Eyeball cleaning device capable of being easily used and maintained

Abstract

The present invention provides an eyeball cleaning device capable of being easily used and maintained, the eyeball cleaning device comprising: eye-washing water goggles (300) configured to be fixed to the head of a user so that the eyeballs can be positioned, to stably maintain an opened state of eyelids, and to supply washing water to the eyeballs of the user; a washing water container (200) which stores washing water and sprays the stored washing water by folding the container when a predetermined pressing force is transmitted to the container in one direction; and a washing body part (100) to which the eye-washing water goggles (300) are coupled to the rear part and the washing water container (200) is detachably coupled to the upper part so that a predetermined amount of washing water can be supplied to the eye-washing water goggles (300) by pressing the coupled washing water container (200).

Description

Easy-to-use and easy-to-maintain eyewash device

[0001] The present invention relates to an eye washing device that is easy to use and maintain, and more particularly, to an eye washing device that is detachably configured to a washing body, pressurizes a washing water container in which washing water is stored, supplies the stored washing water to the user's eyes to wash the eyes, and is configured to be used by replacing the washing water container, so that even general users can use it easily and simply, and is easy to use and maintain, while also allowing for hygienic management.

[0002] In general, the method of directly injecting artificial tears into the eyes is mainly used to eliminate the discomfort of dry eye, but in order to inject artificial tears into the eyes frequently, artificial tears must be purchased. Since these artificial tears require a prescription from an ophthalmologist and must be purchased at a pharmacy, there is a problem that purchasing artificial tears takes a lot of time and money, and there is a hassle that comes with it.

[0003] Accordingly, the applicant of the present invention provides an eyewash apparatus comprising: an upper water tank comprising an upper eyewash section in which saline solution is stored and into which the saline solution is injected, as disclosed in Korean Patent No. 10-1483402; a lower eyewash section formed at a lower portion of the upper water tank and discharging the saline solution injected through the injection hole so as to circulate; a circulation tank formed at a lower portion of the lower eyewash section and containing the discharged saline solution; and a lower water tank including a split panel connected to the circulation tank to reverse the saline solution contained therein and resupplied to the upper water tank; a circulation device comprising a driving device formed at the upper water tank and providing a predetermined power, and a rotation assembly that receives rotational force from the driving device to cause the saline solution contained in the circulation tank to be forcibly circulated by reverse flow; a display device that outputs an eye muscle exercise program so that a user can perform eye muscle exercise; And a device for treating dry eye and enhancing vision, characterized by including a control device that controls the operation of the circulation device and the display device and controls the circulation and discharge of the saline solution, has been proposed.

[0004] However, in the case of the above-mentioned prior art documents, there is a problem in that hygienic management is difficult because the water used for eye washing is configured to be circulated and reused.

[0005] In addition, since it is configured to wash the eyes while water is contained inside the water tank, there was a problem that it was difficult to provide various washing methods depending on the user's age or eye condition because it only provides a constant flow of water.

[0006] In particular, the above-mentioned prior art documents can only be used in limited cases in specialized hospitals where disinfection can be easily performed, and there are problems in that disinfection is complicated and difficult for general users to perform, and there is a risk of infection because proper disinfection cannot be performed.

[0007] Additionally, there was a problem of low marketability because the high production cost made it difficult for general users to purchase and use it.

[0008]

[0009] In order to solve such a problem, the present invention has been devised based on the aforementioned background technology, and is configured to be detachable from a washing main body, pressurizes a washing water container in which washing water is stored, supplies the stored washing water to the user's eyes to wash the eyes, and is configured to be used by replacing the washing water container, so that even general users can use it easily and simply, and it is intended to provide an eye washing device that allows for hygienic management.

[0010] In addition, the purpose of the present invention is to provide an eye washing device that can spray in various forms according to the user's age and eye condition, thereby enabling appropriate eye washing according to the user's condition.

[0011] In addition, the present invention aims to provide an eye washing device that can be used hygienically without performing a separate washing or disinfection process because the washing water container can be used for a single use, and that can improve convenience of use and ease of management.

[0012] In addition, the present invention aims to provide an eye washing device that can be manufactured with a simple structure, thereby reducing manufacturing costs, and can be easily used by general users by only replacing the washing water container.

