WO2017119640A1

WO2017119640A1 - Device for treating dry eye syndrome and strengthening vision

Info

Publication number: WO2017119640A1
Application number: PCT/KR2016/014991
Authority: WO
Inventors: 안선종
Original assignee: 안선종
Priority date: 2016-01-04
Filing date: 2016-12-21
Publication date: 2017-07-13
Also published as: KR200480391Y1

Abstract

The present invention is characterized by comprising: an upper liquid receptacle having an upper eye-cleaning part into which saline solution is added; a lower liquid receptacle, under the upper liquid receptacle, comprising a lower eye-cleaning part for circulating the saline solution, a circulation tank under the lower eye-cleaning part to accommodate the saline solution, and a partitioning panel connected to the circulation tank to induce reverse-flow of the accommodated saline solution to resupply same to the upper liquid receptacle side; a circulation apparatus comprising a driving apparatus, disposed in the upper liquid receptacle, for providing a set level of driving power, and a rotation assembly for establishing reverse flow-induced forced circulation of the saline solution accommodated in the circulation tank by means of the rotational power of the driving apparatus; a display apparatus for outputting an ocular muscle exercising program so that a user can exercise the ocular muscles; and a control apparatus for controlling the operation of the circulation apparatus and display apparatus.

Description

Dry Eye Treatment and Vision Enhancer

The present invention relates to the treatment of dry eye syndrome and eyesight enhancer. More specifically, the present invention relates to a treatment for eye dryness and eyesight enhancer, which is configured with a compact design capable of minimizing the volume of the eye washing and dry eye treatment of the user while circulating the saline solution and minimizing the volume. .

In order to get rid of dry eye discomfort, the artificial tears are directly administered to the eye. However, in order to frequently administer artificial tears to the eye, artificial tears must be purchased. Go to the doctor to get a prescription to buy in the pharmacy because it takes a lot of time and money to buy artificial tears, there was a problem with the hassle.

Accordingly, the Republic of Korea Utility Model No. 20-2009-0004023 is formed with a water inlet in which the stopper is detachably installed in the connecting portion formed in the center of the spectacle frame, and connected to the water inlet pipe connected to the water inlet in the lower frame of both sides of the spectacle frame It is formed, a plurality of through-holes are formed on the inner surface of the lower frame to let the water contained in the water faucet tube leaks to the outside, the humidifying glasses with moisture absorbing cushion material is attached to the inner surface of the lower frame on both sides It has been disclosed.

However, the above-mentioned humidifying glasses simply prevent eye dryness temporarily, and are somewhat unreasonable to use for treatment, and when the position of the eyeball and the position of the hole are not properly set, it is administered to the user's face and the efficiency is high. There was a bad problem.

Accordingly, the present applicant, as disclosed in the Republic of Korea Patent No. 10-1483402, the saline solution is injected into the inside, the hydroponic body portion is in close contact with the user's face to the muscle movement of the eye in the saline; A saline container coupled to an upper portion of the hydroponic body to supply a predetermined amount of the saline solution; And a display device which is fixed to the front of the saline container, and which has an eye muscle strengthening program for inducing the eye gaze of the user to perform eye movement in the saline. The application has been registered.

However, the above-described dry eye treatment and vision enhancer is accommodated in the hydroponic body portion to wash the eye with a saline solution, so there is a problem that the cleaning power is poor compared to the running water to be washed for a long time.

In addition, dry eye syndrome and eyesight enhancer is not easy to carry a large volume of the eyeliner treatment and eye muscle strengthening exercise was possible only in a very limited situation there was a problem that the efficiency is reduced.

The present invention for solving such a problem is possible to treat the user's eye wash and dry eye in the state of circulating saline to provide the efficiency of dry eye and eye muscle movement and clean saline to provide hygienic treatment and vision The purpose is to provide a dry eye treatment and eyesight enhancer that is configured to have a compact and compact design to minimize volume.

The present invention for achieving the above object is the saline solution is stored, the top canister consisting of an upper eye wash unit is made of the saline solution; A lower eye washing part configured to be discharged to allow the saline solution introduced through the input hole to circulate, and a circulation tank configured to receive the discharged saline solution at the lower eye washing part; A lower water bottle including a split panel connected to a circulation tank and refluxing the saline solution received and resupplying to the upper water bottle; A circulation device including a driving device configured in the upper water bottle and providing a predetermined power, and a rotating assembly receiving a rotational force of the driving device so that the saline water contained in the circulation tank is forcedly circulated by a reverse flow; A display device for outputting an eye muscle exercise program to allow a user to perform eye muscle exercise; And a control device for controlling the driving of the circulation device and the display device and controlling the circulation and discharge of the saline solution.

