CN220171355U - Automatic nursing device for contact lenses - Google Patents

Abstract

The utility model discloses an automatic contact lens nursing device which comprises a cover body, a base body, a brushing assembly, a driving mechanism and at least one storage device, wherein the base body is provided with an inner cavity and an opening communicated with the inner cavity, the cover body is arranged at the opening side of the base body, the brushing assembly comprises a first brush head and a second brush head, the first brush head is arranged at one side of the cover body, which faces towards the base body, the second brush head is arranged in the inner cavity, the first brush head and the second brush head are soft material brush heads, the first brush head and the second brush head are correspondingly matched, a contact lens can be placed between the first brush head and the second brush head, the first brush head and the second brush head can rotate relatively under the driving of the driving mechanism, and the storage device is communicated with the inner cavity. The washing cavity is internally provided with the washing component, the electrophoresis dissociation technology and the physical kneading technology can be combined, the washing effect is greatly improved, and meanwhile, the washing cavity is also provided with the storage device, so that liquid can be automatically added or discharged into the washing cavity, the use convenience is improved, and the user experience is improved.

Description

Automatic nursing device for contact lenses

Technical Field

The utility model relates to the technical field of contact lens cleaning equipment, in particular to an automatic nursing device for a hard contact lens.

Background

Contact lenses include soft contact lenses and hard contact lenses. Rigid contact lenses in turn include rigid corneal contact lenses, scleral lenses, and the like.

The cleaning of hard contact lenses and scleral lenses has been an industrial problem, taking hard contact lenses as an example, and deposits of proteins, lipids and the like or bacteria remain on the hard contact lenses during daily use. The hard cornea contact lens material structure is provided with a large number of oxygen permeation holes which cannot be seen by naked eyes, proteins, lipids and other sediments can easily permeate into the oxygen permeation holes, so that the oxygen permeation rate of the lens is reduced, further symptoms such as cornea hypoxia and edema are caused, and the problems such as cornea damage, bacterial infection, cornea inflammation and even vision damage are caused in serious cases. Meanwhile, grease dirt, bacteria and the like may exist on the surface of the contact lens in daily use, and the health of the contact lens is affected.

In order to remove protein deposition on the surface of the contact lens, the traditional cleaning method is to manually match with a nursing solution to physically rub the lens or use a chemical active agent to soak the lens so as to achieve the purpose of removing protein, but experimental data at home and abroad or user feedback prove that the protein removing effect of the means is very small, and in addition, in the process of rubbing fingers, particularly in the process of rubbing hard cornea contact lenses, the lens is easily scratched and damaged, and in addition, the finger rubbing cleaning mode is too complicated, so that the user experience is not facilitated.

Meanwhile, the contact lens is also possibly contaminated and bred with bacteria in the use process, and how to conveniently remove the bacteria is also a troublesome matter.

For this reason, the applicant creatively applies the electrophoresis dissociation technique to the hard contact lens care, and electrophoresis, which is the short term of electrophoresis phenomenon, refers to the phenomenon that charged particles move towards an electrode opposite to the charged particles under the action of an electric field. A technique of achieving separation by using a difference in the moving speed of charged particles in an electric field is called an electrophoresis technique. Protein Electrophoresis (SPE) is a protein analysis technique, in which proteins are negatively or positively charged in a buffer, and move to the anode or cathode in an electric field, called electrophoresis, and different protein molecules have different electrophoretic mobilities. Electrolysis (Electrolysis) is a process in which an electric current is passed through an electrolyte solution or a molten electrolyte (also called an electrolyte solution) to cause oxidation-reduction reactions at a cathode and an anode, and an electrochemical cell can undergo an Electrolysis process when a direct current voltage is applied thereto. The applicant can realize the technical effects of protein removal and sterilization to a certain extent by adopting an electrophoresis and electrolysis mode.

Although the electrophoresis dissociation technology can remove proteins, bacteria and the like on the hard cornea contact lens, for some lipids or precipitates with larger particles such as eye droppings and the like, the cleaning can be realized by rubbing the hard cornea contact lens with hands, or by increasing current or prolonging the cleaning time, however, the oxidation environment can be too strong due to the increase of current or the prolonged cleaning time, and the deformation of the material of the hard contact lens or other problems affecting the safe use can be caused due to the too strong oxidation environment.

In addition, the existing contact lens nursing device adopts a working mode of manually adding liquid and pouring liquid, so that the operation is complex, the cleaning liquid is required to be added and replaced for a plurality of times by a user, and the condition that the liquid splashes outside or is added outside a cleaning cavity exists.

Therefore, the prior art is difficult to achieve that the hard contact lens is not damaged, and the hard contact lens can be well cleaned of the sediment and grease with larger lipid or particulate matters. In combination with the above-mentioned technical problems, new innovations are necessary.

Disclosure of Invention

The utility model aims to provide an automatic contact lens nursing device, which combines an electrophoresis dissociation technology with a physical rubbing technology by additionally arranging a unique washing component in a washing cavity, so that the washing effect of a hard contact lens is greatly improved, and meanwhile, a storage device is also arranged for storing nursing liquid, physiological saline, clear water or waste liquid and the like, so that the automatic liquid adding or draining in the washing cavity can be realized, the use convenience is improved, and the user experience is improved.

