Water supply and water retention bag used for grewing plant and its application method

A plant and water storage technology, applied in the directions of botanical equipment and methods, applications, root water feeders, etc., can solve the problems of limited one-time water storage capacity, high cost, and large amount of water-absorbing resin in water-retaining bags

Inactive Publication Date: 2003-07-02
王志杰
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

This new technology allows for better control over how much liquid (water) it contains compared to previous methods that had certain limitations such as being too expensive or requiring long periods before they were able to break down into smaller particles.

Problems solved by technology

The patent text discusses various watering devices and technologies for plants, including potted plants and large-scale planting. The text highlights several technical problems with existing technologies, such as water wastage, limited water absorption capacity, lack of water retention, and high costs. The patent aims to address these problems and provide an effective solution for watering and retaining moisture in plants.

Method used

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  • Water supply and water retention bag used for grewing plant and its application method
  • Water supply and water retention bag used for grewing plant and its application method

Examples

Experimental program
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Effect test

example 1

[0009] Moisture retention bags for tree planting. The bag body and the interlayer are made of degradable plastic film, the water seepage pad is 1-2mm thick polyvinyl alcohol non-woven fabric, the wrapping material is 0.2-0.5mm thick polyvinyl alcohol non-woven fabric, and the super absorbent material is starch ——Acrylonitrile copolymer resin, the water absorption rate is 800-1000g / g. Wrap the superabsorbent resin with a wrapping material and place it in the water-absorbing part. There are multiple 0.5-2.0mm water-permeable holes in the middle spacer, and there are multiple 1-2mm water-permeable holes under the water-absorbing part. Put small trees in the tree planting pit, cover with soil 5-10cm, place 2 moisture-retaining bags filled with water around the trunk on the water-covered soil, and cover 10-20cm soil layer on the bag again. After half a month, dig the soil from the side and observe the soil next to the tree roots. The soil moisture is better. After more than a mont

example 2

[0011] Use moisture-retaining bags to cooperate with the transplantation of ornamental tree species - Tasson. Put the tree with the original soil into the pit, cover the soil with 10-15cm, water to make the soil soaked, and place three moisture-retaining bags filled with water evenly around the trunk. The overburden rises above the ground in a pile shape. The tree survived transplantation.

example 3

[0013] Grow your lawn with moisture bags. Moisture retention bag is made strip shape, and wherein structure is as described in right 1. spring at 100m 2 , draw a grid-shaped shallow ditch (or ridge shape) on the sandy land, each grid side is 40-50cm long, sow grass seeds in the ditch, cover with soil, water, and bury moisture-retaining bags on both sides of the grass seed ditch, and the bag and the bag end to end catch. After a few days, the grass buds are unearthed, and the grid-shaped grassland is formed (or ridge-shaped).

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Abstract

A water-supply moisture-preserving bag for planting plants in dry land or desert is divided into an upper layer for storing water and a lower layer with a water-permeable membrane in-between for separation. The lower layer contain an ultrahigh hydroscopic resin wrapped by a water-permeable sheet. After water is absorbed by the said resin, the resin gradually expands to block the water hole on the bottom. When it is put in a dried soil, the water can be slowly released into the soil for surviving plants.

Description

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Claims

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Application Information

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Owner 王志杰
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