KR102108677B1 - Complex therapeutic apparatus using LED - Google Patents

Abstract

According to the present invention, a complex therapeutic device using an LED comprises: an arch-shaped body housing in which LED modules applying irradiation of light are disposed in an inner surface thereof by being partitioned; and a rear housing coupled to an upper surface of the body housing to be rotatable in upper and lower directions, and including an LED module therein. The body housing includes a music listening device provided therein, an earphone connector for the music listening device to connect with the music listening device provided in a front surface of the body housing, and a connector for a rhinitis treatment device to connect with the rhinitis treatment device for nasal insertion provided on one side of the front of the main body housing. Thus, the complex therapeutic device provides an effect that a patient can receive a complex treatment in a comfortable state.

Description

Complex therapeutic apparatus using LED

The present invention relates to a complex therapy device using an LED, and more particularly, to a complex therapy device using an LED that can be used for various targets of a patient.

Phototherapy for skin care uses various light sources such as sunlight, laser, fluorescent lamp, and UV lamp. This phototherapy is an optical medical technology that maintains the aging and status of the skin through selective regeneration or destruction of skin tissue using the principle that light promotes a biochemical reaction in the skin.

Recently, the use of LED as a light source among light sources for skin care is increasing, and unlike a method of intensively irradiating a high-power laser to a local area, the LED light source can effectively manage a large area of skin area with proper light output. There are advantages.

In particular, since the LED light source emits a light source of a specific wavelength due to a narrow wavelength line width, harmful ultraviolet rays or unnecessary infrared rays are not emitted, so there are few side effects, and energy is lower than that of a laser, so it has an advantage of not damaging skin tissue or eyes.

Equipment for the treatment of skin, hair loss and rhinitis using LED light sources has been developed, but in the past, different equipment had to be used for each treatment, and patients who need complex treatment need to move to a place. This occurred. In addition, from the perspective of the therapist, there was a problem in that it costs a lot to purchase each equipment and occupies a lot of installation space.
(Prior Art) Korean Patent Publication No. 10-2011-0107038

An object of the present invention is to provide a complex treatment device using an LED that provides convenience of use to simultaneously perform hair loss treatment, skin improvement and rhinitis treatment in one place with one device.

The complex treatment device using the LED according to an embodiment of the present invention includes an arc-shaped body housing in which an LED module irradiating light is divided and arranged on an inner surface, and a laser diode chip on the inner surface of the body housing coupled to the upper surface of the housing It is composed of a rear housing that can be rotated up and down, the inside of the main body housing includes a music listening device, and the front side of the main body housing is provided with a connector for connecting a music listening device for connection with the music listening device, A rhinitis treatment device connector for connection with a rhinitis treatment device inserted into a user's nose is provided on one side of the front surface of the main body housing, and the rhinitis treatment device is formed of a rod-shaped member having a cylindrical shape that can be inserted into the user's nose. First and second probes with thickness and length that can be properly inserted into the user's nose It may include a probe.

At this time, the first probe and the second probe of the rhinitis treatment device are members selected from any of serpentine, germanium, and tourmaline and processed into a cylindrical shape, and LED chips are attached to the ends of the first probe and the second probe. Can be.

In addition, the main body housing and the rear housing are formed by processing cypress, and the main body housing includes a first side portion that covers one side face of the user, and an upper side that extends from the first side portion and covers the front face of the user. A second side portion extending from the upper surface portion and covering the face of the other side of the user, the rear housing extending to the rear of the upper surface portion and disposed to cover the user's head, the first side portion, LEDs are arranged inside the upper surface and the second side, laser diode chips are arranged inside the rear housing, and annular ceramics are coupled to the front of the LED chips and the laser diode chip.

In addition, an integrated control unit is provided on the upper surface of the combined treatment device, and the integrated control unit is provided with a plurality of buttons capable of performing at least two controls, and selects the wavelength and irradiation time of the LED light according to the patient's treatment purpose. Characterized in that, the integrated control unit, the irradiation time control button of the LED module disposed on the rear housing, the first side, the upper surface portion, the control button of the LED module disposed on the second side, the first side, It includes a control button for adjusting the irradiation time of the LED module disposed on the upper part, the second side, and the rear part, a button for adjusting the wavelength of the LED module, a power button, a button for controlling the time for rhinitis treatment, and a power button for listening to music. It is characterized in that at least two or more of them are selected to perform a complex treatment for the patient.

