WO2006109969A1

WO2006109969A1 - Circadian and photoneuroimmunology rhythm control device make use of luminescent diode

Info

Publication number: WO2006109969A1
Application number: PCT/KR2006/001310
Authority: WO
Inventors: David An
Original assignee: David An
Priority date: 2005-04-11
Filing date: 2006-04-10
Publication date: 2006-10-19
Also published as: KR100609412B1

Abstract

Disclosed therein is a circadian and photoneuroimmunology rhythm control device using a luminescent diode including: a light emitting part (110) having a housing (112), a visible luminescent diode (111) formed in the housing (112) for emitting visible rays, a transparent cover (113) formed at a side of the housing (112), and an insertion connector (114) formed at an end of the housing (112) and rotatably fit into the connection part (120) while adjusting an angle thereof; a connection part (120) having a connection bar (121), a connection hole (122) formed at the front end of the connection bar (121) to which the insertion connector (114) is inserted and coupled, and a coupler (123) formed at the rear end of the connection bar (121); a holder part (130) having a coupler (133) coupled with the coupler (123) of the connection part (120), and a holder bar (131) having an ear holder (132) fit on the user's ear, the holder bar (131) extending from the ear holder (132) to the user's occipital region; and a power supply part (140) having a main power supply (141) mounted at the user's occipital region and connected with the holder bar (131) of the holder part (130) extending to the user's occipital region, the main power supply (141) being controlled by a power switch (144) for supplying electric power.

Description

CIRCADIAN AND PHOTONEUROIMMUNOLOGY RHYTHM CONTROL DEVICE MAKE USE OF LUMINESCENT DIODE

Technical Field

[1] The present invention relates to a circadian and photoneuroimmunology rhythm control device using a luminescent diode, and more particularly, to a circadian and photoneuroimmunology rhythm control device using a luminescent diode that a power supply part located at a user's occipital region for supplying electric power is connected with a holder part having an ear holder put on the user's ear, the holder part is connected with a connection part having a connection bar controlled in its length according to a position of the user's eyeball or any part of the facial area or any part of the facial area while vertically controlling an angle through angle-adjustable saw teeth, and a visible luminescent diode for emitting visible rays is detachably fit to the connection part while controlling its angle, thereby improving the user's sense of wearing by distributably absorbing load since the holder parts connected with the power supply part are located at the user's ear parts in a state where the power supply part of heavy weight is mounted at the user's occipital region, increasing a circadian and photoneuroimmunology rhythm controlling effect by exactly radiating visible rays to the user's eyeball or any part of the facial area or any part of the facial areas while the user control the angle of the luminescent diode to a wanted location according to the position of the user's eyeball or any part of the facial area or any part of the facial areas since the light emitting part having the visible luminescent diode is detachably and rotatably inserted and connected to the connection part having angle-adjustable saw teeth formed at a side thereof for vertically controlling the angle and a length- adjustable connection bar, and securing universality in use since a fluorescent diode is mounted in stead of the luminescent diode and rotated outwardly from the user's eyeball or any part of the facial area or any part of the facial areas to be used as a portable lamp for reading or outdoor activities or since various supplementary devices can be mounted on the power supply part. Background Art

[2] In general, a luminescent diode used in a luminescent diode makes minority carriers

(electrons or holes) injected using a bonding structure of a semiconductor and emits light by recombination of them. Such luminescent diode is also called a Light Emitting Diode (LED).

[3] Such luminescent diode generates a luminescent phenomenon occurring when voltage is applied to the semiconductor, which is called electric luminescence (electric field light emission), forms wavelength of various forms according to luminescent materials. For example, the luminescent diode generates near infrared rays of about 900nm in the case of gallium arsenide, but becomes visible luminescent diode according to an increase of phosphorus content in the case of gallium, arsenic and phosphorus.

[4] Such wavelengths differ according to kinds of foreign matters added to the semiconductor.

[5] In the case of indium phosphide, zinc and oxygen atoms are concerned in red rays

(wavelength of 700nm), and nitrogen atoms are concerned in green rays (wavelength of 550nm). The luminescent diode reduces power consumption and provides good efficiency since it is smaller in size and longer in lifetime than the prior art light source and directly converts electric energy into light energy.

[6] Such luminescent diode is widely used in indicators for meter of vehicles, indication lamps for various electronic appliances such as light source for optical communication, numerical devices, or card readers for calculators.

[7] As described above, visible rays emitted from the luminescent diode controlling wavelength by the foreign matters have wavelength of a visible range out of electromagnetic waves, and the range of wavelength is generally 380~770nm, but differs somewhat according to persons. Changes of properties according to wavelength are shown by color within the range of visible rays, and the wavelength becomes shorter from red color to violet color.

[8] In the case of single-colored ray, wavelength of 700~610nm is shown into red,

610~590nm is shown into orange, 590~570nm is shown into yellow, 570~500nm is shown into green, 500~450nm is shown into blue, and 450~400nm is shown into violet.

[9] Light of wavelength longer than red is called infrared rays, and light of wavelength shorter than violet is called violet rays.

[10] Since the light quantity of solar radiation reaching the earth through the atmosphere is the most in the visible ray zone, the sensitivity in people's eyes is the highest in the zone.

[11] When all rays of the seven colors are mixed, the rays are shown into white, and so, the sun is shown into white.

[12] The reason that white paper is shown into white under the sunlight is that all rays of the seven colors are reflected, and the reason that blue paper is shown into blue is that only blue color of the visible rays is reflected and sensed to people's eyes.

[13] As described above, the luminescent bodies showing visible rays have been invented in order of red-green-blue, since it is difficult to invent compound semiconductor for generating light when wavelength is short. [14] Recently, to generate blue light emitted from the visible luminescent diode of relatively short wavelength, a high-brightness visible luminescent diode having short wavelength of less than 450nm using gallium nitride (GaN) has been invented. The luminescent diode can generate perfect color through rays of three colors of red, green and blue (used in TV sets or monitors), whereby a demand of the visible luminescent diode has been remarkably increased in various luminescent diode application fields, such as colored electric signs, optical memory devices or household electric appliances requiring stable wavelength, and so on.

[15] As described above, in the case of blue light generated from the visible luminescent diode used in broadband, it has been reported by the researching staff in a medical college in the United States that a human being's biological eyesight is sensible to blue light of short wavelength than green light of long wavelength.

[16] It is forecasted that such report may immediately have an influence on light therapy used for curing melancholy and sleep disorder.

[17] Dr. George Brainard who is a professor of neurology at Philadelphia Jefferson

Medical College said that the researched result will be applied to not only all artificial lights used for medical treatment but also all artificial lights including common illumination used in houses, offices and hospitals from a point of long-term view, and that it will take much time to cause general changes, but fundamental work necessary for the changes has been started already. According to George Brainard, rays of blue and green colors will be more effective if a doctor considers a use of light for medical treatment.

