WO2009136746A2

WO2009136746A2 - Bathing system for promotion of blood circulation and for improvement of health

Info

Publication number: WO2009136746A2
Application number: PCT/KR2009/002409
Authority: WO
Inventors: 강병훈
Original assignee: (주)키노스
Priority date: 2008-05-07
Filing date: 2009-05-07
Publication date: 2009-11-12
Also published as: WO2009136746A3

Abstract

The present invention relates to a bathing system for promotion of blood circulation and for improvement of health, more specifically to a bathing system which is equipped with purification means for absorbing and decomposing water in a freshwater tank, the water being used either for a foot bath (foot bath water) or for a half-body bath (half-body bath water), so as to enable recycling of water having been used once for foot bath, instead of discarding the used water; a temperature controller for controlling a heater to maintain water temperature of the foot bath water or of the half-body bath water (hereinafter, they will be referred to as “bath water”) within a pre-set temperature range all the time so as to help a user have a foot bath or a half-body bath at any time; and a micro-bubble generator module for supplying oxygen into the bath water and for micronizing oxygen bubbles such that the supply of nutrients and oxygen after the removal of the horny layer of the skin or after the elimination of waste matters in skin pores can be done smoothly, blood circulation can be promoted, resulting in improved metabolism, fatigue release and improved muscle tone, and particularly patients with atopic or other skin diseases can get extensive benefits as demodex, germs, sebum, horny layer, etc., are removed and a disinfection effect is offered. To implement this, a bathing system for promotion of blood circulation and for improvement of health according to the present invention comprises a pre-filter for removing floating matter on the surface of bath water, an adsorption-decomposition module for adsorbing and decomposing contaminants in the pre-filtered bath water to get purified water, a heater for heating bath water, a UV disinfector for disinfecting the bath water that has gone through the adsorption-decomposition module and a circulation pump for circulating the bath water in the sequence [the pre-filter-> the adsorption-decomposition module-> the heater-> the UV disinfector].

Description

Bath system for improved blood circulation and health

The present invention relates to a bath system for improving blood circulation and health, and in particular, there is provided a purifying means for adsorbing and decomposing water (foot bath) in the fresh water part of the foot bath or half water bath (half body bath). It is possible to reuse it without throwing water after the foot bath,

By controlling the heating part by the temperature control part, the water temperature of the foot bath or half body bath (hereinafter referred to as “bath”) can always be maintained within the set temperature range, so that the foot bath and the half bath are available at any time.

It is equipped with automatic cleaning means through high pressure water or high temperature water, so it can be easily cleaned without the need to disassemble and clean the internal parts separately.

It is equipped with a micro bubble generating module that supplies oxygen to the bath water and micronizes oxygen bubbles, so that nutrient supply and oxygen supply can be performed smoothly by removing dead skin cells and wastes from pores.

In addition, it promotes blood circulation, improves metabolism, relieves fatigue and improves muscle elasticity, removes hair follicles, bacteria, sebum and keratin, and also has sterilization function, which can provide excellent effects for patients with atopic or skin diseases. A bath system for improving circulation and promoting health.

Ordinary foot baths are filled with fresh water in the fresh water, normal half baths are filled with water in the bathtub to heat the water through the heating unit according to the user's desired temperature,

The user takes a foot bath in a foot bath, a half body bath in a half body bath, and discards the used water when the foot bath or the half body bath is finished.

As a result, the user had to inconvenience the water after filling the fresh water or the bathtub with the water and then throwing away the water every time.

Adsorption decomposition module for adsorbing and decomposing and purifying contaminants in secondary, UV sterilization and heating for sterilization and heating in the third,

The pretreatment filter unit, the adsorption decomposition module, the ultraviolet sterilization unit and the circulating pump is installed so that the bath water can be repeatedly circulated in the heating unit, and at any time is provided with a temperature control unit for controlling the heating unit to enable foot bath at the desired water temperature,

It is equipped with automatic cleaning means through high pressure water or high temperature water so that cleaning process can be done easily and easily without disassembling the product.

We have developed a bath system equipped with a microbubble generating module to supply micronized oxygen bubbles to the bath to provide health to the user.

