Seedling cultivation pipeline assembly for seedling automated circulation and manual fixed point operation and using method thereof

Abstract

The invention belongs to the field of plant cultivation, and discloses a seedling cultivation pipeline assembly for seedling automated circulation and manual fixed point operation. A factory area is divided into areas with different temperature and humidity environments, including a material storage area, a crop processing area, a crop growth promoting area, a crop growth area, a washing area, anda finished product storage area, wherein the crop growth promoting area is divided into a germination area and a healing area; seedbeds and / or trays are adopted as basic logistics units, and the pipeline assembly for circulating seedlings in the above areas is composed of wheeled rails, push-pull rails, conveyor belts, light-duty cranes, and mobile lifts. The invention also provides the using method of the seedling cultivation pipeline assembly for seedling automated circulation and manual fixed point operation. According to the seedling cultivation pipeline assembly for seedling automated circulation and manual fixed point operation and the using method thereof, a continuous logistics line is adopted for connecting working points, and a production mode in which the crops to be operated are transferred through the automated logistics line and operators operate at fixed points is achieved. The operators' daily walking distance is reduced by 90%, and employee's labor intensity is reduced by 30%.

Description

technical field [0001] The invention belongs to the field of plant cultivation, and in particular relates to a combination of a seedling raising assembly line for automatic transfer of seedlings to manual fixed-point operations and a method for using the same. Background technique [0002] With the continuous development of agricultural planting technology, compared with the traditional direct sowing planting method, more and more crops adopt the planting method of industrialized centralized cultivation of seedlings (referred to as seedling cultivation) and then transplantation. [0003] Grafting seedlings is one of the most commonly used and effective seedling raising techniques for industrial seedling raising. [0004] The technological process of grafting and raising seedlings includes sowing, rootstock and scion seedling cultivation, rootstock and scion seedling harvesting, grafting, healing, seedling cultivation, and production. [0005] The industrial grafting and see...

AI Technical Summary

Problems solved by technology

[0007] 1. The seedbed of the traditional seedling raising method is fixed or semi-fixed, and the seedling production processes rely on manual connection, and the average daily walking distance of workers is extremely long

[0008] 2. In multiple processes such as transplanting, seedling thinning, germination, and healing, a large number of plugs need to be moved, and the labor intensity is very high

[0009] 3. Part of the process needs to be completed in the growth environment of the seedlings, and the environment suitable for the growth of the seedlings is mostly a high temperature and high humidity environment. Working in this environment for a long time, the laborers feel extremely bad

[0010] 4. The tray is used as the operating unit, resulting in the need to move the tray in and out of the seedbed in multiple processes. There are many work links, long working hours, and a high risk of damage to the seedlings

The process takes a long time, and the operator needs protection

[0012] 6. The seedbed is cleaned but not disinfected. Long-term use will grow algae and moss, and there are hidden dangers of disease infection.

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