KR102144159B1 - Functional decongestant manufacturing system - Google Patents

Abstract

The present invention relates to a functional re-decontamination manufacturing system that solves the problems arising from sea salt, and is not affected by the climate and season, which has been a problem in sea salt, and reduces minerals and insolubles such as heavy metals and foreign matter contained in seawater. It increases the content of various ingredients that are beneficial to the human body, including high purity, and makes it possible to produce clean, hygienic and delicious recontamination. An injector for injecting solid sea salt and functional water of energy hydrated liquid, respectively, a stirrer for stirring the mixed salt water introduced through the injector, a storage tank for storing the brine stirred through the stirrer, and the storage tank A water purifier that purifies the salt water cleanly through magnetization and filtration treatment, and salt water, which is functional water purified through the water purifier, is stored and the salt water is transferred to the storage tank again through a circulation pipe according to the opening and closing operation of the ball valve. An auxiliary tank that circulates and is magnetized and filtered through an intermediate water purifier to purify the water and circulates for a certain period of time by these storage tanks and auxiliary tanks, so that the dissolved and purified salt water is contained in a dry tray, resulting in a constant temperature (heat), wind speed and humidity. Technical features include a drying chamber that is formed by re-decontamination by blowing and drying processing while being transported at a constant speed along a tray in a space set in the furnace environment, and a grinder that pulverizes the re-decontamination formed in a solid state through the drying chamber to remove bittern. have.

Description

Functional decongestant manufacturing system}

The present invention relates to a functional re-decontamination manufacturing system that structurally solves the fundamental problems arising in the manufacturing process of the traditional sea salt, and more particularly, heavy metals and foreign substances contained in seawater without being affected by the climate and season that was a problem in sea salt. It relates to a functional recontamination manufacturing system capable of producing clean, hygienic and delicious recontamination with high purity and hard crystals while increasing the content of various components beneficial to the human body, including minerals, while reducing insolubles and quaternities such as.

Salt is a mineral obtained from the sea, salt lakes, and salt mines. In Korea, salt is mainly taken from the sea. Salt obtained by evaporating seawater is called sea salt, and salt obtained by removing impurities from this sea salt and boiling it is called recontamination.

Sea salt refers to salt produced by inflowing seawater into a reservoir and concentrating it by using nature such as solar heat and wind.The method of manufacturing such sea salt is produced in the same way that it has been traditionally produced for hundreds of years. There is it.

Nevertheless, re-decontamination is said to be better for health because various minerals disappear during the manufacturing process. However, since the quality of the sea salt is different depending on the water content (concentrated seawater) and the sanitary conditions of the salt field when producing sea salt, re-decontamination may be better in some cases.

Nevertheless, since sea salt does not undergo a purification process, it does not contain only sodium chloride (NaCl), but also contains various minerals, amino acids, and enzymes, so it can be an alternative to solve the problem of purified salt. However, the problem is the pollutants in the sea salt. Because the sea is polluted, pollutants from various household wastes such as heavy metals and detergents flowing from rivers and factories are bound to be contained in the sea salt. In addition, Korea is pitifully carrying over 300,000 tons of livestock wastewater a year by ship to the sea, and the pollution of sea salt has reached a level that cannot be overlooked.

Even more problematic is'Haeju'. In the process of making sea salt, there is a facility that traps seawater in a puddle to prevent rainwater from mixing when the weather is bad. Haeju is a valuable facility that is indispensable for making sea salt, but the problem is the roofing material. In the past, the roof was covered with things made of wood or straw, but nowadays most of them are wearing a thread.

Someone who knows Sret already knows, but it contains a lot of asbestos. When it was new, only the asbestos powder that had been buried in it would fall, but later, as it gets old, it is corroded like iron, and a lot of asbestos comes out through it. As it is, it is mixed with the concentrated seawater contained in Haeju, and the vicious cycle continues to enter the sea salt.

