KR20200123357A - Female genital tract vaginal disease treatment using LED color - Google Patents

Abstract

The present invention relates to a female genital vaginal disease treatment device using an LED by color, comprising: a light source unit composed of a plurality of color LEDs and capable of emitting light in a range of 360 degrees; a heat-generating unit attached to the surface of the light source unit and capable of dissipating heat; a vibration unit configured with a vibration motor that causes vibration; a control unit including an MCU for controlling the operation of the light source unit, the heat-generating unit, and the vibration unit and a switch as a control unit and provided with a Bluetooth communication unit capable of communicating with an external device; a wireless battery capable of wireless charging while supplying power to the light source unit, the heat-generating unit, the vibration unit, and the control unit; and a transparent case capable of being dustproof and waterproof as a structure surrounding and sealing all of the light source unit, the heat-generating unit, the vibration unit, the control unit, and the wireless battery. Accordingly, a user can easily operate the treatment device.

Description

Female genital tract vaginal disease treatment using LED color}

The present invention relates to a treatment device for female genital vaginal diseases using LEDs for each color, and more specifically, LED light source for each color capable of irradiating light rays of various wavelengths and colors having different effects inside a transparent case that is harmless to the human body To treat and prevent vaginal diseases by irradiating the female genital vagina in all directions (360 degrees), and to transmit heat and vibration into the vagina, including a heating rod and a vibration element, and a fully enclosed dustproofing device for cleanliness and safety. It is equipped with a waterproof function, the main power is composed of a wireless battery that can be charged wirelessly, and a power button or a Bluetooth app or a Bluetooth remote control to control the operation of the female genital vaginal diseases using LEDs for each color.

In general, a woman's genital organs are ovaries that produce eggs and secrete various types of sex hormones, fallopian tubes that connect the ovaries to the uterus, the passage of sperm, eggs and fertilized eggs, the uterus where the embryo is implanted and the fetus grows, and delivery. It is composed of the internal genitalia including the vagina, which is the birth canal, and the vulva such as the jig, labia, clitoris, and hymen, and the vagina connecting the uterus and the vulva is a structure that is formed by being recessed into the body's interior, so when a disease occurs It will be said that this is a part of the body that can be directly treated when the appropriate treatment device is inserted into the vagina.

Therefore, conventionally, a device for treating vaginal diseases having various functions and shapes has been devised for the treatment of vaginal diseases. As such a conventional technology, there is Korean Patent No. 10-1449542 (multipurpose vaginal treatment device), and the structure thereof is shown in FIG. 1 and As shown in FIG. 2, as a structure for treating various vaginal diseases by being inserted into the vagina of a woman, a tubular casing 100 having a space formed therein is configured, and a laser generator 112 or an LED lamp 114 The light source board 110 on which) is mounted is disposed inside so as to emit a light source toward one end, and by providing a low-frequency electrode 130 and a vibration motor 140 inside the casing 100, electric stimulation and vibration stimulation are prevented. The casing 100 has a transparent light source cap 200 mounted at one end, and a handle 300 gripped and used by a user at the other end of the casing 100. As the effect of the present invention, the light source board is disposed inside so as to emit a light source toward one end to enable phototherapy, and it is possible to perform stimulation treatment using a low-frequency electrode and a vibration motor, and thus, a therapeutic effect is expected.

However, this conventional multi-purpose vaginal treatment device has a narrow range of treatment as the light source irradiates only one direction, and the possibility of device failure due to penetration of moisture in consideration of the fact that the humidity is very high in the vaginal environment of the device. In addition, there was a serious risk of infection by transferring foreign substances from the inside of the device to the body in the reverse direction.

Registered Patent No. 10-1449542

An object of the present invention is to solve this problem, in which a light source in the vagina is irradiated in an omnidirectional direction (360 degrees), and the light source is composed of a plurality of color-specific LEDs, each of which exhibits different effects. The light source can be selectively used for intravaginal treatment, heat and vibration are possible, and the case is formed as a transparent case that is harmless to the human body with a completely enclosed dustproof/waterproof function, reducing the risk of vaginal infection and treatment device failure, and the main power supply It is composed of a wireless battery that is wirelessly charged, which is convenient to use and charge, and provides a device for treating vaginal diseases of the female genital tract using color-coded LEDs that enable hygienic and effective treatment of vaginal diseases.

