RU2321415C2 - Apparatus and method for producing of silicic water for eye drops - Google Patents

Abstract

FIELD: purification and mineralization of tap water or natural water, may be used in ophthalmology.

SUBSTANCE: method involves using apparatus consisting of two rectangular reservoirs, namely, upper and lower reservoirs made from biologically inert material such as transparent food plastic or food glass, with purification and mineralization of tap water or natural water being provided in upper reservoir, and settling of filtered water - in lower reservoir; providing filtering in upper reservoir through charge containing four layers of sorption materials separated by layers of porous material such as sintepon and partition walls of reservoir provided with apertures, on which layers there are four layers of sorption materials arranged from the bottom up to the top: on lower partition wall there is layer of sintepon and sorbent in an amount of 1,000 g at sorbent and water weight ratio of 1:5, on intermediate partition wall there is layer of sintepon and 0.5-1 cm³ sized black silicon pebbles in an amount of 500 g, on upper partition wall - layer of sintepon and activated birch coal in an amount of 50 g at coal and water weight ratio of 1:100; placing sintepon and schungite in an amount of 500 g at schungite and water ratio of 1:10; feeding and discharging water downward through openings provided in cover and upper reservoir bottom at flow rate of 250 ml/min. Upper reservoir bottom is made convex and has convexity thickness of 3 cm, said convexity being provided with central 2.5 mm sized water drain opening. Filtered water is then settled in lower reservoir with black 0.5-1 cm³ sized silica pebbles placed on its bottom in an amount of 7-10 g per 1 l of water. Filtered water is saturated in lower reservoir with silicic acid anhydride until value of 6.5-7 mg/l is attained. Water is fed into lower reservoir through 3 cm sized opening formed in cover, and is drained through 3 cm sized opening arranged at a distance of 5 cm from bottom.

EFFECT: provision for producing silicic water of controllable composition to be used for obtaining of eye drops.

3 cl, 1 dwg

Description

The invention relates to methods for purifying tap and natural water and enriching it with silicon dioxide (SiO ₂ ).

Black flint is a mineral based on silicon dioxide (SiO ₂ ).

Water saturated with microscopic doses of silicon dioxide is called activated silicon water (AKV).

The organic remains of ancient living things in black flint are unique biocatalysts. These biological substances are the basis for building complex organic compounds - the foundations of a living organism - chlorophyll and hemoglobin.

Silicon is involved in the metabolism of more than 60 mineral salts and vitamins. With its deficiency, the digestibility of trace elements and vitamins decreases, the metabolism is disturbed.

A lack of silicon in water and food leads to serious skin diseases, vascular diseases, and atherosclerosis.

In silicon water, a structural water system is formed with an electric lattice of liquid crystals of SiO ₂ so that pathogenic microorganisms and foreign chemical elements do not have a place in it. These foreign impurities are displaced from the water and precipitate. That is why silicon water combines the taste and freshness of spring water, the purity and structure of melt water, the bactericidal properties of silver.

Currently, various popular literature on human health contains information on a method for producing silicon water in glass containers (often in 3-liter jars) by simply infusing silicon pebbles for 4-7 days for use in everyday life. Neither the pebbles of silicon, nor the silicon water thus obtained at home are checked for quality by anyone and its composition is not controlled.

Oleg Pankov, an ophthalmologist, academician of the Laser Academy of Sciences of the Russian Federation in his book Killer Glasses, Metaphor Publishing House, Moscow, 2005 (pp. 172, 176), advises using the same method for producing silicon water at home. . He writes about the therapeutic effect of silicon water on the eyes in case of infectious diseases of the eyes and advises using silicon water by instilling in the eye 1 drop 3 times a day for cataracts, glaucoma and retinal dystrophy (p. 173). However, in his method of producing silicon water for treating eyes, neither on its composition nor on the quantitative content of silicon dioxide in water, O.P. Pankov reports anything.