[0013] According to one embodiment of the present invention for achieving such a task, it is characterized by including a washing goggle (300) configured to be fixed to a user's head so that the eyeballs can be positioned, the eyelids can be stably maintained in an open state, and washing water can be supplied to the user's eyes; a washing water container (200) in which washing water is stored and sprays the washing water stored by folding when a predetermined pressure is transmitted in one direction; and a washing main body (100) to which the washing goggle (300) is coupled at the rear and the washing water container (200) is detachably coupled at the top, so that the coupled washing water container (200) is pressurized so that a predetermined amount of washing water can be supplied to the washing goggle (300).

[0014] According to one embodiment of the present invention, the washing main body (100) is formed to have an open upper portion, and is configured so that the washing water container (200) can be detachably coupled, and includes a container detachment part (110) that supports the washing water container (200) and the washing water goggles (300) so that they can be connected to each other, a pressure panel (130) that is coupled to the bottom surface of the container detachment part (110) so as to be movable forward and backward and pressurizes the washing water container (200), a pressure guide groove (120) that is formed on the bottom surface of the container detachment part (110) and guides the sliding movement of the pressure panel (130), a pressure operation part (140) that controls the operation of the pressure panel (130), a water goggle connection part (150) that is configured on both sides and so that the washing water goggles (300) can be connected, a memory in which a program for each mode is stored, and a power supply. It is characterized by including a board housing (160) in which a supplied battery is built-in.

[0015] According to one embodiment of the present invention, the pressure panel (130) is characterized by including a pressure support panel (132) configured on both lower sides, penetrating the pressure guide groove (120), and configured to slide along the pressure guide groove (120), a bottom support part (134) connected to the lower end of the pressure support panel (132) and configured to be in close contact with the bottom surface of the washing main body part (100), and a fixed flange (136) connected to the lower central part of the bottom support part (134) and coupled with the pressure operating part (140).

[0016] According to one embodiment of the present invention, the pressurized operating part (140) is characterized by including an operating motor (142) that provides a predetermined rotational force, a motor controller (144) that controls whether the operating motor (142) is operated, an operating screw (148) that rotates in both directions when the operating motor (142) is operated, an operating guide (145) that is coupled to the fixed flange (136) and moves forward and backward along the rotational direction of the operating screw (148), an operating support panel (146) that fixes the operating motor (142) to the washing body part (100), and a rotational support flange (147) that is coupled to the washing body part (100) at a position opposite to the operating support panel (146) and supports the rotation of the operating screw (147).

[0017] According to one embodiment of the present invention, the washing body (100) is further characterized by having a transparent cover (170) that seals the upper surface of the container detachment portion (110).

[0018] According to one embodiment of the present invention, the washing water container (200) is characterized by including a container body (210) having a folded portion so that a folding operation can be smoothly performed; a pressurized housing (220) configured to seal a front portion of the container body (210) and to enable a folding operation of the container body (210) when the washing body part (100) is pressurized; a nozzle housing (230) that seals a rear portion of the container body (210) and sprays washing water stored in the container body (210) into the interior of a washing water bowl (300); and a guide plate (250) mounted on an upper surface of the container body (210) and optionally preventing the container body (210) from being folded.

[0019] According to one embodiment of the present invention, the nozzle housing (230) comprises: a nozzle body (232) which is formed on both sides of the rear portion, and which is connected to the washing water mirror (300) while inserting and penetrating the washing body (100); a first injection hole (234) which is formed on the upper portion of the nozzle body (232) and has a large diameter so that the washing water can be sprayed in the form of a stream of water; a second injection hole (236) which is formed at a predetermined interval below the first injection hole (234) and has a smaller diameter than the diameter of the first injection hole (234) and has a small diameter so that the washing water can be sprayed in the form of a water mist; a sealing means (240) which seals the first and second injection holes (234, 236); and a sealing means (240) which is formed on the upper and lower portions of the nozzle body (232), respectively, and which guides the bonding position of the sealing means (240). It is characterized by including a sealing groove (238), an inlet port through which washing water flows in, and an injection plug (260) for opening and closing the inlet port.

[0020] According to one embodiment of the present invention, the guide plate (250) is characterized by including a front mounting portion (252) formed at a front end and mounted on an upper surface of the pressurized housing (220), and a rear mounting portion (254) formed at a rear end opposite to the front mounting portion (252) and mounted on an upper surface of the nozzle housing (230).

