KR20130006766U - circadian rhythm control and eyeball exercising eyeglasses using LED - Google Patents

Abstract

The present invention relates to biorhythm control and eye movement glasses using LEDs, and more particularly, a plurality of LEDs are disposed on the lens portion of the main body, which is a case of glasses, and then emits light to stimulate the eye with visible light of various colors. The present invention relates to glasses that induce biorhythm and eye movement by promoting blood circulation and cell stimulation.
The present invention is characterized by having the effect of activating the biorhythm and eye movement when wearing glasses by arranging a plurality of LEDs in the lens portion of the body which is the case of the conventional glasses form.

Description

Circadian rhythm control and eyeball exercising eyeglasses using LED}

The present invention relates to glasses that induce a biorhythm control and eye movement by arranging a plurality of LEDs in a case of glasses type, and more particularly, in order to accurately reach the eye with visible light which is effective to control the biorhythm. After placing a large number of LEDs for each color circularly on both sides of the shape case, the switch controls the brightness and blinking speed of the LEDs to control the secretion of serotonin and melatonin to induce biorhythm and eye movement. Form A transparent film is installed in the center of both lens parts of the case to secure the field of vision, so that it can be used for biorhythm control and eye movement glasses using LED, which prevents inconveniences in daily life such as reading, PC work, or watching TV during use. It is about.

      In the present invention, an LED (light emitting diode) used as a light source is also called a luminescent diode, and an N-type material is placed next to a P-type material inside the diode, and when the two are located between electrodes, the current is N-type. As it flows in one direction only from one electrode to the P-type electrode, the moment the electron falls out, electrons emit energy in the form of photons. As a result, light is emitted when the electrons move from one side of the diode to the other. Depending on the type of light, various wavelengths of light are generated. Visible light, which can be detected by the human eye, is 380-780 nm, 700-610 nm red, 610-500 nm orange, 590-570 ㎚ is yellow, 570-500 ㎚ is green, 500-450 ㎚ is blue, and 450-400 ㎚ is purple. The reason for using such LED as light source is small, light and power consumption. Is due to the lower rate is suitable portable artificial light sources.

As modern society develops and becomes more complex, new diseases of various emotional disorders such as depression, sleep disorders, and chronic fatigue are suffered from the lack of sufficient light in daily life, so that serotonin, a representative neuromodulator, is not secreted smoothly. Increased exposure to anxiety, nervousness and neurological disorders (along with digestive disorders).

During the day, serotonin releases dopamine, which regulates calm and concentration by controlling excitement and anxiety. In the evening, it turns into melatonin, which induces sleep. These cycles regulate basic human mental and physical rhythms.

Based on this background, one of the alternative therapies, Light therapy, is used. When the human body is exposed to natural light or various types of artificial light when there are disorders in the biological rhythms, and the emotions and sleep disorders occur, the human body Is a theory that can restore natural rhythm and maintain health.

For example, red-promote blood circulation, blue-lower blood pressure, yellow-activate motor neurons, purple-suppress appetite, treat obesity, green-when eyes are tired, orange-increase insulin secretion, daylight color-depression In pink, it is known to help psychological stability.

In addition, in view of the importance of eyes, it is necessary to repeat massage or proper physical eye movement regularly to maintain or improve eyesight. Physical eye movement is controlled by controlling the blinking speed of various colors of visible light emitted from the LED. Induces the use of visible light that is effective in regulating serotonin and melatonin production in the recovery of various biorhythms and emotional disorders, and induces balanced production of serotonin and melatonin in the human body. The development of a device that is useful for maintaining and improving vision while adjusting is required.

In order to meet such development demands, the present invention is to arrange the color-specific LEDs on both lens portions of a typical glasses-type case in order to accurately reach the eye with color-specific visible light, which is effective for adjusting biorhythm. By inducing the biological stimulation and eye movement effect by the simple to implement.

In order to precisely reach the eye with color-specific visible light, which is effective for adjusting biorhythms, a plurality of LEDs for each color are arranged in a circular shape on both lens portions of a typical eyeglass case, and then a switch is used to control the brightness and blinking of the LEDs. By controlling the speed, it regulates the secretion of serotonin and melatonin to induce biorhythm and eye movement, and by installing a transparent transparent film in the center of both lens parts of the case of eyeglasses, it is possible to secure the field of vision. The present invention aims to provide eye rhythm control and eye movement glasses using LED, which prevents inconvenience in daily life such as watching TV.

According to the biorhythm control and eye movement glasses using the LED of the present invention, the effects of phototherapy do not absorb enough light in daily life, resulting in depression and sleep caused by poor regulation of serotonin and melatonin, which are representative neuromodulators. Many modern societies such as disability and chronic fatigue are alleviated, and eye movements can be used to maintain and improve vision.

1 is a perspective view according to the present invention;
2 is an exploded view of the present invention.

In the biorhythm control and eye movement glasses using the LED of the present invention, a body in which a plurality of LEDs for each color are circularly arranged on both lens portions of the glasses case, for smoothly delivering the light emitted from the LED to the eyes. It consists of a translucent membrane, a main body that can secure the field of view so that there is no inconvenience in daily life during use, a transparent membrane installed on the translucent membrane, a switch control box for supplying power to the LED and controlling the output, and a pair of glasses.

Hereinafter, with reference to the accompanying drawings will be described in detail the biorhythm control and eye movement glasses using the LED according to an embodiment of the present invention.

      1 is a perspective view showing a biorhythm control and eye movement glasses using the LED according to a preferred embodiment of the present invention, Figure 2 is an exploded view of the biorhythm control and eye movement glasses using the LED shown in FIG.