Korean sea salt is superior to world-class luxury salts including French Guerrand salt in terms of the diversity and content of physiologically active substances such as minerals and amino acids. Nevertheless, these pollutants are playing a part in the fact that they do not stand out in the global luxury salt market. Considering this fact, in order to become a luxury sea salt, the development of technology to drastically reduce pollutants in sea salt must be preceded.

For reference, Korean Patent Publication No. 10-1997-0009073 provides salt containing minerals beneficial to the human body by removing only impurities by heating sea salt or sea salt at 400°C to 800°C. However, this has less impurities than the conventional recrystallization method and contains a lot of mineral components compared to the high-temperature melting method, but also has a problem that high-temperature heat treatment requires a lot of cost.

On the other hand, as a prior art in this field, Korean Utility Model Publication No. 20-1998-0008125 (re-decontamination manufacturing apparatus), domestic patent registration No. 10-1636656 (re-decontamination manufacturing apparatus), and Korean Patent Publication No. 10-2000-0030527 ( Re-decontamination manufacturing device), domestic patent registration No. 10-0731909 (high-quality re-decontamination manufacturing method and its device), domestic utility model registration No. 20-0122469 (re-decontamination distribution device), and domestic patent registration No. 10-0232744 (re-decontamination) In the process of making bitter water by dissolving purified salt (sea salt) in water, it filters out foreign substances and prevents the re-decontamination produced in the process of heating the bitter from sticking to the bottom of the heating tank, or imported salt. Alternatively, a bittern formation step of dissolving purified salt in water with sea salt to produce bittern, a layer separation step of centrifuging the generated bitter water by centrifugation and immersing it, and a suspended material of bitter water layered by the centrifugation. And a removing step of removing harmful substances, a filtering step of filtering the bittern from which the suspended substances and harmful substances have been removed, a crystallization step of spontaneously evaporating by introducing the filtered bittern into a re-decontamination manufacturing apparatus, and the crystallized salt. It is composed to include a dehydration step of collecting salt, dehydration and drying, and has been introduced to prevent contamination of the bitter water and to produce high-quality re-decontamination by removing suspended and harmful substances contained in the bitter water by centrifugation. It is not affected by the climate and season, which was a problem at the time of manufacture, while reducing the insoluble content and quarries such as heavy metals and foreign substances contained in seawater, while increasing the content of various components beneficial to the human body, including minerals, The reality is that it is insufficient to produce a hard clean and sanitary recontamination.

The present invention is to solve the problems of the prior art as described above, without being affected by the climate and season, which was a problem when manufacturing the sea salt, and reducing minerals and insolubles such as heavy metals and foreign substances contained in seawater. Its purpose is to provide a functional re-decontamination manufacturing system capable of producing a hygienic re-decontamination that is delicious, clean, high in purity and hard crystals while increasing the content of various components beneficial to the human body, while increasing the content of various components beneficial to the human body including bittern water.

In order to achieve the above object, the functional re-decontamination manufacturing system of the present invention basically includes an injector for respectively introducing solid sea salt and liquid groundwater, an agitator for stirring mixed salt water introduced through the injector, and the agitator A storage tank that stores the salt water stirred through the storage tank, a water purifier that purifies the salt water from the storage tank through magnetization and filtration treatment, and salt water, which is the functional water purified through the water purifier, is stored and the ball valve is opened and closed. Depending on the operation, an auxiliary tank that transports and circulates salt water to the storage tank again through a circulation pipe, and is magnetized and filtered through an intermediate water purifier to purify the water, and the storage tank and the auxiliary tank are circulating for a certain period of time to The salt water is immersed in a dry tray and is transported at a constant speed along the tray in an environment set at a constant temperature (heat), wind speed, and humidity, and a drying chamber formed by re-decontamination by blowing and drying, and a re-decontamination formed in a solid state through the drying chamber. The system consists of a grinder to remove bittern by grinding.

In particular, the natural sea salt and the groundwater as functional water introduced through the injector are applied in a salt water of 25% or more in which salt can be formed at a mixing ratio of 1: 1.5 to 2 by volume, and stirred for about 1 hour through a stirrer.