In addition, the upper eye washing unit is an input hole into which the saline solution stored in the upper storage tank is input, the upper washing hole to allow the treatment of dry eye syndrome while the saline solution introduced by the input hole is moved, and the upper outer peripheral surface to be slidable It is characterized in that it comprises a first opening and closing panel coupled to selectively open and close the input hole.

In addition, the lower eye washing unit is configured in the front side of the input hole is discharged to the circulation of the saline solution moved to the user's eye side and the saline solution is connected to the circulation tank is discharged through the circulation hole An inlet hole introduced into the circulation tank, the outlet hole having the same center as the inlet hole, a outlet hole for discharging the saline solution introduced through the inlet hole, a connection panel connecting the inlet hole and the inlet hole, and sliding on the lower inner peripheral surface Possible coupling is characterized in that it comprises a second opening and closing panel for selectively opening and closing any one of the circulation hole and the discharge hole.

In addition, the lower eyeball cleaning unit is connected to the discharge hole, consisting of a space separated from the circulation hole and the inlet hole further comprises a lower storage tank for storing only the saline discharged through the discharge hole.

In addition, the upper and lower eye wash portion is characterized in that the eye contact portion made of a pad made of a rubber material is further configured.

In addition, the partition panel is configured such that the circulation tank and the upper water bottle communicate with each other, a counter flow hole for allowing the saline solution received to the circulation tank to flow back to the upper water bottle side, and the eye muscle movement output from the display unit. It further comprises a permeation through the program, and a float backflow prevention net to prevent the backflow of the float generated during the cleaning.

The rotating assembly may include a plurality of rotating members coupled to the driving device to rotate under a predetermined rotational force; A power transfer member connecting the plurality of rotation members to transmit rotational force; It is characterized in that it comprises a plurality of circulation fans connected to the rotating member to flow back to the saline solution located in both eyes.

In addition, the upper and lower canisters are characterized in that it further comprises a water can cover that is configured on one side, rotatably coupled to open and close to allow a quick discharge of the saline solution.

In addition, the upper canteen and the lower canteen is characterized in that the fixing band for fixing the dry eye treatment and eyesight enhancer on the face of the user is further configured.

In addition, the control device includes an opening and closing control unit for controlling the sliding operation of the first and second opening and closing panel respectively configured in the upper and lower eye washing unit, a language selection unit for selecting a language for each mode according to the user's native language; In order to execute the treatment of dry eye syndrome and eye muscle movement, the step progress mode is executed, and a circulation control unit for controlling the driving of the circulator.

The mode progress unit may include: a first mode unit configured to apply power to the opening and closing control unit to slide the first opening / closing panel to input the saline solution stored in the upper water bottle; A second mode unit which drives the display device to execute the eye muscle exercise program; And a third mode unit configured to circulate the saline solution and operate the second opening / closing panel to open the discharge hole to discharge the saline solution remaining in the upper and lower eye wash units.

According to the present invention as described above it is possible to treat the user's eye washing and dry eye dryness in the circulating saline solution to provide the efficiency of dry eye and eye muscle movement and clean saline to provide hygienic treatment.

According to the present invention, there is an effect that the vision is enhanced due to the efficient eye muscle strengthening exercise.

In addition, according to the present invention has a compact design that can minimize the volume of dry eye treatment and eyesight enhancer has the effect that can be used regardless of location to maximize portability.

1 is a perspective view showing a dry eye treatment and eyesight enhancer according to the present invention,

Figure 2 is a perspective view schematically showing a circulation device for treating dry eye and eyesight enhancer according to the present invention,

3 is a cross-sectional view taken along the line A-A 'of the dry eye treatment and vision enhancer according to the present invention;

Figure 4 is a view showing a cross-sectional view B-B 'of the dry eye treatment and vision enhancer according to the present invention,

Figure 5 is a cross-sectional view of the side of the dry eye treatment and eyesight enhancer according to the present invention,

6 and 7 is a configuration diagram showing the saline circulation state of the dry eye treatment and eyesight enhancer according to the present invention,

8 is a block diagram showing a state in which the saline of the dry eye treatment and eyesight enhancer discharge according to the present invention,

Figure 9 is a block diagram showing a control device of dry eye treatment and vision enhancer according to the present invention.

