Needle Location Algorithm Zig Zag Sewing Machine - VS SewingMachine
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The software with the user graphic interface has been developed for the sewing path design in the embroidery industry. This new version of software is an advanced version of the last one and is incorporated many advanced new functions. The main purpose of the software is to create an easy and painless environment for the designer to create their own artistic sewing pattern with suitable sewing path. The resulting sawing path will be automatically transformed into a file with the absolutely or relatively coordinate value of each stitch point on the sewing path. The coordinate file will feed into the embroidery machine for the recreation of the design pattern on the surface of the product. Commercial graphic software does not provide the suitable function to transform each stitch point into their respective coordinate values. This drawback is resulted in the transformation process to be done by hand and by means of measuring each stitch point by designer - one point by one point. Most of the designed sewing pattern will involve more than hundreds of stitch points. It is a tedious and error-prone process for the designer and will deprive most of the design time away from the designer. This software will provide an immediately help for the designer to do the painful work of the process of the coordinate transformation. This will leave the designer to focus only on the artistic pattern design. Sewing Machine Showroom in Guindy
With the intense globalization of the world economy and
the rapid transferring of the global manufacturing of industrial
sewing machine (ISM), China has become the largest base for
ISM producing since 2001 when the country entered the
World Trade Organization (WTO). Sewing Machine Showroom in Chrompet And meanwhile,
accompanied with the endless development of digital and
computer technique, power and electron technology and
control theories, the research on ISM have been focused on
higher precision, more energy-saving, lower cost, higher
speed, multiple-function and more intelligence . As the
result, it is significant to develop such a kind of digital ISM
servo system based on computer control with high
performance.
This paper focuses on the image processing part, including
the image acquisition and model-based registration/adaptation.
On the most abstract level, it can be separated into a hardware
part, consisting of the construction of the camera based
inspection system, and a software part, consisting of the image
processing and model adaptation. Read More
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