RU2765469C1 - Dandelion milky juice stains bleaching agent - Google Patents

Abstract

FIELD: chemistry.

SUBSTANCE: bleach relates to household detergents, in particular to stain removers, and is intended for emergency dissolution, decolouration and removal of stains of thickened and darkened milky juice of dandelion and other rubber plants on white clothes. Agent is a liquid stain remover containing 2–4 parts of solution of 3 % hydrogen peroxide and 0.1 % of a detergent, 1 part of solution of 10 % ammonia and 3 parts of nefras, consisting of equal amounts of white spirit and rubber solvent.

EFFECT: emergency softening, loosening, dissolution, discoloration of thickened and darkened dandelion milk juice, its conversion into foam and immediate removal from clothes with exclusion of burn, lachrymal action, damaging action on processed clothes and used utensils, use of bulky and complex equipment, unpleasant smell of clothes in the future, as well as prolongation of use of clothes for its intended purpose.

1 cl

Description

The tool belongs to household detergents, in particular to stain removers, and is intended for emergency dissolution, discoloration and removal of stains of thickened and darkened milky sap of dandelion and other rubbery plants on white clothes.

White clothes and clothes of other light colors, stained with the milky juice of dandelion and other rubbery plants, are not bleached and cleaned with known bleaches and stain removers, and are not washed with known detergents and washing powders. Therefore, sportswear and weekend wear, stained with the milky juice of rubber plants, lose their aesthetic appearance. In this regard, clothes stained with milky juice are currently not used for their intended purpose, but are thrown away or used as work clothes. In any case, clothes stained with the milky juice of dandelion or other rubber plants have to be renewed ahead of schedule. It spoils the mood of the wearer.

A remedy for bleaching dandelion stains on fabric is known, containing ammonia and hydrogen peroxide in a ratio of 1: 4 (How to remove dandelion stains from white, black and colored clothes, https://yandex.ru/turbo/domznatok.ru/s/ stirka/pyatna/oduvanchik/?lite=1 Found online 06/04/2021).

The disadvantage of the known means is low efficiency, accuracy, speed, safety and narrow scope, since it does not have an exact formulation and does not dissolve natural rubber contained in the milky juice of dandelion and other rubber plants, in which it acts as an adhesive, since when rubber thickens when exposed to air. Internet 06.06.2021).

Due to the lack of an exact formulation, the known agent allows for the presence of an excessively high concentration of ammonia, which has an excessively strong local irritant effect, a lachrymal effect on the organs of vision, and a cauterizing effect on the skin and mucous membranes. The agent allows the presence of an excessively high concentration of hydrogen peroxide, which has an excessively strong bleaching effect on fabrics dyed in different colors and spoils their color, worsening the aesthetic appearance of fabrics.

Due to the lack of an effective solvent for air-thickened natural rubber, the known agent does not dissolve old stains left by dried dandelion milky juice. The fact is that dandelion and many plants of the euphorbia species belong to rubber plants, the juice of which contains natural rubber. In turn, natural rubber gives the juice of such plants adhesive properties, as it thickens in air. Therefore, the stain left on clothing by fresh dandelion milky juice and the juice of other rubber plants has the properties of a wet rubber stain, which adheres firmly to clothing. In addition, fresh milky dandelion juice is white, but when exposed to air, it darkens very quickly. Therefore, the stain of milky juice has a dirty brown color. Under these conditions, the known tool does not loosen, discolor and does not remove the thickened stain of milky juice from clothing. In this regard, the clothes remain dirty, have a poor aesthetic appearance, require early replacement and worsen the mood of its owner.

A remedy for bleaching dandelion stains on clothes is known, containing one part of ammonia and two parts of hydrogen peroxide (Dandelion stains are not a problem! https://myff.ru/pyatna/chem-otstirat-oduvanchiki-s-odezhdv-top-17- sposobov-v/ Found online 06/04/2021).

The disadvantage of the known tool is low efficiency, accuracy, speed, safety and narrow scope, since it does not have an exact formulation and does not dissolve natural rubber, which is contained in the milky juice of dandelion and other rubber plants (Natural rubber from dandelions, https://phys .org/news/2015-06-natural-rubber-dandelions.html Found online 06/06/2021.

In this regard, the known agent does not peel off the thickened milky juice of dandelion and other rubber plants from clothes. In addition, the known agent does not exclude an excessively strong local irritant effect on the skin and mucous membranes of a person and an excessively strong discoloring effect on the colored fabric of the treated area of clothing stained with dandelion juice. The fact is that ammonia in high concentration can have a cauterizing effect, and hydrogen peroxide in high concentration can change the color of fabrics.