An upper water reservoir in which a saline solution is stored and an upper eye wash unit in which the saline solution is introduced; A lower eye washing part configured to be discharged to allow the saline solution introduced through the input hole to circulate, and a circulation tank configured to receive the discharged saline solution at the lower eye washing part; A lower water bottle including a split panel connected to a circulation tank and refluxing the saline solution received and resupplying to the upper water bottle; A circulation device including a driving device configured in the upper water bottle and providing a predetermined power, and a rotating assembly receiving a rotational force of the driving device so that the saline water contained in the circulation tank is forcedly circulated by a reverse flow; A display device for outputting an eye muscle exercise program to allow a user to perform eye muscle exercise; And a control device for controlling driving of the circulation device and the display device and controlling the circulation and discharge of the saline solution.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the elements of each drawing, it should be noted that the same reference numerals are used to refer to the same elements even though they are shown in different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is a perspective view showing a dry eye treatment and eyesight enhancer according to the present invention, Figure 2 is a perspective view schematically showing a circulation device of a dry eye treatment and eyesight enhancer according to the present invention, Figure 3 is a dry eye treatment according to the present invention And AA 'cross-sectional view of the eyesight enhancer, Figure 4 is a view showing a BB' cross-sectional view of the treatment of dry eye and eyesight enhancer according to the present invention, Figure 5 is a side view of dry eye treatment and eyesight enhancer according to the present invention 6 and 7 are constitutive views showing the saline circulation of the dry eye treatment and eyesight enhancer according to the present invention, Figure 8 is a saline solution of the dry eye treatment and eyesight enhancer according to the present invention is discharged 9 is a block diagram showing a control device for treating dry eye and eyesight enhancer according to the present invention.

Dry eye treatment and vision enhancer of the present invention comprises an upper canister 100, lower canister 200, the display device 300, the circulation device 400 and the control device 500.

The upper water bottle 100 is configured with an upper storage tank 112 in which saline is stored therein, and is disposed in the upper storage tank 112 so that the upper surface of the user's eye is in contact with the upper storage tank ( The upper eyeball washing unit 120 is configured to provide the saline solution stored in 112 to the eyeball side of the user.

The upper storage tank 112 is provided with a supply hole 114 for supplying saline used for treating dry eye and washing the eye, preferably, a closure plug for opening and closing the supply hole 114 may be further configured.

The upper eyeball washing unit 120 is a component that is provided inside the upper storage tank 112 to store the saline solution is supplied to the user's eye side and in close contact with the upper surface of the eyeball to prevent leakage of the saline solution.

The upper eye washing unit 120 has an upper washing hole 122 to allow treatment for dry eye, and the injection hole 124 into which the saline solution stored in the upper storage tank 112 penetrates the upper outer peripheral surface. Is formed.

In addition, the upper eyeball cleaning unit 120 is slidably coupled to the upper outer circumferential surface and the first opening and closing panel to selectively open and close the input hole 124 while moving in the front, rear direction under the control of the opening and closing control unit 510 to be described later 130 is configured.

The first opening panel 130 may control the amount of saline solution supplied to the upper washing hole 122 through the input hole 124, and the saline solution is supplied according to the stepwise mode of the eye muscle exercise program. The opening and closing amount of the hole 124 is controlled.

The lower canister 200 is configured under the upper canister 100 to allow the saline to be circulated so that treatment can be performed in a state such as flowing water during treatment of dry eyes of the user.

The lower water bottle 200 is coupled to the upper eye washing unit 120 by matching with the upper, and the lower eye washing unit 220 for discharging the saline solution introduced through the input hole 124 to circulate. The lower eye washing unit 220 is configured to include a circulation tank 240 in which the circulating water is discharged so that the circulation of the circulating water is made, and the circulated water located in the rear of the circulating tank 240 flows backward. Split panel 250 is configured to be re-supplied to the upper storage tank 112 side.

Here, the lower eye washing unit 220 is formed in the same shape as the upper eye washing unit 120 is configured to be in close contact with the lower surface of the eye, the saline solution introduced from the input hole 124 to be treated for dry eye syndrome Lower washing hole 222 is formed to move to the eyeball side of the user so that dry eye treatment is made.

The lower eyeball cleaning unit 220 is located in front of the input hole 124, that is, the eyeball side of the user, the circulation hole 224 is formed to supply to the circulation tank 240 to circulate the added saline is formed. do.