It is an object of the present invention to provide a bath system for improving blood circulation and health, having a purifying means for adsorbing and decomposing contaminants in a bath so that the bath can be reused.

Another object of the present invention is to provide a bath system for improving the blood circulation and health promotion, wherein the purifying means is filled with ceramic particles and activated carbon pack.

In another aspect, the present invention is to provide a bath system for improving blood circulation and health can be used at any time by controlling the heating by the temperature control unit can always maintain the water temperature in the set temperature range.

Furthermore, an object of the present invention is to provide a bath system for improving blood circulation and improving health, which is easily and simply equipped with a self-cleaning means without disassembling and cleaning a product, thereby enabling automatic washing through high pressure water or high temperature water. .

In addition, an object of the present invention is to provide a bath system for improving blood circulation and health promotion with a micro-bubble generating module that can include micro-oxygen bubbles in the baths used in foot and half-bath.

In order to solve the above problems

Bath system for improving blood circulation and health promotion according to an embodiment of the present invention,

Foot bath housing including a fresh water for the foot bath;

A pretreatment filter unit having a suction port and a discharge port for the fresh water part and filtering the suspended matter of the water sucked through the suction port;

An adsorption decomposition module configured to adsorb and decompose contaminants of water that have passed through the pretreatment filter unit;

A heating unit for water of the fresh water unit;

UV sterilization unit for sterilizing the water passed through the adsorption decomposition module; And

A circulating pump through which the water sucked through the suction port circulates through the pretreatment filter part, the adsorption decomposition module, the heating part, and the ultraviolet sterilization part and flows to the discharge port;

It is made, including.

Bath system for improving blood circulation and health promotion according to another embodiment of the present invention,

A pretreatment filter unit installed in the bath for half body bath, having a suction port and a discharge port for water in the bathtub, and filtering the suspended matter of the water sucked through the suction port;

A heating unit for water of the bath;

It is made, including.

Here, the adsorption decomposition module is

A septic tank having an inlet and an outlet,

It is characterized in that it comprises a case which is embedded in the septic tank, the ceramic particles are filled therein.

And further comprising an activated carbon pack arranged in the septic tank so that water introduced through the inlet of the septic tank passes first and then passes through the ceramic particles.

The septic tank is provided with a cover, characterized in that the cover further comprises an air discharge means for discharging the remaining air in the septic tank.

In addition, it characterized in that it comprises a temperature control unit for controlling the heating unit.

The apparatus may further include an automatic cleaning means for repeatedly circulating the water of the bathtub sucked through the suction port of the pretreatment filter unit by the circulation pump to the adsorption decomposition module, the ultraviolet sterilization unit, and the heating unit.

The circulation pump is operated normally, water heated to a high temperature of 70 ℃ or more through the heating unit, or

The circulation pump is operated at high speed, and the operation of the heating unit is stopped and circulated with water at room temperature.

At this time, the automatic cleaning means

A backflow prevention valve is provided between the suction port of the pretreatment filter unit and the circulation pump.

It characterized in that the flow through the ultraviolet sterilization unit is provided with a flow control unit for selectively opening the flow of the discharge port of the pretreatment filter unit or the circulation pump according to an external control signal.

On the other hand, further comprising a micro bubble generating module for forming a mixture of water and oxygen sterilized by the ultraviolet sterilization unit into a micronized oxygen bubble,

The microbubble generating module includes an oxygen supply unit for supplying oxygen to the water sterilized by the ultraviolet sterilization unit, a pressure holding tank in which water and oxygen are mixed and stored therein by the circulation pump, and water passing through the pressure holding tank; It consists of a micro nozzle unit for forming micronized oxygen bubbles in a mixture of oxygen.

Here, the micro nozzle portion is formed in the inlet hole through which the oxygen bubble mixed with water is passed and the inlet guide portion is formed around the inlet hole, connected to the inlet plate and turbulent flow induction for the mixture of water and oxygen bubbles Is formed, the body is formed with the discharge hole is discharged, and the impact portion is connected to the body and the mixture of water and oxygen bubbles introduced from the inlet plate is formed and the discharge guide for the mixture discharged through the discharge hole Characterized in that the impact plate is formed of the addition.