[0021] According to one embodiment of the present invention, the washing goggle (300) is characterized by including: a goggle main body (310) that is connected to the washing main body (100) and is configured to be fixed to the user's head and adhere closely to the face to prevent leakage of the sprayed washing water; a goggle mounting means (320) that fixes and adheres the goggle main body (310) to the user's head; a main body connecting member (330) that connects the goggle main body (310) and the washing main body (100); and an eyelid fixing means (340) that is configured inside the goggle main body (310) and maintains the user's eyelids in an open state when washing the eyes.

[0022] According to one embodiment of the present invention, the main body (310) of the water goggles is configured to be in close contact with the user's face and includes an eye receiving portion (312) in which the user's eyes are positioned, a washing water supply hole (316) configured to be positioned in the same line as the position of the user's eyes and supplying washing water sprayed from a washing water container (200), and a drainage member (318) configured on each of the lower sides and draining the washing water after washing the eyes.

[0023] According to one embodiment of the present invention, the eyelid fixing means (340) is characterized by including: an elastic support panel (342) coupled to the goggle mounting means (320); an elastic panel (344) coupled to the upper and lower portions of the elastic support panel (342) and providing a predetermined elastic restoring force; upper and lower contact members (346, 348) coupled to the ends of the elastic panel (344) and in contact with the user's eyelids; and a pressing guide member (350) configured in the goggle main body (310) and providing a pressing position of the upper and lower contact members (346, 348).

[0024]

[0025] According to an embodiment of the present invention, the washing water container is configured to be detachably attached to the washing main body, and the washing water container in which washing water is stored is pressurized to supply the stored washing water to the user's eyes to wash the eyes, and the washing water container is configured to be replaceable for use, so that not only can it be used easily and simply by general users, but it also has the effect of enabling hygienic management.

[0026] In addition, according to an embodiment of the present invention, it is possible to spray in various forms depending on the user's age and eye condition, thereby providing an effect of washing the eyes appropriate for the user's condition.

[0027] In addition, according to an embodiment of the present invention, since the washing water container can be used for a single use, hygienic use is possible without performing a separate washing or disinfection process, and there is an effect of improving convenience of use and ease of management.

[0028] In addition, according to an embodiment of the present invention, manufacturing costs can be reduced by manufacturing with a simple structure, and since use is possible by replacing only the washing water container, there is an effect that even general users can easily use it.

[0029]

[0030] Figure 1 is a perspective view showing an eye washing device that is easy to use and maintain according to one embodiment of the present invention;

[0031] Figure 2 is a plan view showing a washing main body according to one embodiment of the present invention;

[0032] Figure 3 is a cross-sectional view showing a main body of a washing machine according to one embodiment of the present invention.

[0033] Figure 4 is a drawing showing a pressure operating part of a washing body according to one embodiment of the present invention;

[0034] FIG. 5 is a drawing showing a state in which a washing water mirror is mounted on a washing main body according to one embodiment of the present invention.

[0035] Figure 6 is a perspective view showing a washing water container according to one embodiment of the present invention;

[0036] Figure 7 is a plan view showing a washing water container according to one embodiment of the present invention;

[0037] Figure 8 is a rear view showing a washing water container according to one embodiment of the present invention;

[0038] Figure 9 is a cross-sectional view showing a washing water container according to one embodiment of the present invention;

[0039] Figure 10 is a perspective view showing a washing water bowl according to one embodiment of the present invention;

[0040] Fig. 11 is a drawing showing an eyelid fixing means of a washing goggle according to one embodiment of the present invention.

[0041] Hereinafter, embodiments of the present invention will be described in detail with reference to the attached drawings.

[0042] As shown, the eye washing device, which is easy to use and maintain, comprises a washing body (100) in which a washing goggle (300) is coupled to the rear portion, a washing water container (200) is detachably coupled to the upper portion, and pressurizes the coupled washing water container (200) so that a certain amount of washing water can be supplied to the washing water goggle (300), a washing water container (200) in which washing water is stored and, when a predetermined pressure is transmitted in one direction, sprays the washing water stored by folding, and a washing goggle (300) which is configured to be fixed to the user's head so that the eyeball can be positioned, stably maintains the eyelid in an open state, and supplies the washing water sprayed from the washing water container (200) to the user's eyeball so that washing can be performed.