In addition, an inlet hole 228 is formed at a lower portion of the circulation hole 224 to communicate with the circulation tank 240 to supply the saline solution flowing out through the circulation hole 224 to the circulation tank 240. The connection panel 225 is further configured to connect the 224 and the inlet hole 228, and to be separated from the lower storage tank 212 configured in the lower bottle 200.

That is, in the present invention, the saline solution stored in the upper storage tank 112 is supplied to the

eye washing units

120 and 220 through the input hole 124, and the saline solution is supplied to the circulation hole 224 and the inlet hole 228. Is introduced into the circulation tank 240 is configured to be the circulation of the saline solution.

In addition, the lower eye washing unit 220 is configured on the rear side of the circulation hole 224, and is located on the same center line as the input hole 124, and part of the saline solution introduced through the input hole 124 is immediately discharged. Adjust the amount of saline provided to the user's eye side, and when the saline is replaced to ensure complete discharge of the saline remaining in the eye washing unit (120, 220), and the rapid discharge of saline stored in the upper storage tank 112 A discharge hole 226 is formed to enable it.

Here, the discharge hole 226 is configured to communicate with the lower storage tank 212 configured in the lower canister 200 so that the discharged saline is stored in the lower storage tank 212.

At this time, the saline solution stored in the lower storage tank 212 is composed of a space separated from the circulation hole 224 and the inlet hole 228 to discharge the remaining saline of the washing holes 122, 222 in the eye movement mode, It is possible to ensure a clear view toward the permeation unit 254, is configured to be introduced through the circulation tank 240 during the recirculation for further cleaning.

The lower eyeball cleaning unit 220 includes a second opening and closing panel 230 that opens or closes one of the circulation holes 224 and the discharge holes 226 under the control of the opening and closing control unit 510. .

That is, the lower eye washing unit 220 of the present invention selectively controls the opening or closing of the circulation hole 224 or the discharge hole 226 by sliding the second opening and closing panel 230, thereby controlling the flow of saline solution. Control and secure a field of view through the transmission 254 in a mode for eye muscle movement.

The present invention as described above may further comprise an eye contact portion 140 made of a rubber pad on the upper and lower

eye wash portions

120 and 220 to improve the adhesion to the eye and to prevent the leakage of saline solution. .

The circulation tank 240 is configured to communicate with the lower eye wash unit 220, the connection panel 225, and the inlet hole 228, and the saline solution flowing through the circulation hole 224 is accommodated, and the received saline solution is described later. It is a component that is circulated to the side of the counter flow hole 252 is formed through the partition panel 250 by the driving of the circulator 400.

That is, the circulation tank 240 of the present invention is a medium that allows the lower eye wash unit 220 and the backflow hole 252 to be in communication with each other, and is configured to accommodate a predetermined amount so that the saline can be circulated. It is an enclosure.

Here, the splitter panel 250 is located at the rear of the

eyeball cleaning part

120 and 220, and is located in front of the display device 300 so that the saline solution accommodated in the circulation tank 240 flows back to the upper storage tank 112. It is a component forming the backflow hole 252 to be re-supply to the side.

That is, the split panel 250 of the present invention is a component that guides the circulation of the saline solution by allowing the circulation tank 240 and the upper storage tank 112 to be configured to communicate with each other.

The split panel 250 is located on the coaxial line of the eye wash holes 122 and 222 of the

eye wash units

120 and 220 to project the eye muscle exercise program output from the display unit 300 so that the user can use the same. The transmission portion 254 is further configured to perform eye muscle movement through the program.

In addition, the counter flow hole 252 prevents the washing suspended matter (remains) generated while the saline solution accommodated in the circulation tank 240 flows into the counter flow hole 252 and is introduced into the upper storage tank 112 while circulating with the saline solution. The float backflow prevention network 260 may be further configured.

Float backflow prevention net 260 is to prevent the flow of the washed suspended by the saline solution containing the floats generated during the washing to the backflow hole 252 side, the clean saline flows when forced circulation through the circulation device 400 By providing the effect of the condition to the eyeball of the user, it is possible to maximize the effect on the treatment of dry eye syndrome.

The circulator 400 is configured to circulate the saline solution according to the level of the saline solution located on the backflow hole 252 partitioned by the split panel 250. It comprises a drive device 420 for providing a, and the rotary assembly 410 is mechanically connected to the drive device 420 is applied a predetermined rotational force to be forced circulation by the saline backflow.

