NOVELTY - Bacterial liquid coating machine with forced air drying function comprises a feed chute (1), a feed chute controller (2), a rotating rod of the feed chute controller (3), an atomizing chamber (4), an air drying box (5), a discharge hole, a liquid storage tank, a liquid inlet pipe, a liquid inlet pipe valve, a jet pump, a return pipe, a support and an air blower. The body and components of the machine are made up of acid/alkali-resistant stainless steel. The feed chute and the atomizing chamber are welded and fixed to the support. The atomizing chamber is located under the feed chute.    USE - The bacterial liquid coating machine with the forced air drying function is useful for producing granular bacterial manure.    ADVANTAGE - The bacterial liquid coating machine is scientifically designed, avoids drawbacks of the existing technology, has simple structure, ensures easy operation, low energy consumption and high production, and realizes high industrialization feasibility.    DETAILED DESCRIPTION - Bacterial liquid coating machine with forced air drying function comprises a feed chute (1), a feed chute controller (2), a rotating rod of the feed chute controller (3), an atomizing chamber (4), an air drying box (5), a discharge hole, a liquid storage tank, a liquid inlet pipe, a liquid inlet pipe valve, a jet pump, a return pipe, a support and an air blower. The body and components of the bacterial liquid coating machine are made up of acid/alkali-resistant stainless steel. The feed chute and the atomizing chamber are welded and fixed to the support. The atomizing chamber is located under the feed chute. The outlet of the feed chute is directly opposite to the inlet and the outlet of the atomizing chamber. The outlet of the atomizing chamber is connected with the air drying box. The lowermost end of the air drying box is opened with the discharge hole. The back side of the air drying box is equipped with the air blower. The air blower is capable of forcing natural air into the air drying box. The jet pump is arranged over the liquid storage tank, and is connected with the liquid inlet pipe. The liquid inlet pipe is divided into two outer parts, which enter into the atomizing chamber. The liquid inlet pipe valve is arranged at the liquid inlet pipe. The return pipe is arranged under the end of the atomizing chamber close to the liquid storage tank. The return pipe is also connected with the liquid storage tank. The feed chute controller is located at the lowermost end of the feed chute. The feed chute controller comprises a feed chute controller baffle and the rotating rod of the feed chute controller. The angle of the baffle is controlled by the rotation of the rotating rod of the feed chute controller, i.e., by the control of the outlet flow of the feed chute.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the bacterial liquid coating machine with the forced air drying function for producing granular bacterial manure.    Feed chute (1)    Feed chute controller (2)    Rotating rod of the feed chute controller (3)    Atomizing chamber (4)    Air drying box (5)