An automatic dust-controlling
silo relates to the field of container technology for storing or transporting objects or materials. It includes: a
silo body with a feeding section, a main body section, and a funnel section; a
rapping device disposed on the outer wall of the funnel section, the
rapping device comprising at least two sets of circumferentially evenly distributed pneumatic
impact components; and a back-blowing material dispersing ring
pipe disposed on the outer wall of the funnel section, the back-blowing material dispersing ring
pipe having a plurality of air holes evenly distributed circumferentially, the air holes communicating with the interior of the funnel section. This invention uses the axially evenly distributed
rapping device in the funnel section to loosen materials and clumps adhering to the
silo wall through
mechanical impact. Combined with the high-pressure
airflow released by the back-blowing material dispersing ring
pipe, it further removes residual
powder, disrupts
electrostatic adsorption, and inhibits secondary bridging, forming a synergistic clearing
closed loop of rapping followed by blowing.