Improvement of Light Industry Parts Processing Method by Fringing Operations Automation
The article discusses principles and methods of processing edges/cuts of light industry products parts, presents the most commonly used types of seams for edging parts, devices and devices that allow for edging operations. One of the significant disadvantages of the edging elements discussed is their non-versatility, as well as the problem associated with the unsynchronous advancement of the edging strip and the workpiece, which affects the uniformity of the stitch length, and therefore the quality of the resulting stitch. In this regard, the purpose of this article is to improve the method of advancing the fringing strip and the workpiece, to achieve uniformity of stitch length to ensure consistent stitch quality, to enhance the processing capabilities of the edge/slice edging devices of the workpiece by using fringing materials of various structures and properties, including materials with high surface density. In accordance with the set goal, the following tasks are solved in the work: analysis of devices used for fringing operations, identification of their fundamental shortcomings; Consideration of the reasons that make fringing operations difficult; improved method of processing edges/cuts of parts of articles; development of accessory with extended technological capabilities to improve quality of part edging.