WO2022174650A1 - 修复/恢复/增强视力的眼睛锻炼仪 - Google Patents

修复/恢复/增强视力的眼睛锻炼仪 Download PDF

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Publication number
WO2022174650A1
WO2022174650A1 PCT/CN2021/135545 CN2021135545W WO2022174650A1 WO 2022174650 A1 WO2022174650 A1 WO 2022174650A1 CN 2021135545 W CN2021135545 W CN 2021135545W WO 2022174650 A1 WO2022174650 A1 WO 2022174650A1
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Prior art keywords
light
eyes
moving
eye
moving light
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PCT/CN2021/135545
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English (en)
French (fr)
Inventor
徐園植
徐浩钟
金相宇
王晶
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徐園植
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Application filed by 徐園植 filed Critical 徐園植
Priority to CN202180093666.4A priority Critical patent/CN116916867A/zh
Publication of WO2022174650A1 publication Critical patent/WO2022174650A1/zh

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    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H5/00—Exercisers for the eyes

Definitions

  • the invention relates to an eye exercise instrument for restoring/recovering/enhancing vision in the fields of eye exercise, vision repair and enhancement.
  • Eyes are the windows to the soul. Eye diseases will lead to endocrine disorders in the heart and liver, which will affect human health.
  • the eyeball automatically rotates); there are also imitating human eyes (for example: Publication No. CN107932527A, the name of the invention is bionic eye, through the synchronous movement performance between the components, to reproduce the biological eye expression action); and measurement
  • the static rotation angle of the patient's eyes (for example: publication number CN112043235A, the name of the invention is a portable eyeball static rotation measuring instrument and a method for measuring the eyeball rotation angle using the same, using a high-definition infrared camera, an image processing module, an image acquisition button, an infrared
  • the light source, visible light source, and test window are all set on the wearable helmet, and the infrared light source and the visible light source are set between two high-definition infrared cameras.
  • the high-definition infrared cameras simultaneously take iris images of both eyes to measure and understand the static rotation of the patient's eyes angle, as a reference for recommended surgical methods); however, these cannot be used for regular eye exercises, and cannot make human bodies healthier and more comfortable physically and mentally through eye exercises.
  • the light-emitting device is set at a fixed position, and the light-emitting device in different positions is controlled by the control device to present a beating light movement of the viewing angle when emitting light, which makes people's eyes feel
  • the sight moves with the beating light of the viewing angle in a bright sunlight environment to move the eyes (for example, 1: the publication number is CN109620661A, the name of the invention is a combined method of displaying a clock and training eyesight, that is, a device, which is used on the pointer surface of the clock.
  • the publication number is CN210384360U
  • the invention name is an eye recovery training instrument, which uses light-emitting marks similar to LED lights at different positions on the view panel, and emits light by changing the light-emitting marks at different positions on the view panel.
  • the publication number is CN103948489A, and the name of the invention is
  • the eye muscle training instrument with movable viewpoint and monitoring function adopts the ring-shaped arrangement of multiple LED light-like peripheral light-emitting points at different positions on the ring support.
  • the beating movement of the viewing angle is generated, so that the sight of the eyes moves with the beating bright spots of the viewing angle in the bright sunlight environment to exercise the eyes; and at the same time, the near light-emitting point is set in front of the ring bracket and the ring bracket is used.
  • the far luminous point is set at the back, and by constantly changing the light of the near luminous point and the far luminous point, the near luminous point and the far luminous point produce a back and forth jumping light, so that the sight of the eyes jumps back and forth in the bright sunlight environment. to exercise the eyes by moving the glowing highlights.).
  • these luminous highlights are all the pulsating movement of the viewing angle generated in the bright sunlight environment, and the part of the luminous highlights itself does not undergo positional transformation and movement; through the movement of the pulsating luminous highlights of the viewing angle, the flashing of the luminous highlights is caused and beating, it will stimulate the eyes; moreover, the light emitted by the luminous bright spot in the bright sunlight environment is several times higher than the brightness of the sunlight, so that it can be captured by the eyes of the eyes, and the light emitted by the luminous bright spot is the same as or lower than the brightness of the sunlight.
  • the bright spots of sunlight brightness are bright, the eyesight cannot see at all, and the light higher than the sunlight brightness will cause photo damage and light stimulation to the eyes, and then damage the eyes.
  • the flickering and jumping of the light-emitting point will stimulate the eyes and cause intermittent blindness to the eyes, which leads to: the light-emitting point that flickers and beats when it is emitting light cannot be used for blocking the light.
  • Space away from light to guide eye movement because these luminous bright spots are far away from the eyes in a bright and bright environment, the luminous bright spots guide the eyes to rotate at a smaller angle, which leads to: the luminous bright spots set in the bright and bright environment have little effect on guiding the eyes to exercise.
  • the pulsating luminous highlights of the viewing angle cause much greater damage to the eyes than the benefits of exercising the eyes. Therefore, these luminous highlights that generate a beating perspective cannot be used to guide the eyes to exercise, and the exercise of guiding the eyes by generating the pulsating luminous highlights of the perspective cannot make the human body healthier and more comfortable physically and mentally.
  • Myopia is due to long-term close-up directional viewing, resulting in stiffness of the eye muscles and atrophy of nerves connecting the eyes, resulting in the gradual bulging of the eyeball and the shortening of the focal length, and then the formation of myopia;
  • Hyperopia is due to long-term directional viewing, resulting in stiffness of the eye muscles and atrophy of the nerves that connect the eyes, resulting in the gradual retraction of the eyeball and the lengthening of the focal length, and then the formation of hyperopia;
  • Cataract is caused by prolonged directional viewing, resulting in stiffness of the eye muscles and atrophy of nerves that connect the eyes, resulting in the inability of the eyeball to move flexibly, resulting in the inability of the eye to be completely excreted out of the eye during secretion, and the incompletely excreted secretion on the surface of the eyeball After long-term accumulation at the bottom of the membrane, a film will form on the outside of the eyeball;
  • glaucoma is also caused by prolonged directional viewing of light that stimulates the eyes, resulting in stiffness of the eye muscles and atrophy of nerves that connect the eyes, resulting in the inability of the eyeballs to move flexibly, resulting in the secretion of an anti-light ingredient in the eyes.
  • the liquid which accumulates at the bottom of the membrane on the surface of the eyeball for a long time, will form a light-resistant film on the outside of the eyeball;
  • Night blindness is that the eyeballs are lazy and do not rotate after being stimulated by strong light.
  • the long-term laziness of the eyeballs causes stiffness of the eye muscles and atrophy of the nerves that connect the eyes, resulting in the inability of the eyeballs to move flexibly and the loss of the ability of the eyes to restore vision;
  • myopia, hyperopia, glaucoma, night blindness, cataracts and other eye vision disorders are caused by stiffness of the eye muscles and atrophy of the nerves that connect the eyes, resulting in the inability of the eyeballs to move flexibly and the eyes losing the ability to restore vision.
  • eye exercise equipment suitable for various types of vision disorders, so that the eyes can automatically repair vision through their own exercise, and can also be exercised through the eye exercise equipment. to slow down vision loss in the eyes.
  • the traditional treatment methods for cataract patients, glaucoma patients and night blindness patients can only treat cataract eye disease, glaucoma eye disease and night blindness eye disease by taking medicine, injection or the combination of surgery and medicine. It is easy to relapse after treatment;
  • Patients with myopia and hyperopia can only slow down the speed of myopia and the aging speed of hyperopia;
  • Patients with myopia and hyperopia can only achieve normal vision range by wearing glasses ;
  • Patients with color blindness and color weakness cannot recover their normal color discrimination ability through treatment;
  • Patients with amblyopia cannot recover their normal vision through treatment;
  • Regular exercise can not automatically gradually repair and gradually recover for patients with visual impairment, let alone enhance vision through eye exercise;
  • the luminous bright spots of traditional eye exercise instruments flicker and beat when moving.