Bath system for improving blood circulation and health promotion according to the present invention,

First, by first filtering the suspended matter in the bath water through the pre-treatment filter unit, and then by adsorbing decomposition and purification of the contaminants through the adsorption decomposition module, the bath water can be reused several times instead of using and discarding.

Second, a cover for the case and a cover for the septic tank are provided so that the case can be easily removed and removed from the septic tank, and the removed case can also be removed by removing the cover and cleaning the intrinsic ceramic particles and the activated carbon pack placed on the top of the cover. Maintenance of the back is easy.

Third, by controlling the heating unit by the temperature control unit can maintain the water temperature of the bath always within the set temperature range can be used at any time.

Fourth, by having an automatic cleaning means through high-pressure water or high temperature water to program the operation of the external control buttons and automatically performed every certain period (hours) without disassembling the product has the effect that anyone can easily and simply clean the process.

Fifth, the microbubble generating module for supplying oxygen to the baths used for the foot bath and half body bath and micronizing the oxygen bubbles is provided, so that the nutrition and oxygen supply can be smoothly provided by removing the dead skin cells and the wastes in the pores. .

Sixth, it promotes blood circulation, smoothes metabolism, relieves fatigue and improves muscle elasticity, removes Demodex, bacteria, sebum, keratin, etc., and also has sterilization function, which can provide excellent effect for patients with atopy or skin disease.

Seventh, it is possible to increase the amount of dissolved oxygen in the water by increasing the time the oxygen bubbles stay in the water by including the micro oxygen bubbles of the micrometer size in the water to decompose organic salts in the contaminated water and the water is used It can be provided as sterilizing water or washing water in various facilities or devices.

1 is a schematic block diagram showing each component and their connection in the bath system for improving blood circulation and health in accordance with an embodiment of the present invention,

Figure 2 is an exploded perspective view showing the adsorption decomposition module in the bath system for improving blood circulation and health in accordance with the present invention,

Figure 3 is a side view showing the internal configuration of the bath system for improving blood circulation and health promotion according to the present invention,

Figure 4 is a schematic block diagram showing each component and their connection in the bath system for improving blood circulation and health according to another embodiment of the present invention,

Figure 5 is a side view showing the internal configuration of the bath system for improving blood circulation and health promotion according to another embodiment of the present invention,

Figure 6 is a side view showing the cleaning process flow through the automatic cleaning means in the bath system for improving blood circulation and health according to another embodiment of the present invention,

7 is a schematic configuration diagram showing that the micro-bubble generating module is provided in FIG.

8 is a side view showing that the micro bubble generating module in Figure 5,

9 is a side view showing that the micro bubble generating module in Figure 6,

10 is a view showing a micro bubble supply module,

11 is a perspective view showing a micro nozzle of the micro bubble supply module;

12 is a cross-sectional view showing a micro nozzle part of the microbubble supply module.

