An auxiliary device for rice transplanting

Abstract

The invention discloses an auxiliary device for transplanting rice seedlings, comprising: a platform, a detection group and a straightening group are sequentially arranged on the near-ground side of the platform along the length direction of the platform, and the straightening group includes a boom. A turntable is sheathed on the bottom of the boom, and at least one soil disturber is arranged on the turntable, and each soil disturber includes two kinds of functional rods, which are soil loosening rods and soil tightening rods respectively, and the functional rods are hollow tubes. The inner cavity of the hollow tube of the soil loosening rod is connected to the first chamber through a pump, the hollow pipe inner cavity of the soil tightening rod is connected to the second chamber through a pump, and the functional rod is a telescopic structure. The invention disturbs the soil near the roots of the seedlings by adjusting the density and tightness of the soil around the seedlings, reduces direct contact and damage to the roots of the seedlings, straightens the seedlings, and helps them grow normally.

Description

Technical field [0001] The present invention relates to a technical field of agricultural tools, and more particularly to a proportional auxiliary device. Background technique [0002] The rice transplanter is an agricultural machinery that implants rice seedlings into rice fields. When planting, first, the mechanical claws take out the dirt in the field from the seedlings from the seedbed, in order to maintain the angle of the mechanical bed and the ground, the front end of the mechanical claws must take the elliptical action curve. The action is done by the planet mechanism of the rotary or deformed gear, and the forward engine can also drive these actions. The rice transplanter must have a slippery wheel and floating design on the soil. If the seedlings are formed, the rice seedlings are removed from a particular seed semester, and then cultivate mechanically. Even if there is a high-efficiency machine of rice transplanter, it will lead to the possibility of tilting of seedlin...

AI Technical Summary

Problems solved by technology

Even with the investment of high-efficiency machinery such as a rice transplanter, there will still be a possibility of tilting the rice seedlings due to the influence of various factors.

Tilting can reduce the yield and quality of crops and increase the difficulty of harvesting. In the later growth of tilted seedlings, due to insufficient light and weak root system, the probability of infection of other diseases will be greatly increased.

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