四轴惯性水平振动输送机的优化研究

Optimization of four-shaft inertial and horizontal vibrating conveyer

针对基于物料滑移理论干摩擦驱动下物料的水平振动输送速度的优化问题,在改进并分段求解四轴惯性水平振动输送系统动力学模型的基础上,用缝接法研究了物料与振动输送机间的五种相对运动形式,并研究了振动输送机的频率比、偏心质量矩之比和相位差对物料输送速度的影响,取得了这三个参数的优化取值范围,为此类输送机的设计提供理论基础。

Aiming at the optimization problem of the material horizontal vibrated transportation speed under the dry friction drive in the material slippage theory, on the basis of the improved and sectional solving the dynamics model of four-shaft inertial and horizontal vibrating transportation system, five relative movement forms between material and vibrating conveyer with the joint method are studied. The influences of frequency ratio, eccentric mass moment ratio and phase difference for material conveying speed, the optimal ranges of three parameters are obtained is providing the theoretical basis for the sort of conveyer design.