FR2768336A1 - BODY COSMETIC PIGMENT COMPOSITION AND PROCESS FOR PREPARING THE SAME - Google Patents

Abstract

The present invention relates to a cosmetic pigment composition for the body used to increase the elasticity of the skin and facilitate weight loss, and a method for its preparation, the cosmetic pigment composition for the body comprising various components, such as calcium, potassium, iodine, selenium, alginic acid and the like, extracts of brown algae and / or laminaria, and viscous solutions, such as solutions of mineral silica, aluminum and magnesium, obtained from loess. The composition of cosmetic pigment for the body confers elasticity on flaccid muscles, brings flexibility to the body, facilitates weight loss, contributes to preventing aging of the skin by contribution of mineral substances and similar to the skin cells. through the capillaries connected to the skin, and also has effects for maintaining physical fitness.

Description

The present invention relates to a cosmetic pigment composition and a

  process for its preparation, and in particular a cosmetic pigment composition for the body, intended to increase the elasticity of the skin and

to facilitate weight loss.

  As civilization progresses, people eat more meat than plants, due to the higher standard of living, and tend to lack exercise due to the ease of transportation, which

  increases the number of obese people. However, the ob-

  sity is a major cause of various diseases. In part-

  culier, belly and size are indicators of the state

  and are important factors in aesthetics.

  For these reasons, there is a need for a cos-

  metic increasing the elasticity of the skin and facilitating

weight loss.

  The present invention relates to a cosmetic pigment composition for the body and a process for its preparation.

  preparation, meeting the above requirements.

  An object of the present invention is to provide

  a cosmetic pigment composition for the body,

  taking various components extracted from marine plants, a solution of sodium chloride purified from sea water and various mineral components obtained from - 2 -

loess or yellow earth.

  Another object of the present invention is to provide a cosmetic pigment composition for the body, in which the marine plants are brown algae and laminaria, and the components extracted from marine plants include calcium, potassium, iodine, selenium and alginic acid, and in which the loess is a land of kaolinite and montmorillonite,

  and the mineral components consist of a solution vis-

  queuse comprising silica, aluminum and magnesium. Yet another object of the present invention is

  to provide a process for the preparation of a compound

  tion of cosmetic pigment for the body, comprising a process for the extraction of various components from marine plants and the execution of a series of processing operations; a process for extracting various mineral components from loess and performing a series of processing operations; and a process of mixing and stirring pure solutions from the process of extracting components from marine plants,

  and the process of extracting mineral components.

  Yet another object of the present invention is to provide a process for the preparation of a cosmetic pigment composition for the body, in which the process of extracting components from marine plants is carried out.

  successively by an initial execution process

  several times from a freezing operation of brown algae and kelp in a freezer, during a

  preset time, and then defrost in a

  positive defrosting, for a preset time; a

  second process of purification of a chlorine solution

  sodium rure from sea water; a third pro-

  cease adding the purified sodium chloride solution to the brown algae and laminaria of the first - 3 process, and then powdering them using a spray device; a fourth process for extracting a solution of brown algae and kelp, by removing solid particles from the pulverized material of the third process, using filters; and a fifth process of extracting a

  pure solution by adding an organic acid to the solution

  tion of brown algae and laminaria from the fourth pro-

  cessus, the first process consisting in particular of performing

  kill 1-5 times the freezing of brown algae and

  laminar in a freezer, in a temperature range

  tures from -7 to +3 C, for 48 hours, and then thawing them in a defrosting device, in a temperature range of 1 to 5 C for 6 hours, and in which the process of extraction of mineral components

  is carried out in particular successively by a sixth

  cessation of extraction, from loess, of substances

  queuses such as silica, aluminum and magnesium; a seventh process of purifying a sodium chloride solution from seawater; an eighth process of mixing and stirring the various components and the sodium chloride solution of the sixth and seventh process; a ninth sediment deposition process from the mixtures of the eighth process and then removal of the sediments deposited at the bottom; and one

  tenth process of extracting a pure solution from

  shot of the mixture of the ninth process.

