KR101323260B1 - Eyesight protection devices - Google Patents

Abstract

PURPOSE: An eyesight protective device is provided to promote blood circulation by stimulating facial skin and to improve eyesight. CONSTITUTION: An eyesight protective device comprises a main body which has a lens guide with an objective lens and is formed with acupressure protrusions (140) which contact the face of a wearer, a first light emitting unit (200) which is arranged on the external periphery of the lens guide and exercises the eyeball of the wearer, a second light emitting unit (300) which is arranged on the inner circumference of the lens guide and induces alpha waves from the brain of the wearer, a shutter unit which is installed at the front of the lens guide and exercises the iris of the wearer, a sound generation unit which sends an auditory signal to the wearer according to the operation of the first light emitting unit or the second light emitting unit, a vibrator which massages the edge of wearer's eyes by delivering vibration to the acupressure protrusion, and temples (700) which are hung on the ears of the wearer.

Description

Eye protection devices {Eyesight protection devices}

The present invention relates to an eye care device, and more particularly, a vibrator having a first light emitting part, a second light emitting part, a vibrator, a shutter part, and a sound generating part installed inside a body of a goggle that can be worn on a wearer's face. By stimulating the skin around the wearer's eyes to improve blood circulation, by tracking the light emission of the first light emitting portion to track the wearer's eye, the second light emitting portion and the contraction and relaxation of the muscles associated with the eye and The sound generator generates a visual signal and an audio signal to induce the generation of alpha waves in the brain, and relates to a vision protection device that can improve vision and brain health.

Recently, eye health of modern people is threatened by various video media. As a result, people are increasingly aware of their health, and it is recommended that they perform various eye exercises from time to time to relieve such eye fatigue.

In other words, it is well known that massaging the eyes around the eyes several times a day can relieve eye fatigue. However, it is not easy to constantly exercise to relieve eye fatigue in busy everyday life, and massaging around the eyes is only at the level of activating the blood circulation around the eyes, so there is a limit to improving the poor visual acuity.

Accordingly, the present applicant has filed a "Personal vision protection exercise machine" of Korean Patent Application No. 10-2008-0095068 (September 29, 2008). This will be described with reference to Fig.

1 is a perspective view showing a personal vision protecting exercise machine according to the prior art. Referring to the drawings, the personal vision protecting exercise machine according to the prior art includes a main body 1 made of a spectacle type, a lens 5 provided on the main body 1, And an installed pressure bar (17).

A shutter is provided inside the main body 1 to open and close the shutter when the user is watching the front side while wearing the sight protecting exercise machine, thereby forming dark and light inside the main body 1 to relax the user's iris And contracting motion.

In addition, an LED is installed around the inside of the lens 5 provided in the main body 1 to watch LEDs emitted by the user, thereby tracking the LEDs emitted by the user's eyes and using the muscles connected to the eyes naturally You will be doing exercises to help improve your vision.

The personal eye protection exercise device according to the prior art can help eye health by simply looking forward while the user is wearing it, but since there is no structure that relaxes stress due to brain activity that is closely related to the optic nerve, It is inconvenient to use only for managing eye health.

In other words, the brain is a very important body in the human body, which constantly sends electrical signals through neurons called neurons, such as thinking about what to do and giving orders to move the body. According to the activity of the brain beta wave (13 ~ 30㎐), alpha wave (8 ~ 12㎐), theta wave (4 ~ 7㎐), delta wave (1 ~ 3㎐) of the brain waves will occur.

That is, beta waves occur in all conscious states of activity, such as when a person is awake, speaking, and nervous, while alpha waves occur in relaxed states such as relaxation and meditation.

In addition, theta waves occur in the creative and learning states, and delta waves occur in a state where there is little consciousness such as deep sleep. Theta waves and delta waves are mainly brain waves observed during sleep.

Among these brain waves, beta waves are generated continuously during activities such as anxiety and complex calculations, and are characterized by complex waveforms and no rhythm. On the other hand, even in arousal states such as beta waves, they concentrate on something and concentrate on something, and in a state such as meditation, a waveform that is completely different from beta waves is called alpha waves.

