KR102512136B1 - Light irradiator incorporating IT technology - Google Patents

Abstract

The present invention relates to a light irradiation device in which IT technology is grafted, and when irradiated with LED light in the UV-B wavelength range, the process of skin change is photographed with a camera, and the photographed image can be stored in a storage unit In addition, by making it possible to send the information stored in the storage unit to the person to be irradiated with LED light by e-mail, even if the hospital is moved, the stored information can be shown to the doctor.

Description

Light irradiator incorporating IT technology}

The present invention relates to a light irradiation device incorporating IT technology, and more particularly, when irradiated with LED light in the UV-B wavelength range, the process of skin change is photographed with a camera, and the photographed image is stored in a storage unit. It relates to a light irradiation device incorporating IT technology that allows information stored in a storage unit to be transmitted by e-mail to a person to be irradiated with LED light.

In general, skin care and treatment devices are provided in skin care rooms or dermatologists, and in order to treat and manage skin, it is necessary to visit the skin care room or dermatologist directly, so there is a time and economical difficulty.

In order to solve such a problem, portable skin care devices, skin beauty devices, or skin treatment devices that can be used at home have been developed and are on the market.

As disclosed in Korean Patent Registration Publication No. 10-0787874 (December 14, 2007), a conventional skin care device includes a housing having a built-in printed circuit board including a control unit, a keypad and a display window, and an upper front surface of the housing. A contact portion installed in a contact portion, an insertion groove formed on a front edge of the contact portion, inserted into and fixed into the insertion groove, electrically connected to the control unit, and selectively emitting near infrared rays, infrared rays, and nuclear power infrared rays. At least one infrared LED, It includes at least one ultraviolet LED that is inserted into the insertion groove at a predetermined interval from the infrared LED and emits ultraviolet light, and a vibrator that is installed in the center of the front surface of the contact unit and applies vibration when in contact with the skin.

Infrared LED is a heat treatment that generates certain heat by emitting infrared rays. It is mainly used for blood circulation by dilating blood vessels, relieving pain, relaxing muscles, and removing waste products, so the infrared radiation area that touches the skin can be wide.

UV LED has a sterilization function and is effective in treating atopy, psoriasis, vitiligo and acne. Therefore, the UV LED must intensively irradiate the area where the dermatitis occurs.

However, in conventional skin care devices, infrared LEDs and ultraviolet LEDs are integrally formed on the contact part of the housing at regular intervals, so if the area of the contact part is wide because the LED radiation area is the same, the ultraviolet LED is intensively irradiated to a certain part of the skin. It is difficult to do this, and if the area of the contact part is small, there is a problem that the working area of the infrared LED is narrowed.

In view of these points, a portable skin treatment device has been proposed in Patent Application No. 10-2015-0019481.

Looking at the conventional portable skin treatment device described above, a case in which a first window inclined at a first inclination angle θ1 is installed on the front side and a second window inclined at a second inclination angle θ2 is installed on the upper surface, A main board disposed inside the case, and disposed on an inner surface of the first window to irradiate light toward the front of the case, and a first substrate, and a predetermined distance from the first substrate in the longitudinal and width directions A first LED module including LED lamps in which red LEDs, yellow LEDs, and blue LEDs are arranged and infrared LEDs arranged between the LED lamps and arranged on an inner surface of the second window toward the upper side of the case It is configured to include a second LED module that irradiates light and includes a second substrate and ultraviolet LEDs arranged in plurality on the second substrate.

However, in the conventional portable skin treatment device configured as described above, by forming the ultraviolet LED and the infrared LED in different areas of the body as described above, the ultraviolet radiation area is widened and the infrared radiation area is narrowed to form a single treatment device. It has the advantage of being able to perform various skin treatments and being easy to carry, but there is no configuration to store the treatment process, so when you go to the hospital later, you cannot show the therapist before and after skin treatment. there is.

Patent Application No. 10-2015-0019481, filing date; February 09, 2015

Accordingly, the present invention has been devised to solve the above-mentioned problems, and when the LED light of the UV-B wavelength band is irradiated, the skin change process is photographed with a camera, and then the photographed image can be stored in the storage unit. In addition, by enabling the information stored in the storage unit to be transmitted by e-mail to the person to be irradiated with the LED light, even if the hospital is moved, the stored information can be shown to the doctor. To provide a light irradiation device incorporating IT technology It has a purpose.

