Cultivation management apparatus for edible perennial herbaceous flowering plants, and bulbs and tubers

Abstract

The present invention relates to a cultivation management apparatus for edible perennial herbaceous flowering plants, and bulbs and tubers, which allows the edible perennial herbaceous flowering plants, and bulbs and tubers to root and take root and allows the edible perennial herbaceous flowering plants, bulbs and tubers to grow stably in a constant immersed state in the order of 40%-50% of water with low temperature treatment for dormancy, by charging a moisture absorption element into a mobile water tank flower pot by in the order of 50% of the pot; filling thereupon a plant growth soil element consisting of a mixing soil (a culture soil optionally comprising solid fertilizers or an organic fermented mixing soil) up to the upper layer portion; and arranging a separation element for separating between the moisture absorption element and the plant growth soil element. The present cultivation management apparatus comprises: a mobile water tank flower pot, filled with a moisture absorption element consisting of perlite and orchid stone, which absorbs moisture by a constant height from the bottom so as to provide moisture to the edible perennial herbaceous flowering plants, bulbs and tubers, corresponding to esculent plants, by always retaining an immersed state, and has, on the outer side thereof, an outlet and a plug formed to adjust the level of water so as to accommodate water in the order of 40%-60% when the edible perennial herbaceous flowering plants, and bulbs and tubers are rooted; a plant growth soil element which is filled with a mixing soil (culture soil and solid fertilizers, etc.) up to the upper portion of the water tank flower pot by being situated at the upper side of the moisture absorption element, which allows a root zone to take root by planting the edible perennial herbaceous flowering plants and bulbs and tubers, and which maintains a stable growth; a separation element for separating the moisture absorption element and the plant growth soil element by being situated therebetween, the separation element consisting of moisture retention materials formed of any one of non-woven fabrics, pulp materials, cotton materials and cotton cloth materials for transferring the moisture contained in the water tank flower pot to the edible planted perennial herbaceous flowering plants, and bulbs and tubers and impregnating moisture from the moisture absorption element; a moisture escape prevention element which is arranged on the plant growth soil element in order to prevent the exposure of the plant growth soil element and which consists of moisture retention materials for preventing the phenomenon of the moisture escaping so that the moisture retention materials themselves impregnate a constant amount of moisture and thus the soil plant growth element is slightly wetted; and a cylindrical water supply element for quickly supplying water to the water tank flower pot, the cylindrical water supply element passing through the plant growth soil element and being in contact with the moisture absorption element in the water tank flower pot.

Description

technical field [0001] The present invention relates to the cultivation manager of edible perennial flowers and bulbs, and furthermore, fills the removable water tank flower pot with about 50% water-absorbing auxiliary materials, and fills it with mixed soil (selected in the culture soil) add solid fertilizer or organic fermented mixed soil) to the upper part of the growth soil auxiliary material, and install isolation auxiliary materials between the water-absorbing auxiliary materials and the growth soil auxiliary materials to make edible perennial flowers and bulbs Cultivation of edible perennial flowers and bulbous plants that grow stably in the state of 40%~50% always deep liquid manager. Background technique [0002] Generally speaking, the roots or stems of perennial flowers are perennial plants that germinate and bloom every spring, and their propagation is done through cuttings. Representative plants belonging to the category of edible perennial flowers include cre...

AI Technical Summary

Problems solved by technology

[0007] But this kind of cultivation method needs to change the open field into a pit that can accumulate a certain amount of water for the cutting process, and use a water pump to pump out the water after the roots (or roots) grow; there must be a specific place that can form a puddle- Open land, but the open land that naturally forms puddles is difficult to find, so there is a problem that it needs to be manually dug into puddles

[0008] In addition, a water pump must be equipped all year round, and it must be used to drain water in rainy days, and a greenhouse must be equipped for temperature management, and because it grows in a natural state, there will be a problem that it cannot promote growth.

[0009] In addition, because it grows according to seasonal factors from autumn and winter (low temperature treatment) to spring, the number of times that can be harvested in a year is also limited, and there is a problem that it cannot be harvested in autumn or summer

[0010] And if in order to solve such problem, develop and can be cultivated in the flower pot of mobile bottom irrigation, there is no moisture in the medium culture soil or the organic soil of cutting again, it is difficult to normally send out the root or the problem of lower root, and the root system is absorbing water. There are also many problems in the reuse of water-absorbing auxiliary materials after rooting in the auxiliary materials and starting to grow.

Images