Floating raft type manpowered rice transplanter

Abstract

A floating raft type manpowered rice transplanter mainly comprises a buoyancy sliding raft, a standby seedling warehouse, a slant sliding board, a rice transplanting roller and two anti-sliding road wheels; the buoyancy sliding raft provides support for most weight of the whole rice transplanting device, the standby seedling warehouse is loaded with standby transplanting disc seedlings by the upper part of the buoyancy sliding raft, the rice transplanting roller is arranged between the slant sliding board and rice field surface, along with rotation of the rice transplanting roller, and the movement of taking seedlings from the slant sliding board and transplanting the seedlings in a rice field of each rice transplanting clip of the rice transplanting roller can be produced. The two anti-sliding road wheels provide the power for stable rotation and walking rice transplanting actions of the rice transplanting roller. One person can drag the floating raft type manpowered rice transplanter to transplant the seedlings backwards, destructive rolling on the flat rice field surface may not be produced, the rice transplanting is uniform and fast, and seedling lodging and seedling floating phenomena may not be produced.

Description

technical field [0001] The invention relates to a human-powered rice transplanting and transplanting device using floating rafts as support and sliding. Background technique [0002] Transplanting sowing is the most productive method of rice sowing. Transplanting sowing is to transplant the seedlings that have been germinated and bred into another paddy field. Keep a certain distance from each other, which can be more suitable for the growth space of rice and absorb the nutrients and water in the deep soil. This transplanting method of rice is called transplanting. Rice transplanting is divided into artificial rice transplanting and mechanical rice transplanting. There are various mechanical rice transplanters, and the general classification can be divided into human power rice transplanters and mechanical power rice transplanters. Due to the excessive gravity of the machine itself, the mechanical power rice transplanter destroys the flat paddy field surface when walking, a...

AI Technical Summary

Problems solved by technology

[0003]In order to overcome the shortcomings of the mechanical power rice transplanter being too heavy and crushing the flat paddy field, in order to overcome the general human power rice transplanter’s heavy weight, difficult operation, and the lack of To overcome the shortcomings of rice seedlings, I invented a floating raft-type human-powered rice transplanter. It uses the simplest structure to achieve the lightest weight, and it also uses the best transplanting structure to achieve the best transplanting effect. It is fast in transplanting and walking.

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