[18] Also, when a built-in illuminator is installed in order to improve control of circadian and photoneuroimmunology rhythm, light of the above wavelength is more important. Lots of rays of the above kind are included in broad daylight.

[19] The Brainard research team had researched through the previous study that visible rays of wavelength belonging to the blue zone are effective to generate and control melatonin which is an important factor for effectively controlling circadian and photoneuroimmunology rhythm.

[20] Through the above study, the Brainard research team selected 16 healthy persons as study objects, and measured influences of light onto control of the persons' circadian and photoneuroimmunology rhythms after exposing them to blue light and green light of the same amount.

[21] The research team found that blue light is twice more effective than green light of the same amount to recontrol the human's biological eyesight. George Brainard who leads a sleep and time biology team in a space bio-medicine research laboratory expects that this study result will have a great influence to cure sleep disorder which Americans of more than forty millions suffer. [22] Melatonin effectively generated and controlled by blue light and green light emitted from the visible luminescent diode is hormone generated and secreted from the pineal gland. The pineal gland is an endocrine gland protruding from the back of dien- cephalons of Vertebrata.

[23] The pineal gland can receive light entering through the skin of the head. Therefore, the pineal gland detects an optical cycle such as the length of day and night or changes of the sunshine duration by seasons and forms hormone concerning in circadian and photoneuroimmunology rhythm such as annuality or diurnality in generative activities. This hormone is melatonin.

[24] Particularly, melatonin restrains development of generative cells when density of melatonin is high and promotes development of generative cells when density of melatonin is low. In the case of a human being, it has been presumed that melatonin acts to restrain secretion of gonadotropic hormone. It could be found from that pineal gland tumor is broken out at puberty.

[25] In the case of amphibian animals, melatonin acts to coagulate melanosomes in pigment cells, and so, amphibian animals has a white body color. In the case of rodents, melatonin acts to promote secretion of prolactin and restrain hypophysial functions.

[26] Here, melatonin is made through two steps from serotonin which is precursor of melatonin. Like that people sleep better when a light is turned off, melatonin previously generated and stored is secreted into blood when entering light is reduced. An amount of melatonin in blood is reduced in the morning, and so, people can get up and start activities.

[27] Moreover, it has been informed that melatonin has various good effects helpful to the human body. It has been reported that melatonin is concerned in various function such as growing of brain or a rise of immune function besides a cause of sleep, and in resetting aging time of the human body. The amount of melatonin is continuously reduced while aging is advanced. So, there is an experimental report that lifetime of animals which ate melatonin mixed with water was enlarged to 20%. As described above, melatonin reinforces immune strength, protects cells from destroy of the cells, delays occurrence of tumor or rapid growing of tumor, and protect the human being from a hear trouble.

[28] As described above, melatonin is the most especial from a point of view of dietetics and shows the greatest anti-aging and antioxidant effects. Intrinsic melatonin is pineal gland hormone and obtained from tryptophan by serotonin. Such melatonin serves as a natural healthy sleep support by taking it before sleep.

[29] Such melatonin is natural hormone made from the pineal gland in the brain, and serves to set and control time by controlling the human body's circadian and photoneu- roimmunology rhythm. Due to melatonin secreted from the pineal gland every night, people can sleep well. The hormone has been found in 1958.

[30] It had been found that such continuous studies of melatonin had important influences on the hormone field, the deduction system and the nerve system. Moreover, as a study result, it has been found that melatonin prevents oxidation, restrains aging and reinforces immune function.

[31] Additionally, melatonin can be utilized as effective means for preventing and curing unadaptation of time difference due to long-term flying, be a great help to labors who work by turns to set a biologic clock, and show a remarkable effect to people who suffer from insomnia. Melatonin has a decisive role to cure enlargement of the prostate gland and cancer, reduces a numerical value of cholesterol, and has a great influence on generative ability.

[32] People could purchase such melatonin support in a healthy food store since 1993.

However, there is lots of argument since safeness of melatonin has not been verified, and so, people shall take melatonin in consideration of purity and safety of melatonin and the number of clinical experiments of melatonin.

[33] Such melatonin is natural hormone medicine, but its safety and effects have not been verified clearly, ill effects due to excessive use of melatonin also have not yet been verified, and its toxicity has not been verified. So, melatonin is obscure medicine, and therefore, it is preferable to make a proper environment to naturally generate melatonin in the human body rather than melatonin medicine is directly dosed.

[34] Light therapy using a luminescent diode is used for controlling generation of melatonin and curing emotional troubles. That is, differently from psychological therapy focused on "removal of pain", namely, traditional analytic therapy, counseling and medicinal treatment for solving mental problems which are shown outwardly, light therapy will be used for causing general expression of health and removing chronic pains while inducing self-respect, great creativity, healthy human relation, and physical health of a new area.

[35] A medical study of seasonal affective disorder (SAD) which is the representative melancholy mainly cured by light therapy has shown that changes of seasons may have a great influence on mental health through a numerical value of light. It is written in medical books of Greece (Hippocrates in 400B.C.) and ancient China (2500B.C.) that changes of seasons may cause human's physical and mental changes. You can clearly see it from about fifty thousand patients who suffer from SAD in the United States. SAD causes melancholy, suicide, abuse of medicines and alcohol, fatigue, abnormal sleep, increase of weight, and isolation from friends and family. SAD is generally started to the patients in late autumn when daytime gets shorter, and afflicts them till winter or early spring. Americans of about three hundred fifty thousands suffer from SAD a little. During winter when night is long, people feel fatigue more and get unproductive even though they sleep more. Light fatigue and melancholy cause overeating and drinking which are factors of increase of weight.

[36] However, such phenomena worsen SAD patients. They become active in summer but suffer from severe melancholy in winter. In some case, they are thin-faced due to thinking of suicide and endanger their family and colleagues, and their melancholy rises in spring when daytime gets longer. SAD like melancholy of other types is of hereditary nature, and has more influence on women than men. SAD symptoms of some patients rise when cloudy skies are continued in the middle of the summer season, and such symptoms may be caused even in warm weather. Hypothetically, medical researchers have started to artificially extend daytime by exposing the patients to fluorescent light.

[37] Light intensity of 2,5001ux is still brighter than light of about 5001ux used in general houses. As a result of the experiment, some melancholiacs who get ill effects to antidepressant experienced remarkable improvement within a week.

[38] Such experimental result proved that artificial light stimulating sunlight helps the human body's light-dependent functions. Compared with other artificial lights, the artificial light improves health, mood, behaviors and study by reducing physical stress.

[39] Based on the above information, we have to widen our insight of light. Light is not just technological development used for brightening our living environment, but one of medically preventive tools having the strongest potential energy.

[40] At one time, sunlight had been used as a general tonic for curing all diseases.