  The present invention is illustrated by means of the drawings, in which

  FIG. 1 schematically represents a device

  sif of sodium chloride, used for the

  preparation of the cosmetic pigment of the present invention

  tion; Figure 2 is an enlarged schematic perspective view showing a rotary circular filter element - 4 -

  of the sodium chloride extraction device shown

  felt in Figure 1; and Figure 3 is a process diagram showing

  the process for the preparation of the pig composition

  body cosmetic of the present invention. The composition of cosmetic pigment for the body

  of the present invention is prepared by a pre-

  established, after mixing various components extracted from marine plants, such as kelp and brown algae, together with a chloride solution

  sodium, silica, alumina, magnesium and the like

  laires. First, we will explain the characteristics of brown algae and kelp, as well as the process

  extracting a solution therefrom.

  Brown algae and kelp have a high calcium and potassium content, in particular the potassium content is twice as high as the sodium content. When a lot of potassium is ingested, potassium is excreted at the same time as sodium in the urine, which essentially prevents a large intake

water to the body.

  In addition, brown algae and kelp have a high iodine content. Iodine is closely related to the thyroid, so an iodine deficiency can

  cause diseases of the thyroid gland. In particular

  bind, it is known that an abnormality in hormone secretion

  weight loss leads to a functional deterioration of the thyroid gland by ingestion of brown algae and kelp,

  among the algae that make up kelp.

  Brown algae and kelp also contain selenium. Selenium is present in very small quantities in seawater and soil and is an essential trace element for the metabolism of the human organism. In addition, selenium is a component of glutathione peroxidase, which prevents the oxidation or disintegration of cells. As a result, selenium

  is considered an essential element for the functions

  cellular tions in the human body.

  In particular, brown algae and kelp

  have a high content of alginic acid. According to experience

  We know that alginic acid contains various

  antibacterial substances, physiological activators

  gic and various minerals and when alginic acid is injected into a laboratory rat the lipid levels

  and cholesterol levels go down.

Table 1

  Analysis of the components of brown algae and laminaria Brown algae Laminaria! _ (Living) j (living) Water (%) 88.8 91.0 Proteins (%) 2, 1 1.1 | Lipids (%) 0.2 0.2 Carbohydrates (g) saccharides 4.4 3.6 cellulose 0.6 0.6 Limestone (g) 3.9 3.5 Mineral substance calcium 153 103 (mg) phosphorus 40 23 iron 1.0 2.4 sodium - 554 potassium - 1 242 vitamin A (R, E) 308 129 A retinol (pg) 0 0 3-carotene (ig) 1 854 774 Vitamins B vitamins thiamine (mg) 0.06 0, 03 B riboflavin (mg) 0.16 0.13 niacin (mg) 1.0 1.1 ascorbic acid 18 14 In addition, when brown algae and kelp are ingested, they are ground up by the teeth, attacked -6 - by digestive enzymes and then absorbed in the state

  ionic in the viscera. Consequently, it is important to

  as various components of brown algae and lami-

  be extracted in the ionic state and absorbed into the capillaries through the skin, in a simple manner,

  without the many processes described above.

  Consequently, the extraction of a compressed solution

  nating ions of the various components from brown algae and kelp is of paramount importance in

  the present invention. However, heating to around

  rons of 100 C for extraction can lead to decom-

  position of physiological activators and several minerals. In the present invention, the solution of brown algae and kelp is extracted by freezing and thawing them repeatedly, because this process causes destruction of the thallus cells,

  which allows to easily extract various components.

  The thallus is very easily destroyed by freezing

  tion at -7 C and then thawing at +5 C, repeatedly. On the other hand, when repeatedly freezing at -3 C and defrosting at + 10C, the

  tissue destruction is to a reduced but acceptable degree

  table. We understand that it is possible to destroy these

  lules of the thallus tissue by creating leave points

  lation. The thallus is then ground using a grinder, such as Polytron pt2000, at 6000 revolutions per minute, for the disintegration of more than 90% of the thallus. During grinding,

  it is difficult to grind only the thallus. Therefore

  quence, to effectively grind the thallus, a solution of sodium chloride is mixed with the thallus, taking into account the concentration present in the thallus, so that the sodium chloride solution is at a concentration of about 2.0 -2.2%. In addition,

  brown algae and kelp that are alive, frozen

- 7 -

  All, stored or processed are all available.

  Second, the functions of sodium chloride

will be set out below.

  It is well known that the organism consists essentially of

  partly in water. Water dissolves many types of nutrients and minerals, which are substances

  physiological activators, and allows physical reactions

siological in cells.