Here, the rotation assembly 410 is coupled to the power transmission member 422 configured in the drive device 420 by the gear bite-off method is provided with a plurality of rotation member 430 is rotated by receiving a predetermined rotational force, The power transfer member 440 such as a belt and the rotary member 430 are connected to the rotary member 430 so that the power is transmitted, and the saline solution located on both eyes is flowed back to circulate. It consists of a plurality of circulation fans 450 for resupply to the storage tank 112 side.

The display apparatus 300 is a component that outputs an eye muscle exercise program so that a user who adheres the eye to the upper and lower

eye wash units

120 and 220 may perform the eye muscle exercise.

The display device 300 is an image display unit 310 for providing image information for the movement of the eye, such as left and right, up and down, circular direction, eight-character rotation according to the mode setting of the control device 500 to be described later ) Is configured.

On the other hand, the upper canister 100 and the lower canister 200 of the dry eye treatment and vision enhancer of the present invention is preferably configured integrally, one side of the upper storage tank 112 of the upper canister 100, The water bottle cover 270 for discharging the saline solution stored in the lower storage tank 212, the circulation tank 240, the backflow hole 252, etc. of the lower water bottle 200 may be configured to be opened and closed.

Here, the water bottle cover 270 is rotatably coupled to the lower end by the rotary support portion 272 that is rotated by the hinge operation to the lower surface of the lower canister 200, the upper end is the upper surface of the upper canister 100 Is separably coupled to the fixing ring 274 to be configured to facilitate the discharge of the saline solution stored in each of the canisters (100, 200).

At this time, when the water bottle cover 270 is rotated and separated from each of the

water bottles

100 and 200, the second opening panel 230 configured in the lower eyeball cleaning unit 220 slides to operate the discharge hole 226. By opening up the saline solution stored in the upper storage tank 112, as well as the saline solution remaining in the

eye wash unit

120, 120, it can be made to discharge more quickly.

In addition, the dry eye treatment and eyesight enhancer of the present invention preferably further comprises a fixing band 150 for fixing the dry eye treatment and eyesight enhancer to the user's face so that the user can more comfortably carry out dry eye treatment However, it is not limited thereto.

The control device 500 is a component for controlling the respective components for the treatment of dry eye syndrome and driving the eyesight enhancer, and for controlling the display device to execute a program for eye muscle movement.

The control device 500 further comprises an opening and closing control unit 510 for controlling the sliding operation of the first and second opening and

closing panels

130 and 230, according to the situation for each mode executed by the control device 500. The supply of saline can be controlled.

The control device 500 is configured with a language selection unit 520 that can select the language of each country in order to enable convenient use of each mode according to the user's native language.

In addition, the control device 500 may further include a mode progression unit 530 in which the step-by-step mode is executed to perform dry eye treatment and eye muscle movement.

When the mode progressing unit 530 is supplied with power to the treatment of dry eye syndrome and the eyesight enhancer, and it is confirmed that the user's eye is in close contact with the

eye washing units

120 and 220, the mode progressing unit 530 applies power to the opening / closing control unit 510 to perform the first operation. The first mode part 532 is configured to inject the saline solution stored in the upper storage tank 112 by sliding the opening / closing panel 130.

In addition, when the driving of the first mode unit 532 is completed, the mode progressing unit 530 drives the display apparatus 300 to execute the eye muscle exercise program so that the user performs eye muscle exercise. The mode unit 534 is configured.

In addition, the mode progress unit 530 circulates the saline solution accommodated in the circulation tank 240, if the treatment of dry eye syndrome, by operating the second opening and closing panel 230 to open the discharge hole 226, eye washing unit A third mode part 536 for discharging the saline remaining in the 120 and 220 is configured.

In addition, the control device 500 of the present invention is configured with a circulation control unit 540 in conjunction with the third mode unit 536 to control the driving of the circulation device 400.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

According to the present invention as described above it is possible to treat the user's eye wash and dry eye in the state of circulating saline solution to provide hygiene treatment by providing the efficiency of dry eye and eye muscle movement and clean saline.

