In-greenhouse potato planter

Abstract

The invention belongs to the technical field of agricultural machinery and discloses an in-greenhouse potato planter. The in-greenhouse potato planter comprises a traveling supporting component, a furrow opener, a fertilization device, a seeding device and an earth-up component. The traveling supporting component is used for bearing and driving; the furrow opener is used for soil furrowing; the fertilization device is used for fertilization in seed furrows; the seeding device is used for seeding in the seed furrows; the earth-up component is used for earth-up compaction of the seed furrows. The fertilization device and the seeding device are arranged on the traveling supporting component, the furrow opener and the earth-up component are arranged at the bottom of the traveling supporting component, and the furrow opener is positioned in front of the earth-up component. The in-greenhouse potato planter has advantages that by adoption of a motor as a power source, labor intensity is sharply relieved, and operating efficiency is improved; furrowing, fertilization, seeding, earth-up, compaction and the like can be completed in one time, and operation times can be reduced; in addition, the in-greenhouse potato planter is simple and reliable in structure, high in practicality, convenient to manufacture, easy to popularize and apply and well adaptive to an internal operation environment of a greenhouse.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular to a potato planter in a greenhouse. Background technique [0002] At present, most of the potato planting machines in our country are large-scale machines, which are only suitable for large-scale planting and cannot meet the planting needs in greenhouses. Therefore, most of the potato planting in the greenhouse is planted by manpower. This method is not only labor-intensive, but also easily causes problems such as irregular spacing between plants and rows, and inconsistent sowing depth. The impact of this is that the sowing efficiency is low, Poor quality will seriously affect the emergence rate and yield. The existing small potato planters in China have serious leakage during sowing, and the adjustment of row spacing and plant spacing is also very limited, which leads to a great limitation in the agronomic scope of these planters. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the potato planting machines in our country are large-scale machines, which are only suitable for large-scale planting and cannot meet the planting needs in greenhouses.

Therefore, most of the potato planting in the greenhouse is planted by manpower. This method is not only labor-intensive, but also easily causes problems such as irregular spacing between plants and rows, and inconsistent sowing depth. The impact of this is low sowing efficiency, Poor quality, seriously affecting emergence rate and yield

The existing small potato planters in China have serious leakage during sowing, and the adjustment of row spacing and plant spacing is also very limited, which leads to a great limitation in the agronomic scope of these planters.

Images