10A: foot bath housing 11a: fresh water

10B: Half Body Housing 11: Body

12: body cover 12a: replacement cover

13, 14: first and second

external outlet

13a, 14a: opening and closing member

20: pretreatment filter unit 21: suction port

22 discharge port 30 adsorption decomposition module

31: Septic tank 311: Inlet

312 outlet 313 cover

314: air discharge means 32: case

321: ceramic particles 322: case cover

322a: support 323: distribution network

33: activated carbon pack 40: heating unit

41: heating element 50: ultraviolet sterilization unit

51 ultraviolet lamp 52 heating sterilization case

60: circulation pump 70: temperature control unit

80: automatic cleaning means 81: non-return valve

82: flow control unit 90: micro bubble generating module

91: oxygen supply unit 92: pressure holding tank

93: micro nozzle

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic block diagram showing each component and their connection in the bath system for improving blood circulation and health according to an embodiment of the present invention, Figure 2 is a blood circulation improvement and health promotion according to the present invention Figure 3 is an exploded perspective view showing the adsorption decomposition module in the bath system, Figure 3 is a side view showing the internal configuration of the bath system for improving blood circulation and health according to the present invention, Figure 4 is a blood circulation according to another example of the present invention Schematic diagram showing each component and their connection in the bath system for improvement and health promotion, Figure 5 is a side view showing the internal configuration of the bath system for improving blood circulation and health according to another embodiment of the present invention 6 is a cleaning hole through the automatic cleaning means in the bath system for improving blood circulation and health promotion according to another embodiment of the present invention Figure 7 is a side view showing the flow, Figure 7 is a schematic configuration diagram showing that the micro bubble generating module in Figure 4, Figure 8 is a side view showing the micro bubble generating module in Figure 5, Figure 9 in Figure 6 Figure 10 is a side view showing that the micro bubble generating module, Figure 10 is a view showing a micro bubble supply module, Figure 11 is a perspective view showing a micro nozzle portion of the micro bubble supply module, Figure 12 is a micro nozzle portion of the micro bubble supply module It is sectional drawing shown.

As shown in Figures 1 to 3,

Bath system for improving blood circulation and health promotion according to an embodiment of the present invention

It is composed of foot bath housing, pretreatment filter part, adsorption decomposition module, heating part, UV sterilization part and circulation pump.

As shown in Figures 2, 4-6,

Bath system for improving blood circulation and health promotion according to another embodiment of the present invention

It consists of half body bath housing, pretreatment filter unit, adsorption decomposition module, heating unit, UV sterilization unit, circulation pump and automatic cleaning means.

The foot bath housing (10A)

It comprises a fresh water part (11a) for the foot bath.

The half body bath (10B) is

The body 11 having the adsorption decomposition module 30, the heating unit 40, the ultraviolet sterilizing unit 50, the circulation pump 60 and the automatic cleaning means 80;

It consists of a body cover 12 arranged on the top of the body (11).

Here, the body cover 12 is provided with a replacement cover 12a for replacing the ultraviolet sterilization unit 50 at one end,

The replacement cover 12a can be easily opened to take out and replace the ultraviolet sterilization unit 50.

The pretreatment filter unit 20

Installed in the foot bath housing (10A) and the half-bath tub (1), respectively, and provided with a suction port 21 and a discharge port 22 for the water of the fresh water portion (11a) and the tub (1), respectively, the suction port The suspension of the water sucked through the 21 is filtered.

The adsorption decomposition module 30 is

By purifying by adsorbing and decomposing contaminants of the water passed through the pretreatment filter unit 20,

2,

Septic tank 31 having an inlet 311 and an outlet 312,

A case 32 embedded in the septic tank 31 and filled with ceramic particles 321 therein;

It further comprises an activated carbon pack 33 arranged in the septic tank 31 so that water introduced through the inlet 311 of the septic tank 31 passes first, and then passes through the ceramic particles 321.

At this time, the septic tank 31 is provided with a cover 313, the cover 313 further includes an air discharge means 314 for discharging the remaining air in the septic tank 31.

And the case 32 is also provided with a case cover 322,

The activated carbon pack 33 is placed on the case cover 322.

At this time, the upper end of the case cover 322 is provided with a 'U' shaped support 322a so that the activated carbon pack 33 is stably mounted, so that the activated carbon pack 33 is inserted from the side, In addition to being stably fixed, the support 322a is gripped to facilitate removal from the inside of the septic tank 31.

Here, the upper and lower ends of the case 32 is preferably further provided with a distribution network 323 so that water can be distributed.

The inlet 311 of the septic tank 31 is arranged at a height at which the activated carbon pack 33 is located so that the water filtered through the pretreatment filter unit 20 first passes through the activated carbon pack 33 and then the case 32. The ceramic particles 321 within can be roughened.

The outlet 312 of the septic tank 31 is also preferably formed on the lower surface of the septic tank 31 so that the water passed through the ceramic particles 321 can be immediately discharged.

On the other hand, the case 32 may be made of a ceramic so as to help to adsorb and decompose contaminants of water together with the embedded ceramic particles 321,

In the present invention, the case 32 is generally made of ABS resin (acrylonitrile butadiene styrene copolymer) that is easy to process and has high impact resistance and good heat resistance.

The heating unit 40

For heating the fresh water (11a) and the water (bath) of the bath (1),

The purified water is heated by the adsorption decomposition module 30 through a heating element 41 that receives external power.

The ultraviolet sterilization unit 50

By sterilizing the water passed through the adsorption decomposition module 30,

Water is sterilized using an ultraviolet (UV) lamp 51 that is externally applied. In one example of the bath system, the ultraviolet sterilization unit 50 is embedded in the heating sterilization case 52.

