AU2019100132A4

AU2019100132A4 - Plant sourced extraction of removing formaldehyde deodorant and its preparation method

Info

Publication number: AU2019100132A4
Application number: AU2019100132A
Authority: AU
Inventors: Zhanhui GUO; Yalin LYU
Original assignee: Beijing Hongna Luyuan Technology Development Co Ltd
Current assignee: Beijing Hongna Luyuan Technology Development Co Ltd
Priority date: 2018-09-21
Filing date: 2019-02-07
Publication date: 2019-03-14
Anticipated expiration: 2027-02-07
Also published as: CN109173643A

Abstract

Abstract The invention discloses a plant-derived germicidal deodorant for removing formaldehyde, including the following raw materials by weight: natural plant extract 175-255, pine oil powder 55-75, formaldehyde absorbent 25-35 and deionized water 850-950. The invention also discloses a preparation method of a plant-derived bactericidal deodorant removing formaldehyde. The invention is a kind of natural plant formaldehyde removing agent, which is made up of effective ingredients extracted from a variety of plants and has the characteristics of non-toxic, harmless, no residue, no pollution, no stimulation, no spontaneous combustion, no explosive and so on. It is a safe, healthy and efficient formaldehyde removing product.

Description

2019100132 07 Feb 2019

PLANT SOURCED EXTRACTION OF REMOVING FORMALDEHYDE DEODORANT AND ITS PREPARATION METHOD

Technical field

The invention relates to the field of bactericidal deodorant, in particular to a plantsource extraction bactericidal deodorant removing formaldehyde and a preparation method.

Technical background

Formaldehyde is colorless and has a strong irritating gas. It is widely used in wood, textile, printing and other industries. Especially in the newly decorated indoor environment of the city, there is a large amount of formaldehyde gas everywhere. Various artificial boards (particleboard, density board, fiberboard, plywood, etc.) contain formaldehyde due to the use of urea-formaldehyde resin adhesive. Of new-style furniture make, of metope, ground laid adornment, want to use adhesive, the place that always USES adhesive in great quantities, total meeting has formaldehyde to release.

When formaldehyde is inhaled into the respiratory tract, it will produce irritation or edema, so that the human eye pain, headache, and even asthma; The skin contacts formaldehyde directly, can cause dermatitis, spot, necrosis. As people environmental protection consciousness increases gradually, the prevention and treatment of formaldehyde peculiar smell problem also uplifts increasingly active. Therefore, in view of the above situation, it is urgent to develop a kind of plant-based bactericidal deodorant to remove formaldehyde, so as to overcome the deficiencies in the current practical application.

Summary

The purpose of the invention is to provide a plant-derived bactericidal deodorant for removing formaldehyde and a preparation method thereof, so as to solve the problems raised in the above background technology.

To achieve the above purposes, the invention provides the following technical scheme:

The invention relates to a plant source extract disinfectant and deodorant for removing formaldehyde, including the following raw materials by weight: natural plant extract 175-255 parts, pine oil powder 55-75 parts, formaldehyde absorbent 25-35 parts

2019100132 07 Feb 2019 and deionized water 850-950 parts.

As a further scheme of the present invention, the raw materials are as follows: 190240 natural plant extracts, 60-70 pine oil powder, 28-32 formaldehyde absorbent and 880-920 deionized water.

As a further scheme of the present invention, it includes the following raw materials by weight: 220 natural plant extracts, 65 pine oil powder, 30 formaldehyde absorbent and 900 deionized water.

As a further scheme of the present invention, the natural plant extracts include the following raw materials by weight: 43-68 extracts of Chinese toon leaves, 35-58 extracts of saponin, 28-52 extracts of orange peel, 15-32 extracts of hemp seeds, 19-30 extracts of sophora sophora, 16-28 extracts of aloe vera and 12-18 extracts of ginkgo biloba leaves.

As a further scheme of the invention, the natural plant extracts include the following raw materials by weight: 52 extracts of Chinese toon leaves, 43 extracts of Chinese saponin, 36 extracts of orange peel, 25 extracts of hemp seeds, 26 extracts of sophora sophora, 23 extracts of aloe vera and 15 extracts of ginkgo biloba leaves.

As a further scheme of the invention, the formaldehyde absorbent is selected from any one or several combinations of biuret, diacylhydrazine adipate, hydrazine malonate, hydrazine succinate, sodium sulfite and alanine.

A preparation method of a plant-derived bactericidal deodorant removing formaldehyde, including the following steps:

1) to weigh and mix natural plant extracts (175-255) and pine powder (55-75) to get mixture A.

