(a) the desktop memory telephoto lens:
1. Combine myopia prevention, memory enhancement and eye protection with homework.
Let students get myopia prevention and eye care while completing their homework; In the image-based super memory training, I got care to prevent myopia and protect my eyes.
Doing homework (reading and writing) on the tablet of the desk lamp, because the distance between the eyes and the book is limited, and there is a virtual focal mirror for reading and writing to see the distant scenery virtually, so that the eyes are always in an active rest state when completing a lot of homework, and there is no need to adjust and assemble. Can effectively prevent the occurrence and development of myopia and asthenopia.
The desk lamp provides a systematic image-based super memory foundation and practical training, and provides an improved memory test method. The training process of image-based super memory is almost completed on the table lamp, which is affected by the distance limitation and the active relaxation adjustment of virtual focal lens. Therefore, in the whole process of improving memory, it plays a role in preventing myopia and protecting eyes.
2. This desk lamp is also the first image-based super memory training instrument in China, which has won many national patents and intellectual property protection. Super memory training has the following characteristics:
(1). It integrates the main methods of contemporary image-based super memory training (intuitive image method, visual perception learning method, imagination-hanging ditch method, etc. ), and innovatively solved the big problem that memory training books can't provide real experience of visual perception learning.
(2) The memory training program of desk lamp focuses on solving the problem that memory information is naturally transformed into image information and stored in the right brain functional area, resulting in long-term memory.
(3) The desk lamp provides more than 20 kinds of experience and training scenes necessary for visual perception learning, which provides the necessary conditions for the rapid establishment of right brain photographic super memory.
(4) The memory training program on the desk lamp starts with arousing the excitability of the right brain A and the sensitive area of the eye and brain, and gradually derives the outline of the intuitive image, and then stimulates the sensitive area of the eye and brain by plane and three-dimensional methods, so that it gradually reflects the intuitive image.
(2) Eye-brain sensitive mirror
1. Anti-myopia principle: The lens of the human eye becomes convex and flat, which determines whether the distance is clear or not.
Whether a person can see the distance clearly depends on the sensitivity of the lens to become convex and flat (that is, to adjust the sensitivity). In myopia, the accommodation sensitivity decreases, and the higher the myopia degree, the lower the sensitivity. Improving sensitivity is the key to prevent the occurrence and development of myopia.
Adjusting spasm or slow sensitivity is the main reason for the occurrence and development of students' myopia.
Although eye exercises can improve the adjustment sensitivity, they play an indirect role through acupoint massage around the eyes, and the effect is poor.
Ophthalmic lens exercise is a method of directly training the sensitivity of lens adjustment through optical induction, which has immediate effect on preventing myopia and presbyopia.
2, the principle of memory increase: 80% of the memory information comes from the eyes, and the eyes are the windows of the soul. According to the ancient Huangdi Neijing, the eyes are tireless and the heart is not chaotic. British university research found that eye movement for 5 minutes can significantly increase memory.
There are five principles of eye movement to improve memory:
(1). The eyeball turns left and right, which can activate the internal circuits of the left and right brains and promote the memory of the left brain to be transformed into the memory of the whole brain, thus improving efficiency.
(2) The extreme light-chasing movement around the eyes can enlarge the visual field, activate the image memory potential of the right brain and improve the memory efficiency;
(3) color flash pursuit can improve attention and color associative memory;
(4) Associative memory of ear-eye-brain coordinated graphic code:
The eyeball follows the voice of the speech serial number to track the surrounding color points, and thinks of the image encoded by the serial number. This summation is to directly train the sensitivity of ear-eye-brain cooperative memory. Let students easily remember 100 digital image code, which becomes the basis of associative memory;
It is more helpful to stimulate the image super-memory potential of the right brain.
(5) Auricular point field effect acupuncture: Meridian effect promotes the pituitary gland to produce more long-term memory substances.
Details: Professor Liu Dongguang Memory Network