Organic waste disposal machine

Abstract

The invention discloses an organic waste disposal machine, which comprises a main frame and fixed panels for outer surfaces of the main frame, wherein the upper panel is provided with a flip cover with a seal; a display screen is arranged on the left side of an upper panel; the upper part of a lateral panel is provided with a water inlet and an air outlet hole, and the lower part of the lateral panel is provided with a water outlet; the water inlet, the air outlet hole and the water outlet are connected with a deodorization tower; the lower part of the front panel is provided with a discharge port with a seal; a reaction cabin is arranged in the main frame; a stirring shaft is arranged in the reaction cabin and comprises a poke shaft; the poke shaft is provided with blades; heads of the stirring blades at the two ends of the poke shaft are provided with main boards which are perpendicular to the blades; and the main boards are distributed on the two sides of the blades, wherein one side of the main boards is short, and the other side of the main boards is in contact connection with the poke shaft. In the invention, waste and decomposing bacteria are put into the reaction cabin according to a certain proportion and are uniformly reacted in a constant-temperature continuous stirring process, so that the organic waste is converted into useful organic fertilizer, and secondary pollution is avoided.

Description

technical field [0001] The invention relates to a waste processing machine, in particular to an organic waste processing machine. Background technique [0002] With the rapid development of society, environmental protection issues have increasingly attracted the attention of the whole society, especially for the reduction, harmlessness and recycling of organic waste such as kitchen waste. Relevant government departments have formulated relevant laws, regulations and policies. At present, known organic waste treatment equipment such as kitchen waste generally uses microbial treatment agents to quickly convert organic waste into organic fertilizers through fermentation and other functions at a set temperature. The temperature of the material is usually heated by a composite electric heating plate on the outer wall of the treatment tank or directly heated by steam into the tank. The use of electric heating, due to the large power consumption and high operating costs, cannot p...

AI Technical Summary

Problems solved by technology

The use of electric heating, due to the large power consumption and high operating costs, cannot produce economic benefits under market economic conditions, and is difficult to apply in practice; the use of direct steam heating, due to uneven force on the material, the temperature is too high, the place Microorganisms are easily burned to death, and where the temperature is too low, the microorganisms there cannot work

Due to uneven heating, it is easy to generate secondary pollution such as odor and waste water during the treatment process, which directly affects the treatment effect

[0003] Not only uneven heating will affect the treatment effect, but also if the stirring is uneven during the reaction process, the treatment effect will also be affected, and secondary pollution is more likely to occur

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