Other objects of the present invention will become apparent as the technology progresses.

The light irradiation device grafted with the IT technology of the present invention for achieving the above object is divided into two and coupled to each other through a plurality of screws, so that an installation space is formed inside, and the installation space is formed at the front and rear ends. A housing in which installation holes for the front and rear ends are formed to be in communication with each other and a finger through hole is formed at the bottom thereof, and one end is fixedly installed at the front end of the housing so that the other end protrudes and power is applied to UV- An LED module provided to radiate LED light of the B wavelength band to the skin, a camera module fixed to the LED module and provided to photograph the skin of a person to be irradiated with LED light, and a camera module fixed to the inner rear end of the housing In addition to displaying the image captured from the camera module, by touching a plurality of mounted menu tabs, setting the time for receiving the LED light, starting the irradiation of the LED light, and sending the captured image to a pre-stored e-mail address A display module provided, a PCB for operation installed inside the housing and having an operation switch exposed, and one end rotatably connected to the inside of the housing, so that the other end protrudes toward the finger through-hole to emit LED light. It is characterized in that it includes an operating button provided so that the person to be irradiated can operate the operating switch of the operating PCB by pressing and releasing the pressing of the other end with a finger.

In addition, a USB connection module is further provided so that one end is connected to the display module and the other end is exposed to the outside of the housing so that the image irradiated with LED light can be connected and stored to USB (Universal Serial Bus). .

As described above, according to the light irradiation device grafted with IT technology according to the present invention, when the LED light of the UV-B wavelength band is irradiated, the skin change process is photographed with a camera, and the photographed image is stored in the storage unit. In addition, by allowing the information stored in the storage unit to be transmitted by e-mail to the person to be irradiated with the LED light, there is an effect of showing the stored information to the doctor even if the hospital is moved.

1 is a perspective view showing a light irradiation device grafted with IT technology according to the present invention.
Figure 2 is an exploded perspective view showing a light irradiation device grafted with IT technology according to the present invention.
Figure 3 is a view for showing a hole formed in the housing of the light irradiation device grafted with IT technology according to the present invention.
4 is a cross-sectional view showing a light irradiation device grafted with IT technology according to the present invention.
5 and 6 are diagrams showing the types of tabs on which the display touch screen included in the display module of the light irradiation device to which the IT technology is grafted according to the present invention is displayed.

Hereinafter, an example of a light irradiation device grafted with IT technology according to the present invention will be described in detail.

First of all, it should be noted that in the drawings, the same components or parts are denoted by the same reference numerals as much as possible. In describing the present invention, detailed descriptions of related known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

As shown, the light irradiation device 100 grafted with IT technology according to the present invention is divided in two and coupled to each other through a plurality of screws, so that an installation space is formed inside, and the installation space is formed at the front and rear ends. Installation holes for the front and rear ends are formed to communicate with the housing 110, and a finger through hole is formed at the bottom, and one end is fixed to the inner front end of the housing 110, so that the other end protrudes An LED module 120 capable of radiating LED light in the UV-B wavelength range to the skin side by applying power, and fixedly installed on the LED module 120 to enable photographing of the skin of a person to be irradiated with LED light The camera module 130, which is fixed to the inner rear end of the housing 110, displays the image taken from the camera module 130, and also touches a plurality of mounted menu tabs to receive LED light irradiation time A display module 140 provided to start irradiation of LED light along with setting and transmit a photographed image to a pre-stored e-mail address, and installed inside the housing 110, provided with an operating switch exposed With one end rotatably connected to the operating PCB (Printed Circuit Board) 150 and the inside of the housing 110, the other end protrudes toward the finger through-hole, and the other end is projected toward the finger of the person to be irradiated with LED light. It includes an operating button 160 provided to operate the operating switch of the PCB 150 for operation by pressing and releasing the pressurization.