[0043] The washing main body (100) is formed so that the upper part is open, and is configured so that the washing water container (200) can be detachably coupled, and is configured to include a container detachment part (110) that supports the washing water container (200) and the washing water goggles (300) so that they can be connected to each other, a pressure panel (130) that is coupled to the bottom surface of the container detachment part (110) so as to be able to move forward and backward and pressurizes the washing water container (200), a pressure operation part (140) that controls the operation of the pressure panel (130), a goggle connection part (150) that is configured on each side so that the washing water goggles (300) can be connected, a memory in which a program for each mode is stored, and a board housing (160) in which a battery for supplying power is built in.

[0044] The container detachment part (110) supports the connection between the washing goggles (300) and the washing water container (200) toward the rear, and a nozzle coupling part (112) is formed to guide the washing water discharged from the washing water container (200) to be stably sprayed toward the eye side of the user wearing the washing goggles (300).

[0045] Here, the nozzle coupling part (112) is configured so that the nozzle body (232) of the nozzle housing (230) configured in the washing water container (200) to be described later can be inserted, and the nozzle body (232) is configured so that it can be positioned on the side of the washing water supply hole (316) configured in the washing water tank (300).

[0046] In addition, a pressure guide groove (120) is formed on the bottom surface of the container detachment portion (110) along the length direction of the container detachment portion (110) and is formed at corresponding positions on both sides of the bottom surface to guide the pressure panel (130) to slide in the forward and backward directions of the container detachment portion (110).

[0047] The pressurizing panel (130) is a component that is installed in the container detachment part (110) and is connected to the pressurizing actuator (140) to pressurize the washing water container (200) accommodated in the container detachment part (110) depending on whether the pressurizing operating part (140) is operated, so that the washing water stored in the washing water container (200) is sprayed by discharge toward the washing water bowl (300).

[0048] This pressurizing panel (130) is configured to include a pressurizing support panel (132) configured to be formed on both lower sides, penetrate the pressurizing guide groove (120), and allow sliding movement along the pressurizing guide groove (120), a bottom support member (134) connected to the lower end of the pressurizing support panel (132) and configured to be in close contact with the bottom surface of the washing main body (100) so that the pressurizing panel (130) can be stably sliding, and a fixed flange (136) connected to the lower central portion of the bottom support member (134) and coupled with an operating guide (145) of a pressurizing operating member (140) to be described later.

[0049] In addition, the container detachment part (110) is provided with a water tank connection part (150) in which a main body connection member (330) configured on the outer surface of both sides of the washing water tank (300) is detachably connected.

[0050] Here, the hydraulic connection part (150) may be composed of a circular shaft member, and an insertion groove having a predetermined length is formed in the center thereof.

[0051] In addition, the container detachment part (110) is connected to a pressure panel (130) at the front, and a pressure operating part (140) is combined to operate so as to pressurize the washing water container (200) while sliding the pressure panel (130).

[0052] The pressurizing operating part (140) is coupled with the fixed flange (136) of the pressurizing panel (130), and operates so that the pressurizing panel (130) can move forward and backward along the pressurizing guide groove (120) when power is applied.

[0053] This pressurized operating part (140) is configured to include an operating motor (142) that provides a predetermined rotational force, a motor controller (144) that controls whether the operating motor (142) is operated, an operating screw (148) that is connected to the operating motor (142) and rotates in both directions when the operating motor (142) is operated, an operating guide (145) that is coupled with a fixed flange (136) and moves forward and backward along the rotational direction of the operating screw (148), an operating support panel (146) that fixes the operating motor (142) to the washing body part (100), and a rotational support flange (147) that is coupled to the washing body part (100) at a position opposite to the operating support panel (146) and supports the rotation of the operating screw (147).

[0054] Here, the operating support panel (146) is equipped with a board housing (160) having a memory in which the operating program of the operating controller (144) is built in and a battery that supplies power to the operating motor (142).

[0055] In addition, the operation controller (144) is connected to a memory built into the board housing (160) and is configured to control whether the operation motor (142) rotates and the rotation speed, thereby controlling the speed at which the washing water container (200) is pressurized, the discharge amount of washing water sprayed by the pressurization, and the discharge speed.

[0056] Such an operating controller (144) may be comprised of, but is not limited to, Arduino hardware.

