INOKE Intelligent Dynamic Zoom Technology
INOKE Intelligent Dynamic Zoom Technology is widely used in current hospital vision training devices. It improves the elasticity of the ciliary muscles through continuous long-distance training. Improve brain imaging analysis capabilities to improve vision.
1: Principle of INOKE’s intelligent dynamic zoom technology:
From “optometry” to “visual science”, practice “yoga” for the eyeballs: to achieve aberration optimization!
First, restore the elasticity of the ciliary muscle
Innoke’s intelligent dynamic zoom technology restores the elasticity of the ciliary muscle through frequent zooming movements, strengthens the analysis ability of the brain imaging area, and thus improves the vision.
The ciliary muscle is a circular smooth muscle located inside the eye. Its function is to change the shape of the lens to focus on things near or far. When we look at something at a distance, the ciliary muscles will naturally relax and tighten the ligaments that position the lens, so that the lens will become flatter and thinner, reducing the focusing ability of the lens, and we can see distant things clearly. When looking at something close, the ciliary muscles will contract, and the focus can be adjusted to see clearly. If you continue to look at near objects for a long time, it will cause spasm of the ciliary muscles, losing the function of adjusting the focus, and you will not be able to see clearly in the distance, resulting in Myopia or worsening of myopia.
At this time, you can use Ainoker's intelligent dynamic zoom technology. The glasses lens of this technology is like a zoomable smart camera, constantly changing up and down the basic degree of each myopic person. Adjust, automatically adjust the focus, make the ciliary muscle zoom and move frequently, change the spasm of the ciliary muscle, restore the elasticity of the ciliary muscle, and the ciliary muscle will resume its function of adjusting the focus, and you can see clearly in the distance.
For pseudomyopia caused by ciliary muscle spasm caused by excessive use of eyes at close range, which often causes the lens to continue to become convex and increase refractive power. In this way, the elasticity of the ciliary muscle can be restored. Pseudomyopia It can be restored to avoid true myopia with elongated eye axis, relieve visual fatigue, inhibit the occurrence and development of myopia, and improve vision.
For true myopia where the axial length of the eye has become longer, long-term use of the eyes at close range will cause spasm of the ciliary muscles. When looking into the distance, the eyes cannot adjust the focal length normally, even if they are corrected with glasses. You can't see clearly either, which means your myopia is aggravated. The elasticity of the ciliary muscle has been restored through Ionoke's intelligent dynamic zoom technology. The ciliary muscle has returned to its normal function of adjusting the focal length, and you can see clearly in the distance. Therefore, it can also relieve visual fatigue, inhibit the development of myopia, and improve vision.
Second, a breakthrough in theoretical concepts in modern optometry theory and practice
Traditional ophthalmology uses the structure of the eyeball to discuss optometry, refractive error or myopia. This is seriously incomplete. The eye contains motor muscles other than the eyeball and the nerve conduction part of visual signals. The foundation of human visual ability lies in the brain. The eyes are only an important part of the brain's visual system. However, the core of the visual system is the brain. The eyes or eyeball system are only the source and sensor of visual information in the brain, and are the most important channel for the brain to communicate with the outside world. Vision is the final reflection of the external image by the overall visual system with the brain's vision as the core. There is a rough correlation between the refractive error of the eyeball and visual acuity, but there is no perfect one-to-one correspondence between them. And in some specific situations, it may even be completely irrelevant.
So, the visual process includes two processes: optical process + bioelectrical (electrochemical) process. Traditional ophthalmology only focuses on the optical process, while the bioelectrical (electrochemical) process is the core process of vision.
The dynamic zoom training of INOKE’s intelligent dynamic zoom technology allows the ciliary body to frequently zoom, and the vitreous body and lens to also zoom frequently at the same time, strengthening the activity of optic nerve cells, thereby enhancing the display ability of the optic nerve, thereby improving the brain The visual system has the ability to effectively process retinal defocus information into stable and clear images in the cerebral cortex. Let most people with myopia and refractive errors obtain ideal and perfect natural vision.
This training process no longer just focuses on the optical process of the eyeballs, but focuses on the overall visual function status of the brain vision as the core, that is, the entire visual process, and through the intelligent dynamic zoom technology of Ainoq, etc., love Nok's three core technologies work together to achieve comprehensive optimization, perfection and stability of visual function conditions.
We no longer stick to the necessity of converting eyeball defocus into a focused state, but train the entire visual system by optimizing defocus and perfecting focus. It can relieve visual fatigue, suppress myopia and improve naked-eye vision, allowing people to obtain normal, perfect and relaxed natural vision and truly effective, stable and long-lasting visual health.
Two: Application of Ionoke’s intelligent dynamic zoom technology
Ionoke’s intelligent dynamic zoom technology is widely used in vision correction devices in major hospitals, such as:
: Vision improvement device used in Japanese hospitals
·Visual correction device at Sun Yat-sen University Zhongshan Eye Center?
·Vision correction device at Beijing Tongren Hospital Eye Center
·Many vision correction devices and vision improvement instruments in eye rehabilitation centers of tertiary hospitals
3: Theoretical and practical basis of Ionoke’s intelligent dynamic zoom technology
·Bates vision training Restoration Act, invented in 1885.
·Professor Zhou’s group of the Chinese Academy of Sciences applied for a dynamic zoom patent in the United States and published it in "Nature" and "Scientific Reports"
·Shanghai Science and Technology Press "Science Painting 2013 Issue 4— Adaptive Optical Corrector》
·CCTV's "Challenge the Impossible" column 2016.12.25