In order to achieve the aim, the utility model provides an automatic contact lens nursing device which comprises a cover body, a base body, a brushing assembly, a driving mechanism and at least one storage device;

The seat body is provided with an inner cavity, one side of the seat body is provided with an opening, the opening is communicated with the inner cavity, and the cover body is arranged on the opening side of the seat body;

the brushing assembly comprises a first brush head and a second brush head, the first brush head is arranged on one side of the cover body, which faces the base body, the second brush head is arranged in the inner cavity, and the first brush head and the second brush head are soft material brush heads;

the first brush head and the second brush head of the brushing assembly are correspondingly matched, a contact lens can be placed between the first brush head and the second brush head, and the first brush head and the second brush head can relatively rotate under the drive of the driving mechanism;

the storage device is communicated with the inner cavity of the seat body.

Further, the first brush head is provided with a brush head in the shape of an arc-shaped groove, and the second brush head is provided with a brush head in the shape of an arc-shaped bulge; and/or

The first brush head is arranged to be a brush head in an arc-shaped bulge shape, and the second brush head is arranged to be a brush head in an arc-shaped groove shape.

Further, a side of the first brush head facing the second brush head is a flexible groove structure, and a side of the second brush head facing the first brush head is a flexible protrusion structure.

Further, a plurality of first flexible structures are arranged on one side of the first brush head, which faces the second brush head, a plurality of second flexible structures are arranged on one side of the second brush head, which faces the first brush head, the heights of the plurality of first flexible structures gradually increase from the middle position of the first brush head to the periphery so as to form a groove shape, and the heights of the plurality of second flexible structures gradually decrease from the middle position of the second brush head to the periphery so as to form a protrusion shape.

Further, one side of the second brush head facing the first brush head is provided with a protruding limiting structure, the contact lens can be placed in a space surrounded by the second brush head, the limiting structure and the first brush head, and the contact lens can be limited to slide out of the second brush head.

Further, the limiting structure is made of soft materials and is a plurality of raised flexible columns or raised flexible blocking walls.

Further, a suction device is arranged between the storage device and the seat body, and the suction device is configured to be capable of conveying substances in the storage device into an inner cavity of the seat body; and/or

The suction device is configured to deliver the substance in the interior cavity of the housing into the storage device.

Further, it includes first flourishing storage device and second flourishing storage device, first flourishing storage device with be provided with first suction device between the pedestal, second flourishing storage device with be provided with the second suction device between the pedestal, first suction device is configured can with the material in the first flourishing storage device carries to in the inner chamber of pedestal, the second suction device is configured can with the material in the pedestal inner chamber carries to in the second flourishing storage device.

Further, at least one first electrode component and at least one second electrode component are arranged in the inner cavity, and polarities of the first electrode component and the second electrode component are opposite after the inner cavity is electrified.

Further, electrolyte solution can be placed in the inner cavity, and the electrolyte solution is solution containing chloride ions;

the contact lens to be cleaned can be placed in a cavity filled with a solution containing chloride ions, the first electrode part and the second electrode part form a positive electrode and a negative electrode under a circuit loop, tear proteins attached to the surface of the contact lens to be cleaned are charged in the solution containing the chloride ions, and the charged tear proteins move towards the electrode position opposite to the electric property of the tear proteins; the chloride ions in the electrolyte solution move toward the positive electrode and the lost electrons are oxidized to chlorine gas, which dissolves in the electrolyte solution to generate hypochlorous acid.

Further, the driving mechanism comprises a first driving device, the second brush head is rotatably connected with the base body, and the first driving device is configured to drive the second brush head to rotate.

Further, the driving mechanism comprises a second driving device, the first brush head is rotatably connected with the cover body, and the second driving device is configured to drive the first brush head to rotate.

Further, the driving mechanism includes a third driving device configured to be capable of driving the cover to approach or depart from the base.

Further, it still includes casing and pull part, the holding chamber has in the casing, one side of casing is provided with the opening, the opening with the holding chamber intercommunication, pull part with the lid is mobilizable respectively to set up in the holding intracavity, the pedestal sets up on the pull part, the drive that the pull part can be driven the pedestal is followed the opening shifts out the casing.

Further, the driving mechanism includes a fourth driving device configured to be capable of driving the drawing member to move.

Further, an elastic component is arranged between the seat body and the drawing component.

Further, the device also comprises a vibration component, wherein the vibration component is configured to drive the seat body to vibrate.

Further, the seat body is clamped with the drawing component through a buckle.

Compared with the prior art, the automatic contact lens care device has at least one or more of the following beneficial effects:

according to the automatic contact lens nursing device, the flexible brushing component is arranged in the cleaning cavity, during the cleaning process, a hard contact lens such as a hard cornea contact lens or a sclera lens can be physically rubbed, and the flexible brushing component simulates a brush head with a similar shape of an adult finger to physically rub the surface of the lens through rotation; the other flexible brushing component is of a flexible structure similar to toothbrush bristles made of flexible materials, the first brush head and the second brush head respectively rotate and rub two sides of the lens, the first brush head and the second brush head can rotate in opposite directions and can rotate one by one and the other is not movable, so that the dirt such as lipid or sediment with larger particles such as eye droppings on the hard contact lens can be effectively removed, the cleaning requirement is met by increasing current or prolonging the cleaning time, the cleaning requirement can be met, the hard contact lens can not be damaged at the same time, and manual rubbing is not needed; the whole cleaning and nursing time can be controlled within a few minutes.

