KR100926092B1 - Foot bathtub - Google Patents

Abstract

PURPOSE: A foot massager capable of recycling of foot washing water is provided, which makes foot washing possible at any time by maintaining the water temperature of the foot washing water at the setup temperature range using a temperature controller. CONSTITUTION: A foot massager capable of recycling of foot washing water comprises a housing including the freshwater part for foot washing; a pretreatment filter part(20) which filters the suspended material of the water inhaled through an inlet; an adsorption and decomposition module(30) which purifies and decomposes the contaminant of the water which goes through the prefilter part; a heating part(40); an ultraviolet sterilization unit(50) which sterilizes the water which goes through an adsorption and decomposition module; a circulating pump(60) which makes water circulated; and a temperature controller(70) which controls the temperature of the water of the freshwater part.

Description

Foot bath which can recycle foot bath {FOOT BATHTUB}

The present invention relates to a foot bath, and more particularly, a purifying means for adsorbing and decomposing water (foot bath water) of the fresh water part of the foot bath is reusable without discarding the water after a single foot bath, and the heating control unit by the temperature control unit The present invention relates to a foot bath that is capable of maintaining the water temperature of the foot bath water at all times within the set temperature range by controlling, and recycling the foot bath water where the foot bath is available at any time.

A common foot bath is filled with fresh water in the fresh water, heat the water through the heating unit to the desired temperature of the user,

When the user takes a foot bath, the used water is discarded when the foot bath is finished.

Applicant has invented a foot bath that can solve the inconvenience that must go through the above process every time,

To implement this,

It consists of a pretreatment filter part to remove suspended matter first, an adsorption decomposition module to adsorb and decompose and clean pollutants in the second, and an ultraviolet sterilization part and a heating part to sterilize and heat the third time.

The pretreatment filter unit, the adsorption decomposition module, the ultraviolet sterilization unit and the heating unit was installed a circulation pump so that the foot bath water can be repeatedly circulated,

And, it was configured to include a temperature control unit for controlling the heating unit to enable the foot bath at any time the user desired water temperature.

It is an object of the present invention to provide a foot bath capable of recycling foot bath water having a purifying means for adsorbing and decomposing contaminants in the foot bath water so that the foot bath water can be reused.

Another object of the present invention is to provide a foot bath in which the purifying means is filled with ceramic particles, and a foot bath capable of recycling foot bath water consisting of activated carbon packs.

Furthermore, an object of the present invention is to provide a foot bath capable of maintaining the water temperature of the foot bath water at a predetermined temperature range by controlling the heating part by the temperature control unit, and allowing the foot bath to be recycled at any time.

Foot bath capable of recycling the foot bath according to the present invention in order to solve the above problems,

Housing comprising 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.

At this time, the adsorption decomposition module is characterized in that it comprises a septic tank having an inlet and an outlet, and a case which is embedded in the septic tank, the ceramic particles are filled therein.

In addition, the water introduced through the inlet of the septic tank is passed first, and then characterized in that it further comprises an activated carbon pack arranged in the septic tank to pass 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.

Finally, it characterized in that it comprises a temperature control unit for controlling the heating unit to maintain the water in the fresh water portion at a temperature within a set range.

Foot bath that can be recycled foot bath according to the invention,

First, by filtering the suspended matter in the foot bath water through the pre-treatment filter unit, and then by decomposing and purifying the contaminants through the adsorption decomposition module, the foot bath water can be reused several times instead of being used and discarded.

In addition, a cover for the case and a cover for the septic tank are provided, so that the case can be easily detached and removed from the septic tank. Easy to maintain

In addition, by controlling the heating unit by the temperature control unit can maintain the water temperature of the foot bath always within the set temperature range, there is an effect that the foot bath can be at any time.

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

1 is a schematic diagram showing each component of the foot bath capable of recycling the foot bath according to the present invention and their connection relationship, Figure 2 shows an adsorption decomposition module of a foot bath capable of recycling foot bath according to the present invention Figure 3 is an exploded perspective view, Figure 3 is a side view showing the internal configuration of the foot bath capable of recycling the foot bath according to the invention.

As shown in Figures 1 to 3, the foot bath capable of recycling the foot bath according to the present invention,

It is largely divided into housing, pretreatment filter part, adsorption decomposition module, heating part, UV sterilization part and circulation pump.

