Height-adjustable dual plant cultivation management apparatus for root zone environment improvement

Abstract

The present invention relates to a height-adjustable dual plant cultivation management apparatus for root zone environment improvement, which removes the aged portion of the root zone so as to keep, from becoming bulky, the root zone of an edible (various kinds of wrapping vegetables, leaf vegetables, and root vegetables) or ornamental plant which is planted in a plant cultivation management apparatus, and forms a new root zone, thereby increasing yield and shortening harvest time through activation of growth and development. The present dual plant cultivation management apparatus comprises: a perforated suspension flowerpot having a plurality of perforations for securing air permeability and water drainage arranged in a matrix shape on the side surface and lower surface thereof and having an edible or ornamental plant planted therein; a water tank flowerpot for receiving water and enabling the lower portion of the perforated suspension flowerpot to be dipped into the water; a supporter supportably positioned at a certain height from the bottom of the water tank flowerpot so as to form a space separated from the perforated suspension flowerpot and support harvests (bulbs) of the root vegetables penetrating through the perforated suspension flowerpot; a stopper hole formed at a certain portion of the side surface of the water tank flowerpot and penetrated to be capable of confronting any one of the perforations; and a height-adjusting stopper pin combined to the stopper hole penetrable to confront the perforation so as to fix the perforated suspension flowerpot at a suspension position.

Description

technical field [0001] The present invention relates to a double plant cultivation manager for height adjustment aimed at improving the environment of the root circle, specifically, in order to avoid hypertrophy of the root circle of edible and ornamental plants planted on the plant cultivation manager, remove the aging part of the root circle, It is a dual plant cultivation manager for heightening that aims to improve the environment of the root circle by forming a new root circle and activating the growth to increase the harvest volume and shorten the harvest period. Background technique [0002] General plant cultivation managers are divided into: flower pots that occasionally supply water to make plants planted in the soil absorb water, and then make the plants grow; A fertilizer bag for supplying nutrients to plants; a bottom irrigation type plant cultivation manager that is arranged in sequence to plant plants and make them grown by the growth soil part carrying liquid...

AI Technical Summary

Problems solved by technology

[0003] The bottom irrigation type plant cultivation manager is that after the roots of the plants planted on the reproductive soil part pass through the fat bag or the isolation part (used to isolate the reproductive soil part and the water-absorbing part) on the water-absorbing part or take root, after a certain period of time As the plant grows, the roots become luxuriant and fill the water-absorbing part, so that the amount of water contained in the water-absorbing part becomes smaller and frequent water supply is required, and due to the compensation of the roots, regeneration is impossible, and the pressure increases to greatly hinder growth

[0004] Also, with the above-mentioned bottom irrigation type plant cultivation manager, after harvesting, the roots of the plants increase, and the branches and leaves are few, so the relative ratio of roots and branches (hereinafter referred to as "TR rate") cannot be maintained, and the hair roots are under pressure and aging. And the function of the hair root declined sharply, thus unable to reproduce normally

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