observation of the molten drop was acquired.The result shows that,to blend with Aramid 1313 the Flame-retardant property of blended yarn increases and Anti-dripping property achieves ideal requirements.

Design of superimposition-effect digital jacquard fabric based on layered-combination design mode

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  41-44. 

Abstract ( 627 )   PDF (1319KB) ( 335 )   Save

Related Articles | Metrics

Based on layered-combination design mode, superimposition-effect digital jacquard fabric can be designed to breaks through the limitation of traditional jacquard fabric that only can express single-effect pattern. In this paper, the relationship of design method and effect of superimposition-effect pattern were investigated. And the methods for designing superimposition-effect digital jacquard fabric by different superimposition way were suggested according to the design principle of layered-combination design mode. In addition, designing superimposition-effect jacquard fabric by using full-color compound structure, obtained fabric display unique effect on face of fabric where multi-layered patterns are superimposed and cannot be covered by each other. Since full-color compound structure meets the requirement of balanced interlacement and all-coloring structure effect cannot be changed even if the digital images were changed, the design of superimposition-effect digital jacquard fabric under layered-combination design mode has no restriction to motif selection of digital pattern, and poses no problem in mass production. It is of great benefit to design application.

Impact properties of warp knitted spacer fabrics

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  45-52. 

Abstract ( 1019 )   PDF (1805KB) ( 532 )   Save

Related Articles | Metrics

Spacer fabrics' protection capabilities for human body (support) under particular impact energy were investigated in the paper. The samples were 6 warp-knitted spacer fabrics with different structures, i.e. different moving needles of spacer guide bars, spacer-yarns' diameters and fabric thicknesses, which were produced on double-needle-bed Raschel knitting machine. The characteristic of stress, energy and energy-absorption efficiency were analyzed and the results show that: With the decreasing of moving needles of spacer guide bars and increasing of spacer-yarns' diameters, the peak stress drops, absorbed energy and energy-absorption efficiency rise accordingly. However, fabrics with too vertical spacer yarns do not benefit for protection as they are inclined to collapse. Fabrics with higher thicknesses can be used to absorb more energy thus produce less peak stress, while those with moderate thicknesses are of higher peak efficiency. Although fabrics with larger rigidity and thickness have lower peak stress, which are good for body protection, comfortability should be taken into consideration as well.

Shear deformation of annular shaped woven fabrics

He-Chun CHEN

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  53-56. 

Abstract ( 687 )   PDF (785KB) ( 275 )   Save

References | Related Articles | Metrics

shaped weaving is a method which using unequal length of the warp and weft to weave shaped fabrics on the ordinary weaving frame. After multi-layer wound and resin solidified, these shaped fabrics can be formed into whole three-dimensional prefabricated parts, such as oval-shaped pressure vessels, conical tube, ring, etc. because the batch roller on shape weaving frame is cone frustum, not cylinder, which makes the shear deformation happens when tuck-in fabrics. In this paper, through the establishment of shear deformation model of the annular shaped woven fabric, and theoretical derivation on shear deformation, then calculate the weft deformation angle by theoretical formula. By contrast, we found the calculated shear deformation angle is very near to that measured on the shape fabrics. This proves the shear deformation model and theoretical derivation are correct, accord with the real situation of the shear deformation.

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

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  57-63. 

Abstract ( 900 )   PDF (1786KB) ( 377 )   Save

Related Articles | Metrics

Characteristic indexes variation of fabric hairiness with fuzzing numbe are tested using the fabric sigle-sided compressing tester, the objective evaluation measurement for fuzz resistance of fabric is proposed. Studies have shown that: characteristic indexes of fabric hairiness raise along with fuzzing number increses, but they raise greatly when the fuzzing number is small and tend to be stable along with continue increasing of fuzzing number; the fuzz resistance of fabric can be evaluated using the rates of change of characteristic indexes of fabric hairiness after certain times (20 times) of fuzzing relative to the the original sample; among the 4 indicators of changing rate of hairiness length, changing rate of cut-off point presure, changing rate of comressing work and changing rate of compressing specific work, the changing rate of hairiness length is the determine criterion, at the same time, the hairiness length of fabric after fuzzing can be used as a reference indicator when the changing rates of hairiness length are almost the same.

