Fedorov’s training glasses stimulation and therapy device.


   The glasses were developed under the supervision of Academician S.N. Fedorov. Relaxation Glasses have been successfully tested and registered by state authorities, certified and protected against forgery by the Russian Federation patent.

 

 

Reasons for the reduced vision:
  • congenital defect or a genetic predisposition to disease;
  • functional impairment, which are caused by excessive visual stress, poor visual working conditions, as well as the general weakening of the body due to other chronic diseases, defects, nutrition, adverse environmental conditions;
  • age (over 40 years) decrease in focusing ability of the eye and the development of hyperopia; organic diseases of the organ of vision (clouding of the transparent media, changes in the fundus, the violation of intraocular pressure, etc.).


   Poor visual acuity may be strengthened (corrected) by diopter glasses. However if reduced vision is caused by functional disorders such a correction can cause damage contributing to the transformation reversible disruption in irreversible. You can restore visual function in another way: ensure the comfort of visual work, to eliminate exposure to harmful factors and begin using the perforating glasses simulators. 

Training glasses are recommended for wider application with the following disorder of:
  • sual overloading (fatigue);
  • false and true myopia;
  • farsightedness;
  • asthenopia (accommodative and muscular);
  • presbyopia (senile vision);
  • photophobia.
Preventive purposes of the perforated glasses:
  • relieve tension and eye fatigue after a long visual stress which children and adults may have (preschool children, schoolchildren, students, teachers, computer operators, fans of TV shows, computer games, etc.);
  • providing the relaxation of the eye muscles they create conditions for eliminating the general body fatigue, distraction of attention, drowsiness;
  • for children with family history of nearsightedness, farsightedness;
  • glasses are used for 20-30 minutes in an environment conducive to relaxation when adults and children have elevated eye fatigue neurotic states.
The effect of the training glasses:

 

  Research proved that if you watch through the opaque lens with1-2mm hexagonally arranged holes the light falls through the central optical zone of the eye onto the retina almost only from the examined object resulting into effect of harsh increase of the depth of focus and resolution. As a result the eye is capable of seeing the more accurate picture.

  It turns out that when a man suffering from nearsightedness or farsightedness examines any object through the glasses the accurate, not a diffuse (as without glasses) multi-image is formed on the retina. The optical system of an eye catches this discomfort and transfers pulses to the brain. In the result ciliary muscles change the curvature of the eye lens so that to get one accurate picture out of the multi image.

   This training effect prevents the eye muscles from atrophy, slows the loss of elasticity of the lens and normalizes metabolism in tissues of the eye, thus preventing cataracts and other eye diseases.

   That is why we recommend these glasses both for people with sight disorders and those who have standard sight but have intense eye load.

 

 

A set of exercises to train eyes with perforated glasses:
  •     First of all check your sight with the help of the table (see the glasses description) and make sure that you see more accurately in the training glasses than without them.
  •    First it is difficult to get used to the perforation image. Watch TV wearing them, read the magazine, examine the room not focusing your attention on the holes. In 2-3 days you’ll make sure that you can see almost the same way in the training glasses as in diopter glasses. Now you can do exercises. It is better to do exercises with good daylight.
  •    Relax your eyes. Close them for 7-10 seconds. It is better to repeat it after each next exercise.
  •    Look into the distance for 2-3 seconds, then for 4-5 seconds. Turn the view on the fingertip located vertically 25-30 cm away from the face and put the hand down. Repeat up to 10 times.
  •   Close your eyes tight. Then open them (8-10 times). Make rotational movements with your eyes in one and then in another direction (6-8 times). Look at the tip of a pencil bringing it up to the nose 5-7 cm away from it, and then taking it away from it (6-8 times).
  •    Pull the arm forward, look at the finger tip, located vertically in front of the face. Slowly approach the finger without taking the eyes off it until it appears double. Repeat the exercise for 6-8 times.
  •    Look at the finger tip for 5-7 seconds 25-30 cm away from face. Cover your left eye with left palm for 3-5 seconds. Then look both eyes for 3-5 seconds. Do this exercise for the right eye too (4-5 times for each eye).
  •    Without turning the head slowly move the palm in front of eyes from the left to the right and back. Repeat the exercise for 8-10 times.
  •    Stand up in front of the window 30-35 cm away from the glass. Mark the glass with 2-3mm mark at eye level. Keep looking at the mark for 3-5 sec. Then look into the distance for 6-10 sec through the window at certain objects (building, tree) and examine details of these objects. Extend the examination time to 5-7 minutes (within 3-4 days).
  •    Take the training glasses off and quickly blink during a minute. Close the eyes and massage eyelids with your fingers during a minute. It facilitates the blood circulation.

Attention: don’t wear the training glasses when you drive the vehicle or walk along the street!

  

The perforated training glasses have the following advantages:
  • in comparison with cylinder the cone holes (in a specially thickened lens) reduce a glare effect providing high accuracy of the examined object;
  • experimentally selected thickness of the lens, size and location of the holes provide the optimum compromise between the force of beneficial effects and difficulty adapting to a breach of the visual field and binocular vision;
  • flat lens with a horizontal arrangement of conical holes provide a more uniform increase in the depth of focus from the center of the visible object;
  • the opening ("window") at the bottom of the lens provides illumination of the eyeball scattered with the light, which, without increasing the light scattering on the pupil, improves hemodynamics (blood flow through the vessels) of an eye. Besides “a window” gives the possibility to those who are short-sighted to see near without taking glasses off.
  • to train the eyes..