CN116712250A - Eye wetting instrument - Google Patents

Abstract

This application provides an eye moisturizing device, which includes a main body, an atomizing mechanism, a receiving cavity, a water collecting tank, a magnetic connection mechanism, and a diversion channel. After the user wears the eye moistening device, the eyes are placed in the receiving cavity, and the mist is The water mist generated by the chemical mechanism is guided to both ends of the accommodation cavity through the diversion trough, and comes into contact with the eyes of the user in the accommodation cavity. When the water mist condenses and accumulates, it can accumulate in the water collection tank in the accommodation trough to prevent water mist. The condensed water droplets directly contact the user's face, improving the user experience. After the water in the atomization mechanism is consumed, the atomization mechanism can be quickly disassembled through the magnetic connection mechanism. The overall convenience is greatly improved to avoid degrading the user's use experience. It has It saves production costs, improves user experience, and facilitates promotion and implementation.

Description

An eye moisturizer

Technical field

The present application belongs to the technical field of eye massage instruments, and specifically relates to an eye moisturizing instrument.

Background technique

With the popularity of electronic products, more and more people use electronic products. Heavy use of electronic products often makes users’ eyes dry. Therefore, spray eye massagers have emerged. Nowadays, eye moisturizers are in use At the same time, because it does not have a water-blocking function, the mist condenses into water droplets on the inner wall and easily flows to the user's face, affecting the comfort and use effect of the product. Furthermore, existing eye moisturizers are usually equipped with two An outlet is used to spray water mist to moisturize the user's eyes at the same time. During actual use, the water in the water tank is consumed too quickly, the eye massager has a short battery life, requires frequent water changes, and the manufacturing cost High, the existing eye massager with only one outlet for spraying water mist cannot spray and moisturize the patient's eyes evenly. When the water in the atomization mechanism is used up, the atomization mechanism needs to be disassembled. The existing disassembly structure Most of them are buckles and are inconvenient to disassemble, so they need to be improved.

Contents of the invention

This application is intended to solve the problem of the existing traditional eye massager with an atomizing water tank. The two outlets for spraying water mist are expensive to manufacture, and a single outlet for spraying water mist cannot evenly spray and moisturize the patient's eyes, and To solve the technical problem of water mist condensing and accumulating on the human face, a new type of eye moisturizer is proposed.

This application adopts the following solution, an eye moisturizing device, including a main body, an atomization mechanism provided on the main body for generating water mist, a receiving cavity provided on the main body for the user to place the eyes, and a device. A water collecting tank is provided in the accommodation cavity opposite to the atomization mechanism, and a guide groove is provided on the main body between the atomization mechanism and the accommodation cavity.

Preferably, the main body is provided with an installation groove for matching installation of the atomization mechanism, the guide groove is provided on the installation groove at a corresponding position below the atomization mechanism, and the guide groove faces the atomization mechanism. Both ends of the accommodation cavity extend, and the water mist generated by the atomization mechanism is guided to both ends of the accommodation cavity by the guide groove to contact the eyes of the user.

Preferably, the atomization mechanism includes an atomization component electrically connected to the main body and a water tank connected to the atomization component. After the water in the water tank comes into contact with the atomization component, the atomization Component can generate water mist.

Preferably, the atomization assembly includes a connecting plate located at the bottom of the water tank and electrically connected to the main body, and one end surface of the connecting plate is connected to the water tank, and the other end surface is connected to the water tank. The atomizer piece connected to the outside of the board.

Preferably, the connecting plate is provided with an atomization piece groove that matches the atomization piece, and the bottom of the atomization piece groove is provided with a spray port at a corresponding position on the guide groove, and the radius of the spray port is Smaller than the radius of the atomization piece groove, the water mist generated by the atomization piece can be sprayed from the spray port and guided to both ends of the accommodation cavity through the guide groove. A11 is guided to both ends of the accommodation chamber A4 to be in contact with the user's eyes. During actual use, the water mist generated by the atomization mechanism is eliminated by correspondingly providing a guide groove between the main body and the atomization mechanism. It can be evenly guided to both ends of the accommodating tank and come into contact with the user's eyes in the accommodating tank. There is no need for two water mist outlets, which saves costs. At the same time, the user's eyes can be moistened at the same time. It is simple to operate and low in implementation cost. Low, improve user experience and facilitate promotion and implementation.

