The self-propelled cow manure and livestock manure dumping machine does not need to build grooves. The fertilizer can be stacked in long strips on the ground, with a reasonable design and a driver’s cab. The transmission is all made of a hard toothed reducer and a specially designed gearbox, which is reliable in quality, with few faults and convenient maintenance. This machine can be operated in open outdoor areas or in workshop greenhouses. This saves users on the civil engineering investment required for laying grooves and reduces costs for them.
The working principle of the self-propelled cow manure and livestock manure dumping machine is as follows: During the operation of the crawler type dumping machine, the entire vehicle rides on a long strip of fertilizer foundation that has been pre stacked. The fertilizer base raw materials are mixed, fluffy, and moved by a rotating knife shaft hung under the frame, and after passing by, they are tampered with into new strip piles. During the flipping process, the material is picked up by a high-speed rotating drum and moved back a certain distance. Therefore, during the flipping process, the flipping machine can break up and crush the material, and take away some moisture.
The structural characteristics of the self-propelled cow manure and livestock manure flipping and throwing machine are as follows:
1. The use of tracked walking requires less land occupation, flexible turning, and can turn around in place, improving the utilization rate of material storage areas.
2. The overall structure of the machine is reasonable, with good rigidity, balanced force, concise, sturdy, easy to operate, and strong applicability to the site. Except for the sturdy frame, all components are standard parts, making it easy to use and maintain.
3. The crawler type tipping machine has a wide range of applications and can be used in various scale organic fertilizer plants of large, medium, and small sizes. The crawler hydraulic tipping machine has a large processing capacity and is mainly used in large organic fertilizer plants.
4. When divided by processing capacity, it can be divided into 2.4 meter tipping machines, 2.6 meter tipping machines, 3 meter tipping machines, etc. (The number of meters mentioned here refers to the width of compost that the tipping machine can handle).