The combination treatment device using the LED of the present invention uses the light of the wavelength of the LED lamp to control skin treatment, hair loss treatment, rhinitis treatment and music listening means by supplying power to the same control box, so that the patient can be combined at the same location. In addition to being able to receive medical treatment, the therapist has the advantage of lowering the installation cost and minimizing the installation space.

1 is a perspective view showing a complex treatment device using an LED according to the present invention
Figure 2 is a rear perspective view showing a complex treatment device using an LED according to the present invention
3 is a view showing an LED module and a laser diode chip coupled to a complex treatment device using LEDs according to the present invention.
4 is a view showing a rhinitis treatment device coupled to a complex treatment device using an LED according to the present invention
5 is a view showing an integrated control unit provided in the complex treatment device using the LED according to the present invention

Hereinafter, the present embodiment will be described in detail with reference to the accompanying drawings, but is not limited or limited by the present embodiment. In describing the present invention, specific descriptions by known functions or configurations may be omitted to clarify the gist of the present invention.

1 is a perspective view showing a complex treatment device using an LED according to the present invention, and FIG. 2 is a rear perspective view showing a complex treatment device using an LED according to the present invention. 1 and 2, the complex treatment apparatus 100 using the LED of the present invention is formed of an arc-shaped housing capable of self-standing while forming a space through which a user's head can be input to constitute a main body. have. In addition, the LED lamp units 115, 125, 135, and 145 may be dividedly installed on the inner surface of the arcuate housing.

The body housing constituting the complex treatment device 100 using LEDs may be formed by processing cypress trees. Cypress trees contain a natural antibacterial substance called phytoncide, which has excellent antibacterial and bactericidal properties, making it a popular material for well-being products. In the present embodiment, the complex treatment device using LED 100 is a device for performing treatment related to a human head, and a user using a complex treatment device using LED containing cypress component can feel comfortable with the scent of phytoncide. It can be used for treatment and can have antibacterial and antiseptic effects on the skin.

The complex therapy apparatus 100 using LEDs may have an arcuate space at an angle such that a human head enters therein, and at least 4 except for an opening through which the human head enters and a support surface supporting the complex therapy apparatus 100. It can be formed to have dog faces.

The complex treatment device 100 using LEDs includes a first side 110 that covers a user's one-sided face, an extension formed from the first side 110, and an upper surface 120 that covers a user's front face, and the top surface The second side 130 extending from the side 120 and covering the other side of the user's face and the rear housing 140 extending from the rear side of the top side 120 to cover the upper head (scalp) of the user It can contain.

As shown in FIG. 2, an upper side of the rear housing 140 may be connected to a part of the upper side of the upper surface 120 so as to rotate relative to the upper surface portion 120. The rear housing 140 may irradiate LED light to an area facing the user's upper head when descending, and may rotate upward when ventilation inside the complex treatment device 100 using the LED is required.

LED chip modules 115, 125, and 135 may be formed on the first side 110, the upper surface 120, and the second side 130, and a laser diode chip may be formed on the inner side of the rear housing 140. 145 may be formed.

3 is a view showing an LED chip module and a laser diode chip of a combination treatment device using LEDs according to the present invention. Referring to FIG. 3, the LED chip modules 115, 125, and 135 formed on the inner surfaces of the first side 110, the top surface 120, and the second side 130 are provided with a plurality of LED chips in rows and columns. Can be.

The LED chip module may be formed of an LED chip including more than 200 low-power three wavelengths (red, blue, pink). The first side 110, the upper surface 120, and the second side 130 is a region facing the patient's face, the LED chip module is formed can be irradiated with LED light giving a beneficial effect to the skin, The rear housing 140 is an area where the head of the patient faces, and a laser diode chip 145 is formed to irradiate red light that has a beneficial effect on hair loss.

In addition, an annular ceramic may be attached to the front of each LED chip and the laser diode chip. The ceramic may be a ceramic fired body selected from any one or more of serpentine, tourmaline, and germanium. The ceramic fired body can emit a large amount of far-infrared rays at the user's affected area at room temperature along with the LED light, thereby enhancing the metabolism of the patient and enhancing the natural healing power.

