KR20190109170A - Method of manufacturing collagen cosmetic using torsion wave - Google Patents

Abstract

The present invention relates to a method of producing a water-soluble collagen cosmetic composition by using torsional waves, the method comprising: a preparation step (S10) for preparing a liquid water-soluble collagen cosmetic composition containing collagen extracted from fish scales; an aging step (S20) for filling the cosmetic composition in a torsional wave-transmitting container and aging the same, the torsional wave-transmitting container capable of removing bad odors characteristic to collagen from the cosmetic composition, preventing putrefaction, and inducing water molecule clusters in the cosmetic composition to break down; and a collection step (S30) for collecting the cosmetic composition contained in the torsional wave-transmitting container upon completion of the aging step (S20). By aging the liquid water-soluble collagen cosmetic composition containing collagen extracted from fish scales in the torsional wave-transmitting container emitting far-infrared waves, anions, and torsional waves, the present invention can remove bad odors characteristic to collagen generated from the fish scales and prevent putrefaction due to the far-infrared waves and anions, and thus can facilitate good-quality collagen extracted from the scales to be easily applied to cosmetic compositions. Furthermore, the present invention can break down water molecule clusters contained in the collagen cosmetic composition to sizes of 60 Hz or less, thereby allowing collagen, together with the water molecule clusters, to penetrate down to the dermal layer of the skin, and thus can effectively supply collagen to the skin.

Description

Method for manufacturing water-soluble collagen cosmetic composition using torsion waves {Method of manufacturing collagen cosmetic using torsion wave}

The present invention relates to a method for producing a water-soluble collagen cosmetic composition using a torsion wave, and more particularly, a torsion wave transfer container for generating a far-infrared ray, anion, and torsion wave from a liquid water-soluble collagen cosmetic composition containing collagen extracted from fish scales. By fermenting it into the aging, it deodorizes collagen's intrinsic odor generated from fish scales due to far-infrared rays and anions, and prevents decay so that high-quality collagen extracted from scales can be easily applied and used in cosmetic compositions. Water-soluble collagen make-up using a torsion wave that decomposes the water molecular clusters contained in the collagen cosmetic composition to the size of 60hz or less, and the collagen penetrates into the dermis layer of the skin and effectively supplies collagen to the skin along with the water molecular cluster having excellent penetration ability. It relates to a method for producing the article composition.

Nowadays, with the development of science and prolonging the lifespan of people, there is a great deal of interest in cosmetics that can prevent the aging of the skin in order to maintain beauty even if many people pass through the years.

Here, 30% of the proteins constituting the human body and 70% of the proteins constituting the skin cells are composed of collagen.

Therefore, the research and development of collagen cosmetics that can give elasticity by supplying collagen to the skin with the above cosmetics is being made competitively.

In addition, although the collagen used as a cosmetic raw material in the cosmetic manufacturing industry recognizes collagen extracted from fish scales as a very high quality collagen, although it is a high quality collagen material due to the disadvantage that it easily rots with the vile odor generated from the scales. It is not widely used as a cosmetic material.

On the other hand, human skin largely comprises a stratum corneum, epidermal layer and dermis layer, it is practically difficult to enter and absorb collagen cosmetics applied to the skin to the dermis layer.

Therefore, in order to induce collagen cosmetics to effectively enter the dermal layer, low molecular weight collagen is formed at the micrometer level, and cosmetics are manufactured from the collagen and attempted to enter the dermal layer. Research into collagen cosmetics that can efficiently enter the dermis of the skin is in progress.

The present invention has been proposed to solve the above-mentioned problems, the object is to contain a liquid soluble collagen cosmetic composition containing collagen extracted from fish scales in a torsion wave transfer container that generates far infrared rays, anions and torsion waves By aging, deodorizing collagen inherent odor generated from fish scales due to far infrared rays and negative ions and preventing decay, the high quality collagen extracted from scales can be easily applied to cosmetic compositions, and collagen through torsion waves A water-soluble collagen cosmetic composition using a torsion wave that can effectively supply collagen to the dermis by collagen penetrating into the dermis layer of the skin along with a water molecule cluster having excellent penetration ability by decomposing the water molecule cluster included in the cosmetic composition to a size of 60hz or less. My It provides a method to provide.