Alpha waves show a harmonious and rhythmic waveform. Alpha waves are not only a meditation, but also a natural idea that is touched by the sounds and scenery of the natural world, soaked in the state, and when the mind and body are all stable. It is strongly formed when it comes to mind, and it is known that alpha waves are good for calming the mind, relieving stress, and brain health.

However, since the personal eye protection exercise machine according to the prior art has only a function to induce exercise for protecting and improving eyesight, it is inconvenient to exercise separately to help the brain health.

Korean Patent Application No. 10-2008-0095068 (Sep. 29, 2008), "Personal vision protection exercise machine"

The present invention is to solve the above problems, massage the eye area of the wearer to improve the blood circulation and the eye of the wearer can be traced along the light that emits light to form a contrast in front of the wearer gaze iris It is an object of the present invention to provide an eye protection device that improves visual acuity by repeatedly performing contraction and relaxation.

In addition, to provide a vision protection device for the brain health by generating a visual signal and an audio signal so that the alpha wave can be generated from the wearer's brain as well as exercise the eye muscles and iris of the wearer to improve the vision as described above. Its purpose is to.

According to the technical idea of the present invention for achieving the above object, it is formed to correspond to the face of the wearer of the wearer, has a cylindrical shape so that the wearer's eyes can look forward, and the light is inside except the tip and the base The lens guide is formed in a shielded structure so as to prevent entry into the main body, and a lens guide having an objective lens is formed and acupressure protrusions that are in close contact with the wearer's face are arranged around the outer surface of the lens guide and tracked along with light emitted by the wearer's eye. A first light emitting part for moving the muscles connected to the eye and a second light emitting part arranged around an inner circumference of the lens guide to send a visual signal to the wearer looking forward through the lens guide to induce alpha waves from the wearer's brain. And in front of the lens guide so that contrast is formed inside the lens guide formed in the main body. And a shutter unit for opening and closing the lens guide to move the wearer's iris and the sound generating unit for transmitting an acoustic signal to the wearer according to the operation of the first light emitting unit or the second light emitting unit, and the acupressure protrusion formed on the main body. And a vibrator for massaging the wearer's eyes.

Here, the first light emitting unit is preferably a red LED which is installed at regular intervals along the outer circumference of the lens guide and each emits with a parallax.

In addition, the second light emitting unit is preferably a green LED installed at regular intervals along the inner circumference of the lens guide.

In addition, the sound generating unit preferably generates an operation sound so that the wearer's eye can recognize the operation of the first light emitting unit to track the red LED emitted by the wearer's eye.

In addition, the sound generating unit preferably generates a sound that induces the generation of an alpha wave from the wearer's brain at the same time as the operation of the second light emitting unit.

In addition, the sound generating unit is preferably a bone conduction speaker.

The shutter unit may include an idle gear meshing with a first gear motor installed in the main body and a driving gear installed on a rotating shaft of the first drive motor, and a driven gear meshing with the idle gear and extending from the driven gear. It is preferable to include a shutter made of a blind plate to open and close the lens guide according to the operation of the first drive motor to form a contrast in the lens guide.

In addition, the vibrator includes a second drive motor installed inside the main body and an eccentric weight provided on the rotation shaft of the second drive motor, the vibration pressure generated by the eccentric additional rotation in accordance with the operation of the second drive motor acupressure. It is preferred to deliver to the projections.

In addition, the main body is formed to correspond to the face of the wearer of the wearer, the front cover formed with an opening so that the wearer's eyes can look forward, and assembled on the back of the front cover and the gaze window is formed in the same axis as the opening of the front cover Preferably, the opening and the gaze window are connected by a lens guide and include a rear cover having acupressure protrusions facing the wearer's face.

In addition, it is preferable to include a buffer member formed along the edge of the rear cover to be in close contact with the face of the wearer.

According to the eye protection device according to the present invention, the facial skin of the wearer is stimulated by the acupressure protrusion and the vibrator provided on the rear cover of the main body, so that the circulation of blood, such as massage, can be obtained, and the wearer's eyes emit light. Tracking along the light of the first light emitting unit, and by the shutter unit makes the iris respond to the light and shade formed on the lens guide, it is possible to exercise to aid the vision.

In addition, the second light emitting unit and the sound generating unit generate a visual signal and an audio signal so as to induce the generation of an alpha wave in the wearer's brain together with the exercise to aid the vision. It becomes possible.

