KR102430659B1 - Washing device for the treatment of dry eye syndrome - Google Patents

Abstract

The present invention comprises: swimming glasses (100) which are contacted in a face of a user; a warm water spraying means (200) which is provided inside of the swimming glasses (100) and sprays warm water to an eyeball of the user in a mist form or a stream form; and a cleaning controller (300) which comprises a distribution connector (320) for supplying the warm water to the warm water spraying means (200) or for recovering the warm water accommodated in the swimming glasses, a warm water supplying means (340) for providing a predetermined suction force to supply the warm water to the distribution connector (320), and a control unit (360) for controlling a supplying speed, pressure and temperature of the warm water and a spraying mode of the warm water sprayed into the eye ball. The purpose of the present invention is to provide an eyeball cleaning device for treating dry eye syndrome which sprays warm water heated at a predetermined temperature in a various form according to ages and eyeball status of a user to improve accessibility and utility of eyeball cleaning.

Description

Eye washing device for the treatment of dry eye syndrome

The present invention relates to an eye washing device for the treatment of dry eye syndrome, and more particularly, by spraying tepid water heated to a certain temperature in various forms according to the age and eye condition of the user, accessibility and effectiveness of eyewashing can be improved. Of course, it relates to an eye washing device for the treatment of dry eye syndrome, which can always be used hygienically by allowing the sprayed lukewarm water to be drained.

In general, in order to eliminate the discomfort of dry eye syndrome, the method of administering artificial tears directly to the eye is mainly used. Since you have to go to an ophthalmic hospital, get a prescription from a doctor, and purchase it at a pharmacy, it takes a lot of time and money to purchase artificial tears, and there is a problem in that it is cumbersome.

Accordingly, the present applicant, as in Republic of Korea Patent Registration No. 10-1483402, saline solution is stored, the upper canister comprising an upper eye washing unit to which the saline solution is injected; a lower eye washing unit configured at a lower portion of the upper canister and discharging the saline solution injected through the input hole to circulate; a circulation tank configured under the lower eye washing unit to receive the discharged saline solution; a lower water tank connected to a circulation tank and including a split panel for re-supplying the received saline solution to the upper water tank side; a circulation device comprising: a driving device configured in the upper canister to provide a predetermined power; and a rotation assembly receiving the rotational force of the driving device to force the saline solution accommodated in the circulation tank to circulate by countercurrent; 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.

However, in the case of the aforementioned prior art document, there is a problem in that it is difficult to manage hygienic as the water used for eye washing is circulated and reused.

In addition, since it is configured to wash the eyes in a state in which water is accommodated in the water bottle, it is difficult to provide various washing methods according to the age or eye condition of the user because it provides only a constant flow of water.

Here, the above-mentioned background or prior art is only for helping to understand the technical meaning of the present invention, and does not mean a technique widely known in the technical field to which this invention belongs before the application of the present invention.

Republic of Korea Patent No. 10-1483402 Republic of Korea Registered Utility Model No. 20-0438082

In order to solve such a problem, the present invention has been devised by the above-described background technology, and it is possible to improve accessibility and effectiveness of eye washing by spraying tepid water heated to a certain temperature in various forms according to the age and eye condition of the user. An object of the present invention is to provide an eye irrigation device for the treatment of dry eye syndrome.

Another object of the present invention is to provide an eye washing device for treating dry eye syndrome that can be used hygienically at all times by allowing the sprayed lukewarm water to be drained.

In addition, the present invention sprays tepid water in a form suitable for the user's eyeball condition, but as it is configured so that the user can directly adjust the spray pressure, it is possible to eliminate the inconvenience caused by the spray pressure of water sprayed to the eyeball side, so that it is convenient for eyewashing An object of the present invention is to provide an eyewashing device for treating dry eye syndrome that can improve

However, the object of the present invention is not limited thereto, and even if not explicitly mentioned, the object or effect that can be grasped from the solution or embodiment of the problem is also included therein.

According to an embodiment of the present invention for achieving the above object, the goggles 100 in close contact with the user's face; tepid water spraying means 200 configured inside the hydroponic 100 and spraying tepid water to the user's eyeball side in the form of a mist, or spraying it while forming a stream mode; A distribution connector 320 connected to the tepid water spraying means 200 and configured to supply the tepid water to the tepid water spraying means 200 or to recover the tepid water accommodated in the water goggle 100, and a predetermined suction force The tepid water supply means 340 for supplying the tepid water to the distribution connector 320 side, and the control unit 360 for controlling the supply speed, pressure and temperature of the tepid water, and controlling the injection mode of the tepid water injected to the eyeball side. ), including a washing controller 300; characterized in that it includes.

According to an embodiment of the present invention, the shell 410, the first and second supply hoses 420 and 430 for supplying tepid water from the tepid water supply means 340 to the distribution connector 320, A hose member 400 consisting of a drain hose 440 for receiving lukewarm water used for eye washing from the distribution connector 320 and transferring it to the washing controller 300 side so that drainage can be made; characterized.

According to an embodiment of the present invention, the water goggle 100 includes a main body 110 in which the tepid water spraying means 200 is mounted, a drain hole 116 for discharging tepid water to a lower portion is formed, and the main body ( 110), the first adhesive packing 120 for preventing the outflow of supplied lukewarm water, and the first adhesive packing 120 extending in the rear part of the upper and lower eyelids of the eyeball The second adhesive packing 130, which maintains the exposed state of the inner boundary of the eyelashes by pulling the upper and lower eyelids up and down while seated on the outer periphery of the It is characterized in that it includes a drain line 140 connected to the warm water spraying means (200).