Method for producing a water-soluble collagen cosmetic composition using a torsion wave according to the present invention for achieving the above object is a preparation step (S10) for preparing a liquid water-soluble collagen cosmetic composition containing collagen extracted from fish scales; Aging step (S20) of deodorizing collagen intrinsic odor from the composition to prevent decay, and filling the cosmetic composition in a torsion wave transfer container that induces decomposition of the water molecule cluster of the cosmetic composition; and, the aging step (S20) When it is completed, the recovery step (S30) for recovering the cosmetic composition contained in the torsion wave transfer container; is made, including, wherein the cosmetic composition recovered in the recovery step (S30) is used as a raw material for making cosmetics or cosmetics It is done.

In addition, the torsion wave transfer container used in the aging step (S20) is generated far infrared rays, anions and torsion waves, the cosmetic composition accommodated in the torsion wave transfer container is accommodated for 30 minutes to 120 minutes, but the cosmetic in the aging process The water molecular clusters of the composition are characterized in that they degrade to a size of 60 Hz or less.

In addition, the torsion wave transfer container in which far infrared rays, anions and torsion waves are generated,

Prepare the mica stone powder and the granite clay and clay clay powder pulverized into fine particles of 200 to 325 mesh size, respectively, the preparation step of preparing 40 parts by weight of the mica stone powder, 40 parts by weight of the clay wood and 20 parts by weight of the clay powder (S110) And; And, the mica stone powder and woody clay and white clay powder is added to the stirrer and stirred and mixed to form a dough by adding water (S120); And, by extruding the dough into a refining machine to remain in the dough After removing the fine air, the molding step of forming the dough into a molded body having a shape of a container having a space therein (S130); and the molded body is put into a kiln and baked at a temperature of 800 to 900 ℃ to form a holding step (S140); And, after the holding step (S140) is recovered from the kiln in the kiln to apply the glaze on the surface of the body and then put again in the kiln and baked for 3 hours at a temperature of 1000 to 1100 ℃, 850 After baking for 3 hours at a temperature of 950 ℃, the baking step (S150) for producing a container in the form of a finished product by slowly cooling the body in a kiln for 24 hours in the digested state; And, the container after the firing step (S150) After the recovery, the arrangement step of placing the vessel in the torsion wave generator (S160); and the distilled water filling step (S170) of filling the distilled water into the torsion wave transmission medium inside the vessel; and the torsion wave generator The torsion wave is generated and transferred to the vessel for 30 to 120 minutes through the torsion wave, wherein the torsion wave is transferred to the entire vessel evenly with the distilled water as a medium (S180); and the torsion wave transfer step (S180). After recovering the vessel through), the completion step (S190) of producing a torsion wave transfer vessel as a finished product by discharging distilled water contained in the vessel; characterized in that it is produced by a process comprising a.

In addition, the arrangement step (S160) is a first batch process (S161) for placing a transfer container having a transfer space in which the container can be accommodated on the upper portion of the first torsion wave generator, and the transfer vessel of Arrange the container to the transfer space, the upper portion of the container is projected exposed to the upper portion of the transfer container, the outer side of the container is spaced apart from the inside of the transfer space to form a space between the container and the transfer container It comprises a second batch process (S162), and a third batch process (S163) for placing a second torsion wave generator on top of the container,

In the distilled water filling step (S170), the distilled water is filled in the space between the container and the transfer container together with the inside of the container,

The torsion wave generated in the first torsion wave generator located at the lower portion of the transfer vessel in the torsion wave transfer step (S180) transfers the torsion wave evenly outside the vessel using distilled water filled between the transfer vessel and the vessel. The torsion wave generated by the second torsion wave generator is characterized in that the torsion wave is evenly transferred to the inside of the container through the distilled water filled in the container.

As described above, according to the manufacturing method of the water-soluble collagen cosmetic composition using the torsion wave according to the present invention, the liquid-soluble collagen cosmetic composition containing collagen extracted from fish scales is a torsion wave transfer container for generating far infrared rays, anions and torsion waves By fermenting it into the aging, it deodorizes collagen's intrinsic odor generated from fish scales due to far-infrared rays and anions, and prevents decay so that high-quality collagen extracted from scales can be easily applied and used in cosmetic compositions. The water molecule cluster included in the collagen cosmetic composition is decomposed to a size of 60 Hz or less, and the collagen penetrates to the dermal layer of the skin together with the water molecule cluster having excellent penetration ability, thereby effectively supplying collagen to the skin.

