Tobacco seedling transplanting and measured fertilizer applying machine

Abstract

The invention provides a tobacco seedling transplanting and measured fertilizer applying machine, and relates to the field of tobacco mechanical planting. The tobacco seedling transplanting and measured fertilizer applying machine comprises a fertilizer loading barrel, a seedling planting cylinder, a handle assembly, a linking assembly, a ground breaking assembly, a measuring assembly and two fertilizer applying assemblies, wherein the handle assembly and the ground breaking assembly are connected with the seedling planting cylinder; the handle assembly is arranged at one end of the seedling planting cylinder; the ground breaking assembly is arranged at the other end of the seedling planting cylinder; the two fertilizer applying assemblies are arranged at one end adjacent to the ground breaking assembly, of the seedling planting cylinder, and are symmetrically arranged relative to the seedling planting cylinder; and the measuring assembly is connected with the seedling planting cylinder and the two fertilizer applying assemblies, and can be used for measuring the capacity of applied fertilizer. Through the adoption of the tobacco seedling transplanting and measured fertilizer applying machine provided by the invention, synchronously realizing two important links of tobacco seedling transplanting and measured fertilizer applying can be met; and the tobacco seedling transplantingand measured fertilizer applying machine is simple and light and easy to operate, labor is saved, and the transplanting efficiency is improved.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a measuring and fertilizing device for transplanting tobacco seedlings. Background technique [0002] At present, crops such as tobacco are artificially raised, and then the seedlings are re-transplanted in the farmland. For transplanting seedlings, some use traditional manual methods to transplant seedlings. Artificially transplanting in the well-reclaimed trench or planting pit is not only time-consuming and labor-intensive, but also the uniformity of the seedlings is poor. In order to reduce the burden on manpower, a mechanical seedling planter appeared later, which could solve the problem of labor-intensive artificial seedling planting; in order to solve the problem of fertilization, a fertilization and transplanting machine appeared later, but the existing fertilization and transplanting machine could not realize Quantitative fertilization, the transplanted seedlings a...

AI Technical Summary

Problems solved by technology

[0002] At present, crops such as tobacco are artificially raised, and then the seedlings are re-transplanted in the farmland. For transplanting seedlings, some use traditional manual methods to transplant seedlings. Manually transplanting into well-reclaimed trenches or planting pits is not only time-consuming, labor-intensive and labor-intensive, but also the uniformity of the seedlings is poor

In order to reduce the burden on manpower, a mechanical seedling planter appeared later, which could solve the problem of labor-intensive artificial seedling planting; in order to solve the problem of fertilization, a fertilization and transplanting machine appeared later, but the existing fertilization and transplanting machine could not realize Quantitative fertilization, the transplanted seedlings are not neat enough, and the destructive power to the ridge is relatively large

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