The housing 10 is

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

The pretreatment filter unit 20

Arranged in the housing 10, provided with a suction port 21 and the discharge port 22 for the fresh water portion 11, to filter the suspended matter of the water sucked through the suction port (21).

The adsorption decomposition module 30 is

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

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.

In addition, 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 'U'-shaped support 322a is provided at the upper end of the case cover 322 so that the activated carbon pack 33 can be stably mounted so that the activated carbon pack 33 is inserted from the side. In addition, it is reliably fixed and helps to easily grasp the support 322a so that it can be easily taken out 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.

In addition, 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. To roughen the ceramic particles 321 in the ().

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 water (foot bath) of the fresh water part 11,

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 through an ultraviolet (UV) lamp 51 that receives external power.

The ultraviolet sterilization unit 50 is 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 to the freshwater part 11 to circulate this flow,

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

In addition, a 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 11, the flow of water will proceed due to the operation of the circulation pump 60 by an external operation,

If there is no water in the fresh water part 11, the flow sensor (FS) detects that there is no flow of water and stops the operation of the circulation pump 60.

Thus, the flow sensor (FS) through the circulation pump 60 can be prevented from running idle without water, and can also expect the effect of power saving.

On the other hand, the temperature control unit 70 is provided in the water (foot bath) of the fresh water unit 11,

The temperature control unit 70

This is to control the heating unit 40 to maintain the water of the fresh water unit 11 at a temperature within the setting range so that the foot bath can be performed at a water temperature within the setting range desired by the user at any time.

On the other hand, ceramics release large amounts of far-infrared rays and anions to break up the water molecule structure into small pieces (activation), transferring heat deeply into the skin during angular baths (foot baths), and enhancing the effect.

As a porous material, it can be expected to have an excellent effect of forming a strong and excellent biofiltration membrane to clean and decompose and clean contaminants and dirts of foot bath water.

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

Looking at the operating state of the foot bath capable of recycling of the foot bath according to the invention as follows.

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

The water of the fresh water part 11 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. You lose.

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 is adsorbed and decomposed secondly 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 11 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.

Therefore, in a conventional foot bath, the foot bath is used and discarded once, but in the present invention, by purifying through the adsorption decomposition module 30, the water is supplied to the freshwater part 11 as well as being reusable and preventing environmental pollution. You can save

By controlling the heating unit 40 through the temperature control unit 70 provides a great effect that the user can always foot bath at the desired water temperature.

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,

Fill the fresh water section 11 with water up 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 with reference to the accompanying drawings, a description has been made mainly on the "footbaths capable of recycling of foot baths" having a specific shape and structure, the present invention can be variously modified and changed by those skilled in the art, such variations and Changes should be construed as falling within the protection scope of the present invention.

1 is a schematic diagram showing each component of the foot bath capable of recycling the foot bath according to the present invention and their connection relationship,

Figure 2 is an exploded perspective view showing the adsorption decomposition module of the foot bath capable of recycling the foot bath according to the present invention,

Figure 3 is a side view showing the internal configuration of the foot bath capable of recycling of the foot bath according to the invention.

<Description of Symbols for Main Parts of Drawings>

10: housing

11: freshwater department

20: pretreatment filter part

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: UV sterilization unit

51: UV lamp

52: heating sterilization case

60: circulation pump

70: temperature control unit

Claims (5)

Housing comprising 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 In the foot bath comprising a; circulating pump to circulate the flow of the water sucked through the suction port through the pretreatment filter unit, adsorption decomposition module, heating unit and ultraviolet sterilization unit to the discharge port, The adsorption decomposition module comprises a septic tank having an inlet and an outlet, and a case inherent in the septic tank and filled with ceramic particles therein, Further comprising an activated carbon pack arranged in the septic tank so that the water introduced through the inlet of the septic tank first passes, and then passes through the ceramic particles, The septic tank is provided with a cover, the cover further comprises air discharge means for discharging the remaining air in the septic tank, It is provided between the circulation pump and the adsorption decomposition module, it further comprises a flow sensor for detecting the flow of water to determine the operation of the circulation pump,  The case is provided with a case cover, the upper end of the case cover is formed with a "U" shaped support, it is possible to stably fix the activated carbon pack to the upper end of the case cover, the case is easily withdrawn from the septic tank The footbath which is available for recycling of footbath characterized in that it is made possible. delete delete delete The method of claim 1, A foot bath capable of recycling the foot bath, characterized in that it comprises a temperature control unit for controlling the heating unit to maintain the water in the fresh water portion within a set range.

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