According to an embodiment of the present invention, the tepid water spraying means 200 includes a supply line 210 configured inside the water goggle 100 and connected to the distribution connector 320 to supply the tepid water; The supply line 210 is built-in to receive the lukewarm water, and the spray housing 220 in which a plurality of spray holes 222 for spraying tepid water in the form of a stream are formed, and is mounted on the spray housing 220, A spray nozzle 230 that receives tepid water and sprays it in the form of a mist, and a first spray line 240 configured inside the supply line 210 and discharging the tepid water to the spray housing 220 side; It is configured in the supply line 210 and is connected to the injection nozzle 230 and characterized in that it includes a second injection line 250 for discharging the tepid water to the injection nozzle 230 side.

According to an embodiment of the present invention, the injection hole 222 is characterized in that it is configured so that the injection can be made while forming a vortex when the tepid water is injected.

According to an embodiment of the present invention, the distribution connector 320 is a supply connecting the first and second injection lines 240 and 250 to the first and second supply hoses 420 and 430 independently, respectively. The connector 322, the drain connector 324 connecting the drain line 140 configured in the main body 110 and the drain hose 440 configured in the hose member 400, and the controller 360 are interlocked. and a switch unit 326 for controlling whether the supply connector 322 and the drain connector 324 are opened.

According to an embodiment of the present invention, in the distribution connector 320 , tepid water configured between the drain connector 324 and the drain hose 440 and discharged from the drain line 140 is the drain hose 440 . ) blocking the movement to the side, or characterized in that the drain opening and closing member 380 to open to make the movement is further configured.

According to an embodiment of the present invention, the tepid water supply means 340 is connected to a motor assembly 342 that provides a rotational force and converts the rotational force into linear motion, and is connected to the motor assembly 342, A piston member 346 for sucking in and discharging warm water by a lowering operation, a cylinder housing 344 configured to flow in and out of warm water according to the lifting and lowering operations of the piston member 346, and the cylinder housing 344 ) is coupled to one side of the lower portion, is connected to the first and second supply hoses 420 and 430, respectively, and the first and second supply hoses 420, 420, 430) characterized in that it comprises a distribution operation member 350 that operates to be supplied to any one.

According to an embodiment of the present invention, the distribution operation member 350 includes an operation cylinder 352 for receiving and discharging tepid water from the cylinder housing 344, and a rear portion of the operation cylinder 352, , a spring 354 providing an elastic restoring force toward the working cylinder 352, and the first and second supply hoses 420 and 430, respectively, and selectively communicating with the working cylinder 352 while selectively communicating with the tepid water first and second discharge pipes 355 and 357 for discharging to the first and second supply hoses 420 and 430, and the cylinder housing 344 while being opened only when the piston member 346 is lowered. It characterized in that it includes a discharge damper 358 for supplying the tepid water introduced into the working cylinder (352) side.

According to an embodiment of the present invention, in the washing controller 300, the hose member 400 is wound to be able to be drawn in and out therein, and the distribution connector 320 and the control unit 360 are mounted therein. , a driving chamber 302 including a control panel interlocking with the control unit 360, a storage chamber 304 configured in a rear portion of the driving chamber 302 and storing a predetermined amount of tepid water, and the driving chamber Constructed on one side of 302, a storage chamber 305 for storing and sterilizing the goggles 100, a discharge chamber 306 for discharging tepid water recovered after eyewashing, and the storage chamber 304 A transfer chamber 308 having a built-in heater for transferring the stored lukewarm water, transferring the lukewarm water recovered from the hydroponic 100 to the discharge chamber 306, and controlling the temperature of the lukewarm water under the control of the controller 360. ) is characterized in that it contains.

According to an embodiment of the present invention, the control panel is configured to display the temperature of the lukewarm water, and when the temperature of the lukewarm water is below a set temperature or exceeds a set temperature, a warning message can be sent. It is characterized in that it is configured so that

According to an embodiment of the present invention, the heater is characterized in that it heats the lukewarm water to a temperature of 35°C to 38°C under the control of the controller 360 .

According to an embodiment of the present invention, the control unit 360 controls the driving of the tepid water supply means 340 so that the tepid water can be used for eye washing in either a mist injection mode or a water jet mode. It is characterized in that it is controlled so that

According to an embodiment of the present invention, when the injection mode of the tepid water is the mist injection mode, the control of the injection intensity is made, and when the injection mode of the tepid water is the jetting mode, the control of the injection flow rate is It is characterized in that it is configured to be made.

According to one embodiment of the present invention, the control unit 360, when the control of the injection flow rate of the tepid water is made, characterized in that the control in the low-speed injection mode and the high-speed injection mode.

According to an embodiment of the present invention, in the low-speed injection mode, the water goggles 100 by controlling the drain opening/closing member 380 configured in the distribution connector 320 to open operation under the control of the control unit 360 . It is characterized in that the tepid water that has been washed is not accommodated in the water and is drained.

According to an embodiment of the present invention, in the high-speed injection mode, the drain opening/closing member 380 configured in the distribution connector 320 is controlled to block operation under the control of the controller 360, so that the tepid water is It is characterized in that it is accommodated up to the maximum water level that can be accommodated in the hydroponic 100.

According to an embodiment of the present invention, the control unit 360 is characterized in that it controls the injection mode of the lukewarm water to be sequentially driven.

According to an embodiment of the present invention, the control unit 360 is configured to control the supply amount of the lukewarm water accommodated inside the water goggles 100, so that the water depth of the lukewarm water can be controlled. .

According to this embodiment of the present invention, tepid water heated to a certain temperature is sprayed in various forms according to the age and eye condition of the user, thereby improving accessibility and effectiveness for eye washing.

In addition, according to the embodiment of the present invention, it is possible to always use hygienically by draining the sprayed lukewarm water.

In addition, according to the embodiment of the present invention, although lukewarm water is sprayed in a form suitable for the user's eye condition, the user can directly adjust the spray pressure, thereby eliminating the inconvenience caused by the spray pressure of water sprayed to the eyeball side. It has the effect of improving the convenience for eyewashing.

