KR20070061504A - Deep seawater therapy device by mutual control of seaweed species and associated pigments with raw seawater and treated water - Google Patents

Abstract

Thalassotherapy treatment facilities are provided to promote new optimum health assistant therapy and aesthetic effect by mixing algae and their related pigment to original water, desalted water, and high-mineral water of deep seawater. The talassotherapy treatment facilities include: first membrane separation facilities(100) for branching or firstly processing deep seawater; an algae pond and pigment tank(300); a first control center for controlling the first membrane separation facilities and the algae pond and pigment tank; an algae pond(400) comprising six algae ponds; and a second control center(500) that is an energy saving part using a drainage waste heat.

Description

Thalassotherapy Treatment Facility by Interactively Controlling the Algae and its Matched Pigment together with Deep Seawater and its Treated De-salinated and High Mineral Water }

Figure 1a is a patent, a comprehensive overall process diagram for energy saving by using the water supply to the deep sea seaweed bath by adjusting the mutual supply amount of seaweeds and deep seawater by type, and the hot water seaweed bath.

2a shows a process for supplying deep seawater, adjusting seaweeds and pigments for the first control unit, and switching equipment for changing raw water, demineralized water, and high mineral water according to types of deep seawater separated from each seaweed. Detailed drawing for.

FIG. 3A is a detailed view of using the waste heat of each boiling water centered on the second control unit and using the auxiliary energy of each boiling water.

Figure 4a is a system for arbitrarily changing its composition by adjusting the mineral composition of the demineralized water and high mineral water supplied to the seaweed soup with a focus on the first control unit.

Explanation of symbols on the main parts of the drawings

100 Deep Seawater # 1 Membrane Separation Facility

110 R / O Facility

120 Electrodialysis Facility

200 # 1 Control Center

300 Algae Pond and Pigment Tank

310 Red Algae and Pink Pigment Tank

320 Green Algae and Green Pigment Tank

330 Brown Algae and Brown Pigment Tank

Algae Pond

410 Low Temperature Deep Seawater Algae Pond

420 Hot Deep Seawater Algae Pond

430 Desalinated Water Algae Pond

440 Desalinated Hot Water Algae Pond

450 High Mineral Water Algae Pond

460 High Mineral Hot Water Algae Pond

500 # 2 Control Center

1 Deep Seawater

2 Intake Water Valve

3 Low Temperature Feed Watr Valve

4 R / O Feed Valve

5 Electrodialysis Feed Valve

6 Reverse Osmosis Intake (R / O lnlet)

7 Electrodialysis Inlet

8 R / O De-Salinated Water Outlet

9 R / O High Mineral Water Outlet

10 Electrodialysis Desalinated Outlet

11 Electrodialysis High Mineral Outlet

12 Feed Water for Raw Deep Seawater Algae Pond

13 Feed Water for Desalinated Algae Pond

14 Feed Water for Electrodialysis Algae Pond

15 Red Algae Tank Outlet

16 Pink Pigment Tank Outlet

17 Brown Algae Tank Outlet

18 Brown Pigment Tank

19 Green Algae Tank Outlet

20 Green Pigment Outlet

21 Red Alage Mixer

22 Brown Algae Mixer

23 Green Algae Mixer

24 1st Controller (No. 1 Control Panel)

25 Feed Line for Red Algae and Pink Pigment

26 Feed Line for Brown Algae and Brown Pigment

27 Feed Line for Green Algae and Green Pigment

28 Feed Line for Low Temperature Deep Seawater Pond

29 Feed Line for Hot Deep Seawater Algae Pond

30 Feed Line for Desalinated Algae Pond

31 Feed Line for Hot Deep Seawater Algae Pond

32 Feed Line for High Mineral Algae Pond

33 High Mineral Water Algae Water Supply Pipe

(Feed Line for High Mineral Hot Water Algae Pond)

34 Cold Seawater Algae Bath Drain

(Outlet for Low Temperature Deep Seawater Algae Pond)

35 Inlet for Hot Deep Seawater Algae Pond

36 Outlet for Hot Water Algae Pond

37 Outlet for Desalinated Algae Pond

38 Inlet for Hot Desalinated Algae Pond

39 Outlet for Hot Desalinated Algae Pond

40 Outlet for High Mineral Algae Pond

41 Inlet for High Mineral Hot Water Algae Pond

42 Outlet for High Mineral Hot Water Algae Pond

43 Red algae and pink dye intake at low temperature

(Inlet for Red Algae and Pink Pigment for Low Temperature Algae Pond)