1 is a block diagram of a method for producing a water-soluble collagen cosmetic composition using a torsion wave according to an embodiment of the present invention
Figure 2 is a block diagram of a method of manufacturing a torsion wave transfer container used in the method for producing a water-soluble collagen cosmetic composition using the torsion wave shown in FIG.
3 is a view illustrating a aging process of the cosmetic composition through a method for producing a water-soluble collagen cosmetic composition using the torsion wave shown in FIG.
4 is a view for explaining the manufacturing process of the torsion wave transfer container used in the method for producing a water-soluble collagen cosmetic composition using the torsion wave shown in FIG.

A method for preparing a water-soluble collagen cosmetic composition using a torsion wave according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. Detailed descriptions of well-known functions and configurations that are determined to unnecessarily obscure the subject matter of the present invention will be omitted.

1 to 4 illustrate a method for producing a water-soluble collagen cosmetic composition using a torsion wave according to an embodiment of the present invention, Figure 1 is a method for producing a water-soluble collagen cosmetic composition using a torsion wave according to an embodiment of the present invention. Figure 2 is a block diagram of a method for manufacturing a torsion wave transfer container used in the method for producing a water-soluble collagen cosmetic composition using the torsion wave shown in Figure 1, Figure 3 is a torsion wave shown in Figure 1 Figure 4 shows the aging process of the cosmetic composition through the method for producing a water-soluble collagen cosmetic composition, Figure 4 is a preparation of a torsion wave transfer container used in the method for producing a water-soluble collagen cosmetic composition using the torsion wave shown in FIG. Figures for explaining the process are shown respectively.

As shown in the drawings, the method 100 for producing a water-soluble collagen cosmetic composition using a torsion wave according to an embodiment of the present invention is a preparation step (S10), a aging step (S20), and a recovery step (S30) It is included.

As shown in Figure 1, the preparation step (S10) is a step of preparing a liquid soluble collagen cosmetic composition 10 containing a high quality collagen extracted from fish scales.

Here, the collagen contained in the cosmetic composition 10 uses a small molecule collagen of 10 to 20㎛ size, such collagen is purchased on the market and the detailed description thereof will be omitted.

As shown in Figure 1 and 3, the aging step (S20) deodorizes the collagen intrinsic odor in the cosmetic composition (10) to prevent decay, decomposition of the water molecule cluster (cluster) of the cosmetic composition (10) In the process of filling the cosmetic composition 10 in the torsion wave transfer container 200 to induce the, the cosmetic composition 10 is accommodated for 30 minutes to 120 minutes in consideration of the capacity accommodated in the torsion wave transfer container 200 Allow it to mature.

Here, the torsion wave transfer container 200 used in the aging step (S20) is made of mica and white clay as raw materials to generate far-infrared rays and negative ions can be expected to purify the cosmetic composition 10, antibacterial action, Excellent adsorption deodorization due to the clay having a porous structure can remove the intrinsic odor of collagen.

In addition, the torsion wave emitted from the torsion wave transfer container 200 causes the water molecule clusters contained in the cosmetic composition 10 to be pulverized to a fine size, preferably 50 to 60 Hz, because of the finely pulverized water. Molecular clusters are easy to enter and exit the cell, dissolving and transporting toxins or wastes that remain deep inside the cells to induce effective release to the body, so collagen can easily enter the dermal layer of the skin with water without being disturbed by toxins or wastes. To induce nourishment.

Therefore, since the cosmetic composition 10 filled and aged in the torsion wave transfer container 200 may solve various problems occurring in cosmetics using collagen extracted from scales in the past, the cosmetic composition 10 that has undergone aging process is It can be easily applied and used as a raw material for making cosmetics or cosmetics.

As shown in FIG. 1, the recovery step S30 is a process of recovering the cosmetic composition 10 accommodated in the torsion wave transfer container 200 when the aging step S20 is completed.

Meanwhile, as shown in FIG. 2, the torsion wave transfer vessel 200 in which far infrared rays, anions, and torsion waves are generated may be prepared in step S110, stirring step S120, forming step S130, and a holding step. S140, the firing step (S150), the batch step (S160), the distilled water filling step (S170), the torsion wave transfer step (S180), and is produced through the completion step (S190).

