Simple omni-directional stereo planting bag and planting method thereof

Abstract

The invention relates to a stereo planting bag and a planting method of the stereo planting bag. Linear planting seams which are horizontally arranged in an array are formed on the side face of a cylindrical barrel body from top to bottom, after the 'broken' bag is filled with planting soil, the bag is spread due to horizontal pressure of the soft soil to form a cylinder shape, the planting seams become and remain a linear state, plants are planted in the linear seams and the top surface of the cylindrical barrel body, the linear seams can automatically turn back to and remain a closed state so that the planting soil can be prevented from loss, and the linear seams can also be used for top dressing. Multiple stereo planting 'broken' bags can be arranged at intervals and can also be hung. The stereo planting bag and the planting method of the stereo planting bag have the advantages that a precedent of omni-directional stereo planting through the 'broken' bag with the multiple linear seams is achieved, the stereo planting bag is wide in application scope, easy to manufacture, low in cost, good in ventilation effect and capable of reducing pests and diseases, and the effective planting area can be multiplied.

Description

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AI Technical Summary

Benefits of technology

This inventor describes how it works well when growing plants on small containers like strawberries or garden hoses that are about 1 meter high at one end (approximately 15 cm). However, if we want to grow larger crops such as trees without these container walls, they have difficulty reaching them due to their size limitations. To solve this problem, our researchers developed a new type of vegetation bag called Lonza® which was designed specifically for use in greenhouse settings where there may be heavy rain during winter months. By placing two different types of plugs inside each other instead of just one plugging into another wall, the resulting basket becomes longer but smaller than usual. These special features make it easier to transport around over uneven surfaces while still maintaining good air circulating properties through the bottom opening.

Problems solved by technology

This patented describes an apparatus that allows plants to grow into 3 dimensions inside containers like those commonly found outside during housekeepings or garden practice. However, these devices have complicated structures requiring more material than common household items due to their complexity and expense compared to traditional methods.

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