In addition, one end is connected to the display module 140 and the other end is exposed to the outside of the housing 110, so that the irradiation image of the LED light can be connected to USB (Universal Serial Bus) and stored. USB connection module 170 This is further provided.

Hereinafter, the light irradiation device to which the IT technology according to the present invention is grafted will be described in more detail with reference to the accompanying drawings 1 to 4.

First, the housing 110 of the light irradiation device grafted with the IT technology according to the present invention described above has an installation space 110a formed inside by being coupled to each other through a plurality of screws, and the front and rear ends Front and rear support plates 110d and 110e are formed with front and rear installation holes 110b and 110c perforated to communicate with the installation space 110a, and the operation button 160 is installed at the lower part, so that the fingers are installed. It is provided by being divided into first and second housings 111 and 112 in which a finger through hole 110f is formed so as to operate the operation button 160.

In addition, a display module support plate 110g is further formed on the inner surface of the rear support plate 110e of the housing 110 to support and fix the display module 140 thereto.

In addition, a hole 110h is formed in the lower portion of the first housing 111 where the finger through hole 110f of the housing 110 is formed to expose the USB connection module 150 to the outside.

In addition, an operation button installation hole (reference numeral omitted) is further formed on the inner circumferential surface of the finger through hole 110f of the housing 110 so that the operation button 160 can be installed.

The LED module 120 has one end fixed to the shear installation hole 110b of the housing 110 by fixing one end of the shovel to the receiving groove of the housing 110, and the other end for shear installation By protruding forward through the hole 110b and applying power, the LED light in the UV-B wavelength band is irradiated toward the skin.

That is, the above-described LED module 120 is equipped with a plurality of LEDs 121a of the UV-B wavelength band, and a photographing hole 121b is provided in the central portion so that the camera of the camera module 130 can photograph. By fixing the PCB 121 and the LED PCB 121 on one surface with a plurality of screws, an exposure hole 122a is formed so that the LED 121a is exposed, and the inside of the housing 110 A PCB fixing bracket 122 for LEDs fixed to and a fixing piece having a plurality of fixing holes (reference numerals omitted) so that both ends are fixed to the other surface of the PCB fixing bracket 122 for LEDs via a plurality of fixing screws ( 123a) is formed on the rear end of both sides of the square frame-shaped lens bracket 123 provided, and the UV blocking lens 124 provided to block UV by being fixed to the left and right sides and upper and lower surfaces of the lens bracket 123 And, the UV transmission lens 125 fixed to the front surface of the lens bracket 123 and provided to transmit UV, and the front surface fixed to the other surface of the LED PCB 121, generated from a plurality of LEDs 121a A heat-dissipating pipe 126 provided to dissipate heat, and having a camera installation hole 126a formed therein so that the camera of the camera module 130 can be installed through the front center portion to the rear surface, and the heat-dissipating pipe 126 It consists of a fan 127 for heat dissipation provided to cool the heat-dissipating pipe 126 by being fixed and driven via a plurality of fixing screws.

The above-described camera module 130 is fixedly installed to the LED module 120 and is provided to be able to photograph the skin of a person to be irradiated with LED light.

That is, the above camera module 130 is formed as a hollow tube so that one end is inserted into the camera installation hole 126a formed in the heat protection pipe 126 of the LED module 120 to be caught, and the outer circumferential surface is enlarged. A group 131a is formed, and a fixing hole (reference numeral omitted) is formed on the outer circumferential surface of the lower portion of the holding stone 131a, and a camera fixing member 131 is provided, and one end is inserted into and fixed to the camera fixing member 131. A camera 132 fixed via a fixing screw through a hole and capable of photographing the skin of a person to be irradiated with LED light, and when the camera 132 photographs the skin of a person to be irradiated with LED light, the camera 132 It consists of a PCB 133 for a camera that is provided to be controllable and fixable inside the housing 110.

The display module 140 is fixedly installed at the inner rear end of the housing 110 to display an image captured by the camera module 120 and to receive LED light irradiation by touching a plurality of mounted menu tabs. It is provided to start irradiation of LED light along with time setting and transmit the captured image to a pre-stored e-mail address.

