INVESTIGATION DESIGNS COMBAT MECHANISM OF THE SHUTTLE LOOM FOR THE MANUFACTURE OF TECHNICAL FABRICS
Developed and described two constructions combat mechanism of the shuttle loom for the manufacture of technical fabrics driven one and two servomotors, in the computer environment modeled and investigated solid models of proposed designs combat mechanism. Drawn up cycle of the proposed designs combat mechanism, provides coordinated work of mechanisms of the surf and paving the duck, as well as made a comparative analysis of the results and given appropriate recommendations. As a medium for the design of solid models of the proposed designs combat mechanism SolidWorks software package was used. For engineering analysis of the obtained models used the application module SolidWorks Motion Simulation. Comparative analysis of the results showed that design of using two servomotors as compared with the design with a one servomotor consumes 2.7 times less energy, namely 1436 watts.