[0057] Here, the memory controls whether the pressurized operating unit (140) operates, and a program is stored to control the injection amount, injection speed, and injection pressure, and the operating condition values ​​for each injection amount, injection speed, and injection pressure are set, and an operating program for each mode based on the set values ​​can be stored.

[0058] Such memory may be configured to be electrically connected to the aforementioned operating controller (144).

[0059] Meanwhile, the washing body (100) of the present invention may further include a transparent cover (170) made of a transparent material to seal the upper surface of the container detachment portion (110) formed to be open to prevent external foreign substances from penetrating and to allow the user to visually check the pressurization state of the washing water container (200).

[0060]

[0061] The washing water container (200) is detachably inserted into the container detachment part (110), and the rear part is connected to the nozzle coupling part (112) to be connected to the washing water bowl (300). When the pressure panel (130) is operated, the folding operation is performed to spray the stored washing water toward the washing water bowl (300). The container is configured to include a container body (210), a nozzle housing (230), a sealing means (240), and a guide plate (250).

[0062] The container body (210) can be configured as a body having a folded portion so that the folding operation can be performed smoothly, and a pressure housing (220) is coupled to the front portion thereof, and a nozzle housing (230) is coupled to the rear portion thereof.

[0063] This container body (210) is composed of a synthetic resin material and may be composed in a typical Javara shape, but is not limited thereto.

[0064] In addition, the container body (210) is provided with a guide plate (250) that is mounted on its upper surface and prevents the container body (210) from being folded arbitrarily.

[0065] The guide plate (250) can be configured in the same shape as the folded portion of the container body (210) and can be tightly seated, and can be configured of a plastic or metal material having a certain rigidity.

[0066] This guide plate (250) may be formed at the front end and may be configured with a front mounting portion (252) that is mounted on the upper surface of the pressurized housing (220), and a rear mounting portion (254) that is formed at the rear end opposite to the front mounting portion (252) and is mounted on the upper surface of the nozzle housing (230).

[0067] Here, an adhesive having a predetermined adhesive strength may be applied to the front mounting portion (252) and the rear mounting portion (254), but is not limited thereto.

[0068] In addition, the pressurized housing (220) is configured to seal the front part of the container body (210) and to be in close contact with the pressurized panel (130), so that when the pressurized panel (130) slides, the container body (210) is pressed to enable a folding operation.

[0069] In addition, the nozzle housing (230) seals the rear part of the container body (210) and sprays the washing water stored in the container body (210) into the interior of the washing water tank (300). A plurality of spray holes having different diameters are formed on each side of the rear part, and a sealing groove (238) is formed in which the nozzle body (232) located in the washing water supply hole (316) of the washing water tank (300) and the sealing means (240) for sealing the spray hole are bonded while inserting and penetrating the nozzle coupling part (112) of the container detachment part (110).

[0070] Here, the spray hole may be formed at the upper portion of the nozzle body (232), and may be formed as a first spray hole (234) having a large diameter so that the washing water can be sprayed in the form of a stream of water, and a second spray hole (236) having a smaller diameter than the diameter of the first spray hole (234) and formed as a small diameter so that the washing water can be sprayed in the form of a water mist, which is formed at a predetermined interval below the first spray hole (234).

[0071] At this time, the second injection hole (236) may be composed of one or more than two, but is not limited thereto.

[0072] In addition, the sealing groove (238) is formed on the upper and lower portions of the nozzle body (232), respectively, and the sealing means (240) seals the first and second injection holes (234, 236), and serves to guide the bonding position of the sealing means (240) so that either one or both of the sealed first and second injection holes (234, 236) can be opened.

[0073] That is, the first and second injection holes (234, 236) are each formed in the central portion of the sealing groove (238).

[0074] A nozzle housing (230) such as this may further include an inlet formed in the central portion thereof through which washing water flows in, and an injection plug (260) for opening and closing the inlet may be connected in a screw-joint manner.

[0075] The sealing means (240) is configured to prevent the washing water from randomly leaking out through the first and second spray holes (234, 236), and to enable the opening of either one or both of the first and second spray holes (234, 236) so that the eye can be washed in a mode desired by the user (water stream mode or water mist mode) when washing the eye.