Nowadays, light and colors expressed by light are used in almost all scientific and medical aspects. However, now, doctors who have believed that medicines and technologies which injure the human body had a curable value start to admit power of light having no ill effects. The medicinal approach which is harmful to treatment will be an outmoded therapy when an era of light comes. A scalpel for surgical operation will be substituted with laser, chemical therapy with light therapy, medicinal treatment with color treatment, acupuncture with optical needle, and eyeglasses with healthy eyes. Cancer will be the past disease, and so health and longevity will be a standard of the future. Continuous studies of light in photoneuroimmunology which is a science for controlling immunity by rays have advanced in various studies.

[41] Light therapy used for curing SAD has been developed into various types in such a way as to be helpful to the human body in relation with nonseasonal melancholy, fatigue due to time difference, jet lag of circadian and photoneuroimmunology rhythm, graveyard shift workers, and sleep disturbances with age, and extended to the medical field for preventing and curing melancholy, sleep disorder and aging using the luminescent diode standing in the spotlight of industrial fields. [42] However, a development of a useful device for controlling circadian and photoneu- roimmunology rhythm by balancing and controlling generation of melatonin according to the human body using visible rays which are the most effective to generate and control melatonin is demanded. Disclosure of Invention

Technical Problem

[43] Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a circadian and photoneuroimmunology rhythm control device using a luminescent diode that a power supply part located at a user's occipital region is connected with holder parts fit on the user's ears, connection parts respectively connected with visible luminescent bodies located in front of the user's face while controlling its angle is connected with the holder parts so that the visible luminescent diode radiates light with electric power supplied from the power supply part so as to control generation of melatonin which is an important factor for controlling the user's circadian and photoneuroimmunology rhythm, thereby improving curing effects by easily applying light therapy for curing melancholy and sleep disturbances and preventing aging to the user's body and by concentratedly radiating light to the user's eyeball or any part of the facial area or any part of the facial areas.

[44] It is another object of the present invention to provide a circadian and photoneuroimmunology rhythm control device using a luminescent diode that a visible luminescent diode radiates blue and green rays of short wavelength having a great effect in controlling generation of melatonin to the user's eyeball or any part of the facial area or any part of the facial areas, and radiates red rays for a limited curing for a predetermined time period if necessary, thereby maximizing curing effects.

[45] It is a further object of the present invention to provide a circadian and photoneuroimmunology rhythm control device using a luminescent diode that a power supply part is located at a user's occipital region, holder parts connected with the power supply part are fit on the user's ears, and connection parts connected with the visible luminescent diodes are connected with the holder parts fit on the user's ears in such a way that the visible luminescent diodes are spaced from the user's eyeball or any part of the facial area or any part of the facial area at a predetermined interval, so that the control device precisely and continuously radiates light to the user's eyeball or any part of the facial area or any part of the facial area without inconvenience in wearing and without movement when the user's head is moved since it is ergonomically fit on the user's ear, thereby improving curing effects in curing melancholy and sleep disturbances and preventing aging by properly controlling generation of melatonin. [46] It is another object of the present invention to provide a circadian and photoneu- roimmunology rhythm control device using a luminescent diode that a coupler, which has angle-adjustable saw teeth and is formed on a holder part, and another coupler, which has angle-adjustable saw teeth and is formed on a connection part, are coupled with each other while vertically controlling angle to control an interval between the user's eyeball or any part of the facial area or any part of the facial area and the luminescent diode, a light emitting part rotatably and detachably connected to the connection part and having a visible luminescent diode protected with a transparent cover inside a housing is fit into an insertion connector of the connection part for controlling angle according to the position of the user's eyeball or any part of the facial area or any part of the facial area, thereby allowing that anybody can use it by controlling the interval and angle between the user's eyeball or any part of the facial area or any part of the facial area and the luminescent diode, enlarging universality in use, and maximizing optical-therapeutic effect by continuously radiating blue and green rays.

[47] It is a further object of the present invention to provide a circadian and photoneu- roimmunology rhythm control device using a luminescent diode that a rotating member is formed at the rear end of a connection part connected with a holder part fit on the user's ear so that the angle of a visible luminescent diode can be controlled according to the position of the user's eyeball or any part of the facial area or any part of the facial area, a flexible connection bar is formed on the connection part for a precise control so that the visible luminescent diode can be controlled in its position by bending the connection bar, thereby improving curing effects by precisely radiating rays from the luminescent diode to the user's eyeball or any part of the facial area or any part of the facial area.

[48] It is a still further object of the present invention to provide a circadian and pho- toneuroimmunology rhythm control device using a luminescent diode that a power applying hole formed at a coupler of a holder part connected with a power supply part located at the user's occipital region is detachably coupled with a power jack formed at a coupler of a connection part connected with the holder part, and the luminescent diode is rotatably and detachably fit into the insertion connector of the connection part, thereby improving convenience in carrying and safe-keeping.

[49] It is another object of the present invention to provide a circadian and pho- toneuroimmunology rhythm control device using a luminescent diode that a power supply part having a power switch is formed on a holder part having an ear holder toward the rear of the user's occipital region, a connection part connected with a visible luminescent diode formed at one or two sides thereof to correspond with the user's eyeball or any part of the facial area or any part of the facial area is connected to the holder part so that the control device can radiate light to the user's one eyeball or any part of the facial area or any part of the facial area for generating and controlling melatonin, thereby providing a number of users with curing effects of various types by controlling intensity, shapes and colors of light according to a difference between the user's eyes and providing a simple and single-type control device to the user who has eyesight on one eye.

[50] It is another object of the present invention to provide a circadian and photoneu- roimmunology rhythm control device using a luminescent diode that a fluorescent diode is mounted on the light emitting part in stead of the visible luminescent diode and the light emitting part is connected to the connection part in a state where the fluorescent diode is rotated outwardly so as to serve as a flash lamp for reading and outdoor activities in a dark place, thereby providing various functions besides the curing function.

[51] It is a further object of the present invention to provide a circadian and photoneu- roimmunology rhythm control device using a luminescent diode that a control portion wirelessly or physically manipulated by a power switch and a wireless controller is formed on a power supply part located at the user's occipital region so as to control in such a way as to be supplied with electric power from a main power supply, so that the control device conducts light therapy for a proper time period controlled by a timer, thereby extending lifetime and increasing convenience in use since an auxiliary power supply is connected below the main power supply.

[52] It is a still further object of the present invention to provide a circadian and pho- toneuroimmunology rhythm control device using a luminescent diode that an earphone is formed on the ear holder of the holder part, a manipulation part is formed on the holder part at the rear of the user's ear, and a portable audio player is formed in the power supply part so that the user can listen to music through the earphone by operating the portable audio player through the manipulation part, thereby enlarging universality in use by selectively using various supplementary devices, and improving curing effects by adding musical treatment for curing melancholy.