1 is a perspective view showing a personal vision protecting exercise machine according to the prior art.
2 is a perspective view showing a vision care device according to the present invention.
Figure 3 is a perspective view from the rear and separating the buffer member of the eye protection device according to the present invention.
Figure 4 is an exploded perspective view showing a vision care device according to the present invention.
Figure 5 is a perspective view showing the front cover of the eyesight protection device according to the present invention showing the closing of the shutter unit.
Figure 6 is a perspective view showing the front cover of the eye protection device according to the present invention to show the shutter opening.
7 is a view showing the light emission of the second light emitting unit of the eye protection device according to the present invention.
8 and 9 are diagrams showing light emission of the first light emitting unit of the eye protection device according to the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a perspective view showing a vision protection device according to the present invention, Figure 3 is a perspective view from the rear and separating the buffer member of the vision protection device according to the present invention, Figure 4 is an exploded view showing a vision protection device according to the present invention Perspective view.

Referring to the drawings, the eye protection device according to the present invention includes a main body 100 largely shaped like a goggle, and a first light emitting unit installed inside the main body 100 to emit light to track the wearer's eyes. (200), the shutter unit 400 is installed inside the main body 100 to form a contrast in front of the wearer gaze, and the agent to induce alpha waves from the brain by sending a visual signal and an audio signal to the wearer 2 is provided on both sides of the vibrator 500 and the main body 100 to transmit vibration through the light emitting unit 300 and the sound generating unit 600, the acupressure protrusion 140 in close contact with the wearer's face to the wearer's ear It consists of a bridge 700 that spans.

In other words, the main body 100 is formed to correspond to the face curvature of the wearer and has a streamlined shape, such as goggles, and has a lens guide inside the main body 100 so that the wearer's eyes can look forward. 130 is provided.

The lens guide 130 is formed at both sides with respect to the front center of the main body 100 so that both eyes of the wearer can look forward through the lens guide 130. The lens guide 130 has a cylindrical shape and has a shielding structure in which light cannot enter the lens guide 130 except for the front end and the proximal end of the lens guide 130.

In addition, an objective lens 132 is installed inside the lens guide 130 so that the wearer looks at the object through the objective lens 132 when looking at the front. The lens guide 130 may be an eyepiece (not shown) installed close to the wearer's eye together with the objective lens 132, or a transparent material to block foreign substances from entering through the lens guide 130. A membrane may be installed.

As described above, the main body 100 in which the lens guide 130 is installed is largely formed by assembling the front cover 110 and the rear cover 120. The front cover 110 is formed to correspond to the face of the wearer. An opening 112 is formed in communication with the lens guide 130.

In addition, the rear cover 120 is assembled to the rear surface of the front cover 110, the gaze window 122 is formed on the same axis as the opening 112 of the front cover 110, the lens guide 130 is the front cover The opening 112 of the 110 and the gaze window 122 of the rear cover 120 are connected. Accordingly, the wearer can look forward through the viewing window 122, the lens guide 130, and the opening 112.

On the other hand, the rear cover 120 as described above is formed with acupressure protrusions 140 facing the wearer's face when the main body 100 is worn, the acupressure protrusions 140 to acupressure the face of the wearer. These acupressure protrusions 140 are formed around the gaze window 122 formed on the rear cover, respectively, to acupressure around the eyes of the wearer when the main body 100 is worn.

The acupressure protrusion 140 has a structure in which its length is stretched and contracted according to the wearer's face flexion to pressure the wearer's face with an excessive pressure to stimulate the nerves around the eyes to smooth the circulation of blood.

That is, in the acupressure protrusion 140 having the stretched structure, a plurality of through holes 124 are formed around the sight window 122 of the rear cover 120 and have a predetermined length in the through holes 124. Acupressure pin 142 is inserted. At this time, the tip of the acupressure pin 142 inserted into the through hole 124 protrudes toward the wearer's face, and the proximal end of the acupressure pin 142 is an elastic member such as a coil spring in the through hole 124. 146 is elastically supported.