[0076] This sealing means (240) may be composed of a conventional tape, but is not limited thereto, and is configured so that after the user removes the sealing means (240) from the sealing groove (238), the washing water container (200) is inserted into the container detachment portion (110) so that the washing water stored in the washing water container (200) can be sprayed from either one or both of the first and second spray holes (234, 236) that are open.

[0077]

[0078] The washing goggles (300) are connected to the rear part of the container detachment part (110) of the washing main body (100), and the nozzle body (232) of the nozzle housing (230) configured in the washing container (200) is inserted and fixed to the user's head so as to fix the position of the user's eyeballs, so that washing water sprayed from the nozzle body (232) is sprayed toward the eyeballs to enable washing.

[0079] This washing goggle (300) is configured to include a goggle main body (310) that supports the connection to the container detachment part (110), is configured to be fixed to the user's head and adheres closely to the face to prevent leakage of the sprayed washing water, a goggle mounting means (320) that is coupled to the goggle main body (310) and fixes and adheres the goggle main body (310) to the user's head, a main body connecting member (330) that is configured on both sides of the goggle main body (310) and connects the goggle main body (310) and the container detachment part (110), and an eyelid fixing means (340) that is configured inside the goggle main body (310) and maintains the user's eyelids in an open state when washing the eyes.

[0080] The main body of the goggles (310) is configured to be in close contact with the user's face at the rear, and has an eye-receiving portion (312) where the user's eyes are positioned inside, a transparent panel (314) that seals the front of the main body of the goggles (310) and is made of a transparent material, and a washing water supply hole (316) that is formed to penetrate the transparent panel (314) and is configured to be positioned at the same line as the position of the user's eyes at the front, and into which the nozzle body (232) of the nozzle housing (230) is inserted, is formed.

[0081] These water-based main body parts (310) are configured on each of the lower two sides, and a drainage member (318) for draining the washing water after washing the eye is configured.

[0082] The goggle mounting means (320) is configured to be adjustable in response to the user's head size, and is configured to closely attach the goggle main body (310) to the user's face. It is configured with a goggle mounting strap (324) made of a conventional string member having a predetermined elasticity, a string adjustment clip (326) for adjusting the length of the goggle mounting strap (324), and a mounting support panel (322) provided on both sides of the goggle main body (310) and to which the string adjustment clip (326) is connected.

[0083] The main body connecting member (330) is configured on the upper part of the water-holding device (320), and is configured as a conventional shaft member so as to be inserted and fixed into the water-holding connecting member (150) configured in the container detachment part (110).

[0084] At this time, the main body connecting member (330) may be configured as a cylinder member so that the load part is withdrawn under the control of the operating controller (144) and inserted and fixed into the hydraulic connecting member (150).

[0085] The eyelid fixing means (340) is configured inside the main body of the goggles (310), is located at the rear of the viewing panel (314), and is preferably located above and below the washing water supply hole (316), is configured to make contact with the user's eyelids, and is configured to maintain the user's eyelids in an open state by a predetermined elastic restoring force, and includes an elastic support panel (342), an elastic member (344), and upper and lower adhesion members (346, 348).

[0086] The elastic support panel (342) supports the elastic operation of the elastic member (344) and supports the eyelid fixing means (340) so that it can be mounted on the goggle main body (310). The elastic support panel (342) penetrates both sides of the goggle main body (310) and is fixed to the mounting support panel (322) of the goggle mounting means (320).

[0087] The elastic member (344) is composed of a panel having a predetermined elastic restoring force, and one end is connected to the upper and lower parts of the elastic support panel (342), respectively, and the upper contact member (346) and the lower contact member (348) are connected to the opposite end.

[0088] These elastic members (344) allow the upper and lower sealing members (346, 348) to be pressed against the upper inner wall surface and the lower inner wall surface of the goggle main body (310), respectively, when washing the eye, and when the user presses the part of the goggle main body (310) to which the upper and lower sealing members (346, 348) are pressed, the upper and lower sealing members (346, 348) are moved toward the washing water supply hole (316) so as to come into contact with the user's eyelids, and when the user releases the pressing force applied to the goggle main body (310), the upper and lower sealing members (346, 348) are restored to their original positions, thereby allowing the eyelids to remain open.

[0089] The upper adhesive member (346) is configured to be fixed to the elastic member (344) formed on the upper part of the elastic support panel (342) and to make contact with the user's upper eyelid.

