KR20160137797A

KR20160137797A - Ozone cream production process by adding perfume essential oils

Info

Publication number: KR20160137797A
Application number: KR1020150071290A
Authority: KR
Inventors: 곽병철; 신민재; 김대현
Original assignee: 참좋은우리 주식회사
Priority date: 2015-05-21
Filing date: 2015-05-21
Publication date: 2016-12-01

Abstract

The present invention relates to a method for manufacturing ozone cream, capable of obtain ozone ointment without side effects and comprising a step of generating ozone using oxygen after generating the oxygen (s100); a step of making the ozone generated at s100 step bubble in a cooling device (100) and discharging bubbles (s200); a step of making the ozone react with olive oil in the cooling device (s300); a step of transferring exhaust ozone generated after s300 step into a treatment device (s400); a step of adding 5-10 wt% of aroma essential oil based on 100 wt% of olive oil containing ozone prepared after reaction of the ozone and the olive oil at s300 step and stirring and mixing the same at room temperature (s500); and a step of preserving the resultant to block outside air to prevent the aroma ingredient of the olive oil containing the aroma essential oil from being vaporized (s600).

Description

Technical Field [0001] The present invention relates to an ozone cream production process,

The present invention relates to a method for producing an ozone cream to which an aromatic essential oil is added, and relates to a method for manufacturing an ointment by adding an aromatic essential oil after preparing an ointment by bringing an ozone bubble into an olive oil for a long time.

Recently, modern people are exposed to water pollution and environmental pollution, and various kinds of chemical substances are exposed to various skin diseases in residential space.

Recently, studies have shown that ozone has excellent therapeutic effects on skin diseases including bacterial, viral, and fungal infections, and there have been attempts to use ozone in the treatment of skin diseases.

The gaseous ozone has a short half-life, so that it is difficult to keep the ozone for a long time even if the ozone is used in a gaseous state or dissolved in water, so that a product capable of sufficiently exhibiting the sterilizing function of ozone has not been developed.

Although some attempts have been made to treat oily skin by collecting ozone in some massage cream, ozone easily escapes from the hydrophilic material and is released into the air.

In view of the above, the present invention proposes an apparatus and method for producing ozone-containing oil by contacting olive oil and ozone bubble for a long time. In other words The present invention proposes an apparatus for producing an ozone cream having no side effects by reacting a natural oil product with ozone, and a method for manufacturing a cream manufactured by the apparatus, and a multi-bubble generator for maximizing contact between oil and ozone is presented And an ozonated olive oil cream manufacturing apparatus which does not require a separate stirrer for the reaction of ozone and oil is proposed.

The present invention proposes a method of producing an ozonized olive oil cream having a low-temperature environment in which fine bubbles are generated so that oil and ozone can be solidified in a semi-solid state instead of ozone existing in oil by bubbles themselves.

KR 10-2004-0108402 KR 10-2000-0007620

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems of the prior art.

There is provided a device for producing an ozone ointment having no side effects by reacting a natural oil product with ozone and a method for producing a cream produced by the device, and proposes a multiple bubble generator for maximizing contact between olive oil and ozone, And the olive oil does not require a separate stirrer and generates a fine multi-bubble, suggesting a low-temperature environment in which the olive oil and ozone can be solidified in a semi-solid state rather than ozone present in the oil itself.

Also, considering the people who are sensitive to odor, we propose a cream that neutralizes ozone odor by adding aromatic essential oil.

Generating oxygen and using it to generate ozone (s100); (S200) of bubbling the ozone generated in step s100 into the cooling device (100) to perform bubble ejection; Reacting ozone and olive oil in a cooling device (s300); An ozone transfer step (S400) for transferring the ozone generated after step s300 to the processing apparatus; Mixing the olive oil containing ozone with the aromatic essential oil in an amount of 5 to 10% by weight based on the ozone-containing olive oil after the reaction between the ozone and the olive oil in step s300, and mixing (500) with stirring at room temperature ,

