KR20150061080A - Eye exercising apparatus for recovering eye fatigue and pseudomyopia - Google Patents

Abstract

The present invention relates to an apparatus for relieving pseudomyopia and eye fatigue, comprising: a main body which provides a space in which components are built, and is formed to correspond the contour of users; an LED light emitting part which has a distance from eyes of users, is installed and has a plurality of LEDs wherein the LEDs flicker based on predetermined inputted sequences and time; a massaging part which has a left massaging part formed around a left eye of users and a right massaging part formed around a right eye of users; a distance controlling part which is installed to connect the massaging part, thereby controlling the distance between the left massaging part and the right massaging part; a light blocking part which is installed in the massaging part to prevent light from coming; a vibration part which generates vibrations and is connected to one end of the left massing part and right massaging part in a hinge connection; a signal inputting part which inputs reaction of users; and a control part which controls operations of the LED light emitting part, the vibration part and the signal inputting part.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an eye exercising apparatus for recovering eye fatigue and pseudomyopia,

More particularly, the present invention relates to an apparatus and a method for correcting myopia and eye fatigue by massaging eyes around a user's eyes by restoring eye fatigue, Which is capable of reducing the fatigue of the eyes by contracting and relaxing the muscles connected to the eyes, and capable of adjusting the distance of the finger pressure portion according to the size of the user's face.

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.

1 is a perspective view showing a personal vision protecting exercise machine according to the prior art. The personal vision protecting exercise machine according to the related 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.

On the other hand, since the size and position of the acupressure stick are fixed regardless of the face size of the user, the acupressure stick according to the related art does not have an acupressure stick disposed at a position suitable for relieving eye fatigue when the face size is large or small. There is a problem that the effect is remarkably deteriorated.

In addition, although the conventional technique includes the function of moving the eyeball for improving the visual acuity, there is no function of measuring the tired state of the current eye and informing the user of the present eyeball. Therefore, There was a problem that fatigue could be increased.

Korean Patent Laid-Open No. 10-2004-0012668 Korean Patent Laid-Open No. 10-2001-0073949

SUMMARY OF THE INVENTION The present invention has been made to overcome the above-described problems of the prior art, and it is an object of the present invention to provide a method and apparatus for tracking an LED light emitting unit and using muscles connected to the eyeball, The present invention is to provide a pseudo myopic and eye fatigue solving exercise device capable of adjusting the distance of the acupressure part according to its size.

Another object of the present invention is to provide a pseudo myopia and eye fatigue solving exercise device capable of guiding a user to take a rest if the user is tired of eyes by measuring and informing the tired state of eyes.

It is still another object of the present invention to provide a pseudo myopia and eye fatigue solving exercise device capable of maximizing the effect of eye muscle exercise by allowing light emission order and lighting speed of the LED light emitting portion to be adjusted.

According to an exemplary embodiment of the present invention, there is provided an electronic device comprising: a body provided with space in which components are mounted, the body being formed to correspond to a facial contour of a user; An LED light emitting unit including a plurality of LEDs arranged to be spaced apart from a user's eyeball by a predetermined interval and blinking according to a previously stored order and time; An acupressure part including a left acupressure part formed around the left eye of the user and a right acupressure part formed around the right eye of the user; A distance adjusting unit installed to be connected to the finger pressure unit and adjusting a distance between the left finger pressure unit and the right finger pressure unit; A light intercepting portion formed inside the pressure applying portion to prevent light from entering; And a vibration part hinged to one end of the right side pressure part and the one end of the left side pressure part; A signal input unit for inputting a response of a user; And a control unit for controlling operations of the LED light emitting unit, the vibrating unit, and the signal input unit.

The vibrating part includes a geared motor having an eccentric shaft.

The acupressure part includes a front acupressure projection formed to face the front surface of the user's face and a side acupressure projection formed to face the side of the user's face.

And a mode conversion unit for converting an operation mode of the pseudo myopia and eye fatigue dyssomotor, wherein the controller controls the pseudo myopia and the eye fatigue dysphoresis exercise device to function as a corresponding mode in each operation mode.

Wherein the distance adjusting unit includes a left side pressure adjusting unit, a right side pressure adjusting unit and a distance adjusting unit, wherein one end of the left side pressure adjusting unit is connected to the left side pressing part and the other end is connected to the distance adjusting unit , One end of the right acupressure part regulation unit is connected to the right acupressure part and the other end is connected to the distance control unit.