100: upper canister 112: upper storage tank

120: upper eye wash unit 130: first opening and closing panel

140: eye contact portion 150: fixing band

200: lower water reservoir 212: lower storage tank

220: lower eye wash unit 230: second opening and closing panel

240; Circulation tank 250: split panel

252: backflow hole 260; Float backflow screen

270: water bottle cover 300; Display device

310: image display unit 400: circulator

410: rotating assembly 420: drive unit

500: controller 510: opening and closing control unit

Claims

An upper water reservoir in which a saline solution is stored and an upper eye wash unit in which the saline solution is introduced;

A lower eye washing part configured to be discharged to allow the saline solution introduced through the input hole to circulate, and a circulation tank configured to receive the discharged saline solution at the lower eye washing part; A lower water bottle including a split panel connected to a circulation tank and refluxing the saline solution received and resupplying to the upper water bottle;

A circulation device including a driving device configured in the upper water bottle and providing a predetermined power, and a rotating assembly receiving a rotational force of the driving device so that the saline water contained in the circulation tank is forcedly circulated by a reverse flow;

A display device for outputting an eye muscle exercise program to allow a user to perform eye muscle exercise; And

Control device for controlling the operation of the circulation device and the display device, and control the circulation and discharge of the saline solution

Dry eye treatment and vision enhancer comprising a.
The method of claim 1,

The upper eye wash unit

An injection hole into which the saline solution stored in the upper storage tank is introduced;

An upper washing hole through which the saline solution introduced by the input hole is moved to perform dry eye treatment;

The first opening and closing panel is slidably coupled to the upper outer peripheral surface to selectively open and close the input hole

Dry eye treatment and eyesight enhancer comprising a.
The method of claim 1,

The lower eye wash section

A circulation hole configured at a front side of the input hole to discharge the saline solution to be moved to the eyeball of the user;

An inlet hole connected to the circulation tank for introducing a saline solution flowing through the circulation hole to the circulation tank;

A discharge hole having the same center as the input hole and discharging the saline solution introduced through the input hole;

A connection panel connecting the circulation hole and the inflow hole;

A second opening and closing panel slidably coupled to the lower inner circumferential surface to selectively open or close any one of the circulation hole and the discharge hole.

Dry eye treatment and eyesight enhancer comprising a.
The method of claim 3,

The lower eye washing unit is connected to the discharge hole, and consists of a space separated from the circulation hole and the inlet hole further comprises a lower storage tank for storing only the saline discharged through the discharge hole is dry eye treatment, characterized in that And eyesight enhancers.
The method of claim 1,

Dry eye treatment and eyesight enhancer, characterized in that the upper and lower eye washes further comprises an eye contact portion made of a pad of rubber material.
The method of claim 1,

The split panel

A backflow hole configured to communicate with the circulation tank and the upper water bottle, and to allow the saline solution received toward the circulation tank to flow back to the upper water bottle;

A transmission unit for transmitting the eye muscle exercise program output from the display unit device, and

Float backflow prevention network to prevent backflow of floats generated during cleaning

Dry eye treatment and eyesight enhancer, characterized in that it further comprises.
The method of claim 1,

The rotating assembly

A plurality of rotating members coupled to the driving device to rotate by receiving a predetermined rotational force;

A power transfer member connecting the plurality of rotation members to transmit rotational force;

A plurality of circulation fans connected to the rotating member to flow back the saline solution located in both eyes to the circulation

Dry eye treatment and eyesight enhancer comprising a.
The method of claim 1,

The upper and lower canisters are configured on one side thereof, and further comprising a water bottle cover rotatably coupled to open and close to allow a quick discharge of the saline solution.
The method of claim 1,

Dry eye treatment and eyesight enhancer, characterized in that the upper canteen and the lower canister further comprises a fixing band for fixing the dry eye treatment and eyesight enhancer on the user's face.
The method of claim 1,

The control device

And opening and closing control unit for controlling the sliding operation of the first and second opening and closing panel respectively configured in the upper and lower eye washing unit;

Language selector to select a language according to the user's native language,

A mode progression section in which a step-by-step mode is executed to perform dry eye treatment and eye muscle movement;

A circulation control unit controlling the driving of the circulation device

Dry eye treatment and vision enhancer comprising a.
The method of claim 10,

The mode progression unit

A first mode unit configured to apply power to the open / close control unit to slide the first opening / closing panel to input the saline solution stored in the upper water bottle;

A second mode unit which drives the display device to execute the eye muscle exercise program; And

A third mode part configured to circulate the saline solution and operate a second opening / closing panel to open the discharge hole to discharge the saline solution remaining in the upper and lower eye wash units;

Dry eye treatment and vision enhancer comprising a.