The fact is that dandelion and many plants of the euphorbia species belong to rubber plants, the milky juice of which contains natural rubber. In turn, the presence of natural rubber in the milky juice turns the juice of these plants into a glue that thickens and darkens very quickly in the air. Under these conditions, the known agent does not loosen the stain of the thickened milky sap of a rubber plant, does not discolor the thickened and darkened milky sap, and does not remove it from clothing. In this regard, the clothes remain dirty, have a poor aesthetic appearance, require early replacement and spoil the mood of its owner.

Known bleaching, detergent and disinfectant containing sodium hypochlorite, sodium hydroxide, sodium carbonate and sodium styromaleate in the following ratio, wt. %: sodium hypochlorite in terms of active chlorine - 7.5-10; sodium hydroxide - 1.0-1.5; sodium carbonate - 0.5-1.0; sodium styromaleate - 0.05-0.2; water - up to 100 (RU 2161186).

The disadvantage of the known means is low efficiency, accuracy, speed, safety and narrow scope, since it does not dissolve natural rubber, which is contained in the milky juice of dandelion, ficus, milkweed and other rubber plants. Therefore, the known agent does not loosen or discolor the stain formed by thickened dandelion milky juice and does not peel it off clothes. In this regard, the clothes remain dirty for a long time and have a poor aesthetic appearance.

Known bleaching agent intended for discoloration of the mucous membranes and skin in places of bruising, which is an aqueous solution for injection under the mucous membrane, under the skin or into the skin, containing sodium ethylenediaminetetraacetate, hydrogen peroxide, sodium bicarbonate, lidocaine hydrochloride and water for injection in the following ratio components, wt. %: sodium ethylenediaminetetraacetate 0.25, hydrogen peroxide 0.01-0.03, sodium bicarbonate 1.7, lidocaine hydrochloride 0.125-0.25, water for injection - the rest (RU 2589682).

The disadvantage of the known means is low efficiency, accuracy, speed, safety and narrow scope, since it is not intended for loosening and discoloration of stains on clothes left by the latex of a rubber plant. In this regard, clothing stained with dandelion milky juice remains soiled for a long time, has a poor aesthetic appearance, cannot be used for its intended purpose, requires early replacement and worsens the wearer's mood.

Known peroxide bleaching compositions containing peroxide bleach and ATMF, suitable for use as a means for pre-treatment of fabrics, which are aqueous solutions with a pH of 0 - 6.0, a viscosity value of 1 - 2000 cps at 20 ° C when measured with a Brookfield viscometer at 50 rpm using spindle 3, as well as ATMF 0.005 - 5 wt. % of the total composition, where the peroxide bleach is hydrogen peroxide or its water-soluble source in the amount of 0.5 - 20 wt. % of the total composition, additionally contains a bleach activator 0.5-20 wt. % of the total composition, which is obtained in the form of a microemulsion containing a hydrophilic and hydrophobic surfactant (RU 99107634).

The disadvantage of the known means is low efficiency, accuracy, speed, safety and narrow scope, since it is not intended for loosening and discoloration of stains on clothes left by the latex of a rubber plant. Moreover, the agent is not intended for the final discoloration, but only for pre-treatment of the fabric. In this regard, clothes stained with dandelion milky juice remain dirty for a long time and have a poor aesthetic appearance.

Known laundry detergents with optimized release of bleaching systems containing a surfactant, a bleaching system containing a bleaching catalyst consisting of an aryliminium ion selected from the group consisting of zwitterions, and a source of hydrogen peroxide (RU 2569297).

The disadvantage of the known means is low efficiency, accuracy, speed, safety and narrow scope, since it is not intended for loosening, removing and discoloration of stains on clothes left by the latex of a rubber plant. In this regard, clothes stained with dandelion juice remain stained for a long time and have a poor aesthetic appearance.

A windshield washer fluid is known, which is an aqueous solution of 0.1% of a popular kitchen detergent, 5 liters of which contains 40-50 ml of a solution of 10% ammonia (Water, dish detergent and something else: how to make the perfect summer washer. https: //www.kolesa.ru/article/voda-sredstvo-dlya-posudy-i-koe-chto-eshhyo-kak-sdelat-idealnyj-letnij-omyvatel Found online on May 19, 2021).