44 Low temperature raw seaweed bath inlet

(Inlet for Low Temperature Deep Seawater Algae Pond)

45 Raw Water Hydrothermal Algae Bath Red Algae and Pink Dye Intake

 (Inlet for Red Algae and Pink Pigment of Hot Algae Pond)

46 Demineralized seaweed bath demineralized water intake

 (Inlet for Desalinated Water of Desalinated Algae Pond)

47 Desalted Seaweed Bath Brown Algae and Brown Dye Intake

(Inlet for Brown Algae and Brown Pigment of Desalinated Algae Pond)

48 Inlet for Brown Algae and Brown Pigment of Desalinated Hot Water Algae Pond

49 Inlet for Hihg Mineral Algae Pond

50 Mineral Algae Bath Green Algae and Green Dye Intake

(Inlet for Green Algae and Green Pigment of High Meneral Pond)

51 Inlet for Green Algae and Green Dyes of High Mineral Hot Water Algae Pond

52 2nd Controller (No. 2 Control Panel)

53 Raw Water Hot Water Boiler

54 Waste Heat Exchanger for Deep Seawater Hot Water

55 Filter for Deep Seawater Algae Pond

56 Desalinated Hot Water Boiler

57 Demineralized Water Waste Heat Exchanger

(Waste Heat Exchanger for Desalinated Hot Water)

58 Filter for Desalinated Water of Algae

59 High Mineral Hot Water Boiler

60 Waste Heat Boiler for High Mineral High Water

61 high mineral tn filter

62 Red Algae and Pink Pigment Feed Line for Low Temperatrue Deep Seawater Algae Pond

63 Brown Algae and Brown Dyes Feed Line for Hot Deep Seawater Algae Pond

64 Algae and Brown Pigment Feed Line for Desalinated Algae Pond

65 Brown Algae and Brown Pigment Feed Line for Desalinated Hot Water Algae Pond

66 Mineral Algae Bath Green Algae and Green Dye Supply Pipe

    (Green Algae and Green Pigment Feed Line for High Mineral Algae Pond)

67 Green Algae and Green Pigment Feed Line for High Mineral Hot Water Algae Pond

68 Red Algae and Pink Pigment Feed Valve

69 Brown Algae and Brown Pigment Feed Valve

70 Green Algae and Brown Pigment Feed Valve

71 Algae Pond Disposal Pipeline

The present invention relates to an apparatus for deep seawater therapy, which is a more effective and efficient method for increasing the efficacy of thalassotherapy, which has a function similar to that of a deep seawater therapy (Balneo-Therapy). In addition to the process of mixing and mixing the species of algae, the present invention relates to the development of a new process for the new tarrasotherapy method by mixing the pigment into the deep seawater and treated water for aesthetic effect.

For this process, the deep sea water baths are classified into three major classification baths according to their water quality, and each is a raw water bath (low temperature water bath, raw water hot water bath), a desalted water bath (demineralized water bath, a desalted hot water bath), and a high mineral bath ( Gomineral and Gomineral Hot Water Baths) A total of six subdivisions are basically installed, and three types of seaweeds, ie, red algae, brown algae, and green algae, are mixed with each other in each of the three baths. By sending the control amount by correlation, it distinguishes three seaweed soups by large classification, that is, raw water red algae soup, desalted brown algae soup, and high mineral green algae soup, and six small classes (low temperature source red algae spring, raw water hot water red algae spring, desalting) Brown algae soup, demineralized hot water brown algae bath, high mineral green algae algae soup, high mineral hot algae green algae bath)

Three algae are red algae, laver and wood starfish, brown algae, seaweed and kelp, and green algae are deaf and green, and these algae are inserted into the algae tank, Into slices and slices, or stored together with the juice produced in a crushed form using a mixer or the like. On the other hand, the related pink, brown and green pigments use dyes that are harmless to the human body. That is, food coloring grade pigments using natural pigments are used.

On the other hand, the supply of the three seaweeds to the three large soy sauce baths by changing the order of the seaweeds and the corresponding dyes is arbitrarily changed as necessary by the exchange system / switching system of the first control unit (Fig. 2).

The purpose of the development of this process is to utilize the deep seawater itself in the body health marine therapy, and to improve the efficiency in utilizing the low temperature, ripening, cleanliness, and high mineral properties of the deep sea water itself. In addition, it is intended to improve efficiency by investing in its mutual input exchange. On the other hand, the mixture of homogeneous pigments was invented as a process that can see a more improved effect to give a visual feeling to derive a better effect on health therapy.