In addition, the tip of the acupressure pin 142 protruding toward the wearer's face is made of a soft material such as rubber and silicone, and a contact member 144 having a hemispherical shape is formed in contact with the wearer's face skin. When the acupressure protrusion 140 is in contact with the wearer's face, the elastic member 146 is compressed in response to the wearer's face curvature so that the acupressure protrusion 140 presses around the wearer's eyes at a pressure that is not excessive to improve blood circulation. Let's go.

In addition, the rear cover 120 of the main body 100 is provided with a buffer member 150 in close contact with the wearer's face, the buffer member 150 is made of a soft material such as rubber, silicon back cover ( When the main body 100 is worn while being formed along the rim of 120, the shock absorbing member 150 surrounds a part of both eyes and nose of the wearer to block light from coming in from the outside so that the wearer can move forward through the lens guide 130. Not only makes it possible to concentrate when looking at the user, even when wearing the main body 100 for a long time, thereby reducing the rejection caused by the compression of the main body 100.

On the other hand, the front end of the lens guide 130 installed in the main body 100, the first light emitting unit 200 for exercising the muscles connected to the wearer's eye and the second light emitting unit for inducing alpha wave from the wearer's brain The LED guide 160 provided with 300 is installed.

In detail, the LED guide 160 has a form of a plate in which a through hole 162 having the same axis as the lens guide 130 is formed, and the second light emitting part 300 is disposed on an inner surface of the through hole 162. Is installed and the first light emitting unit 200 is installed to the outside around the through hole 162 at regular intervals from the second light emitting unit 300.

In this case, the first light emitter 200 and the second light emitter 300 are partitioned by the lens guide 130 to generate light when the first light emitter 200 or the second light emitter 300 emits light. It is blocked by the lens guide 130.

In addition, the first light emitting unit 200 is arranged outside the second light emitting unit 300 around the through hole 162 of the LED guide 160, so that the wearer's eyeballs of the first light emitting unit 200 When the light is tracked, the light moves upward, downward, leftward, and rightward than the light of the second light emitting part 300, thereby increasing the use of muscle contraction and relaxation associated with the eye.

The first light emitting unit 200 is formed of red LEDs arranged at regular intervals along the outer circumference of the lens guide 130 on the LED guide 160. For example, the red LED is centered on the lens guide 130. Are arranged at intervals of 30 degrees.

In addition, the red LEDs arranged around the lens guide 130 as described above are installed to emit light with a time difference at the time of light emission, so that the wearer's eyes move up, down, left and right, and contract the muscles connected to the eyes by chasing the red LEDs that emit light. And relaxation to obtain an exercise effect.

In particular, since the first light emitting unit 200 is formed of a red LED, a wearer easily lights the light of the first light emitting unit 200 by the excellent visibility of the red light when the first light emitting unit 200 emits light. Will be tracked accordingly.

On the other hand, the second light emitting unit 300 is made of a green LED arranged along the inner circumference of the lens guide 130 on the LED guide 160. As described above, when the second light emitter 300 is formed of a green LED, a green light illuminates the inside of the lens guide 130 when the second light emitter 300 emits light, thereby enabling the wearer to visually recognize green.

As described above, since the second light emitting part 300 is formed of a green LED, when the second light emitting part 300 emits light, alpha waves are induced from the wearer's brain to help brain health. In other words, the human brain is known to produce alpha waves that stabilize the mind and body in the visual signal of green in nature.

Therefore, when the wearer looks at the front through the lens guide 130, the second light emitting unit 300 is made of green LED, so that the green light is transmitted to the brain as visual information to induce the generation of alpha waves and thus to the brain health. Helped.

As such, the LED guide 160 provided with the first light emitter 200 and the second light emitter 300 may include the front end of the lens guide 130 and the shutter 400 and the sound generator 600 described below. The first light emitting unit 200 and the second light emitting unit 300 of the printed circuit board 170 and the LED guide 160 are electrically installed between the printed circuit board 170 on which the vibrator 500 is installed. Is connected.

That is, the printed circuit board 170 has a through hole 176 penetrated by the lens guide 130 connecting the opening 112 of the front cover 110 and the viewing window 122 of the rear cover 120. And fixed to the rear cover 120 by a fastening member such as a bolt, the first light emitting part 200, the second light emitting part 300, the shutter part 400, the sound generating part 600, and the vibrator 500. It is electrically connected to control their operation.