The automatic contact lens nursing device is provided with the two brush heads of the brushing assembly, and the flexible brush head structure for rubbing the hard cornea contact lens and the sclera lens can adopt soft materials such as silica gel, so that the lens is well protected when the hard contact lens is rubbed; the brush head is arranged below, the height of the flexible structure at the top of the brush head is designed to enable the top of the brush head to be convex, and the height of the flexible structure at the bottom of the brush head is designed to enable the bottom of the brush head to be concave, so that a user can directly put on the flexible structure of the lower brush head when taking down the hard cornea contact lens, the direction of the hard cornea contact lens does not need to be turned over again, and the brush head is also not required to be turned when wearing the cleaned hard cornea contact lens, can be directly worn, is convenient to operate, and can greatly improve the user experience; meanwhile, a circle of limiting structure can be arranged on the upper end of the lower brush head around the flexible structure, so that the limiting effect can be achieved, the stability of the lens placement position is guaranteed, the lens is prevented from sliding out of a specific station when the first brush head and the second brush head work, and the limiting mechanism can be a circle of limiting retaining wall or a circle of limiting column.

The automatic contact lens nursing device is further provided with a plurality of storage devices, and the automatic contact lens nursing device can be used for storing nursing liquid, normal saline, clear water or dirty water and the like, so that liquid can be automatically added or discharged into the cleaning cavity, the use convenience is improved, and the user experience is improved; the connection mode of the storage device and the cleaning chamber can be various, for example, a pipeline is matched with a valve, the storage device for storing the nursing liquid or clean water is arranged at a higher position, the storage device for storing dirty water is arranged at a lower position, and automatic liquid adding or liquid discharging in the cleaning chamber can be realized by adjusting the opening and closing of the valve under the action of gravity; the suction device can also be matched with a pipeline in a connecting mode, and nursing liquid or clean water in the storage device can be pumped into the cleaning cavity through the suction device, or dirty water in the cleaning cavity can be pumped into the storage device for storing the dirty water. Of course, it is also possible to place the storage means for storing the care solution or the fresh water in parallel with the storage means for storing the dirty water, place the clean solution into the cleaning chamber by the water pumping means, and pump the sewage into the storage means for storing the dirty water by the water pumping means.

The automatic contact lens nursing device is also provided with a drawing component, so that a user can conveniently take and put a hard cornea contact lens; the drawing component can also be driven by a driving device, so that automatic drawing is realized, the degree of automation of the automatic contact lens nursing device is improved, the use of a user is more convenient, and better user experience is realized;

the utility model discloses a contact lens automatic care device be provided with vibrator, after nursing device used a period, can provide vibrations and cooperate the high-speed rotation of brush head through vibrator and can clean in the washing cavity, and then realize the automatically cleaning of equipment. Not only can self-clean the cavity, but also the residues on the lens can be further treated.

The utility model provides a contact lens automatic care device's pedestal and pull part between be provided with elastomeric element, avoided the rigid contact between pedestal and the pull part, on the one hand can play the cushioning effect when the card between lid and the pedestal, prevent to go up the brush head and brush down between the head clamping force too big, cause the damage to the lens, on the other hand can also offset the partial vibrations that vibrator produced, prevent that vibrator from also follow vibrations when the drive pedestal shakes, whole casing. The base body and the drawing component are clamped by a bayonet, so that the base body is more convenient to assemble and disassemble.

The automatic brushing mechanism can be combined with an electrophoresis dissociation technology and matched with an electrolyte solution containing chloride ions, so that tear protein and other dirt can be effectively separated from the hard cornea contact lens, hypochlorite acid radical and hypochlorous acid can be generated in a cleaning chamber, and intractable deposited proteins on the hard cornea contact lens can be decomposed into micromolecular proteins and amino acids, so that electrophoresis adsorption is easier, bacteria and pathogenic microorganisms can be killed, and double effects of removing proteins and sterilizing are achieved; the electrolyte solution used by the method can be any solution containing chlorine ions and free of heavy metals, such as physiological saline, common care solution and the like, and has strong applicability; meanwhile, the flexible automatic washing mechanism enables dirt such as grease to be removed more easily, long-term effective nursing of the hard contact lens is facilitated, and user experience is improved greatly.

Drawings

Fig. 1 is a schematic structural diagram of a cover and a base according to an embodiment of the present utility model;

fig. 2 is a schematic structural diagram of a seat according to an embodiment of the present utility model;

FIG. 3 is a schematic diagram of a half-section structure of a base and a cover when they are engaged in one another according to an embodiment of the present utility model;

FIG. 4 is a schematic view of a position state between two brush heads in a brushing assembly according to an embodiment of the present application;

fig. 5 is a schematic perspective view of a contact lens automatic care device according to an embodiment of the present application with a housing;

FIGS. 6 and 7 are schematic perspective views of the automatic contact lens care apparatus of FIG. 5 with the housing and storage device removed;

fig. 8 is a schematic structural view of a drawing member with a seat body according to an embodiment of the present application;

FIG. 9 is a schematic view of the drawer in FIG. 8 in semi-section in the seat position;

fig. 10 and 11 are schematic views of a semi-sectional structure of the automatic contact lens care device shown in fig. 5, respectively.