The disadvantage of the known means is low efficiency, accuracy, speed, safety and narrow scope, since it is not intended for emergency discoloration, loosening and removal of dense and opaque stains on clothes left by the latex of rubber plants. Therefore, clothes stained with the milky juice of dandelion, milkweed and ficus remain dirty and have a poor aesthetic appearance despite the use of a known agent and subsequent washing.

The objective of the invention is to expand the scope, increase speed, accuracy, safety and efficiency due to the introduction of nefras, consisting of white spirit and Kalosh gasoline, which quickly dissolves thickened milky juice, and an alkaline peroxide bleaching cleaner, consisting of hydrogen peroxide, ammonia and kitchen detergent an agent that creates an environment for the release of oxygen gas as a result of the catalase breakdown of hydrogen peroxide, loosens and suspends the dissolved milky juice in an alkaline medium, oxidizes and decolorizes organic pigments in it, removes crushed and discolored particles of milky juice by flotation, forms foam and removes contaminants from clothes .

This goal is achieved by dissolving with the help of nefras, consisting of white spirit and gasoline Kalosh, natural rubber, which is the adhesive base of the milky sap of rubber plants, additional involvement of the catalase enzyme contained in organic pollutants, in the process of formation of oxygen gas from hydrogen peroxide, oxygen oxidation , bleaching, foaming and, with the help of a kitchen detergent, removing foamed liquid vegetable contaminants from clothes.

The technical result is an emergency softening, loosening, dissolution, discoloration of stains of thickened and darkened dandelion milky juice, turning it into foam and urgently removing it from clothes while excluding a burn, tearing effect that damages the processed clothes and used utensils, the use of bulky and complex equipment, unpleasant smell of clothing in the future, as well as extending the period of use of clothing for its intended purpose.

The essence of dandelion milk stain bleach, which is a liquid stain remover for white clothes containing water, ammonia, hydrogen peroxide and a surfactant, is that it contains them in the following ratio:

A solution of 3% hydrogen peroxide and 0.1% kitchen detergent 2-4 parts A solution of 10% ammonia 1 part White spirit and Kalosh gasoline in equal proportions 3 parts

The proposed composition of the ingredients and the ratio of their concentration in the claimed dandelion milk stain bleach are optimal for emergency bleaching and removal of opaque stains of thickened dandelion milk juice from white clothes by soaking the contaminated area of clothing in a wash bath or other similar household container of a selected volume once. The fact is that the claimed composition provides express softening, loosening, dissolution of milky juice thickened in air, containing natural rubber, in the thickness of the fabric without coloring, excessive discoloration and aggressive effects on tissue, skin, mucous membranes, organs of smell and vision of a person, and also on the surface of the container. For urgent bleaching of stains on clothes, the contaminated area of clothing can be placed on the dry bottom of the washing tub, sink, washing basin or other appropriate container, where this area of clothing can be flooded for several minutes with the declared bleach until the stain is completely discolored, after which the clothes can be be placed in the washing machine for normal washing.

The claimed bleach contains nefras, which includes a mixture of white spirit and Kalosh gasoline (nefras C2-80/120) in equal proportions. This mixture very quickly dissolves thickened milky juice, regardless of its freshness, since Kalosh gasoline and white spirit are the best petroleum solvents (non-fractions) created specifically for industrial use in order to reliably dissolve natural and synthetic rubber, varnishes and paints, including it. In addition, white spirit and Kalosh gasoline are completely colorless, so they do not stain fabrics. In addition, both of these nefras evaporate very quickly and leave no odor behind. Therefore, the clothes treated by them very quickly lose the specific smell of these solvents and then do not smell like nefras (Nefras. https://www.td-ha.ru/poleznayainfo/198/. Found on the Internet 06/06/2021; Galosh gasoline, https:// fuelwiki.ru/benzin/benzin-kalosha Found online 06/06/2021; White spirit, https://ru.wikipedia.org/wiki/White spirit Found online 06/06/2021).

Dissolution with the help of the proposed nephras of the thickened milky juice in the area of the spot left by the milky juice of dandelion and its destruction in the process of cold boiling with the help of a solution of hydrogen peroxide, ammonia and kitchen detergent, on the one hand, and the catalase enzyme contained in the treated stain, with on the other hand, it very quickly provides suspension of the interaction medium in the claimed liquid bleach, oxidative bleaching of plant pigments that color the stain, and complete removal of all constituent elements from clothing during flotation and foaming due to the release of oxygen gas bubbles.