In the scientific, technical and patent literature, the applicant has not found information sources describing a method for producing silicon water for eye drops, but information has been found that describes a method for producing pure drinking water by filtering through several layers of various materials, one of which is silicon sand.

The technical result achieved by the present invention is to develop a method and apparatus for producing silicon water of controlled composition for eye drops.

The essence of the invention is to achieve the specified technical result by the claimed method of producing silicon water from tap or natural water of a controlled composition for eye drops, including sequentially purification and mineralization of water by a filtration method and sediment of filtered water to saturate water with silicon dioxide to the desired amount in an apparatus consisting of two tanks - top and bottom.

The applicant believes that the method of producing silicon water at home, which is advised by academician O.P. Pankov, has a drawback and therefore does not produce water of such purity as can be used for eye drops. When untreated tap or natural water sludges, a considerable precipitate falls to the bottom of the tank, which even with a small movement of water, for example, when water is drained, rises up and this phenomenon is very difficult to control. Filtration of turbid water through several layers of gauze or matter, as advised, also does not provide the required water quality, therefore, upon further storage of silicon water in already filled containers, harmful substances remaining in the water are adsorbed, which float in the water in the form of very small grains or flakes. This phenomenon makes crunched water impossible to drink in the form of eye drops.

The method proposed by the applicant completely eliminates this drawback and the water when it comes out with respect to its hydrogen index and other biochemical properties becomes akin to intercellular fluid and human blood plasma. Such water heals the eyes and saturates the eyes with “living” liquid, which makes the eyes clear and clean.

The purification and mineralization of tap or natural water by the filtering method takes place in the upper container of a rectangular shape (figure 1 in the drawing), made of a biologically inert material - transparent food grade plastic or glass for food, 10 cm wide, 10 cm long and 55 cm high [ 1: 1: 55], divided by partitions [6, 7, 8] of the same material 4 mm thick with holes of 3 mm in diameter each and located on 1 cm ² - one hole. Partitions are based on protrusions (5) of 1.5 cm, located on the inner walls of 2 opposite sides in the amount of 3 pieces, an average of 10 cm from the bottom of the tank, the upper at 20 cm from the bottom of the tank. Partitions are removable. On one of the outer sides of the container, at a level of 5 cm from the upper edge, a line is drawn of the upper edge of the water gulf (4), not lower, no higher than which water should not be poured. The bottom of the container (9) is convex 3 cm high, in the middle of the convexity is a hole (10) with a diameter of 2.5 mm for water drainage. The container is closed with a removable lid (2) of the same material. In the middle of the lid there is a hole (3) with a diameter of 3 cm for pouring water.

Four layers of sorbent materials and porous material (sintepon) are laid sequentially from bottom to top on the partitions; the sorbent СГН-30А-1000 g [1: 5] is poured on the sintepon, from the bottom, located on the bottom of the tank. A synthetic winterizer is placed on the middle partition - black flint pebbles 0.5-1 cm ³ in size - 500 g [1:10] on the synthetic winterizer. On the upper partition - first sintepon, on sintepon - activated birch charcoal - 50 g [1: 100 - the ratio of the volume of coal to water in the tank], on sintepon coal, on sintepon - shungite 500 g [1:10]. The supply and flow of water are regulated within 250 ml of water per minute.

In the upper tank, water is purified from heavy metals and their salts, oil products, radionuclides, pesticides, nitrates, chlorine and fluoride compounds, toxic organic and inorganic compounds, water is disinfected from pathogenic microflora, including E. coli and cholera embryo, provides purification of water from helmitis eggs. It makes the water clean, gives the quality of low-mineralized spring water with an ordered structure of melt water, and gives active biomedical properties. Shungite, activated carbon and black flint stones, actively collecting all the harmful substances in the water, prolong the performance of the sorbent SGN-30A.

