Well cellar quantitative fertilization integrated device

Abstract

The invention relates to the technical field of agricultural machinery and particularly relates to a well cellar type integrated quantitative fertilizing device for punching for transplanting plantlets into ridges and carrying out quantitative fertilization. The well cellar type integrated quantitative fertilizing device is high in efficiency, convenient to use and beneficial to the rapid building of a well cellar and the quantitative fertilization. By combining a crank connecting rod theory, the well cellar type integrated quantitative fertilizing device capable of directly building the well cellar on the ridges and carrying out the quantitative fertilization is designed and has the advantages of accuracy in fertilization, convenience in use and high working efficiency. According to the well cellar type integrated quantitative fertilizing device, the requirements on the rapid and efficient building of the well cellar and the quantitative and accurate fertilization in the transplanting process of tobacco plantlets are met, the problems of difficulties in transplantation and fertilization can be effectively solved, the labor is saved, and the working efficiency and the operation quality are improved; the quantitative fertilization and the building of the well cellar can be simultaneously finished. The well cellar type integrated quantitative fertilizing device is necessary agricultural equipment in modern agricultural standardized operation of tobacco.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular to a cellar-type quantitative fertilization integrated device for transplanting and punching seedlings on a ridge and quantitative fertilization. Background technique [0002] "Transplanting link" and "fertilization link" are important operating links in the agricultural management process. In the operation process of transplanting machinery, manual operation is generally used, which is labor-intensive, inefficient, time-consuming and labor-intensive. Especially along with the popularization of the transplanting method of tobacco planting seedlings, the problems of quick transplanting and precise fertilization need to be solved urgently. [0003] Chinese Invention Patent Application 201110388595.9, titled "Transplanting Flue-cured Tobacco Seedlings Without Mulch-Film Well Cellar", provides a method for transplanting tobacco seedlings, specifically involving ridges, m...

AI Technical Summary

Problems solved by technology

However, during the whole operation process, operations such as digging wells and fertilizing on the ridge are time-consuming and labor-intensive, which are directly related to the growth environment of tobacco seedlings in the later stage

[0005] Chinese utility model patent 201320028964.8, titled "a hole-piercing device for transplanting flue-cured tobacco", and Chinese utility model patent 201220430100.4, titled "portable flue-cured tobacco seedling transplanting and punching machine", which can effectively carry out punching operations, Compatible well with cellar transplanting operations, but fertilization still needs to be done manually

[0006] However, the existing quantitative fertilization devices or quantitative fertilization devices can only perform fertilization operations, and cannot effectively combine well drilling and quantitative fertilization

[0007] Chinese invention patent 201210074377.2, titled "A Hole-Punching and Fertilizing Integrated Machine for Transplanting", which can realize the functions of hole-punching and quantitative fertilization, but it is mainly used for flat land operations and is not suitable for operations on ridges

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