Wherein the distance adjustment unit is connected to the other end of the left sharps adjustment unit; A lower rack connected to the other end of the right sharply-portion regulating unit; A pinion gear installed so as to be intermeshed between the upper rack and the lower rack; And a pinion gear adjusting screw installed to be engaged with the pinion gear.

Wherein the left and right acupressure parts are formed in a curved shape corresponding to the facial curvature of the user, the acupressure plate providing a space in which the components are installed; An acupressure holder formed on one surface of the acupressure plate and connected to the distance control unit; An acupressure connection member having one end connected to one surface of the acupressure plate and the other end formed with a rectangular hole, and the rectangular hole being inserted into and connected to the vibration portion; A front acupressure protrusion formed on the other surface of the acupressure plate and protruding toward the front surface of the user; And a side surface acupressure protrusion formed on the other surface of the acupressure plate and protruding from the side surface of the user in a bent form at an end thereof.

An acupressure projection cushioning member formed on a surface of the front acupressure projection and the side acupressure projection; And an elastic member provided between the distance adjusting unit and the acupressure plate.

An acoustic generator for reproducing and outputting a sound source stored in advance for each mode; And a display unit for performing a function of displaying a result in a current operation state mode, an eye fatigue test mode, or a reaction test mode.

The LED light emitting unit includes an LED printed circuit board including a left printed circuit board, a right printed circuit board, and a connected flexible printed circuit board; An outer LED unit including a plurality of LEDs spaced from each other along a peripheral region of the left and right printed circuit boards; And an inner LED unit including a plurality of LEDs formed inside the outer LED unit.

The outer LED unit uses an orange LED that emits orange light, and the inner LED unit uses a green LED that emits green light.

The control unit controls the operation of the exercise mode, and the exercise mode is controlled to blink the outer LED unit and the inner LED unit for a predetermined time in a predetermined order.

The control unit controls the operation of the eye fatigue test mode, and when the LED of any one of the outer LED unit and the inner LED unit blinks at a specific frequency, And to determine the concentration state of the user.

The control unit controls the operation of the reaction test mode, and the reaction test mode is controlled so as to determine a signal input of the signal input button at a position opposite to the corresponding direction within a lighting time when the LED unit is blinked twice and to be a score.

According to the present invention, since the LED light emitting portion is traced and the muscles connected to the eyeball are used naturally, the visual acuity is improved, and the position of the acupressure portion is adjusted to the face of the user through the distance adjustment of the acupressure portion according to the size of the user's face, The effect can be improved.

In addition, by measuring the tired state of the eyes and informing the user of the tired state of the eyes, the user can be rested when the eyes are tired, thereby relieving the fatigue of the eyes more quickly.

In addition, it is possible to adjust the light emission order and the lighting speed of the LED light emitting portion, thereby maximizing the effect of the eye muscle movement.

1 is a perspective view of a personal vision protecting exercise machine according to the prior art.
2 is a schematic perspective view of a device for removing a pseudo-near-vision and eye fatigue according to the present invention.
FIGS. 3A and 3B are a plan view and a front view, respectively, showing the internal construction of the apparatus for removing a pseudo near vision and eye fatigue according to the present invention.
4 is a plan view showing the configuration of the distance control unit of the apparatus for removing caustic eyes and eye fatigue as shown in FIG.
5 is a front view showing a configuration of the distance control unit of the apparatus for removing caustic eyes and eye fatigue as shown in FIG.
Figs. 6 and 7 are diagrams showing the operating states of the distance control unit of the pseudo near vision and eye fatigue dynamics exercise apparatus.
8 is a schematic view showing the configuration of the LED light emitting unit of the apparatus for removing the near-vision and eye fatigue.
9 is a view showing an operating state of the vibrating part of the apparatus for removing the near vision and the eye fatigue.
FIG. 10 is a functional block diagram of a device for caudal myopia and eye fatigue dyssiness according to the present invention.
11 is a diagram illustrating an operation mode of the apparatus for removing a pseudo-near-vision and eye fatigue according to the present invention.

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

FIG. 2 is a schematic perspective view of a pseudo near vision and eye fatigue dislocation exercise apparatus according to the present invention, and FIGS. 3a and 3b are a plan view and a front view, respectively, showing an internal structure of a pseudo myopic and eye fatigue relaxation exercise apparatus according to the present invention.