Preferably, the connecting plate is further provided with a wiring groove connected with the atomization piece groove, and the wiring groove extends in a direction close to the atomization piece groove.

Preferably, the water tank is also provided with a water adding hole, and the water adding hole is arranged upward. The water tank is also provided with a sealing cover, and the sealing cover is located at the water adding hole. The sealing cover A sealing portion is provided at a position corresponding to the water adding hole, and the sealing portion can extend into the water adding hole.

Preferably, the main body includes a front shell located on the outside of the main body and a rear shell located on the front shell. The rear shell is located at an end close to the user's eyes. The rear shell is provided with a There is a massage head, wherein the front shell is made of hard rubber and the back shell is made of soft rubber.

Preferably, an elastic groove is provided on the inside of the front shell. When the front shell is squeezed and deformed, the elastic groove shrinks or expands. The rear shell includes a rear shell body and two holes extending from the rear shell body to both sides. The engaging portion is formed by protruding from the end, and the engaging portion is used for engaging with the head.

Preferably, the elastic groove is provided with a groove bottom and opposite groove walls. When the front shell is squeezed, the groove bottom deforms, and the groove walls move closer or farther away from each other, so that the The elastic groove generates elastic force for assisting the front shell to rebound and reset.

Compared with the existing technology, this application has the following beneficial effects:

This application provides an eye moisturizing device, which includes a main body, an atomizing mechanism, a receiving cavity, a water collecting tank, a magnetic connection mechanism, and a diversion channel. After the user wears the eye moistening device, the eyes are placed in the receiving cavity, and the mist is The water mist generated by the chemical mechanism is guided to both ends of the accommodation cavity through the diversion trough, and comes into contact with the eyes of the user in the accommodation cavity. When the water mist condenses and accumulates, it can accumulate in the water collection tank in the accommodation trough to prevent water mist. The condensed water droplets directly contact the user's face, improving the user experience. After the water in the atomization mechanism is consumed, the atomization mechanism can be quickly disassembled through the magnetic connection mechanism. The overall convenience is greatly improved to avoid degrading the user's use experience. It has It saves production costs, improves user experience, and facilitates promotion and implementation.

Description of the drawings

In order to explain the technical solutions in the embodiments of the present application more clearly, the drawings needed to be used in the description of the embodiments will be briefly introduced below.

Figure 1 is a schematic structural diagram of an eye moisturizer of the present application;

Figure 2 is a schematic structural diagram of an eye moisturizer of the present application from another perspective;

Figure 3 is an exploded schematic diagram of an eye moisturizing device retaining a circuit board according to the present application;

Figure 4 is an exploded schematic diagram of an eye moisturizing device according to the present application after removing the circuit board;

Figure 5 is a partial enlarged view of A in Figure 4 of this application;

Figure 6 is an exploded schematic diagram of the water tank and cover plate of this application;

Figure 7 is an exploded schematic diagram of the water tank and cover plate of the present application from another perspective;

Figure 8 is an exploded schematic diagram of the water tank and connecting plate of this application;

Figure 9 is an exploded schematic diagram of the water tank and connecting plate of the present application from another perspective;

Figure 10 is a cross-sectional view at a-a in Figure 1 of the present application;

Figure 11 is a partial enlarged view of c in Figure 10 of this application;

Figure 12 is a cross-sectional view at b-b in Figure 2 of this application;

Figure 13 is a cross-sectional view at d in Figure 12 of this application.

Detailed ways

As shown in Figure 1-13, an eye moisturizer includes a main body A1, an atomization mechanism A2 provided on the main body A1 for generating water mist, and an atomization mechanism A2 provided on the main body A1 for the user to place the eye. The accommodation cavity A4, the water collection tank A212 provided in the accommodation cavity A4 and opposite to the atomization mechanism A2, and the main body A1 between the atomization mechanism A2 and the accommodation cavity. Diversion channel A11 between A4.

