Agricultural shock-absorbing integrated crushing-dissolving device for fertilizer particles

Abstract

The invention discloses an agricultural shock-absorbing integrated crushing-dissolving device for fertilizer particles. The agricultural shock-absorbing integrated crushing-dissolving device comprisesa crushing-dissolving barrel, wherein two feed inlets are formed in the top wall of the crushing-dissolving barrel; a rotating vertical shaft is arranged in the crushing-dissolving barrel, and the axis of the rotating vertical shaft is superposed with the axis of the crushing-dissolving barrel; the lower end of the rotating vertical shaft is connected with a driving motor arranged on the bottom wall of the crushing-dissolving barrel; the outer side wall of the upper end part of the rotating vertical shaft is provided with a rotating cylinder; a liquid inlet pipe is located at the lower side of a screening web plate; the lower side of the crushing-dissolving barrel is provided with a pedestal plate; two support arms of an arc supporting seat is connected with the bottom wall of the crushing-dissolving barrel via a limited sliding mechanism; the arc supporting seat is supported by an elastomeric material; and the inside wall of the arc supporting seat is connected with the bottom wall of the crushing-dissolving barrel via damping springs. The agricultural shock-absorbing integrated crushing-dissolving device provided by the invention has simple structure, realizes multiple crushing,can improve crushing effect and avoid blockage, is high in dissolution efficiency, sufficient in dissolution, simple and fast to operate and good in practicability.

Description

technical field [0001] The invention relates to the technical field of fertilizer treatment, in particular to an integrated device for crushing and dissolving shock-absorbing fertilizer particles for agriculture. Background technique [0002] With the development and popularization of agricultural automation and mechanization, the efficiency of dissolving equipment in traditional methods of fertilization and pesticide spraying is low, and it is even more difficult to meet the needs of modern agricultural production when operating in large areas; A new technology has been developed. Using this technology to complete fertilization, disease prevention, pest control, and weeding at one time can shorten the working time. It can be designed according to the needs of crop growth, and the water and nutrients can be quantified and timed. Provided directly to crops in proportion; save labor, improve fertilizer and drug efficacy, reduce pesticide costs, and reduce the toxicity of pesti...

AI Technical Summary

Problems solved by technology

[0002] With the development and popularization of agricultural automation and mechanization, the efficiency of dissolving equipment in traditional methods of fertilization and pesticide spraying is low, and it is even more difficult to meet the needs of modern agricultural production when operating in large areas; A new technology has been developed. Using this technology to complete fertilization, disease prevention, pest control, and weeding at one time can shorten the working time. It can be designed according to the needs of crop growth, and the water and nutrients can be quantified and timed. Provided directly to crops in proportion; save labor, improve fertilizer and drug efficacy, reduce pesticide costs, and reduce the toxicity of pesticides to crops

The mixing of fertilizers or pesticides with water, especially for granular solid fertilizers, has a long dissolution time, uneven mixing, and easy blockage.

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