  The total proportion of water in the human body is around 60-70% of body weight, and men generally have a higher percentage of water than women, and fat people have a higher percentage of water than thin. Water in the human body is referred to as mood, which is classified as intracellular humor and

extracellular mood.

  Intracellular humor consists of the water present in the cells, and constitutes two thirds of the humor. The remaining third of the mood is distributed among the extracellular moods. As a result, in the case of an adult weighing 70 kg, the total amount of mood is about liters, of which about 25 liters correspond to the mood

  intracellular and about 15 liters in extra mood

  cellular. In addition, the extracellular humor is divided into blood plasma and intercellular humor, in one

1: 3 ratio.

  The water ingested daily by individuals penetrates mainly by the oral route, by drinking water or the ingestion of food containing water. In addition, it can be generated in the body as a product of metabolic reactions, although this is a small amount. Usually about 2,500 ml of water enters the human body per day, of which about 2,200 ml, or 90%, is ingested orally. Furthermore, even if the amount of water discharged from the

  human body varies with peripheral temperature

- 8

  rique or degree of movement, in a normal state, envi-

  ron 900 ml of ingested water is dispersed throughout the body and excreted by vaporization of the respiratory organs and

  the skin, the individual not feeling the loss of water.

  One of the essential factors that determine the distribution of water in the human body is the pressure

  osmotic. In general, water passes from a hypo-

  tonic to a hypertonic solution, which represents a

  osmotic action. For example, when placing a mem-

  semi-permeable brane between a sugar solution on one side

  and water as a solvent on the other side, the solution

  tion of sugar cannot pass through the membrane, but water can pass through the membrane, so as to direct

  towards the sugar solution. As described above, the ac-

  Osmotic tion occurs when a solution and a solvent are separated by the semi-permeable membrane. The solution then presents a particular pressure. The pressure is called osmotic pressure. Osmotic pressure is proportional to the concentration of the solution when

  the temperature is constant. A solution with a pres-

  equal osmotic ion is called isotonic solution, and solutions with lower osmotic pressure

  are called hypotonic solutions. The osmo- pressure

  tick plays essential roles in biological phenomena

  such as edema formation and hemolysis of

  red blood cells by osmotic pressure.

  Osmotic pressure represents the number of parts

  ticles dissolved in a solution per unit volume.

  Although it is possible to adjust the osmotic pressure of mood by changing the number of particles or the

  amount of water, the living organism regulates the osmo- pressure

  mood tick by varying the amount of water in the body. This regulatory action is carried out by

  thirst or an antidiuretic hormone.

-9-

  Since the water moves by free diffusion

  between cells, extracellular humor and intracellular humor have equal osmotic pressures. If the osmotic pressure of a mood changes, the water is redistributed until the pressures

  osmotic of the two moods become equal.

  A major factor determining the actual osmotic pressure is the concentration of sodium chloride, which

  constitutes 90% of the total extracellular solute which

  evokes the real osmotic pressure. Consequently, the increase

  mentation and decrease in chloride concentration

  of sodium accompany variations in osmo- pressure

cell volume.

  When a person ingests a lot more water than what needs to be excreted, the body is in a state of excessive amount of water. The excess water then becomes the extracellular humor, so as to increase the volume of the cells and to dilute the solute. As a result, the water molecules continue to pass from the extracellular mood into the intracellular humor, until the osmotic pressures of the two humours become equal to each other. As a result, a greater quantity of water is distributed in the cells instead of being outside the cells, which is a phenomenon of redistribution of water, by change of

  volume of total mood in the body.

  Also, when a person ingests a solution

  high concentration of sodium chloride, the concentra-

  tion of sodium chloride in the extracellular mood is increased. At this time, although a large amount of sodium chloride enters the cells, the rate of excretion of sodium chloride is also increased, by

  so the increase in the amount of salt is main-

  limited to the area of extracellular mood.

  As a result, as the water moves until

- 10 -

  the osmotic pressures of the two humors are equal,

  redistribution of water from intra-

  cellular, towards extracellular mood, is facilitated.