In addition, in the drying room, a far-infrared heat source of 30-40℃ is provided through the radiant heat rays of the walls of the space so that environmental conditions such as a temperature of 19℃ or higher, humidity of 60% or more, and a wind speed of 3M, which are the basic conditions for salt crystal formation, can be formed. As a dry tray that is heat-dissipated and contains salt water and is conveyed and circulated at a constant speed, it has a technical feature that the wind speed through the blower is transmitted at 2-4M, and the humidity of the space through the vent is maintained at a level of 50-60%.

The present invention, which structurally solves the fundamental problems arising in the manufacturing process of traditional sea salt through such a manufacturing system, is not affected by the climate and season, which was a problem in sea salt, and insoluble matters such as heavy metals and foreign substances contained in seawater and It reduces the number of minutes and increases the content of various ingredients that are beneficial to the human body including minerals, while making it possible to manufacture and produce clean, hygienic and delicious recontamination with high purity and hard crystals.

1 is a block diagram of an apparatus for a functional recontamination manufacturing system of the present invention.

Hereinafter, the functional re-decontamination manufacturing system of the present invention and the manufacturing principle of the re-decontamination produced thereby will be described in detail with reference to FIG. 1 showing a schematic system configuration relationship. For reference, the functional water applied together with the sea salt as a basic component of the re-decontamination generated according to the present invention is based on the use of groundwater, but various functional waters can be applied depending on the site conditions or the conditions of the actual re-decontamination to be generated. Of course.

First, in the sea salt, which is the basic ingredient introduced in the present invention, the mineral ingredients that can be expected are about magnesium, calcium, and trace amounts of potassium, and the magnesium salt has a bitter taste and is also a bitter ingredient used when making tofu. Although a small amount of sea salt may contain various harmful substances such as heavy metals that are harmful to the human body and environmental hormones that cause endocrine disorders depending on the water intake source, in the end, it reduces various insoluble substances such as heavy metals and foreign substances rather than the sea salt itself, and the mineral components contained in sea salt remain the same. While protecting, functional water containing various nutrients such as garlic, loess, green tea, onion, and ginger, which are beneficial to the body, is applied as a basic ingredient along with sea salt.

First, it is preferable to apply groundwater containing the desired nutrient component to be generated as functional water as the functional water introduced into the stirrer 20 through the feeder 10 along with the solid sea salt, which is a solid sea salt. The groundwater, which is a functional water, has a volume ratio of 1.5 to 2 times compared to the sea salt so that the mineral components necessary for the human body can be preserved as it is, and the crystals are hard and can be made into clean functional recontamination. When added in a mixing ratio, it can be formed by re-decontamination, which is a normal salt, and the salt can be mixed with 25% or more of salt water to be stirred.

The injector 10 basically allows the sea salt and groundwater to flow into the upper inlet 22 of the stirrer 20 through the inlet pipe 12 above the inlet port according to the power transmission of the inlet motor 11 at the bottom. The stirrer 20 stirs the natural sea salt and functional water introduced at an appropriate ratio as the stirring blade 24 inside the space rotates according to the power transmission of the upper stirring motor 21 to be mixed with the functional water salt water. Natural sea salt and functional water (ground water) introduced into the injector 10 are applied in a salt water of 25% or more in which salt can be formed at a mixing ratio of 1: 1.5 to 2, and approximately 1 hour through the stirrer 20 It is preferable that the degree of stirring is performed.

Next, the functional water salt water stirred at a certain mixing ratio through the stirrer 20 is determined with high purity while reducing the content of heavy metals, foreign substances, and sodium contained in the basic ingredient, sea salt, and increasing the content of beneficial ingredients such as minerals. There is water treatment by the water purifier 40 so that it can be produced by this hard clean and sanitary re-decontamination, and the 40 is basically a supply pipe 32 and drainage between the storage tank 30 and the auxiliary tank 50 It is connected not only to the side water purification pipe 43, but also connected to a separate circulation pipe 52 so that the water treatment for the salt water to be purified can be operated and cycled repeatedly for a certain number of times.