On the printed circuit board 170 is installed in front of the lens guide 130 so that the contrast is formed in the lens guide 130 formed in the main body 100 to open and close the lens guide 130 to exercise the iris of the wearer The shutter unit 400 is installed, and the shutter unit 400 includes a first driving motor 410, a driving gear 420, an idle gear 430, and a shutter 440. This will be described with reference to FIGS. 5 and 6. FIG.

Figure 5 is a perspective view showing the front cover of the eye protection device according to the present invention in a separated view showing the closing of the shutter unit, Figure 6 shows the opening of the shutter unit.

Referring to the drawings, the first driving motor 410 is fixed and electrically connected to the printed circuit board 170 installed between the front cover 110 and the rear cover 120 of the main body 100. A driving gear 420 is formed on the rotation shaft of the first driving motor 410 such that the driving gear 420 rotates according to the operation of the first driving motor 410.

The driving gear 420 is rotated in engagement with the pair of idle gear 430, the idle gear 430 is located on both sides of the driving gear 420 to rotate. At this time, the idle gear 430 is rotatably installed on the printed circuit board 170, each of the idle gear 430 by rotating the shutter 440 provided in front of the pair of lens guide 130, the lens guide ( 130 is opened and closed to form a contrast in the interior.

That is, the shutter 440 is formed integrally with the driven gear 442 and the driven gear 442 meshing with the idle gear 430, and the screening plate extends toward the front of the pair of lens guides 130, respectively. 444, the driven gear 442 rotates the blocking plate 444 in front of the lens guide 130 according to the rotation of the idle gear 430 to open and close the lens guide 130.

At this time, the shutter 440 is rotatably installed on the printed circuit board 170, the rotation axis of the shutter 440 is formed between the shielding plate 444 and the driven gear 442 of the idle gear 430 As the driven gear 442 rotates in the forward or reverse direction as the rotation is performed, the shield plate 444 opens or closes the front of the lens guide 130 to form a contrast within the lens guide 130.

Accordingly, when the wearer looks forward through the lens guide 130, when the shutter 440 opens the lens guide 130, light passes through the opening 112 of the front cover 110. It is incident to the inside and is illuminated.

On the contrary, when the shutter 440 closes the lens guide 130, light is blocked to darken the inside of the lens guide 130 so that the wearer's iris adjusts the size of the pupil through contraction and relaxation in response to this contrast. You can exercise.

On the other hand, according to the operation of the first light emitting unit 200 or the second light emitting unit 300 is provided with a sound generating unit 600 for transmitting an auditory signal to the wearer. The sound generator 600 may be a speaker for converting an electrical signal into a sound, and the speaker is installed on the printed circuit board 170.

In addition, in some cases, the sound generating unit 600 may be a bone conduction speaker that converts an electrical signal into vibration and transmits the vibration to the wearer, wherein the bone conduction speaker is provided on both sides of the body described below. It is installed on the leg 700 that spans the ear.

The sound generator 600 operates in conjunction with the first light emitting unit 200 or the second light emitting unit 300. The wearer recognizes the operation of the first light emitting unit 200 in an auditory manner. The eyeball of the to emit an operation sound to track the red LED to emit light or at the same time the operation of the second light emitting unit 300 generates a sound to induce alpha waves in the wearer's brain.

That is, when the red LEDs arranged around the outside of the lens guide 130 emit light at different times, the sound generator 600 generates an operation sound so that the wearer can recognize the emission of the red LEDs. Let's go.

 Accordingly, the wearer who closes his eyes or does not concentrate on the operation of the first light emitting unit 200 effectively moves the eye to track the red LED emitting light by hearing the operation sound generated by the sound generating unit. It can increase the eye's motor effect.

In addition, the sound generator 600 generates a sound that induces the generation of an alpha wave from the wearer's brain at the same time as the emission of the green LEDs arranged around the inner circumference of the lens guide 130. The sound that can induce the generation of an alpha wave from the wearer's brain may be, for example, the sound of wind, chirping birds, and streams that can be heard in nature.