The claimed bleach provides rapid loosening, dissolution of thickened and darkened milky juice containing natural rubber, flotation, suspension, discoloration and removal of milky juice microparticles and plant pigments due to the effective dissolution of natural rubber, its physical and chemical loosening in the process of interstitial "boiling" of an alkaline solution hydrogen peroxide and foaming, as well as due to alkaline saponification of protein-lipid complexes of milky juice. The fact is that fresh and old milky juice contains the enzyme catalase, which very quickly decomposes hydrogen peroxide into water and oxygen gas. In turn, ammonia provides the hydrogen peroxide solution with the necessary alkalinity, since ammonia is an alkali - ammonium hydroxide NH ₄ OH - very similar to ordinary caustic alkalis.

The presence in the claimed bleach of an alkaline solution of hydrogen peroxide with a kitchen detergent ensures, in the presence of the catalase enzyme, the continuous formation of oxygen gas bubbles that destroy the liquefied milky juice, provide flotation, dispersion, suspension of interacting media, foaming and cleaning clothes. At the same time, oxygen gas bubbles provide flotation of softened milky juice particles, dispersion and suspension of media with the formation of white foam. The intensity of the formation of oxygen gas from hydrogen peroxide is determined by the activity of catalase, which is contained in milky juice. Moreover, the amount of catalase in the milky juice increases when it is contaminated with microorganisms, as well as in the presence of traces of human sweat, sebum, desquamated epithelial cells, erythrocyte residues and pus.

At the same time, the claimed bleach does not damage the walls of the washing container; moreover, it discolors and washes its inner surface from biological pollutants containing the enzyme catalase.

Therefore, this tool expands the scope, creates optimal conditions for safe, fast and effective loosening, thinning, discoloration and removing stains of thickened dandelion milky juice from white clothes. Dandelion juice stain bleach provides quick dissolution, discoloration and traceless removal of thickened milky dandelion juice from clothes with a single application without streaks, without damaging the fabric, the walls of the washing container, improves the aesthetic appearance of clothes, prolongs its use for its intended purpose, improves the mood of the wearer.

We have conducted a study of the claimed agent in bleaching thickened and darkened stains left by dandelion milky juice on a white cotton towel and on a white cotton children's T-shirt in the summer in a household room at an air temperature of +26°C. To create spots, hollow stems of a live wild-growing dandelion were used, 15-18 cm high, transverse sections of which, 3-5 minutes after being cut from a wild-growing plant, were individually and alternately applied to the selected tissue area and pressed against it for 1 second. Each spot was created using 4-5 sections of different stems at the same time. Then the following spots were formed by sections of these stems, made in them one after another at intervals of 3-6 seconds. At the same time, the white milky juice of each section formed a small spot, closely adjacent to other similar 3-4 spots. Each of these 4-5 spots had an annular shape. Separate annular spots formed one common spot, which had a rounded shape with a diameter of 10–12 mm. Then the fabric with stains obtained from the juice of wild dandelion stems was left in the air for 10 minutes, after which it was additionally blown for 5 minutes with a stream of warm air at a temperature of +26°C, created using a household hair dryer. After that, the fabrics looked dirty with opaque stains of a dirty brown color and had the consistency of dried paint.

In parallel with this, several liquids with a volume of 25 ml were prepared, and dry Petri dishes were placed on the kitchen table, in which areas of cotton fabric stained with dandelion milky juice were placed, after which these areas of tissue were poured with the studied liquids and were placed in Petri dishes in a soaked condition up to complete discoloration or up to 30 minutes at a temperature of +26C.

11 series of laboratory experiments were carried out.

1. In the first series of experiments, tap water was used as an analogue (control).

2. In the second series of experiments, an aqueous solution of 0.1% kitchen detergent "Nika Universal" was used, 25 ml of which contained 0.25 ml of a solution of 10% ammonia.

3. White spirit was used in the third series of experiments.

4. In the fourth series of experiments, Kalosh gasoline was used.

5. In the fifth series of experiments, nefras was used, consisting of a mixture of white spirit and Kalosh gasoline in a ratio of 1:1.

6. In the sixth series of experiments, a liquid was used, including 2 parts of a solution of 3% hydrogen peroxide and 0.1% Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 3 parts of nefras, consisting of a mixture of equal ratios of white spirit and gasoline Kalosh.

7. In the seventh series of experiments, a liquid was used, including 1 part of a solution of 3% hydrogen peroxide and 0.1% Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 2 parts of nefras, consisting of equal ratios of white spirit and Kalosh gasoline.