2) to add 850-950 parts of deionized water to the mixture A prepared in step 1 and mix evenly to form mixture B;

3) to add a total of 25-35 parts of formaldehyde absorbent into the mixture B prepared in step 2 in batches, stir, rest, and heat the concentrated solution in gradient. In other words, the plant-derived bactericidal and deodorant removing formaldehyde is prepared.

2019100132 07 Feb 2019

As of the present invention further plan: in step 3), the initial temperature 45 °C, 2 °C/ min as heating rate, gradient heated to 65 °C.

The utility of the invention relates to a plant source extract bactericidal deodorant for removing formaldehyde in removing peculiar smell of a newly decorated room.

Compared with the existing technology, the invention of the beneficial effect is that the invention discloses the dispel the plant source of formaldehyde sterilization deodorant, wondering from leaves, honeylocust, orange peel, flax seed, sophora, loose powder and so on many kinds of plant extract made from active ingredients, formaldehyde removing agent is a kind of natural plant, it is nontoxic and harmless, no residue, no pollution, no stimulation, no spontaneous combustion and explosive characteristics, to ensure safe, healthy and efficient formaldehyde removing products. Description of embodiments

The following is a clear and complete description of the technical scheme in the embodiment of the invention. Obviously, the embodiment described is only a part of the embodiment of the invention and not all of the embodiments. Based on the embodiments of the invention, all other embodiments obtained by ordinary technicians in the field without making creative labor fall within the scope of protection of the invention.

Implementation case 1

The invention relates to a deodorant extracted from a plant source that removes formaldehyde, including the following raw materials by weight: 175 natural plant extracts, 55 pine oil powder, 25 formaldehyde absorbents and 850 deionized water.

Among them, the natural plant extracts including the following according to the weight of the raw materials: tsubaki leaves extract 50, 35 Chinese honeylocust fruit extract, orange peel extract 28, hemp seed extract 15, 16, 19 bitter ginseng extract, aloe extract, ginkgo biloba extract, 12, described in the formaldehyde absorbent selected from biuret and adipic acid hydrazide, hydrazine malonic acid, succinic acid hydrazine, sodium sulfite, alanine in any one or more of the following combination.

2019100132 07 Feb 2019

1) weigh 175 parts of natural plant extracts and 55 parts of pine oil powder and mix them evenly to obtain mixture A;

2) add 850 parts of deionized water into the mixture A prepared in step 1, and mix evenly to form mixture B;

3) a total of 25 formaldehyde absorbents were added to the mixed solution B prepared in step 2 in batches, and the concentrated solution was stirred, set in a static state and heated by gradient. In other words, plant-derived disinfectant and deodorant removing formaldehyde was prepared.

Among them, in step 3), the initial temperature 45 °C, 2 °C / min as heating rate, gradient heated to 65 °C.

Implementation case 2

The invention relates to a plant source germicidal deodorant for removing formaldehyde, including the following raw materials by weight: 255 natural plant extracts, 75 pine oil powder, 35 formaldehyde absorbent and 950 deionized water.

Among them, the natural plant extracts including the following according to the weight of the raw materials: tsubaki 48 leaf extract, 47 honeylocust extract, orange peel extract 52, hemp seed extract 32, 28 of 30 bitter ginseng extract, aloe extract, ginkgo biloba extract, 18, as described in formaldehyde absorbent selected from biuret and adipic acid hydrazide, hydrazine malonic acid, succinic acid hydrazine, sodium sulfite, alanine in any one or more of the following combination.

1) 255 natural plant extracts and 75 pine powder were weighed and mixed to obtain mixture A.

2) add 950 parts of deionized water to the mixture A prepared in step 1, and mix evenly to form mixture B;

3) add a total of 35 parts of formaldehyde absorbent into the mixture B prepared in step 2 in batches, stir, rest, and heat the concentrated solution in gradient. In other words, the plant-derived bactericidal and deodorant removing formaldehyde is prepared.

2019100132 07 Feb 2019

Implementation case 3

The invention relates to a plant source extract bactericidal and deodorant removing formaldehyde, including the following raw materials by weight: 220 natural plant extracts, 65 pine oil powder, 30 formaldehyde absorbents and 900 deionized water.

Among them, the natural plant extracts including the following according to the weight of the raw materials: 52 tsubaki leaves extract, 36 of 43 Chinese honeylocust fruit extract, orange peel extract, hemp seed extract 25, bitter 23 26 copies of ginseng extract, aloe extract, ginkgo biloba extract 15, described in the formaldehyde absorbent selected from biuret and adipic acid hydrazide, hydrazine malonic acid, succinic acid hydrazine, sodium sulfite, alanine in any one or more of the following combination.

