Pea microbial fertilizer adding equipment utilizing isolation gas mist for cooling and moisture prevention

Abstract

The invention discloses pea microbial fertilizer adding equipment utilizing isolation gas mist for cooling and moisture prevention. The structure of the equipment comprises a base, a microbial placement box, a lead-in pipe and a microbial fertilizer stirring box. Under action of centrifugal force, weighting blocks can drive rotary frames to rotate respectively by taking tip blocks as base points,wherein the number of the tip blocks is four, and the tip blocks all face towards the inside, so that when the rotary frames turn chemical fertilizers, the tip blocks can also prevent the chemical fertilizers from caking. On the premise of soft stirring, the chemical fertilizers close to the center are also stirred, and formation of a microbial fertilizer is accelerated, so that the working efficiency is improved. A circulating water pipe and the outer wall of a box body are separated by mist collecting inclined pipes and air pipes; after a fan is started, the flow speed of an air flow insidethe air pipes is accelerated, and the air pressure is reduced; water mist of water collecting probes is subjected to strong attraction; and then the water mist can float into the air pipes. On the premise that the water pipe is isolated and direct cooling is carried out, dual cooling of the water mist and the air flow is utilized, so that cooling is relatively soft, excessive rapid cooling is prevented, and a phenomenon of peripheral damp of the chemical fertilizers is avoided.

Description

Technical field [0001] The invention is a pea microbial fertilizer adding device that utilizes isolated aerosol to cool down and prevent moisture, and belongs to the field of microbial fertilizer production devices. Background technique [0002] Chemical fertilizer is one of the necessities for the growth of peas. After adding microorganisms to the original fertilizer, it can further promote the growth rate of peas and increase the yield. Microbial fertilizers are generally manufactured through microbial fertilizer addition equipment, which requires relatively closed mixing equipment. Stirring can neutralize fertilizers and microorganisms as quickly as possible. At the same time, because the stirring is accompanied by friction, it is easy to increase the temperature inside the stirring device and affect the fermentation of microorganisms. The optimum temperature is between -3 degrees and 36 degrees. [0003] However, the existing microbial fertilizer addition equipment has the foll...

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Problems solved by technology

[0006] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide a pea microbial fertilizer adding equipment that utilizes the isolated gas mist to cool down and prevent moisture, so as to solve the problem that the stirring equipment is relatively simple, and most of them are simple horizontal plate deformation structures. The rod is the center point and rotates around it. At this time, the stirring effect of the rotating stirring blade is poor. Only at the edge can the fertilizer be stirred relatively fluidly, so that the fertilizer near the middle is hardly affected by the stirring effect, which greatly limits the parallel stirring. For the stirring effect of the device, in terms of cooling device, a circulating cooling water pipe is generally used. At the same time, the cooling water pipe directly surrounds the outside of the wall. Since the inside of the mixing box is not completely vacuum state, there is air component, so the outer wall of the mixing box is cold. If the cooling temperature is too fast, the internal air will condense into water droplets on the wall (inner wall) when it is cold, and it will be absorbed by the fertilizer on the outside (near the inner wall), which will greatly affect the neutralization effect. While cooling down, the middle fertilizer will be dry and the peripheral fertilizer will be dry. moisture problem

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