subject: Narrow Domestic And International Gap In Crusher [print this page] In recent years, with some new theory of mine production and materials processing, users want granular ore in the broken phase as much as possible to get finer granularity, fragmentation and better products. In addition, as the phenomenon of global mineral depleted, under the premise to maintain or increase the amount of a variety of metals and non-metallic mineral ore amount required to deal with the greatly increased, higher demands on broken equipment, is also facing more big challenge. No doubt, behind the existing jaw crusher can not afford the production tasks of the new era, we must develop high-performance, low power consumption of the new jaw crusher.
Abroad from late last century, the use of computer simulation technology to optimize the jaw crusher bodies, cavity type, yield, and wear, developed with no plug point, low height, light weight, good product grain shape, high yield high new jaw crusher performance, low power consumption, which greatly improves the performance of the crusher, shorten product development cycles, improve the market competitiveness of products. However, domestic Simulation and Optimization of the jaw crusher is mainly limited to specific models of jaw crusher to prepare the corresponding program to optimize the design of these programs are mostly poor reusability, can only solve specific problems in specific models. However, the crusher optimized content is constantly changing according to different customer requirements, thus Simulation and optimization of the design work often have to repeat a large number of programming cumbersome, time consuming, but also extend the product development cycle. This paper attempts to take advantage of advanced kinematics and dynamics simulation design tool for rapid development of the new jaw crusher, simulation and optimization design of mechanical design parameters, thereby greatly reducing the workload of a simulation designed to shorten the product development cycle, improve The simulation model reuse rate. In this paper, advanced kinematics and dynamics simulation to optimize the design of software ADAMS simulation and optimization design of the new compound pendulum jaw crusher organizations, whose main task is to optimize the crusher to the row entrance and exit of horizontal and vertical stroke and stroke characteristic coefficient, which improve the handling capacity of the crusher to reduce the weight of the crusher, and enhance the structural strength of the crusher, reducing crusher liner wear, thus greatly improving the performance of the crusher.
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