2 to 3B, a pseudo myopic eye fatigue exercise apparatus according to the present invention includes a main body 100, an LED light emitting unit 200, a light shielding unit 300, a finger pressure unit 400, A vibration unit 500, a vibration unit 600, a signal input unit (not shown), and a control unit (not shown).

The main body 100 provides a space in which the respective components are mounted, and is formed to correspond to the user's facial bending, and is configured to have a streamlined shape such as a goggle. At both ends of the main body 100, a leg for fixing the main body over the user's ear is formed.

The LED light emitting unit 200 is installed at a predetermined distance from the eyeball of the user and is installed at a front end of the distance adjusting unit 500. The LED light emitting unit 200 includes a plurality of LED units, and a plurality of LED units blink according to a predetermined order and time. The user moves the eyeball along the flashing LED unit while performing the eye movement by repeating the contraction and relaxation of the muscles connected to the eyeball.

The light shielding part 300 is formed on both sides with respect to the front center of the main body 100 so that both eyes of the user can be seen through the light shielding part 300 forward. The light shielding part 130 is formed in the shape of an elliptical column having an open front and a back, and functions to prevent the light from entering the inside when the user wears the main body, thereby improving the focusing power during eyeball movement. The light blocking part 300 is formed on the left and right side pressure plates of the pressure applying part 400 and is formed of a rubber material so as to be in close contact with the user's face to minimize the inflow of light into the gaps.

The acupressure part 400 includes front and rear acupressure projections 414 and 424 formed to face the front face of the user's face and side face acupressure projections 415 and 425 formed to face the side face of the user's face, 424 and the side acupressure protrusions 415, 425 are used to shave the user's facial muscles, more specifically, muscles around the eyes of the face.

The acupressure part 400 includes a left acupressure part 410 formed around the left eye and a right acupressure part 420 formed around the right eye for acupressing muscles around the user's right eye to shiver muscles around the left eye of the user . The left pressurizing portion 410 and the right pressurizing portion 420 are movably coupled by the distance adjusting portion 500 so as to adjust the spacing distance. One end of the left acupressure part 410 and one end of the right acupressure part 420 are connected to the vibration part 600 so that vibrations generated in the vibration part 600 are transmitted to the user's facial muscles through the front and side acupressure projections. And performs a massage function.

The distance adjusting unit 500 is installed to be connected to the pressure applying unit 400 to adjust a distance between the left and right pressure applying units 410 and 420. The distance adjusting unit 500 is installed on the opposite side of the front and side acupressure projections. The distance adjusting unit 500 includes a left side pressure adjusting unit 510, a right side pressure adjusting unit 520, and a distance adjusting unit 530. The left acupressure part regulating unit 510 is connected to the left acupressure part 410 and the right acupressure part regulating unit 520 is connected to the right acupressure part 420. The distance adjusting unit 530 is provided between the left shaking part adjusting unit 510 and the right shaking part adjusting unit 520 to adjust the separation distance between the left shaking part adjusting unit 510 and the right shaking part adjusting unit 520 . A detailed description of the distance control unit 500 will be described later with reference to FIG. 4 and FIG.

The vibrating part 600 is hinged to one end of the left acupressure part 410 and one end of the right acupressure part 420 and transmits vibration generated in the vibration part 600 to the acupressure part 400. [ In this embodiment, a geared motor having an eccentric shaft is used as the vibration unit 600, and an eccentric shaft of the geared motor and one end of the left suppression unit 410 and one end of the right suppression unit 420 are connected by hinge coupling . Fig. 9 shows a diagram according to the operating state of the vibrating part of the caudal myopic eye and the eye relieving exercise device.

The signal input unit (not shown) performs a function of inputting the user's reaction in the eye fatigue test mode or the reaction test mode (score mode). The signal input unit is installed outside the main body 100, and is configured to be electrically connected to the control unit, and transmits a signal input from the signal input unit to the control unit.

The control unit (not shown) controls the operations of the LED light emitting unit 200, the vibration unit 600, and the signal input unit. The control unit controls the operation of the plurality of LED units such as the on / off and flashing sequence of the plurality of LED units of the LED light emitting unit 200, and controls the operation of the vibration unit 600 and the signal input unit. In addition, the control unit controls the execution of various operation modes according to an instruction of the mode conversion unit. For example, in the eye fatigue test mode, it measures the fatigue of the user's current eye condition and controls the operations of the LED light emitting unit 200, the signal input unit, and the sound generating unit described below to inform the measurement result.