In another example bath system, the ultraviolet sterilization unit 50 and the heating unit 40 are embedded in the heating sterilization case 52.

The circulation pump 60 is

Water sucked through the inlet 21 of the pretreatment filter unit 20 passes through the pretreatment filter unit 20, the adsorption decomposition module 30, the heating unit 40, and the UV sterilization unit 50, and the outlet 22. Is discharged into the fresh water portion 11a and the bath 1, and the flow is circulated.

The circulation pump 60 has a flow control unit (not shown) for adjusting the flow rate.

And the flow sensor (FS) is arranged between the circulation pump 60 and the adsorption decomposition module 30,

By detecting the flow of water by the flow sensor (FS) to determine the operation of the circulation pump (60),

That is, when water is contained in the fresh water part 11a and the bath 1, the flow of water will proceed through the circulation pump 60 operated by an external operation.

When there is no water in the fresh water part 11a and the bath 1, the flow sensor FS detects that there is no water flow and stops the operation of the circulation pump 60.

Therefore, the flow sensor (FS) through the circulation pump 60 to prevent idle running without water, while controlling the water temperature for the water (bath) of the fresh water (11a) and the tub (1). It is provided with a temperature control unit 70 for

The temperature control unit 70

By controlling the heating part 40 so that the water in the fresh water part 11a and the bath 1 maintains a temperature within a setting range, the user may have a foot bath or a half bath at a water temperature within a desired setting range at any time.

On the other hand, by using the water of the tub 1 sucked through the suction port 21 of the pretreatment filter unit 20 is heated by hot water of 70 ° C or more due to the heating unit 40 and then the circulation pump 60 In addition, the adsorption decomposition module 30, the ultraviolet sterilization unit 50 and the heating unit 40 further includes an automatic cleaning means 80 to be repeatedly circulated, and further, the effect of power savings can be expected. In particular, referring to FIG. 6,

The automatic cleaning means 80

The non-return valve 81 is provided between the suction port 21 of the pretreatment filter unit 20 and the circulation pump 60.

The flow control unit 82 is provided to selectively open the flow of water passing through the ultraviolet sterilization unit 50 to the outlet 22 of the pretreatment filter unit 20 or the circulation pump 60 according to an external control signal. Is done.

That is, the automatic cleaning means 80 is to be repeated circulation only in the half body bath (10B) without the water sucked through the suction port 21 of the pre-treatment filter unit 20 to the tub (1),

The circulation pump 60 is operated normally, and water (high temperature water) heated to a high temperature of 70 ° C. or higher through the heating unit 40, or

The circulation pump 60 is operated at a high speed, the operation of the heating unit 40 is stopped, and the circulation pump is repeatedly circulated with water (high pressure water) at room temperature so that the adsorption decomposition module 30, the heating unit 40, and UV sterilization are performed. The cleaning process for removing contaminants present in the flow path between the components 50 and the circulation pump 60 as well as each component is performed.

At this time, the cleaning process is not limited to the normal or high speed operation of the circulation pump 60, and the various forms that can be performed by selecting the water or hot water at room temperature according to the operation of the heating unit 40 Modifications and changes to the process will be possible.

Water is blocked by the non-return valve 81 of the pretreatment filter part 20 to the inlet 22 of the pretreatment filter part 20, and

The flow to the circulation pump 60 is opened through the flow control unit 82 of the automatic cleaning means 80, and the flow to the outlet 22 of the pretreatment filter unit 20 is blocked,

The water for cleaning is not discharged into the bathtub 1, and the cleaning process is performed while repeatedly circulating the inside and the flow path between the respective components.

In this case, the automatic cleaning means 80 is operated by the operation of the external control buttons and a program to be automatically carried out at a predetermined period (time).

And when the cleaning process is finished,

The flow control unit 83 opens the flow of the outlet 22 of the pretreatment filter unit 20 according to a control signal so that the water for cleaning is discharged into the tub 1.

A first external outlet 13 connected to a flow path between the heating sterilization case 52 and the adsorption decomposition module 30 and provided at a lower end of the half body bath housing 10B;

The second external discharge port 14 provided at the other end of the half body bath housing 10B is connected to the circulation pump 60 to completely discharge residual water into each component and the flow path.