8. In the eighth series of experiments, a liquid was used, including 1 part of a solution of 3% hydrogen peroxide and 0.1% of the Nika universal kitchen detergent, 2 parts of a solution of 10% ammonia and 2 parts of nefras, consisting of equal ratios of white spirit and Kalosh gasoline.

9. In the ninth series of experiments, a liquid was used that included 2 parts of a solution of 3% hydrogen peroxide and 0.1% Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 2 parts of nefras, consisting of equal ratios of white spirit and Kalosh gasoline.

10. In the tenth series of experiments, a liquid was used that included 2 parts of a solution of 3% hydrogen peroxide and 0.1% Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 1 part of nefras, consisting of equal ratios of white spirit and Kalosh gasoline.

11. In the eleventh series of experiments, a liquid was used, including 2 parts of a solution of 3% hydrogen peroxide and 0.1% Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 4 parts of nefras, consisting of equal ratios of white spirit and Kalosh gasoline.

Analysis of the effectiveness of bleaching stains was carried out by eye. The time during which the complete discoloration of each spot was completed was recorded and the state of the fabric was assessed after bleaching and after subsequent washing of the clothes. In this case, the following results were obtained.

In the first series of experiments, after a spot of cotton fabric with a stain was in a Petri dish moistened with tap water for 30 minutes, the stain left by the milky juice of dandelion remained on the fabric of a dirty brown color. The color and size of the spot remained practically unchanged.

In the second series of experiments, after finding a spot of cotton fabric with a stain in a Petri dish for 30 minutes in a wet state with an aqueous solution of 0.1% kitchen detergent "Nika Universal", 25 ml of which contained 0.25 ml of a solution of 10% ammonia, the stain , left by dandelion juice, remained on the fabric. The color and size of the spot remained practically unchanged.

In the third series of experiments, after a spot of cotton fabric with a stain was found in a Petri dish for 30 minutes in a state moistened with white spirit, the stain left by dandelion juice remained on the fabric. The color and size of the spot remained practically unchanged.

In the fourth series of experiments, after a spot of cotton fabric with a stain was found for 30 minutes in a Petri dish moistened with Kalosh gasoline, the stain left by dandelion juice remained on the fabric. The color and size of the spot remained practically unchanged.

In the fifth series of experiments, after finding a spot of cotton fabric with a stain in a Petri dish for 30 minutes in a state moistened with nefras, consisting of equal parts of Kalosh gasoline and white spirit, the stain left by dandelion juice remained on the fabric. However, the outer boundaries of the common spot are somewhat blurred, and the individual spots that make up the common spot have merged with each other into one large spot. The color of the spot changed from brown to light brown. Subsequent washing in the washing machine did not lead to the disappearance and discoloration of the stain. The borders of the spot remained unchanged.

In the sixth series of experiments, the claimed bleach was used, namely, a liquid containing 2 parts of a solution of 3% hydrogen peroxide and 0.1% of the Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 3 parts of nefras, consisting of equal parts of white spirit and gasoline Kalosh. This liquid (after shaking it) was filled with a spot of fabric with a stain. After 3 seconds, the beginning of foaming was detected, and after 20 seconds, the onset of progressive discoloration of the spot visible to the eye and a decrease in its size joined this. The spot bleaching process was almost completely completed 195 seconds after the start of the interaction. The subsequent washing of the fabric in the washing machine ended with the disappearance of the stain without a trace. The fabric remained intact, had no streaks or stains.

In the seventh series of experiments, a liquid was used, including 1 part of a solution of 3% hydrogen peroxide and 0.1%) of the Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 2 parts of nefras, consisting of equal ratios of white spirit and gasoline Galosh. This liquid (after shaking it) was filled with a spot of fabric with a stain. The beginning of foaming was recorded after 15 seconds, and after 55 seconds the beginning of discoloration of the spot and a decrease in its size was noticed. The spot bleaching process reached its maximum effect 265 seconds after the start of the interaction. However, the stain remained on the fabric, although it had almost completely lightened. The subsequent washing of the fabric in the washing machine ended with the disappearance of the stain without a trace.

In the eighth series of experiments, a liquid was used, including 1 part of a solution of 3% hydrogen peroxide and 0.1% of the Nika universal kitchen detergent, 2 parts of a solution of 10% ammonia and 2 parts of nefras, consisting of equal volumes of white spirit and Kalosh gasoline . This liquid (after shaking it) was filled with a spot of fabric with a stain. The start of foaming was recorded after 25 seconds, and after 125 seconds, the beginning of discoloration of the spot and a decrease in its size was noticed. The spot bleaching process reached its maximum effect 370 seconds after the start of the interaction. However, the stain remained on the fabric, although it had almost completely lightened. The subsequent washing of the fabric in the washing machine ended with the disappearance of the stain without a trace.