1) 220 parts of natural plant extracts and 65 parts of pine oil powder were weighed and mixed to obtain mixture A;

2) add 90 parts of deionized water into the mixture A prepared in step 1, and mix evenly to form mixture B;

3) a total of 30 parts of formaldehyde absorbent were added into the mixture B prepared in step 2 in batches, and the concentrated solution was stirred, left to rest and heated by gradient. In other words, a plant-derived bactericidal deodorant with formaldehyde removal was prepared.

Implementation case 4

The invention relates to a plant source extract bactericidal and deodorant removing formaldehyde, including the following raw materials by weight: 190 natural plant extracts, 60 pine oil powder, 28 formaldehyde absorbents and 880 deionized water.

Among them, the natural plant extracts including the following according to the weight of the raw materials: 43 tsubaki leaves extract, 42 of 43 Chinese honeylocust

2019100132 07 Feb 2019 fruit extract, orange peel extract, hemp seed extract, 15, 16, 19 bitter ginseng extract, aloe extract, ginkgo biloba extract 12, described in the formaldehyde absorbent selected from biuret and adipic acid hydrazide, hydrazine malonic acid, succinic acid hydrazine, sodium sulfite, alanine in any one or more of the following combination.

1) 190 parts of natural plant extracts and 60 parts of pine oil powder were weighed and mixed to obtain mixture A;

2) add 880 parts of deionized water to the mixture A prepared in step 1, and mix evenly to form mixture B;

3) a total of 28 parts of formaldehyde absorbent were added into the mixture B prepared in step 2 in batches, and the concentrated solution was stirred, left to rest and heated by gradient. In other words, the plant-derived bactericidal and deodorant removing formaldehyde was prepared.

The implementation of case 5

The invention relates to a plant source extract bactericidal and deodorant removing formaldehyde, including the following raw materials by weight: 240 natural plant extracts, 70 pine oil powder, 32 formaldehyde absorbent and 920 deionized water.

Among them, the natural plant extracts including the following according to the weight of the raw materials: tsubaki leaves extract, 68, 58 Chinese honeylocust fruit extract, orange peel extract 52, hemp seed extract 15, 19 bitter ginseng extract, aloe extract, ginkgo biloba extract 2117, described in the formaldehyde absorbent selected from biuret and adipic acid hydrazide, hydrazine malonic acid, succinic acid hydrazine, sodium sulfite, alanine in any one or more of the following combination.

1) 240 parts of natural plant extracts and 70 parts of pine oil powder were weighed and mixed to obtain mixture A;

2019100132 07 Feb 2019

2) add 920 parts of deionized water into the mixture A prepared in step 1 and evenly stir to form mixture B;

3) a total of 32 parts of formaldehyde absorbent were added into the mixture B prepared in step 2 in batches, and the concentrated solution was stirred, left to rest and heated by gradient. In other words, a plant-derived bactericidal deodorant with formaldehyde removal was prepared.

Usage: dilute the product by about 10 times with water and put it into a spray pot (atomizer) to spray wine with peculiar smell source; The house that decorates to new, furniture first atomization is sprayed hind reoccupy dishcloth is wiped; Also adopt the above method to deal with the peculiar smell in the car.

Comparison sample 1

Commercial formaldehyde remover.

Comparison sample 2

Commercial absorption formaldehyde charcoal bag.

The performance test

The embodiment 1-5 in the present invention and the formaldehyde treating agent in the proportion 1-2 are subject to JC/ tI074-2008 (class I) standard.

Measuring 1.5 mL formaldehyde solution concentration is 1.5 mg/mL, it respectively to advance 2 1 1 with 20 mL of water added in the beaker, place the beaker exposure in 35 °C constant temperature water-bath water, formaldehyde volatile to constantly closed control box. After the specified time, remove all beakers and turn on the electric fan to evenly distribute the formaldehyde in the space. All sampling points in the different samples, testing the concentration of formaldehyde, average as homemade control box, equal amounts of the implementation of the cases and the proportion of formaldehyde treatment, are placed in as described above the control box (volume 1 m3), in a day, 7 days, 15 days, 30 days to measurement of formaldehyde concentration, as shown in table 1.

Table 1 formaldehyde concentration test results

2019100132 07 Feb 2019

	Formaldehyde concentration for 1 day/ (mg/m³)	Formaldehyde concentration for 7 day/ (mg/m³)	Formaldehyde concentration for 15 day/ ( mg/m³)	Formaldehyde concentration for 30 day/ ( mg/m³)
Implementation example 1	0.35	0.37	0.41	0.43
Implementation example 2	0.33	0.34	0.41	0.41
Implementation example 3	0.22	0.25	0.26	0.28
Implementation example 4	0.31	0.33	0.37	0.41
Implementation example 5	0.29	0.31	0.38	0.39
The proportion of 1	0.69	0.85	0.92	0.97
The proportion of 2	0.81	0.92	0.95	0.98

According to the test results of example 1-5 in table 1 and the ratio of 1-2, the following conclusions can be obtained: the plant-derived bactericidal deodorant removing formaldehyde described in the invention has a strong adsorption effect on formaldehyde and makes it not easy to be desorbed after formaldehyde is absorbed.

