SIMULATION VENEER PRODUCTION PROCESS IN ROTARY MOTION

Abstract

Need of woodworking enterprises, furniture plants, and  plywood mill in veener grows day by day. Some new technologies to produce veneer are elaborated. The technologies allow to improve the quality of the product and its look, but the problem of energy intensity decrease, equipment productivity improvement, and  reduction of production cost was drained. The problems of the equipment to produce veneer are considered in the paper. They are  high steel intensity and enetgy intensity. An engineering solution  is described. The solution makes it possible  produce veneer by the combined wood cutting and solve the existing problems in the  considered area of production. Combined wood cutting  is a way of veneer slicing in rotary motion. The way minimizes noncutting, helps to improve the equipment productivity,  and reduce steel intensity due to the absence of  RINK system (a system of conveyer to move the wainscot around the machine). An information-logical model of the offered slicing machine was presented in the form of the complete circuit diagram as well as the  formula of productivity, which is applicable to the practical use, was obtained.