KR200266454Y1 - A medical treatment device of athlete's foot - Google Patents

Abstract

Athlete's foot treatment device of the present invention is provided with a foot plate (4) for placing the foot on the upper side of the body case (1), the ultraviolet ray for sterilizing bacteria and ozone for deodorization under the foot plate (4) A germicidal lamp 6 for generating is provided, and below the germicidal lamp 6, ultraviolet rays and ozone generated from the germicidal lamp 6 are formed at the bottom of the foot through the through holes 7 formed in the foot plate 4. Blowing fan (9) for blowing to be provided to be provided, the sterilization of bacteria such as athlete's foot and tetanus bacteria on the bottom of the foot by the ultraviolet rays generated from the germicidal lamp (6) is generated from the foot by ozone The deodorant will be made. In addition, the foot plate (4) is provided with a plurality of acupressure protrusions (5) so that the acupressure is made at the bottom of the foot at the same time.

Description

Athlete's foot {A medical treatment device of athlete's foot}

The present invention relates to a device for treating athlete's foot, in particular, sterilizing athlete's foot parasites between the soles of the foot or toes by using ultraviolet rays and deodorization by the ozone (O2) supplied with the ultraviolet rays and the health of the feet It relates to a athlete's foot treatment device to maintain the clean state.

In general, the foot is a place where capillaries and acupuncture points on the nervous system of the human body are gathered together. If the foot is clean and healthy, the metabolism of the whole body is smoothly made, which contributes to the whole body's health promotion. Known.

Nevertheless, the development of a device or apparatus for comprehensively managing and maintaining the health of the foot is rarely achieved.

However, some of the foot health care devices that are being introduced are foot washers that wash the feet and keep them clean, or foot massagers that massage by repeatedly hitting the bottom of the foot.

First, the foot washer is equipped with a multi-stage handle on one side of the hermetic body, the upper part of the hermetic body is formed with an opening and closing door that provides an open space for inserting the foot, and the inside of the hermetic body has several washing rolls It is installed to be wrapped and a watering pipe equipped with a plurality of nozzles is installed inside the sealed body, and the cleaning rolls are installed to rotate by a reduction motor, a timing belt, and a driven gear, so that the user foot At the same time spraying water from the water spray pipe and washing rolls are rotated to form the foot.

However, such a foot washer can be seen that the health of the foot to some extent by washing the foot to always keep clean, but the foot is always in the state of the closed shoes or sneakers while wearing socks There may be tetanus bacteria caused by athlete's foot fungus, such as ringworm, and aerosols, etc., the germs of such bacteria were not made at all, so there was a drawback in foot health care.

Next, a foot massager is known. A massage unit composed of a motor, a connecting arm, a slider, a driving pin, and the like is provided inside the cover, and the hitting massage rod of the massage unit protrudes upward through the opening. When the connecting arm connected to the drive pin is driven by the power transmission of the motor, the slider swings up and down, and the striking massage rod presses the sole like a foot to perform the massage.

The foot massager may be helpful to the foot health management in that the stratum corneum is formed as compared to other parts of the body, thereby providing continuous hitting power to the foot with a minimal massage effect, thereby recovering from fatigue. He also had a flaw that couldn't sterilize athlete's foot parasites.

The present invention devised in view of the above drawbacks, sterilization of bacteria such as athlete's foot parasites and tetanus bacteria at the same time to make acupressure on the bottom of the foot to achieve a comprehensive health care of the foot to achieve a foot health care device The purpose is to provide.

1 is a perspective view showing a athlete's foot athlete.

2 is a side view of FIG. 1;

3 is a plan view of FIG.

4 is a cross-sectional view taken along the line AA ′ of FIG. 3;

5 is a plan view showing a foot plate of the present invention.

Figure 6 is a perspective view of the sterilization lamp of the present invention.

<Explanation of symbols for the main parts of the drawings>

1: body case 1a: upper case

2: space part 4: foot plate

4a: hook portion 4b: step projection

5: acupressure projections 6: sterilization lamp

7: through-hole 9: blowing fan

11 glass tube 12 ozone generator

13 UV generating coil 14 Terminal part

Athlete's foot treatment device of the present invention for achieving the above object, the main body case having a predetermined space portion in the inner side, the foot plate is coupled to the upper side of the body case to place the foot, and is disposed on the lower side of the foot plate A sterilization lamp which generates ultraviolet rays for sterilizing bacteria and ozone for deodorization, and is disposed under the sterilization lamp and blows the ultraviolet rays and ozone generated from the sterilization lamp to the bottom of the foot through the holes formed in the foot plate. It is configured to include a blowing fan.

Hereinafter, referring to the embodiment of the accompanying drawings the athlete's foot treatment device of the present invention configured as described above in more detail as follows.

1 is a perspective view showing the athlete's foot treatment device of the present invention, Figure 2 is a side view of Figure 1, Figure 3 is a plan view of Figure 1, Figure 4 is a cross-sectional view taken along the line AA 'of Figure 3, Figure 5 Is a plan view showing a foot plate of the present invention, Figure 6 is a perspective view showing a sterile lamp of the present invention.