Reactive dyeing of cotton in dye ∕ decamethyl cyclopentasiloxane suspension system

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  64-69. 

Abstract ( 1110 )   PDF (1318KB) ( 435 )   Save

Related Articles | Metrics

The advantages of reactive dye/D5 suspending system dyeing are water-saving and salt-free, therefore, this method can overcome the pollution of traditional dyeing waste that contains excessive amount of salt. Taking the color depth (K/S value) as the evaluating index, the process factors in dyeing such as temperature, dyeing duration, pick-up ratio of alkali solution on fabric, as well as the alkali concentration were optimized by Single factor and orthogonal experiment . The results show that, the optimal dyeing process was : pick up rate 140%, Na2CO3 110g/l, temperature 80℃, time 50min. The dye up-taking of reactive dye/D5 suspending system dyeing was close to 100%. K/S value and total fixation was almost perfect and very superior to that in aqueous system

Reduction clearing-free dyeing of polyester/cotton fabeics with disperse/reactive dyes

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  70-74. 

Abstract ( 1382 )   PDF (1200KB) ( 456 )   Save

References | Related Articles | Metrics

A new process, two steps processes in one bath continuously dyed with disperse /reactive dyes for polyester-cotton fabrics, was established. High efficient and special soaping agent Argacel TCW was applied in the process without reductive clearing between disperse and reactive dyeing. It was capable of used to normal disperse and reactive dyes. The fastness of dyed fabrics was same with conventional dyeing processes. The washing condition of the process proposed was Argucel TCW 2g/L,85-90℃,15min. Key words: polyester-cotton fabric, dyeing, disperse dyes, reactive dyes, reductive clearing

Nano-silver antibacterial finishing of cotton fabric grafted with methacrylamide

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  75-79. 

Abstract ( 732 )   PDF (1382KB) ( 337 )   Save

Related Articles | Metrics

In view of the disadvantages of nano-silver antibacterial finishing on cotton fabric at present such as the low utilization rate of silver ion and poor washing durability, a suitable finishing process which included methacrylamide grafting onto cotton fabric, silver nitrate dipping and steam finishing was used to prepare nano-silver antibacterial finishing fabric. The influence of finishing factors on the utilization rate of silver ion, silver content on fabric and antibacterial property of finished fabric was studied, and the washing resistance of the finished fabric was investigated. The results showed that the process of cotton grafted with methacrylamide could raise the utilization rate of silver nitrate and silver content on fabric, and the utilization rate of silver nitrate and silver content on fabric both reached maximum when the grafting yield was 15.05%; when the concentration of silver nitrate was 0.1mM, the silver content on fabric was 102.9 mg/kg, the bacterial inhibition rate for bacillus coli and staphylococcus aureus both reached 99.9%, after washing 50 times, the retention rate of silver on fabric is 85.19%,the bacterial inhibition rate for these two kinds of bacteria is over 97%. The study indicates finishing process which included methacrylamide grafting onto cotton fabric, silver nitrate dipping and steam finishing had the following advantage, the utilization rate of silver ion was high, and the finished fabric have an excellent antibacterial property and washing resistance.

Properties of cotton fabrics treated with silica sol doped by waster polyurethane solution

Yun-Jie YIN

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  80-84. 

Abstract ( 859 )   PDF (1182KB) ( 322 )   Save

Related Articles | Metrics

The waste polyurethane fiber was dissolved and doped in alkaline silica sol. Cotton fabric was finished with the polyurethane/silica hybrid sol to improve the wrinkle resistance and fabric style. The fast wrinkle recovery angles of the treated fabric in warp and weft directions were improved by 27.3% and 44.8%, and the slow wrinkle recovery angles in warp and weft directions were improved by 26.0% and 28.3%, respectively. With the silica treatment, the compressing, shearing, tensile strength, bending and washing properties of the fabric were enhanced significantly. Although the whiteness of the treated fabric was decreased by 4.2%, the effect to the use was slight.