That is, the display module 140 described above has one end fixed to the inner rear end of the housing 110 so that the other end is exposed through the rear installation hole 110c, and a plurality of menu tabs are applied as power is applied. A display touch screen 141 provided to set the time to receive LED light irradiation, start irradiation of LED light and send a captured image to a pre-stored e-mail address, and the touch screen for display ( 141) It is composed of a display PCB 142 fixedly installed inside the housing 110 by being located at the front end and provided to control the display touch screen 141.

The operating PCB 150 is fixedly installed inside the housing 110, and has a power connection jack 151 connected to a power supply line at one end and operated by the operation button 160 at the other end. An operating switch 152 is installed and provided.

The USB connection module 170 has one end connected to the display module 140 and the other end exposed to the outside of the housing 110 so that the irradiation image of the LED light can be connected to USB (Universal Serial Bus) and stored. do.

That is, the USB connection module 170 is connected to the USB connection jack 171 installed on the display PCB 142 of the display module 140, and one end and the other end are fixed inside the housing 110. The central portion is composed of a USB fixing bracket 172 provided with a fixing hole so that the USB can be fixed when the USB is inserted into the SB connection jack 171.

In the case of irradiating LED light in the UV-B wavelength range using the light irradiation device incorporating IT technology according to the present invention made as described above, as shown in FIGS. 1 to 6 in the accompanying drawings, first, gripped by hand After that, the operation button 160 is pressed with the index finger.

The operation switch 152 of the operation PCB 150 is operated by pressing the operation button, and thus power is applied.

When power is applied, the display touch screen 141 of the display module 140 is displayed.

When the display touch screen 141 is displayed, after entering the e-mail address of the person to be irradiated with LED light on the display touch screen 141, touch the time setting tab to set the irradiation time of the LED light, that is, Set to 1 minute.

In addition, a camera shooting tab displayed on the touch screen 141 for display is touched.

Thereafter, the lens bracket 123 of the LED module 120 installed at the front end of the housing is brought into contact with the skin.

As a result, the light of the UV-B wavelength range irradiated from the LED 121a of the LED module 120 irradiates the skin.

At this time, the camera module 130 photographs the skin of the person to be irradiated with LED light.

When the irradiation of the LED light is completed, the captured image is transmitted to the e-mail address of the person to be irradiated with the pre-input LED light.

In this way, by making it possible to transmit the information before and after the LED light irradiation to the person to be irradiated with LED light by e-mail, it is possible to build reliability for the person to be irradiated with LED light.

The above description is merely an example of the technical idea of the present invention, and various modifications and variations can be made to those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed according to the claims below, and all technical ideas within the equivalent range should be construed as being included in the scope of the present invention.

100; Light irradiation device 110 grafted with IT technology; housing
120; LED module 130; camera module
140; Display module 150; PCB for operation
160; Operation button 170; USB connection module

Claims (7)