[53] It is another object of the present invention to provide a circadian and photoneu- roimmunology rhythm control device using a luminescent diode that, in order to mount a lens monitor on the connection bar after removing the light emitting part and the connection part, a power jack is coupled with a power applying hole of the holder part, a coupler having angle-adjustable saw teeth is coupled with the coupler of the holder part via a fastening member, and then, the lens monitor is located corresponding to the user's eyeball or any part of the facial area or any part of the facial areas while controlling its angle, thereby enlarging universality in use by selectively using various supplementary devices. Brief Description of the Drawings

[54] FIG. 1 is a perspective view of a circadian and photoneuroimmunology rhythm control device using a luminescent diode according to the present invention; [55] FIG. 2 is an exploded perspective view, in partial section, of principal parts of the circadian and photoneuroimmunology rhythm control device using the luminescent diode according to the present invention; [56] FIG. 3 is a perspective view showing a state where a connection bar of the circadian and photoneuroimmunology rhythm control device according to the present invention is formed in multistage; [57] FIG. 4 is a perspective view showing a state where a length-adjustable device is mounted on the connection bar of the circadian and photoneuroimmunology rhythm control device according to the present invention; [58] FIG. 5 is a perspective view showing a state where a length-adjustable device is mounted on the connection bar of the circadian and photoneuroimmunology rhythm control device according to a modification of the present invention; [59] FIG. 6 is a perspective device of a circadian and photoneuroimmunology rhythm control device using a luminescent diode according to another embodiment of the present invention; [60] FIG. 7 is a perspective view showing a state where a fluorescent diode is mounted on the circadian and photoneuroimmunology rhythm control device according to the present invention; [61] FIG. 8 is a perspective view showing a state where a supplementary device is mounted on the circadian and photoneuroimmunology rhythm control device according to the present invention; and [62] FIG. 9 is an exploded perspective view, in partial section, showing a state where another supplementary device is mounted on the circadian and photoneuroimmunology rhythm control device according to the present invention. [63]

[64] *Explanation of essential reference numerals in drawings*

[65] 100: control device 110: light emitting part

[66] 111: visible luminescent diode 112: housing

[67] 113: transparent cover 114: insertion connector

[68] 115: fluorescent diode 120: connection part

[69] 121: connection bar 122: connection hole

[70] 123: coupler

[71] 124: angle-adjustable saw teeth

[72] 125: fastening member 126: power jack [73] 127: rotating member

[74] 128: length-adjustable device

[75] 128a: length-adjustable tube

[76] 128b: length-adjustable hole

[77] 128c: screw thread portion 130: holder part

[78] 131: holder bar 132: ear holder

[79] 133: coupler

[80] 134: angle-adjustable saw teeth

[81] 135: coupling hole 136: power applying hole

[82] 140: power supply part 141: main power supply

[83] 142: control portion 143: timer

[84] 144: power switch 145: wireless controller

[85] 146: auxiliary power supply 150: supplementary device

[86] 151: portable audio player 152: earphone

[87] 153: manipulation part 154: lens monitor

[88] 155: connection bar 156: coupler

[89] 157: angle-adjustable saw teeth

[90] 158: fastening member 159: power jack

[91]

[92]

Best Mode for Carrying Out the Invention

[93] To accomplish the above object, according to the present invention, there is provided a circadian and photoneuroimmunology rhythm control device using a luminescent diode comprising: a light emitting part having a housing, a visible luminescent diode formed in the housing for emitting visible rays, a transparent cover formed at a side of the housing, and an insertion connector formed at an end of the housing and rotatably fit into the connection part while adjusting an angle thereof; a connection part having a connection bar, a connection hole formed at the front end of the connection bar to which the insertion connector is inserted and coupled, and a coupler formed at the rear end of the connection bar; a holder part having a coupler coupled with the coupler of the connection part, and a holder bar having an ear holder fit on the user's ear, the holder bar extending from the ear holder to the user's occipital region; and a power supply part having a main power supply mounted at the user's occipital region and connected with the holder bar of the holder part extending to the user's occipital region, the main power supply being controlled by a power switch for supplying electric power.

[94] Moreover, the visible luminescent diode of the light emitting part uses blue and green colors of short wavelength, which have effects of generating and controlling melatonin, and red color radiated for a predetermined time period for curing the user's eyeball or any part of the facial area or any part of the facial areas through effective light therapy.

[95] Furthermore, the connection bar of the connection part has a rotating member f ormed at the rear end thereof where the coupler is connected, whereby interval and position of the light emitting part connected to the connection bar can be adjusted by rotating the connection bar according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[96] Additionally, the connection bar of the connection part is made of flexible material for a precise control, the length of the connection bar being controlled according to the user's eyeball or any part of the facial area or any part of the facial area.

[97] The connection bar of the connection part may be a collapsible multistage connection bar, whereby length of the connection bar can be adjusted by adjusting its step-height according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[98] The connection bar of the connection part has a length-adjustable device connected thereto and having a length-adjustable tube and a number of length-adjustable holes formed on a side thereof, whereby the length of the length-adjustable device is controlled according to intervals of the length-adjustable holes.

[99] Furthermore, the connection bar of the connection part has a length-adjustable device connected thereto and having a length-adjustable tube having screw thread portions formed at the front and rear end portions thereof in opposite directions at regular intervals, the length-adjustable tube having the inner screw thread, whereby the interval of the length-adjustable device is controlled according to the rotational direction.

[100] Additionally, the coupler of the connection part includes angle-adjustable saw teeth formed at the rear end of the connection bar so that the coupler is connected with the holder part while vertically adjusting the angle, a power jack connected with the holder part for receiving electric power from the holder part, and a fastening member for fastening the coupler to the holder part, whereby the coupler can be coupled with the holder part while adjusting the angle.

[101] The coupler of the holder part includes angle-adjustable saw teeth formed at the front end of a side thereof for vertically adjusting its angle, a coupling hole formed at the center thereof to be coupled with the fastening member of the connection part, a power applying hole formed on the side thereof and coupled with the power jack of the connection part for applying electric power to the connection part, whereby the user can couple the coupler of the holder part with the coupler of the connection part in such a way that electric power is applied to the connection part while vertically adjusting the angle.

[102] The power supply part supplies electric power to the light emitting part when the user manipulates a control portion formed at a side thereof, a wireless controller formed on the upper portion thereof to be remotely controlled, and the power switch formed at the rear portion thereof while controlling time using a timer, and further includes an auxiliary power supply connected below the main power supply for increasing a power supply volume.

[103] The light emitting part may include a fluorescent diode formed in the housing for radiating fluorescent light to the transparent cover when the insertion connector of the light emitting part is fit into the connection part while rotating outwardly from the user's eyeball or any part of the facial area or any part of the facial areas.