As shown in Figure 2, the preparation step (S110) is to prepare a mica stone powder and woody clay and white clay powder pulverized into fine particles of 200 to 325 mesh size, respectively, 40 parts by weight of the mica stone powder, 40 woody clay It is a process of preparing by weight part and 20 weight part of clay powders, respectively.

Here, the mica stone can expect the function of purification, antibacterial through anion and far-infrared rays generated in itself, the white soil can be expected to excellent deodorizing ability and absorption and fermentation promotion due to the porous structure,

The oak clay is to be added for easy kneading of mica and white clay powder, and serves to configure the body of the container 130 to be produced through the firing step (S150) to be laid down.

On the other hand, the reason for crushing the mica stone and the clay in the form of fine particles is to produce a dough by stirring easily in the stirring step (S20) to be removed.

As shown in Figure 2, the stirring step (S120) is a step of forming a dough by adding water after mixing and mixing the mica stone powder and the woody clay and white clay powder in a stirrer.

As shown in FIG. 2 and FIG. 4A, the molding step (S130) is performed by inserting and extruding the dough into a pulverizer to remove fine air remaining in the dough, and then forming the dough into a molded body 110 having a space therein. It is a process of molding.

Here, the reason for removing the air remaining in the dough is to prevent breakage of the container 130 fired due to the expansion of the air remaining in the holding and firing step (S140, S150).

As shown in Figure 2 and Figure 4b, the holding step (S140) is a step of forming the body 120 is put into a kiln and baked at a temperature of 800 to 900 ℃ by firing.

Here, the holding step (S140) is the first baking process for strengthening the hardness of the molded body (110).

As shown in Figure 2 and 4b, the firing step (S150) is recovered from the kiln 120 having undergone the holding step (S140) in the kiln and after applying the glaze on the surface of the base 120 again in the kiln After firing for 3 hours at a temperature of 1000 to 1100 ℃, and then firing for 3 hours at a temperature of 850 to 950 ℃, and then slowly cooled the body in a kiln for 24 hours in the digested state to produce in the form of a container 130 which is a finished product It is a process.

Here, the fine magnetic force (magnetic) properties of the iron (Fe) component contained in the mica stone and the clay in the firing process as described above is removed at a high temperature, so the container 130 is sewn in the torsion wave transfer step (S180). The torsion wave can be easily transferred.

As shown in FIGS. 2 and 4C and 4E, the disposing step S160 recovers the container 130 that has passed through the firing step S150, and then moves the container 130 to the torsion wave generator 150. ) Process.

Here, the torsion wave generator 150 is a device for generating and transferring a torsion wave into the container, and the torsion wave generator that is beneficial to the body developed by the present inventor (Korean Patent Application No. 10-2016-0148446) ".

Therefore, the technical description of the torsion wave generator 150 will be omitted.

As shown in Figure 2 and 4d, the distilled water filling step (S170) is a process of filling the distilled water 140 to the torsion wave transmission medium inside the vessel 130.

That is, as shown in FIG. 4E, the torsion wave generated by the torsion wave generator 150 is emitted to the vessel 130, wherein the distilled water 140 filled in the vessel 130 receives the torsion wave. It serves as a medium to deliver evenly to the container (130).

Therefore, the torsion wave emitted from the torsion wave generator 150 due to the distilled water 140 filled in the container 130 is evenly transferred to the entire container 130 in a short time.

As shown in FIG. 2 and FIG. 4E, the torsion wave transferring step (S180) generates and transfers the torsion wave for 30 to 120 minutes to the container 130 through the torsion wave generator 150. The torsion wave allows the distilled water 140 to be evenly transferred to the entire container 130.

Here, when the container 130 is exposed to the torsion wave of the torsion wave generator 150 in less than 30 minutes, the torsion wave is not evenly transferred to the container 130, and the container 130 is operated for 2 hours (120). It is preferable to transfer the torsion wave for 30 to 120 minutes as described above, since the torsion wave is not greatly increased even when exposed to more than a minute).

In this case, the time for transferring the torsion wave to the container 130 is more preferably about 1 hour, and may be set to 1 hour before and after considering the size and thickness of the container 130.

