Enoch intelligent dynamic zoom technology is widely used in hospital vision training instruments at present. Through long-distance continuous training, the elasticity of ciliary muscles is improved, and the image analysis ability of the brain is improved, thus improving vision.
One: the principle of Enoch intelligent dynamic zoom technology;
From "optometry" to "vision" to practice "yoga" for the eyeball: realize aberration optimization!
First, restore the elasticity of the ciliary muscle.
Enoch intelligent dynamic zoom technology can restore the elasticity of ciliary muscle and strengthen the analysis ability of brain imaging area through frequent zoom movements, thus improving vision.
Ciliary muscle is a smooth muscle with a circular shape inside the eye. Its function is to change the shape of the crystal to focus on things near or far away. When we look at distant things, the ciliary muscle will naturally relax and tighten the ligament where the crystal is located, so that the crystal will become flat and thin, reducing the focusing ability of the crystal, and we can see things in the distance clearly. When we look closely, the ciliary muscles contract and focus in order to see things clearly. If you keep looking at things near for a long time, it will cause ciliary muscle spasm, lose the function of adjusting focal length, and can't see clearly in the distance, which will lead to myopia or aggravate myopia.
At this time, we can use enoch's intelligent dynamic zoom technology. The glasses lens of this technology is like a smart camera that can zoom. It constantly changes and adjusts the basic degree of each myope, automatically adjusts the focal length, makes the ciliary muscle zoom frequently, changes the state of ciliary muscle spasm, restores the elasticity of ciliary muscle, and the ciliary muscle can restore the function of adjusting the focal length, so that it can see the distance clearly.
For pseudomyopia, ciliary muscle spasm caused by excessive close contact with eyes, the lens is often in a continuous convex state, which increases the refractive power and thus restores the elasticity of ciliary muscle. Pseudomyopia can be recovered, avoiding entering true myopia with longer axial length, relieving visual fatigue, inhibiting the occurrence and development of myopia and improving vision.
For true myopia with long axial length, ciliary muscle spasm is caused by long-term close use of eyes. When you look at the distance, your eyes can't adjust the focal length normally. Even if you put on glasses to correct it, you can't see clearly, that is, the degree of myopia deepens. Through Enoch intelligent dynamic zoom technology to restore the elasticity of ciliary muscle, ciliary muscle can adjust the focal length normally, so that the distance can be seen more clearly. Therefore, it can also relieve visual fatigue, inhibit the development of myopia and improve vision.
Second, the theoretical breakthrough of modern optometry theory and practice.
Traditional ophthalmology uses eyeball structure to discuss optometry, ametropia or myopia. This is seriously incomplete, and the eye includes the motor muscles outside the eyeball and the nerve conduction part of the visual signal. The essence of human visual ability lies in the brain. Eyes are only an important part of the visual system of the brain, however, the core of the visual system is the brain. The eye or eyeball system is only the source and sensor of visual information of the brain, and it is the most important channel for the brain to communicate with the outside world. Vision is the final reflection of the whole visual system with brain vision as the core to external images. Eyeball ametropia is roughly related to vision, but not completely related. And in some specific cases, it may even be completely irrelevant.
Therefore, the visual process includes two processes: optical process and bioelectricity (electrochemistry) process. Traditional ophthalmology only pays attention to optical process, and bioelectricity (electrochemistry) process is the core process of vision.
The dynamic zoom training of enoch's intelligent dynamic zoom technology makes the ciliary body zoom frequently, and the vitreous body and lens zoom frequently at the same time, which strengthens the activity of optic nerve cells, thus strengthening the display ability of optic nerve and improving the ability of the brain vision system to effectively process the retinal defocus information into a stable and clear image of the cerebral cortex. Let most people with myopia and ametropia get ideal and perfect natural vision.
This training process no longer focuses on the optical process of eyeball, but on the whole visual function with brain vision as the core, that is, the whole visual process, and realizes the comprehensive optimization, perfection and stability of visual function through intelligent dynamic zoom technology and innocent three core technologies. It is no longer limited to transforming the defocus of the eyeball into a focused state, but to train the whole visual system by optimizing defocus and improving focus. Relieve visual fatigue, inhibit myopia, improve naked eye vision, and enable people to obtain normal, perfect and relaxed natural vision and truly effective, stable and lasting visual health.
Second, the application of enoch intelligent dynamic zoom technology.
Enoch intelligent dynamic zoom technology is widely used in vision correction instruments in major hospitals, such as:
: eyesight meter used in Japanese hospitals
Sun Yat-sen University Zhongshan Eye Center vision corrector
Beijing Tongren Hospital Eye Center Vision Corrector
Many tertiary hospitals, eye rehabilitation centers, vision correction instruments and vision improvement instruments.
Thirdly, the theoretical and practical basis of Enoch intelligent dynamic zoom technology.
Bates vision training recovery method was invented in 1885.
Professor Zhou of the Chinese Academy of Sciences applied for a patent for dynamic zoom in the United States and published it in the Nature and Science Report.
Shanghai Science and Technology Press, Scientific Painting 20 13 No.4-Adaptive Optical Corrector
CCTV's "Challenge Impossible" column 20 16. 12.25