KR200276492Y1 - The machine for far infrared ray and a mugginess sitz bath - Google Patents

Abstract

The present invention relates to a left bath using far infrared heat and fumigation, and in particular, by applying the far infrared heat and fumigation to the anus or external genital organs, it can be used for the treatment of sexually transmitted diseases, cancer, coldness, cystitis, hemorrhoids, fever, etc. The present invention relates to a far-infrared heat and fumigation bath, which is controlled separately and is performed independently of far-infrared heat and fumigation, respectively.

In more detail, the far-infrared heat and fumigation left bath according to the present invention heats the steaming unit 120 equipped with water in the heating unit 150 to generate the fumigation from the fumigation 130 in which the fumigation material is embedded and the far-infrared generator ( In the left bath to generate a far-infrared heat to perform a left bath at 140, the heating unit 150 is configured to include a timer to repeat the process of heating the fumigation 130 for a predetermined time and stop for a predetermined time It features.

Description

Far infrared ray fumigation bath {The machine for far infrared ray and a mugginess sitz bath}

The present invention relates to a left bath using far infrared heat and fumigation, and in particular, by applying the far infrared heat and fumigation to the anus or external genital organs, it can be used for the treatment of sexually transmitted diseases, cancer, coldness, cystitis, hemorrhoids, fever, etc. The present invention relates to a far-infrared heat and fumigation bath, which is controlled separately and is performed independently of far-infrared heat and fumigation, respectively.

In general, various gynecological diseases such as hemorrhoids and hypothermia of women should be treated continuously after surgery. Such treatment methods include suppositories or ointments, or administration of internal medicines such as anti-inflammatory drugs or 40-45 ° C. There is a method of bathing with hot water.

In the treatment of such a disease, the inconvenience of the treatment process, as well as the cost of various expensive drug purchases, and above all, the problem of low treatment and prevention effect is a problem. In order to solve this problem, there is a "far-infrared heat and fumigation bath" of the applicant No. 28534 filed on September 17, 2001.

As shown in FIG. 1, the bath is generated in the steaming unit 10 in which the steaming container 12 is formed, and the generated steam is sucked into the steam suction hole 22 formed in the steamer 20, and the steamer 20 is diverged to the upper side of the vapor discharge hole 24 through the fumigation material provided therein is configured to allow the user to perform the fumigation.

At this time, the fumigation amount control unit 30 including a fumigation amount control lever 32 is installed so that the user can adjust the amount of fumigation.

In addition, the far-infrared generator is formed on the upper side of the steaming unit 10 so that the user can selectively operate the far-infrared generator 40 while the fumigation 20 is in operation to simultaneously use fumigation and far-infrared heating. .

The left bath, which is configured as above, can use both far-infrared heat and fumigation at the same time, when the user keeps fumigation for a long time during use, the temperature increases and thermally stimulates the treatment area. While directly operating the lever 32 is accompanied by the inconvenience of adjusting the amount of fumigation, there is a problem that it is difficult to maintain a constant temperature.

In addition, according to the user's purpose of using the left bath, you may want to use only the heat using far-infrared rays, but the conventional left bath configured as described above is configured to selectively use the heat during fumigation, so its function does not vary depending on the purpose of use. There is a problem.

The present invention was devised to solve the above problems, and the purpose of the present invention is to automatically adjust the amount of fumigation in order to maintain a suitable temperature during use, and to use the infrared and thermal fumigation selectively or separately depending on the purpose of use. It is to provide a left bath that can supply both far-infrared heat and fumigation.

Another object is to provide a left bath which is automatically turned off after the left bath operates only for a preset usage time.

1 is a perspective view of a conventional bath.

2 is a longitudinal cross-sectional view of FIG. 1.

Figure 3 is a perspective view of a far-infrared heat and fumigation left bath according to the present invention.

4. Longitudinal cross-sectional view of FIG.

5. A perspective view of the fumigation of the fumigation left bath according to the present invention.

6. An enlarged view of the button portion of the fumigation left bath according to the present invention.

<Description of Symbols for Main Parts of Drawings>

100: main body 110: main body

111: button portion 112: thermal automatic button

116: power button 120: steamer

121: steam container 130: fumigation

131: fumigation material container 132: steam suction hole

134: fumigation outlet hole 135: fumigation material container lid

140: far infrared ray generator 150: heating unit

200: base

In order to achieve the above object, the present invention, in the far-infrared heat and fumigation bath, consisting of a steamer and a fumigation material equipped with a fumigation material is heated water, to automatically adjust the amount of fumigation supplied from the fumigation In order to automatically turn on / off the heating of the evaporator (ON / OFF), it characterized in that it comprises a timer for maintaining a constant temperature.

Hereinafter, the configuration of the far-infrared heat and fumigation left bath according to the present invention will be described in detail.

3 is a perspective view of a far infrared warming and fumigation left bath according to the present invention, Figure 4 is a longitudinal cross-sectional view of FIG.

The far-infrared heat and fumigation left bath according to the present invention is composed of a main body 100 and a base 200 which is installed on the upper side of the main body 100 so that a user can sit.

The main body 100 is provided with a main body 110, a steaming unit 120 installed above the main body 110 and generating water to generate steam, and a fumigation material, from the steaming unit 120. Steam is inhaled and discharged to the upper side of the steam fume 130, a far infrared ray generator 140 is installed on one side of the steaming unit 120 to generate far-infrared heat, and a heating unit for heating the steaming unit 120 Made of 150.