This application provides an eye moisturizing device, which includes a main body, an atomizing mechanism, a receiving cavity, a water collecting tank, a magnetic connection mechanism, and a diversion channel. After the user wears the eye moistening device, the eyes are placed in the receiving cavity, and the mist is The water mist generated by the chemical mechanism is guided to both ends of the accommodation cavity through the diversion trough, and comes into contact with the eyes of the user in the accommodation cavity. When the water mist condenses and accumulates, it can accumulate in the water collection tank in the accommodation trough to prevent water mist. The condensed water droplets directly contact the user's face, improving the user experience. After the water in the atomization mechanism is consumed, the atomization mechanism can be quickly disassembled through the magnetic connection mechanism. The overall convenience is greatly improved to avoid degrading the user's use experience. It has It saves production costs, improves user experience, and facilitates promotion and implementation.

Preferably, the main body A1 is provided with an installation groove A10 for matching installation of the atomization mechanism A2, and the guide groove A11 is provided on the installation groove A10 at a corresponding position below the atomization mechanism A2. The guide groove A11 extends to both ends of the accommodation chamber A4. The water mist generated by the atomization mechanism A2 is guided by the guide groove A11 to both ends of the accommodation chamber A4 to communicate with the user's eyes. external contact.

Preferably, the atomization mechanism A2 includes an atomization component A20 that can be electrically connected to the main body A1 and a water tank A21 connected with the atomization component A20. The water in the water tank A21 and the atomization component A20 After contact, the atomization component A20 can generate water mist.

Preferably, the atomization assembly A20 includes a connecting plate A200 provided at the bottom of the water tank A21 and electrically connected to the main body A1, and an end surface provided on the connecting plate A200 that is connected to the water tank A21, and another end surface of the connecting plate A200 is connected to the water tank A21. An end surface is connected to the atomization piece A201 with the outside of the connecting plate A200.

Preferably, the connecting plate A200 is provided with an atomization piece groove A204 that matches the atomization piece A201. The bottom of the atomization piece groove A204 is located on the guide groove A11 and is provided with a spray port A205 at a corresponding position. , the radius of the spray port A205 is smaller than the radius of the atomization plate groove A204, the water mist generated by the atomization plate A201 can be sprayed from the spray port A205, and guided to the accommodation cavity through the guide groove A11 A4 both ends.

Preferably, the connecting plate A200 is also provided with a wiring groove A208 connected with the atomization piece groove A204, and the wiring groove A208 extends in a direction close to the atomization piece groove A204.

Preferably, a magnetic connection mechanism A3 is provided between the main body A1 and the atomization mechanism A2, and the magnetic connection mechanism A3 includes an external magnetic attraction piece A30 provided between the connection plate A200 and the water tank A21. , and an inner magnetic piece A31 disposed on the main body A1 at a position corresponding to the outer magnetic piece A30. The outer magnetic piece A30 can be magnetically connected to the inner magnetic piece A31. During actual use, The outer magnetic piece can be a magnet or a magnetic metal, and the inner magnetic piece can be a magnet or a magnetic metal.

Preferably, the magnetic connection mechanism A3 also includes an installation cavity A22 provided on the atomization mechanism A2, the outer magnetic piece A30 is embedded in the installation cavity A22, and the inner magnetic piece A31 Fixed in the main body A1.

Preferably, the installation cavity A22 includes a magnet installation groove A202 provided on the side of the connecting plate A200 close to the water tank A21, and a magnet installation groove A202 provided on the water tank A21 at a position corresponding to the magnet installation groove A202. The magnet installation groove A202 is opposite to the opening of the relief groove A203, and together form the installation cavity A22.

Preferably, the atomization assembly A20 further includes an inner conductive contact A206 provided on the main body A1, and an outer conductive contact provided on the connecting plate A200 at a position corresponding to the inner conductive contact A206. A207, when the atomization mechanism A2 is matched and installed in the installation groove A10, the outer conductive contact A207 can be electrically connected to the inner conductive contact A206 to energize the atomization piece A201.

Preferably, the water tank A21 is also provided with a water adding hole E21, and the water adding hole E21 is set upward. The water tank A21 is also provided with a sealing cover E22, and the sealing cover E22 is located on the water adding hole. At E21, the sealing cover E22 is provided with a sealing portion E224 at a position corresponding to the water adding hole E21, and the sealing portion E224 can match and extend into the water adding hole E21.

