Improved agricultural device

Abstract

The invention discloses an improved agricultural device. The improved agricultural device comprises a material tank, a rotation rod and rotation blades. The upper end of the material tank is fixedly provided with a matrix. First sliding chambers, second sliding chambers located at the upper ends of the first sliding chambers and passing through the first sliding chambers, and third sliding chambers communicated with the first sliding chambers are symmetrically arranged in the left and right sides of the matrix. The interior, located at the upper and lower ends of the third sliding chambers, ofthe matrix is respectively provided with an upper storage tank and a low storage tank. A communication groove is arranged between the upper storage tank and the third sliding chambers and a communication groove is arranged between the lower storage tank and the third sliding chambers. Sliding blocks are symmetrically installed in the left and right sides of the third sliding chambers and can moveleft and right in the third sliding chambers. A rotation pin roll extending up and down is rotatingly installed in the sliding blocks. The upper end of the rotation pin roll passes through the communication groove upward and extends into the upper storage tank and the lower end of the rotation pin roll passes through the communication groove downward and extends into the lower storage tank. The upper end of the rotation pin roll is fixedly provided with an upper circular gear. An upper circular toothed disc mashed with the upper circular gear is installed in the upper storage tank. The upperend of the rotation pin roll is fixedly provided with a lower circular gear.

Description

technical field [0001] The invention relates to the technical field of agricultural equipment, in particular to an improved agricultural device. Background technique [0002] Agricultural fertilization is an indispensable and important measure in agricultural planting, and it is an important guarantee related to output and economic benefits. However, before fertilizing crops, it is necessary to mix ingredients and fertilizers with different nutrients together and use them after stirring evenly. Traditionally, the mixing of fertilizers before fertilization is done manually, which has low efficiency, strong odor, and poor stirring. Many defects such as uniformity are difficult to meet the needs of fertilization, which seriously affects the progress of fertilization. There are also many automatic stirring devices in the existing market, but their use costs are high, and the stirring parts in them are directly connected to the stirring motor. When the stirring motor is accident...

AI Technical Summary

Problems solved by technology

However, before fertilizing crops, it is necessary to mix ingredients and fertilizers with different nutrients together and use them after stirring evenly. Traditionally, the mixing of fertilizers before fertilization is done manually, which has low efficiency, strong odor, and poor stirring. Many defects such as uniformity are difficult to meet the needs of fertilization, which seriously affects the progress of fertilization. There are many automatic stirring devices in the existing market, but their use costs are high, and the stirring parts in them are directly connected to the stirring motor. When the stirring motor is accidentally turned on, it is easy to cause damage to the mixer, and it is also easy to cause injury to the operator. Therefore, the existing stirring device has poor protection performance, and there are still potential safety hazards, which need to be improved

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