On-film transplanting machine

Abstract

The invention discloses an on-film transplanting machine. The on-film transplanting machine structurally comprises an upper placing plate, a machine body and a transplanting mechanism; the bottom of the upper placing plate is connected with the upper end of the machine body; and the transplanting mechanism penetrates through the inner position of the machine body. Through upward thrust generated by soil on a sliding plate, the sliding plate can upwardly slide and ascend along a lower connecting frame; the sliding plate can be downwardly pushed by a boosting strip to slide and reset after a seedling guiding head leaves the soil, so that the soil can be downwardly brought out by the sliding plate; an outwardly-extending block can outwardly slide and extend out along a rear frame under the cooperation of a linkage rod through vibration generated by up-and-down stretching of the seedling guiding head; and side swing plates can be unfolded towards two sides along a middle connecting plate through reverse thrust generated by the soil on the side swing plates when the outwardly-extending block extends out, so that the side swing plates can push the soil around the outwardly-extending block to be loosened, and the soil in a grabbing groove can be rapidly shaken out.

Description

technical field [0001] The invention relates to the field of transplanting machines, in particular to a film-on-film transplanting machine. Background technique [0002] The transplanting machine on the film is mainly used for transplanting crops on the film-covered land. The user puts the crop seedlings on the seedling tray into the feeding tube, and then guides the crop seedlings downward through the feeding tube, thereby To enable the seedling guide to dig out the pit on the soil and introduce the crop seedlings into the pit for transplanting. Based on the above description, the inventor found that the existing transplanting machine on the film mainly has the following deficiencies, for example: [0003] Due to the slow evaporation of water inside the film-covered soil, the soil rich in water is more viscous. If the seedling guide head of the film-covered transplanter is inserted into this type of soil, it is easy for the soil to squeeze into the inside of the seedling gu...

AI Technical Summary

Problems solved by technology

[0003] Due to the slow evaporation of water inside the film-covered soil, the soil rich in water is more viscous. If the seedling guide head of the film-covered transplanter is inserted into this type of soil, it is easy for the soil to squeeze into the inside of the seedling guide tube. As a result, the inside of the seedling guide tube is blocked, and the normal conduction of the crop seedlings cannot be performed.

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