Wherein 10-cover body, 11-cover body upper cover, 12-cover body lower shell, 13-second containing cavity, 20-base body, 21-base body upper shell, 22-base body lower shell, 23-inner cavity, 24-first containing cavity, 25-water outlet, 30-brushing component, 31-first brush head, 311-first flexible structure, 312-first rotating shaft, 313-first driven gear, 32-second brush head, 321-second flexible structure, 322-limit structure, 323-second rotating shaft, 324-second driven gear, 40-containing device, 41-first containing device, 42-second containing device, 50-first electrode component, 60-second electrode component, 70-sucking device, 71-first suction device, 72-second suction device, 80-first drive device, 81-first drive gear, 90-second drive device, 91-second drive gear, 92-fixed support, 100-third drive device, 101-guide shaft, 110-housing, 111-through opening, 112-upper support, 1121-receiving hole, 113-lower support, 1131-chute, 114-fixed housing, 120-drawer, 121-groove structure, 122-rib, 123-rack structure, 130-fourth drive device, 131-drive gear, 140-elastic component, 150-buckle, 160-support, 170-first conductive element, 180-contact lens.

Detailed Description

In order to further describe the technical means and effects adopted for achieving the preset aim of the utility model, the following detailed description is given below of the specific implementation, structure, characteristics and effects according to the utility model with reference to the attached drawings and the preferred embodiments.

Examples

The embodiment provides an automatic contact lens nursing device which mainly comprises a cover body 10, a base body 20, a brushing assembly 30, a storage device 40 and a driving mechanism.

As shown in fig. 1 to 3, the base 20 has an inner cavity 23, i.e., a cleaning chamber. The seat 20 has an opening at one side, i.e., at an upper side, which communicates with the inner cavity 23. And the cover 10 is disposed at an opening side of the base 20, i.e., above the base 20. Two scrubbing assemblies 30 are schematically illustrated, but in practice, the number of scrubbing assemblies 30 is not limited and may be any number.

The scrubbing assembly 30 is comprised primarily of a first brush head 31 and a second brush head 32, as shown in fig. 4. The first brush head 31 and the second brush head 32 are made of soft material. The first brush head 31 is disposed on a side of the cover body 10 facing the base body 20, the second brush head 32 is disposed in the inner cavity 23, the first brush head 31 and the second brush head 32 of the brush assembly 30 are correspondingly matched, and the first brush head 31 and the second brush head 32 can relatively rotate under the driving of the driving mechanism. As shown in fig. 3, the first brush head 31 and the second brush head 32 are shown schematically in the figure as being rotatably disposed. The base 20 is composed of a base upper shell 21 and a base lower shell 22, the base upper shell 21 is clamped above the base lower shell 22, and the inner cavity 23 is arranged on the base upper shell 21. A first accommodating cavity 24 is formed between the upper housing 21 and the lower housing 22. The second brush head 32 is rotatably connected with the upper housing 21 through a second rotating shaft 323. One end of the second rotating shaft 323 extends into the first accommodating cavity 24, and a second driven gear 324 is sleeved on the second rotating shaft 323 in the first accommodating cavity 24. The driving mechanism includes a first driving device 80, such as a reducing motor, and a first driving gear 81 is sleeved on a main shaft of the first driving device 80, and the first driving gear 81 is meshed with the second driven gear 324, so that the first driving device 80 drives the second brush head 32 to rotate under gear transmission.

The first brush head 31 and the second brush head 32 can also be made of flexible silica gel material to form bulges and grooves, and a plurality of brush head parts such as toothbrush bristles are not arranged, one brush head with a flexible bulge structure simulates the fingers of a human body, and the other brush head with a flexible groove structure simulates the palm of the human body, so that the assembly simulates the hand rubbing of the human body when in operation. An alternative embodiment is that the surfaces of the flexible raised structure brush head and the flexible recessed structure brush head also simulate the fingertips of a human being with fingerprint-like microprotrusions for better cleaning.

One embodiment of the brushing assembly is that the upper brush head is in a groove shape, and the lower brush head is in a convex structure, so that the reflective arc area and the inner side area of the contact lens are not easy to collect dirt in the cleaning process, and meanwhile, the process of taking and placing the contact lens from eyes is facilitated, and the human engineering is met.

The cover body 10 is composed of a cover body upper cover 11 and a cover body lower shell 12, the cover body upper cover 11 is clamped at one side of the cover body lower shell 12 far away from the base body 20, and a second accommodating cavity 13 is formed between the cover body upper cover 11 and the cover body lower shell 12. The first brush head 31 is rotatably connected with the cover lower shell 12 through a first rotating shaft 312. One end of the first rotating shaft 312 extends into the second accommodating cavity 13, and a first driven gear 313 is sleeved on the first rotating shaft 312 in the second accommodating cavity 13. The driving mechanism includes a second driving device 90, such as a reducing motor, and a second driving gear 91 is sleeved on a main shaft of the second driving device 90, and the second driving gear 91 is meshed with the first driven gear 313, so that the second driving device 90 drives the first brush head 31 to rotate under the gear transmission. As shown in fig. 3, the main body of the second driving device 90 is preferably fixedly mounted on the cover body upper cover 11 through a fixing support 92.

