Collection Details
Namespace:
CruzzNiel
Dataset:
Collection:
MyGlasses
Owner:
0x16c89a570ca0b032f45a92352e07d9e18f61443c
Timestamp:
Jan.15.2024 07:10:40 PM
Status:
OnChain
Collection Documents
_idFrame againLensView
cb3ff274430ca79d1f03bc67d7eb628e6173b8b72fba6ab349f05ec2105b77bf2
If you are looking for a way to improve your eye health and comfort, you may want to consider anti-blue lenses. These are special lenses that can block or reflect blue light, which is a type of light that comes from digital devices such as laptops, tablets, and phones. Blue light can have negative effects on your eyes and your overall health, such as: Causing eye strain, headaches, and blurred vision by making your eyes work harder to focus and adjust to the brightness of the screen. Interfering with your sleep quality by suppressing the production of melatonin, which is a hormone that helps you fall asleep and stay asleep. Increasing the risk of eye diseases such as cataracts and glaucoma by exposing your eyes to high-energy light that can damage your lens and optic nerve. Anti-blue lenses can help you avoid these problems by filtering out or reflecting blue light, allowing only the beneficial light to reach your eyes. This can improve your visual clarity, reduce your eye discomfort, and support your circadian rhythm, which is your body’s natural clock that tells you when to sleep and when to wake up.
Anti-blue lenses are a type of eyewear that can protect your eyes from the harmful effects of blue light. Blue light is emitted by digital devices such as computers, smartphones, and TVs, and it can cause eye strain, headaches, and sleep problems. Anti-blue lenses can filter out or reflect blue light, reducing its impact on your eyes and improving your visual comfort and health. Some benefits of anti-blue lenses are: They can help you sleep better by preventing blue light from disrupting your natural circadian rhythm, which regulates your sleep-wake cycle. They can reduce eye fatigue and dryness by preventing blue light from overstimulating your eyes and causing them to blink less. They can prevent or delay age-related macular degeneration, which is a leading cause of vision loss in older adults, by blocking blue light from damaging your retina. Anti-blue lenses are suitable for anyone who spends a lot of time using digital devices, especially at night. They can be worn with or without prescription, and they come in various styles and colors to suit your preferences. Anti-blue lenses are an easy and effective way to protect your eyes from blue light and enhance your well-being.
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cb3ff274430ca79d1f03bc67d7eb628e6173b8b72fba6ab349f05ec2105b77bf1
Photochromic lens frames are frames that have lenses that change color depending on the amount of ultraviolet (UV) light they are exposed to. They are also known as light-responsive, adaptive, or transition lenses. They are designed to provide both the vision correction of prescription glasses and the UV protection of sunglasses without needing to switch frames. Photochromic lenses work by using light-sensitive molecules that change their structure when they absorb UV rays. This causes them to darken and block more light. When the UV light is reduced, the molecules return to their original state and the lenses become clear again. The process is reversible and can happen many times. Photochromic lenses have many benefits, such as: They can reduce eye strain and fatigue by adjusting to different light conditions. They can protect the eyes from harmful UV rays that can cause cataracts, macular degeneration, and other eye diseases. They can save money and space by eliminating the need for separate glasses and sunglasses. They can enhance the appearance and style of the frames by offering various colors and tints.
Photochromic lenses also have some drawbacks, such as: They may not darken enough in very hot or cold temperatures, or inside a car with tinted windows, because the UV light is blocked or reduced. They may take some time to change from dark to clear, especially in cold weather, which can affect the vision in changing environments. They may not be suitable for some activities or occupations that require precise color perception, such as photography, painting, or aviation.
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