The technology of the present patent is a field of seawater therapy (Thalassotherapy), which is a health supplement therapy using seawater, which is different from fresh water, it is a field that is commonly used with seawater and heated seawater hot water. Usually, surface water of seawater is used.

In recent years, the surface water of the seawater bath is taken with deep seawater to replace the surface water, processed into normal temperature and hot water, and used for health-assisted seawater therapy.

On the other hand, the prior art and prior art in this field, such as the concentration of deep sea water, health-assisted seawater therapy by temperature control and the like.

The present invention is a new technology process that more effectively develops the basic seawater therapy (Thalassotherapy) to be mixed in the appropriate ratio of seaweed and deep sea water, and utilized as a new health supplement therapy. In addition, it is a new seawater therapy that is more efficient by utilizing the visual effect, one of the aesthetic approaches of health therapy, as an auxiliary method using the same pigment as seaweed.

In order to solve the above problems, it was necessary to technically deal with the task of adjusting the ratio of components, adjusting the flow rate of water supply, adjusting the flow rate of water supply and algae, and energy control for efficient use of waste heat. Therefore, the present invention, the problem of the technical invention by using the first control unit and the second control unit, by adding and blending the seaweeds and their related dyes as auxiliaries to the seawater bath of raw water, demineralized water and high minerals of deep sea water, The present invention relates to a process for making seawater therapy using seaweed and deep seawater, which are optimal health therapies.

In order to achieve the above object, the process configuration as a deep seawater therapy apparatus by mutually controlling the type of seaweed, deep seawater and treated water according to the present patent is as follows.

The deep ocean water withdrawn is low temperature (around 2 ° C), and low temperature is one of the characteristics of deep ocean water. The deep sea water is collected (1), and the water is collected and stored, which is branched through the manifolds (3, 4, 5) (12) and the waste heat rehabilitation unit (54) of the seaweed soup as needed (winter) By using, it is supplied to the low-temperature deep sea water (28,000 ~ 37000ppm) is the final 5 ° C. The deep sea water is supplied to the low-temperature raw water seaweed bath 410 by adjusting the first control panel 24 of the first control unit, and the temperature thereof is maintained at about 5 ° C.

In order to supply the deep sea water 12 to the raw water hydrothermal seaweed bath 420, first, a second energy control system for controlling a sex energy system for controlling a proper temperature through a boiler 53 through a waste heat exchanger 54 is provided. Adjust through 52

The deep seawater withdrawn is branched from the manifolds (3, 4, 5) of the primary membrane separation chamber (100) (4), and sent to the reverse osmosis intake (6) to produce demineralized water by reverse osmosis. The demineralized water (1,000 ppm or less) of the discharge port (8) and the manifold (3, 4, 5) of the primary membrane separation chamber (100) are also branched (5), and are sent to the electrodialysis intake (7) to the electrodialysis chamber. Demineralized water is produced and mixed with demineralized water (3,000 ppm or less) through the electro-permeable demineralized water outlet (40) by the first control unit at a specific ratio (maximum of 3,000 ppm or less). In addition, the function of mixing raw water with this mixed water is also performed by the 1st regulator. (Fig. 4). The mixed demineralized water 13 is supplied to the demineralized seaweed baths 430 and 440 (30 and 31).

In order to supply the demineralized water 13 to the demineralized hydrothermal seaweed bath 440, first, a sex energy system for controlling the proper temperature through the boiler 56 through the waste heat exchanger 57 is operated through the second control unit.

Further, the high mineral supply line 14 of the high mineral depth water (more than 50,000 ppm) through the osmotic high mineral discharge outlet 9 and the high mineral depth water (more than 50,000 ppm) through the electrodialysis high mineral discharge outlet 11 is the first. Concentration is controlled through the control unit 200, it is injected into the high mineral seaweed soup (450,460).

In order to supply the deep sea water 12 to the raw water hydrothermal seaweed bath 420, first, the wastewater heat exchanger 54 is adjusted to an appropriate temperature through the boiler 53, and the raw water is also mixed with the mixed water. The function is also played by the first regulator. (Fig. 4). The energy energy system is operated through the second control unit.

In order to supply the high mineral deep water 14 to the high mineral hot water seaweed bath 460, first, a second energy control system for controlling a proper energy system through a waste heat exchanger 60 to a proper temperature through a boiler 59 is provided. Operate.

Drainage from the outlets 34, 36, 37, 39, 40 and 42 of each seaweed bath is discharged through the filters 55, 58 and 61.