  • the flickering and jumping light will stimulate the eyes and damage the eyes;
  • H. The traditional eye exercise device cannot use one eye to correspond to a single moving light-emitting bright spot, so that the sight of the eyes will not be separated, causing both eyes to see a moving light together
  • the bright spot which in turn causes the incoordination of the left and right eyeballs when they move symmetrically;
  • the luminous bright spot of the traditional eye exercise instrument cannot guide the eye movement of the eye in the dark space that blocks the light. The rotation angle is small, and the exercise effect on the eyes is very small; J.
  • the traditional eye exercise instrument emits light in the sunlight environment to guide the eyes to exercise, and the luminous intensity of the luminous highlights in the sunlight environment is higher than the sunlight intensity to be able to be detected by the eyes.
  • the sight can be received, and the luminous bright spots higher than the sunlight intensity will cause irritation and damage to the eyes; K.
  • Traditional exercise equipment such as eye exercise equipment cannot exercise regularly on the eyes in the dark space that blocks the light. Patients with visual impairment cannot be effectively and automatically repaired and gradually recovered, and it is not possible to enhance vision through eye exercises.
  • amblyopia patients cannot recover their normal vision through treatment, which leads to: amblyopia patients' vision is extremely unstable, which has caused great obstacles to people's actions, and also caused great harm to people's physical and mental health. ;
  • the purpose of the present invention is to provide an eye exerciser and a method thereof for exercising the eyes by synchronizing the movement of the eyes with the moving light point, and realizing the restoration/recovery/enhancement of the eyesight.
  • the eye training instrument for repairing/restoring/enhancing vision of the present invention utilizes the sensitivity of human eyes to light and can automatically pursue the characteristics of light, and adopts moving light points to emit light in a light-avoiding space that blocks light and emit light. Move, to guide the eyeballs of the eyes to move synchronously with the moving light points at a short distance, and let the eyeballs move with the smooth movement of the moving light points to exercise the eyes;
  • the movement of the moving light spot on the display screen or in the light-shielding space in the light-blocking screen is smooth, not flickering, and not jumping;
  • one display screen or one light-blocking screen corresponds to one eye, and two eyes respectively correspond to A spacer is used to separate the line of sight between the moving light points;
  • the display screen, the fixing frame and the person's head form a light-proof space that blocks light
  • the light-blocking screen, the carrier and the person's head form a light-proof space that blocks light
  • the moving light point does not flicker or jump when emitting light on the display screen or in the light-blocking screen, and moves smoothly without forming a flickering and jumping light point during movement; In the space, it will make the eyes feel comfortable without causing irritation to the eyes and causing intermittent blindness to the eyes; the movement methods of moving the light point include: curve rotation movement, line reciprocating movement;
  • the curvilinear rotational motion of moving the light point includes: moving the light point of the spiral dispersed forward/reverse left and right co-rotation and/or helical convergence forward/reverse left and right co-rotation and/or forward/ Reverse left and right circular rotation, helical distributed forward/reverse left and right symmetrical rotation and/or helical convergent forward/reverse left and right symmetrical rotation and/or forward/reverse symmetrical circular rotation;
  • the line-line reciprocating motion of the moving light point includes: the left and right lateral movement of the moving light point in the same direction and/or the left and right symmetrical lateral movement and/or the left and right symmetrical oblique movement and/or the left and right same diagonal movement and/ Or vertical movement in the same direction up and down and/or vertical movement symmetrically up and down, reciprocating movement of the moving light point extending from near to far or from far to the visual perception of the eye.
  • the eyes move synchronously with the movement of the moving light point: the eye moves synchronously with the curve rotation of the moving light point and the eye moves synchronously with the line reciprocating motion of the moving light point;
  • Synchronous movement of the eyes with the curved rotation of the moving light point the use of a spiral distributed forward/reverse left and right same direction that allows the eyes to follow the moving light point on the display screen or with the moving light point in the light-blocking screen
  • Synchronous movement of the eyes with the line reciprocating motion of the moving light point use the left and right eyes to move in the same direction and/or symmetrically with the moving light point on the display screen or with the moving light point in the light-blocking screen
  • the lateral movement and/or the left-right symmetrical oblique movement and/or the left-right and the same oblique movement and/or the vertical up-down and the same-direction movement and/or the vertical up-down symmetrical movement make synchronous movements to pull the eyeballs to stretch out, to adjust the focal length inside the eyeball, so that the eye can zoom automatically and flexibly at any time; and/or, the left and right eyes extend from near to far with the moving light point on the display screen or with the moving light point in the light-blocking screen or From the visual perception of the long shot to the eyes, let the eyeballs do reciprocating movements of outward expansion and inward contraction to adjust the focal length inside the eyeballs, so that the eyes can automatically and flexibly zoom at any time;
  • the eye exercise instrument for repairing/restoring/enhancing vision includes but is not limited to a display screen, a moving light point, and a moving light point trajectory control program.
  • the display circuit of the display screen is connected to the control circuit of the moving light point trajectory control program, and the mobile
  • the circuit of the light point trajectory control program is connected to the power source through a switch; after the control circuit is turned on, the moving light point trajectory control program is used to control the moving trajectory of the moving light point trajectory on the display screen, and the eyeballs of the eyes are guided by moving the light point point to follow.
  • the eyes are exercised by exercising according to the movement trajectory of the moving light point;
  • the display screen is installed on the fixing frame, and the display screen and the fixing frame are combined to form a space for blocking light after contacting with the head of the person;
  • the eye exercise instrument for repairing/restoring/enhancing eyesight includes, but is not limited to, a light-blocking screen, a moving light point, a moving light point support arm, a support arm motion trajectory control program, a circuit for controlling the movement of the moving light point support arm, and
  • the control circuit of the support arm motion trajectory control program is connected, the light-emitting circuit of the moving light point and the circuit connecting the support arm motion trajectory control program are connected to the power supply through a switch; after the control circuit is turned on, the moving light is controlled by the support arm motion trajectory control program
  • the moving trajectory of the bright spot support arm and then control the moving trajectory of the moving bright spot fixed on the moving end of the moving bright spot supporting arm in the light-blocking screen, and guide the eyeballs of the eye along with the moving bright spot by moving the bright spot.
  • the mobile light point is fixed at the bottom of the moving end of the moving light point support arm, and the fixed end of the moving light point support arm is fixed on the light-blocking screen or on the bearing through the spherical rotating connector
  • the light-blocking screen is installed on the carrier frame, and the light-blocking screen and the carrier frame are combined to form a space for blocking light after contacting with the head of the person.