In the ninth series of experiments, a liquid was used that included 2 parts of a solution of 3% hydrogen peroxide and 0.1% Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 2 parts of nefras, consisting of equal white spirit and Kalosh gasoline in equal ratios. This liquid (after shaking it) was filled with a spot of fabric with a stain. After 6 seconds after the start of the interaction, the beginning of foaming was noted, after 35 seconds, the onset of progressive discoloration of the spot visible to the eye and a decrease in its size joined this. The spot bleaching process was almost completely completed 210 seconds after the start of the interaction. The subsequent washing of the fabric in the washing machine ended with the disappearance of the stain without a trace.

In the tenth series of experiments, a liquid was used that included 2 parts of a solution of 3% hydrogen peroxide and 0.1% Nika Universal kitchen detergent, 1 part of a solution of 10% ammonia and 1 part of nefras, consisting of white spirit and Kalosh gasoline in equal ratios. This liquid (after shaking it) was filled with a spot of fabric with a stain. After 8 seconds after the start of the interaction, the beginning of foaming was noted, after 46 seconds, the start of discoloration of the spot visible to the eye and a decrease in its size joined this. The spot bleaching process stabilized 245 seconds after the start of the interaction. Subsequent washing of the fabric in the washing machine did not lead to the disappearance of the stain without a trace.

In the eleventh series of experiments, a liquid was used, including 2 parts of a solution of 3% hydrogen peroxide and 0.1% Nika universal kitchen detergent, 1 part of a solution of 10% ammonia and 4 parts of nefras, consisting of white spirit and Kalosh gasoline in equal ratios. This liquid (after shaking it) was filled with a spot of fabric with a stain. After 5 seconds after the start of the interaction, the beginning of foaming was noted, after 35 seconds, the start of discoloration of the spot visible to the eye and a decrease in its size joined this. The spot bleaching process was completed after 210 seconds. At the same time, the researchers felt a sharp smell of gasoline and white spirit, which irritated their sense of smell and caused a sore throat. Subsequent washing of the fabric in the washing machine led to the disappearance of the stain without a trace.

At the same time, none of the researchers and observers received a cauterizing and tearing effect from the declared bleach and the liquids used.

Therefore, the claimed dandelion milk stain bleach, containing 2-4 parts of a solution of 3% hydrogen peroxide and 0.1% kitchen detergent, 1 part of a solution of 10% ammonia and 3 parts of nefras, consisting of white spirit and Kalosh gasoline in equal proportions , provides fast, effective, safe liquefaction, discoloration and removal of stains left by thickened and darkened dandelion milky juice on clothes while excluding the use of bulky and complex equipment, cauterizing effect on a person and damaging effect on processed clothes and used utensils, therefore, expands the scope, increases the speed, efficiency, accuracy and safety of cleaning clothes from dandelion milky juice stains.

Thus, dandelion milk stain bleach expands the scope, creates optimal conditions for accurate, safe, fast and effective loosening, thinning, discoloration and removal of thickened and darkened dandelion milk juice from white clothes without streaks and stains. Therefore, it increases the speed, efficiency, accuracy, safety and expands the scope of cleaning clothes in the home, extends the shelf life and use of clothes for its intended purpose, improves the aesthetic appearance of clothes and the mood of the wearer.

The invention provides an extension of the scope, an increase in speed, efficiency, accuracy and safety due to the dissolution with the help of nefras, consisting of white spirit and Kalosh gasoline, natural rubber, which is the adhesive base of the latex sap of rubber plants, additional involvement of the catalase enzyme contained in organic pollutants, in the process of formation of oxygen gas from hydrogen peroxide in an alkaline environment created by ammonia, oxygen oxidation, bleaching, foaming and removal of foamed liquid vegetable pollutants from clothes with the participation of kitchen detergent.

Claims (2)

Dandelion milk stain bleach, which is a liquid stain remover for white clothes, containing water, ammonia, hydrogen peroxide, detergent, White spirit and Kalosh gasoline in the following ratio, h .: A solution of 3% hydrogen peroxide and 0.1% detergent 2-4 A solution of 10% ammonia one White spirit and gasoline Kalosh on an equal footing ratios 3