Aisin Seiki Kabushiki Kaisha

Yasuhiro Aso

Tomio Oguma

Mikio Yoshihara

Masasi Kai

Hisanobu Takeda

A cleaning device for contact lens which includes a housing having a cleaning chamber which is provided with a container chamber, a container disposed in the container chamber and forming a lens receiving chamber which receives contact lenses therein and a stirring device for generating a rising liquid flow which rises toward to the container chamber and is disposed at a lower side of the container. The container has plural passage holes which communicate between an inside of the lens receiving chamber and outside of the lens receiving chamber. At least one of the passage holes opens diagonally and downwardly as regard to the lens receiving chamber so as to introduce the rising liquid flow into the lens receiving chamber. Since the rising liquid flow flows diagonally from below into the lens receiving chambers via the passage holes, the contact lenses are gently floated in the lens receiving chamber so as to separate from the wall surface of the lens receiving chamber. Accordingly, it is possible to effectively clean the contact lenses without damaging the contact lenses.

Cleaning device for contact lenses

A cleaning device for contact lenses includes a housing having a cleaning chamber, a stirring device for generating a liquid flow within the cleaning chamber, a heating device for boiling a liquid in the cleaning chamber, a feeding device for feeding the liquid into the cleaning chamber, a discharging device, a feeding amount detecting device for detecting a feeding amount of the liquid which is fed into the cleaning chamber, an operation controlling device for giving a signal to the stirring device, the heating device, the feeding device and the discharging device in response to the feeding amount of the liquid detected by the feeding amount detecting device, respectively and for performing a cleaning process, plural rinsing processes and a boil process. The feeding amount detecting device has a binary output type of liquid level sensor which detects a single liquid level in order to control a first feeding amount in the cleaning process, the last rinsing process and the boil process and a feeding timer which detects a feeding time for controlling a second feeding amount in the other of rinsing processes to be smaller than the first feeding amount. It is thus possible to decrease the consumption rate of the liquid without increasing the size of the device and complicating the structure of the device.

A storing volume is formed within a box which also houses a temperature detector for detecting the temperature of the gas within the storing volume, a cooling mechanism for cooling the interior of the storing volume, a nitrogen-rich gas supplying device, for supplying nitrogen-rich gas into the storing volume, and a controller which functions in such a manner that it activates the cooling mechanism in response to signals from the temperature detector in order to control the temperature of the interior of the storing volume, and also activates the nitrogen-rich gas supplying device in response to the variation of the gas contents of the storing volume in order to control the gas contents of the storing volume. Due to the function of the nitrogen-rich gas supplying device, the nitrogen concentration can be maintained within the storing volume at a proper level all the time, and therefore the respiration of the fresh foods stored in the storing volume is inhibited, thereby contributing to keeping the fresh foods in a fresh state, and preventing rotting. Further, a pressure regulator prevents the leaking of the cooled nitrogen-rich gas from the interior of the storing volume to the outside.

Fresh food storing device

In a washing device for parts of human body including a first hollow piston with a nozzle at the front end thereof and a second hollow piston with a nozzle at the front end thereof; a drive means for said first and second pistons comprises a single drive motor, a rotatable member to be driven by said motor and a belt-like member one end of which is anchored to the first piston and the other end of which is anchored to the second piston; said belt-like member has a middle portion engaging the periphery of the rotatable member and a pressurized water supply means. As one aspect of the invention, the rotatable member rotates reversibly at a fixed position and transmits the driving force to the belt-like member so as to move selectively the first and second pistons and a retracted inoperative position. In this case, these first and second piston move in opposite directions each other. While as another aspect of the invention, said rotatable member not only rotates reversibly, but also slidable while rotating, being assisted by a guide shoe and a resilient member normally urging the rotatable member in the extreme position. The washing device of this invention can selectively move the nozzle carrying pistons between operative and inoperative positions very quickly by a simplified drive mechanism.

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Kariya, Japan

Yasuhiro Aso