  • Regular eye exercises can be carried out through the eye exercise instrument that repairs/restores/enhances vision, which can make the already stiff muscles of the eyes flexible and soft, and can exercise the atrophied nerves into elastic and flexible meridians;
  • Regular eye exercises with eye exercise instrument for repairing/restoring/enhancing vision can help eyes with cataracts to gradually repair/recover/enhance vision and eliminate cataracts by regulating the internal circulatory system of the eye and the endocrine system of the eye
  • In the process of eliminating cataract there is no need to do eye surgery, and no drug treatment is required; reduce the pain of cataract patients (traditional treatment method: surgical removal of cataract and combination with drugs), abbreviated for cataract patients reduced surgical costs and reduced treatment costs;
  • Regular eye exercises with eye exercises to repair/restore/enhance vision can help eyes with glaucoma to gradually repair/restore/enhance vision and eliminate glaucoma by regulating the internal circulatory system of the eye and the endocrine system of the eye
  • it reduces the pain of surgery for glaucoma patients, saves surgery costs and reduces treatment costs for glaucoma patients;
  • Regular eye exercises with eye exercise instruments for repairing/restoring/enhancing vision can help eyes with night blindness to gradually repair vision disorders by regulating the internal circulatory system of the eye and the endocrine system of the eye;
  • Regular eye exercises can be carried out through the eye exercise instrument for repairing/restoring/enhancing vision, which can keep the eyes in good vision and enhance the fatigue resistance of the eyes;
  • Regular eye exercises are carried out by moving the eyes with the moving light point, and the aging speed of the eyes can be slowed down without the use of drugs when the functional repair/recovery/enhancement of the eyes with visual impairment is performed;
  • the moving light point moves smoothly without flickering and beating, and the light emitted by the moving light point will not irritate or damage the eyes;
  • a display screen or a light-blocking screen is used to correspond to one eye, and a spacer is used between the moving light points corresponding to the two eyes to separate the line of sight.
  • the moving light point By moving the light point to guide the eye movement of the eyes in the dark space that blocks the light, the moving light point is close to the eyeball, the rotation angle of the guiding eyeball is large, and the exercise effect is good;
  • the eyes can easily detect the existence of the moving light point, which greatly reduces the luminous point. Damage to the eyes; moving light points on the display screen or light-blocking screens, without flickering or jumping when emitting light, and forming smooth movement without flickering and jumping light points during movement; smooth moving light Bright spots will make the eyes feel comfortable without causing irritation to the eyes and intermittent blindness, and no harm to the eyes;
  • the smooth moving moving light point is used to guide the eyes to move in the dark space that blocks the light, which can bring physical and mental health and comfort to the user.
  • Fig. 1 is the cross-sectional structure schematic diagram that adopts display screen and fixing frame to cooperate;
  • Fig. 2 is the cross-sectional structural schematic diagram of the moving light point on the display screen using the spiral dispersion type left and right co-rotation;
  • Fig. 3 is the cross-sectional structural schematic diagram of the moving light point on the display screen adopting the spiral distributed left-right symmetrical rotation;
  • FIG. 4 is a schematic cross-sectional view of the moving light point on the display screen using a spiral distributed left and right co-rotation
  • Fig. 5 is the sectional structure schematic diagram that the moving light point adopts the spiral dispersive left-right symmetrical rotation on the display screen;
  • FIG. 6 is a cross-sectional structural schematic diagram of a moving light point on a display screen that moves in the same direction horizontally and rightly;
  • FIG. 7 is a schematic cross-sectional view of the moving light point on the display screen using lateral left-right symmetrical movement
  • FIG. 8 is a schematic cross-sectional structure diagram of a moving light point moving vertically up and down on a display screen
  • FIG. 9 is a schematic cross-sectional view of the moving light point on the display screen using vertical symmetry to move up and down;
  • FIG. 10 is a cross-sectional structural schematic diagram of the end of the supporting arm of the moving light point that is fixed on the light-blocking screen by a spherical rotating connector in the light-blocking screen;
  • FIG. 11 is a schematic cross-sectional structural diagram of a carrier carrying a moving light point in a light-blocking screen using a strip-shaped video.
  • Synchronized motion of the eyes with the movement of the moving light point Optimal: use the spiral distributed forward/reverse left-right co-rotation and/or the spiral convergent forward/reverse rotation that allows the eyes to follow the moving light point 5 on the display screen 3
  • Adjust the focal length inside the eyeball by making the left and right eyes move in the same direction horizontally and/or vertically up and down and/or symmetrically horizontally with the moving light point 5 on the display screen 3 to pull the eyeballs outward. , so that the eyes can zoom automatically and flexibly at any time; and/or, using the visual perception that the left and right eyes extend from near to far or from far to the eyes with the moving light point 5 on the display screen 3, to let the eyeballs do
  • the reciprocating movement of outward expansion and inward contraction adjusts the focal length inside the eyeball, allowing the eye to zoom automatically and flexibly at any time.
  • the eye exercise instrument for repairing/restoring/enhancing eyesight is preferred: a scheme in which the moving light point 5 cooperates with the display screen 3 and the moving light point trajectory control program, the display circuit of the display screen 3 is connected with the control circuit of the moving light point trajectory control program, The circuit connecting the moving light point trajectory control program is connected to the power supply through a switch; the display screen 3 is installed on the fixing frame 1, and the display screen 3 and the fixing frame 1 are combined to form a space for blocking light after contacting with the head of the person;
  • the light point trajectory control program controls the moving trajectory of the moving light point 5 on the display screen 3 , and guides the eyeballs of the eyes to exercise with the moving trajectory of the moving light point 5 by moving the light point 5 to exercise the eyes.
  • the display screen 3 is preferably a curved screen scheme, the corresponding cooperation scheme between the display screen 3 and the eyes is preferably a scheme in which one display screen 3 corresponds to one eye, and the background color of the display screen 3 is preferably a black scheme; the light emission color of the mobile light point 5 is preferably green.
  • the mobile light point trajectory control program is preferably a program with a microcomputer with programming function; the fixing frame 1 preferably adopts the shape and wearing form of the eye protection mode of the goggles, and the mobile light point 5 corresponding to the two eyes respectively Spacers 2 are preferred to separate the sight lines.
  • the methods of synchronizing the eyes with the movement of the moving light point include: 1. Synchronous movement of the eyes with the curve rotation of the moving light point: adopt the method of letting the eyes follow the moving light point 5 on the display screen 3 or with the light blocking screen 4.
  • the moving light point 5 of the helical distributed forward/reverse left and right co-rotation and/or helical convergent forward/reverse left and right co-rotation and/or forward/reverse left and right co-rotation circular rotation to perform synchronised movements, and/or, using a helical distributed forward/reverse left-right symmetrical rotation that allows the eye to follow the moving light point 5 on the display screen 3 or with the moving light point 5 in the light-blocking screen 4 and/or Helical convergent forward/reverse left-right symmetrical rotation and/or forward/reverse symmetrical circular rotation to make synchronous movements, through eye movements to activate the muscles connected to the eyes and stretch the nerves connected to the eyes to make The muscles that connect the eyes become elastic and strong through exercise;
  • the eyes move synchronously with the line reciprocating motion of the moving light point: let the left and right eyes move in the same direction horizontally with the moving light point 5 on the display screen 3 or with the moving light point 5 in the light-blocking screen 4.
  • / or left-right symmetrical lateral movement and/or left-right symmetrical oblique movement and/or left-right symmetrical oblique movement and/or vertical up-down same-direction movement and/or vertical up-down symmetrical movement to make synchronous movements to pull the eyeballs Extend outward to adjust the focal length inside the eyeball, so that the eyes can zoom automatically and flexibly at any time;
  • the visual perception that extends from near to far or from far to the eyes, so that the eyeballs do reciprocating motions of outward expansion and inward contraction, to adjust the focal length inside the eyeballs, so that the eyes can automatically and flexibly zoom at any time;
  • Spiral distributed rotation refers to the rotation method in which the rotation radius gradually expands during rotation, the outer circle is larger than the inner circle, and the rotation spreads from the middle to the edge;
  • helical convergent rotation refers to the rotation radius gradually shrinks during rotation, and the outer circle rotates.