  In addition, between the blood plasma and the intercellular mood, the water and electrolytes contained in the blood plasma are evacuated from the blood vessels at

  capillary level, by colloid osmotic pressure

  protein from blood plasma. The entry and exit

  mood are balanced by the suction force of the intracellular mood in the blood vessels, and conversely by the colloid osmotic pressure of the

  plasma proteins. It is a principle of pres-

  osmotic sion. Applying the above principle prevents excess water from flowing out, ensuring that the normal amount of sodium chloride remains in

  blood plasma. When applying a solution containing

  containing sodium chloride on loose skin, the

  centration of the intercellular mood is increased ins-

  simultaneously by the penetration of sodium chloride into the capillaries. The increased concentration pushes water out of the cells, which leads to excretion out of the body,

  by the kidneys, water collected from the cells.

  Third, an ion exchange for fixing

  tion of viscous substances is explained below. The

  viscous substances are nothing other than the sub-

  viscous stanzas extracted from loess or yellow earth. Viscous substances have a surprising effect on

  give elasticity to the skin. The substances

  loess queuses are difficult to obtain because they are associated by ionic bonds. However, when using seawater, they are easily obtained by

  the ion replacement method. The substances

  which are secondary mineral materials containing

  minerals such as silica, aluminum, magnesium

sium, etc.

- 11 -

  Loess or yellow earth is generally referred to as a part of the earth that has a yellow color. However, the color of the soil varies depending on the components contained in the soil. The earth is mostly recombined in a generation process.

  tion and has various forms depending on the superficial state

  sky. Land is generally classified into five types, such

  as kaolinite, montmorillonite, illite, chlorite and vermi-

  culite. The classification follows a ratio of components of

silica and aluminum.

  Tests of various characteristics of the soil show that kaolinite and montmorillonite have different viscous effects. In particular, it is shown that viscous substances firm the skin when applied to it. The degree of firming is montmorillonite> kaolinite> chlorite

  > illite> vermiculite. Consequently, according to the results-

  states of the trials, it is effective to use kaolinite

  and montmorillonite as viscous substances.

  To obtain viscous substances, natural loess is finely sprayed. They are passed two or three times through a sieve to select materials with finer particles, then they are completely dissolved in purified water. After having discarded the insolubles, the mixture is then stirred and the dissolved loess is mixed with sea water, and the mixture is left until the loess is sedimented, then the viscous mineral is extracted therefrom. We then eliminate the loess so as to obtain

  only the viscous mineral. We mix the mineral vis-

  obtained with components extracted from algae

  brown and kelp. Then we combine electric-

  the viscous substance obtained by ionic substitution with the components of marine plants which are in the state of ions in seawater, and thus we obtain the

  cosmetic pigments associated with a viscous substance.

- 12 -

  First production Extraction of several components of brown algae and kelp I) Raw materials We use 1 kg of raw materials consisting of

brown algae and laminaria.

II) Deodorization

  Odors are eliminated by stirring the pre-

  miers by means of a shaking device at 500 -

  1000 rpm and rinsing for 60 minutes with flowing water to eliminate intrinsic odors

  brown algae and kelp.

  III) Disintegration of thallus tissue About 50% of the cells of the tissue

  thallus by generating freezing points, in effect

  killing three times the process in which deodorized materials are frozen in a freezer at -5 C

  for 48 hours and thawed continuously in a dispo-

  defrost at 3 C for 6 hours, so

  to facilitate the extraction of several components.

  IV) Addition of sodium chloride solution and grinding of the mixture of thallus tissue and sodium chloride solution 800 ml of the sodium chloride solution (2.0-2.2%) are added, the mixture is ground using a Polytron pt2000 grinder, at 6,000 rpm, and about 80% of the thallus tissue is reduced to powder, so as to

extract the various components.

  V) Filtration The required solution is extracted by separation and filtration of the powdered substance, using two

layers of gauze.

- 13 -

Second achievement

  Purification of sodium chloride solution (at 2.0-

2.2%)

  I) Starting seawater Take the seawater in a container on the

  background and its concentration is adjusted to 2.0-2.2%, in

  rant the concentration using a measuring device

salt concentration.

  II) Purification of sea water A purifier is preferably adapted, as described below, to obtain a pure solution of sodium chloride, by removing the impurities contained in the water of

  sea, as shown in Figures 1 and 2.

  The purifier is composed of a tank 1 for the storage of the sea water to be used, of filter elements

  rotary circulars 3 connected to the reservoir 1 by the con-

  lines 2, from a final tank 4 for the separation of sea water, brought to the rotary circular filter elements 3, from the impurities, and then its storage, from a pump 5 to pump the solution from the tank

  final 5, and a digestion filter 6 to filter fina-

  Lely the solution which arrives under the effect of the pumping force of the pump 5. In addition, the conduits 2, connecting the rotary circular filter elements 3, are connected

  to a blower 7 for the supply of air so as to prevent

  expensive contamination of seawater with bacteria.