Of course, the above is only a preferred embodiment, and in the specific implementation, the first brush head 31 and the second brush head 32 may be driven by other modes, not limited to a motor driving gear, and in order to achieve the relative rotation between the first brush head 31 and the second brush head 32, the rotation directions between the first brush head 31 and the second brush head 32 may be opposite, or a certain rotation speed difference may exist between the two. Of course, in the implementation, only one of the first brush head 31 and the second brush head 32 may be rotatable, and the relative rotation between the two brush heads may be achieved.

Preferably, the first brush head 31 is configured as a brush head having an arc-shaped groove shape, and the second brush head 32 is configured as a brush head having an arc-shaped protrusion shape. It is further preferred that the side of the first brush head 31 facing the second brush head 32 is a flexible groove structure, and the side of the second brush head 32 facing the first brush head 31 is a flexible protrusion structure. For example, a plurality of first flexible structures 311 are disposed on a side of the first brush head 31 facing the second brush head 32, and a plurality of second flexible structures 321 are disposed on a side of the second brush head 32 facing the first brush head 31. The first flexible structure 311 and/or the second flexible structure 321 are preferably made of soft materials such as silicone. The soft material such as silica gel can well protect the lens when the contact lens 180 is rubbed. As shown in fig. 3, the first brush head 31 and the second brush head 32 are respectively formed by a brush head body and a silicone sleeve sleeved on the brush head body, and the first flexible structure 311 or the second flexible structure 321 is a columnar structure extending out of the silicone sleeve. The heights of the first flexible structures 311 are gradually increased from the middle position of the first brush head 31 to the periphery so as to form a groove shape; the heights of the second flexible structures 321 decrease from the middle position of the second brush head 32 to the periphery to form a convex shape, as shown in fig. 1 to 4. Like this, when taking down contact lens 180, the user can directly place on the flexible structure of brush head down, and need not overturn the direction of contact lens 180 again, also need not turn to when wearing contact lens 180 after wasing, can directly wear, the simple operation, and can promote user experience greatly. Meanwhile, the sewage on the contact lens 180 automatically flows away, so that no residual liquid is formed on the contact lens 180. Further, a protruding limiting structure 322 is further disposed on a side of the second brush head 32 facing the first brush head 31, as shown in fig. 4. The contact lens 180 can be placed in a space surrounded by the second brush head 32 and the limiting structure 322 thereof and the first brush head 31, and the limiting structure 322 can limit the contact lens 180 from sliding out of the second brush head 32. The limiting structure 322 is made of soft materials, for example, the limiting structure 322 can also be a plurality of raised flexible columns extending out of the silica gel sleeve, and compared with the flexible structure, the strength of the limiting structure is larger, a certain limiting effect can be achieved, the stability of the lens placement position is ensured, and of course, the limiting structure 322 can also be other structures, such as a flexible blocking wall and the like.

Of course, the first brush head 31 may be configured as a brush head having an arc-shaped protrusion shape, and the second brush head 32 may be configured as a brush head having an arc-shaped groove shape. However, this embodiment may result in a residual sewage on the inner side of the contact lens 180 after cleaning, and the inner side of the contact lens 180 is provided with a reverse arc, which is relatively easy to collect dirt, so that the inner side of the contact lens 180 is a cleaning point, and the downward placement of the inner side of the contact lens 180 is more preferable.

As shown in fig. 5, two of said holding means 40 are schematically illustrated. Which are defined as a first storage means 41 and a second storage means 42, respectively. Of course, the number of the storage devices 40 is not limited to this, and may be any number, such as one, three or other, etc., and each of the storage devices 40 is respectively in communication with the inner cavity 23 of the base 20. Preferably, the storage device 40 is communicated with the inner cavity 23 of the base 20 through a pipeline. As shown in fig. 1 and 3, a notch is formed on the bottom side wall of the lower cover shell 12, and the pipe on the first storage device 41 is inserted between the lower cover shell 12 and the upper base shell 21 through the notch and is further communicated with the inner cavity 23 of the base 20, as shown in fig. 7, 10 and 11. And the pipeline on the second storage device 42 is communicated with the water outlet 25 on the upper shell 21 of the seat body and positioned at the bottom of the inner cavity 23. Preferably, the pipe of the storage device 40 is connected with a suction device 70 such as a water pump, for example, as shown in fig. 6 and 11, the pipe of the first storage device 41 is connected with a first suction device 71, the suction port of the first suction device 71 is communicated with the inner cavity 23 of the first storage device 41 through the pipe, and the discharge port is communicated with the inner cavity 23 of the base 20 through the pipe, so that, in a specific implementation, after the substances such as nursing liquid, physiological saline, cleaning liquid or clear water are added into the first storage device 41, the first suction device 71 can automatically add the liquid into the inner cavity 23 of the base 20. Similarly, the second suction device 72 is connected to the pipe of the second storage device 42, the outlet of the second suction device 72 is connected to the inner cavity 23 of the second storage device 42 through the pipe, and the suction port is connected to the inner cavity 23 of the base 20 through the pipe, so that in a specific implementation, substances such as dirty water or waste liquid in the inner cavity 23 of the base 20 can be automatically discharged into the second storage device 42. Of course, the communication mode between the storage device 40 and the inner cavity 23 of the base 20 is not limited to this, and other modes may be adopted, for example, a connection mode of matching a pipeline with a valve may be adopted, the storage device 40 for storing physiological saline, nursing liquid or clean water is disposed at a higher position, the storage device 40 for storing dirty water is disposed at a lower position, and automatic liquid filling or draining in the cleaning chamber can be realized by adjusting the valve to open or close under the action of gravity. When the storage device 40 is provided as one, the storage device 40 may be used for storing substances such as a care solution, a physiological saline, a cleaning solution, or clean water, or storing dirty water, and the suction direction of the suction device 70 may be set according to needs, so as to achieve the purpose of conveying the substances in the storage device 40 into the inner cavity 23 of the base 20 and/or conveying the substances in the inner cavity 23 of the base 20 into the storage device 40.