That is, the water is discharged by opening or blocking the

openings

13a and 14a provided at the first and second

external discharge ports

13 and 14, respectively.

On the other hand, ceramics release large amounts of far-infrared rays and anions to break down the molecular structure of the water (activated), thereby transferring heat deeply into the skin during angular baths (foot baths) or half-baths, thereby enhancing the effect.

It can be expected to have an excellent effect of forming a strong and excellent biological filtration membrane as porous and adsorbing and decomposing contaminants and dirt in the bath water to clean.

Activated carbon is highly adsorptive and most constituents are carbonaceous materials, which are used as adsorbents.

On the other hand, the micro bubble generating module 90

7 to 12,

By forming a mixture of the sterilized water and oxygen into a micronized oxygen bubble,

Oxygen supply unit 91 for supplying oxygen to the water sterilized by the ultraviolet sterilization unit 50,

A pressure holding tank 92 in which water and oxygen are mixed and stored therein by the circulation pump 60, and

It consists of a micro nozzle portion 93 for forming a micronized oxygen bubble from a mixture of water and oxygen passed through the pressure holding tank 92.

Here, the micro nozzle unit 93

An inlet plate 931 a through which an inlet hole 931a through which oxygen bubbles mixed with water pass is formed, and an inlet guide part 931b is formed around the inlet hole 931a,

A body 932 connected to the inlet plate 931 and having a turbulent flow induction part 932a for a mixture of water and oxygen bubbles, and a discharge hole 932b through which the mixture is discharged, and

An impact unit 933a connected to the body 932 and hitting a mixture of water and oxygen bubbles introduced from the inlet plate 931 is formed and discharge guides for the mixture discharged through the discharge hole 932b. 933b) formed impact plate 333

Is made of.

Looking at the operating state of the bath system for improving blood circulation and health promotion according to an embodiment of the present invention.

Fill the fresh water (11a) with appropriate water.

The water of the fresh water part 11a is sucked into the suction port 21 of the pretreatment filter part 20 and filters the suspended matters of the water by the pretreatment filter part 20, and the transfer is performed by the circulation pump 60. do.

The filtered water is introduced into the inlet 311 of the septic tank 31 of the adsorption decomposition module 30,

The introduced water is first adsorbed and decomposed into the activated carbon pack 33, and then adsorbed and decomposed through the ceramic particles 321 in the case 32 through the distribution network 323 of the case 32.

In this case, when the case 32 is also made of a ceramic material, the activated carbon pack 33 and the ceramic particles 321 together to assist in the adsorption decomposition.

Therefore, the water purified through the adsorption decomposition module 30 is heated by the heating element 41 of the heating unit 40 through the outlet 312 of the septic tank 31.

At this time, the heating element 41 of the heating unit 40 is controlled by the temperature control unit 70 it is possible to adjust the appropriate water temperature of the water.

Heated water is sterilized through the ultraviolet lamp 51 of the ultraviolet sterilization unit 50 embedded in the heating sterilization case 52,

The sterilized water is discharged into the fresh water part 11a through the discharge port 22 of the pretreatment filter part 20.

The water passed through the above processes are repeatedly purified and sterilized through the circulation pump 60.

Looking at the operating state of the bath system for improving blood circulation and health promotion according to another embodiment of the present invention as follows.

Fill the bathtub (1) with water at the appropriate height.

The water in the bathtub 1 is sucked through the suction port 21 of the pretreatment filter unit 20 and filters the suspended matters of the water by the pretreatment filter unit 20, and the transfer is performed by the circulation pump 60. do.

The sterilized water is discharged into the bathtub 1 through the outlet 22 of the pretreatment filter unit 20.

On the other hand, look at the operating state of the micro bubble generating module 90 in the bath system according to one embodiment of the present invention as follows.

Water sterilized by the ultraviolet lamp 51 of the ultraviolet sterilization unit 50 is formed as a fine oxygen bubble through the micro bubble generating module 90,

Looking at this in detail, the oxygen is supplied through the oxygen supply unit 91 to the pressure holding tank 92 to maintain the pressure while receiving and storing the pressurized mixed water supplied from the circulation pump 60,

The mixture of water and oxygen is made micron by making the bubble size of oxygen fine through the micro nozzle unit 93.