In addition, various and beneficial advantages and effects of the present invention are not limited to the above, and will be more easily understood in the course of describing specific embodiments of the present invention.

1 is a block diagram schematically showing an eye washing device for treating dry eye syndrome according to an embodiment of the present invention;
2 is a perspective view showing a hydroponic body of an eye washing device for treating dry eye syndrome according to an embodiment of the present invention;
3 and 4 are cross-sectional views schematically showing the hydraulic body of the eye washing device for the treatment of dry eye syndrome according to an embodiment of the present invention;
5 is a perspective view illustrating a washing controller of an eye washing device for treating dry eye syndrome according to an embodiment of the present invention;
6 is a view schematically showing the internal structure of the distribution connector of the eye washing device for the treatment of dry eye syndrome according to an embodiment of the present invention;
7 to 9 are views showing a process of supplying lukewarm water of the eye washing device for the treatment of dry eye syndrome according to an embodiment of the present invention;
10 is a view showing a piping member of the eye washing apparatus for treating dry eye syndrome according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same components are given the same reference numerals as possible even if they are indicated on different drawings. In addition, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, terms such as "comprises", "comprises" or "have" described below mean that the corresponding component may be embedded, unless otherwise stated, excluding other components. It should be construed as being able to include other components rather than have the same meaning as understood. In addition, in describing the components of the present invention, terms such as first, second, A, B, (a), (b), etc. may be used. These terms are only for distinguishing the elements from other elements, and the essence, order, or order of the elements are not limited by the terms. When it is described that a component is “connected”, “coupled” or “connected” to another component, the component may be directly connected or connected to the other component, but another component between each component It should be understood that elements may be “connected,” “coupled,” or “connected.”

Meanwhile, the lukewarm water used for eye washing in the present invention may be any one of purified water, bottled water, purified water, and distilled water forming a predetermined temperature.

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

As shown, the eye washing device for the treatment of dry eye syndrome of the present invention is mounted around the eyeball, and is connected to the hydroponic 100 and the hydroponic 100 configured to receive lukewarm water and to be sprayed toward the eyeball to supply lukewarm water. and a washing controller 300 for controlling discharge and a hose member 400 for connecting the water goggles 100 and the washing controller 300 .

The goggles 100 are configured to be in the form of glasses, and a body part 110 provided with tepid water spraying means 200 for spraying a predetermined amount of tepid water to the user's eyeball side, and a rear part of the body part 110, , a first adhesive packing 120 that prevents the outflow of supplied lukewarm water, and is formed to extend to the rear of the first adhesive packing 120, and is compressed around the outer periphery of the upper and lower eyelids of the eyeball and the upper and lower eyelids The second adhesive packing 130, which is configured to keep the position of the inner boundary of the eyelashes, that is, the meibomian glands (or meibomian glands) that secrete fat, exposed by pulling up and down slightly, and lukewarm water used for eye washing It is configured to include a drain line 140 configured to be drained.

Here, the main body 110 forms a nose holder 112 on which the user's nose is mounted in the central lower portion, and is formed to correspond to each other on both sides of the nose holder 112, and the user's eyeball is located. A see-through portion 114 is formed.

At this time, it is preferable that the see-through window 114a of a transparent material is coupled to the see-through unit 114, but the present invention is not limited thereto.

In addition, the see-through part 114 has a receiving part 118 that allows it to be accommodated before the drainage is made after the injection of the supplied lukewarm water is made, and is formed to penetrate the lower part of the see-through part 114 and includes a drain line 140 . A drain hole 116 that is connected to and configured to drain the received lukewarm water is formed.

The drain line 140 is detachably coupled to the drain hole 116, and the tepid water accommodated in the accommodating part 118 flows in to form a pipe that is configured to transfer the introduced tepid water to be drained. As such, it is possible to further configure a coupling port coupled while being inserted into the drain hole 116 on the upper surface.

In addition, the drain line 140 is configured such that one end thereof is detachably connected to the drain connector 324 configured in the distribution connector 320 of the washing controller 300 to be described later.

The body part 110 is configured with a first adhesive packing 120 that prevents the tepid water sprayed along the rear circumferential surface from flowing out from the body part 110, thereby causing inconvenience to the user during eye washing. .

The first adhesive packing 120 is configured in the rear part of the body part 110, and is preferably coupled to the open rear part circumferential surface of the body part 110 in a manner such as bonding to the skin around the user's eyeball. is configured to be in contact with

The second adhesive packing 130 is formed in the rear portion of the first adhesive packing 120 and is in close contact with the eyelids located in the user's eyeball, thereby opening the closed eyelids (the state where the inner boundary of the eyelashes is exposed) By maintaining the tepid water, the warm water sprayed from the warm water spraying means 200 is configured to wash the user's eyeballs and the inner boundary of the eyelashes (the location of the meibomian glands that secrete fat).

On the other hand, the first adhesive packing 120 may be configured to completely seal the open rear portion of the body part 110 , in this case, the second adhesive packing 130 extending from the first adhesive packing 120 is the user's eyeball. It may be formed to extend in the portion where is located, and the first adhesive packing 120 is configured to penetrate only the position where the second adhesive packing 130 is formed, so that the sprayed lukewarm water can be in direct contact with the user's eye. It may be configured so that

However, the present invention is not limited thereto, and as long as the first and second adhesive packings 120 and 130 can be configured to prevent leakage of lukewarm water and to form close contact around the eyelids of the eyeball, the body part 110 in various forms for those of ordinary skill in the art ) may be configured to be combined with.

In addition, the first and second adhesive packings 120 and 130 may be made of a rubber material, but is not limited thereto.

