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Air disinfecting fumigant and its using method

A technology of air disinfection and fumigants, applied in the field of fumigants, can solve the problems of unstable drug efficacy and achieve good disinfection and sterilization effects and product safety

Inactive Publication Date: 2005-06-29
ZHEJIANG SCI-TECH UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the above-mentioned research results also show its shortcomings. Different substances and their extracts have different effects on different bacteria, and the drug effect is unstable, which is 60-96%.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0013] Prepare the fumigant according to the following weight: citronella oil 0.1 + eucalyptus oil 0.1 + clove oil 0.1 + cinnamon oil 0.1 + perilla oil 0.1 + forsythia oil 0.1 + atractylodes oil 0.1 + calamus oil 0.1 + woody oil 0.1 + pinellia oil 0.1 (unit: kilogram), and the amount of ethanol as an additional auxiliary agent is 1 kilogram. In a room of 36 cubic meters, the doors and windows are closed, and the fumigator is placed in the center of the room. Then the fumigation cup filled with the fumigant of 72 grams of active substance was placed in the fumigation furnace, and the fumigation was heated for 40 minutes. The total number of bacteria in the indoor air decreased by more than 99% compared with before treatment.

Embodiment 2

[0015] Prepare the fumigant according to the following weight: citronella oil 0.15 + eucalyptus oil 0.15 + clove oil 0.15 + cinnamon oil 0.15 + perilla oil 0.15 + forsythia oil 0.15 + atractylodes oil 0.15 + calamus oil 0.15 + woody oil 0.15 + pinellia oil 0.15 (unit: kilogram), wherein the consumption of ethanol is 3.75 kilogram. In a room of 36 cubic meters, the doors and windows are closed, and the fumigator is placed in the center of the room. Then the fumigation cup filled with the fumigant of 72 grams of active substance was placed in the fumigation furnace, and the fumigation was heated for 30 minutes. The total number of bacteria in the indoor air decreased by more than 99% compared with before treatment.

Embodiment 3

[0017] Prepare the fumigant according to the following weights: citronella oil 5 + eucalyptus oil 5 + clove oil 5 + cinnamon oil 5 + perilla oil 5 + forsythia oil 5 + atractylodes oil 5 + calamus oil 5 + woody oil 5 + pinellia oil 5 (unit: kilogram), wherein the consumption of ethanol is 125 kilograms. In a room of 36 cubic meters, the doors and windows are closed, and the fumigator is placed in the center of the room. Then the fumigation cup filled with the fumigant of 144 grams of active substance was placed in the fumigation furnace, and the fumigation was heated for 30 minutes. The total number of bacteria in the indoor air decreased by more than 99% compared with before treatment.

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Abstract

The invention relates to an air sterilizing stifling agent, wherein the stifling agent is prepared from eucalyptus oil, clove oil, Cinnamomum cassia oil, purple perilla oil, capsule of weeping forsythia oil, atractylodes rhizome oil, orris oil, citronella oil, pinellia tuber oil and banksia rose oil. The stifling agent is safe and nuisance free.

Description

technical field [0001] The invention relates to a fumigant, in particular to an air disinfection fumigant composed of Chinese herbal medicines. Background technique [0002] Most of the previous disinfection fumigants are composed of chemical substances, such as formaldehyde, acetic acid, formalin, and peracetic acid. These chemical substances have varying degrees of harmful effects on humans and animals, and peracetic acid is a dangerous chemical. There is no Chinese herbal medicine fumigant product on the market. It has been reported that Huoxiang, Artemisia argyi, Cangzhu, Senecio, Perrin, Sophora japonica rice, tea, Shixianghuo, Nepeta, clove, mint, Angelica dahurica, Cnidium, Yinchen, Phellodendron and other substances and their extracts, as well as the Compositions of some substances, by heating and evaporating, have a certain effect on indoor air disinfection. However, the above-mentioned research results also show its disadvantages. Different substances and their e...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A61L9/013
Inventor 陈集双竺锡武陈海敏胡秀芳商晗武姜永厚
Owner ZHEJIANG SCI-TECH UNIV
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