Nutrition bowl seedling culture machine

Abstract

The invention discloses a nutrition bowl seedling culture machine. The nutrition bowl seedling culture machine comprises a bowl manufacture body, a seeder and a hilling machine, wherein the bowl manufacture body can rotate, a plurality of bowl manufacture devices are arranged on the periphery of the bowl manufacture body, the bowl manufacture devices are opened outwards, plungers which can move outwards are arranged at the bottoms of the bowl manufacture devices, the seeder and the hilling machine are sequentially distributed above the bowl manufacture body along the rotation direction of the bowl manufacture body, and therefore the seeder can sequentially sow seeds into all the bowl manufacture devices when the bowl manufacture body rotates, and furthermore the hilling machine can sequentially feed soil into all the bowl manufacture devices and compact the soil in all the bowl manufacture devices. When the bowl manufacture body revolves on the axis of the bowl manufacture body, all the bowl manufacture devices sequentially pass through the seeder and the hilling machine, the seeder sows the seeds into the bowl manufacture devices, and the hilling machine feeds nutrient soil into the bowl manufacture devices and compacts the nutrient soil so as to form shaped bowl soil with the seeds. When the bowl manufacture devices are opened downwards, the plungers move outwards and eject the bowl soil so as to form an independent nutrition bowl, the seeds can grow into seedlings in the independent nutrition bowl, and the independent nutrition bowl is suitable for multiple transplantation modes. The nutrition bowl seedling culture machine can automatically raise the seedlings, and not only reduces labor intensity, but also reduces seeding raising cost.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular to a nutrient pot seedling raising machine. Background technique [0002] Agricultural planting is a labor-intensive industry. The traditional manual cultivation method is not only labor-intensive and time-consuming, but also labor-intensive, requiring a large amount of labor, and the cost is extremely high. [0003] With the development of agricultural production technology, planting methods have also been greatly improved. Taking rice planting as an example, in addition to traditional manual farming methods, some mechanized farming methods have also appeared. Whether it is manual farming or mechanical farming, rice planting The process includes the following steps: sowing - raising seedlings - transplanting (transplanting) - field management (irrigation, weeding, disease prevention, pest control) - harvesting. [0004] The traditional seedling raising method is art...

AI Technical Summary

Problems solved by technology

However, the entire seedling raising process has many procedures and high labor intensity. If mechanical transplanting or throwing is used for transplanting, special seedling trays must be used, which is costly.

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