Antistatic effect of PET fabrics finished with mixture of nano ZnO & Fe2O3 sol

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  85-88. 

Abstract ( 813 )   PDF (930KB) ( 384 )   Save

Related Articles | Metrics

Several nanometer ZnO-Fe2O3 sols with different molar ratios were made up from Zn(CH3COO)2?2H20 and FeCl2?4H2O mixture, which is the raw material by sol-gel method in this experiment. The PET fabric was treated with the nanometer ZnO-Fe2O3 hybrid sol by padding-baking process. Then, the antistatic effect of different molar ratio was studied. The experiment shows that the best antistatic molar ratio of the Zn(CH3COO)2?2H20 and FeCl2?4H2O is 5:1, and meanwhile half-life and peak voltage decreased from 11.31sec and 860v to 0.

Effect of plasma-protease combined treatment on shrink-resistance

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  89-93. 

Abstract ( 678 )   PDF (1226KB) ( 344 )   Save

Related Articles | Metrics

Abstract In order to improve the shrinkproofing of wool fabrics，surface modification of wool fabrics was carried out by low-temperature plasma/protease treatment.The change in the shrinkproofing and breaking strength properties of the treated fabrics. The change in the morphology and microstructures of the treated fabrics were investigated by using SEM, FTIR and X-Ray diffraction. The result showed that the treated fabrics can not only get 5.4% shrink proof but can preserve intrinsic strength. As a result, Combining low-temperature plasma pretreatment and protease to treat make wool fabric has well shrinkproofing.

Preparation of nano-TiO2 microcapsule by complex coacervation

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  94-97. 

Abstract ( 741 )   PDF (949KB) ( 365 )   Save

References | Related Articles | Metrics

The preparation of nano-TiO2 microcapsule by complex coacervation was studied in this paper. Nano-TiO2 was selected as the core material and the gelatin and Arabic gum was selected as coating materials. The average particle size, embedding rate, and particle size variance of microcapsules were used to evaluate the technology of preparation. The factors such as pH value, reaction temperature, content of wall materials and stirring speed, were investigated to obtain the most optimal preparation. The results showed that the optimal conditions were as follows: emulsifying 1 % of Arabic gum and 1 % of gelatin, reaction at pH 4.2, solidifying at 50℃, and stirring with a speed of 750 r?min-1. Under the above condition，microcapsules’ average particle size was 90.1μm , embedding rate was about 85% and particle size variance was 12.1.

Application ofiInorganic-organic composite flocculant on dye wastewater treatment

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  98-103. 

Abstract ( 1100 )   PDF (1358KB) ( 249 )   Save

Related Articles | Metrics

This essay intends to explore the application of treating dye wastewater with a new Inorganic-Organic Composite Flocculant compounded with Chitosan/Bauxite by simple acid soluble coated method. It studied the structure of natural bauxite and complex with SEM and IR analyses, also it discussed the flocculation conditions of dye wastewater via orthogonal experiments. Results show that Chitosan mainly loaded in bauxite by simple physical adsorption, but Chitosan may load with bauxite's Aluminum frame through chemical adsorption. The dosage of composite flocculant and wastewater pH are the main factors of the wastewater treatment. When the dosage was 3g/L, pH was 5, the removal rate of COD and color were above 58% and 87% respectively, while the removal rate of COD and color of trap water after A/O process achieved above 46% and 83% each.

Study of body anthropometrical method in motion state

WANG YongJin

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  104-110. 

Abstract ( 1955 )   PDF (1915KB) ( 427 )   Save

Related Articles | Metrics

Collecting body measurements correctly in motion state and understanding its changes are very important on apparel ease design. Traditional manual method with tape and 3D body scanning are developed based on human body in static state, so these methods are limitation on body anthropometry in motion state. In order to acquire body measurements in motion state, one method with body motion analysis system is explored and presented in this paper. For the effectiveness of this proposed method, a series of experiments are designed and carried out to collect measurement data in static state, dynamic postures and motion state. Based on the collected data and analysis results, this exploring method is proved that the body measurements in motion state acquired by the body motion analysis system are accurate and this method is effective, which can help designer to determine correct apparel ease allowances and make pattern. Finally, the limitations in this method are analysed and corresponding improve methods are introduced.