The body part 110 of the present invention, preferably, the see-through part 114 of the body part 110 is configured with tepid water spraying means 200 for spraying a predetermined amount of tepid water toward the user's eyeball.

The warm water spraying means 200 is connected to the distribution connector 320 so that the warm water sprayed under the control of the controller 360 to be described later can be sprayed in the form of a mist, or a stream mode. It is configured so that it can be sprayed while forming a shape.

As shown in FIG. 4 , the lukewarm water spraying means 200 includes a supply line 210 connected to the distribution connector 320 of the washing controller 300 while one end passes through the see-through part 114 , and a supply line 210 is built-in, and the injection housing 220 for spraying tepid water in the form of a stream, the injection nozzle 230 that is mounted on the injection housing 220 and sprays tepid water in the form of a mist, and the supply line 210 It is configured inside and includes a first injection line 240 that discharges tepid water in the form of a stream, and a second injection line 250 that is configured inside the supply line 210 and discharges tepid water in the form of mist. do.

The supply line 210 has first and second injection lines 240 and 250 therein, respectively, one end of which is connected to the supply connector 322 configured in the distribution connector 320, and the first and second injection lines 240 and 250 are respectively configured therein. The two injection lines 240 and 250 are each configured to be connected to the supply connector 322 .

In addition, in the supply line 210 , lukewarm water supplied through the first injection line 240 flows into the injection housing 220 and is sprayed through a plurality of injection holes 222 formed in the injection housing 220 . A supply hole 212 is formed so that the

Here, the supply hole 212 is formed in the upper and lower surfaces of the supply line 210, respectively, and preferably, may be formed only in the upper and lower portions of the supply line 210 located inside the injection housing 220. .

The supply line 210 is coupled to the injection housing 220 so that the injection housing 220 can be located in the central portion of the see-through unit 114 , that is, in the portion where the user's eyeball is located.

The injection housing 220 is configured to form a hollow tube shape, and the supply line 210 is inserted into the central portion thereof. A spray hole 222 is formed so that it can be sprayed while forming a stream of water when spraying.

Here, the injection hole 222 is configured to form a spiral vortex formation groove along the inner circumferential surface so that the warm water can be discharged while forming a vortex.

In addition, the injection housing 220 is formed with a filling groove 224 configured to be filled with a certain amount of tepid water discharged from the supply hole 212 is accommodated.

In addition, the injection nozzle 230 is configured such that the front part thereof is coupled to the injection housing 220 and is connected to the second injection line 250 so that lukewarm water discharged through the second injection line 250 flows in, The discharge port 232 is configured so that the introduced lukewarm water is sprayed in the form of mist.

In addition, the first injection line 240 of the present invention has a plurality of tepid water formed along the circumferential surface so that the tepid water supplied from the distribution connector 320 can be discharged to the filling groove 224 through the supply hole 212 . The outlet hole 242 is formed, and is configured to be connected to the first supply hose 420 of the hose member 400 by the distribution connector 320 .

In addition, the second injection line 250 has a nozzle connection part 252 connected to the injection nozzle 230 so that the lukewarm water supplied from the distribution connector 320 is moved to the injection nozzle 230 to be injected. , is configured to be connected to the second supply hose 430 of the hose member 400 by the distribution connector 320 .

At this time, the nozzle connection part 252 may be configured to be connected to the second injection line 250 , and to be connected to the injection nozzle 230 through the supply line 210 .

The washing controller 300 is configured to store, heat, transport, supply, recover, and discharge tepid water, is configured to store and sterilize the hydroponic 100, and whether to supply tepid water heated to a certain temperature; A component that controls the feed strength and feed rate.

As shown in FIG. 5 , the washing controller 300 is configured so that the hose member 400 can be wound therein, and is configured to allow the winding in and out of the hose member 400 , and the control unit 360 . ) is mounted, the drive chamber 302 is configured in the rear part of the drive chamber 302, and a storage chamber 304 in which a certain amount of lukewarm water is stored, is configured in one side of the drive chamber 302, and the hydraulic ( A storage chamber 305 in which 100) is accommodated and sterilizes the accommodated goggles 100, a discharge chamber 306 configured so that lukewarm water recovered after eyewashing is introduced, and the introduced lukewarm water is discharged, and a storage chamber ( It is configured to include a transfer chamber 308 for transferring the lukewarm water stored in the 302 , and transferring the lukewarm water recovered from the hydroponic 100 to the discharge chamber 306 .

Here, the storage chamber 304 is detachably coupled to the transfer chamber 308, and the tepid water stored in the transfer chamber 308 is configured to be connected to the transfer piping line configured inside the transfer pipe line. It is configured to be transferred to the supply means 340 side.

At this time, the transfer chamber 308 is configured with a connection port 334 connecting the transfer pipe line and the storage chamber 304, and the storage chamber 304 is detachably coupled to the connection port 334 and stored lukewarm water is The supply port 332 is configured to be supplied to the transfer pipe line side only in a state in which the connection port 334 and the connection are made.

In addition, the discharge chamber 306 is detachably coupled to the transfer chamber 308 so that the warm water recovered through the drain connector 324 configured in the distribution connector 320 can flow in, and the It is configured so that the inflow is made through the transfer pipe line configured therein.

The discharge chamber 306 is preferably configured in the same manner as the storage chamber 304 and the transfer chamber 308 described above.

At this time, the transfer pipe line may be made of a plurality of pipes, and a connection port 334 connected to the supply port 332 configured in each of the storage chamber 304 and the discharge chamber 306 is configured.

That is, the transfer pipe line connects the storage chamber 304 and the suction pipe 345 of the lukewarm water supply means 340, so that the lukewarm water supplied from the storage chamber 304 is driven according to whether the motor assembly 342 is driven. 345) side, the drain hose 440 and the discharge chamber 306 of the hose member 400 connected to the drain connector 324 are connected to recover when the drain connector 342 is opened. It is configured so that lukewarm water can be introduced into the discharge chamber 306 side.

