Aspects of the disclosure describe a multi-chamber fluid cartridge for use in storing unused cleansing solution to be used by an automated contact lens cleansing device and for storing used cleansing solution drained from the device. For example, the multi-chamber fluid cartridge may include a first chamber configured to store the unused cleansing solution and a second chamber configured to store the used cleansing solution. After being reversibly mated with the automated contact lens cleansing device, a controlled amount of the unused cleansing solution may be transferred from the first chamber to a reservoir within the automated contact lens cleansing device for performance of one or more cleansing cycles. Upon completion of the cleansing cycles, the used cleansing solution may be drained from the reservoir to the second chamber for storage until replacement of the multi-chamber fluid cartridge. As such, efficient storage of unused and used cleansing solution is provided.

An ocular device case with a new structure that can solve unexpected problems in the related art, for example, adverse effects on user's eyes by splashes of treatment liquid upon pouring the treatment liquid into the device case from a separate refill container. In a device case including: a case body accommodating treatment liquid with ocular devices such as a contact lens; and a lid, a container receiving portion is provided such that a spout of a refill container is brought into contact with the refill receiving portion so as to allow the treatment liquid to flow into the device case.

A method of cleansing a contact lens using an automated contact cleansing device configurable to perform a plurality of cleansing cycles having different characteristics, the method comprising: storing a cleansing solution at a storage unit; transferring, at a first transfer line, the solution from the storage unit to a reservoir; housing the solution in the reservoir for at least one cycle; transferring, at a second transfer line, the solution from the reservoir to a drain; collecting data relating to a condition of one or more components of the device; transmitting at least one of the condition of the one or more components of the device, and diagnostic information relating to the device; storing instructions to perform at least one of the cycles; and executing the instructions to control at least one of the first transfer line, the second transfer line, and the housing for the at least one cycle.

Disclosed herein is a cleaning device for orthokeratology lens, comprising a housing, a cap, a gear module, two cleaning shaft, two cleaning head, and a rotating shaft. The housing comprises two orthokeratology lens bases and an opening. The cap is disposed on the opening. The cleaning shaft comprises a first end connecting to the gear module and a second end. The cleaning head is disposed on the second end of the cleaning shaft. The rotating shaft connects to the gear module.

Contact lens dispensers are provided including a pens dispenser having an interior and a dispensing end. A delivery screw is provided in the interior of the tubular housing. The delivery screw has a thread pitch and a plurality of contact lenses, one contact lens per pitch. Upon actuation of an actuator, each contact lens moves along the thread by a distance of one pitch and a single contact lens is dispensed from the dispensing end of the tubular housing. A case and disposable foil contact lens cartridge are also provided as a re a case and disposable contact lens foil spool, wherein actuation of push-buttons dispense contact lenses ready for immediate application onto an eye.

The present invention relates to a contact lens cleaning device, and more particularly, relates to a separable contact lens cleaner. The separable contact lens cleaner includes a power supply base (10); a cleaning base (20); and a cleaning mechanism (30). A cleaning receptacle (201) is provided inside the cleaning base (20). The cleaning mechanism (30) includes a power supply assembly (302) and a plurality of electrodes (301) electrically connected to the power supply assembly (302). The power supply assembly (302) is installed inside the power supply base (10). The electrodes (301) are installed in the cleaning receptacle (201). The cleaning base (20) is detachably connected to the power supply base (10). The power supply assembly (302) includes a circuit board (303) and a power supply (304). A plurality of electrode connectors (305) is securely provided at and electrically connected to the circuit board (303). In the contact lens cleaner of the present invention, the cleaning receptacle (201) and the electrodes (301) can be replaced regularly, thereby reducing usage costs, and increasing utilization of an apparatus.

A contact lens cleaner includes a power supply base (2), a cleaning base (1), and a cleaning mechanism (3). The cleaning base (1) is detachably connected with the power supply base (2). At least one cleaning recess (103) is provided in the cleaning base (1). The cleaning mechanism (3) includes a power supply unit (302) disposed in the power supply base (2) and a plurality of electrodes (301) extending into the cleaning recesses (103) through a bottom of the cleaning recess (103) and electrically connected with the power supply unit (302). The power supply unit (302) includes a circuit board (303), a power supply and a plurality of conductive sheets (306) disposed on the circuit board (303). A plurality of electrode connectors (305) are disposed through a cleaning base mounting groove (201) at the top of the power supply base (2) in a sealed manner. One end of each of the electrode connectors (305) electrically connected with one of the electrodes (301) is elastically retractable, and the other end of each of the electrode connectors (305) electrically connected with one of the conductive sheets (306) is not elastically retractable. The contact lens cleaner can effectively prevent liquid leakage, is convenient to carry, and is easy to use.

A cleaner for cleaning grippers for the transport of ophthalmic lenses comprises: an exhaust air box comprising at least one inlet opening for allowing ambient air as well as lenses, lens parts, debris and fluid adhered to the grippers to be sucked into an interior of the exhaust air box, an outlet opening in fluid communication with the interior of the exhaust air box and a cleaner head arranged on the exhaust air box and comprising a plurality of receiver sleeves for receiving the grippers to be cleaned, a plurality of shutters, wherein each individual shutter of the plurality of shutters is arranged to open or close the fluid communication of at least one receiver sleeve (5) of the plurality of receiver sleeves (5) and the interior of the exhaust air box (1).

An integrated and standalone vibrating base assembly for cleaning contact lenses having two selective modes of operation, each mode operably configured to produce different preset vibrational rotations per minute, and comprising a base housing defining a housing cavity, with at least one vibration motor disposed within the housing cavity, electrically coupled to a power source, and operably configured to selectively induce a vibration therefrom with at least one switch coupled to the base housing; and a bottom surface and an upper surface spanning inwardly toward the housing cavity from an upper edge of the base housing to define a concave recess sized to receive two contact lens containers, the upper surface of a friction-inducing, deformable, and polymeric material configured to support two contact lens containers and operably coupled to the at least one vibration motor and to receive a vibration thereon upon activation of the at least one switch.

Apparatus and methods for storing, preserving and cleaning contact lenses includes a base housing; one or more lens bowls transparent to selected ranges of UV and IR light wavelengths; UV and IR light sources to direct UV and IR light into the lens bowls; a removable cover opaque to the UV light; one or more closure sensors to sense the status of the cover, a power supply; and, a controller in control communication with the UV and IR light sources, the power supply and the closure sensors, the controller causing the UV and IR light sources to cease emitting when the cover is not closed.