Body classification of preschool girls from the lower region of the Yangtze River

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  111-116. 

Abstract ( 741 )   PDF (1185KB) ( 426 )   Save

Related Articles | Metrics

The purpose of the study is to solve the problem of maladjustment between children's clothing specifications and accelerated growth of preschool children. The body measurement of preschool girls of 3 to 6-year-old from the lower region of Yangtze River was carried out. Factor analysis of 13 body measurement index was undertaken and two factors were chosen. Through counting relative index, 4 representative body indexes were chosen, then through one-way ANOV and relative analysis, 4 body derived variables were determined to be clustering variables. K-means cluster was applied to classify the figure type and the optimal number of clusters was determined by Mix-F statistics, then the 447 preschool girls were subdivided into 3 types: A-type featured with small bust girth while large hip girth, V- type featured with large bust girth while small hip girth, and the H-type in between. The number and age distribution of the three types of body figure differences, by number in descending order: H- type, A-type, and V-type, meanwhile, H-type and A-type were main figure types, respectively, for 3 to 5 year-old , 5 to 6-year-old preschool girls.

Southwest China female undergraduates’ cognition of brassier and related reasons

Wei-Hong LIANG

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  117-121. 

Abstract ( 595 )   PDF (1071KB) ( 337 )   Save

Related Articles | Metrics

Abstract This article did some analysis on the Brassieres’ cognition and reasons of 200 junior undergraduate female students born and grown up in southwest area from both on psychological and physiological aspects. The result shows, in the aspect of psychology, because of the influence of cultural background and lack of psychological guidance on breast development, 74.5% female students would feel embarrassing when first wearing brassieres. In the aspect of physiology, the community did not pay sufficient attention to popularize the basic knowledge of brassieres between the female adolescent and the particularity of students, which lead this group could not accept professional knowledge and the cognition is limited. As a result, 86% female students did not know when to wear brassieres, 79.5% have the experience sleeping with brassieres, and 46% could not distinguish the size of brassieres.

Three dimensional flow field numerical simulation and analysis of compact spinning with perforated rollers

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  122-126. 

Abstract ( 929 )   PDF (1228KB) ( 257 )   Save

Related Articles | Metrics

In this paper, using Fluent to analogue simulation to compact area airflow of compact spinning with perforated rollers，it can analyse and evaluate the air current distribution vividly and intuitively，quantitative analyse the characteristics of static pressure and distribution rules of velocity in the compact zone. The results indicate that static pressure increasing gradually from the wall of round hole to the centre of the round hole, and the round hole static pressure at air suction slot centre line is greater than other position. The air movement is not isolated between two round holes, the airflow of low position is affected by round hole, every axial velocity presents waviness with round hole turns up intervallic. The airflow of high position is more stable, every axial velocity hasn’t intervallic saltation.

Image-based non-contact measurment method of fabric moving speed

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  127-130. 

Abstract ( 569 )   PDF (989KB) ( 260 )   Save

Related Articles | Metrics

The moving speed of fabric is an important technical parameter in textile industry. Troditionally, we measure this speed by touching the fabric. To eliminate the meterage error caused by the slippage between fabric and idler pulley, the paper puts forward untouch meterage technique. The grayscale of fabric’s surface texture is stochastic, the paper gets the fabric’s speed just by acquiring the surface texture’s image and acquire the grayscale information by High Speed Linear CCD Camera.Because the adjacent two images’s waveforms are similar but there are displacement between them,so calculates the displacement by cross correlation arithmetic, combined with the time between two images, the paper gets the fabric’s moving speed. To culculate late the speed more acurately the paper adopts Gauss Curve to fit cross correlation’s peak value and put forward the fitting formula. Thus the paper gets the moving speed to sub-pixel level. The arithmetic’s feasibility and accuracy has been validated through experiment.