[104] The power supply part having the power switch is formed at the rear end of the holder part in such a way as to be seated on the rear region of the user's ear, the coupler of the connection part is coupled with the coupler of the holder part while vertically adjusting the angle so that the visible luminescent diode is located at a side of the user's eyeball or any part of the facial area or any part of the facial area, and then, the insertion connection of the visible luminescent diode is coupled into the connection hole formed on the front side of the connection bar of the connection part while rotating the rotating member according to the position of the user's eyeball or any part of the facial area or any part of the facial area, whereby light of the visible luminescent diode can be radiated to one eyeball or any part of the facial area or any part of the facial area.

[105] The circadian and photoneuroimmunology rhythm control device using a luminescent diode further includes a supplementary device having a portable audio player mounted on the power supply part, an ear phone mounted on the ear holder of the holder part, and a manipulation part mounted on the holder bar and extending to the rear of the user's ear, whereby the portable audio player is operated through the ear phone when the user manipulates the manipulation part.

[106] The circadian and photoneuroimmunology rhythm control device using a luminescent diode further includes another supplementary device including a coupler having a power jack and angle-adjustable saw teeth, the coupler being coupled with the coupler of the holder part via a fastening member, a freely flexible connection bar formed at a side of the coupler, and a lens monitor formed at the other side of the connection bar, whereby the lens monitor is operated by a signal applied to the power jack from the power supply part. Mode for the Invention [107] Reference will be now made in detail to the preferred embodiment of the present invention with reference to the attached drawings.

[108] FIG. 1 is a perspective view of a circadian and photoneuroimmunology rhythm control device using a luminescent diode according to the present invention, FIG. 2 is an exploded perspective view, in partial section, of principal parts of the circadian and photoneuroimmunology rhythm control device using the luminescent diode according to the present invention, FIG. 3 is a perspective view showing a state where a connection bar of the circadian and photoneuroimmunology rhythm control device according to the present invention is formed in multistage, FIG. 4 is a perspective view showing a state where a length-adjustable device is mounted on the connection bar of the circadian and photoneuroimmunology rhythm control device according to the present invention, FIG. 5 is a perspective view showing a state where a length- adjustable device is mounted on the connection bar of the circadian and photoneuroimmunology rhythm control device according to a modification of the present invention, FIG. 6 is a perspective device of a circadian and photoneuroimmunology rhythm control device using a luminescent diode according to another embodiment of the present invention, FIG. 7 is a perspective view showing a state where a fluorescent diode is mounted on the circadian and photoneuroimmunology rhythm control device according to the present invention, FIG. 8 is a perspective view showing a state where a supplementary device is mounted on the circadian and photoneuroimmunology rhythm control device according to the present invention, and FIG. 9 is an exploded perspective view, in partial section, showing a state where another supplementary device is mounted on the circadian and photoneuroimmunology rhythm control device according to the present invention.

[109] As shown in FIGS. 1 to 9, the circadian and photoneuroimmunology rhythm control device 100 using the luminescent diode according to the present invention includes: light emitting parts 110 for radiating light to a user's eyeball or any part of the facial area or any part of the facial areas; connection parts 120 for vertically adjusting an angle and a distance between the light emitting part 110 and the user's eyeball or any part of the facial area or any part of the facial areas; holders 130 respectively connected with the connection parts 120 and held on the user's ears; a power supply part 140 connected with the holders 130 and mounted at the user's occipital region for supplying electric power; and supplementary devices 150 mounted at sides of the holders 130 and the power supply part 140 for providing various functions.

[110] Each light emitting part 110 includes a housing 112, a visible luminescent diode

111 formed in the housing 112 for emitting visible rays, a transparent cover 113 formed at a side of the housing 112, and an insertion connector 114 formed at an end of the housing 112 and rotatably fit into the connection part 120 while adjusting an angle.

[I l l] Here, it is preferable that the visible luminescent diode 111 of the light emitting part

110 uses blue and green colors of short wavelength, which have effects of generating and controlling melatonin, and red color radiated for a predetermined time period for curing the user's eyeball or any part of the facial area or any part of the facial areas through effective light therapy.

[112] Furthermore, the light emitting part 110 may include a fluorescent diode 115 formed in the housing 112 for radiating fluorescent light to the transparent cover 113 when the insertion connector 114 of the light emitting part 110 is fit into the connection part 120 while rotating outwardly from the user's eyeball or any part of the facial area or any part of the facial areas.

[113] Each connection part 120 includes a connection bar 121, a connection hole 122 formed at the front end of the connection bar 121 to which the insertion connector 114 is inserted and coupled, and a coupler 123 formed at the rear end of the connection bar 121.

[114] Here, the connection bar 121 of the connection part 120 has a rotating member 127 formed at the rear end thereof where the coupler 123 is connected, so that the interval and position of the light emitting part 110 connected to the connection bar 121 can be adjusted by rotating the connection bar 121 according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[115] Moreover, the connection bar 121 of the connection part 120 is made of flexible material for a precise control, the length of the connection bar 121 being controlled according to the user's eyeball or any part of the facial area or any part of the facial area.

[116] In addition, the connection bar 121 of the connection part 120 may be a collapsible multistage connection bar 121, whereby the length of the connection bar can be adjusted by adjusting its step-height according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[117] Additionally, it is preferable that the connection bar 121 of the connection part 120 has a length-adjustable device 128 connected thereto and having a length-adjustable tube 128a and a number of length-adjustable holes 128b formed on a side thereof, whereby the length of the length-adjustable device 128 is controlled according to intervals of the length-adjustable holes 128b.

[118] Furthermore, it is preferable that the connection bar 121 of the connection part 120 has a length-adjustable device 128 connected thereto and having a length-adjustable tube 128a having screw thread portions 128c formed at the front and rear end portions thereof in opposite directions at regular intervals, the length-adjustable tube 128a having the inner screw thread, whereby the interval of the length-adjustable device 128 is controlled according to the rotational direction.

[119] Furthermore, it is preferable that the coupler 123 of the connection part 120 includes angle-adjustable saw teeth 124 formed at the rear end of the connection bar 121 so that the coupler 123 is connected with the holder part 130 while vertically adjusting the angle, a power jack 126 connected with the holder part 130 for receiving electric power from the holder part 130, and a fastening member 125 for fastening the coupler 123 to the holder part 130, whereby the coupler 123 can be coupled with the holder part 130 while adjusting the angle.

[120] Each holder part 130 includes a coupler 133 coupled with the coupler 123 of the connection part 120, and a holder bar 131 having an ear holder 132 fit on the user's ear, the holder bar 131 extending from the ear holder 132 to the user's occipital region.

[121] Here, the coupler 133 of the holder part 130 includes angle-adjustable saw teeth 134 formed at the front end of a side thereof for vertically adjusting its angle, a coupling hole 135 formed at the center thereof to be coupled with the fastening member of the connection part 120, a power applying hole 136 formed on the side thereof and coupled with the power jack 126 of the connection part 120 for applying electric power to the connection part 120, whereby the user can couple the coupler 133 of the holder part 130 with the coupler 123 of the connection part 120 in such a way that electric power is applied to the connection part 120 while vertically adjusting the angle.

