This utility model relates to the field of tea
processing and discloses a tea sorting device, including a casing, a feeding port, a waste conveying port, a cylinder, a left vertical plate, a right vertical plate, a
sieve plate, a fixed plate, a partition plate, a waste conveying plate, an
abutment plate, a vibrating motor, and an auxiliary turning
assembly. In use, initially, the cylinder
piston rod extends, causing the
abutment plate to contact the fixed plate and the
sieve plate, enclosing the tea in the sieving space. The tea is fed vertically from the feeding port through the material passage into the sieving space. The vibrating motor is activated, causing the
sieve plate to vibrate and disperse the tea. Impurities are shaken onto the waste conveying plate and output from the waste outlet. The auxiliary turning
assembly is activated to continuously agitate and turn the tea. After sieving, the cylinder
piston rod retracts, opening the sieving space. The vibrating motor continues to vibrate, causing the tea to fall through the space for
air separation, thus achieving the tea sorting process. This utility model has the advantages and effects of thorough tea sorting, high efficiency, and wide adaptability.