In addition, it is preferable that the transfer chamber 308 be further configured with a heater that heats the transfer pipe line so that the transferred tepid water can be supplied to the tepid water supply means 340 while being heated to a predetermined temperature.

Here, the heater is configured to generate heat under the control of the controller 360, and is configured to heat the lukewarm water transferred from the storage chamber 302 to a temperature of 35° C. to 38° C. and supply it to the lukewarm water supply member 340 side. can

However, the present invention is not limited thereto, and the heater may be configured in the storage chamber 302 or the cylinder housing 344 of the lukewarm water supply member 340 to be described later.

In addition, the heater is such that the lukewarm water can be supplied to the lukewarm water spraying means 200 while maintaining the temperature of 35°C to 38°C. When the temperature of the lukewarm water is lower than the temperature of 35°C, the It is safe and safe because it can shrink the skin pores for the skin, or the user may feel uncomfortable with the low temperature lukewarm water, and damage to the eyes may occur if the temperature of the lukewarm water exceeds 38℃. It is configured to maintain a temperature of 35°C to 38°C, which corresponds to a temperature similar to that of the human body so that it can be used comfortably regardless of the condition.

In addition, the storage chamber 305 is configured so that the goggles 100 used for eyewashing can be built-in and stored, and a plurality of UV lamps are configured inside to enable sterilization when the goggles 100 are stored. can In this case, driving of the UV lamp may be controlled by the controller 360 .

The drive chamber 302 has a connector mounting part 312 on which the distribution connector 320 is mounted, and a supply chamber 302a configured to wind the hose member 400 therein, and the supply chamber 302a. It is configured independently on one side, and a control unit 360 and a control panel for transmitting a control signal to the control unit 360 are mounted on the upper surface thereof, and tepid water is supplied to the inside, which is driven under the control of the control unit 360 . It consists of a control chamber 302b in which the means 340 and a battery for supplying power, or a power cable, etc. are built-in.

At this time, when the connector mounting part 312 is coupled with the hydraulic lens 100 while the hose member 400 is connected to the distribution connector 320 and the distribution connector 320 is separated from the connector mounting part 312 , A through hole may be further configured so that the hose member 400 is drawn out.

The distribution connector 320 is detachably coupled to the lukewarm water spraying means 200 and the hose member 400 of the hydraulic mirror 100, respectively, and supplies the lukewarm water supplied from the hose member 400 to the lukewarm water spraying means 200 side, or , which is configured so that the lukewarm water accommodated in the receiving part 118 of the water goggle 100 can be recovered to the discharge chamber 306 side through the hose member 400, the supply connector 322, the drain connector 324 and the switch part (326) is included.

Here, the hose member 400 is composed of a shell 410 , a first supply hose 420 , a second supply hose 430 , and a drain hose 440 wrapped by the shell 410 .

The first supply hose 420 receives tepid water having a small supply pressure from the distribution operation member 350 of the tepid water supply means 340 to be described later and supplies it to the supply connector 322 .

The second supply hose 430 receives tepid water having a predetermined pressure from the distribution operation member 350 and supplies it to the supply connector 322 .

Also, the drain hose 440 receives lukewarm water used for eye washing from the drain connector 324 and is configured to drain the lukewarm water used for eye washing.

The supply connector 322 is configured such that the supply line 210 configured to the tepid water injection means 200 of the hydraulic mirror 100 is detachably coupled, and the tepid water supplied from the hose member 400 is supplied to the supply line 210 side. configured to do this.

The supply connector 322 is each supplied from the first and second supply hoses 420 and 430 of the hose member 400 to be described later by connecting the first and second injection lines 240 and 250 independently, respectively. It is configured so that lukewarm water can be supplied to the first and second injection lines 240 and 250 .

That is, the tepid water for the water stream mode supplied through the first supply hose 420 is connected to be supplied to the first injection line 240 , and the tepid water for the mist mode supplied through the second supply hose 430 is the second It is to be connected so that the supply is made to the second injection line (250).

The drain connector 324 is configured such that the drain line 140 configured in the main body 110 of the water goggle 100 is detachably coupled, and is connected to the drain hose 440 configured in the hose member 400 . is composed

The switch unit 326 controls whether the supply connector 322 is opened to control whether the first and second supply hoses 420 and 430 and the first and second injection lines 240 and 250 are connected, and drain It is configured to control whether the connector 324 is opened to control the drainage of tepid water.

The switch unit 326 may be configured to open and close the supply connector 322 or the drain connector 324 while sliding up and down.

At this time, the switch unit 326 is one of the first supply hose 420 and the first injection line 240 , or the second supply hose 430 and the second injection line 250 when the supply connector 322 is opened. Either one may be configured to be opened.

In addition, it may be configured to be electrically connected to the control unit 360 , and may be configured to transmit a driving on/off signal to the control unit 360 .

Meanwhile, as shown in FIG. 6 , the distribution connector 320 of the present invention may further include a drain opening/closing member 380 for opening and closing the drain line 140 under the control of the controller 360 .

The drain opening/closing member 380 is configured inside the distribution connector 320 , and is preferably configured to be disposed in the rear portion of the drain connector 324 , and the drain hose of the drain connector 324 and the hose member 400 . It is configured between the 440 and serves to block the movement of the lukewarm water discharged from the drain line 140 to the drain hose 440 side, or to open the movement to be made.

This drain opening/closing member 380 blocks the movement of the lukewarm water, so that the user's eyes can be washed while being immersed in the lukewarm water while receiving the lukewarm water at a predetermined level in the receiving part 118 of the water goggles 100. will be.

