A dry land water storage planting device

Abstract

The application relates to a dry land water storage planting device, which belongs to the field of agricultural planting technology and is used for solving the problem of low plant survival rate or incapability of planting caused by water shortage in dry land planting. Through the combination of the storage bag and the water storage core, a large amount of water is stored to solve the problem of water shortage in planting, so that the plants can survive and grow. The application can effectively improve the planting and greening capacity of dry land, and can play a positive role in the greening and management of deserts and gobi.

Description

Technical Field

[0001] This equipment is for the agricultural planting field. Background Technology

[0002] To address the problem of low survival rates or even inability to grow plants in dryland areas due to water shortage, a combined technology consisting of storage bags and water-storage cores effectively solves this problem. Summary of the Invention

[0003] This device consists of two parts: a storage bag and a water storage core. The storage bag is slightly larger than the water storage core, which is placed inside the bag to form the device. This device is simple to assemble and easy to use, significantly superior to traditional watering methods. Because water is not stored after watering, it is lost immediately, resulting in very little water being absorbed by the plant. The water storage core, made of a low-density absorbent material, is significantly improved due to the storage bag. Its volume is almost equal to the volume of water it holds. The water storage core provides support after absorbing water, allowing soil to be filled on top and plants to be planted. This enables the plants to absorb water through some of their roots, while others extend outwards. As the water level in the core decreases, the core itself can transport water upwards through capillary action, ensuring the plant has the necessary water for survival. Attached Figure Description

[0004] Figure 1 The image shows the cylindrical shape of the device. Figure 2 The main components of the device, namely the storage bag and the water storage core, were displayed. Figure 3 The image shows a partial cross-section of the device in its complete state. Figure 4 The image shows a vertical cross-section of the device in its complete state. Figure 5 This demonstrates the device in use. Detailed Implementation

[0005] Dig a pit large enough to accommodate the device at the desired planting location, place the device inside, and fill it with water to ensure the water storage core is fully saturated. Then, plant the plants on top of the device, ensuring their roots touch the water storage core. Finally, fill the soil around the plants to complete the installation.

Claims

1. A water-storage planting device for dryland. It comprises an outer bag and an inner core, arranged as an outer bag and inner core, with a leak-proof storage bag and an inner core. Protection is sought for the technology of the outer bag and inner core assembly consisting of an outer water storage bag and an inner water storage core.

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