  • the display circuit of display screen 3 is connected with the control circuit of the moving light point trajectory control program, and the circuit connecting the moving light point trajectory control program is passed through
  • the switch is connected to the power supply; after the control circuit is turned on, the moving trajectory of the moving light point 5 on the display screen 3 is controlled by the moving light point trajectory control program, and the eyeballs of the eyes are guided along with the moving light point 5 by moving the light point 5
  • the display screen 3 is installed on the fixing frame 1, and the display screen 3 is combined with the fixing frame 1 to form a space for blocking light after contacting with the head of the person;
  • the support arm motion trajectory control program the circuit that controls the movement of the mobile light point support arm 8 and the control circuit of the support arm motion trajectory control program Connect, the light-emitting circuit of the moving light point 5 and the circuit connecting the support arm motion trajectory control program are connected to the power source through a switch; after the control circuit is turned on, the motion trajectory of the mobile light point support arm 8 is controlled by the support arm motion trajectory control program, Then control the moving track of the moving light spot 5 fixed on the moving end of the moving light spot supporting arm 8 in the light-blocking screen 4, and guide the eyeball of the eye along with the moving track of the moving light spot 5 by moving the light spot 5.
  • a moving light point 5 is fixed at the bottom of the moving end of the moving light point support arm 8, and the fixed end of the mobile light point support arm 8 is fixed on the light-blocking screen 4 or the light-blocking screen 4 through the spherical rotating connector 9.
  • the light-blocking screen 4 is mounted on the carrier 6, and the light-blocking screen and the carrier 6 are combined to form a space for blocking light after contacting with the head of a person.
  • the display screen 3 is an electronic screen or a light-controlled screen that displays the moving light point 5, and has the same function as the display screens such as the mobile phone screen or the advertisement screen or the TV screen that are seen every day, preferably a display screen 3 and an eye. It is also possible to use an integral display screen 3 corresponding to two eyes, and the display screen 3 corresponding to the left and right eyes is preferably separated by a spacer 2 (after separation, the moving light point 5 corresponding to the left eyeball is not Affect the right eyeball to track the moving light spot 5 to move, the moving light spot 5 corresponding to the right eyeball does not affect the left eyeball to track the moving light spot 5 to move); the display screen 3 has various shapes, which can be a TV screen or a glasses screen , It can also be a mobile phone screen, a flat screen, a curved screen, a square screen, a circular screen, an oval screen, or a special-shaped screen composed of line segments and arcs.
  • the background color of the display screen 3 is preferably black, and other colors can also be used; Colors that are not easily seen by people with color blindness and color weakness.
  • the light-blocking screen 4 is a screen that blocks light, preferably one light-blocking screen 4 corresponds to one eye, or an integral light-blocking screen 4 corresponding to two eyes, and a light-blocking screen corresponding to the left and right eyes. It is best to use a spacer 2 to separate between 4 (after separation, the moving light point 5 corresponding to the left eyeball does not affect the movement of the right eyeball tracking the moving light point 5, and the moving light point 5 corresponding to the right eyeball does not affect the left eyeball tracking.
  • the light-blocking screen 4 can be a separate screen, or it can be a light-shielding surface connected with the carrier 6; the light-blocking screen 4 can be a flat screen or a curved surface
  • the screen can be a square screen, a circular screen, an oval screen, or a special-shaped screen composed of line segments and arcs, which can be a large screen or a small screen; for cataract, glaucoma, For night blindness, myopia, hyperopia, and amblyopia, the background color of the light-blocking screen 4 is preferably black, and other colors can also be used; Colors that are not easily seen by people with color deficiency.
  • the moving light point 5 is a movable light point on the display screen 3, and it can also be the light point at the end of the moving light point support arm 8; the moving light point 5 preferably adopts a moving light point 5 corresponding to.
  • one moving light point 5 can be used to correspond to two eyes, or two moving light points 5 can be used to correspond to one eye; for cataract, glaucoma, night blindness, myopia, hyperopia, and amblyopia, moving The light point is preferably green, and other colors can also be used; for colorblind and color-weak patients, the moving light point is best to use the color that is sensitive to color-blindness and color-weakness patients, or the less sensitive color of color-blind and color-weak patients.
  • the moving light spot 5 When the moving light spot 5 is set to move vertically up and down symmetrically on the display screen 3, the moving light spot 5 is set to two light spots that move in the opposite direction vertically, and the two light spots that move in the opposite direction vertically move to a symmetrical position. In the position of the line, two light points that move in the opposite direction vertically overlap into one light point; when the moving light point 5 is arranged to move vertically up and down symmetrically in the light-blocking screen 4, the moving light point 5 is fixed at the position.
  • the end of the moving light point support arm 8 is set as two light points that move in the opposite direction vertically, and the carrier that carries the two light spots that move in the opposite direction vertically adopts a long strip video 7;
  • the moving light spot 5 is used to cooperate with the light-blocking screen 4 to display the moving light spot 5 extending from near to far or from
  • the moving light point 5 can use the matching scheme of 3D visual effects;
  • the mobile light point support arm 8 is used with the moving light point 5 and the light blocking screen 4, the moving light point
  • the movement trajectory of 5 may not be set up with a vertical movement scheme of symmetrically moving up and down; when the scheme of moving the light point 5 and the display screen 3 is adopted, the movement trajectory of the moving light point 5 may also not be set with a vertical movement scheme of symmetrically moving up and down.
  • the moving light point trajectory control program and the support arm motion trajectory control program are electronic controllers with programming functions, or microcomputers with programming functions, or circuit controls with programming functions. device.
  • the fixing frame 1 and the bearing frame 6 can all adopt the overall shape and wearing form of a helmet, and can also adopt the shape and wearing form of glasses, and can also adopt the shape and wearing form of eye protection glasses. It can also be in the form of an electronic magic box, or it can also be in the form of a space house that accommodates single or multiple people in which the moving light spot 5 is displayed on the wall of a closed space; when the space house form fixing frame 1 or carrier frame 6 is used, the fixing frame 1 or carrier 6 is not in contact with the head.
  • the electromagnetic vibration massage device can also be installed on the described fixing frame 1 and the carrier frame 6 to massage the muscles around the eyes; Exercise effect on the eyes to speed up the repair/recovery/enhancement of vision.
  • a music player device on the fixed frame 1 and the carrier frame 6, and play music when the user exercises his eyes to adjust the mood of the exerciser and relax the eye muscles; and play music to make the exerciser play. Relaxes the eye muscles while in a good mood, making the movement of the eye light points easier, thereby enhancing the exercise effect on the eyes and speeding up the repair/recovery/enhancement of vision.
  • the moving light point support arm 8 is a support arm supporting the moving light point 5, or a support arm that can be extended or shortened to support the moving light point 5; the moving light point support arm 8 can be a single section.
  • the supporting arm can also be a multi-section supporting arm; the motion trajectory of the moving light point supporting arm 8 is directly driven by the motor or indirectly driven by the motor-driven linkage part; , the motor can be driven by the mechanical linkage component, or the motor can be driven by the hydraulic pump and the hydraulic drive; the motor can be a numerically controlled motor (including numerically controlled non-variable frequency motors and numerically controlled variable frequency motors), or it can be a non- numerically controlled motor.
  • the telescopic support arm that can be extended or shortened is extended or shortened by an electric screw, or is extended or shortened by an electro-hydraulic drive;
  • the support arm is folded and folded using an electric electric push rod to pull the support arm, and the way of extending it into an arm uses an electric electric push rod to push the support arm.
  • the switch can be a manual switch or an electronic remote control switch; the electronic remote control switch includes an electronic remote control signal receiving part and an electronic remote control part, and the electronic remote control part sends a signal to the electronic remote control signal receiving part to turn on the moving light.