  In particular, filter paper 8 in the wire element

  trant circular rotary 3 are placed at constant intervals

  stant on the rotary axes 9, for the separation by wire-

  tration of impurities from sea water.

  In accordance with the above process, the pure sodium chloride solution is collected in the digestion filter 6 at the end, by a series of processes. The pure sodium chloride solution collected in the

  digestion filter 6 can be used for the preparation

- 14 -

  tion of the composition of cosmetic pigment for the body. Third achievement Extraction of viscous substances from silica, aluminum and magnesium solutions The loess is reduced to a fine powder, it is sieved two or three times with a sieve to select

  fine powder like sand, it is dissolved in purified water

  Once insoluble, remove the insolubles and keep the soluble part, then dry in the shade for about 1 hour. Then purified water is removed, the

  loess sedimented, it is mixed with the chlo- solution

  sodium rure (1000 ml), stirred for 3-4 hours, dry in the shade for one day, then remove the sedimented loess, add an NaOH solution to the mixture obtained by the preceding steps , until the pH of the mixture is approximately 7.0 and the production of a sudden agglutination, and it is purified to obtain

  viscous substances in the ionic state.

  Fourth realization Cosmetic lotion

  We prepare the cosmetic lotion by mixing

  formally and stirring all components in accordance

in table 2 below.

* - 15 -

  Table 2 Composition by weight Components Made- Example Example Example tion 4 compar. 1 compar. 2 compar. 3

  1. 100 100 100 chloride solution -

  sodium 2. Cosmetic pigment of la30 - 30 30 first realization 3. Cosmetic pigment of la20 20 - 20 third realization 4. hydroxybenzoate of pro- 0.1 0.1 0.1 0.1 pyle 5. Colorant quantity quantity quantity quantity l__________ _ | appropriate appropriate appropriate appropriate 6. Perfume composition 0.1 0.1 0.1 0.1

  As a result, the cosmetic pigment composition

  body tick, used to increase the elasticity of the skin and facilitate weight loss, includes various components such as calcium, potassium, iodine, selenium, alginic acid and the like, extracts

  brown algae and / or kelp, and a solution

  queuse, such as mineral silica, aluminum and

  magnesium, obtained from loess.

  In addition, as shown in Figure 3, the pro-

  assigned for the preparation of the pigment composition cos-

  metic for the body includes an eleventh process 12 for mixing pure solutions extracted at the same time by a process of extraction 10 of components of marine plants to extract various components of marine plants, and then subject them to a series of operations of processing, and a process 11 of extracting mineral components to extract mineral components such as

  silica, aluminum and magnesium, loess, and the sou-

  then put to a series of processing operations; a twelfth process 13 for the purification of the mixture

  having gone through the eleventh process 12; a thirteenth pro-

  cessus 14 for the introduction of the product solution

- 16 -

  having gone through the twelfth process, in each bottle;

  and a fourteenth process 15 for conditioning the fla-

  cons, having gone through the thirteenth process 14, in boxes. The process 10 for extracting components from marine plants comprises a first process 16 for the extraction of various components from brown algae and kelp; a second process 17 for the purification of the sodium chloride solution from sea water; a third process 18 for mixing and powdering the various components and the solu-

  sodium chloride from the first process and from

  second 16, 17; a fourth process 19 for the elimination

  tion of solid particles from the mixture of the third pro-

  cessus 18, using two-layer filters; and a cin-

  process 20 for the extraction of pure solution by

  introduction of an organic acid into the mixture of the

  third process 19. The process 11 for extracting com-

  mineral layers includes a sixth process 21 for the extraction of viscous substances, such as silica, aluminum and magnesium, from the loess; a seventh

  process 22 for the purification of the chlo- solution

  sodium rure from sea water; an eighth pro-

  cessus 23 for mixing and stirring the various ingredients

  health and sodium chloride solution of the sixth and seventh process 21, 22; a ninth process 24

  for depositing sediments from oil mixtures

  third process 23; and a tenth process 25 for the ex-

  pulling of pure solution from the mixture of the ninth

process 24.