At least one first electrode member 50 and at least one second electrode member 60 are further disposed in the inner cavity 23 of the housing 20, and after the power is applied, polarities of the first electrode member 50 and the second electrode member 60 are opposite. As shown in fig. 1 and 2, the first electrode part 50 and the second electrode part 60 are respectively formed of sheet-shaped conductive plate structures, and are respectively disposed on two side walls of the inner cavity 23 of the housing upper case 21, one of which serves as a positive electrode, and the other serves as a negative electrode. In this way, when the nursing device works, an electrolyte solution containing chloride ions such as nursing solution is added into the inner cavity 23 of the base 20, after the contact lens 180 to be cleaned is placed into the inner cavity 23 filled with the electrolyte solution containing chloride ions, the first electrode part 50 and the second electrode part 60 are respectively electrified, a positive electrode and a negative electrode are formed between the first electrode part 50 and the second electrode part 60 under a circuit loop formed by the electrolyte solution, a certain potential difference exists, tear proteins and other dirty matters attached to the surface of the contact lens 180 to be cleaned are charged in the electrolyte solution containing chloride ions, and under the action of the potential difference, the charged tear proteins and other dirty matters move towards an electrode position opposite to the electric property of the contact lens 180 to be separated from the contact lens 180, so that the contact lens 180 is cleaned; the chloride ions in the sodium chloride-containing solution move toward the positive electrode and lose electrons to be oxidized into chlorine gas, which is dissolved in the electrolyte solution to generate hypochlorous acid. Hypochlorous acid can slowly undergo self redox reaction to decompose, each hypochlorous acid molecule can absorb electrons during decomposition, and hypochlorous acid serving as a strong oxidant can absorb electrons of surface proteins of microbial cell walls, so that functional proteins of microbial surfaces are oxidized, and the microorganisms are finally deactivated due to incapability of taking nutrition, incapability of normal metabolism and stopping splitting, so that the effects of sterilization and disinfection are finally achieved, and the purposes of sterilization are achieved, and hydrogen ions, chlorine ions and oxygen are dissociated. Hypochlorous acid can act on cell walls and virus shells in the sterilization and virus killing processes, has small hypochlorous acid molecules and no charge, can permeate into bacteria (viruses) bodies, and has oxidation reaction with organic macromolecules such as bacteria (viruses) body proteins, nucleic acids, enzymes and the like, so that pathogenic microorganisms are killed.

Further, the cover 10 is also designed to be driven automatically, i.e. can be driven automatically to approach or separate from the base 20. As shown in fig. 5 to 7, a preferred embodiment is schematically illustrated, in which a housing 110 and a drawing member 120 are provided. The upper corner of the housing 110 is provided with a notch, and the first storage device 41 and the second storage device 42 are disposed in the notch, so that the contact lens automatic care apparatus of the embodiment has a more neat overall appearance, such as a cuboid shape as shown in fig. 5. The housing 110 has a receiving cavity, a through hole 111 is formed on one side of the housing 110, such as one side in a length direction, the through hole 111 is communicated with the receiving cavity, and the drawing member 120 and the cover 10 are respectively and movably disposed in the receiving cavity. Specifically, an upper support seat 112 and a lower support seat 113 are disposed in the housing 110, and the upper support seat 112 is engaged above the lower support seat 113, as shown in fig. 6. A drawing chamber is formed between the upper support base 112 and the lower support base 113, and the drawing chamber is communicated with the through hole 111. The drawing member 120 is movably disposed in the drawing chamber. The base 20 is disposed on the drawing member 120, and the drawing member 120 can be driven to drive the base 20 to move out of the housing 110 from the through hole 111. As shown in fig. 8 and 9, a groove structure 121 is disposed on the top of the drawing member 120 near the through hole 111, and a supporting seat 160 is disposed in the groove structure 121. An elastic member 140, such as a spring, is disposed between the bottom of the supporting seat 160 and the bottom of the groove 121, as shown in fig. 9, and two are disposed in the drawings. The base 20 is disposed in the groove structure 121 and is disposed above the supporting base 160. Preferably, the seat body 20 is clamped with the inner wall of the groove structure 121 by a buckle 150, and the supporting seat 160 and the seat body 20 can tightly abut against each other under the cooperation of the buckle 150 and the elastic member 140. In order to facilitate the removal, unlocking holes may be further formed at the two sides of the drawing device corresponding to the buckles 150, so that the buckles 150 may be unlocked more conveniently and the seat body 20 may be removed from the groove structure 121. As shown in fig. 9, the first driving device 80 is disposed on a side of the supporting base 160 away from the base 20, and a main shaft of the first driving device 80 penetrates through the supporting base 160 upwards. The first driving gear 81 is preset in the first accommodating cavity 24, and a through hole is formed at the bottom of the lower housing 22 corresponding to the first driving gear 81, so that when the housing 20 is placed in the groove structure 121, the spindle of the first driving device 80 can pass through the through hole to be plugged with the first driving gear 81.