[122] Each power supply part 140 includes a main power supply 141 mounted at the user's occipital region and controlled by a power switch 144 for supplying electric power to the holder bar 131 connected to the main power supply 141 at the user's occipital region.

[123] Here, it is preferable that the power supply part 140 supplies electric power to the light emitting part 110 when the user manipulates a control portion 142 formed at a side thereof, a wireless controller 145 formed on the upper portion thereof to be remotely controlled, and the power switch 144 formed at the rear portion thereof while controlling time using a timer 143, and further includes an auxiliary power supply 146 connected below the main power supply 141 for increasing a power supply volume.

[124] As another embodiment of the present invention, the power supply part 140 having the power switch 144 is formed at the rear end of the holder part 130 in such a way as to be seated on the rear region of the user's ear, the coupler 123 of the connection part 120 is coupled with the coupler 133 of the holder part 130 while vertically adjusting the angle so that the visible luminescent diode 111 is located at a side of the user's eyeball or any part of the facial area or any part of the facial area, and then, the insertion connection 114 of the visible luminescent diode 111 is coupled into the connection hole 122 formed on the front side of the connection bar 121 of the connection part 120 while rotating the rotating member 127 according to the position of the user's eyeball or any part of the facial area or any part of the facial area, whereby light of the visible luminescent diode 111 can be radiated to one eyeball or any part of the facial area or any part of the facial area.

[125] The supplementary device 150 includes a portable audio player 151 mounted on the power supply part 140, an ear phone 152 mounted on the ear holder 132 of the holder part 130, and a manipulation part 153 mounted on the holder bar 131 and extending to the rear of the user's ear, whereby the portable audio player 151 is operated through the ear phone 152 when the user manipulates the manipulation part 153.

[126] Additionally, the supplementary device 150 may include a coupler 156 having a power jack 159 and angle-adjustable saw teeth 157 is coupled with the coupler 133 of the holder part 130 via a fastening member 158, a freely flexible connection bar 155 formed at a side of the coupler 156, and a lens monitor 154 formed at the other side of the connection bar 155, whereby the lens monitor 154 is operated by a signal applied to the power jack 159 from the power supply part 140.

[127] The operation of the circadian and photoneuroimmunology rhythm control device using the luminescent module having the above configuration will be described as follows.

[128] First, the power supply part 140 having the main power supply 141 operated by the power switch 144 is connected to the rear center of the holder bar 131 of the holder part 130 having the ear holders 132 fit on the user's ears, so that the power supply part 140 is located at the user's occipital region while the ear holders 132 are fit on the user's ears.

[129] In the state where the user wears the holder part 130 and the power supply part 140, the user coupes the coupler 133 having the angle-adjustable saw teeth 134 with the coupler 123 of the connection bar 121 having the angle-adjustable saw teeth 124 in front of the user's ear. At this time, the user couples the angle-adjustable saw teeth 124 of the connection part 120 with the angle-adjustable saw teeth 134 of the holder part 130 while vertically adjusting the angle according to the position of the user's eyeball or any part of the facial area or any part of the facial area, and then, inserts and fixes the fastening member 125 of the connection part 120 into the fastening hole 135 of the holder part 130 in order to fasten and fix the connection part 120.

[130] At this time, the power jack 126 formed on the coupler 123 of the connection part

120 is inserted and coupled into the power applying hole 136 formed in the holder part 130 so as to apply electric power from the power supply part 140 to the connection part 120.

[131] Moreover, the rotating member 127 is formed at the area of the connection bar 121 where the coupler 123 of the connection part 120 is coupled with the coupler 133 of the holder part 130, whereby the connection bar 121 can control the distance and angle between the light emitting part and the user's eyeball or any part of the facial area or any part of the facial area according to the position of the user's eyeball or any part of the facial area or any part of the facial area while the connection bar 121 is rotated.

[132] Moreover, the connection bar 121 of the connection part 120 is made of flexible material for a precise control, so that the interval and position of the light emitting part 110 connected to the connection bar 121 can be adjusted according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[133] In addition, the connection bar 121 of the connection part 120 may be a collapsible multistage connection bar 121, whereby the length of the connection bar can be adjusted by adjusting its step-height according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[134] Additionally, it is preferable that the connection bar 121 of the connection part 120 has a length-adjustable device 128 connected thereto and having a length-adjustable tube 128a and a number of length-adjustable holes 128b formed on a side thereof, whereby the length of the length-adjustable device 128 is controlled according to intervals of the length-adjustable holes 128b.

[135] Furthermore, it is preferable that the connection bar 121 of the connection part 120 has a length-adjustable device 128 connected thereto and having a length-adjustable tube 128a having screw thread portions 128c formed at the front and rear end portions thereof in opposite directions at regular intervals, the length-adjustable tube 128a having the inner screw thread, whereby the interval of the length-adjustable device 128 is controlled according to the rotational direction.

[136] As described above, in the state where the connection part 120 is fixed to the holder part 130, the light emitting part 110 for radiating light while protecting the visible luminescent diode 111 mounted in the housing with the transparent cover 113 is connected to the connection part 120 in such a way that the insertion connector 114 formed at an end of the light emitting part 110 and rotatably inserted into the connection hole 122 formed on the front side of the connection part 120 for controlling the angle of the light emitting part 111, so that light emitted from the visible luminescent diode 111 exactly reaches the user's eyeball or any part of the facial area or any part of the facial area and can control melatonin by precisely controlling the distance of the light emitting part 110 from the user's eyeball or any part of the facial area or any part of the facial area and the angle of the light emitting part 110.

[137] At this time, light emitted from the visible luminescent diode 111 operates light therapy by using visible rays of blue, green or bluish green color having relatively short wavelength, which are excellent in generation and control of melatonin, or operates light therapy by radiating red light for a predetermined time period according to the purpose of medical treatment. [138] While vertically controlling the angle by mounting the angle-adjustable saw teeth

124 and 134 on the coupler 123 and 133 of the connection part 120 and the holder part 130, the user controls the interval of the light emitting part from the user's eyeball or any part of the facial area or any part of the facial area with the connection bar 121 by rotating the rotating member 127 or by bending the connection bar 121 made of the flexible material, and controls a radiation angle of the light emitting part 110 by electric power applied from the power supply part 140 in the state where the insertion connector 114 of the light emitting part 110 is connected with the connection hole 122 of the connection part 120, so that anybody can exactly radiate visible rays to the user's eyeball or any part of the facial area or any part of the facial area while controlling the angle without regard to the user's body proportion and face size.

