The vertical vibration conveyor is forced to vibrate by the vibration exciter, which makes the conveying tower vibrate linearly along the vertical direction and twist around the vertical central axis. The combination of the two vibrations makes the material throw obliquely in the direction of spiral motion, forming the upward conveying process of the material along the spiral groove. Vertical vibration conveyor is composed of lifting trough, vibration motor, vibration reduction system and base. The vertical vibration conveyor is divided into two structures: trough type and closed type.

The vertical vibration hoist adopts the vibration motor as the vibration source, and the center lines of two vibration motors of the same type fixed on the lifting slot are crossed at a certain angle for installation, and do self synchronous rotation in the opposite direction. When the eccentric block of the vibration motor rotates, the component of the centrifugal force generated by each instantaneous position moves back and forth along the throwing direction, so that the whole machine supported on the shock absorber When the material falls into the feed chute, it starts to be thrown up. At this time, it can make the material fully contact with the air and also play the role of heat dissipation and cooling.

When the vertical vibrating conveyor works, according to the self synchronization principle of double vibrating motors, the vibrating motor generates the exciting force to force the whole conveying tower body to make the space compound vibration of horizontal circular motion and upward vertical motion. The materials in the spiral groove are subjected to the action of the conveying groove to make the uniform throwing circular motion and move upward along the conveying groove, so as to complete the upward (or downward) conveying of materials Homework.

To understand the advantages and characteristics of vertical vibration conveyor:

1. The product covers a small area and is convenient for process layout.

2. Low noise, simple structure, convenient installation and maintenance.

3. Materials can be transported up or down.

4. The utility model has the advantages of simple and reasonable structure, small energy consumption, saving electric energy and small wear of material groove.