In step s100, oxygen in the air is received to generate oxygen through the oxygen generator unit 200, and then the generated oxygen is pumped, and oxygen is supplied to the cooling unit 100 along the oxygen supply pipe 210 (S120) of 5% to 10% of the moisture content contained in the olive oil to concentrate the olive oil reacted with the aromatic essential oil, (S130) cooling the oxygen introduced into the cooling pipe 250 in the cooling pipe 250 to 5 to 10 degrees Celsius and removing the oxygen A2 and A3 from the cooling device part 100 having the cooling pipe 250 (S140) passing through the water removing unit 280 for removing moisture contained in the oxygen cooling and the oxygen A4 removed from the water are introduced into the ozone generating unit 300 to be 2000 to 2500 ppm (S150) in which the concentration of ozone is generated, After step 100, the ozone generated in step s100 is introduced into the cooling device unit 100 along the ozone supply pipe 310, and the step (s210) of passing the moisture remaining in the ozone through the water removing unit 400 (S220) of discharging the moisture removed in the step S220 to the outside of the cooling unit (100) through the water discharge pipe (410), and a step (S230) of removing moisture from the ozone supply After flowing through the pipe 330 and passing through the bubble ejection apparatus 800 at the lower side of the reaction apparatus unit 500 in which the ozone and the olive oil are reacted, the ozone and the olive oil are reacted with each other The ozone bubbles are supplied to the reactor 500 through the inlet of the reactor unit 500, and the ozone bubbles are introduced into the reactor unit 500. In the step (s300), the amount of the ozone supplied to the reactor unit 500 is 3 to 6 liters per minute, (700) for 100 to 150 hours (s 300); And a step (s600) of preserving vacuum so as to prevent the aromatic component of the olive oil containing the aromatic essential oil completed by the reaction from being volatilized from the outside air.

The present invention relates to a method for manufacturing an ozone cream added with a directional essential oil, and an ozonized oil cream having an excellent effect on skin diseases can be easily produced.

In addition, a device for producing ozone cream without side effects by reacting natural oil products with ozone and a method for manufacturing ointment made by the apparatus are proposed. In order to maximize the contact between oil and ozone, ozone It is possible to fully demonstrate the function of the cream because it reacts with oil which is not gaseous state and it is aggregated together with oil in semi-solid state. Especially, people sensitive to odor may have a rejection reaction to ozone odor. Therefore, It has the effect of neutralizing odor.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an overall configuration diagram of an ozone cream production apparatus to which a directional essential oil is added according to the present invention; FIG.
FIG. 2 is a flow chart of a method of manufacturing an ozone cream added with a directional essential oil according to the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings, but the present invention is not limited by the scope of the present invention.

FIG. 1 is an overall view of an apparatus for manufacturing an ozone cream added with a directional essential oil according to the present invention, and FIG. 2 is a flowchart of a method of manufacturing an ozone cream added with a directional essential oil according to the present invention.

Referring to FIG. 1, a method for producing an ozone cream added with a directional essential oil according to the present invention comprises: (s100) generating ozone after oxygen is generated; (S200) of bubbling the ozone generated in step s100 into the cooling device (100) to perform bubble ejection; Reacting ozone and olive oil in a cooling device (s300); An ozone transfer step (S400) for transferring the ozone generated after step s300 to the processing apparatus; Mixing the olive oil containing ozone with the aromatic essential oil in an amount of 5 to 10 percent by weight based on 100 weight of ozone and reacting with ozone and olive oil in step s300, (S600) of preserving the vacuum to prevent the aromatic component of the olive oil containing the aromatic essential oil completed by the reaction from being disturbed from outside air in order to prevent volatilization.

Referring to FIG. 2, in step S100, oxygen in the air is received to generate oxygen through the oxygen generator unit 200, and the generated oxygen is pumped to be supplied to the oxygen supply pipe 210 in the direction A1 It is preferable to cool the pumped oxygen through the step (s110) of flowing oxygen to the cooling device part 100 side,

More specifically, in order to concentrate the olive oil reacted with the aromatic essential oil, 5 to 10% of the moisture content contained in the olive oil is evaporated (s120). As shown in FIG. 1, (S130) the oxygen drawn into the cooling pipe 250 within the furnace (e.

The step (s140) in which the oxygen (A2, A3) escapes from the cooling device part 100 having the cooling pipe 250 and passes through the water removing part 280 for removing water contained in the cooling of the oxygen In step s130, oxygen (A4) from which moisture has been removed is introduced into the ozone generator 300, and the process proceeds to step s150 in which ozone having a concentration of 2000 to 2500 ppm is generated. Of course, the scope of the present invention is not limited to such a specific concentration of ozone.

