Seed paper tape sowing method

Abstract

The invention relates to a seed paper tape sowing method. A seed paper tape is prepared by the steps of sending a paper tape into a paper tape conveying device by a paper tape feeding device, enabling the paper tape to move from an inlet to an outlet at a constant speed along with a conveyor belt of the conveying device, sequentially fixing a dispensing device, a seed spreading device and a spread seed blowing device above the conveyor belt, fixing a spread seed collecting device, corresponding to the spread seed blowing device, below the conveyor belt, and fixing a seed paper tape finished product packaging device at the outlet end of the conveyor belt. The seed paper tape sowing method comprises the steps of 1, firstly, leveling soil; 2, removing a plastic package from a seed paper tape finished product and tiling the seed paper tape; 3, covering with soil, namely after the seed paper tape is sowed, uniformly covering the tiled seed paper tape with soil; and 4, watering and irrigating. The seed paper tape sowing method provided by the invention has the advantages of solving the problem of separation of high-quality seeds with good methods, being beneficial to the integration of propagating, breeding and promoting of high-quality seeds, facilitating the simplified sowing, saving high-quality seeds and labor force, and enabling the cost to be reduced and the benefit to be increased.

Description

technical field [0001] The invention relates to an agricultural seed sowing method, in particular to a seed paper tape sowing method, which is suitable for precision sowing of smaller particle seeds. Background technique [0002] In agricultural planting technology, the sowing of good varieties and good methods is the key factor to ensure the yield and quality. Currently, there are three main methods of sowing: sowing, on-demand, and drill. In agricultural planting, a good seed often has different sowing effects due to different personnel and different sowing methods. The main reason is that the sowing process is greatly affected by human factors. Therefore, good seeds and good methods are separated, and the value of seeds is discounted. There are only good seeds, but without the correct sowing method, the production efficiency and yield cannot be improved, and at the same time, resources are greatly wasted. [0003] Secondly, the above-mentioned three seeding methods hav...

AI Technical Summary

Problems solved by technology

The main reason is that the sowing process is greatly affected by human factors

Therefore, the separation of good seeds and good methods reduces the value of seeds. There are only good seeds, but without the correct sowing method, the production efficiency and yield cannot be improved, and at the same time, it will cause a great waste of resources.

[0003] Secondly, the above three sowing methods have their own applicability, but they have their own shortcomings in artificial precision sowing, especially when sowing smaller particles.

1. Sowing: Manual operation is simple and labor-saving, but it cannot control the reasonable density and seeding rate of plants; the workload of seedlings and seedlings in the later period is large, and it will affect the growth rate of seedlings and even damage seedlings; it also wastes seeds

2. On-demand planting: It can guarantee the plant distance and density, but it is time-consuming and labor-intensive, and the labor productivity is low. It is not suitable for large-scale and standardized planting.

3. Drill sowing: the row spacing and sowing depth are determined, but the spacing between plants is uncontrollable by manual sowing

[0004] In addition, in the case of mechanical sowing, part of the labor cost can be saved, but mechanical sowing is suitable for seeds with larger particles, and it is not possible to precisely control the amount of sowing when encountering seeds with smaller particles, so it is still extensive type of sowing; besides, the vast amount of cultivated land in our country The situation is complex and diverse. The area of ​​arable land, terrain, and terrain all need to be adapted to local conditions, and large-scale mechanized sowing cannot be widely implemented.

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