[0090] In addition, the lower adhesive member (348) is fixed to the elastic member (344) formed at the lower portion of the elastic support panel (342) and is configured to make contact with the user's lower eyelid.

[0091] Here, the upper adhesive member (346) and the lower adhesive member (348) may be composed of a silicone material having a predetermined adhesive strength.

[0092] Meanwhile, the main body (310) of the water purifier may further include a pressing guide (350) that guides the user to more easily identify the positions of the upper and lower sealing members (346, 348) with their fingers and to facilitate the pressing operation of the upper and lower sealing members (346, 348).

[0093] The pressing guide (350) is formed on the upper and lower surfaces of the water-holding body (310) so that the user can easily determine the pressing positions of the upper and lower sealing members (346, 348), and is formed at the positions where the upper and lower sealing members (346, 348) come into contact with the water-holding body (310). It is formed of an upper pressing guide (352) that guides the pressing position of the upper sealing member (346) and a lower pressing guide (354) that guides the pressing position of the lower sealing member (348).

[0094]

[0095] 100: Washing body 110: Container removal part

[0096] 112: Nozzle joint 120: Pressurized guide groove

[0097] 130: Pressurized panel 132: Pressurized support panel

[0098] 134: Floor support 136: Fixed flange

[0099] 140: Pressurized operating part 142: Operating motor

[0100] 144: Operating Controller 145: Operating Guide

[0101] 146: Operating support panel 147: Rotating support flange

[0102] 148: Operating screw 150: Water connection

[0103] 160: Board housing 170: Transparent cover

[0104] 200: Washing water container 210: Container body

[0105] 212: Injection plug 220: Pressurized housing

[0106] 230: Nozzle housing 232: Nozzle body

[0107] 234: First injection hole 236: Second injection hole

[0108] 238: Sealing groove 240: Sealing means

[0109] 250: Guide plate 252: Front mounting part

[0110] 254: Rear mounting

[0111] 300: Washing water mirror 310: Water mirror body

[0112] 312: Ocular receptacle 314: Transillumination panel

[0113] 316: Washing water supply hole 318: Drainage member

[0114] 320: Water-holding device 322: Mounting support panel

[0115] 324: Goggle mounting strap 326: Strap adjustment clip

[0116] 330: Body connecting member 340: Eyelid fixing means

[0117] 342: Elastic support panel 344: Elastic member

[0118] 346: Upper sealing member 348: Lower sealing member

[0119] 350: Press guide 352: Upper press guide

[0120] 354: Lower press guide

Claims

1. A cleaning goggle (300) configured to be fixed to the user's head so that the eyeball can be positioned, to stably maintain the eyelid in an open state, and to supply cleaning water to the user's eyeball; A washing water container (200) in which washing water is stored and, when a predetermined pressure is transmitted in one direction, the washing water stored by folding is sprayed; and A washing main body (100) in which the washing water tank (300) is coupled to the rear portion and the washing water container (200) is detachably coupled to the upper portion, so that the coupled washing water container (200) is pressurized so that a certain amount of washing water can be supplied to the washing water tank (300); An easy-to-use and easy-to-maintain eyewash device comprising:

2. In paragraph 1, The above washing body (100) The upper part is formed to be open, and the washing water container (200) is configured to be detachably coupled, and a container detachment part (110) that supports the washing water container (200) and the washing water mirror (300) so that they can be connected to each other; A pressure panel (130) that is connected to the bottom surface of the container detachment part (110) so that it can move forward and backward and pressurizes the washing water container (200), A pressure guide groove (120) formed on the bottom surface of the container detachment portion (110) and guiding the sliding movement of the pressure panel (130), A pressure operating unit (140) that controls the operation of the above pressure panel (130), A water connection part (150) configured on each side so that the washing water lens (300) can be connected, and A board housing (160) that contains a memory for storing programs for each mode and a battery for supplying power An easy-to-use and easy-to-maintain eyewash device comprising:

3. In paragraph 2, The above pressurized panel (130) is A pressure support panel (132) configured on both lower sides, penetrating the pressure guide groove (120), and configured to allow sliding movement along the pressure guide groove (120); A bottom support member (134) connected to the lower part of the above-mentioned pressure support panel (132) and configured to be in close contact with the bottom surface of the above-mentioned washing body member (100), A fixed flange (136) connected to the lower central portion of the above floor support (134) and combined with the above pressurized operating part (140) An easy-to-use and easy-to-maintain eyewash device comprising:

4. In paragraph 3, The above pressurized operating part (140) An operating motor (142) that provides a predetermined rotational force, A motor controller (144) that controls whether the above operating motor (142) operates, An operating screw (148) that rotates in both directions when the above operating motor (142) is operated, The above fixed flange (136) is combined with an operating guide (145) that moves forward and backward along the rotational direction of the operating screw (148), An operating support panel (146) that fixes the operating motor (142) to the washing main body (100), A rotation support flange (147) that is coupled to the washing body (100) at a position opposite to the above-mentioned operation support panel (146) and supports the rotation of the operation screw (147). An easy-to-use and easy-to-maintain eyewash device comprising:

5. In paragraph 2, In the above washing body (100) An eye washing device that is easy to use and maintain, characterized in that it further comprises a transparent cover (170) that seals the upper surface of the container detachment portion (110).

6. In paragraph 1, The above washing water container (200) A container body (210) having a folded portion to enable smooth folding operation; A pressurized housing (220) configured to seal the front part of the container body (210) and enable the container body (210) to fold when the washing body (100) is pressurized; A nozzle housing (230) that seals the rear part of the container body (210) and sprays the washing water stored in the container body (210) into the interior of the washing water tank (300); and A guide plate (250) that is mounted on the upper surface of the container body (210) and arbitrarily prevents the container body (210) from being folded; An easy-to-use and easy-to-maintain eyewash device comprising:

7. In paragraph 6, The above nozzle housing (230) is A nozzle body (232) configured on each side of the rear portion and connected to the washing water mirror (300) while inserting and penetrating the washing body (100), A first spray hole (234) formed in the upper part of the nozzle body (232) and having a large diameter so that the washing water can be sprayed in the form of a stream of water, A second injection hole (236) is formed with a diameter smaller than that of the first injection hole (234) and spaced apart at a predetermined interval from the lower portion of the first injection hole (234), and is formed with a small diameter so that the washing water can be sprayed in the form of a water mist. A sealing means (240) for sealing the first and second injection holes (234, 236), A sealing groove (238) configured on the upper and lower portions of the nozzle body (232), respectively, which guides the bonding position of the sealing means (240), An inlet where washing water flows in, Injection plug (260) for opening and closing the above inlet An easy-to-use and easy-to-maintain eyewash device comprising:

8. In paragraph 6, The above guide plate (250) A front mounting portion (252) formed at the front end and mounted on the upper surface of the pressurized housing (220), A rear mounting portion (254) formed at the rear end opposite to the front mounting portion (252) and mounted on the upper surface of the nozzle housing (230) An easy-to-use and easy-to-maintain eyewash device comprising:

9. In paragraph 1, The above washing water mirror (300) is A water-based main body (310) connected to the above-mentioned washing main body (100), fixed to the user's head and configured to be in close contact with the face to prevent leakage of the sprayed washing water; A water goggle mounting means (320) that fixes and adheres the water goggle main body (310) to the user's head; A body connecting member (330) connecting the above-mentioned water main body (310) and the above-mentioned washing main body (100); and An eyelid fixing means (340) configured inside the above-mentioned water mirror main body (310) and which maintains the user's eyelids in an open state when washing the eye; An easy-to-use and easy-to-maintain eyewash device comprising:

10. In paragraph 9, The above hydroponic main body (310) is An eye receptacle (312) configured to fit snugly against the user's face and in which the user's eyes are positioned, A washing water supply hole (316) configured to be positioned in the same line as the user's eye position and supplying washing water sprayed from a washing water container (200), A drainage member (318) configured on each side of the lower portion to drain the washing water after washing the eye An easy-to-use and easy-to-maintain eyewash device comprising:

11. In paragraph 9, The above eyelid fixing means (340) is An elastic support panel (342) coupled to the above-mentioned water-holding means (320); An elastic panel (344) that is respectively connected to the upper and lower portions of the elastic support panel (342) and provides a predetermined elastic restoring force; Upper and lower adhesive members (346, 348) that are connected to the ends of the elastic panel (344) and come into contact with the user's eyelids; and A pressing guide (350) configured in the above-mentioned water-based main body (310) and providing a pressing position of the upper and lower sealing members (346, 348); An easy-to-use and easy-to-maintain eyewash device comprising:

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