Design and 3-D simulation of  warp-knitted jacquard towel fabrics

Xiu-Li LI Ai-Jun ZHANG

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  131-136. 

Abstract ( 1001 )   PDF (1368KB) ( 364 )   Save

Related Articles | Metrics

In order to realize the fast design and simulation function of jacquard warp-knitted towel fabric, CAD design model and 3D geometry model of jacquard warp-knitted towel fabric is studied in understanding the basis of the principle of this fabric. Design models which include ground structure model and jacquard structure model are built by mathematical matrix method. 3D geometry model which include ground structure geometry model and terry geometry model are built by using the theory of NURBS curve and curved surface. With visual C++ for development tools and combined with OpenGL graphics libraries, the CAD design and simulation function of jacquard warp-knitted towel fabric are finally realized in the CAD system.

Fabric defect detection of statistic aberration feature based on GMRF model

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  137-142. 

Abstract ( 994 )   PDF (1393KB) ( 375 )   Save

Related Articles | Metrics

The GMRF texture model is imported to detect fabric defect automatically in this paper. Firstly, GMRF texture model is introduced and evaluate the parameter of this model. Then, the aroused GMRF model is applied to operate simulation experiment, which test the accuracy of parameter evaluation algorithm and texture synthesize algorithm. Finally, the detecting workflow is designed for fabric defect and detected the real defect fabric automatically. It shows that GMRF model can be used to detect statistic aberration defect which existing the surface of fabric keenly.

 Development of apparel  process flow diagram design software based on VC++

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  143-147. 

Abstract ( 1043 )   PDF (992KB) ( 396 )   Save

References | Related Articles | Metrics

The method of design clothing process flow is different from the specialized clothing CAPP system. It creats an independent clothing process flow diagram design module by VC++ programming and the process is simple and quick. Making a the EXCEL form of the process flow of the apparel styles or components by specific requirements at first，and then calling the EXCEL form into the process flow chart software based on VC++, and through reading, recognizing and judging the data in the known process flow form, the software can design apparel process flow chart quickly and efficiently. In this article, it introduces the methodology of the software development and the implementation procedure of the process flow chart design. Otherwise, giving some of the codes, and the software was put into practice in a garment company, and the effect turned out well.

Analysis of factors affecting cutting scheme based on analytical hierarchy process

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  148-152. 

Abstract ( 675 )   PDF (860KB) ( 280 )   Save

Related Articles | Metrics

In order to determine the key factors of cutting scheme, the analytic hierarchy process has been adopted. A systematic AHP model which contains 3-hierarchies with 5 types and 22 factors, was established, based on analyzes the effect factors of cutting scheme by the practical production. And designed an investigation table about the importance of the effect factors, and send to garment enterprise specialists. And through specialists’ investigation some judgment matrixes constructed which satisfy the consistency. Using the AHP calculation rules of to calculate the weight of each factor, and the results show that quantity, repeat, ply count, lay, and spreading length are the key factors of cutting scheme, which provides quantitative foundation and for cutting scheme.

Research progress of recycled use of waste textiles

JOURNAL OF TEXTILE RESEARCH. 2013, 34(4):  153-160. 

Abstract ( 828 )   PDF (2363KB) ( 819 )   Save

Related Articles | Metrics

If the textiles scrap which come from the process of manufacture and consumption can’t be availably recycled, it will result in the tremendous resources waste and environmental pollution. Aiming at this problem, from the aspects of the disassembling with machine, hydrolyzing, melting, high temperature decomposing and firing, this paper summarizes the development of textile waste application on a good many fields, such as the recycled fiber spinning, nonwoven, preparing polymer composite, reinforcing concrete and soil, paper making, preparing cellulose materials , keratin materials, grain alcohol and methane, textile auxiliary and active carbon, and utilizing heat energy and etc. It provides some suggestions for the problems appearing in the process of textile waste recycle, and provides reference for the more development of textile waste recycle in China.