As described above, when the green light of the second light emitting unit 300 emits light and wind sound, bird chirping, stream flowing sound, etc. occur in the sound generating unit, the wearer receives a visual signal to induce the generation of an alpha wave. The simultaneous recognition of auditory cues can generate alpha waves more effectively, helping brain health.

The vibrator 500 is installed on the printed circuit board 170. The vibrator 500 is fixed to the printed circuit board 170 and electrically connected to the second driving motor 510 and the second driving motor. It is composed of an eccentric weight 520 is installed on the rotating shaft of 510 is the eccentric weight 520 is rotated in accordance with the operation of the second drive motor 510 to generate vibration.

As such, the vibration generated from the vibrator 500 is transmitted to the acupressure protrusion 140 installed on the rear cover 120 to continuously stimulate the wearer's face skin while the acupressure protrusion 140 is in close contact with the wearer's face. This improves blood circulation around the wearer's eyes.

In addition, the printed circuit board includes a battery (not shown) for supplying electrical energy to the first light emitting unit 200, the second light emitting unit 300, the shutter unit 400, the sound generating unit 600, and the vibrator 500. ) Is installed, and the battery is formed with a charging terminal (not shown) to be charged and used from an external electrical energy source.

In addition, the printed circuit board has a push button for turning on / off the operations of the first light emitting unit 200, the second light emitting unit 300, the shutter unit 400, the sound generating unit 600, and the vibrator 500. 172 is installed so that a part of the push button 172 protrudes forward of the main body 100 through the front cover 110 is pressed by the wearer.

In addition, the operation of the first light emitting unit 200, the second light emitting unit 300, the shutter unit 400, the sound generating unit 600, the vibrator 500, or the operation of the battery may be adjacent to the push button 172. An operation indicator 174 indicating a charging state is installed on the printed circuit board 170, and the operation indicator 174 installed on the printed circuit board 170 is exposed to the front cover 110 to determine the operation state. Will be.

On the other hand, both sides of the main body 100 consisting of the front cover 110 and the rear cover 120 as described above is provided with a leg 700 that spans the wearer's ear, the tip of the leg 700 is the rear cover 120 The hinge block 121 and the hinge pin 123 formed on both sides of the bottom side are respectively coupled to rotate the proximal end of the leg 700 toward the rear cover 120 about the hinge pin 123.

And, as described above, the proximal end of the leg 700 which is rotated toward the rear cover 120 is formed with a hook portion 710 bent downward, so that the hook portion 710 spans the wearer's ear to cover the body 100. It keeps wearing.

At this time, the hook portion 710 has a structure that is movable from the leg 700 to adjust the hook portion 710 according to the head of the wearer to be able to wear the body 100 to fit the wearer's face. To this end, the hook portion 710 is formed with an insertion hole 712 to slide through the proximal end of the leg 700, a protrusion 714 is formed on the inner surface of the insertion hole 712.

In addition, a plurality of adjustment holes 702 corresponding to the protrusions 714 of the hook portion 710 are formed on the side of the leg 700 so that the protrusions 714 of the hook portion 710 have a plurality of adjustment holes ( 702 may be coupled to any one of the wearer's head to change and fix the position of the hook part 710 to stably adhere the main body 100 to the wearer's face.

The hook portion 710 is formed of a soft material such as rubber and silicone so that the wearer does not feel heterogeneous when worn on the ear, so that the hanger 710 is not inconvenienced for long time use.

In some cases, when the bone conduction speaker described above is installed on the leg 700 so that the base of the leg 700 is spread over the wearer's ear, the bone conduction speaker is in close contact with the wearer's ear and is generated in the bone conduction speaker. Vibration may be transmitted through the wearer's skull to the cochlea, stimulating the auditory nerve and allowing the wearer to perceive sound.

In addition, in place of the legs 700 provided on both sides of the main body 100, elastic bands (not shown) may be fixed to both sides of the main body 100 to stably fix the main body 100 to the wearer's face. There will be. Such a band may be made of rubber or a length adjustable strap.

The use of the eye protection device according to the present invention having the configuration as described above will be described with reference to Figs.

7 is a view showing the light emission of the second light emitting unit of the vision protection device according to the present invention, Figures 8 and 9 are views showing the light emission of the first light emitting unit of the vision protection device according to the present invention.

