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Real-Time Designing Software for the Sewing

Commercial graphic software does not provide thesuitable function to transform each stitch point intotheir respective coordinate values. This drawback isresulted in the transformation process to be done byhand and by means of measuring each stitch point bydesignerone point by one point. Most of thedesigned sewing pattern will involve more thanhundreds of stitch points. It is a tedious and error-prone process for the designer and will deprive most ofthe design time away from the designer. This softwarewill provide an immediately help for the designer to dothe painful work of the process of the coordinatetransformation. This will leave the designer to focusonly on the artistic pattern design. The software with the user graphic interface hasbeen developed for the sewing path design in theembroidery industry. This new version of software isan advanced version of the last one and isincorporated many advanced new functions. The mainpurpose of the software is to create an easy andpainless environment for the designer to create theirown artistic sewing pattern with suitable sewing path.The resulting sawing path will be automaticallytransformed into a file with the absolutely or relativelycoordinate value of each stitch point on the sewingpath. The coordinate file will feed into the embroiderymachine for the recreation of the design pattern on thesurface of the product .VS Sewing Machines

Clothes are used to protect the human body fromextreme weather and other features of the environmentIt is worn for safety, comfort, modesty and to reflectreligious, cultural and social meaning. As thetechnology advanced in the textile industry, the designmethods for broidery have been greatly changed.Traditionally, people sew the pattern one stitch by onstitch manually on their cloth. Nowadays, the newtechnology provides the automatic embroidery machinetransforms the textile product into small production,vast diversity, and high unit cost. Pattern of embroiderycan by designed digitally by the general commercialgraphical software [1-2], such as PhotoShop,CorelDraw. However, the sewing path, resulted fromthe design of pattern of embroidery, can not betransformed into the corresponding coordinate for eachstitch point. The transformation is solely relying onuser to pick up each stitch by hand and measuredmanually. This is a tedious task and error-proneprocess. This paper will propose and develop thesewing path software that will provide the coordinatetransform to design sewingpath into the absolute coordinate for each stitch pointthat coordinate will be utilized by the computer-controlembroidery machine. The sewing path software willbase on Visual Basic that is powerful development toolfor the design of window-base graphic interface andprovide many useful API functions for the advancedapplications [3-4]

Real-Time Designing Software for the Sewing

in order to provide an environment with easy designfunction, the proposed software, the sewing path designsoftware, will be based on the simple and friendlygraphic user interface. Figure 1 shows the userinterface for the beginning phase of the designingprocess. The proposed software is incorporated withcommon functions provided by the commercial graphicsoftware and embedded with the special modulesspecifically created for the purpose of the designing thesewing path.Grid processing module: the grid mesh shown onthe Figure 1 is created by the grid processing module.The proper grid density needed to be set carefully dueto its influence on the quality of the sewing path. Imageprocessing module: it is used to import the picture andplaced under the layer of the grid mesh. The adjustmentof the picture can be done by using mouse to enlarge orshrink the picture. Auto-detecting line breaking module:during the process of the sewing path, the software willindex each stitch point sequentially, draw each segmentTwobasicgridformats areincorporatedinto theproposedsoftware: 7mm and9mm. 7mm or 9mmdenotesthemaximumlengthof eachstepinYaxisproved bythe operation of the steppingmotor.Due tothecharacteristics of thestepping motor, thelimitationontheembroiderymachine for eachstepping operationwillresultinaboundingboundary.Thesewingpathdesign mustbeconfinedwithin the boundingboundary.The boundingboundaryis set on within 28 steps on theforwarddirection of thesewing pathand15 steps onthebackwarddirection of thesewing path.Iftheviolation occursduringthedesigningprocess, thesoftware will prompt for the error message and changethecolortheviolated segment for warning

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