Referring to FIG. 1 again, the complex treatment device using the LED of the present invention may irradiate LED light by targeting the user's face and head. When the user injects the head into the opening of the complex therapy device while lying down, the LED light and far-infrared rays emitted from the first side 110, the top surface 120, and the second side 130 reach the area corresponding to the user's face. can do. In addition, the LED light and far infrared rays emitted from the rear housing 140 may reach the area corresponding to the user's head (scalp).

A music listening device may be mounted inside the complex treatment device 100 using LEDs, and a music listening device earphone connector connector 133 is provided on one side of the front side of the complex treatment device 100 to transmit sound of the music listening device. Can be. The music listening device may be, for example, an MP3 device.

In addition, an SD card interlocked with the MP3 device may be inserted into the complex treatment device 100, and an SD card slot 132 may be provided.

By performing the treatment, the user selects an SD card in which the content desired by the user is stored in the SD card slot 132, inserts it into the SD card slot 132, and connects earphones to the MP3 earphone connector connector 133. , You can perform treatment while listening to desired music.

In addition, a power jack connector 112 for connecting power may be provided on the other side of the front side of the combination treatment device 100. When the combination treatment device 100 is used in a fixed place in the room, the power jack connector 112 can be directly connected to an indoor outlet, and when used in a moving place, a rechargeable battery can be connected and used.

In addition, a rhinitis treatment device connector 131 may be provided on one side of the front side of the complex treatment apparatus 100 using LEDs, and a rhinitis treatment machine may be connected thereto.

4 is a view showing a rhinitis treatment device coupled to a complex treatment device using an LED according to the present invention. Referring to Figure 4, the rhinitis treatment device 150 may be a rod-shaped member in the form of a cylinder that can be inserted into the user's nose, and the first probe 151 having a thickness and length that can be properly inserted into the user's nose A second probe 152 may be included.

The first probe 151 and the second probe 152 may be formed of ceramic, and any one of your serpentine, germanium, and tourmaline may be selected to be a circularly processed member. In addition, LED chips 152 may be attached to ends of the first probe 151 and the second probe 152.

Therefore, when the rhinitis treatment device 150 as described above is inserted into the nose, the user's rhinitis treatment can be performed because the LED light is irradiated with far infrared rays into the nose. That is, the complex treatment apparatus 100 using the LED of the embodiment may have an effect of simultaneously performing rhinitis treatment while performing LED phototherapy for the head or face.

 5 is a view showing an integrated control unit provided in the complex treatment device using the LED according to the present invention. Referring to FIG. 5, an integrated control unit 122 may be provided on an upper surface of the upper surface 120 of the complex therapy apparatus 100 using LEDs.

The integrated control unit 122 may include a plurality of operation control buttons, and a time display window may be displayed along with a controller and a function display window. The controller and the function display window may display the type of device that is active in the complex therapy device, and the time display window may display the operation time of the device.

The plurality of operation control buttons may perform the following operations.

① Control button to control the irradiation time of the LED module placed on the rear housing of the complex therapy device

The above button may be selected when the user wants to manage the hair or scalp.

② Control button for adjusting the irradiation time of the LED modules arranged on the first side, the upper side, and the second side of the multi-therapy device: The above button may be selected to manage the user's face (skin).

③ Control button to control the irradiation time of the LED modules placed on the first, upper, second, and rear housings of the complex therapy device: The above buttons are used to manage the user's face (skin) and head (scalp) at the same time. Can be selected.

④ LED module wavelength (color) control button: The above button can be selected to change the properties of the light emitted from the LED module by adjusting the wavelength of the light emitted from the LED module.

⑤ Power button: The above button can be used to turn on or off the power of the combination treatment device.

⑥ Rhinitis treatment time control button: The above button can be selected to control the irradiation time of the LED light irradiated from the rhinitis treatment device by turning on the operation of the rhinitis treatment device.

⑦ Power button for music listening device: The above button can be selected to turn on the power of the MP3 to connect earphones and listen to music when the user wants to listen to desired music.