As shown in Figures 1 to 6, the athlete's foot treatment device of the present invention is the main case 1 is coupled to the upper case (1a) and the lower case (1b) is to be provided with a predetermined space portion 2 inside the A cover COVER 3 is coupled to the upper front of the upper case 1a so that the rear is opened so that the foot can be inserted.

In addition, a foot plate 4 is installed inside the cover 3 so that the foot can be inserted into and placed on the inside of the cover 3, and a foot plate 4 is placed on the upper surface of the foot plate 4. A plurality of acupressure protrusions 5 protrude so as to pressure the bottom of the foot.

The foot plate 4 is made of ABS, and a pair of hook portions 4a are formed at a front end at predetermined intervals, and a stepped protrusion 4b is formed at a rear end thereof, so that an upper case is provided. Attached to and detachable from the coupling holes (not shown) formed in (1a).

In addition, a sterilization lamp 6 for generating ultraviolet rays and ozone is coupled to the lower side of the foot plate 4, and under the sterilization lamp 6, ultraviolet rays, ozone and heat generated from the sterilization lamp 6 are combined. The blowing fan 9 is fixed to the PCB 8 so as to blow to the bottom of the foot through the through holes 7 formed in the foot plate 4.

The germicidal lamp 6 is provided with an ozone generator 12 on both sides of the tubular glass tube 11, and an ultraviolet ray generating coil 13 between the ozone generator 12, and the glass tube 11. The terminal portions 14 are provided at both ends of the outer side.

In addition, a foot detection sensor 15 is installed inside the front end of the upper case 1a to detect whether the foot is inserted into the cover 3 through the sensing hole 1b '. A power switch 16, a power lamp 17, and a foot detection display lamp 18 are provided on the outside of the front surface of 1a so that a user can operate the power on / off.

In addition, outside the main body case 1, a cord line 19 for inputting external power is provided, and a stabilizer 20 for stabilizing the power supplied to the bottom of the PCB 8 is provided. .

In addition, the rubber 21 is inserted in each of the four corners of the lower case 1b so that the device does not slip, and the tubular legs 22 are formed.

On the other hand, in the present invention, among the plastic molded products, the UV-transmitted plastic product uses raw material coated with UV.

When the user of the present invention configured as described above plugs the power cord 19 into an outlet, and turns on the power switch 16, the power is supplied to the power supply 17 so that the power lamp is lit.

In such a state, when the user inserts both feet into the cover 3 and places the foot on the upper surface of the foot plate 4, the foot sensor 15 detects this and displays the foot on the foot detection display lamp 18. In addition, power is supplied to the sterilization lamp (6) and the sterilization lamp (6) is operated.

When the germicidal lamp 6 operates as described above, ultraviolet rays are generated in the ultraviolet coil 13 of the germicidal lamp 6 and ozone is generated in the ozone generator 12. (9) is blown to the bottom of the foot through the through holes (7) formed in the fan plate (4) by the wind blown in, the sterilization and deodorization of the bottom of the foot by the ultraviolet rays transmitted as such, and at the same time foot plate Acupressure of the bottom of the foot is made by the acupressure protrusions 5 formed in (4).

That is, ultraviolet rays are sterilized more lightly than infrared rays. As a result, ultraviolet rays are shorter in wavelength and have higher energy, so the penetration is considerably stronger.

On the other hand, ozone (O3) generated from the ozone generator is an unstable substance with high oxidizing power and high reactivity, and has a characteristic of reacting with other elements, so it is converted into oxygen (O2) by itself and combines with substances that generate odor. By removing the odor by oxidizing the molecules, the foot odor is removed.

In addition, the upper and lower case, the cover and the foot plate is disadvantageous to facilitate the cleaning.

As described in detail above, the athlete's foot treatment device of the present invention is sterilized by bacteria such as athlete's foot and tetanus bacteria parasitic on the bottom of the foot by the ultraviolet light generated from the sterilization lamp, deodorization of the odor generated from the foot by ozone It has an effect.

In addition, since the pressure is made by the acupressure protrusions on the bottom of the foot during sterilization and deodorization as described above, there is an effect that also helps the blood circulation of the human body.

Claims (4)

Body case which has constant space part inside, A foot plate which is coupled to the upper side of the main body case and puts a foot, A sterilization lamp disposed under the foot plate to generate ultraviolet rays for sterilizing bacteria and ozone for deodorization; Athlete's foot treatment device characterized in that it comprises a blower fan disposed below the sterilizing lamp to blow the ultraviolet and ozone generated from the sterilizing lamp to the bottom of the foot through the through holes formed in the foot plate. The method of claim 1, The foot plate is formed with a pair of hooks at predetermined intervals at the front end, stepped protrusions are formed at the rear end, the athlete's foot athletes treatment device, characterized in that detachable installation in the coupling holes formed in the upper case . The method according to claim 1 or 2, Athlete's foot athlete on the top surface of the foot plate characterized in that a plurality of acupressure protrusions are formed so that the blood circulation of the human body by acupressure the bottom of the foot. The method of claim 1, The sterilizing lamp is an athlete's foot treating device, characterized in that the ozone generator is installed on both sides of the glass tube, the ultraviolet ray generating coil is installed between the ozone generators, and the terminal part is installed on both outer ends of the glass tube.