Field direct-seeding seedling raising device

Abstract

The invention discloses a field direct-seeding seedling raising device and relates to seeding and seedling protection devices for crop field direct-seeding seedling raising. The field direct-seeding seedling raising device is composed of a pot body and a pot cover. The field direct-seeding seedling raising device is capable of comprehensively protecting seeds and seedlings of crops in a filed in various aspects such as drought prevention, waterlogging prevention, disease resistance, insect resistance, weeding, and soil-hardening prevention, and guaranteeing that the quantity of the crop seedlings is sufficient, lengths of the crop seedlings are even, and the crop seedlings are strong. The field direct-seeding seedling raising device is composed of the pot body and the pot cover. Insecticide is coated on the device before seeding and herbicide is coated on the device after the seeding. Half of the seedling raising device is buried in soil during seeding and the seeds are planted in the seedling raising device. The pot cover needs to be covered on the pot body in order to achieve drought prevention, rain prevention, and torrential rain prevention. The pot cover needs to be opened in order to guarantee that the seedlings can receive sufficient light after parts of seeds emerge. And when the seedlings grow up, the seedling raising device is removed out of the field.

Description

technical field [0001] The utility model relates to a device for raising seedlings by direct seeding in the field, which relates to a device for sowing and protecting seedlings of crops by direct seeding in the field. Background technique [0002] After the seeds of crops are sown into the field soil, they will be disturbed by many unfavorable factors, such as drought, over humidity, heavy rain, soil compaction, pests, field weeds, etc., which often cause irreversible damage to the germination, emergence, and growth of seedlings. , Destroying the uniformity and consistency of crop groups, causing lack of seedlings and breaking ridges in the field, seriously affecting the production capacity of crops, resulting in reduced production and losses. Therefore, adopting a comprehensive method to prevent the above hazards may greatly improve the germination, emergence and seedling capacity of crop seeds in the field, which is conducive to the realization of complete, uniform and str...

AI Technical Summary

Problems solved by technology

[0002] After the seeds of crops are sown into the field soil, they will be disturbed by many unfavorable factors, such as drought, over humidity, heavy rain, soil compaction, pests, field weeds, etc., which often cause irreversible damage to the germination, emergence, and growth of seedlings. , destroy the uniformity and consistency of crop groups, cause lack of seedlings and break ridges in the field, seriously affect the production capacity of crops, cause production reduction, and bring losses

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