LED wavelength light can be classified into blue, yellow, red, and infrared, and depending on the purpose of treatment, blue wavelength light is effective for treatment of acne sterilization and keratosis, and green wavelength light is for treatment such as elasticity and skin tone improvement. Is effective for treatment of vascular lesions, blemishes, freckles, blemishes, red marks, bruising, etc., and light of red wavelengths is for treatment of soothing, regeneration, wrinkle improvement, pigmentation improvement, and anti-aging. It is known to be effective, and light of infrared wavelength is effective for treatment of anti-inflammatory, wound, pain, cellulite and the like.

When the patient is lying on the bed, if the main body housing is arranged to wrap in an arc shape over the patient's face, the LED module formed on the face of the lying patient and the inner surface of the arch of the body housing faces the patient at a certain distance from the patient's face. You can receive treatment using LED while maintaining a stable posture.

The administrator selects one of the LED wavelength lights by selecting a button suitable for the purpose of treatment among control buttons having a plurality of options as described above, and selects an operation time to perform treatment for the patient's face or head, and additionally As a result, rhinitis treatment may be performed, and the patient may have the effect of working on the treatment while listening to music while feeling comfortable within the complex treatment device made of cypress wood.

That is, the complex treatment device using the LED of the present invention, by using the light of the LED lamp portion wavelength, skin treatment and hair loss treatment, rhinitis treatment and music listening means to be controlled by the power supply of the same control box, the patient is in the same position In addition to being able to receive multiple treatments, the therapist has the advantage of lowering the installation cost and minimizing the installation space.

In the complex therapy apparatus using an LED according to an embodiment, the body part housing is described as being integrally formed, but the first side part and the second side part formed by being connected to both sides of the upper surface part may be divided. At this time, both sides of the upper surface portion may be coupled to move downward by a predetermined distance from the upper surface of the first side and the upper surface of the second side. The inner side of the first side and the second side may be provided with latches in a vertical direction, and both sides of the upper surface portion may be supported and fixed to the latches, thereby determining the height of the upper surface portion. Accordingly, the user can flexibly adjust the distance between the light irradiated from the LED chip and the face.

In addition, the body housing may be formed to have a semi-circular surface having the same curvature, and may be formed in a quadrangular shape having the same length as the upper surface portion, the first side portion, and the second side portion.

In the above, the present invention has been mainly described for its preferred embodiment, but this is merely an example and does not limit the present invention, and a person having ordinary knowledge in the field to which the present invention belongs does not depart from the essential characteristics of the present invention. It will be appreciated that various modifications and applications not illustrated above are possible. For example, each component specifically shown in the embodiments of the present invention can be implemented by modification. And differences related to these modifications and applications should be construed as being included in the scope of the invention defined in the appended claims.

Claims (4)

It is made of an arch shape and provides a space for the user's head to be drawn in, and the main body housing in which the LED module for irradiating light is divided and arranged on the inner surface, and is coupled to the upper surface of the body housing and has a laser diode inside. It consists of a rear housing that includes a chip and can be rotated up and down.
The inside of the main body housing includes a music listening device, and the front side of the main body housing is provided with a connector for connecting a music listening device for connection with the music listening device,
A rhinitis treatment device connector for connection to a rhinitis treatment device inserted into a user's nose is provided on one side of the front surface of the main body housing,
The rhinitis treatment device is formed of a rod-shaped member in the form of a cylinder that can be inserted into the user's nose, and includes a first probe and a second probe having a thickness and length that can be appropriately inserted into the user's nose,
The main body housing is a first side portion that covers a user's one-sided face when the user is lying on the front, an extension is formed at the first side, and an upper surface portion that covers the user's front face, an extension is formed at the upper surface portion, It includes a second side to cover the side face, the rear housing is formed to extend to the rear of the upper surface portion is disposed to cover the user's head,
An LED chip is arranged inside the first side, the top surface, and the second side to irradiate LED light to an area facing the user's face, and a laser diode chip is arranged inside the rear housing, so that the scalp part of the user It is characterized by irradiating red light to the opposing area,
The first probe and the second probe of the rhinitis treatment device are members selected from any of serpentine, germanium, and tourmaline and processed into a cylindrical shape, and LED chips are attached to ends of the first probe and the second probe,
The main body housing and the rear housing are formed by processing cypress, and the LED chip and the laser diode chip are combined with an annular ceramic combined LED.

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