That is, salt water from the stirrer 20 is first introduced into the storage tank 30 through the transfer pipe 31 according to the power transmission of the transfer motor 32 connected to the discharge pipe 23, and the storage tank ( 3) The salt water introduced into the water purifier 40 is first supplied to the water purifier 40 through a water purification pipe 32 on one side of the water purifier 40 to be treated for water purification, and subsequently purified through the water purifier 40. Salt water flows into the auxiliary tank 50 through the purification pipe 43 on the other side.

And between the auxiliary tank 50 and the storage tank 30 around the water purifier 40, the opening and closing operation of the corresponding ball valves 51 and 53 separately from the water purification pipes 43 and 32 on both sides forming the same line. It is also connected to the circulation pipe 52 so that the automatically purified salt water can be circulated.

For reference, the water purifier 40 is provided with a discharge port 44 at the lower side to discharge foreign substances and sewage, etc. left after being purified, like a component applied in a conventional salt water purification system, and a water purifier 40 at the upper side. ) A pressure gauge 41 and an air vent 42 are installed as a pressure control means generated in the process of purifying the salt water inside, and of course, the water purifier 40 is from the storage tank 30 and the auxiliary tank 50. It goes without saying that the drive motor (not shown in the drawings) is configured and operated so that water purification and circulation operation for tap water can be performed.

In particular, the water treatment through the water purifier 40 between the storage tank 30 and the auxiliary tank 50 applied in the manufacturing system for producing functional re-decontamination of the present invention is a mineral It is preferable that the water purifier 40 is configured so that magnetization and sterilization treatments are performed so as to attract each other to increase the purity of the salt.

In this way, the sea salt and functional water are added to the stirrer 20 in an appropriate ratio through the injector 10 and stirred. The impurities are removed through the water purifier 40 between the storage tank 30 and the auxiliary tank 50, while mineral components are Liquid salt water treated with high purity that can be kept as it is and can be produced by clean functional re-decontamination is put in a separate drying tray 71 and sent to the drying room 70 to provide a constant temperature (heat), wind speed and humidity. It can be formed by re-decontamination by being blown dry while being transported at a constant speed along the transfer table 74 of the furnace environment set space.

That is, the drying chamber 70 is magnetized and filtered through the water purifier 40 to be treated for water purification, and circulated for a certain period of time by these storage tanks and auxiliary tanks, so that the dissolved and purified salt water is contained in a predetermined amount in the drying tray 71 , A constant temperature (heat) of the radiant heating wire 76 to heat and radiate (radiate) far-infrared rays, and a constant wind speed of the salt water of the dry tray 71 by the blower 75, and also the vent 77 and the blower The drying room space is configured to maintain a constant humidity by 75.

In addition, the dry tray 71 containing salt water is preferably configured to be stacked and accommodated in multiple layers in a separate storage rack 72 that is seated and transported on the transfer roller 73 of the tray transfer table 74, In particular, the salt water contained in the dried tray 71 is basically contained at a level of 1/3 of the height (space) of the tray to facilitate desirable drying.

In particular, the drying chamber 70 is 30- through the radiant heat ray 76 of the space wall so that environmental conditions such as a temperature of 19°C or higher, a humidity of 60% or higher, and an environmental condition of 3M wind speed, which are basic conditions in which salt crystals can be generated, can be formed. In the drying tray 71 in which the far-infrared heat source of 40°C is radiated and salt water is contained and transported and circulated at a constant speed, the wind speed through the blower 75 is transferred to 2-4M, and the ventilation hole 77 at the ceiling of the space and the blower The humidity of the space controlled through 75 is maintained and operated at a level of approximately 50-60%, and the tray 74 for transporting the dry tray 71 is configured in a rectangular shape in the drying room 70 space. It is installed so that the drying tray 71 can be circulated and repeated at a certain time and at a certain speed.

