Rice planting device

Abstract

The invention discloses a rice planting device. The device comprises a platform plate, the ground is arranged at the lower side of the platform plate, and a planting hole is formed in the ground; a release cavity which is through up and down is formed in the platform plate, a connection cavity which is through up and down is formed in the right side of the release cavity, and a rice seedling storage device for storing a rice seedling and conveniently releasing the rice seedling is arranged on the release cavity; a punching device for conducting punching in the field is arranged at the right side of the rice seedling storage device, and a driving device for driving the punching device to operate is arranged at the right side of the punching device. The rice planting device is simple in structure, by adopting the storage device, the punching device and the driving device, the device is connected with an external device, through a mode that punching is conducted on the land of the field in advance and the rice seedling is accurately put into the hole, the rice seedling vertically grows up, the integrality of the rice seedling is guaranteed, the survival rate of the rice seedling is greatly increased, and normal growth of the rice seedling is guaranteed, which helps to increase the rice yield.

Description

technical field [0001] The invention relates to the technical field of rice planting equipment, in particular to a rice planting device. Background technique [0002] In the process of rice planting, it is often used to fully turn the paddy field first to fully mix the water and mud, and then use manual or rice planting equipment for transplanting operations. In this process, especially when using traditional transplanting equipment During the operation, the method of inserting the rice directly into the soil is adopted, which damages the rice itself. Although the transplanting efficiency is high and manual operation can be used for work, the damage to the rice itself reduces the survival rate of the rice. It affects the operation effect of rice, and when the rice is transplanted, it cannot be overnight, so it is necessary to complete the task of transplanting in a short time, and in the process of transplanting, the seedlings are directly inserted into the soil by a machine...

AI Technical Summary

Problems solved by technology

[0002] In the process of rice planting, it is often used to fully turn the paddy field first to fully mix the water and mud, and then use manual or rice planting equipment for transplanting operations. In this process, especially when using traditional transplanting equipment During the operation, the method of inserting the rice directly into the soil is adopted, which damages the rice itself. Although the transplanting efficiency is high and manual operation can be used for work, the damage to the rice itself reduces the survival rate of the rice. It affects the operation effect of rice, and when the rice is transplanted, it cannot be overnight, so it is necessary to complete the task of transplanting in a short time, and in the process of transplanting, the seedlings are directly inserted into the soil by a machine. In the vertical state, the transplanting will be unstable and skewed, so that the personnel have to spend time to correct it, and if it is not corrected, the production will be skewed, which will affect the growth of the seedlings and affect the rice yield.

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