In addition, the tepid water supply means 340 of the present invention is connected to the transfer piping line built into the transfer chamber 308 to suck the tepid water stored in the storage chamber 302 and the distribution connector 320 through the hose member 400 . ) is a component that serves to supply

As shown in FIGS. 7 to 9 , the lukewarm water supply means 340 is connected to a motor assembly 342 that provides a rotational force and converts the rotational force into a linear motion, and the motor assembly 342, and lifts and descends. And a piston member 346 for sucking and discharging warm water by a lowering operation, and a piston member 346 are built-in, and the cylinder housing is configured to flow in and out of warm water according to the lifting and lowering operation of the piston member 346 . (344), coupled to the lower side of the cylinder housing 344, is connected to the hose member 400, and when the piston member 346 is lowered, the tepid water is introduced and distributed so that it can be supplied to the hose member 400 side. It is configured to include an operation member (350).

The motor assembly 342 is provided with a rotating motor, a rotating means 342a receiving the rotational force of the rotating motor, and a rotational force transmitting means connected to the rotating means 342a and coupled to the upper one side of the piston member 346 ( 342b).

Here, the rotating means (342a) and the rotational force transmitting means (342b) may be composed of normal gears, but is not limited thereto.

In the cylinder housing 344, the piston member 346 is inserted, and supports the lifting operation of the piston member 346, and among the transfer piping lines to the lower end, the suction pipe connected to the transfer piping line connected to the storage chamber 302 ( 345) is formed.

This cylinder housing 344 is configured to generate a predetermined suction force during the lifting operation of the piston member 346 at the lower end thereof, and the suction pipe 345 is opened by the suction force while being transferred through a transfer pipe line, or A suction damper 348 is configured so that the lukewarm water stored in the storage chamber 302 can be introduced into the cylinder housing 344 while being transferred through the transfer pipe line by the suction force.

In addition, one side of the cylinder housing 344 receives the tepid water introduced during the lowering operation of the piston member 346, and the tepid water introduced by the pressure generated during the lowering of the piston member 346 is supplied to the hose member 400. The distribution operation member 350 for supplying to any one of the first supply hose 420, or the second supply hose 430 is configured.

The distribution operation member 350 is configured to slide inside, and an operation cylinder 352 for receiving and discharging tepid water from the cylinder housing 344, and a rear portion of the operation cylinder 352, the operation A spring 354 for providing an elastic restoring force toward the cylinder 352, and configured to communicate with the upper surface of the distribution operation member 350, the first and second supply hoses 420 and 430 of the hose member 400 and First and second discharge pipes 355 and 357 respectively connected and selectively communicating with the working cylinder 352 to receive the lukewarm water and discharge it to the first and second supply hoses 420 and 430, and the cylinder housing Discharge that is configured on the boundary line between 344 and the distribution operation member 350 and supplies tepid water introduced into the cylinder housing 344 to the operation cylinder 352 side while being opened only during the lowering operation of the piston member 346 . It is configured to include a damper (358).

Here, when the piston member 346 is lifted and lowered, the discharge damper 358 rotates to close the distribution operation member 350 and seals the inside of the cylinder housing 344 so that a predetermined suction force can be generated. It is configured and rotates so that the opening of the distribution operation member 350 is made only when the piston member 346 is lowered.

Here, the operating cylinder 352 is supplied with lukewarm water introduced during the opening operation of the discharge damper 358, and is configured to slide along the inner surface of the distribution actuating member 350 by the supply pressure of the lukewarm water.

The working cylinder 352 is configured to supply the supplied lukewarm water to either the first discharge pipe 355 or the second discharge pipe 357 while sliding.

In addition, when the tepid water is supplied, the working cylinder 352 is configured such that its initial position communicates with the first discharge pipe 355 so that discharge can be made to the first discharge pipe 355 .

In addition, the operating cylinder 352 slides due to the supply pressure generated by the continuous supply of tepid water, and at this time, communicates with the second discharge pipe 357 to discharge the tepid water having a predetermined supply pressure. It is configured to be discharged through the tube (357).

At this time, the spring 354 is contracted when the working cylinder 352 is slidingly moved, and when the supply pressure of the supplied lukewarm water falls below a certain pressure, the working cylinder 352 is restored to its original position by the elastic restoring force. make it

The first discharge pipe 355 is connected to the first supply hose 420 to receive tepid water initially supplied to the operating cylinder 352 and discharge it to the first supply hose 420 side, and mist is sprayed to the user's eyeball side. It is configured to discharge tepid water to be performed.

The second discharge pipe 357 is connected to the second supply hose 430 to receive tepid water having a supply pressure greater than or equal to a certain level from the operating cylinder 352 and discharge it to the second supply hose 430 side. It is configured to discharge the lukewarm water to which the jet of water is to be sprayed to the side.

The control unit 360 is a component that controls whether the eye washing device of the present invention is driven, controls the supply pressure and temperature of the lukewarm water, and controls the injection mode of the lukewarm water sprayed to the user's eyeball.

When a driving signal is inputted to the control unit 360 through a power switch configured to the switch unit 326 of the distribution connector 320 or a control panel of the control chamber 302b of the washing controller 300, the tepid water The supply means 340 is controlled to be driven.

Here, the control panel is configured to display the temperature of the tepid water, and is configured to send out a warning message when the temperature of the tepid water is below a set temperature or exceeds a set temperature.

At this time, the controller 360 controls the operation of the heater so that the temperature of the lukewarm water can form a set temperature.

In addition, the control unit 360 controls the driving of the tepid water supply means 340 to adjust the supply pressure of the tepid water supplied to the distribution operation member 350 so that the supply pressure of the tepid water supplied through the distribution operation member 350 is caused. The sprayed lukewarm water is configured so that eyewashing can be performed in any one of the mist spraying mode and the water jetting mode.

