Autonomous atomization wet chamber spectacles

Abstract

The invention provides a pair of autonomous atomization wet chamber spectacles, which comprises a spectacles frame, water storage tanks, an elastic eyeshade, ultrasonic transduction sheets, a micro-control circuit board and a lithium battery, wherein the spectacles frame comprises a frame body, spectacles legs and lenses; atomizing nozzles are formed at the bottom of the frame body; grooves are formed in the left outer side and the right outer side of the frame body; the water storage tanks are mounted in the grooves and can be dismounted; the elastic eyeshade is mounted on one side, close to human eyes, of the frame body and can be dismounted; the micro-control circuit board is mounted in the spectacles leg on one side and controls the ultrasonic transduction sheets to operate via a program. The pair of spectacles takes effect quickly, and can quickly alleviate a xerophthalmia symptom; the water storage tank can be replaced to avoid bacterial stemming; water in the water storage tank is directly in contact with the ultrasonic transduction sheets; guide tubes are not required to further avoid the bacterial stemming.

Description

technical field [0001] The invention belongs to the field of eye health care, and in particular relates to a wet room mirror capable of autonomous atomization. Background technique [0002] The common symptoms of dry eye patients are dry eyes, foreign body sensation, easy fatigue, itching, burning sensation, tight and heavy eyelids, thick secretions, fear of wind, photophobia, sensitivity to external stimuli, temporary Blurred vision etc. These symptoms are all caused by improper use of eyes for a long time or after ophthalmic surgery, the tear fluid secreted in the lacrimal gland and the water evaporated are not balanced. The treatment of most dry eye is to solve the patient's ocular discomfort symptoms. The main treatment methods include physical therapy, reducing evaporation, supplementing artificial tears, tear retention, tear stimulation secretion, anti-inflammatory treatment and surgery. has its shortcomings. Under normal circumstances, when dry eye patients feel dr...

AI Technical Summary

Problems solved by technology

Under normal circumstances, when dry eye patients feel dry eyes and discomfort in daily life, most people will use artificial tears (eye drops), which can only be temporarily relieved, and sometimes it will lead to increased frequency of dry eyes. Therefore, artificial tears cannot fundamentally effectively relieve dry eye syndrome

[0003] The wet room mirror can not only reduce the evaporation of tears, but also replenish water for the eyes. Compared with external artificial tears, it has better preventive and therapeutic effects, and is favored by patients with dry eye syndrome. However, the existing wet room mirror Generally, the liquid in the water storage box is allowed to evaporate naturally, the effect is slow and easily affected by the external temperature, or the evaporation is accelerated by a heating device. Although the heating will make the liquid evaporate faster, the effect is not obvious if the temperature is not high. If it is too high, it will cause discomfort to the eyes, and as the temperature rises, the temperature difference between the lens and the gas will cause a thin layer of water mist to appear on the lens

Application No. 2016111191162 provides a self-atomizing wet room mirror. Although it can quickly take effect through ultrasonic atomization, its water tank is fixed inside the mirror leg and cannot be replaced. It is easy to breed bacteria, and the water in the water storage tank passes through The catheter is guided to the ultrasonic atomization sheet, and bacteria are easy to breed in the catheter, which is easy to cause eye infection

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