After step s100, the ozone generated in step s100 is introduced into the cooling device unit 100 along the ozone supply pipe 310, and the ozone cooled through the cooling device unit 100 is allowed to flow into the cooling device unit 100 The process proceeds to step s220 where moisture remaining in the ozone is removed by passing the removal part 400. The moisture removed in step s220 is discharged to the outside of the cooling device part 100 through the water discharge pipe 410 The process proceeds to step S230.

In step S230, ozone having moisture removed flows along the ozone supply pipe 330 in the direction B2, and the ozone is passed through the reaction unit 500 in which the ozone and the olive oil are reacted. A step (s300) of reacting the ozone with the olive oil after the step (s240) in which the bubble discharging device 800 is formed and the ozone and the olive oil are supplied to the bubble discharging device 800 formed on the lower side of the reaction device, .

The amount of the ozone to be supplied to the reactor 500 is preferably 3 to 6 liters per minute, and the size of the reactor 500, the amount of the olive oil 700, It is needless to say that the temperature can be increased or decreased in consideration of the temperature. The ozone bubbles and the olive oil react with each other through the step of reacting the fine ozone bubbles with the olive oil 700 supplied to the inside of the reaction unit 500 for 100 to 150 hours.

And a step (s600) for preserving the aromatic component of the olive oil containing the aromatic essential oil completed by the above-mentioned reaction to prevent volatilization of the olive oil so as to block the external air, thereby reacting the natural oil product with ozone, And ozone production method using the apparatus. The ozone is reacted with the oil, not the gaseous state, by the multiple bubble jetting device for maximizing the contact between the oil and ozone, By being aggregated with the oil, the function of the ointment can be sufficiently exhibited.

Especially, those who are sensitive to odor may have a rejection reaction to ozone odor, so they have the effect of neutralizing ozone odor by adding essential oil.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

100: cooling unit
200: oxygen generator unit
210: oxygen supply pipe
250: cooling pipe
280: Water removal
300: ozone generator unit
330: Ozone supply pipe
400: Water removal
410: Water discharge pipe
500:
570: ointment discharge pipe
580: Ozone discharge pipe of the ship
600: Ozone treatment section
700: Olive oil
800: Bubble discharge
819: Central railway
900: Ozone bubble

Claims

Generating oxygen and using it to generate ozone (s100);
(S200) of bubbling the ozone generated in step s100 into the cooling device (100) to perform bubble ejection;
Reacting ozone and olive oil in a cooling device (s300);
An ozone transfer step (S400) for transferring the ozone generated after step s300 to the processing apparatus;
Mixing the olive oil containing ozone with the aromatic essential oil in an amount of 5 to 10% by weight based on the ozone-containing olive oil after the reaction between the ozone and the olive oil in step s300, and mixing (500) with stirring at room temperature ,
In step s100,
Air is taken in the air to generate oxygen through the oxygen generator unit 200 and then generated oxygen is pumped to flow oxygen A1 along the oxygen supply pipe 210 toward the cooling unit 100 Sending (S110),
(S120) evaporating 5% to 10% of the moisture content contained in the olive oil to concentrate the olive oil reacted with the aromatic essential oil,
(S130) cooling the oxygen drawn into the cooling pipe 250 in the cooling unit 100 from 5 to 10 degrees Celsius,
A step (S140) of passing the water (A2, A3) out of the cooling device part (100) having the cooling pipe (250) through a water removing part (280)
The oxygen absorbed moisture A4 is introduced into the ozone generator 300 to generate ozone having a concentration of 2000 to 2500 ppm,
After step s100,
(S210) in which the ozone generated in step s100 is introduced into the cooling device unit 100 along the ozone supply pipe 310,
Removing the water remaining in the ozone through the water removing unit 400 (s220)
(S230) discharging the moisture removed in step s220 to the outside of the cooling apparatus unit 100 through the water discharge pipe 410,
After the ozone with moisture removed flows along the ozone supply pipe 330 and is supplied to the bubble discharge device 800 on the lower side of the reaction device unit 500 in which the ozone and the olive oil are reacted,
(S300) of reacting the ozone with the olive oil is performed. The amount of the ozone supplied to the reaction unit 500 is 3 to 6 liters per minute, and the ozone bubble is supplied to the reaction unit 500 (S300) for 100 to 150 hours;
(S600) in order to prevent the aromatic component of the olive oil containing the aromatic essential oil completed by the reaction from being volatilized so as to be shielded from the outside air (s600). Method of manufacturing ozone cream.