  • the forward and reverse directions are relative, and the directions can be interchanged; the upper and lower are also relative, and the upper and lower can be interchanged; the left and right are also relative, and the left and right can be interchanged .
  • the movement track of the moving light point 5 is set as: moving light point 5 First set the rotation as a positive spiral distributed rotation (the purpose of the spiral distributed rotation is to allow the eyeballs of the eyes to slowly adapt to the rotation and slowly expand the rotation range), and then rotate the moving light point 5 to the display screen 3 or After the edge of the light-blocking screen 4, the moving light point 5 is set to a positive spiral convergence rotation (the purpose of the spiral convergence rotation is to make the eyes of the eyes adapt to the focus), and then set to a positive spiral dispersion.
  • a positive spiral distributed rotation the purpose of the spiral distributed rotation is to allow the eyeballs of the eyes to slowly adapt to the rotation and slowly expand the rotation range
  • the moving light point 5 is set to a positive spiral convergence rotation (the purpose of the spiral convergence rotation is to make the eyes of the eyes adapt to the focus), and then set to a positive spiral dispersion.
  • the moving light point 5 rotates to the display screen 3 or After the edge of the light-blocking screen 4, the moving light point 5 is set to a positive circular movement, and the time of the positive circular movement can be set according to the patient's own conditions (generally set to 30 to 500 circles, and 50 circles is appropriate. After that, set the moving light point 5 to a reverse spiral dispersive rotation, and set the moving light point 5 after the moving light point 5 is rotated to the edge of the display screen 3 or the light-blocking screen 4.
  • the time of the reverse circular movement can be determined according to the patient's Set your own conditions by yourself (generally set to 30 to 500 laps, and 50 laps is the best); after that, set the moving light point 5 to be a symmetrical movement of positive spiral distributed rotation rotation, in After the moving light point 5 is rotated to the edge of the display screen 3 or the light-blocking screen 4, the moving light point 5 is set to a positive spiral convergence rotation of symmetrical motion, and then set to a positive spiral distributed rotation of symmetrical motion.
  • the last symmetrical movement of the positive spiral distributed rotation moving light point 5 rotates to the display screen 3 or after the edge of the light-blocking screen 4, set the moving light point 5 to a positive circular movement of the symmetrical movement, and the time of the positive circular movement of the symmetrical movement can be set according to the patient's own conditions (generally set to 30 to 500 circles is suitable, 50 circles is the best); after that, set the moving light point 5 to rotate in a reverse spiral distributed rotation mode of symmetrical motion, and rotate the moving light point 5 to the display screen 3 or block light.
  • the moving light point 5 is set to the reverse spiral convergence rotation of the symmetrical movement, and then set to the forward spiral distributed rotation of the symmetrical movement, so that the rotation is repeated several times (usually set to 3). to 50 times for Preferably, 5 to 10 times is the best) after the last symmetrical movement of the reverse spiral dispersive rotating moving light point 5 rotates to the edge of the display screen 3 or the light-blocking screen 4, and then set the moving light point 5 as The reverse circular movement of the symmetrical movement, the time of the reverse circular movement of the symmetrical movement can be set according to the patient's own conditions (generally set to 30 to 500 laps, preferably 50 laps); complete the rotation After exercising, adjust the moving trajectory of the moving light point 5 to move back and forth horizontally (generally set to 30 to 500 times to move back and forth, and 50 times to move back and forth is the best), after that, move the light point 5 back and forth.
  • Adjust the moving trajectory of the moving light point 5 to move back and forth vertically (generally set to 30 to 500 times of back and forth movement, 50 times of back and forth movement is the best), after that, adjust the movement trajectory of the moving light point 5 to be horizontally symmetrical Move back and forth (generally set to 30 to 500 times to move back and forth, preferably 50 times to move back and forth), after that, adjust the movement trajectory of the moving light point 5 to a symmetrical vertical up and down reciprocating movement (generally set Set it as 30 to 500 back and forth movements, and 50 back and forth movements are the best), after that, adjust the movement trajectory of the moving light point 5 to a visual perception extending from near to far, and then from far to the eyes
  • the visual extension and visual contraction of the reciprocating visual perception (generally set to 30 to 500 times back and forth is appropriate, 50 times back and forth is the best); you can also set the movement trajectory of the moving light spot 5 as: moving light
  • the bright spot 5 is first set to rotate in a positive spiral distributed rotation mode (the purpose of the
  • the moving light point 5 is a circular movement, and the time of the circular movement can be set according to the patient's own conditions (generally set to 30 to 500 circles, 50 circles is the best ); Afterwards, the moving light spot 5 is first set to be rotated in a reverse spiral dispersive rotating mode, and the moving light spot 5 is set to a circular movement after the moving light spot 5 is rotated to the edge of the display screen 3 or the light-blocking screen 4 (It is generally set to 30 to 500 circles, and 50 circles is the best); after that, adjust the movement trajectory of the moving light point 5 with the two eyes to a symmetrical movement of a positive spiral dispersion type. Rotate in a rotating manner.
  • the moving light point 5 After the moving light point 5 rotates to the edge of the display screen 3 or the light-blocking screen 4, the moving light point 5 is set to a circular movement, and the time of the circular movement can be set according to the patient's own conditions (generally set as 30 to 500 laps are suitable, and 50 laps is the best); after that, set the movement trajectory of the moving light point 5 with the two eyes to be a symmetrical movement of the reverse spiral distributed rotation rotation, and then move After the light point 5 is rotated to the edge of the display screen 3 or the light-blocking screen 4, the moving light point 5 is set to be a circular movement (generally set to 30 to 500 circles, 50 circles is the best); completed the rotation exercise Then, adjust the moving trajectory of the moving light point 5 to move back and forth in the left and right lateral directions (generally set to 30 to 500 times of back and forth movement, and 50 times to move back and forth is the best), and then move the light point 5 back and forth.
  • the patient's own conditions generally set as 30 to 500 laps
  • the trajectory is adjusted to move back and forth vertically (generally set to 30 to 500 times to move back and forth, and 50 times to move back and forth is the best), after that, adjust the moving trajectory of the moving light point 5 to a horizontally symmetrical reciprocating movement (It is generally set to move back and forth 30 to 500 times, and it is best to move back and forth 50 times), after that, adjust the movement trajectory of the moving light point 5 to a symmetrical vertical up and down reciprocating movement (generally set as 30 to 500 times of moving back and forth is suitable, and 50 times of moving back and forth is the best), after that, adjust the movement trajectory of the moving light point 5 to the visual perception extending from near to far, and then from far to the vision of the eyes
  • the visual extension and visual contraction of the sensory back and forth (generally set to 30 to 500 back and forth, preferably 50 back and forth);
  • the above-mentioned setting sequence of the motion trajectory of the moving light point 5 can be adjusted according to the comfort of the patient, and the above-mentioned setting steps of the motion trajectory of the moving light point 5 can also be set according to The adequacy of the patient's exercise time to cut.
  • the forward spiral dispersion type left and right co-rotation, the forward spiral convergence type left and right co-rotation, the forward left and right co-directional circular rotation and the reverse spiral dispersion Rotation in the same direction, reverse spiral convergence, rotation in the same direction in the opposite direction, and circular rotation in the same direction in the opposite direction can activate the muscles that connect the eyes and stretch the nerves that connect the eyes, and then let the eyes follow the display screen 3
  • the movement of the moving light point 5 on the light-blocking screen 4 is a combination of the reverse spiral distributed left-right symmetrical rotation, the reverse spiral convergent left-right symmetrical rotation and the reverse left-right symmetrical circular rotation to connect the muscles of the eyes and stretch the connection.