Filtered, purified and slightly mineralized water enters through the hole (13) in the removable cover (12) of the lower tank of the apparatus (11) made of a biologically inert material - transparent food plastic or food glass 25 cm wide, 25 cm long and 55 height cm [1: 1: 2,2] of rectangular shape. The container is closed with a removable lid (12) with a hole in the middle (13) of 3 cm diameter for water inlet and air intake. On one of the outer sides of the lower tank 5 cm below the upper edge of the water inlet (14) at a level of 5 cm from the bottom there is a hole for draining water (15) with a diameter of 3 cm, which can be closed with a lid or a stopper. Black silicon pebbles (16) are laid out at the bottom of the tank, ranging in size from 0.5 to 1 cm ³ in the amount of 7-10 g per 1 liter of water [7-10: 1000]. Depending on the health of black flint, i.e. of the amount of the surface layer of black flint, as well as its natural properties, the filtered water should be in the lower tank for 4 to 7 days until the result is 6.5-7 mg of silicon dioxide (SiO ₂ ) per liter of water. According to the Siberian Branch of the Academy of Sciences of the USSR (1984), the optimal content of silicon dioxide in drinking water should be 5-3 mg / l. But such a content of silicon dioxide in water for therapeutic purposes was insufficient. Experimentally, the applicant found that for therapeutic purposes, silicon water should contain silicon dioxide in the range of 5-7 mg / L. Moreover, 7 mg / l is an optimal indicator and works well for medicinal purposes. If the indicators of silicon dioxide in water are taken above 8-10 mg / l, then it is advisable to use such water for cosmetic purposes; for external use, such water shows itself very well both in the treatment of skin diseases and in cosmetic purposes. The indicator of 6.5-7 mg / l of silicon dioxide in water showed itself very well in eye drops, and these figures are not found anywhere in the literature.

Preparation of the apparatus for operation consists in the fact that the containers - upper and lower, partitions and covers are thoroughly washed with warm water and soap and baking soda, and they are well rinsed with warm running water. Install containers one under the other on a special stand. The synthetic winterizer extends in warm water with white soap and rinses well with warm running water. The synthetic winterizer is laid on the partition. The sorbent SGN-30A is poured onto the sintepon of the lower partition in the amount of 1000 g. On the middle partition, sintered stones flinted with flint from 0.5 to 1 cm ³ in the amount of 500 g, well washed with flowing warm water, are poured onto the sintepon. coal in an amount of 50 g, a synthetic winterizer is put on coal, onto which shungite, well washed with running warm water in an amount of 500 g, is placed. The container is closed with a removable lid with an opening in the middle of 3 cm in diameter.

At the bottom of the lower tank, stones of black flint well-washed with warm flush water, ranging in size from 0.5 to 1 cm ³ in the amount of 7-10 g per 1 liter of filtered water, are laid. The container is closed with a removable lid with a hole in the middle of a size of 3 cm in diameter for water inlet. Water fills the tank from top to bottom at a rate of 250 ml / min. The first 10-15 liters of filtered water are rejected, the subsequent ones fill the lower tank to the upper edge of the water gulf marked with a line. If a lot of water is required, then several lower tanks are needed. Water settles in the lower tank for 4-7 days until a result of 7 mg SiO ₂ per liter of water is achieved. After that, the water is considered ready for eye drops and poured into appropriate containers. The shelf life of silicon water for eye drops is 5 years in a closed container.

After one month of operation, the shungite and black flint are removed from the upper tank and washed well with running warm water, after which they are again ready for work. Activated carbon is emitted and replaced with a new one, the sorbent SGN-30A remains in the tank for 1 year, after which it is replaced with a new one. Silicon pebbles in the lower tank are well washed with running warm water every month.

Silicon water for eye drops obtained in this way has high purity and good therapeutic effect. Infectious diseases of the eyes heal quickly enough and help ease the course of the disease with glaucoma and cataracts. The use of silicon eye drops for prophylactic purposes, 1 drop in both eyes in the morning and evening protects the eyes from any inflammatory processes of the eyes, as well as from the emergence of formidable diseases of glaucoma and cataracts. Nourishing the eyes with life-giving moisture, silicon water makes the eyes beautiful, clear and clean.

