Three-dimensional vegetable planting device and planting method thereof

Abstract

The invention relates to a three-dimensional vegetable planting device and a planting method thereof. The three-dimensional vegetable planting device comprises planting bags and a planting frame. Each planting bag is made from nylon net, and in the shape of a cylinder, a cone or a hollow cylinder, planting belts made from non-woven fabrics are uniformly arranged at the outer layer of each planting bag, the planting belts and the outer layer form sowing grooves, a hollow cylinder body is arranged in the center in the inner layer of each planting bag, a shading cover is arranged on the upper portion of the hollow cylinder body, a spray nozzle is arranged in the middle portion of the shading cover, a hook is arranged to the top, and a water absorbing layer is arranged in the bottom of the hollow cylinder body. A vegetable planting matrix is injected between the outer layer of each planting bag and the inner layer of each planting bag, and a hard base is arranged under the matrix and provided with soil humidity sensors. The hollow cylinder body is an inverted cone, and the bottom is open. The planting bags are hanged to the planting frame through hooks in order. By adopting the three-dimensional vegetable planting device and the planting method thereof, the number of vegetables in unit area can be raised, and the vegetables can well absorb sunlight to carry out photosynthesis and are in ventilation because the vegetables are hanged in the air.

Description

technical field [0001] The invention belongs to the technical field of planting devices, and in particular relates to a three-dimensional vegetable planting device and a planting method thereof. Background technique [0002] With the continuous advancement of industrialization and urbanization, and the progress and development of society, the land area on which our human beings depend is constantly decreasing. Human survival is inseparable from the supply of food such as grain, vegetables, and fruits, and the cultivation of grain and other crops requires certain technologies and methods. Therefore, we need to constantly explore new planting techniques and methods to meet our growing living needs. As we all know, our existing planting method is to generally use the flat land for planting, which limits how much land can only plant as many crops, and is affected by the local soil quality. Crops can only be selectively planted, so the traditional planting method Today, when la...

AI Technical Summary

Problems solved by technology

As we all know, our existing planting method is to generally use the land for planting in a flat way, which limits how much land can only be planted as many crops, and is affected by the local soil quality. Crops can only be selectively planted, so the traditional planting method Today, when large areas of land are being lost, it will be greatly constrained

With the rise of modern agriculture, although there is the application of soilless cultivation technology, it has not changed the way of plane planting at all, and the cost of input in the planting process will be higher than that of traditional planting methods.

Although many scientific research institutes have begun research on three-dimensional planting, the tubular three-dimensional method is still used in the planting device without combining the growth mode of the crop itself. general promotion

Images