As shown in FIG. 2 and FIG. 4F, the completion step S190 recovers the container 130 that has undergone the torsion wave transfer step S180, and then discharges the distilled water 140 accommodated in the container 130. To produce a torsion wave transfer container 200 which is a finished product.

Meanwhile, as illustrated in FIGS. 2, 4C, and 4E, the disposing step S160 includes a transfer container 160 having a transfer space 161 in which the container 130 can be accommodated. The first batch process (S161) to be placed on the upper portion of the torsion wave generator 151 and the container 130 to the transfer space 161 of the transfer container 160, but the upper portion of the container 130 Is protruded and exposed to the upper portion of the transfer container 160, the outer side of the container 130 is spaced apart from the inner side of the transfer space 161 is formed between the container 130 and the transfer container 160. The second batch process (S162) and the third batch process (S163) for arranging the second torsion wave generator 152 on the upper portion of the container 130 is configured.

At this time, the distilled water filling step (S170), as shown in Figure 4d to ensure that the distilled water 140 is filled in the space between the container 130 and the transfer container 160 with the inside of the container (130).

Therefore, as shown in FIG. 4E, the torsion wave generated by the first torsion wave generator 151 positioned below the transfer vessel 160 in the torsion wave transfer step (S180) is the transfer vessel 160. And torsional waves are evenly transferred to the outside of the vessel 130 by the distilled water 140 filled between the vessel 130 and the torsion waves generated by the second torsion wave generator 152 to the vessel 130. The torsion wave generated by the torsion wave generator 150 is transferred to the vessel 130 very efficiently by allowing the torsion wave to be evenly transferred to the inside of the container 130 through the filled distilled water 140. do.

A cosmetic composition 10 is prepared as a method 100 for preparing a water-soluble collagen cosmetic composition using a torsion wave according to an embodiment of the present invention having the above configuration.

First, a liquid soluble collagen cosmetic composition 10 containing collagen extracted from fish scales is prepared. (S10)

Thereafter, as shown in FIG. 3, to the torsion wave transfer container 200 which deodorizes the collagen inherent odor from the cosmetic composition 10, prevents decay, and induces decomposition of the water molecule cluster of the cosmetic composition 10. Filling the cosmetic composition (10) is a step of aging for 1 hour. (S20)

Thereafter, the cosmetic composition 10 contained in the torsion wave transfer container 200 is recovered, and the recovered cosmetic composition 10 is used as a raw material for making cosmetics or cosmetics. (S30)

Method for producing a water-soluble collagen cosmetic composition using the torsion wave of the present invention made of the process as described above the torsion generating a liquid-soluble collagen cosmetic composition containing collagen extracted from fish scales far infrared rays and anions and torsion waves By aging in the wave transfer container 200, deodorizing collagen intrinsic odor generated from fish scales due to far-infrared rays and anions and preventing decay to easily apply high-quality collagen extracted from the scales to the cosmetic composition (10) At the same time, the water molecule cluster contained in the collagen cosmetic composition 10 is decomposed to a size of 60 hz or less through a torsion wave, and the collagen penetrates to the dermal layer of the skin effectively with the water molecule cluster having excellent penetration ability. Excellent quality to supply collagen Make collagen cosmetics.

Although the present invention has been described with reference to the embodiments illustrated in the accompanying drawings, this is by way of example and not limited to the above-described embodiments, various modifications and equivalent embodiments are possible from those skilled in the art. You will understand the point. In addition, modifications by those skilled in the art can be made without departing from the scope of the present invention. Therefore, the scope of the claims in the present invention will not be defined within the scope of the detailed description, but will be defined by the following claims and the technical spirit thereof.

10. Cosmetic Composition
110. Molded body 120. Possession
130. Vessel 140. Distilled water
150. Torsion wave generator 151. First torsion wave generator
152. Second torsion wave generator 160. Transfer container
161. Warrior Space
S10. Preparation step S20. Ripening step
S30. Recovery Step
S110. Preparation step S120. Stirring Step
S130. Molding step S140. Possession stage
S150. Firing step S160. Deployment stage
S161. First batch process S162. 2nd batch process
S163. Third batch process S170. Filling stage
S180. Torsion wave transcription step S190. Completion stage
100. Method for preparing water-soluble collagen cosmetic composition using torsion waves
200. Torsion Wave Warrior

Claims (4)