This product is extracted from natural plant, the product is safe and reliable, nontoxic and harmless, has environment-friendly and human affinity, has no harm to the operator, has no effect on the plank and the furniture; The effective molecules of the product can quickly absorb, penetrate, merge and completely decompose the odor molecules such as formaldehyde, and also act as catalyst, so that the odor molecules can rapidly oxidize and produce innocuous innocuous products; The effective molecules of the products can penetrate the furniture deeply, the interior of the plate, the active complex formaldehyde odor molecules, can quickly permeate the decoration materials such as plywood, big mandrel, screen and so on, with formaldehyde, formic acid and other peculiar smell molecule complex reaction, achieve rapid elimination of odor.

The invention is applicable to the newly decorated family room, office, entertainment place, hotel, restaurant, commercial office building and other places with

2019100132 07 Feb 2019 decoration odor. Suitable for all kinds of decorative panels, furniture, vehicles.

The invention discloses the dispel the plant source of formaldehyde sterilization deodorant, wondering from leaves, honeylocust, orange peel, flax seed, sophora, loose powder and so on many kinds of plant extract made from active ingredients, formaldehyde removing agent is a kind of natural plant, it is nontoxic and harmless, no residue, no pollution, no stimulation, no spontaneous combustion and explosive characteristics, to ensure safe, healthy and efficient formaldehyde removing products.

The above is only the preferred implementation method of the invention. It should be pointed out that, for technicians in this field, on the premise of not deviating from the idea of the invention, some deformation and improvement can be made, which should also be regarded as the protection scope of the invention. These will not affect the effect of the implementation of the invention and the practicability of the invention.

Claims

2019100132 07 Feb 2019

Claims

1. The invention relates to a deodorant extracted from a plant source to remove formaldehyde, which is characterized in that it includes the following raw materials by weight: natural plant extract 175-255 parts, pine oil powder 55-75 parts, formaldehyde absorbent 25-35 parts and deionized water 850-950 parts.

2. According to the plant source extract of formaldehyde removal described in claim 1, its features include the following raw materials by weight: 190-240 natural plant extracts, 60-70 pine oil powder, 28-32 formaldehyde absorbents, and 880-920 deionized water.

3. According to the plant source extraction disinfectant and deodorant removing formaldehyde described in claim 2, its features include the following raw materials by weight: 220 natural plant extracts, 65 pine oil powder, 30 formaldehyde absorbents and 900 deionized water.

4. According to claim 3, remove the plant source of formaldehyde extraction sterilization deodorant, its characteristics is described in natural plant extracts including the following according to the weight of the raw materials: 43-68 tsubaki leaves extract, 35-58 Chinese honeylocust fruit extract, orange peel extract 28-52, hemp seed extract 15 to 19 to 32, bitter ginseng extract 30 16-28, aloe extract, ginkgo biloba extract, 1218.

5. According to claim 4 remove formaldehyde botanical extract sterilization deodorant, its characteristics is described in natural plant extracts including the following according to the weight of the raw materials: 52 tsubaki leaves extract, 36 of 43 Chinese honeylocust fruit extract, orange peel extract, hemp seed extract 25, bitter 23 26 copies of ginseng extract, aloe extract, ginkgo biloba extract 15 copies.

6. The fungicidal and deodorant extracted from the plant source removing formaldehyde described in claim 5 is characterized in that the formaldehyde absorber is selected from any one or several combinations of biuret, diacylhydrazine adipate, hydrazine malonate, hydrazine succinate, sodium sulfite and alanine.

7. A method for preparing a plant-derived bactericidal deodorant that removes formaldehyde, as described in any of claims 1-6, is characterized by the following steps:

2019100132 07 Feb 2019

1) to weigh and mix natural plant extracts (175-255) and pine powder (55-75) to get mixture A.
2) to add 850-950 parts of deionized water to the mixture A prepared in step 1 and mix evenly to form mixture B;
3) to add a total of 25-35 parts of formaldehyde absorbent into the mixture B prepared in step 2 in batches, stir, rest, and heat the concentrated solution in gradient. In other words, the plant-derived bactericidal and deodorant removing formaldehyde is prepared.

8. According to claim 7 dispel the plant source of formaldehyde extraction and preparation methods of sterilization deodorant, its characteristic is that, in step 3), the initial temperature 45 °C, 2 °C / min as heating rate, gradient heated to 65 °C.

9. The plant-derived bactericidal deodorant for removing formaldehyde in removing odor in newly decorated rooms is described in any of claims 1-6.