  • the nerves of the eyes are used to make the muscles connecting the eyes become elastic and powerful through exercise; by making the left and right eyes move in the same direction horizontally and vertically with the moving light points 5 on the display screen 3 or the light-blocking screen 4 Cooperate with the exercise, and then let the left and right eyes move with the moving light spot 5 on the display screen 3 or the light-blocking screen 4 to make the left and right symmetrical lateral movement and the vertical vertical symmetrical movement to cooperate with the exercise to pull the eyeballs to stretch out and adjust the focal length inside the eyeballs.
  • the eyes are carried out anti-aging exercise and the aging speed of the eyes is delayed;
  • Color blindness and color weakness patients use the above-mentioned moving light point 5 to exercise the eyes, which can gradually automatically repair/recover/enhance the color discrimination ability of color blindness and color weakness patients;
  • the spiral distributed left and right co-rotation, the spiral convergence left and right co-rotation, and the spiral dispersion can be omitted.
  • One or more steps or all steps in the exercise steps of the left-right symmetrical rotation and the spiral convergent left-right symmetrical rotation are set;
  • the forward/reverse slightly helical distributed left and right synchronization can be saved.
  • the described eye exercise instrument for repairing/restoring/enhancing vision is mainly used to exercise the eyes regularly and gradually repair the visual impairment of the eyes; Exercising the eyes, to maintain the health of the eyes, so as to delay the aging speed of the eyes.
  • the present invention realizes:
  • Cataract patients, glaucoma patients, and night blindness patients can automatically cure cataract eye disease, glaucoma eye disease, and night blindness eye disease through their own exercise, without taking medicine, injections, or surgery, and automatically repairing/recovering/enhancing cataract patients, glaucoma patients, and night blindness patients. vision;
  • Myopia, hyperopia and amblyopia patients can automatically cure myopia and hyperopia eye diseases through their own exercise, without taking medicine, injections, or surgery, and automatically repair/recovery/enhance the symptoms of myopia, hyperopia and amblyopia patients. vision;
  • Color-blind and color-blind patients can automatically cure color-blind eye disease without taking medicine, injection, or surgery through their own exercise, and automatically repair/recover/enhance the color discrimination ability of color-blind and achromatic patients;
  • the muscles connecting the eyes are activated and the nerves connecting the eyes are stretched, so that the muscles connecting the eyes become elastic and powerful through exercise;
  • the eyeballs are pulled to stretch outwards, so as to adjust the focal length inside the eyeballs to make the eyes flexible Zoom; by moving the eyes with the moving light point, to exercise the eyes regularly, to exercise the already stiff muscles of the eyes to be flexible and soft, and to exercise the atrophied nerves into elastic and flexible meridians;
  • the eyes are regularly exercised to adjust the internal circulatory system and the endocrine system of the eyes, and discharge the secretions in the eyes;
  • the eyes By moving the eyes with the moving light point, the eyes can be exercised regularly to make the already stiff muscles of the eyes flexible and soft, and the atrophied nerves can be exercised into elastic and flexible meridians, so as to prevent cataract, glaucoma, Gradual repair/recovery/enhancement of vision in night blindness;
  • the eyes are regularly exercised to adjust the focal length of the eyeballs, and the vision of myopia, hyperopia and amblyopia is gradually repaired/recovered/enhanced;