The pressure-applying unit 400 includes a left pressure-applying unit 410 and a right pressure-applying unit 420.

The left acupressure part 410 includes a left acupressure holder 411, a left acupressure plate 412, a left acupressure coupling member 413, a left front acupressure projection 414, a left side acupressure projection 415, (416) and a left elastic member (417).

The left acupressure plate 412 is formed in a rectangular shape having rounded corners as a whole, and is formed in a curved shape corresponding to the facial bending of the user. The left acupressure plate 412 provides a space in which the components of the left acupressure part are installed.

The left acupressure holder 411 is formed on one side of the left acupressure plate 412 (i.e., the opposite side facing the user's face) and connected to the left acupressure part regulating unit 510.

One end of the left acupressure coupling member 413 is connected to one surface of the left acupressure plate 412 and the other end thereof is formed with a rectangular hole. The rectangular hole is connected to the eccentric shaft 600 of the geared motor Insert is connected.

The left front acupressure projection 414 is formed on the other surface of the left acupressure plate 412 and is formed to protrude toward the front surface of the user. In the present embodiment, the left front acupressure projection 414 is formed so that four projections protrude along the right side periphery of the left acupressure plate 412.

The left side acupressure projection 415 is formed on the other surface of the left acupressure plate 412 and is protruded in the form of an end bent in the vicinity of the user's facial side portion (i.e., temple). In the present embodiment, the left side acupressure projection 415 is formed so that two projections are formed at the left end of the left acupressure plate 412 so that the ends thereof are bent.

The left acupressure pad cushioning member 416 is made of a soft material such as rubber or silicone and is formed on the surfaces of the left front acupressure projection 414 and the left side acupressure projection 415.

The left elastic member 417 is provided between the left acupressure part regulating unit 510 and the left acupressure plate 412 so that the left elastic member 417 and the left elastic member 416 are provided in correspondence with the facial contraction when the left front and side acupressure projections contact the user & 417 are compressed and pressure is applied around the eyes of the user with a pressure not excessive by the pressure-gauge projection, thereby improving blood circulation.

The right acupressure part 420 includes a right acupressure holder 421, a right acupressure plate 422, a right acupressure connecting member 423, a right front acupressure projection 424, a right side acupressure projection 425, (426) and a right elastic member (427).

The right acupressure plate 422 is formed in a rectangular shape having rounded corners as a whole, and is formed in a curved shape corresponding to the user's facial bending. The right acupressure plate 422 provides a space in which the components of the left acupressure part are installed. The right acupressure holder 421 is formed on one side of the right acupressure plate 422 (i.e., the opposite side opposite to the user's face) and is connected to the right acupressure regulating unit 520.

One end of the right acupuncture connecting member 423 is connected to one surface of the right acupressure plate 422 and the other end is formed with a rectangular hole. The rectangular hole is connected to the eccentric shaft 600 of the geared motor Insert is connected. The remaining configuration is the same as the configuration and function of the left side pressure portion, and a description thereof will be omitted.

FIG. 4 is a plan view showing a configuration of the distance control unit of the apparatus for removing caustic eyes and eye fatigue shown in FIG. 3. FIG. 5 is a front view showing the configuration of the distance control unit of the caustic- to be.

4 and 5, the distance adjusting unit 500 of the pseudo near vision and eye fatigue damping exercise apparatus includes a left side pressure adjusting unit 510, a right side pressure adjusting unit 520 and a distance adjusting unit 530 .

One end of the left acupressure part adjusting unit 510 is connected to the left acupressure holder 411 and the other end is connected to the distance adjusting unit 530.

One end of the right acupressure part regulation unit 520 is connected to the right acupressure holder 421 and the other end is connected to the distance control unit 530.

The distance adjusting unit 530 includes a pinion gear 531, an upper rack 532, a lower rack 533 and a pinion gear adjusting screw 534. [

The upper rack 532 is connected to the other end of the left acupressure regulating unit 510 and the lower rack 533 is connected to the other end of the right acupressure regulating unit 520. The pinion gear 531 is installed so as to be intermeshed between the upper rack 532 and the lower rack 533. The pinion gear adjusting screw 534 is installed to engage with the pinion gear 531.

