Simple rice transplanting device

Abstract

The embodiment of the invention discloses a simple rice transplanting device which includes a seedling discharge unit. The seedling discharge unit includes a placing cylinder, a seedling transplantingpart and a placing block. The seedling transplanting part includes a front insertion block fixedly connected to the bottom of the placing cylinder and a rear insertion block forming a hollow cone with the front insertion block, and the rear insertion block and the placing cylinder are rotatably connected by a lifting assembly. The lifting assembly includes a limiting installation block, a limiting hole, a reset supporting plate, a lifting link, a reset baffle, a pair of rotating connecting plates fixedly connected to the lower part of the placing cylinder and a reset spring with the two endsconnected to the reset baffle and the reset supporting plate correspondingly, vertical axes of the reset baffle and the reset supporting plate are coincided, and the lifting link penetrates the limiting hole. A rotating shaft is arranged between the pair of rotating connecting plates, and the upper part of the rear insertion block is rotatably connected with the placing cylinder through the rotating shaft. The simple rice transplanting device has high rice transplanting efficiency.

Description

technical field [0001] The application relates to the technical field of agricultural machinery equipment, in particular to a simple rice transplanting device. Background technique [0002] Seedling transplanting refers to planting seedlings in paddy fields, or transplanting rice seedlings from seedling fields to rice fields. During breeding, rice is relatively dense, which is not conducive to growth. After manual or machine transplantation, rice has more living space. [0003] And through manual transplanting, not only the efficiency is not high enough, but also the insertion depth of the seedlings is different. When the insertion is short, the seedlings cannot be fixed in the soil, and they are easy to float again, so they cannot grow. When the insertion is too deep, the roots will be rotten. It affects the growth of the seedlings, and the distance between the seedlings has a great impact on the light and ventilation of the seedlings. These factors will have a great impact...

AI Technical Summary

Problems solved by technology

[0003] And through manual transplanting, not only the efficiency is not high enough, but also the insertion depth of the seedlings is different. When the insertion is short, the seedlings cannot be fixed in the soil, and they are easy to float again, so they cannot grow. When the insertion is too deep, the roots will be rotten. It affects the growth of the seedlings, and the distance between the seedlings has a great impact on the light and ventilation of the seedlings. These factors will have a great impact on the growth of the seedlings and affect the harvest of the crops. Therefore, a simple transplanting device is urgently needed to solve the above problems. question

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