That is, the mixture of water and oxygen bubbles is introduced into the pressurized state through the inlet hole 931a of the inlet plate 931 in the micro nozzle unit 93, and the mixture of water and oxygen is introduced into the inlet hole 931a. The flow rate is faster as it passes through. At this time, the introduction of the mixture into the inlet (931a) through the inlet guide (931b) formed around the inlet (931a).

The mixture of water and oxygen bubbles passes through the inlet hole 931a and enters the turbulent flow induction part 932a, and hits the impact part 933a of the impact plate 933 and at the outside of the center of the impact part 933a. The flow spreads out. In order to cause this flow, the impact portion 933a has a flat surface.

Therefore, when the mixture of water and oxygen bubbles hit the impact portion 933a strongly, the oxygen bubbles are further broken down to become micrometers in diameter, and flow along the inner surface of the turbulent flow induction portion 932a and then the body 932. Is discharged to the discharge hole (932b). At this time, in order to solve the problem that the mixture discharged through the discharge hole (932b) stays in the center of the opposite side of the impact portion (933a), such as to prevent the flow of the mixture to the opposite side of the impact portion (933a) 933b) is formed.

That is, when the mixture strongly hits the impact portion 933a and the oxygen bubbles are micronized to a micrometer size and flow along the inner surface of the turbulent flow induction portion 932a,

Due to the repulsive force against the impinging force, it flows backward and then flows forward again through the inlet hole 931a, i.e. with a faster flow rate,

It is discharged through the discharge hole (932b) formed on the outer peripheral surface.

Oxygen bubbles micronized by the microbubble generating module 90 are discharged into the freshwater part 11a or the bath 1 through the outlet 22 of the pretreatment filter part 20.

As described above, the bath system according to the present invention can be reused by cleaning the adsorption decomposition module 30 without discarding the bath water, as well as to prevent environmental pollution and to save the water supplied to the fresh water portion (11a). And

In addition, by controlling the heating unit 40 through the temperature control unit 70 provides a great effect that can be foot bathed at the desired water temperature at any time,

In addition, the self-cleaning means 80 is provided so that the cleaning process can be easily performed without any disassembly.

In addition, through micronized oxygen bubbles, nutrient supply and oxygen supply are smoothly performed by removing dead skin cells and wastes from pores.

In addition, it promotes blood circulation, improves metabolism, relieves fatigue and improves muscle elasticity, removes Demodex, bacteria, sebum, keratin, etc., and also has a sterilizing function, which can provide excellent effects for patients with atopic or skin diseases.

On the other hand, in Figure 2, reference numeral P1 is a packing for the coupling portion between the air discharge means 314 is coupled to the cover 313,

Reference numeral P2 is a packing for the lid 313 covering the septic tank 31,

Reference numeral P3 denotes a packing for the coupling portion between the case 32 and the septic tank 31.

On the other hand, in order to replace the ceramic particles and the activated carbon pack,

Open the cover 313 of the septic tank 31,

The case 32 grasps the support 322a provided in the case cover 322 and takes it out of the septic tank 31.

Activated carbon from the activated carbon pack 33 interposed on the support 322a of the case 32 taken out,

And the ceramic particles 321 in the case 32,

Rinse 2-3 times with tap water.

Similarly, the case 32 is also washed with tap water two or three times.

After the washing process, the activated carbon pack 33 is placed in the support 322a of the case 32, and the case 32 is inserted into the septic tank 31.

Cover the septic tank 31 with a cover 313,

In an example bath system, the freshwater part 11a is filled with water up to an appropriate height,

Another example bath system fills the bath 1 with water to an appropriate height.

The external power is applied, and the user sets the appropriate temperature (desired temperature) through the temperature controller 70.

The remaining air in the septic tank 31 is removed through the air discharge means 314 provided in the cover 313.

In the above description of the present invention, the bath system for improving blood circulation and health has a specific shape and structure with reference to the accompanying drawings, but the present invention has been variously modified and changed by those skilled in the art. Such modifications and variations are to be interpreted as falling within the protection scope of the present invention.