This object of the present invention is composed of a plurality of color LEDs, a light source unit capable of irradiating light in a range of 360 degrees, a heating unit that is attached to the surface of the light source unit to emit heat, and a vibration motor that generates vibration. A control unit including a vibration unit configured and a Bluetooth communication unit including an MCU and a switch for controlling the operation of the light source unit, the heating unit, and the vibration unit as a control unit and capable of communicating with an external device, the light source unit, the heating unit, and the vibration unit, A wireless battery capable of wireless charging while supplying power to the control unit and the light source unit, the heating unit, the vibration unit, the control unit, and the wireless battery are all enclosed and sealed, and are achieved by a dustproof and waterproof transparent case.

In the device for treating vaginal diseases of the female genital tract using LEDs for each color according to the present invention, a wide and simultaneous vaginal treatment is possible by irradiating a light source in the vagina in an omnidirectional direction (360 degrees), and the light source is a plurality of color LEDs. Effective treatment such as sterilization of various bacterial species is possible by selectively or simultaneously using light sources for each color that are composed and exhibiting different effects for intravaginal treatment.For example, red, near-infrared rays having a wavelength of 700 to 1,000 nm are possible. The light source has the effect of relieving pain, the green light source with a wavelength of 500 to 600 nm has the effect of slowing and regenerating the aging of the cells, and the blue light source with the wavelength of 450 to 500 nm detoxifies and sensitive to the toxins of the cells. It has an effect of calming the condition, and heat and vibration are possible, so it is possible to treat vaginal diseases by heat treatment and vibration stimulation, and the case is formed as a transparent case that is harmless to the human body with a completely enclosed dustproof/waterproof function. Because it is hygienic, the risk of vaginal infection and treatment device failure due to moisture immersion inside and outside the case is reduced, and the main power is wirelessly charged in order to achieve a completely sealed structure of the case. This is convenient, and there is an excellent effect that a Bluetooth communication unit is provided and is connected to an external electronic device (such as a smartphone) so that the user can easily operate the treatment device.

1 is a perspective view of a conventional multipurpose vaginal treatment device
2 is an exploded perspective view of a conventional multipurpose vaginal treatment device
3 is a front view and a plan view of a device for treating a female genital vaginal disease using LEDs according to colors according to a first embodiment of the present invention.
4 is a left side view of a device for treating diseases of the female genital organs and vagina using LEDs according to colors according to the first embodiment of the present invention.
5 is a right side view of a device for treating a female genital vaginal disease using LEDs according to colors according to a first embodiment of the present invention
6 is a schematic view showing a state in which a treatment device for female genital vaginal diseases using LEDs according to colors according to the first embodiment of the present invention is accommodated in a storage box

The female genital vaginal disease treatment device (A) using color LEDs according to the first embodiment of the present invention is composed of a plurality of color LEDs, as shown in Figs. 3 to 5, and irradiates light in a range of 360 degrees. A vibrating unit 30 comprising a light source unit 10 capable of performing a light source unit 10, a heating unit 20 having the light source unit 10 attached to the surface and dissipating heat, and a vibration motor generating vibration by transmitting vibration to the entire unit. ), and a Bluetooth communication unit 43 capable of communicating with an external device including an MCU 41 and a switch 42 for controlling the operation of the light source unit 10, the heating unit 20, and the vibration unit 30 as a control unit. ), the light source unit 10, the heating unit 20, the vibration unit 30, and the wireless battery 50 and the light source unit that can be wirelessly charged while supplying power to the control unit 40 10), the heating unit 20, the vibration unit 30, the control unit 40, as a structure that encloses and seals all of the wireless battery 50, and includes a transparent case 60 capable of dustproof and waterproof.

The structure of the female genital vaginal disease treatment device (A) using LEDs according to colors according to the present invention having such a configuration will be described in detail below.

