Means for killing harmful bios in horticultural equipment by using ozone

An ozone generating device and a technology for harmful organisms, which are applied to devices for capturing or killing insects, horticulture, and applications, can solve the problems of high cost, short duration of effect, and large dosage of drugs, and achieve easy operation and ideal effects. Effect

Inactive Publication Date: 2006-11-15
郑建秋
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the past, sulfur powder, chlorothalonil, and dichlorvos were often used to fumigate greenhouses for air disinfection. The cost was high and the effect was not satisfactory. Many pests did not have the right treatment agents
For soil-borne diseases with serious losses, chemical soil treatment methods are often used. Due to the limitation of the types of pesticides, the types of disease control are single, the dosage is large, the effect is not ideal, and the duration of effect is short. In order to improve the control effect, pesticides are used in excess in many places. Increase production costs and cause soil pollution
Although methyl bromide fumigation soil disinfection technology is effective and simple, it has been completely restricted due to its damaging effect on the atmospheric environment.
The effect of using lime and straw to treat soil under sunlight and high temperature is also obvious, but limited by the source of lime and straw, if the proportion of lime and straw is not appropriate, the soil pH value may be affected

Method used

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  • Means for killing harmful bios in horticultural equipment by using ozone
  • Means for killing harmful bios in horticultural equipment by using ozone

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Embodiment Construction

[0013] Such as figure 1 with figure 2 As shown, the device of the present invention utilizing ozone to kill harmful organisms in gardening facilities comprises an ozone generator 2 with an air inlet and an ozone outlet, and the ozone generator 2 is provided with two ozone outlets, two ozone outlets The exhaust port is located at the left and right sides of the ozone generator 2, and each ozone exhaust port is connected to the air inlet of an ozone delivery pipe 1 respectively, and the gas outlet of the ozone delivery pipe 1 is connected with a flexible pipe 4. The air inlet is positioned at the front or back of the ozone generating device 2, and the ozone generating device 2 is installed between two ozone delivery pipes 1, each ozone delivery pipe 1 is respectively connected in series with a fan 3, and the tops of the two ozone delivery pipes 1 are provided with Hanging chain or hook 5 are provided with support 6 at the bottom of ozone delivery pipe 1. Ozone generating devi...

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Abstract

An apparatus for killing the harmful living things in gardening facilities by use of ozone is composed of an ozone generator with air inlet and ozone outlet, ozone delivering pipes, and the fans connected serially with said ozone delivering pipes.

Description

technical field [0001] The invention relates to a device for killing harmful organisms in gardening facilities by using ozone. Background technique [0002] The most prominent problem affecting my country's protected horticultural production is that diseases and insect pests generally occur seriously, often causing heavy economic losses. Doing a good job in disinfection and sterilization of air and soil in facility gardening, minimizing the number of pests before production, and controlling the initial source of pests are the most effective ways to control the hazards of pests. In the past, sulfur powder, chlorothalonil, and dichlorvos were often used to fumigate greenhouses for air disinfection. The cost was high and the effect was not satisfactory. Many pests did not have the right treatment agents. For soil-borne diseases with serious losses, chemical soil treatment methods are often used. Due to the limitation of the types of pesticides, the types of disease control are...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01M1/20A01G11/00A01G13/10A01M17/00A61L2/20
Inventor 郑建秋
Owner 郑建秋
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