Referring to the drawings, when the wearer operates the push button while wearing the main body on the face, the first light emitting unit 200, the second light emitting unit 300, the shutter unit 400, and the sound generating unit ( 600), the vibrator 500 is operated in a series of orders.

In other words, when the wearer presses the push button 172 protruding forward of the front cover 110, electrical energy is supplied from the battery to electrically connect the printed circuit board 170 to the first light emitting unit 200. Electrical energy is supplied to the second light emitter 300, the shutter 400, the sound generator 600, and the vibrator 500, respectively.

Accordingly, the vibrator 500 is operated for a predetermined time to transmit the vibration generated by the rotation of the eccentric weight 520 to the acupressure protrusion 140 of the rear cover 120. As such, when the vibration of the vibrator 500 is transmitted to the acupressure protrusion 140, the face around the wearer's eye in close contact with the acupressure protrusion 140 is slightly shaken to stimulate the skin to improve blood circulation.

In addition, after the vibrator 500 is operated for a predetermined time as described above, as shown in FIGS. 8 and 9, the first light emitting unit 200 is operated to emit a plurality of red LEDs with a time difference. As shown in FIG. 8, the red LED 200 positioned at the upper right side of the drawing is shown in FIG. 9 after the red LED located at the lower left side of the drawing emits and blinks as shown in FIG. 8. By emitting light, the wearer tracks the emission of the red LED and moves the eyeball.

That is, the red LED of the first light emitting unit 200 emits light at a time difference up, down, left, and right around the lens guide 130, and then contracts and relaxes the muscle connected to the eye by following the red LED emitting the wearer's eye. Exercise effect can be obtained.

At this time, the red LED of the first light emitting unit 200 emits light with a parallax and at the same time, the sound generating unit 600 generates an operation sound so that the wearer's eyes are closed while watching the lens guide 130. In the situation where the red LED is not focused on the light emission of the first light emitting unit 200, the sound generating unit 600 generates an operation sound simultaneously with the light emission of the first light emitting unit 200, thereby causing the wearer to chase the first light emitting unit 200. It can be induced to move.

As described above, after the process of moving the eye according to the emission of the first light emitting unit 200 is completed, as shown in FIG. 7, the second light emitting unit 300 is operated so that a green LED is formed inside the lens guide 130. At the same time, the sound generating unit 600 generates sound to induce the generation of alpha waves in the brain, thereby inducing the generation of alpha waves from the wearer's brain by visual and auditory signals, thereby enhancing brain health. Let's go.

On the other hand, after a series of operations of the vibrator 500, the first light emitting unit 200 and the second light emitting unit 300 is completed, the shutter unit 400 is operated to open or close the lens guide 130 The wearer's gaze is brightened or darkened to contract and relax the iris.

That is, the shutter unit 400 is a shutter 440 installed in front of the lens guide 130 according to the operation of the second driving motor 510 opens or closes the lens guide 130 to light outside the main body 100. By allowing the lens guide 130 to enter or blocking light from entering, the wearer's iris may contract and relax naturally in response to the light, thereby obtaining a motor effect.

Here, the operation of the first light emitting unit 200, the second light emitting unit 300, the sound generating unit 600, the shutter unit 400 as described above is repeated by a program so that a series of processes are performed for a predetermined time. In some cases, according to the operation of the push button 172, each process can be programmed to be made independently.

That is, the corresponding process is repeatedly performed as an independent or a series of processes according to the short or long operation of the push button 172, thereby enabling the wearer to perform the desired vision or brain movement.

According to the eye protection device according to the present invention as described above, the facial skin of the wearer is stimulated by the acupressure protrusion 140 and the vibrator 500 provided on the rear cover 120 of the main body 100 to improve blood circulation such as massage. Not only can the effect be improved, but the eye of the wearer tracks along the light of the first light emitting unit 200 emitting light, and the shutter unit 400 responds to the contrast that is formed in the lens guide 130. Doing so will help you exercise.

In addition, the second light emitting unit 300 and the sound generating unit 600 generates a visual signal and an audio signal so as to induce the generation of alpha waves in the wearer's brain together with the exercise to help the vision, brain health You can do exercises to help.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. .