The light source unit 10 has a first color LED 11 of red color having a wavelength of 700 to 1,000 nm attached to the surface of the heating unit 20 in the form of a square column and a wavelength of 500 to 600 nm. It is formed of a green second color LED 12 and a blue third color LED 13 having a wavelength of 450 to 500 nm, and the first color LED 11 is 4 on the surface, 1 each in 4 rooms, 4 are installed in the first row, the second color LED 12 is installed in 4 rooms on the surface of the heating part 20, 4 each in the second row, and the third color LED (13) 4 on the surface of the heating part 20, 4 of each 1 in 4 are installed in the 3rd row, and the order of installation is circulated, and the first color LED 11 is 4 in the 4th row, and the second color LED Each color is formed to irradiate a light source in all directions 360 degrees in a manner in which four (12) are installed in the fifth row and four third color LEDs (13) are installed in the sixth row, and the light source unit 10 is During operation, only one color of the first color LED 11, the second color LED 12, and the third color LED 13 may be turned on, or two or three may be turned on at the same time.

The heating unit 20 has a square column shape having a width of about 1 cm and a height of about 12 to 15 cm, and when operating, heat of about 40 to 41 degrees, which is effective for thermal treatment, is generated.

The vibration unit 30 is a vibration motor that generates vibrations of a step-by-step intensity during operation, and is connected to the heating unit 20 to vibrate the heating unit 20 together to provide vibration stimulation in the vagina to treat vaginal diseases.

The MCU 41 of the control unit 40 controls the operation of the light source unit 10, the heating unit 20, and the vibration unit 30, and keeps the switch unit 42 connected to the MCU 41 long once ( Power on/off) or once briefly (light source on/off and control by color), two times in a row (heat control), three times in a row (vibration control), one short time and then once long (bluetooth control) ), you can control the power on/off and operation options of each part, and the Bluetooth communication unit 43 connected to the MCU 41 can wirelessly connect the remote control or the user's smartphone and the MCU 41 Thus, it is possible to easily control the light source unit 10, the heating unit 20, and the vibration unit 30 by a user pressing a button on the smartphone screen through the remote control or the smartphone control app (S) installed on the smartphone. .

In the smartphone control app (S), additional operation options, such as a time timer function that automatically turns off power, can be set.

The wireless battery 50 supplies power to the light source unit 10, the heating unit 20, the vibration unit 30, and the control unit 40, and is wirelessly charged through a commercially available wireless charger with the same standard, or Wireless charging is possible in the state stored in the storage box 70 described later, so that a charging terminal connected to the outside is not required, so that the internal and external sealed structure by the transparent case 60 is possible, and for the safety of users. It can be configured by adding a function that automatically cuts off power when a dangerous element such as a short circuit is detected.

The vibrating unit 30, the control unit 40, and the wireless battery 50 are packaged together in a single inner case C to complement visual aesthetics and protect them from external shocks.

The transparent case 60 has a protruding end and is made of a material such as transparent silicon that is harmless to the human body in the form of a blunt cylinder, and the light source unit 10, the heating unit 20, the vibration unit 30, the control unit 40, The wireless battery 50 (if there is an inner case (C), the inner case (c)) is completely enclosed and sealed. It is possible to completely separate the inside and the outside to be dustproof and waterproof, preventing the vaginal body fluids from penetrating into the inside. Thus, the risk of failure of the electrically operated light source unit 10, the heating unit 20, the vibration unit 30, the control unit 40, and the wireless battery unit 50 is reduced, and contaminants are removed from the inside of the transparent case 60. It fundamentally prevents penetration into the vagina, making it hygienic and safe for the user's body.

A ring-shaped protrusion 61 is formed between the insertion part I inserted into the vagina in the transparent case 60 and the handle part H used by the user to hold the insertion part I and the handle part H. ) Can be distinguished with the naked eye, and it is possible to prevent the user from accidentally inserting the handle part (H) into the vagina, and the protrusion part is somewhat lower from the insertion part (I) to the handle part (H). For example, it may be formed with a first protrusion 61a that protrudes within 1 cm and a second protrusion 61b that protrudes somewhat higher, for example, about 3 cm.

