Plant protection agent box supporting structure of all-directional subsoiler

Abstract

The invention discloses a plant protection agent box supporting structure of an all-directional subsoiler. The plant protection agent box supporting structure comprises a supporting plate which is mounted on a plough arc-shaped plate side wall of a subsoiling plough point assembly; a corrugated board is mounted at an upper end of the supporting plate; a mounting seat for a plant medicament box is mounted at the upper end of the corrugated board; a perforated hole for a plant medicament box conveying pipe is formed in the mounting seat; limiting rings for the conveying pipe are arranged on the wave crest and wave trough of an upper end face of the corrugated board respectively; a placement groove for the conveying pipe, which is obliquely and downward arranged toward one side of a plough arc-shaped plate, is arranged on a front end face of the supporting plate; a liquid transportation pipe switch fixing seat is arranged at an upper end opening of the placement groove. The structure disclosed by the invention is novel in design and can ensure firmness and shock resistance after the plant medicament box is mounted; the plant protection agent box supporting structure is convenient to use, and plant protection work in a crop growth process is saved; pollution to the atmospheric environment, caused by the plant protection work in the crop growth process, is effectively avoided; the planting efficiency of crops is improved and the prevention and control work of plant diseases and insect pests of the crops is improved.

Description

[0001] Technical field: [0002] The invention relates to the field of omnidirectional subsoiler manufacturing, in particular to a plant protection agent box support structure of the omnidirectional subsoiler. [0003] Background technique: [0004] At present, the all-round subsoiler on the market only has the function of subsoiling, subsoiling and crushing the dry land, preventing water and soil erosion, breaking the plow bottom layer, which is beneficial to the growth of crops, increasing the fertility of the land, and improving the growth of the root system of crops. environment of. [0005] Although my country has provided financial and material support for the subsoiling operation of the land, it has a lot of help in preventing soil erosion, increasing the fertility of the land, and improving crop yields; The loosening machine adopts imported foreign technology and does not have the function of plant protection. If it is necessary to install a plant medicine box to ensure...

AI Technical Summary

Problems solved by technology

[0005] Although my country has provided financial and material support for the subsoiling operation of the land, it has a lot of help in preventing soil erosion, increasing the fertility of the land, and improving crop yields; The loosening machine adopts imported foreign technology and does not have the function of plant protection. If it is necessary to install a plant medicine box to ensure that the plant medicine is sprayed in the soil after the deep loosening process and further improve the growth environment of the crops, a reasonable design is required. The structure to ensure the installation of the plant medicine box

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