[139] Here, the main power supply 141 embedded in the power supply part 140 applies electric power to the light emitting part 110 through a signal of the control portion 142 having the timer 143 therein when the user manipulates the power switch 144 formed on the outer surface of the power supply part 140 and the wireless controller 145 mounted on the upper portion of the power supply part 140 and remotely controlled, whereby the visible luminescent diode 111 emits light. At this time, the timer 143 embedded in the control portion 142 calculates time to provide the optimum time period for radiating blue and green rays of short wavelength to the user's eyeball or any part of the facial area or any part of the facial area, and the red rays are not emitted beyond a predetermined time period to promote safety since the red rays have a great influence on the user's eyesight when they are radiated for a long time.

[140] Moreover, the auxiliary power supply 146 is connected below the main power supply 141 of the power supply part 140 to use the circadian and photoneu- roimmunology rhythm control device for a long time by increasing the power supply amount.

[141] As described above, if the user wants to use this circadian and photoneu- roimmunology rhythm control device 100 as a portable fluorescent lamp used for reading or outdoor activities, the user replaces the visible luminescent diode 111 with the fluorescent diode 115, inserts the insertion connector 114 of the light emitting part 110 into the connection hole 122 of the connection part 120, and rotates the light emitting part 110 outwardly from the user's eyeball or any part of the facial area or any part of the facial area. Then, electric power is supplied from the power switch 144 of the power supply part 140 to the fluorescent diode 115, whereby the user can uses it as the portable fluorescent lamp.

[142] Additionally, to mount the portable audio player 151 on the control device 100, the portable audio player 151 is mounted at a side of the power supply part 140, an earphone 152 is mounted at a side of the ear holder 132 of the holder part 130 for transmitting sound to the user's ear, and the manipulation part 153 for manipulating the portable audio player 151 is mounted on the ear holder in such a way as to be located at the rear side of the user's ear. When the user manipulates the manipulation part 153 to operate the portable audio player 151, the user can listen to sound through the earphone 152, whereby the control device 100 according to the present invention can raise the curing effect by increasing a sound effect while controlling generation of melatonin with the visible luminescent diode 111.

[143] In addition, to mount the lens monitor 154 on the control device 100, the user connects the lens monitor 154, which has the flexible connection bar 155 formed at a side thereof, to the holder part 130 after removing the light emitting part 110 and the connection part 120. At this time, the coupler 156 formed at the other side of the connection bar 155 and having the angle-adjustable saw teeth 157 and the power jack 159 is located corresponding to the coupler 133 of the holder part 130 according to the position of the user's eyeball or any part of the facial area or any part of the facial area, and then, coupled with the coupler 133 by inserting and fixing the fastening member 158 into the coupling hole 135. Therefore, the present invention can secure universality in use since various devices can be mounted on the circadian and photoneu- roimmunology rhythm control device according to the present invention. Industrial Applicability

[144] As described above, in the circadian and photoneuroimmunology rhythm control device using a luminescent diode according to the present invention, the power supply part located at the user's occipital region is connected with holder parts fit on the user's ears, connection parts respectively connected with visible luminescent bodies located in front of the user's face, while controlling its angle is connected with the holder parts so that the visible luminescent diode radiates light with electric power supplied from the power supply part so as to control generation of melatonin which is an important factor for controlling the user's circadian and photoneuroimmunology rhythm, whereby the control device improves curing effects by easily applying light therapy for curing melancholy and sleep disturbances and preventing aging to the user's body and by concentratedly radiating light to the user's eyeball or any part of the facial area or any part of the facial areas.

[145] Moreover, the visible luminescent diode radiates blue and green rays of short wavelength having a great effect in controlling generation of melatonin to the user's eyeball or any part of the facial area or any part of the facial areas, and radiates red rays for a limited curing for a predetermined time period if necessary, whereby the control device maximizes curing effects.

[146] Additionally, the power supply part is located at a user's occipital region, holder parts connected with the power supply part are fit on the user's ears, and connection parts connected with the visible luminescent diodes are connected with the holder parts fit on the user's ears in such a way that the visible luminescent diodes are spaced from the user's eyeball or any part of the facial area or any part of the facial area at a predetermined interval, so that the control device precisely and continuously radiates light to the user's eyeball or any part of the facial area or any part of the facial area without inconvenience in wearing and without movement when the user's head is moved since it is ergonomically fit on the user's ear, whereby the control device improves curing effects in curing melancholy and sleep disturbances and prevents aging by properly controlling generation of melatonin.

[147] Furthermore, the coupler, which has the angle-adjustable saw teeth and is formed on the holder part, and another coupler, which has the angle-adjustable saw teeth and is formed on the connection part, are coupled with each other while vertically controlling angle to control an interval between the user's eyeball or any part of the facial area or any part of the facial area and the luminescent diode, the light emitting part rotatably and detachably connected to the connection part and having the visible luminescent diode protected with the transparent cover inside the housing is fit into the insertion connector of the connection part for controlling angle according to the position of the user's eyeball or any part of the facial area or any part of the facial area, whereby the control device allows that anybody can use it by controlling the interval and angle between the user's eyeball or any part of the facial area or any part of the facial area and the luminescent diode, enlarges universality in use, and maximizes optical- therapeutic effect by continuously radiating blue and green rays.

[148] Moreover, the rotating member is formed at the rear end of the connection part connected with the holder part fit on the user's ear so that the angle of the visible luminescent diode can be controlled according to the position of the user's eyeball or any part of the facial area or any part of the facial area, the flexible connection bar is formed on the connection part for a precise control so that the visible luminescent diode can be controlled in its position by bending the connection bar, whereby the control device improves curing effects by precisely radiating rays from the luminescent diode to the user's eyeball or any part of the facial area or any part of the facial area.

[149] In addition, the power applying hole formed at the coupler of the holder part connected with the power supply part located at the user's occipital region is detachably coupled with the power jack formed at the coupler of the connection part connected with the holder part, and the luminescent diode is rotatably and detachably fit into the insertion connector of the connection part, whereby the control device improves convenience in carrying and safe-keeping.

[150] Furthermore, the power supply part having the power switch is formed on the holder part having the ear holder toward the rear of the user's occipital region, the connection part connected with the visible luminescent diode formed at one or two sides thereof to correspond with the user's eyeball or any part of the facial area or any part of the facial area is connected to the holder part so that the control device can radiate light to the user's one eyeball or any part of the facial area or any part of the facial area for generating and controlling melatonin, whereby the control device provides a number of users with curing effects of various types by controlling intensity, shapes and colors of light according to a difference between the user's eyes and provides a simple and single-type control device to the user who has eyesight on one eye.

[151] Additionally, the fluorescent diode is mounted on the light emitting part in stead of the visible luminescent diode and the light emitting part is connected to the connection part in a state where the fluorescent diode is rotated outwardly so as to serve as a flash lamp for reading and outdoor activities in a dark place, whereby the control device provides various functions besides the curing function.

[152] Furthermore, the control portion wirelessly or physically manipulated by the power switch and the wireless controller is formed on the power supply part located at the user's occipital region so as to control in such a way as to be supplied with electric power from a main power supply, so that the control device conducts light therapy for a proper time period controlled by the timer, whereby the control device has an extended lifetime and increases convenience in use since an auxiliary power supply is connected below the main power supply.