In order to maintain cleanliness during use, the transparent case 60 is recommended to be used by the user after washing with a cleaning solution immediately before use.

Meanwhile, FIG. 6 shows a state in which a treatment device for female genital vaginal diseases using LEDs according to colors according to the first embodiment of the present invention is accommodated in a storage box.

The storage box 70 is a body having a first receiving groove 71 into which the handle portion H of the disease treatment device A is inserted and a power supply unit 72 supplying power to the wireless battery unit 50 therein. It consists of a cap (75) having a second receiving groove (74) coupled to the upper portion of the body (73) and receiving the insertion portion (I) therein.

In addition, the power supply unit 72 of the main body 73 is connected to an external power source by wire or wirelessly, and is connected wirelessly to the wireless battery unit 50 to supply and charge power.

In addition, the interior of the storage box 70 has a characteristic that the interior of the storage box 70 is sterilized by a light source irradiated from the light source unit 10 of the disease treatment device A.,

That is, the disease treatment device (A) accommodated in the storage box (70) charges the wireless battery unit (50) through the power supply unit (72) formed in the main body (73), and the light source unit (10) for 10 minutes after charging is completed. By irradiating and sterilizing the inside of the storage box 70 by emitting light to keep the inside of the storage box 70 in a sterile state, the disease treatment device A can be maintained in a clean and sterile state.

The device for treating vaginal diseases of the female genital organs using LEDs according to the present invention will be an invention with industrial applicability because it is possible to repeatedly manufacture the same product by the same manufacturing method in the manufacturing industry of the vaginal disease treatment device.

10. Light source section 11. First color LED
12. Second color LED 13. Third color LED
20. Heating part C. Inner case
30. Vibration unit 40. Control unit
41. MCU 42. Switch
43. Bluetooth communication unit 50. Wireless battery
60. Transparent case 61. Protrusion
61a. First protrusion 61b. 2nd protrusion
S. Smartphone control app I. Insert
H. Handle 70. Storage box
71. 1st receiving groove 72. Power supply
73. Main body 74. Second receiving groove
75. Cap

Claims (5)

In the female genital vaginal disease treatment device (A) using color LEDs for treating vaginal diseases,
The female genital vaginal disease treatment device using the color LEDs (A) is composed of a plurality of color LEDs and a light source unit 10 capable of irradiating light in a range of 360 degrees;
A heating unit 20 on which the light source unit 10 is attached to a surface and capable of dissipating heat;
A vibration unit 30 for generating vibrations by transmitting vibrations to all parts;
A control unit including an MCU 41 and a switch 42 for controlling the operation of the light source unit 10, the heating unit 20, and the vibration unit 30, and having a Bluetooth communication unit 43 capable of communicating with an external device. (40) and;
A wireless battery 50 capable of wireless charging while supplying power to the light source unit 10, the heating unit 20, the vibration unit 30, and the control unit 40;
The light source unit 10, the heating unit 20, the vibration unit 30, the control unit 40, and a structure that encloses and seals all of the wireless battery 50, and includes a dustproof and waterproof transparent case 60 Female genital vaginal disease treatment device using LED by color.
The method of claim 1,
The light source unit 10 includes a first color LED 11 of red, which is a near-infrared ray having a wavelength of 700 to 1,000 nm, and a second color LED 12 of green, having a wavelength of 500 to 600 nm, and 450 Female genital vaginal disease treatment device using a color LED, characterized in that it comprises a blue third color LED 13 having a wavelength of ~500nm.
The method of claim 1,
The MCU (41) is a female genital vaginal disease treatment device using color LEDs, characterized in that the control is possible with external devices such as a remote control and a smartphone control app through the Bluetooth communication unit 43.
The method of claim 1 or 3,
The MCU (41) is a female genital vaginal disease treatment device using color LEDs, characterized in that it has a time timer function to control the operation time.
The method of claim 1,
The wireless battery unit 50 is a female genital vaginal disease treatment device using color LEDs, characterized in that power is automatically cut off when a risk factor such as a short circuit is detected.

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