It is preferable to perform a low-temperature drying step for about 4 hours at a blowing temperature of approximately 50°C as low-temperature drying so that the re-decontamination formed in the solid state of the salt crystals and the remaining brine are naturally removed during the drying process through the drying chamber 70. , Re-decontamination, which is salt crystals generated through the drying process of the drying chamber 70, is sent to a separate grinder 60 to be pulverized, so that the bitter water included in the functional re-decontamination can be finally reliably removed.

In particular, the present invention is the operating principle of the above-described constitutive relationship, by mixing and stirring the solid salt, the natural sea salt, and the functional water containing the corresponding nutrient at a certain ratio, and basically purifying it with magnetization and sterilization, Insoluble matters such as heavy metals and foreign substances are removed, and when the functional water in the liquid phase is added, the purity of the corresponding component is high and crystals are hard, and it can be produced as salt water of optimum conditions that can be dried with clean functional re-decontamination. (Heat), wind speed, and humidity are set in a separate drying room and grinder to reduce the content of heavy metals, foreign substances, and sodium contained in the purified salt water, and increase the content of beneficial ingredients such as minerals, while high purity and hard crystals. It can produce clean and hygienic sea salt.

This in turn reduces various insolubles such as heavy metals and foreign substances rather than the sea salt itself, and preserves the minerals contained in the sea salt, while the functional water containing various nutrients such as garlic, loess, green tea, onion, ginger, which are beneficial to the body, is added together with the sea salt. Since it can be applied as a basic ingredient, the re-decontamination finally produced through a series of stirring and water purification treatments, and drying and pulverization treatments can be used as functional re-decontamination of the nutrient component added as functional water.

10: feeder 11: feed motor
12: input pipe 20: stirrer
21: stirring motor 22: inlet
23: discharge pipe 24: stirring blade
30: storage tank 31: transfer pipe
32: water purification pipe 40: water purifier
41: pressure gauge 42: air vent
43: water purification pipe 44: outlet
50: auxiliary tank 51,53: ball valve
52: circulation pipe 60: crusher
61: grinding roller 62: discharge panel
70: drying room 71: dried dishes
72: storage rack 73: transfer roller
74: tray transfer 75: blower
76: radiant heating wire 77: vent

Claims (4)

An injector for injecting solid sea salt and liquid groundwater at a ratio of 1: 1.5 to 2 by volume so that salt water with a salinity of 25% or more can be mixed,
A stirrer for stirring the mixed salt water flowing through the injector for 1 hour,
A storage tank for storing salt water stirred through the stirrer,
A water purifier that purifies salt water from the storage tank through magnetization and filtration treatment,
An auxiliary tank for storing salt water, which is functional water purified through the water purifier, and transferring and circulating salt water to the storage tank again through a circulation pipe according to an opening and closing operation of a ball valve;
Magnetized and filtered through an intermediate water purifier and treated for water purification, and circulated by these storage tanks and auxiliary tanks for a certain period of time, so that the soluble and purified salt water is contained in a dry tray, and the environment is set at a constant temperature (heat), wind speed and humidity. A drying chamber formed by high-purity and clean re-decontamination from which heavy metals and foreign substances contained in the sea salt are removed while being transported at a constant speed along the conveying platform,
Consisting of including a crusher for removing bittern by pulverizing the re-decontamination formed in a solid state through the drying chamber,
In the drying room, a radiant heat ray radiating from a far-infrared heat source at 30-40° C. is placed on the walls of the space so that environmental conditions such as a temperature of 19°C or higher, a humidity of 60% or higher, and an environmental condition such as 3M wind speed, which are basic conditions in which salt crystals can be generated, are formed. Installed,
It is characterized in that a blower and vents are installed around the radiant heating wire so that the humidity of the drying room space is maintained at a level of 50-60% while the 2-4M wind speed is transmitted to the drying tray that contains salt water and is transported and operated at a constant speed. Functional re-decontamination manufacturing system. delete delete delete

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