As shown, the body of the rhythm control and eye movement using the LED proposed by the present invention (A) is a pair of eyeglasses (D) to the ear, and the light emitted from the LED gently to the eyes to comfort the eyes Both the translucent film (C), the main body (A) capable of securing a field of view so as to avoid inconvenience in daily life during use, the transparent film (13) provided at the center of the translucent film (C), and the spectacle body (A) It is composed of color-specific LEDs (1R, 2R, 3R, 4R, 5R, 6R, 7R, 8R) arranged in the lens part and a switch control box (B) that controls the light emission of the color-specific LEDs and supplies power. .

It is preferable that eight color-specific LEDs arranged in a circular shape on both lens portions of the eyeglass body A are disposed, and the color-specific LEDs (1R, 2R, 3R, 4R, 5R, 6R, 7R, and 8R) have low luminance. It is preferable to emit light in a diffusion type.

Therefore, these eight LEDs (1R, 2R, 3R, 4R, 5R, 6R, 7R, 8R) will emit each lamp sequentially as shown in Figure 2, the wearer wants to use the bio-control function In this case, select the selector switch (9) as the bio-control function and then put on the main body (A) and turn on the LED of the color you want with the LED blinking switch When operated, LEDs for each color (1R, 2R, 3R, 4R, 5R, 6R, 7R, 8R) light up for a certain period of time and operate the dimmer 11 at the will of the wearer to control the strength and weakness of the light. Stares at the light and the visible light by color naturally reaches the eyes, and as a result, the effect of light therapy, which is one of the alternative therapies, can be adjusted, and the biorhythm can be adjusted.If the selector switch 9 is switched to the eye movement, By the order and blink time, the wearer's will, the light dimmer 11 LEDs by color (1R, 2R, 3R, 4R, 5R, 6R, 7R, 8R) flash from left to right, right to left, top to bottom, bottom to top, clockwise, and counterclockwise. By controlling the blinking to induce the eye to naturally follow the eye movement can maintain or improve the vision.

In addition, the power is supplied from the switch control box (B) to the LED, but when the battery is mounted inside the switch control box (B) to supply power or used during PC work or in the car, the USB port and the car cigar jack connector are used. Power may be supplied via 14.

Hereinafter, a preferred embodiment of the biorhythm control and eye movement glasses using the LED expected after wearing the body A will be described.

Place LEDs for each color in a circular shape on both sides of the lens-mounted case, but turn the LED clockwise from red (1R) to orange (2R) to green (3R) to yellow (4R) to pink (5R). → Place the circle in the order of blue (6R) → purple (7R) → white (8R) .If the wearer wants to use the bioregulatory function, select the selector switch (9) as the bioregulatory function and then wear the body (A). Activate switch (1) ~ (8) of switch control box (B) and press switch (1) to turn on red LED (1R) .When switch 3 is operated, red LED (1R) turns off and green LED ( 3R) is turned on. When you press the switch (6), the green LED (3R) turns off and the blue LED (6R) turns on. At this time, you can see the effect of the bioregulatory function by adjusting the illuminance of the LED light with the dimmer (11). When the selector switch 9 is switched to eye movement, red (1R) → orange (2R) → Flashing in the order of lock (3R) → yellow (4R) → pink (5R) → blue (6R) → purple (7R) → white (8R), then rotate clockwise → counterclockwise, repeatedly blinking By following this step, the eye muscles are artificially strengthened, and according to the user's will, the dimmer 11 adjusts the brightness of the LED and the switch 10 controls the blinking speed of the LED.

In addition, by covering the translucent film (C) on the LED front part, the light of the LED is smoothly transmitted to the eye, and the transparent film 13 can be seen from the outside, so there is no problem in daily activities.

A: main body B: switch control box
C: translucent membrane D: glasses legs
1. 2. 3. 4. 5. 6. 7. 8: LED flashing switch
1R, 2R, 3R, 4R, 5R, 6R, 7R, 8R: Color-Specific LEDs
9: selector switch 10: LED flashing speed controller
11: dimmer 12: power switch
13. Transparent membrane 14: USB port and car cigar jack connector

Claims (4)

LEDs (1R, 2R, 3R, 4R, 5R, 6R, 7R, and 8R) that emit visible light are arranged in a circular shape on both lens portions of the body A, which is a case of glasses type,
By forming a semi-transparent film (C) for gently transmitting the light emitted by the LED (1R, 2R, 3R, 4R, 5R, 6R, 7R, 8R) to the eye, and inserted into the body (A), which is a case of glasses type Wearing,
The main body A, which is a case in the form of glasses, is provided with an eyeglasses leg D,
Biorhythm control and eye movement glasses using the LED, characterized in that consisting of a switch control box (B) for supplying power to the main body (A) of the case of the glasses form.
The method of claim 1,
LEDs that emit visible light (1R, 2R, 3R, 4R, 5R, 6R, 7R, and 8R) are red to allow for a certain period of time to investigate the wavelengths of various colors for serotonin and melatonin production and regulation effects and eye movements. (1R), orange (2R), green (3R), yellow (4R), pink (5R), blue (6R), violet (7R), white (8R) LEDs characterized by using the LED Biorhythm control and eye movement glasses.
The method of claim 1,
A transparent film 13 which ensures visibility even in the center of both the lens parts of the main body A, which is a case in the form of glasses, and the translucent film C to smoothly transmit the emitted light to the eye, so as not to interfere with daily life. Biorhythm control and eye movement glasses using the LED, characterized in that to form a.
The method of claim 1,
Switch control box (B) for supplying power to the main body (A) is a selector switch (9) and LED flashing speed controller (10) to select the bio-control function and eye movement function, the brightness of the LED according to the user's will Biorhythm control and eye movement glasses using LED, characterized in that having a structure of a dimmer 11, a power switch 12, a USB port and a car cigar jack connector 14 to adjust.

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