Multi-layer, intelligent and environment-friendly breeding structure for meat waterfowl

A multi-layer, intelligent and environment-friendly breeding structure for meat waterfowl, comprising house bodies, a manure treatment room, staircases and feeders, wherein a plurality of house bodies are arranged;

• one side of each of the plurality of house bodies is provided with each of the staircases, and each of the staircases is communicated with each of the house bodies;
• the manure treatment room is arranged at rear ends of the house bodies, a fermentation mechanism is arranged in the manure treatment room, and the feeders are arranged at front ends of the plurality of house bodies;
• a bottom end net bed and an upper layer net bed are fixedly connected in each of the house bodies, and the upper layer net bed is located above the bottom end net bed;
• a plurality of manure dropping mechanisms are arranged side by side between the bottom end net bed and the upper layer net bed, and the manure dropping mechanisms are fixedly connected with each of the house bodies;
• conveying mechanisms are arranged on both sides of each of the manure dropping mechanisms, and one of the conveying mechanisms is shared between two adjacent manure dropping mechanisms;
• the conveying mechanisms are fixedly connected at a top end of the bottom end net bed, and a plurality of conveyor belt conveyors are arranged side by side below the bottom end net bed;
• a transfer mechanism is arranged at one side of each of the house bodies, and the transfer mechanism is used for collecting manure on the conveyor belt conveyors and the conveying mechanisms and transporting the manure to the fermentation mechanism;
• feeding mechanisms are arranged above the bottom end net bed and above the upper layer net bed, and the feeding mechanisms are fixedly connected with each of the house bodies, and each of the feeders is communicated with the feeding mechanisms;
• and a ventilation mechanism is installed on each of the house bodies;
• each of the manure dropping mechanisms comprises a first smooth plate and a second smooth plate located between the bottom end net bed and the upper layer net bed;
• polished rods are fixedly connected to each of the house bodies, and one side of the first smooth plate and one side of the second smooth plate are both rotatably connected to one of the polished rods, and two sides of one of the polished rods are symmetrically provided with first winders, and the first winders are fixedly connected with each of the house bodies;
• the first winders are wound with first pull ropes, an end of one of the first pull ropes is fixedly connected with an other side of the first smooth plate, and an end of an other of the first pull ropes is fixedly connected with an other side of the second smooth plate;
• washing mechanisms are arranged above the first smooth plate and the second smooth plate respectively, and each of the washing mechanisms comprises a shower pipe;
• the shower pipe is fixedly connected with each of the house bodies, and a bottom end of the shower pipe is fixedly connected with a plurality of spray heads, and the plurality of spray heads are all communicated with the shower pipe;
• the transfer mechanism comprises a manure collection tank arranged at one side of each of the house bodies, and the conveyor belt conveyors and the conveying mechanisms are communicated with the manure collection tank;
• a liquid level sensor is fixedly connected to an inner wall at a top of the manure collection tank, a conveying pump is fixedly connected to a bottom end of the manure collection tank, and a discharge end of the conveying pump is fixedly connected with a conveying pipeline;
• an end of the conveying pipeline is positioned above the fermentation mechanism, and an outer wall at the end of the conveying pipeline is fixedly connected with an infrared sensor;
• a controller is fixedly connected to a side wall of each of the house bodies, and the conveying pump, the liquid level sensor, the infrared sensor and the fermentation mechanism are all electrically connected to the controller;
• the conveying mechanisms comprise conveying grooves, wherein the conveying grooves are fixedly connected to the top end of the bottom end net bed, the conveying grooves are arranged respectively on both sides of each of the manure dropping mechanisms, and one of the conveying grooves is shared between two adjacent manure dropping mechanisms;
• a screw conveyor is fixedly connected in each of the conveying grooves, and the conveying grooves are communicated with the manure collection tank;
• the fermentation mechanism comprises fermentation tanks fixedly connected to a bottom end of the manure treatment room, wherein a fermentation bed is laid at a bottom end of each of the fermentation tanks, and a rake-turning machine is erected at a top end of each of the fermentation tanks;
• a manure hopper is hinged at a top end of the rake-turning machine, and the end of the conveying pipeline is located above the manure hopper, and a hydraulic cylinder is arranged between the manure hopper and the top end of the rake-turning machine;
• one end of the hydraulic cylinder is hinged with the rake-turning machine, and an other end of the hydraulic cylinder is hinged with the manure hopper, and the rake-turning machine is electrically connected with the controller;
• the rake-turning machine comprises a frame, wherein the hydraulic cylinder and the manure hopper are both hinged at a top end of the frame;
• a rack is fixedly connected at the top end of each of the fermentation tanks, travelling gears are rotatably connected at both sides of the frame respectively, and each of the travelling gears is meshed with the rack;
• a rotating roller is arranged below the frame, a plurality of rake-turning teeth are fixedly connected on the rotating roller, and a driving motor and a rotating motor are fixedly connected at the top end of the frame;
• the driving motor and one of the travelling gears, the rotating motor and the rotating roller are respectively in transmission connection through belts, and the driving motor and the rotating motor are electrically connected with the controller.