A receiving hole 1121 is provided at the upper end of the upper support base 112 near the through hole 111, and the receiving hole 1121 is in communication with the drawing chamber, as shown in fig. 10. The cover 10 is mounted in the receiving hole 1121. A rib is provided on the outer peripheral wall of the lower cover 12, as shown in fig. 3, and may be used for supporting, so as to ensure that the cover 10 does not fall into the drawing chamber when being mounted in the receiving hole 1121, as shown in fig. 10. A fixing case 114 is engaged with the upper support base 112 corresponding to the accommodation hole 1121. The driving mechanism includes a third driving device 100, which drives the cover 10 to move up and down in the inner cavity of the fixed housing 114, so as to automatically approach or separate the cover 10 from the base 20. As shown in fig. 10 and 11, a driving manner is schematically illustrated, the third driving device 100 is disposed on the fixing housing 114, and a spindle of the third driving device 100 is designed as a wire rod, and penetrates into the fixing housing 114 to be in threaded connection with the fixing support 92. Thus, when the third driving device 100 works, the fixing support 92 drives the cover 10 to move up and down by driving the spindle to rotate forward and backward. In order to ensure the stability of the movement of the cover 10, a guide shaft 101 may be disposed in the inner cavity of the fixed housing 114, the guide shaft 101 is disposed vertically, one end of the guide shaft 101 is connected with the fixed housing 114, and the fixed support 92 is provided with a guide hole corresponding to the guide shaft 101 and is sleeved on the guide shaft 101, so as to realize guiding. Further, holes may be formed in the cover body upper cover 11 at positions corresponding to the guide shafts 101 and the main shafts of the third driving device 100, so that a sufficient space may be provided to accommodate the guide shafts 101 and the main shafts of the third driving device 100 when the cover body 10 is lifted.

As shown in fig. 7 to 9, the drawing part 120 schematically illustrates a movable structural design, that is, sliding grooves 1131 are respectively provided on two side walls of the inner cavity of the lower support seat 113, and the length direction of the sliding grooves 1131 is consistent with the length direction of the housing 110. And the protruding strips 122 are respectively disposed at the corresponding positions of the drawing members 120, when the drawing members 120 are disposed in the drawing chambers, the protruding strips 122 are disposed in the corresponding sliding grooves 1131, and the drawing members 120 can move in the drawing chambers by applying an acting force to the drawing members 120 in the length direction of the housing 110. As shown in fig. 8, a rack structure 123 is schematically provided at the upper end of the drawing member 120, and the length direction of the rack structure 123 coincides with the length direction of the housing 110. The driving mechanism includes a fourth driving device 130, such as a reducing motor, disposed on an upper inner wall of the upper supporting seat 112, and a driving gear 131 sleeved on a main shaft of the fourth driving device 130, and the driving gear 131 is meshed with the rack structure 123, as shown in fig. 7, so that the fourth driving device 130 can drive the drawing component 120 to move along a length direction of the housing 110 in the drawing cavity under the transmission of the driving gear 131.

Preferably, a first conductive element 170, such as a conductive probe, is disposed at the upper end of the base 20 corresponding to the first electrode part 50 and the second electrode part 60, respectively. And another second conductive element (not shown) is correspondingly disposed on the cover 10, and a circuit board for supplying power to the first electrode part 50 and the second electrode part 60 may be disposed outside the base 20, for example, in the fixing case 114, so as to connect the second conductive element with the circuit board. Thus, when the fourth driving device 130 drives the drawing component 120 to position the base 20 below the accommodating hole 1121, the third driving device 100 drives the cover 10 to drop, and when the first conductive element 170 is in contact with the corresponding second conductive element, the circuit board can supply power to the first electrode component 50 and the second electrode component 60.

Further, a vibration device may be further provided to enable the base 20 to vibrate. For example, a vibration motor or the like may be mounted on the support base 160. Thus, after the nursing device is used for a period of time, the cleaning chamber can be cleaned by vibrating provided by the vibrating device and matching with the high-speed rotation of the brush head, and then the self-cleaning of the equipment is realized.

In this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a list of elements is included, and may include other elements not expressly listed.

In this document, terms such as front, rear, upper, lower, etc. are defined with respect to the positions of the components in the drawings and with respect to each other, for clarity and convenience in expressing the technical solution. It should be understood that the use of such orientation terms should not limit the scope of the claimed utility model.

The foregoing description of the preferred embodiments of the utility model is not intended to limit the utility model to the precise form disclosed, and any such modifications, equivalents, and alternatives falling within the spirit and scope of the utility model are intended to be included within the scope of the utility model.

Claims (18)

1. An automatic contact lens nursing device is characterized by comprising a cover body (10), a seat body (20), a washing component (30) and a driving mechanism;

the seat body (20) is provided with an inner cavity (23), one side of the seat body (20) is provided with an opening, the opening is communicated with the inner cavity (23), and the cover body (10) is arranged on the opening side of the seat body (20);

the brushing assembly (30) comprises a first brush head (31) and a second brush head (32), the first brush head (31) is arranged on one side, facing the base body (20), of the cover body (10), the second brush head (32) is arranged in the inner cavity (23), and the first brush head (31) and the second brush head (32) are soft material brush heads;

The first brush head (31) and the second brush head (32) of the brushing assembly (30) are correspondingly matched, a contact lens (180) can be placed between the first brush head (31) and the second brush head (32), and the first brush head (31) and/or the second brush head (32) can relatively rotate under the drive of the driving mechanism.

