Horizontal vibrating conveyor and transmission characteristics of dynamic simulation
Horizontal vibratory conveyor transfer characteristics were studied. Respectively, and virtual prototyping technology using MATLAB simulation. Horizontal vibratory conveyor is a new inertial vibrating conveyor for bulk materials for irregular conduct long and short distance transportation. Has the advantage of saving energy and environmental protection. Conveying principle for the use friction to transport materials - materials at work in the body only for gliding, using the excitation in the form of four-axis inertial shakers, four pass between gears to form a new movement mechanism, the vertical Centrifugal force is zero vertical direction, in the horizontal direction to produce a particular form of the exciting force, the material performance of motion to Power Roller Conveyorlinear motion and oscillating slightly synthesis of the two movements. The main work includes: 1. Through the conveyor actual working conditions and the working mechanism analysis, the establishment of the conveyor machine model and mechanical model, its mechanical analysis, differential equations of motion; through the analysis of materials and process trough relative motion between the proposed a judgmental type numerical solution, obtained material movement process. 2. The paper discusses the amplitude, frequency, initial phase angle, the friction coefficient of the material conveying speed vibration parameters influence the design process of the conveyor select parameters for reference. 3. Using ADAMS conveyors analysis, virtual prototyping conveyor, dynamic simulation. Further validate the conveyor transmission characteristics. 4. This paper hot water heat exchangerpresents the design of conveyor methods and procedures of some kinetic parameters of the calculation and selection, given the parameters used for engineering design and the selection formula.