Preferably, a downwardly depressed groove E20 is formed on the upper end surface of the water tank A21, the water filling hole E21 is provided at the groove E20, the sealing cover E22 includes a first sealing cover E221, and the third sealing cover E221 is provided. A sealing cover E221 is embedded in the groove E20, and the sealing portion E224 of the first sealing cover E221 extends into the water adding hole E21 to seal the water adding hole E21.

Preferably, the sealing cover E22 includes a second sealing cover E222, the first sealing cover E221 is connected to the second sealing cover E222, and the first sealing cover E221 and the second sealing cover E222 are connected to each other. The cross section is L-shaped. The second sealing cover E222 is used to cover and seal the front end surface of the water tank A21.

Preferably, an embedding groove E23 is formed at the front end surface of the water tank A21, and a protruding strip E223 is formed at one end of the second sealing cover E222 facing the water tank A21, and the protruding strip E223 is embedded in the embedding groove E23. To connect the second sealing cover E222 with the water tank A21.

Preferably, the main body A1 includes a front shell C11 covering the outside of the main body A1 and a back shell D3 provided on the front shell C11. The back shell D3 is located at one end close to the user's eyes. The back shell D3 is provided with a massage head D31, wherein the front shell C11 is made of hard rubber, and the back shell D3 is made of soft rubber.

Preferably, an elastic groove C111 is provided on the inner side of the front shell C11. When the front shell C11 is squeezed and deformed, the elastic groove C111 contracts or expands. The rear shell D3 includes a rear shell body D32 and a rear shell. The rear shell body D32 has engaging portions D33 formed by extending toward both ends. The engaging portions D33 are used to engage with the head. The front shell C11 includes a first arc portion C1101 and a third arc portion that are not concentrically arranged. Two arc-shaped parts C1102, the lower edge of the first arc-shaped part C1101 is joined to the upper edge of the second arc-shaped part C1102, the elastic groove C111 is opened on the first arc-shaped part C1101, so The second arc-shaped portion C1102 is provided with an extending elastic groove C112, and the lower end of the elastic groove C111 is joined to the upper end of the extending elastic groove C112.

Preferably, the elastic groove C111 is provided with a groove bottom C1112 and opposite groove walls C1111. When the front shell C11 is squeezed, the groove bottom C1112 deforms, and the groove walls C1111 are close to each other. Or away from each other, so that the elastic groove C111 generates elastic force to assist the rebound and reset of the front case C11.

Preferably, the front shell C11 is made of one or more combinations of TP material, ABS material, PC material, and PP material.

This application provides an eye moisturizing device, which includes a main body, an atomizing mechanism, a receiving cavity, a water collecting tank, a magnetic connection mechanism, and a diversion channel. After the user wears the eye moistening device, the eyes are placed in the receiving cavity, and the mist is The water mist generated by the chemical mechanism is guided to both ends of the accommodation chamber through the diversion trough, and comes into contact with the eyes of the user in the accommodation chamber. When the water mist condenses and accumulates, it can accumulate in the water collection tank in the accommodation trough to prevent water mist. The condensed water droplets directly contact the user's face, improving the user experience. After the water in the atomization mechanism is consumed, the atomization mechanism can be quickly disassembled through the magnetic connection mechanism. The overall convenience is greatly improved to avoid degrading the user's use experience. It has It saves production costs, improves user experience, and facilitates promotion and implementation.

The above descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention shall be included in the protection of the present invention. within the range.

Claims (10)

1. The utility model provides an eye-wetting instrument, its characterized in that includes main part (A1), locates atomizing mechanism (A2) that are used for generating water smoke on main part (A1), locates can cover holding chamber (A4) of user's eyeball portion on main part (A1), locate in holding chamber (A4) with water catch bowl (A212) that atomizing mechanism (A2) set up relatively, locate be located on main part (A1) atomizing mechanism (A2) with guiding gutter (A11) between holding chamber (A4), and locate atomizing mechanism (A2) with magnetic coupling mechanism (A3) between main part (A1), atomizing mechanism (A2) pass through magnetic coupling mechanism (A3) can dismantle connect in on main part (A1).