In this case, the controller 360 may be configured to control the spray strength when the spray mode of the warm water is the mist spray mode, and when the spray mode of the warm water is the jet mode, the spray flow rate of the warm water It is configured so that control can be made.

In addition, the control unit 360 of the present invention is configured to be controlled in the low-speed injection mode and the high-speed injection mode when the control of the injection flow rate of the lukewarm water is made in the jetting mode of the water stream.

Here, when the control unit 360 controls the jetting of lukewarm water in the form of a stream of water in the low-speed jet mode, the drain opening/closing member 380 controls the opening operation to be performed, so that the receiving part 118 of the water goggle 100 is cleaned. The lukewarm water is not accommodated and the drain is made through the drain line 140 .

In addition, when controlling the hot water in the form of a stream of water to be sprayed in the high-speed injection mode, the control unit 360 controls the drain opening/closing member 380 to block operation so that the warm water is accommodated in the receiving unit 118 while the receiving unit (118) to the maximum acceptable water level.

At this time, the warm water is sprayed while forming a vortex through the spray nozzle 230, and the warm water accommodated in the receiving part 118 rotates in the receiving part 118 by the vortex to wash the eyes. can be configured.

The present invention configured as described above may be configured such that the control of the injection mode of tepid water is sequentially controlled through the control unit 360 .

Here, the sequential control of the lukewarm water injection mode controls the tepid water to be sprayed for a certain period of time in the mist spray mode during the initial driving, and then the mist is sprayed for a certain time in the low-speed spray mode during the water jet spray mode. control, and then control so that the mist is sprayed for a certain period of time in the high-speed spray mode, but in the high-speed spray mode, the warm water is sprayed until the warm water reaches the maximum capacity of the accommodating part 118 is to control

In this case, the injection time of the lukewarm water may be variously set according to the user's setting.

On the other hand, the control unit 360 of the present invention can control to adjust the supply amount of tepid water in accordance with the maximum capacity of tepid water corresponding to the inner space of the hydroponic 100, and through the control of the supply amount of the tepid water, the inside of the hydroponic 100 By controlling the capacity of the lukewarm water accommodated in the furnace, it is configured to control the depth of the lukewarm water.

On the other hand, the washing controller 300 of the present invention may further include a cover member 370 for sealing the open upper portions of the plurality of chambers, and the cover member 370 is separately separated from the plurality of chambers, respectively. It may be configured to be possibly coupled.

The above description is merely illustrative of the technical spirit of the present invention, and various modifications and variations will be possible without departing from the essential characteristics of the present invention by those skilled in the art to which the present invention pertains. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to illustrate, and the scope of the technical spirit 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 scope equivalent thereto should be construed as being included in the scope of the present invention.

100: goggles
110: body part 112: nose support part
114: see-through unit 114a: see-through window
116: drain hole 118: receiving part
120: first adhesive packing 130: second adhesive packing
140: drain line
200: lukewarm water injection means
210: supply line 212: supply hole
220: injection housing 222: injection hole
224: filling groove 230: spray nozzle
232: discharge port 240: first injection line
242: injection hole 250: second injection line
252: nozzle connection
300: washing controller
302: drive chamber 302a: supply chamber
302b: control chamber 304: storage chamber
305: storage chamber 306: discharge chamber
308: transfer chamber 312: connector mounting portion
320: distribution connector 322: supply connector
324: drain connector 326: switch unit
332: supply port 334: connection port
340: lukewarm water supply means 342: motor assembly
342a: rotation means 342b: rotation force transmission means
344: cylinder housing 345: suction pipe
346: piston member 348: suction damper
350: distribution operation member 352: operation cylinder
352a: lukewarm water discharge hole 354: spring
355: first discharge pipe 357: second discharge pipe
358: discharge damper 360: control unit
370: cover member 380: drain opening and closing member
400: hose member
410: outer shell 420: first supply hose
430: second supply hose 440: drain hose

Claims (16)