Meanwhile, the algae tank and the dye tank 300 controlled and controlled by the first control unit are the red algae tank and the pink dye tank 310, the brown algae tank and the brown dye tank 320, and the green algae tank and the green dye tank 330, respectively. Each of these outlets (15, 16, 17, 18, 19, 20) is mixed in the mixing mixer (21, 22, 23), the deep water source seaweed algae soup (410, 420), respectively, 430, 440) and high mineral seaweed baths 450, 46), which are regulated by respective valves 68, 69, 70 by the first day control unit, and also switching equipment. In addition to the default supply system as a system, switching operations can be performed in the first control section (Fig. 2) to change the order of red algae, brown algae and green algae. The dyes mentioned here refer to food grade grade pigments centered on natural pigments.

Seaweed bath according to the present invention described above, unlike ordinary seawater (surface water) bath, deep seawater (ground water) bath or deep seawater bath, utilizes the low temperature constant temperature characteristic of the deep seawater, low temperature without freezing device in summer Create deep ocean water source seaweed algae that can save energy by maintaining deep water bath (about 5 ° C),

Control of minerals in deep ocean Gomineltang is applied to thalassotherapy, a health supplement therapy according to the concentration of ingredients, by controlling the minerals of Gominal Seaweed Bath and Gomineral Hot Water Seaweed Bath through the first control unit. can do.

As a deep sea algae bath, by supplying three seaweeds of red algae, brown algae and green algae, each of the deep sea water baths consisting of deep sea water source, deep sea water demineralized water, and deep sea water high minerals is supplied using a control device through a first control unit. The thalassotherapy effect can be further increased, and another thalassotherapy effect can be seen by changing and circulating three seaweeds to each deep seawater bath through the first control unit.

By adding the relevant color dye according to the first control unit with seaweed in the seaweed soup, it adds an aesthetic effect to thalassotherapy, a health supplement therapy,

The deep-water hydrothermal algae bath, the demineralized hydrothermal seaweed bath, and the high mineral hydrothermal seaweed bath have the effect of operating energy-saving seaweed algae bath in the deep seawater thermal seaweed bath using waste heat through the second control unit.

The purpose of the present invention is to provide a multipurpose health supplement therapy device of popular ocean therapy such as stress, relaxation, and fatigue by increasing sauna utility by adding low temperature, seaweed, and pigment.

Claims (8)

The separated deep seawater is classified into three types of raw water, demineralized water and high concentration mineral water, and is supplied to large classes of seaweed soup (three types of raw water, demineralized water, and high mineral water), and three kinds of seaweeds (red algae, Three kinds of brown algae and green algae) and related dyes, which are supplied separately to the algae bath, and the state of each algae bath is changed as needed by adjusting the flow rate, changing the order of inputting and adjusting the ratio of these factors. The water temperature control of the hot-water baths (raw water, seaweeds, demineralized seaweeds, and high mineral seaweeds), which are subdivided from the seaweed baths, is based on the use of waste heat to save energy. Description of the overall process of deep water health therapy In claim 1, in the case of the raw water of the deep sea water to be supplied, specific seaweeds (alternating among red algae, brown algae, or green algae), while watering the low-temperature algae bath at a low temperature (5 ° C) without adjusting the temperature basically. And mixing the related dye and supplying by adjusting the first control unit. The process of claim 1, wherein the dye associated with seaweed is added to the seaweed soup, and in the health supplement therapy, the dye is added to enhance the aesthetic effect. In claim 1, in the first control section, three branched branches of the manifold, the feed waters of the deep water source, the reverse osmosis feed water and the electrodialysis feed water, three arbitrarily adjusted combinations of red algae and pink dyes, In a system in which brown algae and brown dyes, green algae, and green dyes are mixed and supplied to the corresponding algae baths, mutual flow is controlled by the first control unit. In claim 4, red algae and red dyes, brown algae and brown dyes, green algae and green dyes, respectively, are supplied to three types of seaweed soups (three types of raw algae, demineralized water baths, and gominera-tang), respectively. Process technology for supplying the seaweeds by changing the order of supply of seaweed by the first control unit. In other words, in the beginning, red algae and red dyes are supplied to large classes of raw seaweed algae, and the order is reversed to convert red algae and red dyes to demineralized water baths. In the primary membrane separation facility 100, a flow control process for controlling the amount of demineralized water produced in the reverse osmosis facility 110 and demineralized water produced in the electrodialysis facility 120 in the first control unit. In the first membrane separation 100, the high-mineral water produced in the reverse osmosis facility 110 and the high-mineral water produced in the electrodialysis facility 120, the flow control step of controlling the mutual amount in the first control unit. Energy saving process using waste heat through the second control unit for the water supply temperature of the deep seawater hydrothermal seaweed bath.

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