[153] Moreover, the earphone is formed on the ear holder of the holder part, the manipulation part is formed on the holder part at the rear of the user's ear, and the portable audio player is formed in the power supply part so that the user can listen to music through the earphone by operating the portable audio player through the manipulation part, whereby the control device enlarges universality in use by selectively using various supplementary devices, and improves curing effects by adding musical treatment for curing melancholy.

[154] Furthermore, in order to mount the lens monitor on the connection bar after removing the light emitting part and the connection part, the power jack is coupled with the power applying hole of the holder part, the coupler having the angle- adjustable saw teeth is coupled with the coupler of the holder part via the fastening member, and then, the lens monitor is located corresponding to the user's eyeball or any part of the facial area or any part of the facial areas while controlling its angle, whereby the control device enlarges universality in use by selectively using various supplementary devices.

[155] [156]

Claims

[1] A circadian and photoneuroimmunology rhythm control device using a luminescent diode comprising: a light emitting part (110) having a housing (112), a visible luminescent diode (111) formed in the housing (112) for emitting visible rays, a transparent cover (113) formed at a side of the housing (112), and an insertion connector (114) formed at an end of the housing (112) and rotatably fit into the connection part (120) while adjusting an angle thereof; a connection part (120) having a connection bar (121), a connection hole (122) formed at the front end of the connection bar (121) to which the insertion connector (114) is inserted and coupled, and a coupler (123) formed at the rear end of the connection bar (121); a holder part (130) having a coupler (133) coupled with the coupler (123) of the connection part (120), and a holder bar (131) having an ear holder (132) fit on the user's ear, the holder bar (131) extending from the ear holder (132) to the user's occipital region; and a power supply part (140) having a main power supply (141) mounted at the user's occipital region and connected with the holder bar (131) of the holder part (130) extending to the user's occipital region, the main power supply (141) being controlled by a power switch (144) for supplying electric power.

[2] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the visible luminescent diode (111) of the light emitting part (110) uses blue and green colors of short wavelength, which have effects of generating and controlling melatonin, and red color radiated for a predetermined time period for curing the user's eyeball or any part of the facial area or any part of the facial areas through effective light therapy.

[3] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the connection bar (121) of the connection part (120) has a rotating member (127) formed at the rear end thereof where the coupler (123) is connected, whereby interval and position of the light emitting part (110) connected to the connection bar (121) can be adjusted by rotating the connection bar (121) according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[4] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the connection bar (121) of the connection part (120) is made of flexible material for a precise control, the length of the connection bar (121) being controlled according to the user's eyeball or any part of the facial area or any part of the facial area.

[5] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the connection bar (121) of the connection part (120) may be a collapsible multistage connection bar (121), whereby length of the connection bar can be adjusted by adjusting its step-height according to the position of the user's eyeball or any part of the facial area or any part of the facial area.

[6] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the connection bar (121) of the connection part (120) has a length-adjustable device (128) connected thereto and having a length-adjustable tube (128a) and a number of length-adjustable holes (128b) formed on a side thereof, whereby the length of the length-adjustable device (128) is controlled according to intervals of the length-adjustable holes (128b).

[7] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the connection bar (121) of the connection part (120) has a length-adjustable device (128) connected thereto and having a length-adjustable tube (128a) having screw thread portions (128c) formed at the front and rear end portions thereof in opposite directions at regular intervals, the length-adjustable tube (128a) having the inner screw thread, whereby the interval of the length-adjustable device (128) is controlled according to the rotational direction.

[8] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the coupler (123) of the connection part (120) includes angle-adjustable saw teeth (124) formed at the rear end of the connection bar (121) so that the coupler (123) is connected with the holder part (130) while vertically adjusting the angle, a power jack (126) connected with the holder part (130) for receiving electric power from the holder part (130), and a fastening member (125) for fastening the coupler (123) to the holder part (130), whereby the coupler (123) can be coupled with the holder part (130) while adjusting the angle.

[9] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the coupler (133) of the holder part (130) includes angle-adjustable saw teeth (134) formed at the front end of a side thereof for vertically adjusting its angle, a coupling hole (135) formed at the center thereof to be coupled with the fastening member of the connection part (120), a power applying hole (136) formed on the side thereof and coupled with the power jack (126) of the connection part (120) for applying electric power to the connection part (120), whereby the user can couple the coupler (133) of the holder part (130) with the coupler (123) of the connection part (120) in such a way that electric power is applied to the connection part (120) while vertically adjusting the angle.

[10] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the power supply part (140) supplies electric power to the light emitting part (110) when the user manipulates a control portion (142) formed at a side thereof, a wireless controller (145) formed on the upper portion thereof to be remotely controlled, and the power switch (144) formed at the rear portion thereof while controlling time using a timer (143), and further includes an auxiliary power supply (146) connected below the main power supply (141) for increasing a power supply volume.

[11] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the light emitting part (110) may include a fluorescent diode (115) formed in the housing (112) for radiating fluorescent light to the transparent cover (113) when the insertion connector (114) of the light emitting part (110) is fit into the connection part (120) while rotating outwardly from the user's eyeball or any part of the facial area or any part of the facial areas.

[12] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, wherein the power supply part (140) having the power switch (144) is formed at the rear end of the holder part (130) in such a way as to be seated on the rear region of the user's ear, the coupler (123) of the connection part (120) is coupled with the coupler (133) of the holder part (130) while vertically adjusting the angle so that the visible luminescent diode (111) is located at a side of the user's eyeball or any part of the facial area or any part of the facial area, and then, the insertion connection (114) of the visible luminescent diode (111) is coupled into the connection hole (122) formed on the front side of the connection bar (121) of the connection part (120) while rotating the rotating member (127) according to the position of the user's eyeball or any part of the facial area or any part of the facial area, whereby light of the visible luminescent diode (111) can be radiated to one eyeball or any part of the facial area or any part of the facial area.

[13] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, further comprising a supplementary device (150) including a portable audio player (151) mounted on the power supply part (140), an ear phone (152) mounted on the ear holder (132) of the holder part (130), and a manipulation part (153) mounted on the holder bar (131) and extending to the rear of the user's ear, whereby the portable audio player (151) is operated through the ear phone (152) when the user manipulates the manipulation part (153).

[14] The circadian and photoneuroimmunology rhythm control device using a luminescent diode according to claim 1, further comprising another supplementary device (150) including a coupler (156) having a power jack (159) and angle- adjustable saw teeth (157), the coupler (156) being coupled with the coupler (133) of the holder part (130) via a fastening member (158), a freely flexible connection bar (155) formed at a side of the coupler (156), and a lens monitor (154) formed at the other side of the connection bar (155), whereby the lens monitor (154) is operated by a signal applied to the power jack (159) from the power supply part (140).