The light irradiation device grafted with IT technology,
By being divided into two and coupled to each other through a plurality of screws, an installation space is formed inside, installation holes for the front and rear ends are formed in communication with the installation space at the front and rear ends, and finger through-holes are formed at the bottom. a housing 110 which is provided;
An LED module 120 having one end fixed to the inner front end of the housing 110 so that the other end protrudes and is capable of irradiating LED light in the UV-B wavelength range toward the skin by applying power;
a camera module 130 fixedly installed on the LED module 120 and capable of photographing the skin of a person to be irradiated with LED light;
It is fixedly installed at the inner rear end of the housing 110 to display the image taken from the camera module 130, and touch a plurality of mounted menu tabs to set the irradiation time of LED light and start irradiation of LED light and a display module 140 provided to transmit the captured image to a pre-stored e-mail address;
an operating PCB 150 installed inside the housing 110 and having an operating switch exposed thereto;
By connecting one end to the inside of the housing 110 so as to be rotatable, the other end protrudes toward the finger through-hole, and the person receiving the LED light presses and releases the other end with a finger, thereby operating the printed circuit board (PCB). The operation button 160 provided to operate the operation switch of the printed circuit board) 150
A light irradiation device grafted with IT technology, characterized in that it comprises.
According to claim 1,
A USB connection module 170 is further provided so that one end is connected to the display module 140 and the other end is exposed to the outside of the housing 110 to connect and store the irradiation image of the LED light to USB (Universal Serial Bus). Light irradiation device grafted with IT technology, characterized in that.
According to claim 1 or 2,
The housing 110 is coupled to each other through a plurality of screws, so that an installation space 110a is formed inside, and installation holes for the front and rear ends communicate with the installation space 110a at the front and rear ends. Front and rear support plates 110d and 110e in which (110b and 110c) are perforated are formed, and the operation button 160 is installed at the bottom so that the operation button 160 can be operated with a finger through a finger through hole ( 110f) is formed into the first and second housings 111 and 112, but on the inner surface of the rear support plate 110e, a display module support plate 110g is formed to support and fix the display module 140, A hole 110h is formed at the bottom of the first housing 111 where the finger through hole 110f is formed to expose the USB connection module 150 to the outside, and an operation button 160 is formed on the inner circumferential surface of the finger through hole 110f. ) Light irradiation device grafted with IT technology, characterized in that the operation button installation hole is formed and provided to install.
According to claim 1,
The LED module 120 is equipped with a plurality of LEDs 121a of the UV-B wavelength range, and a PCB for LED is provided in the center with a hole 121b for photographing so that the camera of the camera module 130 can photograph. 121 and the LED PCB 121 are fixed on one side of the housing 110 by fixing a plurality of screws to form an exposure hole 122a so that the LED 121a is exposed. A PCB fixing bracket 122 for LEDs provided, and a fixing piece 123a having a plurality of fixing holes so that both ends are fixed to the other surface of the PCB fixing bracket 122 for LEDs via a plurality of fixing screws are formed at the rear end of both sides. A lens bracket 123 in the shape of a square frame, and a UV blocking lens 124 fixed to the left and right sides and upper and lower surfaces of the lens bracket 123 to block UV, and the lens bracket 123 ) Is fixed to the front surface of the UV transmission lens 125 provided to transmit UV, and the front surface is fixed to the other surface of the LED PCB 121 to emit heat generated from the plurality of LEDs 121a. , A heat protection pipe 126 in which a camera installation hole 126a is formed so that the camera of the camera module 130 can be installed through the back surface of the front center portion, and a plurality of fixing screws are interposed in the heat protection pipe 126 A light irradiation device incorporating IT technology, characterized in that it consists of a fan 127 for heat dissipation provided to cool the heat protection pipe 126 by being fixed and driven.

According to claim 1,
The camera module 130 is formed as a hollow tube so that one end is inserted into the camera installation hole 126a formed in the heat protection pipe 126 of the LED module 120 to be caught, and the outer circumferential surface has an enlarged protrusion ( 131a) is formed, and a fixing hole is formed on the outer circumferential surface of the bottom of the obstacle 131a, and a camera fixing member 131 is provided, and one end is inserted into the camera fixing member 131 to mediate a fixing screw through the fixing hole. A camera 132 fixed to and capable of photographing the skin of a person to be irradiated with LED light, and when the camera 132 photographs the skin of a person to be irradiated with LED light, the housing ( 110) A light irradiation device grafted with IT technology, characterized in that it consists of a camera PCB 133 fixedly provided therein.
According to claim 1 or 2,
The display module 140 has one end fixedly installed at the inner rear end of the housing 110 so that the other end is exposed through the installation hole 110c for the rear end, and touches a plurality of menu tabs as power is applied. Therefore, a display touch screen 141 provided to set the irradiation time of the LED light, start the irradiation of the LED light and transmit the captured image to a pre-stored e-mail address, and the front end of the touch screen 141 for the display It is fixed to the inside of the housing 110 by being located in the display PCB 142 provided to control the display touch screen 141, characterized in that the light irradiation device grafted with IT technology.
According to claim 2
The USB connection module 170 is connected to the USB connection jack 171 installed on the display PCB 142 of the display module 140 and one end and the other end fixed to the inside of the housing 110. The IT technology grafted light irradiation device, characterized in that the central portion is composed of a USB fixing bracket 172 provided with a fixing hole formed so that the USB can be fixed when plugged into the SB connection jack 171.

Images