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System and method integrating air purification with plant cultivation

A technology that integrates air and plants, applied in the field of air purification, can solve problems that are difficult to popularize, high cost, and have no economic benefits

Pending Publication Date: 2017-04-26
杭州杰高环保科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although the above-mentioned problems can be solved with the current technology, the cost of the solution is high, which is unbearable for ordinary units, and for the construction units, there is no economic benefit except for social significance and a little ornamental value.
Although many local governments have issued many incentive policies, it is still difficult to popularize;

Method used

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  • System and method integrating air purification with plant cultivation
  • System and method integrating air purification with plant cultivation
  • System and method integrating air purification with plant cultivation

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0022] Embodiment one, with the house roof as the carrier, a shelf 11 is made with galvanized profiles, and more than one cultivation container 2 is made of wood-plastic material on the top of the shelf, and the drain main pipe 12 is installed below the shelf. A gathering gas 16 is installed on the side, and the cultivation container 2 is symmetrically opened with two upper drain holes on the edge near the container mouth, and two lower drain holes are symmetrically opened near the bottom, and the lower drain holes are symmetrically opened. Two symmetrical suction pipe holes are opened above the liquid discharge hole, the liquid discharge pipe connector is installed on the upper and lower liquid discharge holes, the suction pipe connector is installed on the suction pipe hole, and the isolation screen is installed above the suction pipe hole 3. Place a mixture of high molecular weight polymer and plant cultivation substrate in a certain proportion on the isolation screen, and p...

Embodiment 2

[0023] Embodiment 2, with the temporary fence of the building as the carrier, the fence is provided with multi-layer cultivation containers 2 shelves, on each shelf, more than one cultivation container can be placed, and the cultivation container is placed on the edge near the container mouth. On the top, two upper drain holes are symmetrically opened, near the bottom, two lower drain holes are symmetrically opened, two symmetrical suction pipe holes are opened above the lower drain hole, and the upper and lower drain holes are Install the drain branch connector, install the suction pipe connector on the suction pipe hole, install the isolation net plate 3 above the suction duct hole, place high molecular polymer particles on the isolation net plate, and plant the upper plants, the most of the enclosure wall The liquid discharge main pipe 12 is installed below, and the liquid discharge main pipe 12 is connected with the cleaning liquid device (not shown). distance, install a p...

Embodiment 3

[0024]Embodiment three, with the overpass bridge column as the carrier, the three-dimensional surface of the bridge column is provided with polygas 16 fixing parts and cultivation container 2 shelves, and described polygas 16 is formed by connecting PVC plastic pipes through elbow joints The two ends of the pipe body are sealed with a sealing plate with a centrifugal fan suction port. A centrifugal fan (not shown) is installed on the suction port. On the pipe wall of the pipe body, there is a suction pipe hole for suction. The suction pipe connector is installed on the pipe hole. The cultivation container 2 is made of wood-plastic material. On the edge of the cultivation container near the container mouth, two upper drain holes are opened symmetrically. Open a suction pipe hole at the bottom of 2, install the suction pipe connector on the suction pipe hole, install the isolation screen 3 at a certain height above the suction pipe hole at the bottom of the cultivation container,...

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Abstract

The invention discloses a system and method integrating air purification with plant cultivation. The system comprises a cultivation container, plants, a plant cultivation medium, a separation screen board, a mesh body, high-molecular polymer particles, catalytic material particles, an air suction pipe, a liquid distribution device, an electric heating device, a cleaning liquid device, a liquid level sensor, an electromagnetic valve, an air suction and supply device, an electrostatic device, a light supplementation device, a centrifugal fan, a catalytic material filtering plate, an ultraviolet lamp and a control device. The system is mainly characterized in that a high-molecular polymer is used as a main medium for air purification and soaked for expansion, on the one hand, a power device adsorbs pollutants to the surface of the power device, and on the other hand, liquid soaked in the power device is changed into gas through the power device, the gas is released to the air, and air is purified; and meanwhile, the plants are planted in the polymer particles, the function of the plants on air purification is achieved, and the plants obtain sufficient nutrients, moisture and oxygen and are promoted to grow healthily.

Description

technical field [0001] The invention relates to the fields of air purification and plant cultivation, in particular to a system and method integrating air purification and plant cultivation. Background technique [0002] Background 1. Green plants have a good purification function for certain pollutants in the indoor air, which has been confirmed by experimental research and practice. The air purification effect of green plants mainly depends on the microorganisms and water in the roots of the plants and the soil, while the leaves have a certain purification effect, but not the main body, which has also been confirmed by experimental research and practice. The most representative of them is William Vowell, a scientist working for NASA. He spent several years testing the ability of dozens of different green plants to absorb dozens of chemical compounds, and shifted the focus to Looking at ornamental plants that can be purchased at any nursery, it turns out that the ability o...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): F24F1/00F24F3/16F24F11/02
CPCF24F3/16F24F11/89F24F8/175F24F8/167F24F8/22F24F8/192F24F8/10
Inventor 翁正祥
Owner 杭州杰高环保科技有限公司