Full-automatic contact lens cleaning device

Abstract

The invention discloses a full-automatic contact lens cleaning device and belongs to the field of contact lens cleaning equipment. The full-automatic contact lens cleaning device is characterized in that the full-automatic contact lens cleaning device comprises a base (1), a lens rotary power device, a lifting rotary device and a cleaning device body; the vertically arranged cleaning device body is mounted on one side of the top of the base (1); the cleaning device body is internally provided with a rotationally mounted meshy lens box (15); the lifting rotary device is mounted on the other side of the top of the cleaning device body; one end of the lens rotary power device is rotationally mounted at the top of the lifting rotary device; and the power output end of the lens rotary power device makes contact with and is connected with the top of the meshy lens box (15) through a transmission mechanism. The mode that the cleaning device body is fixed and lenses are rotated forwards and reversely is adopted, thus, care solutions create vortex, and the lenses can make contact with the care solutions more thoroughly and completely; and through rotary power provided by the power device, the trouble of manual scrubbing is avoided, the risk of lens breakage is avoided, and the lenses can be cleaned rapidly in a short time.

Description

technical field [0001] A fully automatic contact lens cleaning device belongs to the field of contact lens cleaning equipment. Background technique [0002] At present, a large number of myopia patients need to wear orthokeratology lenses (hard contact lenses) every night to control the degree of myopia from further deepening. Before wearing glasses, contact lenses need to be carefully cleaned. Cleaning of contact lenses usually requires hand rubbing and then using contact lenses Soak in lens care solution, rub and soak to remove protein precipitation and grease on the lens, and then rinse the lens to avoid residues. In the prior art, most of them use a special cleaning box for contact lenses, and then use manual shaking to speed up the cleaning effect of the glasses, because the frequency of manual shaking is uneven and the shaking rate is limited, therefore, it does not play a role in the cleaning effect. Significant effect, and the cleaning time is longer, time-consuming...

AI Technical Summary

Problems solved by technology

In the prior art, most of them use a special cleaning box for contact lenses, and then use manual shaking to speed up the cleaning effect of the glasses, because the frequency of manual shaking is uneven and the shaking rate is limited, therefore, it does not play a role in the cleaning effect. Significant effect, and the cleaning time is longer, time-consuming and laborious

[0003] Although in recent years, in order to speed up the cleaning speed and improve the cleaning effect, an ultrasonic contact lens cleaning machine has appeared, that is, a device that assists lens cleaning through ultrasonic vibration. During the high-frequency vibration cleaning process of this device, the lens itself does not Any action is only subject to a certain frequency of vibration. Although it has a certain effect on the surface of the lens, it has a poor cleaning effect on the residues inside the modern high-oxygen-permeable contact lens material.

Ultrasonic cleaning will be accompanied by a heating process, which will cause the lens to deform, and high-power ultrasonic vibration will cause the lens to break, so it has been basically eliminated.

[0004] Furthermore, traditional contact lens disinfection is only for the lens itself, and the care products that come into contact with it cannot be disinfected. Long-term use of contaminated double-packs and suction sticks has the risk of eye infection

Images