  In particular, the first process 16 performs the algae freezing operation one to five times

  brown and kelp in a freezer, at a temperature

  deletes in the range of -7 to +3 C for 48 hours, and

  then defrost in a defrosting device

  tion, in a temperature range of 1-5 C, for

- 17 -

  6 hours, for the extraction of the various components.

  Comparative test of the sensitivity and of the safety on application The products obtained according to the fourth embodiment and the comparative examples 1 to 3 were tested on 20 subjects. Each of the subjects gave scores ranging from 1 to 5, and

  we averaged the scores. Note 5 means excel-

  slow, note 4 means good, note 3 means normal,

  note 2 means bad and note 1 means very bad

  am going to. The results of the test are given here.

  The fourth achievement gives a score of 4.5 for application sensitivity, a score of 4.2 for durability and a score of 4.5 for safety; the first comparative example gives a score of 4.0

  application sensitivity, a rating of 3.9 for durability

  lity and a 4.5 safety rating; the second comparative example gives a score of 4.1

  application sensitivity, a rating of 4.0 for durability

  lity and a 4.0 safety rating; the third comparative example gives a score of 3.9 for sensitivity to application, a score of 3.9 of

  durability and a 4.0 safety rating.

  As can be seen from the results below

  above, the evaluation of the composition of cosmic

  tick of the present invention shows that its sensitivity to

  the application and its safety are excellent.

  As indicated above, the cosmetic pigment composition of the present invention confers elasticity on very flaccid muscles and facilitates weight loss, so as to bring flexibility to the body. In addition,

  the cosmetic composition helps to prevent aging

  smoothing of the skin by providing mineral substances

  and similar to skin cells by the capillaries

  related to the skin, and also has effects on the

maintaining physical fitness.

- 18 -

Claims (7)

  1. Cosmetic pigment composition for   body, characterized in that it comprises various components   health extracts of marine plants, a solution of chloro-   sodium rure purified from seawater and miscellaneous   mineral components obtained from loess.   2. Cosmetic pigment composition for the body according to claim 1, characterized in that the marine plants are brown algae and laminaria and the components extracted from marine plants include calcium, potassium, iodine, selenium and l alginic acid. 3. Cosmetic pigment composition for the body according to claim 1, characterized in that the loess is kaolinite or montmorillonite and the mineral components consist of a viscous solution comprising   silica, aluminum and magnesium.   4. A process for the preparation of a cosmetic pigment composition for the body comprising a process of extracting various components from marine plants and performing a series of processing operations; a process of extracting various mineral components from loess and performing a series of processing operations; and a process of mixing and stirring solutions   pure extracts from the process of extraction of   layers of marine plants and the process of extracting mineral components.   5. Process for the preparation of a composition   of cosmetic pigment for the body according to the claim   tion 4, characterized in that the process of extracting components from marine plants is carried out successively by a first process of execution several times   a freezing operation of brown algae and lami- - 19 -   naires in a freezer, for a preset time,   and then defrost in a defrosting device   lation, for a predetermined period; a second process   addition of purification of a sodium chloride solution from sea water; a third process of adding the purified sodium chloride solution to the brown algae and the laminaria of the first process, and then   powder reduction thereof using a device   spray tif; a fourth process for extracting a solution of brown algae and kelp   removal of solid particles from the spray material   the third process, using filters; and a fifth process for extracting a pure solution by adding organic acid to the solution of brown algae   and laminaria from the fourth process.   6. Process for the preparation of a composition   of cosmetic pigment for the body according to the claim   tion 5, characterized in that the first process con-   is to perform 1-5 times a freezing operation of brown algae and laminaria in a freezer, at a temperature in the range from -7 to +3 C, for 48 hours, and then to defrost in   a defrosting device, within a temperature range   tures from 1 to 5 C, for 6 hours.   7. Process for the preparation of a composition   of cosmetic pigment for the body according to the claim   tion 4, characterized in that the extraction process of the mineral components is carried out successively by a sixth extraction process from loess of viscous substances such as silica, aluminum and magnesium; a seventh process of purifying a sodium chloride solution from seawater; an eighth process of mixing and stirring the various components and the sodium chloride solution of the sixth and seventh process; a ninth process of - 20 -   sediment deposition from mixtures of the eighth pro-   ceased and then removing the sediments deposited at the bottom; and a tenth process of extracting a solution   pure from the mixture of the ninth process.