Claims (2)

1. A method of producing silicon water for eye drops from tap or natural water of controlled composition, including sequential purification and mineralization of water by filtration and sludge of filtered water to saturate the water with silicon dioxide in an apparatus consisting of two rectangular containers - upper and lower, while in the upper containers, the tap water or natural water is purified and mineralized by filtration through a charge containing four layers of sorption materials separated by porous layers about the material - sintepon and the partitions of the tank with holes, moreover, the sorbent SGN-30A is poured onto the synthetic winterizer in the amount of 1000 g on the sintepon, with a weight ratio of the sorbent SGN-30A and water 1: 5, the synthetic winterizer is placed on the middle partition and for sintepon pebbles of black flint with a size of 0.5 to 1 cm ³ in an amount of 500 g, with a weight ratio of pebbles of black flint and water 1:10, sintepon is first on the upper partition, activated birch charcoal is 50 g on sintepon, at a weight ratio of activated birch coal and water 1: 100, synthetic winterizer for coal, synthetic winterizer for shungite in an amount of 500 g, with a weight ratio of schungite and water of 1:10, water is supplied and drained from top to bottom through openings in the lid and bottom at a rate of 250 ml / min and at the same speed, water enters the lower tank of the apparatus, in which the subsequent sediment of filtered water takes place, while at the bottom of the lower tank there are black flint stones from 0.5 to 1 cm ³ in the amount of 7-10 g per 1 l water, at a weight ratio of black flint pebble and water 7-10: 1000, filter Settled water is defended in a container from 4 to 7 days until 6.5-7 mg of silicon dioxide per 1 liter of water is reached, after which the prepared water for eye drops is poured into a closed container. 2. A device for producing silicon water for eye drops, which contains two containers - the upper and lower, rectangular in shape, made of a biologically inert material - transparent food plastic or food glass, the upper container is designed for purification and mineralization of tap or natural water by filtration, the bottom of the tank is convex, the bulge is 3 cm high, in the middle of the bulge is a hole with a diameter of 2.5 mm for water drainage, the tank using partitions with holes made of the same material, is separated ene into three parts, partitions are provided with holes 3 mm in diameter, evenly spaced over the entire area - one hole per 1cm ² and rest on ledges disposed on opposite sides inside the container, the bottom baffle at the bottom of the container, the average at 10 cm from the bottom of the tank, the top at a level of 20 cm from the bottom of the tank, on the outer side of the tank at a level of 5 cm below the top edge of the tank there is a line of water inlet, the upper container is closed with a removable lid, in the middle of which there is a 3 cm diameter hole for water inlet, lower sintepon and sorbent SGN-30A in the amount of 1000 g are laid on the southern partition, with a weight ratio of sorbent SGN-30A and water 1: 5, on the middle partition there are sintepon and black flint stones from 0.5 to 1 cm ³ in the amount of 500 g, with a weight ratio of black flint and water pebbles of 1:10, a synthetic winterizer and birch activated carbon 50 g on the upper partition, 1: 100 activated birch carbon and water weight, synthetic winterizer on it, shungite 500 g on synthetic winterizer, with a weight ratio schungite and water 1:10, the lower tank is 25 cm wide, 25 cm long and high 55 cm is designed for sludge of filtered water, the lower container is closed with a removable lid with a hole 3 cm in the middle for water inlet and air intake, on one of the external sides of the vessel 5 cm below the upper edge of the vessel there is a line of the upper edge of the water inlet, at level 5 a hole with a diameter of 3 cm is located from the bottom for draining water, which can be closed with a lid or a stopper; black flint stones are laid on the bottom of the container, ranging in size from 0.5 to 1 cm ³ in the amount of 7-10 g per liter of water, with a weight ratio of pebbles black to belt and water 7-10: 1000.