Warm-heat type atomizing moisture chamber glasses

Abstract

The invention discloses a pair of warm-heat type atomizing moisture chamber glasses, and belongs to moisture chamber glasses. The structure of the pair of moisture chamber glasses comprises a chamber glasses main body, humidifiers, a temperature sensor and a humidity sensor, wherein a fixing strap is arranged at the back of the chamber glasses main body; the humidifiers are arranged on the left and right sidewalls of the chamber glasses main body; each humidifier comprises a heating device, a water absorbing device and a waterproofing device; the waterproofing devices are arranged between the heating devices and the water absorbing devices; the temperature sensor and the humidity sensor are arranged at the upper side of an inner cavity of the chamber glasses main body; air vents are formed in the left and right sidewalls of the chamber glasses main body; and the air vents, along the sidewalls of the chamber glasses main body, are inclined downwards from outside to inside. The pair of warm-heat type atomizing moisture chamber glasses provided by the invention can be thoroughly cleaned, so that eye infection is prevented; the pair of warm-heat type atomizing moisture chamber glasses has the characteristics of being controllable in temperature, safe to use and the like, and in a using process, patients' life of seeing objects is not affected and a great amount of time and energy of patients are save.

Description

technical field [0001] The invention relates to a wet room mirror, in particular to a warm atomizing wet room mirror. Background technique [0002] Dry eye is a kind of disease caused by tear film instability and (or) ocular surface damage due to abnormal tear quantity or quality or fluid dynamics, resulting in ocular discomfort symptoms. Dry eye is a common and frequently-occurring disease in ophthalmology clinic. In recent years, due to modern life, people's work and entertainment have more and more contact with TV and computer, face the fluorescent screen for a long time, lack the proper blinking frequency, or use the eyes for a long time, which affects the secretion of tears, making The incidence of dry eye is increasing year by year, and tends to be younger. At present, it has become a common and important ocular surface disease that endangers the public health of our country and affects the quality of life of the population. [0003] At present, the incidence of dry...

AI Technical Summary

Problems solved by technology

The current device is only attached to the eyes, and cannot form a closed environment for the eyes. Most of the water vapor evaporates into the surrounding environment, and a high-humidity environment cannot be formed in the eyes, especially in the eyelid fissure area; at the same time, the temperature is not easy to control. Transient high temperature is often formed during the process, causing eye discomfort, and even "low temperature thermal damage" to the skin; the water in this type of device is a chemical reaction product, which cannot guarantee absolute safety for the eyes; in addition, this type of device is not compatible with Skin-to-skin contact is more likely to cause skin tissue damage, such as allergic reactions, chemical damage, etc.; in addition, because this type of device is not a closed device, its thermal function often masks the moisturizing function brought by steam, resulting in excessive evaporation of ocular surface moisture , aggravating the symptoms of eye dryness in some patients; the device completely covers the patient's eyes during use, and cannot see things during the treatment process, wasting part of the patient's precious time, and brings a certain degree of anxiety to patients who are busy with daily work. It is one of the important causes of dry eye syndrome, which is not conducive to the recovery of the disease; covering the eyes will form a dark room effect on the eyes, and for potential glaucoma patients, it will induce glaucoma attacks

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