2. The automatic contact lens care device according to claim 1, characterized in that the first brush head (31) is provided as a brush head exhibiting an arc-shaped groove shape, and the second brush head (32) is provided as a brush head exhibiting an arc-shaped protrusion shape; and/or

The first brush head (31) is arranged to be a brush head in the shape of an arc-shaped bulge, and the second brush head (32) is arranged to be a brush head in the shape of an arc-shaped groove.

3. The automatic contact lens care device according to claim 1, characterized in that the side of the first brush head (31) facing the second brush head (32) is a flexible groove structure, and the side of the second brush head (32) facing the first brush head (31) is a flexible protrusion structure.

4. A contact lens automatic care device according to claim 3, characterized in that a side of the first brush head (31) facing the second brush head (32) is provided with a plurality of first flexible structures (311), a side of the second brush head (32) facing the first brush head (31) is provided with a plurality of second flexible structures (321), the height of the plurality of first flexible structures (311) increases from the middle position of the first brush head (31) to the surrounding to form a groove shape, and the height of the plurality of second flexible structures (321) decreases from the middle position of the second brush head (32) to the surrounding to form a protrusion shape.

5. The automatic contact lens care device according to claim 4, wherein a protruding limiting structure (322) is arranged on one side, facing the first brush head (31), of the second brush head (32), the contact lens (180) can be placed in a space surrounded by the second brush head (32) and the limiting structure (322) and the first brush head (31), and the limiting structure (322) can limit the contact lens (180) to slide out of the second brush head (32).

6. The automatic contact lens care device according to claim 5, wherein the limiting structure (322) is made of soft materials, and the limiting structure (322) is a plurality of raised flexible columns or raised flexible blocking walls.

7. The automatic contact lens care device according to claim 1, characterized in that at least one holding means (40) is also provided; the storage device (40) is communicated with the inner cavity (23) of the seat body (20);

a suction device (70) is arranged between the storage device (40) and the base body (20), and the suction device (70) is configured to be capable of conveying substances in the storage device (40) into an inner cavity (23) of the base body (20); and/or

The suction device (70) is configured to convey the substance in the interior (23) of the housing (20) into the storage device (40).

8. The automatic contact lens care device according to claim 1, characterized in that at least one holding device (40) is further provided, said holding device (40) being in communication with the inner cavity (23) of the housing (20);

the storage device (40) comprises a first storage device (41) and a second storage device (42), a first suction device (71) is arranged between the first storage device (41) and the base (20), a second suction device (72) is arranged between the second storage device (42) and the base (20), the first suction device (71) is configured to convey substances in the first storage device (41) into an inner cavity (23) of the base (20), and the second suction device (72) is configured to convey substances in the inner cavity (23) of the base (20) into the second storage device (42).

9. The automatic contact lens care device according to claim 1, characterized in that at least one first electrode part (50) and at least one second electrode part (60) are also arranged in the inner cavity (23), and polarities of the first electrode part (50) and the second electrode part (60) are opposite after the electric current is applied.

10. The automatic contact lens care device according to claim 9, wherein an electrolyte solution is placed in the inner cavity (23), and the electrolyte solution is a solution containing sodium chloride;

The contact lens (180) to be cleaned can be placed in an interior space (23) filled with a sodium chloride-containing solution, the first electrode part (50) and the second electrode part (60) forming a positive electrode and a negative electrode in the circuit loop.

11. The automatic contact lens care device according to claim 1, wherein the drive mechanism comprises a first drive means (80), the second brush head (32) being rotatably connected to the housing (20), the first drive means (80) being configured to drive the second brush head (32) in rotation.

12. The automatic contact lens care device according to claim 1, characterized in that the drive mechanism comprises a second drive means (90), the first brush head (31) being rotatably connected to the cover (10), the second drive means (90) being configured to drive the first brush head (31) in rotation.

13. The automatic contact lens care device according to claim 1, characterized in that the drive mechanism comprises a third drive means (100), which third drive means (100) are configured to drive the cover (10) closer to or farther from the housing (20).

14. The automatic contact lens care device according to claim 1, further comprising a housing (110) and a drawing member (120), wherein a containing cavity is formed in the housing (110), a through hole (111) is formed in one side of the housing (110), the through hole (111) is communicated with the containing cavity, the drawing member (120) and the cover (10) are respectively and movably arranged in the containing cavity, the base (20) is arranged on the drawing member (120), and the drawing member (120) can be driven to drive the base (20) to move out of the housing (110) from the through hole (111).

15. The automatic contact lens care device of claim 14, wherein the drive mechanism comprises a fourth drive means (130), the fourth drive means (130) being configured to drive the movement of the drawer member (120).

16. The automatic contact lens care device according to claim 14, wherein an elastic member (140) is further provided between the housing (20) and the drawing member (120).

17. The automatic contact lens care device of claim 16, further comprising a vibration member configured to drive the housing (20) in vibration.

18. The automatic contact lens care device of claim 14, wherein the seat (20) is engaged with the drawer (120) by a snap (150).