The pinion gear 531 is rotated and the upper rack 532 and the lower rack 533 linearly move left and right as the pinion gear 531 rotates, The left pressurizing portion regulating unit 510 and the right pressurizing portion regulating unit 520 connected to the rack 532 and the lower rack 533 are moved in a direction to move toward or away from each other.

Figs. 6 and 7 are diagrams showing the operating states of the distance control unit of the pseudo near vision and eye fatigue dynamics exercise apparatus.

6 is a view showing a state in which the distance between the left side pressing portion 410 and the right side pressing portion 420 is reduced by narrowing the separation distance between the left side pressure adjusting portion 510 and the oil pressure adjusting portion 520 when the face of the user is small The position of the acupressure projection is narrowed so that the position of the acupressure projection is appropriately arranged on the user's face. The user rotates the pinion gear adjusting screw 534 in one direction (for example, counterclockwise) to linearly move the upper rack 532 and the lower rack 533 in the direction of approaching each other, The adjusting unit 510 and the right acupressure part adjusting unit 520 are moved in a direction in which they approach each other. As a result, the separation distance between the left and right acupressure part 410 and the right acupressure part 420 is narrowed so that the position of the acupressure projection is appropriately arranged on the face of the user.

7, when the face of the user is large, the separation distance between the left and right side acupressure part adjusting units 510 and 520 is widened so that the left acupressure part 410 and the right acupressure part 420 And the position of the pressure-gauge projection is appropriately disposed on the face of the user.

8 is a schematic view showing the configuration of the LED light emitting unit of the apparatus for removing the near-vision and eye fatigue.

Referring to FIG. 8, the LED light emitting unit 200 includes an LED printed circuit board 210, an outer LED unit 220, and an inner LED unit 230. The LED printed circuit board 210 includes a left printed circuit board 211, a right printed circuit board 212, and a connection flexible printed circuit board 213.

The left printed circuit board 211 is installed on the left acupressure part adjusting unit 510 and the right printed circuit board 212 is mounted on the right acupressure part adjusting unit 520. [ The connection flexible printed circuit board 213 electrically connects the left printed circuit board 211 and the right printed circuit board 212 to each other.

Each of the left and right printed circuit boards is formed in an overall oval shape. However, the shapes of the left and right printed circuit boards are not limited thereto.

The outer LED units 220 are spaced from each other along the peripheral region of the left and right printed circuit boards, and the inner LED unit 230 is formed inside the outer LED unit. That is, the inner LED unit 230 is formed in the central region of the left and right printed circuit boards.

In the present embodiment, the outer LED unit 220 is composed of 22 LEDs (O1 to O22) and uses an orange LED that emits orange light. Eleven LEDs (O1 to O11) out of the 22 LEDs are arranged to be spaced apart from each other in the outer peripheral region of the right printed circuit board and the remaining 11 LEDs (O12 to O22) are spaced apart from each other in the outer peripheral region of the left printed circuit board .

The inner LED unit 230 is composed of six LEDs I1 to I6 and uses a green LED that emits green light. Three of the six LEDs I1 to I3 are disposed apart from each other in a central region of the right printed circuit board and the remaining three LEDs I4 to I6 are disposed apart from each other in a central region of the left printed circuit board .

The signal input unit 700 includes a left signal input button 710 and a right signal input button 720. The left signal input button 710 and the right signal input button 720 function to input a user's reaction in an eye fatigue test mode or a reaction test mode (score mode). The signal input unit is installed outside the main body 100, and is configured to be electrically connected to the control unit, and transmits a signal input from the signal input unit to the control unit.

FIG. 10 is a functional block diagram of a device for eliminating pseudo-near vision and eye fatigue according to the present invention, and FIG. 11 is a diagram illustrating an operation mode of a device for removing a near-vision and eye fatigue according to the present invention.

10, the pseudo myopia and eye fatigue resolution exercising apparatus includes an LED light emitting unit 200, a finger pressure unit 400, a signal input unit 700, a sound generating unit 800, a display unit 900, a mode conversion unit 1000 and a control unit 1500. The sound generator 800 plays back sound sources stored in advance for each mode and outputs the sound sources.