For example, the sound generating unit 600 of the vision protection device according to the present invention may not only listen to the operation sound and the sound that induces the generation of alpha waves in the brain, but also may select and listen to the sound preferred by the wearer in some cases. will be.

That is, the sound generator 600 further includes a memory capable of recording and storing, in addition to the speaker installed on the printed circuit board 170 or the bone conduction speaker installed on the leg. It may be stored in the form of (MP3 file) to listen to the media file through the speaker.

In addition, the eye protection apparatus according to the present invention is a front of the front cover 110 to operate a series of operations of the vibrator 500, the first light emitting unit 200, the second light emitting unit 300, the sound generating unit 600. Not limited to the operation of the push button 172 protruding into the remote control device may be further provided to be remotely operated in some cases.

100: body 110: front cover
112: opening 120: rear cover
121: Hinge block 122: Watch Window
124: through hole 130: lens guide
132: objective lens 140: acupressure protrusions
142: acupressure pin 144: contact member
146 elastic member 150 buffer member
160: LED guide 162: through hole
170: printed circuit board 172: push button
174: operation indicator 200: first light emitting unit
300: second light emitting unit 400: shutter unit
410: first drive motor 420: prime gear
430: idle gear 440: shutter
442: driven gear 444: blind plate
500: vibrator 510: second drive motor
520: eccentric weight 600: sound generator
700: leg 702: adjustment hole
710: hook portion 712: insertion hole
714: protrusion

Claims (10)

It is formed to correspond to the face of the wearer of the wearer, has a cylindrical shape so that the wearer's eyes can look forward, formed of a shielded structure so that light does not enter the inside, and a lens guide with an objective lens is formed, A body having acupressure protrusions in close contact with the face of the body;
A first light emitting unit arranged around an outer circumference of the lens guide to track a wearer's eye along light emitted to move a muscle connected to the eye;
A second light emitting unit arranged around an inner circumference of the lens guide to send a visual signal to the wearer looking forward through the lens guide to induce alpha waves from the wearer's brain;
A shutter unit installed at the front of the lens guide so that contrast is formed in the lens guide formed in the main body, and the shutter unit moving the iris of the wearer by opening and closing the lens guide;
An acoustic generator for transmitting an audio signal to the wearer according to the operation of the first light emitting unit or the second light emitting unit;
A vibrator for transmitting vibrations to acupressure protrusions formed in the main body to massage the eye area around the wearer; And
And legs formed on both sides of the main body and covering the wearer's ears.
The shutter unit may include a first driving motor installed inside the main body; An idle gear meshed with a motive gear installed on a rotation shaft of the first drive motor; And a shutter formed with a blinding plate which is formed to engage the idle gear and extends from the driven gear to open and close the lens guide according to the operation of the first driving motor to form a contrast within the lens guide.
The main body may include a front cover formed to correspond to a face curve of the wearer and having an opening to allow the eye of the wearer to look forward; And a rear cover which is assembled to the rear surface of the front cover and has a gaze window formed on the same axis as the opening of the front cover, the opening and the gaze window are connected by a lens guide, and formed with acupressure protrusions facing the wearer's face.
The leg includes a hook portion formed of a movable structure, wherein the hook portion includes an insertion hole formed to slide through the proximal end of the leg, a protrusion formed on an inner surface of the insertion hole, and a plurality of adjustment holes formed corresponding to the protrusion. Eyesight protection device comprising a.
The method according to claim 1,
The first light emitting unit,
Red LEDs which are installed at regular intervals along the outer circumference of the lens guide and emit light with a parallax,
The second light emitting unit,
Eye protection device, characterized in that the green LED is installed at regular intervals along the inner circumference of the lens guide.
delete The method according to claim 1 or 2,
The sound generator,
The wearer perceives the operation of the first light emitting part audibly and generates an operation sound to track the red LED of the wearer's eye.
At the same time as the operation of the second light emitting unit, the eye protection device, characterized in that for generating a sound to induce the generation of alpha waves from the wearer's brain.
delete delete delete The method according to claim 1,
The vibrator,
A second driving motor installed inside the main body; And
And an eccentric weight provided on the rotation shaft of the second driving motor, to transmit vibration generated by the eccentric additional rotation according to the operation of the second driving motor to the acupressure protrusion.
delete delete

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