Claims

Foot bath housing including a fresh water for the foot bath;

A pretreatment filter unit having a suction port and a discharge port for the fresh water part and filtering the suspended matter of the water sucked through the suction port;

An adsorption decomposition module configured to adsorb and decompose contaminants of water that have passed through the pretreatment filter unit;

A heating unit for water of the fresh water unit;

UV sterilization unit for sterilizing the water passed through the adsorption decomposition module; And

A circulating pump through which the water sucked through the suction port circulates through the pretreatment filter part, the adsorption decomposition module, the heating part, and the ultraviolet sterilization part and flows to the discharge port;

Bath system for improving blood circulation and health enhancement, including.
A pretreatment filter unit installed in the bath for half body bath, having a suction port and a discharge port for water in the bathtub, and filtering the suspended matter of the water sucked through the suction port;

An adsorption decomposition module configured to adsorb and decompose contaminants of water that have passed through the pretreatment filter unit;

A heating unit for water of the bath;

UV sterilization unit for sterilizing the water passed through the adsorption decomposition module; And

A circulating pump through which the water sucked through the suction port circulates through the pretreatment filter part, the adsorption decomposition module, the heating part, and the ultraviolet sterilization part and flows to the discharge port;

Bath system for improving blood circulation and health enhancement, including.
According to claim 1 or 2, wherein the adsorption decomposition module is

A septic tank having an inlet and an outlet,

A bath system for improving blood circulation and health, characterized in that it is embedded in the septic tank, the case comprising a case filled with ceramic particles therein.
The method of claim 3, wherein

Water flowing through the inlet of the septic tank first passes, and then the activated carbon pack arranged in the septic tank to pass through the ceramic particles further comprising a bath system for improving blood circulation and health.
The method of claim 4, wherein

The septic tank is provided with a cover, the cover further comprises an air discharge means for discharging the remaining air in the septic tank bath system for improving blood circulation and health promotion.
The method according to claim 1 or 2,

Bath system for improving blood circulation and health promotion comprising a temperature control unit for controlling the heating unit.
The method of claim 2,

And it further comprises an automatic cleaning means for repeating the circulation of the water of the bath sucked through the suction port of the pre-treatment filter unit by the circulation pump to the adsorption decomposition module, the ultraviolet sterilization unit and the heating unit. Bath system for good health.
The method of claim 7, wherein

The circulation pump is operated normally, water heated to a high temperature of 70 ℃ or more through the heating unit, or

The circulation pump is operated at a high speed, and the operation of the heating unit is stopped to circulate with water at room temperature, characterized in that the bath system for improving blood circulation and health.
The method of claim 7, wherein the automatic cleaning means

A backflow prevention valve is provided between the suction port of the pretreatment filter unit and the circulation pump.

The bath system for improving blood circulation and health promotion, characterized in that the flow through the ultraviolet sterilization unit is provided with a flow control unit for selectively opening the flow of the discharge port of the pretreatment filter unit or the circulation pump according to an external control signal.
The method according to claim 1 or 2,

Bath system for improving blood circulation and health promotion further comprises a microbubble generating module for forming a mixture of water and oxygen sterilized by the ultraviolet sterilization unit into a micronized oxygen bubble.
The method of claim 10, wherein the micro bubble generating module

Oxygen supply unit for supplying oxygen to the water sterilized by the ultraviolet sterilization unit,

A micro nozzle unit for forming a micronized oxygen bubble in the pressure holding tank in which water and oxygen are mixed and stored therein by the circulation pump, and a mixture of water and oxygen passed through the pressure holding tank;

Bath system for improving blood circulation and health promotion, characterized in that consisting of.
The method of claim 11, wherein the micro nozzle unit

An inlet plate through which an oxygen bubble mixed with water passes and an inlet guide part formed around the inlet hole,

A body which is connected to the inlet plate and has a turbulent flow induction part for a mixture of water and oxygen bubbles, an outlet hole through which the mixture is discharged, and

Impact plate is connected to the body and the impact portion is formed to hit the mixture of water and oxygen bubbles introduced from the inlet plate and the discharge plate is formed for the discharge guide for the mixture discharged through the discharge hole

Bath system for improving blood circulation and health promotion, characterized in that consisting of.