The display unit 900 performs a function of displaying a result in a current operation mode, an eye fatigue test mode, or a reaction test mode.

The mode converter 1000 performs a function of changing the operation mode of the device for cautionary eye movement and eye strain relief.

The control unit 1500 controls the operations of the LED light emitting unit 200, the signal input unit 700, the sound generating unit 800, the display unit 900, and the mode conversion unit 1000. In addition, the control unit 1500 controls the pseudo near vision and the eye fatigue resolution exercise apparatus to function as corresponding modes in each operation mode.

Referring to FIG. 11, the operation modes of the pseudo myopia and eye fatigue dyssiness exercise apparatus are composed of an automatic mode, an acupressure mode, a motion mode, an intensive mode, a sleep mode, an eye fatigue test mode, and a reaction test mode.

The automatic mode primarily massage the eyes around the eye through the acupressure mode, perform the eye movement through the exercise mode, then switch back to the acupressure mode, perform the secondary massage, and finish the massage in the concentrated mode do. In the case of the present embodiment, the primary massage is performed for 1 minute, the eye movement is performed for 2 to 5 minutes, the secondary massage is performed for 1 minute, and the concentration mode is performed for 1 minute. When performing the primary massage and the secondary massage, a sound source stored in advance through the sound generator is output.

In the acupressure mode, the vibrating part is operated to massage muscles around the eyes through the acupressure part. In this embodiment, the operation is performed for 5 minutes, and a sound source previously stored in the acupressure mode is output through the sound generator. Further, the operation of blinking the inner LED unit according to the frequency of the sound source is performed.

In the exercise mode, the outer LED unit and the inner LED unit are blinked for a predetermined time according to a predetermined order, and the user performs the exercise by moving the eyeball along the LED to be blinked. In this embodiment, the inner LED unit and the outer LED unit are alternately turned on to maximize eye movement. In addition, the user can maximize the effect of eye movement by making it possible to set the lighting speed to be faster or slower.

The lighting order of the LEDs can be variously modified. Embodiments applied in the present invention are as follows.

1) The inner LED unit is sequentially turned on in one direction and then sequentially in the reverse direction. Then, the outer LED unit is sequentially turned on in one direction, and then sequentially turned on in the reverse direction.

2) Only the outer LED unit is turned on in order to be various types.

3) Lights up alternately between the inner LED unit and the outer LED unit.

4) Only the outer LED unit lights randomly.

5) External LED Illuminate the inner unit and the LED unit randomly.

In the concentrated mode, a sound source for inducing the generation of pre-stored alpha waves is output through the sound generator, and the inner LED unit, that is, the green LED is turned on, without performing massaging.

The sleep mode is similar to the above focused mode, but lasts for 20 minutes.

In the eye fatigue test mode, one of the inner LED units is blinking at 10 Hz for 10 seconds at random, and blinks at 12 Hz for 2 seconds at random within the blink time of 10 seconds. At this time, if the user presses the signal input button at the opposite position of the flashing LED, it is determined that the concentration is good. The eye fatigue test mode operates for 1 minute, and it is judged that the concentration condition is good when 5 or more are set in 1 minute, and the concentration state is judged to be normal when 3 to 4 is set. And informs the user of the result through the sound or the display unit. For example, when the concentration is good, the indication of 'good concentration' is outputted. When the concentration is bad, the indication of 'the concentration is low and the rest is necessary' is outputted, or the corresponding condition is displayed through the display unit.

The reaction test mode (score mode) is a function that converts the user's cognitive response into points in the automatic mode or the exercise mode. When the LED unit flickers twice, the signal input button on the opposite side of the corresponding direction is pressed within the lighting time to realize the score. That is, when the LED disposed on the left printed circuit board flickers twice, the right signal input button is pressed within the lighting time, and the score is recognized. Through this, the user can test the reaction speed while performing eye movement.

It is to be understood that the present invention is not limited to the above-described embodiment, and that various modifications and variations of the present invention are possible in light of the above teachings. It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the present invention.