  • the eyes are regularly exercised to delay the speed of the eyes' visual impairment.
  • left and right eyes By making the left and right eyes move left and right laterally or symmetrically horizontally or vertically or vertically or vertically with the moving light point on the display screen to pull the eyeballs outwards, adjust the focal length inside the eyeballs, and let the eyes zoom flexibly;
  • the moving light point By using the moving light point, it moves smoothly when the light is moving, without flickering and beating, and the light emitted by the moving light point will not irritate and damage the eyes;
  • the moving light point By moving the light point to guide the eye movement of the eyes in the dark space that blocks the light, the moving light point is close to the eyeball, the rotation angle of the guiding eyeball is large, and the exercise effect is good;
  • the eyes can easily detect the existence of the moving light point, which greatly reduces the luminous point. damage to the eyes;
  • the moving light point on the display screen or the light-blocking screen does not flicker or jump when it emits light, and it forms a smooth movement without forming a flickering and jumping light point during movement;
  • the smooth moving light point will make the eyes feel comfortable It will not cause irritation and intermittent blindness to the eyes, and no harm to the eyes;
  • the smooth moving moving light point is used to guide the eyes to move in the dark space that blocks the light, which can bring physical and mental health and comfort to the user.

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Abstract

一种修复/恢复/增强视力的眼睛锻炼仪，属于眼睛锻炼的技术领域，一个显示屏(3)或一个挡光屏幕(4)对应一只眼睛，两只眼睛分别对应的移动光亮点(5)之间采用隔片(2)来隔开视线；显示屏(3)和固定架(1)与人的头部组成遮挡光线的避光空间，或者，挡光屏幕(4)和承载架(6)与人的头部组成遮挡光线的避光空间。采用发光的移动光亮点(5)在避光空间内近距离引导眼睛的眼球随移动光亮点(5)做同步运动，让眼球随移动光亮点(5)的平滑移动来对眼睛进行有规律的长期锻炼，来达到修复/恢复/增强眼睛视力的目的。眼睛锻炼仪的移动光亮点(5)的发光亮度低，移动时不跳动、不闪烁，不刺激和损伤眼睛，距离眼球近而使眼球的转动角度大，通过锻炼来达到修复/恢复/增强眼睛视力的效果好。

Description

修复/恢复/增强视力的眼睛锻炼仪 技术领域
本发明涉及眼睛锻炼、视力修复与增强领域的一种修复/恢复/增强视力的眼睛锻炼仪。
背景技术
人类发展科技的目的：是为了让人类的身体更健康，身心更舒畅。
眼睛是心灵的窗户，眼睛出现了疾病，就会导致人的心脏和肝脏的内分泌失调，对人的身体健康造成影响。
目前，市面上有很多眼保健的产品和文献，有调整眼睛与所看物体的焦距的产品和文献，也有通过药物来对眼睛进行保护的眼药水、护眼膏，还有通过调整眼镜视频的光线强弱来对眼睛的视力进行保护的，等等；但，这些都只能保护现有的视力不降低或延缓视力下降的速度，并不能对已经有了视力障碍的眼睛通过眼睛的自身锻炼来修复视力的文献和仪器设备。因此，目前，市面上的眼保健的产品和眼保健的文献形成的技术方案并不能让人类的身体更健康，身心更舒畅。
另外，市面上目前，还有根据眼球的旋转来进行诊断和调整激光处理而对眼睛进行手术的(比如：公开号CN105530854A，发明名称为响应于眼睛的改变调整激光处理，采用处理器来确定与瞳孔尺寸改变的伪旋转、眼球旋转的接收测量，根据测量的眼球旋转和伪旋转来计算眼球的实际旋转，根据眼球的实际旋转来调整激光处理，达到对眼睛进行手术的目的)，还有镜头跟随观察者的眼球自动旋转的(比如：公开号CN105700103A，发明名称为一种可旋转镜头装置及基于眼球跟踪技术的跟踪方法，采用控制控制镜头跟随观察者的眼球旋转，来实现镜头跟随观察者的眼球自动旋转)；还有仿造人的眼睛的(比如：公开号CN107932527A，发明名称为仿生眼部，通过组成部件之间的同步运动性能，来再现生物的眼部表情动作)；还有测量患者眼睛的静态旋转角度的(比如：公开号CN112043235A，发明名称为一种便携式眼球静态旋转测量仪及利用其测量眼球旋转角度的方法，采用将高清红外相机、图像处理模块、图像采集按钮、红外光源及可见光源、测试窗口均设置于可穿戴式头盔上，两个高清红外相机之间设置有红外光源及可见光源，高清红外相机同时拍摄双眼虹膜图像，来测量和了解患者的眼睛的静态旋转角度，以作为手术方式推荐的参考)；但，这些也不能用来对眼睛进行有规律的锻炼，不能通过对眼睛的锻炼来让人类的身体更健康、身心更舒畅。
目前，市场上还出现了在不避光的日光环境中，采用在固定位置上设置发光器，通过 控制装置控制不同位置的发光器在发光时呈现视角跳动式的光亮移动，让人的眼睛的视线在敞亮的日光环境下随视角跳动式的光亮移动，来活动眼睛(比如1：公开号为CN109620661A，发明名称为一种显示时钟和训练视力的组合方法即装置，采用在时钟的指针面上的不同位置设置多个发光单元，通过变换不同位置的发光单元发光来让发光亮点产生视角跳动式的移动，来让眼睛的视线在敞亮的日光环境中随视角跳动式的发光亮点移动，来对眼睛进行训练。比如2：公开号为CN210384360U，发明名称为一种眼睛恢复训练仪，采用在视图面板上的不同位置设置LED灯类似的发光标记，通过变换视图面板上的不同位置的发光标记发光来让发光亮点产生视角跳动式的移动，来让眼睛的视线在敞亮的日光环境中随视角跳动式的发光亮点移动，来对眼睛的肌肉进行训练。比如3：公开号为CN103948489A，发明名称为视点可移动并具有监测功能的眼肌锻炼仪，采用在环形支架上的不同位置环形设置多个LED灯类似的外围发光点，通过变换环形支架上的不同位置的外围发光点发光来让发光亮点产生视角跳动式的移动，来让眼睛的视线在敞亮的日光环境中随视角跳动式的发光亮点移动，来对眼睛进行锻炼；并同时采用了在环形支架的前面设置近发光点和在环形支架的后面设置远发光点，通过不断变换近发光点和远发光点的发光来让近发光点和远发光点产生前后跳动式的发光，来让眼睛的视线在敞亮的日光环境中随前后跳动式的发光亮点移动，来对眼睛进行锻炼。)。但，这些发光亮点都是在敞亮的日光环境下产生的视角跳动式的移动，而发光亮点的部分本身没有产生位置变换和移动；通过视角跳动式的发光亮点的移动，造成了发光亮点的闪烁和跳动，对眼睛会产生刺激；并且，发光亮点在敞亮的日光环境下发出的光亮要比日光的亮度高几倍，才能被眼睛的视线捕获，发光亮点发出的光亮与日光亮度一致或低于日光亮度的发光亮点时眼睛的视力根本看不见，而高于日光亮度的光亮就会对眼睛造成光伤害和光刺激，继而对眼睛有损害。如果在遮挡光线的闭光空间里，发光亮点发光时的闪烁和跳动会刺激眼睛和对眼睛造成间隙性的失明，这就导致了：发光时产生闪烁和跳动的发光亮点不能用在遮挡光线的避光空间来引导眼睛运动。同时，由于这些发光亮点在敞亮的日光环境中，离眼睛的距离较远，发光亮点引导眼睛转动的角度较小，而导致：设置在敞亮环境中的发光亮点用于引导眼睛锻炼的效果甚微，而产生视角跳动式的发光亮点对眼睛造成的伤害比锻炼眼睛的获益要大得多。因此，这些产生视角跳动式的发光亮点不能用来引导眼睛进行锻炼，通过产生视角跳动式的发光亮点来引导眼睛的锻炼也不能让人类的身体更健康、身心更舒畅。
