Incubator convenient for seedling transplantation

Abstract

The invention discloses an incubator convenient for seedling transplantation, belongs to the technical field of agriculture and forestry planting, and mainly aims to solve the problems of low efficiency and low survival rate of seedling transplantation. According to the technology, seedling roots growing in a divergent mode are fixed in a specific range to be cultured, and a container is formed in an inner and outer combination mode, so that mature seedlings can be smoothly and efficiently moved out of an original culture area when transplanted. By splitting the inner combination, the original soil at the root of the nursery stock is reserved, and the root system is protected from being damaged, so that efficient and high-survival-rate nursery stock transplanting is realized.

Description

Technical Field

[0001] This incubator belongs to the technical field of agricultural and forestry cultivation. Background Technology

[0002] Against the backdrop of the significant development of China's agricultural and forestry industries, and given the substantial demand for urban greening, fruit tree seedling transplantation, and scientific research seedling transplantation, traditional seedling transplantation techniques are not only inefficient but also have low seedling survival rates, resulting in a large waste of resources and financial losses. This culture device effectively solves the problems of low transplantation efficiency and low survival rates. Summary of the Invention

[0003] The invention of this culture device lies in the combination of inner and outer double layers, and the detachable components of the inner assembly of the culture device, the number of which can be set as needed for disassembly. Attached Figure Description

[0004] Figure 1 The entire incubator was showcased, consisting of tightly assembled inner and outer components. Figure 2 The separation state of the inner and outer components of the culture vessel was demonstrated. Figure 3 It is an inner assembly that has been separated from the outer assembly. Figure 4 It is a disassembled internal assembly. Detailed Implementation

[0005] First, bury the culture container in the soil until the rim is level with the soil surface. Then, fill the culture container with soil until it can support the seedlings. Transplant the seedlings into the container or plant the tree. Continue to cultivate until the seedlings are mature enough to meet the transplanting requirements. When transplanting, remove the mature seedlings and the inner assembly as a whole from the outer assembly. Then, disassemble the detachable components of the inner assembly one by one to preserve the soil around the seedling roots and protect the root system from damage. Finally, plant the mature seedlings along with the original soil into the soil to achieve efficient transplanting and a high survival rate without damaging the roots.

Claims

1. A cultivation device for easy transplanting of seedlings is composed of an inner assembly and an outer assembly. This technology can efficiently separate seedlings from the land to achieve efficient removal and transfer of seedlings. Therefore, protection is requested for the technology of the double-layer combination of inner and outer assemblies.

2. The internal assembly of the culture device is composed of detachable and variable-quantity detachable components. This technology can effectively separate the components from the seedling roots, and the number of components can be increased as needed to facilitate the separation of components from the seedling soil, so that the seedlings can meet the transplanting conditions. It can also effectively protect the seedling roots from damage and ensure that the seedlings are transplanted with the original soil, so as to avoid seedling death caused by root damage during transplanting. Therefore, we request protection for the detachable and variable-quantity component combination technology.

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