The existing material conveyors
are in fixed single-line arrangement form, and their discharging points are only limited to the straight-line layout path range of the material conveyor, and the materials can only be unloaded below the straight-line layout path range of the material conveyor, resulting in low site utilization rate. In order to realize discharge at multiple locations in the whole field, it is necessary to use multiple single-line arrangement of material conveyors to connect each other to form a multi-line combination of material conveyors. However, the cost of multiple single-line arrangement of material conveyors is high, and the installation and maintenance is difficult.
The technical problem to be solved by the rotary conveyor is to overcome the shortcomings of the existing technology, and to provide a rotary conveyor with flexible discharge, which can improve the utilization rate of the site, save costs, reduce the space occupied by the equipment and facilitate installation and maintenance. The rotary conveyor comprises a belt conveying device and a rotary platform installed on the base, the belt conveying device is installed on the rotary platform, the rotary conveyor also includes a rotary drive component for driving the rotary platform rotation.
Compared with the existing conveyor, the advantages of the rotary conveyor are:
The belt conveying device of the rotary conveyor can change the direction of arrangement with the rotation of the rotary platform driven by the rotary driving component. The material can be transported to the surrounding area with the rotary platform as the center, so as to realize flexible discharge in multiple positions and improve the utilization rate of the site. Compared with the traditional multi-line combination material conveyor, it only needs to use a belt conveying device, the need for less conveying equipment, can greatly save costs, reduce the equipment occupy space, and easy to install and maintain.