Plant cultivation device

Abstract

A plant cultivation device provided by the invention comprises at least one container body, wherein a long-bar baseplate is disposed on each container body, plural separation plates arranged at an equal interval are disposed on the baseplate, plural grid positions are separated on the baseplate, a back plate connected among each separation plate is disposed on one side of the baseplate, and plural windows which are respectively communicated with each grid position are disposed on the back plate; and plural first through holes which are respectively communicated with each grid position are disposed in the baseplate. In this way, each grid position of the container body can be used as growth space for plant storage, and the first through holes in the baseplate are taken as a contact channel between plant root parts and a culture liquid under the container body; and especially, the growth space of each plant can obtain good air ventilation effect under window effect of the container body, plant rot caused by excessive moist of the growth space can be avoided by a relatively more positive and reliable manner, and thus plant growth quality can be increased.

Description

technical field [0001] The present invention relates to a plant cultivation device, in particular to a device that can arrange a plurality of plants to be cultivated in a predetermined grid, and allow the growth space of each plant to obtain a better air convection effect, thereby improving the quality of plant growth. Plant cultivation device. Background technique [0002] According to modern agriculture, in order to avoid the time and cost of cultivating seeds and ensure the quality and yield of seedlings grown from seeds, the seedlings that have grown to a certain extent are usually planted to improve the survival rate of cultivated crops; Among them, plug seedling technology has the advantages of saving seeds, consistent seedling growth, reducing pests and diseases, high transplant survival rate and early harvesting, which is more conducive to the development of seedling production automation. [0003] In contrast, whether the structural design of the tray meets the act...

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Problems solved by technology

[0005] In order to obtain a higher seedling cultivation rate in the existing plug trays, the grids are arranged in a matrix, and the spacing of the grids is set according to the growth scale of the seedlings that can be transplanted; however, such a structure The design will greatly restrict the air circulation between the seedlings. Since the growth space of the seedlings cannot obtain the proper air convection effect, it is very easy for the seedlings to rot because the growth space is too humid

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