The main body 110 has a built-in power supply (not shown) for operating the left bath according to the present invention. In addition, the power supply device is built in a device to operate for a predetermined predetermined time to prevent overheating due to long time use, it is preferable that the use time is carried out for about 35 minutes.

The steaming unit 120 is provided on the upper side of the main body 110 and is provided with water to form a steaming container 121 for generating steam by heat heated from the heating unit 150.

5 is a perspective view of the fumigation of the fumigation left bath according to the present invention.

The fumigation 130 may contain a material such as wormwood and the fumigation material container 131 is formed with a steam suction hole 132 for passing the steam rising from the steam container 121 and the fumigation material container 131 It is made of a fumigation material container lid 135 is formed with a fumigation discharge hole 134 to be a lid of the fumigation is discharged.

In addition, a hooking jaw 133 is formed at a lower circumferential portion of the fumigation material container 131 so that the fumigation 130 is fitted around the upper portion of the steam container 121.

The far-infrared generator 140 is designed so that the heating unit 150 can be operated independently regardless of whether the fumigation is generated. That is, even when the heating unit 150 is not operated and fumigation does not occur, the far-infrared generator 140 is operated independently so that the user can perform only far-infrared heating.

The heating unit 150 is configured to include a timer (not shown) to turn on / off (not shown) by repeating the process of heating the steaming unit 120 for a predetermined time and stop for a predetermined time, Preferably it is heated for 20 seconds and stopped for 20 seconds.

In particular, in order to prevent the far-infrared generator 140 and the heating unit 150 from overheating during operation and excessively rising the temperature, the power supply to the far-infrared generator 140 and the heating unit 150 is cut off and appropriately applied. It further comprises a bimetal (not shown) to be supplied again after falling below the temperature.

One side of the main body 110 is provided with a button portion 111 consisting of a plurality of buttons, the button portion 111 is shown in Figure 5 showing an enlarged view of the button portion of the present invention as an embodiment of the present invention When pressed, the power button 116 to start the fumigation, the thermal automatic button 112 to generate the fumigation for a predetermined time and stop for a predetermined time, the strong button 113 for strongly generating the fumigation, fumigation It consists of a function button of the weak button 114 to generate a weak amount, and the infrared button 115 to operate to emit far infrared rays.

The thermo-automatic button 112 of the button unit 111 is a button for operating the heating unit 150 for a predetermined time and stopping for a predetermined time to maintain a constant amount of fumigation and a constant temperature, the button for driving the timer to be.

The power button 116 of the button unit 111 is a button for turning on / off power supply to the heating unit 150 to turn on / off the fumigation, and the heating unit 150 is operated only for a preset time.

Referring to the action of far-infrared heating and fumigation left bath according to the present invention configured as described above are as follows.

First, after pouring water into the steam container 121, the fumigation material container 131 is provided with medicines such as mugwort and covers the fumigation material container lid 134.

Thereafter, when the user sits on the pedestal 200 and presses the power button 116 of the button unit 111, the heating unit 150 is operated to heat the vaporizer 120. When steam is generated in the heated steaming container 121 and steam is supplied to the fumigation 130, the fumigation is discharged to the fumigation outlet hole 134 after mixing unique pharmaceutical components such as hot steam and wormwood, so that the user has a left bath. During use, the strength of the fumigation amount can be adjusted by using the strong button 113 and the weak button 114 at the user's choice.

At this time, when the thermo-automatic button 112 of the button unit 111 is operated, the heating unit 150 automatically turns on / off at a predetermined time interval and provides a constant amount of fumigation, which is selected by the user.

In addition, the user presses the infrared button 115 of the button portion 111 for the far-infrared heat bath to operate the far-infrared generator 140 to perform a heated bathing, not only can be used simultaneously with fumigation, but also fumigation independently bathing And far-infrared heated bathing can also be performed, respectively.

In use, when the far-infrared generator 140 or the heating unit 150 is overheated and the temperature is too high, power supplied to the far-infrared generator 140 and the heating unit 150 by the bimetal is cut off.

The far-infrared heating and fumigation bath according to the present invention not only excludes the complicated configuration of the fumigation amount control unit 30 configured in the conventional bath, but also adds a timer to automatically turn on / off the heating of the steamer 120 at predetermined time intervals. It is effective to maintain the proper temperature of fumigation by automatically adjusting the fumigation amount by installing.

In addition, the far-infrared generator 140 is configured to be used on and off independently of the use of the fumigation 130 by excluding the use of the far-infrared heat at the same time during the fumigation and left bath in the conventional left bath. It is effective in widening the functional range of use.

In addition, it is effective for preventing overheating of the device as well as eliminating the inconvenience of the user having to check the usage time by operating for a predetermined time and turning off automatically after turning on the power.

Claims (3)

The heating unit 150 heats the steaming unit 120 provided with water to generate fumigation from the fumigation unit 130 in which the fumigation material is embedded, and generates far-infrared heat in the far-infrared generator 140 to perform a left bath. In The heating unit 150 is a far-infrared heating and fumigation bath bath, characterized in that it comprises a timer to repeat the process of heating the fumigation 130 for a predetermined time and stop for a predetermined time. The far-infrared heating and fumigation bath bath according to claim 1, wherein the far-infrared generator (140) is configured to be operated independently regardless of whether the steaming unit (120) is operated. According to claim 1 or 2, Far-infrared heat and characterized in that it further comprises a bimetal to turn the power on / off in order to prevent overheating of the far-infrared generator 140 and the heating unit 150 Fumigation and left bath.