Goggles 100 in close contact with the user's face;
tepid water spraying means 200 configured inside the hydroponic 100 and spraying tepid water to the user's eyeball side in the form of a mist, or spraying it while forming a stream mode;
A distribution connector 320 connected to the tepid water spraying means 200 and configured to supply the tepid water to the tepid water spraying means 200 or to recover the tepid water accommodated in the hydroponic 100, and a predetermined suction force The tepid water supply means 340 for supplying the tepid water to the distribution connector 320 side, and the control unit 360 for controlling the supply speed, pressure and temperature of the tepid water, and controlling the injection mode of the tepid water injected to the eyeball side. ), including a washing controller 300; and
The outer shell 410 , the first and second supply hoses 420 and 430 that receive warm water from the tepid water supply means 340 and supply it to the distribution connector 320 , and eye wash from the distribution connector 320 . A hose member 400 consisting of a drain hose 440 that receives the lukewarm water used in the washing machine and transfers it to the washing controller 300 to allow drainage.
The lukewarm water supply means 340,
a motor assembly 342 that provides a rotational force and converts the rotational force into linear motion;
a piston member 346 connected to the motor assembly 342 and sucking and discharging tepid water by lifting and lowering operations;
a cylinder housing 344 configured to flow in and out of tepid water according to the lifting and lowering operations of the piston member 346;
It is coupled to one side of the lower part of the cylinder housing 344 and is connected to the first and second supply hoses 420 and 430, respectively, and when the piston member 346 is lowered, warm water is introduced while the first and second supply hoses are connected. Distribution operation member 350 that operates to be supplied to any one of the supply hoses (420, 430)
An eye washing device for treating dry eye syndrome, comprising a.
According to claim 1,
The hydroponic 100 is
a body part 110 on which the tepid water spraying means 200 is mounted, and a drain hole 116 for discharging tepid water to a lower portion is formed;
A first adhesive packing 120 configured in the rear portion of the main body 110 and preventing the outflow of supplied lukewarm water;
Meibomian glands (or meibomian glands) located at the inner boundary of the eyelashes by pulling the upper and lower eyelids while seated on the outer periphery of the upper and lower eyelids of the eyeball and extending to the rear of the first adhesive packing 120 ) to be maintained in the exposed state, the second adhesive packing 130, and,
The drain line 140 is configured to drain the lukewarm water used for eye washing, and is connected to the lukewarm water spraying means 200 .
An eye washing device for treating dry eye syndrome, comprising a.
According to claim 1,
The lukewarm water spraying means 200,
a supply line 210 configured inside the hydraulic mirror 100 and connected to the distribution connector 320 to supply the tepid water;
a spray housing 220 in which the supply line 210 is built in to receive the lukewarm water, and in which a plurality of spray holes 222 for spraying the lukewarm water in the form of a stream are formed;
A spray nozzle 230 mounted on the spray housing 220 and provided with a discharge port 232 for receiving the lukewarm water and spraying the mist in the form of a mist;
a first injection line 240 configured inside the supply line 210 and discharging the tepid water toward the injection housing 220;
A second injection line 250 configured inside the supply line 210 and connected to the injection nozzle 230 to discharge the tepid water to the injection nozzle 230 side.
An eye washing device for treating dry eye syndrome, comprising a.
4. The method of claim 3,
The injection hole 222 is
An eye washing device for the treatment of dry eye syndrome, characterized in that it is configured to be sprayed while forming a vortex when the lukewarm water is sprayed.
4. The method of claim 3,
The distribution connector 320,
a supply connector 322 for independently connecting the first and second injection lines 240 and 250 to the first and second supply hoses 42 and 430, respectively;
a drain connector 324 for connecting the drain line 140 configured in the hydraulic mirror 100 and the drain hose 440 configured in the hose member 400;
A switch unit 326 that interworks with the control unit 360 and controls whether the supply connector 322 and the drain connector 324 are opened.
An eye washing device for treating dry eye syndrome, comprising a.
6. The method of claim 5,
In the distribution connector 320,
Drain opening and closing that is configured between the drain connector 324 and the drain hose 440 to block the movement of tepid water discharged from the drain line 140 to the drain hose 440 side or to open the movement. An eye washing device for treating dry eye syndrome, characterized in that the member 380 is further configured.
delete According to claim 1,
The distribution operation member 350,
an operating cylinder 352 for receiving and discharging tepid water from the cylinder housing 344;
a spring 354 configured at the rear of the working cylinder 352 and providing an elastic restoring force toward the working cylinder 352;
The first is connected to the first and second supply hoses 420 and 430, respectively, and selectively communicates with the working cylinder 352 to discharge the tepid water to the first and second supply hoses 420 and 430. and a second discharge pipe (355, 357);
The discharge damper 358 is opened only during the lowering operation of the piston member 346 and supplies the tepid water introduced into the cylinder housing 344 to the operating cylinder 352 side.
An eye washing device for treating dry eye syndrome, comprising a.
According to claim 1,
The washing controller 300,
A drive chamber ( 302) and
a storage chamber 304 configured in a rear portion of the driving chamber 302 and storing a predetermined amount of tepid water;
a storage chamber 305 configured on one side of the driving chamber 302 and storing and sterilizing the hydraulic goggles 100;
a discharge chamber 306 for discharging tepid water recovered after eye washing;
A heater that transports the tepid water stored in the storage chamber 304, transports the tepid water recovered from the hydroponic 100 to the discharge chamber 306, and controls the temperature of the tepid water under the control of the controller 360 Transfer chamber (308) with built-in
An eye washing device for treating dry eye syndrome, comprising a.
10. The method of claim 9,
The control panel is
The eye washing device for the treatment of dry eye syndrome, characterized in that it is configured to display the temperature of the tepid water, and is configured to send out a warning message when the temperature of the tepid water is below a set temperature or exceeds a set temperature .
11. The method of claim 10,
The heater is
An eye washing device for treating dry eye syndrome, characterized in that the tepid water is heated to a temperature of 35°C to 38°C under the control of the controller (360).
According to claim 1,
The control unit 360,
By controlling the driving of the tepid water supply means 340, the tepid water is controlled so that eyewashing can be performed in any one of a mist injection mode or a water jet mode,
The eyeball, characterized in that, when the injection mode of the lukewarm water is the mist injection mode, the injection intensity is controlled, and when the injection mode of the warm water is the water jet mode, the injection flow rate is controlled. Eye irrigation device for the treatment of dryness.
13. The method of claim 12,
The control unit 360,
When the control of the injection flow rate of the lukewarm water is made, an eye washing device for treating dry eye syndrome, characterized in that the control is performed in a low-speed injection mode and a high-speed injection mode.
14. The method of claim 13,
In the low-speed injection mode, the drain opening/closing member 380 configured in the distribution connector 320 is controlled to open operation under the control of the control unit 360, so that the hydroponic 100 does not receive tepid water after washing. to allow drainage,
In the high-speed injection mode, the drain opening/closing member 380 configured in the distribution connector 320 is controlled to block operation under the control of the control unit 360, so that the tepid water is the maximum water level that can be accommodated in the hydroponic 100. An eye washing device for the treatment of dry eye syndrome, characterized in that it is accommodated up to.
13. The method of claim 12,
The control unit 360,
An eye washing device for the treatment of dry eye syndrome, characterized in that controlling the injection mode of the lukewarm water to be sequentially driven.
13. The method of claim 12,
The control unit 360,
An eye washing device for the treatment of dry eye syndrome, characterized in that by controlling the supply amount of the lukewarm water accommodated in the hydroponic (100), the depth of the lukewarm water can be controlled.

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