100:
200: LED light emitting portion
300: light blocking portion
400: acupressure part
500:
600:
700: Signal input section
800:
900: Display
1000: Mode conversion section
1500:

Claims (14)

A body provided with a space in which the component is mounted, the body being formed to correspond to a facial bend of the user;
An LED light emitting unit including a plurality of LEDs arranged to be spaced apart from a user's eyeball by a predetermined interval and blinking according to a previously stored order and time;
An acupressure part including a left acupressure part formed around the left eye of the user and a right acupressure part formed around the right eye of the user;
A distance adjusting unit installed to be connected to the finger pressure unit and adjusting a distance between the left finger pressure unit and the right finger pressure unit;
A light intercepting portion formed inside the pressure applying portion to prevent light from entering; And
A vibration part hinged to one end of the right side pressure part and one end of the left side pressure part to generate vibration;
A signal input unit for inputting a response of a user; And
And a control unit for controlling operations of the LED light emitting unit, the vibrating unit, and the signal input unit.
The method according to claim 1,
Wherein the vibrating part includes a geared motor having an eccentric shaft.
The method according to claim 1,
Wherein the acupressure part includes a front acupressure projection formed to face the front face of the user's face and a side acupressure projection formed to face the side face of the user's face.
The method according to claim 1,
Further comprising a mode conversion unit for converting an operation mode of the pseudo near vision and eye fatigue dancing exercise apparatus,
Wherein the control unit controls the pseudo near vision and eye fatigue resolution exercise apparatus to function as a corresponding mode in each operation mode.
The method according to claim 1,
Wherein the distance adjusting section includes a left acupressure regulating unit, a right acupressure regulating unit and a distance adjusting unit,
One end of the left acupressure part regulation unit is connected to the left acupressure part and the other end is connected to the distance control unit,
Wherein one end of the right shrinking part regulating unit is connected to the right shingling part and the other end is connected to the distance adjusting unit.
6. The method of claim 5,
The distance adjustment unit
An upper rack connected to the other end of the left sharps regulating unit;
A lower rack connected to the other end of the right sharply-portion regulating unit;
A pinion gear installed so as to be intermeshed between the upper rack and the lower rack; And
And a pinion gear adjusting screw provided so as to be engaged with the pinion gear.
The method according to claim 1,
Wherein the left and right side pressure applying portions and the right side pressure applying portions, respectively,
An acupressure plate formed in a curved shape corresponding to the facial bending of the user and providing a space in which the components are installed;
An acupressure holder formed on one surface of the acupressure plate and connected to the distance control unit;
An acupressure connection member having one end connected to one surface of the acupressure plate and the other end formed with a rectangular hole, and the rectangular hole being inserted into and connected to the vibration portion;
A front acupressure protrusion formed on the other surface of the acupressure plate and protruding toward the front surface of the user; And
And a side surface acupressure protrusion formed on the other surface of the acupressure plate and protruding from the side surface of the user in a bent form at an end thereof.
8. The method of claim 7,
An acupressure projection cushioning member formed on a surface of the front acupressure projection and the side acupressure projection; And
And an elastic member provided between the distance adjusting unit and the finger pressure plate.
5. The method of claim 4,
An acoustic generator for reproducing and outputting a sound source stored in advance for each mode; And
Further comprising a display unit configured to display a result of the current operation mode, the eye fatigue test mode, and the reaction test mode.
The method according to claim 1,
The LED light-
An LED printed circuit board including a left printed circuit board, a right printed circuit board and a connection flexible printed circuit board;
An outer LED unit including a plurality of LEDs spaced from each other along a peripheral region of the left and right printed circuit boards; And
And an inner LED unit including a plurality of LEDs formed inside the outer LED unit.
11. The method of claim 10,
Wherein the outer LED unit uses an orange LED that emits orange light, and the inner LED unit uses a green LED that emits green light.
11. The method of claim 10,
The control unit controls the operation of the exercise mode,
Wherein the exercise mode is controlled so as to blink the outer LED unit and the inner LED unit in a predetermined order for a predetermined time.
11. The method of claim 10,
The control unit controls the operation of the eye fatigue test mode,
In the eye fatigue test mode, when any of the LEDs of the outer LED unit and the inner LED unit is flickered at a specific frequency, the eye fatigue test mode is controlled so as to determine the concentration state of the user by determining a signal input of the signal input button at the opposite position of the LED Characterized by a pseudo myopia and eye fatigue solving exercise device.
11. The method of claim 10,
The control unit controls the operation of the reaction test mode,
Wherein the reaction test mode is controlled so as to determine a signal input of a signal input button at a position opposite to a corresponding direction within a lighting time when the LED unit is flashed twice and to be a score.

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