Implementation of the Cloud Computing on the Real-Time Sewing Path Designing System
—Broidery CAD software has been widely used in the sewing pattern design by the broidery industry. All the Broidery CAD software is installed onto the computer of the swing machine company that offers the designing tool solely for the sewing pattern designer. The users of the swing machine are rejected by using the pattern design software due to no connection between the sewing machine and the computer loaded with the broidery CAD software. https://vssewingmachine.in/ The swing machine users can not obtain the instant response from the broidery company. In this study, we propose an integrating real-time sewing path designing system that based on the concept of the cloud computing to allow different sewing machine users with different operating system to be able to connect to the company server to either retrieve the sewing path data or upload the new swing image or pattern by the Internet communication.
The proposed system includes an application server that will perform the calculation function of converting the user desired sewing pattern into the sewing path and the stitch coordinates that can be fed into the sewing machine. The proposed system will change the conventional single-directional way of using the sewing pattern design process. By the cloud computing server, multiple users can share the sewing path data and modify the existing sewing path in the real-time manner. This provides a new way to solve the problem with no communication between designer and user and offer a creative way to enhance the functionality of the broidery machine.
Automatic sewing machine has been broadly used in the household and industry. It provides a fast way to apply the pattern sewing on the cloth. Designer utilizes the computer software to create the new patter and convert it into the stitch coordinates to form the sewing path that can be read by the automatic sewing machine. This whole process results in the broidery CAD software system. In the conventional way of designing the sewing path, people place the pattern on a board with the grid covering on the surface of the board and record every stitch coordinate manually. Sewing Machine Price in Chennai The collection of each stitch coordinate forms the sewing path that can be input into the sewing machine. Nowadays, the implementation of the broidery CAD system provides a convenient way to develop the new sewing pattern [1,2]. Designer selects the image figure and feeds into the system. Then, the system will convert the figure into the coordinate data automatically. This automatic conversion process greatly reduces the workload of the designing process and largely improves the accuracy of the coordinate data. The drawback of this system is less of communication between the CAD system and the user of the sewing machine due to the broidery CAD system installed solely on the designer’s computer. The user of the sewing machine can only select the sewing pattern provided by the pre-installed sewing path on the sewing machine. This one-way functionality of the sewing machine will be longer satisfying the ever-increasing desires from the users. This paper will propose a diverse way to the design process that utilize the concept of the cloud computation to setup a platform for the designing process to involve multi- users on the designing process. This will increase greatly on the quality and diversity of the sewing pattern.
The CAD designing tool has been incorporated into the broidery industry to help designer with the sewing path design. The sewing path designing software has to be installed on the local computer that can only access by the designer. In order to change the conventional way to the designing process, this study proposes a naive system for designer and user to able to work together in the real-time manner. Two new operation functions are proposed by this paper that can be added into the automatic sewing machine: 1) The sewing machine can access server database to obtain unlimited number of the sewing path. 2) User can modify the sewing path through the touch panel on the sewing machine.
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