Preparing a liquid-soluble collagen cosmetic composition (10) comprising collagen extracted from fish scales (S10);
Filling the cosmetic composition 10 in the torsion wave transfer container 200 which deodorizes the intrinsic odor of collagen in the cosmetic composition 10, prevents decay, and induces decomposition of the water molecule cluster of the cosmetic composition 10. Ripening step (S20); And
When the aging step (S20) is completed, a recovery step (S30) for recovering the cosmetic composition 10 accommodated in the torsion wave transfer container 200;
Cosmetic composition (10) recovered in the recovery step (S30) is a method for producing a water-soluble collagen cosmetic composition using a torsion wave, characterized in that used as a raw material for making cosmetics or cosmetics.
The method of claim 1,
The torsion wave transfer container 200 used in the aging step S20 generates far infrared rays, anions and torsion waves, and the cosmetic composition 10 accommodated in the torsion wave transfer container 200 is 30 minutes. To mature for 120 minutes,
Water molecule cluster of the cosmetic composition (10) in the aging process water soluble collagen cosmetic manufacturing method using a torsion wave, characterized in that to be broken down to a size of 60Hz or less.
The method of claim 2,
The torsion wave transfer container 200 in which far infrared rays and negative ions and torsion waves are generated,
Preparing the mica stone powder and the granite clay and white clay powder pulverized into fine particles of 200 to 325 mesh size, respectively, the preparation step of preparing 40 parts by weight of the mica stone powder, 40 parts by weight of granite clay and 20 parts by weight of clay powder (S110) );
A stirrer step (S120) of adding the water to the mica stone powder and the oak clay and the white clay powder in a stirrer and then mixing the mixture;
A step (S130) of molding the dough into a molded body 110 having a space therein after removing the fine air remaining in the dough by inserting and extruding the dough into a refining machine;
The molded body 110 is put in a kiln and carried by baking at a temperature of 800 to 900 ℃ to form a base 120 (S140);
After collecting the possession 120 through the holding step (S140) in the kiln and applying the glaze on the surface of the holding 120 and put it in the kiln again for 3 hours at a temperature of 1000 to 1100 ℃, 850 to 950 ℃ After firing at a temperature of 3 hours, the baking step (S150) to produce a container 130 in the form of a finished product by slowly cooling the base 120 in the fire extinguished state for 24 hours;
A recovery step (S160) of recovering the container 130 that has undergone the firing step (S150), and then placing the container 130 in the torsion wave generator 150;
Distilled water filling step (S170) of filling the distilled water 140 into the torsion wave transmission medium in the vessel 130;
The torsion wave is generated and transferred to the vessel 130 through the torsion wave generator 150 for 30 to 120 minutes, wherein the torsion wave is uniformly transferred to the entire vessel 130 through the distilled water 140. Torsion wave transfer step (S180); And
After recovering the vessel 130 passed through the torsion wave transfer step (S180), the distilled water 140 contained in the vessel 130 is discharged to produce a torsion wave transfer vessel 200 which is a finished product (S190). Method for producing a water-soluble collagen cosmetic composition using a torsion wave, characterized in that it is produced by a process comprising a.
The method of claim 3, wherein
The arrangement step (S160),
The first batch process (S161) for placing the transfer container 160 having a transfer space 161 that can accommodate the container 130 on the upper portion of the first torsion wave generator 151,
The container 130 is disposed in the transfer space 161 of the transfer container 160, and the upper part of the container 130 protrudes and is exposed to the upper part of the transfer container 160, and the outside of the container 130. The second batch process (S162) to be spaced apart from the inside of the transfer space 161 so that a space is formed between the container 130 and the transfer container 160,
It comprises a third batch process (S163) for placing the second torsion wave generator 152 on the container 130,
In the distilled water filling step (S170), the distilled water 140 is filled in the space between the container 130 and the transfer container 160 together with the inside of the container 130,
The torsion wave generated by the first torsion wave generator 151 positioned below the transfer vessel 160 in the torsion wave transfer step S180 is filled between the transfer vessel 160 and the container 130. Transfer the torsion wave evenly outside the vessel 130 via the distilled water 140, the torsion wave generated by the second torsion wave generator 152 is via the distilled water 140 is filled in the container 130 as a medium Method for producing a water-soluble collagen cosmetic composition using a torsion wave, characterized in that the torsion wave is evenly transferred to the inside of the container (130).

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