2. The eye-wetting instrument according to claim 1, wherein the main body (A1) is provided with a mounting groove (a 10) for matching and mounting the atomizing mechanism (A2), the guide groove (a 11) is arranged on the mounting groove (a 10) and positioned at a corresponding position below the atomizing mechanism (A2), the guide groove (a 11) extends towards two ends of the accommodating cavity (A4), and water mist generated by the atomizing mechanism (A2) is guided to two ends of the accommodating cavity (A4) by the guide groove (a 11) so as to be in contact with eyes of a user.

3. An eye-moistening instrument according to claim 1, characterized in that the atomizing mechanism (A2) comprises an atomizing assembly (a 20) electrically connected with the main body (A1) and a water tank (a 21) communicated with the atomizing assembly (a 20), wherein the atomizing assembly (a 20) can generate water mist after water in the water tank (a 21) contacts with the atomizing assembly (a 20).

4. An eye-moistening device according to claim 3, characterized in that the atomizing assembly (a 20) comprises a connecting plate (a 200) arranged at the bottom of the water tank (a 21) and electrically connected with the main body (A1), and an atomizing sheet (a 201) arranged on the connecting plate (a 200) and having one end surface communicated with the water tank (a 21) and the other end surface communicated with the outside of the connecting plate (a 200).

5. The eye-wetting instrument according to claim 4, wherein an atomizing sheet groove (a 204) matched with the atomizing sheet (a 201) is formed in the connecting plate (a 200), a spraying opening (a 205) is formed in a corresponding position of the bottom of the atomizing sheet groove (a 204) on the diversion trench (a 11), the radius of the spraying opening (a 205) is smaller than that of the atomizing sheet groove (a 204), and water mist generated by the atomizing sheet (a 201) can be sprayed out from the spraying opening (a 205) and guided to two ends of the accommodating cavity (A4) through the diversion trench (a 11).

6. The eye-wetting apparatus according to claim 5, wherein the connecting plate (a 200) is further provided with a wiring groove (a 208) communicating with the atomizing sheet groove (a 204), and the wiring groove (a 208) extends in a direction approaching the atomizing sheet groove (a 204).

7. An eye-wetting apparatus according to claim 3, wherein the water tank (a 21) is further provided with a water adding hole (E21), the water adding hole (E21) is arranged upwards, the water tank (a 21) is further provided with a sealing cover (E22), the sealing cover (E22) is arranged at the position corresponding to the water adding hole (E21), the sealing cover (E22) is provided with a sealing part (E224) at the position corresponding to the water adding hole (E21), and the sealing part (E224) can be matched and extend into the water adding hole (E21).

8. The eye-moistening instrument according to claim 1, wherein the main body (A1) comprises a front shell (C11) covering the outer side of the main body (A1) and a rear shell (D3) arranged on the front shell (C11), the rear shell (D3) is arranged at one end close to eyes of a user, the rear shell (D3) is provided with a massaging head (D31), the front shell (C11) is made of hard rubber, and the rear shell (D3) is made of soft rubber.

9. The eye-wetting apparatus according to claim 8, wherein an elastic groove (C111) is formed on the inner side of the front shell (C11), when the front shell (C11) is deformed by extrusion, the elastic groove (C111) contracts or expands, the rear shell (D3) includes a rear shell body (D32) and a clamping portion (D33) formed by extending from the rear shell body (D32) toward two ends, the clamping portion (D33) is used for clamping with the head, the front shell (C11) includes a first arc portion (C1101) and a second arc portion (C1102) which are not concentrically arranged, a lower edge of the first arc portion (C1101) is engaged with an upper edge of the second arc portion (C1102), the elastic groove (C111) is formed on the first arc portion (C1101), an extending elastic groove (C112) is formed on the second arc portion (C1102), and a lower end of the elastic groove (C111) is engaged with the upper end of the elastic groove (C112).

10. The eye-moistening device according to claim 1, wherein the magnetic connection mechanism (A3) comprises an outer magnetic attraction piece (a 30) arranged on the atomizing mechanism (A2), and an inner magnetic attraction piece (a 31) arranged on the main body (A1) and positioned at a position corresponding to the outer magnetic attraction piece (a 30), wherein the outer magnetic attraction piece (a 30) can be magnetically connected with the inner magnetic attraction piece (a 31).