我们经过长期的调研发现：5岁至48岁的正常健康人的眼睛是能够自动灵活的变焦的，在48岁之后视力才开始衰退。但由于眼睛受所处环境的影响，在5岁至48岁的视力强盛阶段，有的人眼睛成为了近视眼，有的人眼睛成为了远视眼，有的人眼睛成为了青光眼，有的 人眼睛患上了夜盲症，有的人眼睛长出了白内障，形成了视力障碍。
我们经过长期的研究发现：究其出现近视眼、远视眼、青光眼、夜盲症、白内障的根本原因，大都是因为眼睛长时间的定向观看造成连接眼睛的眼部肌肉僵硬、神经萎缩所导致。由于眼部肌肉僵硬、神经萎缩，继而导致了眼睛部位的内循环失调和内分泌失调，形成了视力障碍。比如：
近视眼是由于长时间的近距离定向观看，造成连接眼睛的眼部肌肉僵硬、神经萎缩，形成眼球逐渐圆鼓而焦距变短，继而形成近视眼；
远视眼是由于长时间的远距离定向观看，造成连接眼睛的眼部肌肉僵硬、神经萎缩，形成眼球逐渐内缩而焦距变长，继而形成远视眼；
白内障是由于长时间的定向观看，造成连接眼睛的眼部肌肉僵硬、神经萎缩，形成眼球不能灵活转动，导致眼部在分泌时不能完全排泄出眼外，没有完全排泄出来的分泌物在眼球表面的膜底处长期积累后就会在眼球的外面形成一层薄膜；
青光眼与白内障一样，也是由于长时间的定向观看刺激眼睛的光线，造成连接眼睛的眼部肌肉僵硬、神经萎缩，形成眼球不能灵活转动，导致眼部在分泌时分泌出一种抗光素成分的液体，在眼球表面的膜底处长期积累后就会在眼球的外面形成一层抗光膜；
夜盲症是受到强光刺激后，眼球懒惰而不转动，眼球长时间的懒惰造成了连接眼睛的眼部肌肉僵硬、神经萎缩，形成眼球不能灵活转动，失去眼睛的视力修复能力；
综上，近视眼、远视眼、青光眼、夜盲症、白内障这些眼睛视力障碍，都是因为连接眼睛的眼部肌肉僵硬、神经萎缩，导致眼球不能灵活转动，而使眼睛失去了视力修复能力所致。
为了解决眼睛视力障碍的修复的技术难题，我们经过了长期的研究，发明了适合各类视力障碍的眼睛锻炼仪器，来让眼睛通过自身的锻炼来自动修复视力，也可以通过眼睛锻炼仪器的锻炼来延缓眼睛的视力衰退。
技术问题
存在的技术问题：A.白内障患者、青光眼患者、夜盲症患者的传统治疗方法必须通过吃药、打针的方式或通过手术与药物配合的治疗方式才能够对白内障眼病、青光眼眼病、夜盲症眼病进行治疗，治疗后容易复发；B.近视眼患者和远视眼患者只能减缓近视的速度和延缓远视眼的老化速度；C.近视眼患者和远视眼患者只能通过戴眼镜的方式才能达到正常的视力范围；D.色盲和色弱患者不能通过治疗而不能恢复正常的辨色能力；E.弱视患者不能通过治疗而不能恢复正常的视力；F.传统的眼保健仪之类的保健设备不能对眼睛进行有规律的锻炼而不能对有视力障碍的患者进行自动的逐渐修复、逐渐恢复，更不能通过对眼睛的锻炼来 增强视力；G.传统的眼睛锻炼仪的发光亮点在移动时是闪烁和跳动的，闪烁和跳动的的光亮会刺激眼睛和损伤眼睛；H.传统的眼睛锻炼仪不能够采用一只眼睛对应一个单独移动的发光亮点，而使双眼的视线不会分开，造成双眼共视一个移动光亮点，继而造成左右两个眼球在对称运动时的不协调；I.传统的眼睛锻炼仪的发光亮点不能在遮挡光线的避光空间里引导眼睛的眼球运动，发光亮点距离眼球远，引导眼球的转动角度小，对眼睛的锻炼效果甚微；J.传统的眼睛锻炼仪在日光环境下发光来引导眼睛进行锻炼，而日光环境下的发光亮点的发光强度要高于日光强度才能够被眼睛的视线都收寻到，而高于日光强度的发光亮点会对眼睛造成刺激和伤害；K.传统的眼睛锻炼仪之类的锻炼设备不能在遮挡光线的避光空间对眼睛进行有规律的锻炼而不能对有视力障碍的患者进行有效自动的逐渐修复、逐渐恢复，更不能通过对眼睛的锻炼来增强视力。
本发明解决的技术问题：
A.解决了白内障患者、青光眼患者、夜盲症患者必须通过吃药、打针的方式或通过手术与药物配合的治疗方式才能够对白内障眼病、青光眼眼病、夜盲症眼病进行治疗，其治疗后复发的可能性极大，导致：白内障眼病、青光眼眼病、夜盲症眼病的反复发作，再反复治疗，对人的身心健康造成了极大的危害；
B.解决了近视眼患者和远视眼患者只能减缓近视的速度和延缓远视眼的老化速度，或者，通过药物来减缓近视的速度和延缓远视眼的老化速度，或者，通过手术来减缓近视的速度和延缓远视眼的老化速度，或者，通过手术与药物配合来减缓近视的速度和延缓远视眼的老化速度，致使近视眼患者和远视眼患者只能通过戴眼镜的方式才能达到正常的视力范围；导致：近视眼眼病和远视眼眼病的视力极不稳定，对人的行动造成了很大的障碍，也对人的身心健康造成了极大的危害；
C.解决了色盲和色弱患者不能通过治疗而不能恢复正常的辨色能力，而导致：色盲和色弱患者不能辨认色彩或不能完全辨认色彩，对人的行动造成了很大的障碍，也对人的身心健康造成了极大的危害；
D.解决了弱视患者不能通过治疗而不能恢复正常的视力，而导致：弱视患者的视力极不稳定，对人的行动造成了很大的障碍，也对人的身心健康造成了极大的危害；
E.解决了传统的眼保健仪之类的保健设备不能对眼睛进行有规律的锻炼而不能延缓眼睛的视力衰减速度的技术问题；
F.解决了传统的眼保健仪之类的保健设备不能对眼睛进行有规律的锻炼而不能对有视力障碍的患者进行自动逐渐修复/恢复/增强的技术问题；
G.解决了传统的眼睛锻炼仪的发光亮点在移动时是闪烁和跳动的，闪烁和跳动的的光亮会刺激和损伤眼睛的技术问题；
H.解决了传统的眼睛锻炼仪不能够采用一只眼睛对应一个单独移动的发光亮点，而使双眼的视线不会分开，造成双眼共视一个移动光亮点，继而造成左右两个眼球在对称运动时和在不同步运动时的不协调的技术问题；
I.解决了传统的眼睛锻炼仪的发光亮点在没有遮挡光线的日光环境下移动来引导眼睛的眼球运动，致使发光亮点距离眼球远，引导眼球的转动角度小，对眼睛的锻炼效果甚微的技术问题；
J.解决了传统的眼睛锻炼仪在没有遮挡光线的日光环境下通过发光亮点移动发光来引导眼睛进行锻炼(日光环境下的发光亮点的发光强度要高于日光强度才能够被眼睛的视线都收寻到，与日光强度一致和低于日光强度的光亮眼睛的视线都发现不了)，而高于日光强度的发光亮点会对眼睛造成刺激和伤害的技术问题；
K.解决了传统的眼睛锻炼仪之类的锻炼设备不能在遮挡光线的避光空间对眼睛进行有规律的锻炼而不能对有视力障碍的患者进行有效自动的逐渐修复、逐渐恢复，更不能通过对眼睛的锻炼来增强视力的技术问题；
L.解决了传统的眼睛锻炼仪之类的锻炼设备不能采用平滑移动的发光亮点来引导眼睛运动，而不能够给使用者带来身心健康、心情舒畅的技术问题。
技术解决方案
本发明的目的是提供一种让眼睛随着移动光亮点做同步运动来对眼睛进行锻炼，实现眼睛视力的修复/恢复/增强的眼睛锻炼仪及其方法。
为实现上述目的，本发明所述的修复/恢复/增强视力的眼睛锻炼仪利用人的眼睛对光的敏感而能够自动追寻光的特点，采用移动光亮点在遮挡光线的避光空间内发光并移动，来近距离引导眼睛的眼球随移动光亮点做同步运动，让眼球随移动光亮点的平滑移动而运动来对眼睛进行锻炼；
发光时的移动光亮点在显示屏上或挡光屏幕内的避光空间里的移动是平滑的、不闪烁、不跳动；一个显示屏或一个挡光屏幕对应一只眼睛，两只眼睛分别对应的移动光亮点之间采用隔片来隔开视线；
显示屏和固定架与人的头部组成遮挡光线的避光空间，或者，挡光屏幕和承载架与人的头部组成遮挡光线的避光空间。
所述的移动光亮点在显示屏上或挡光屏幕内发光时不闪烁、不跳动，在运动时平滑移 动而不会形成闪烁和跳动的光亮点；平滑移动的光亮点在遮挡光线的闭光空间里，会让眼睛感觉舒适而不会对眼睛造成刺激和不会对眼睛产生间隙性的失明；移动光亮点的运动方式包括：曲线旋转运动、线线往复运动；
一、移动光亮点的曲线旋转运动包括：移动光亮点的螺旋分散式正向/反向的左右同向旋转和/或螺旋汇聚式正向/反向的左右同向旋转和/或正向/反向的左右同向的环形旋转、螺旋分散式正向/反向的左右对称旋转和/或螺旋汇聚式正向/反向的左右对称旋转和/或正向/反向的对称环形旋转；
二、移动光亮点的线线往复运动包括：移动光亮点的左右横向同向移动和/或左右对称的横向移动和/或左右对称的斜向移动和/或左右同向的斜向移动和/或竖向上下同向移动和/或竖向上下对称移动、移动光亮点的由近向远处延伸或由远射向眼睛的视觉感观的往复运动。
眼睛随移动光亮点的运动做同步运动的方式包括：眼睛随移动光亮点的曲线旋转运动方式做同步运动和眼睛随移动光亮点的线线往复运动方式做同步运动两种方式；
一、眼睛随移动光亮点的曲线旋转运动方式做同步运动：采用让眼睛随显示屏上的移动光亮点或随挡光屏幕内的移动光亮点的螺旋分散式正向/反向的左右同向旋转和/或螺旋汇聚式正向/反向的左右同向旋转和/或正向/反向的左右同向的环形旋转来做同步运动，和/或者，采用让眼睛随显示屏上的移动光亮点或随挡光屏幕内的移动光亮点的螺旋分散式正向/反向的左右对称旋转和/或螺旋汇聚式正向/反向的左右对称旋转和/或正向/反向的对称环形旋转来做同步运动，通过眼睛运动来活动连接眼部的肌肉和拉伸连接眼部的神经，来让连接眼睛的肌肉通过锻炼变得弹性有力；
二、眼睛随移动光亮点的线线往复运动方式做同步运动：采用让左右眼睛随显示屏上的移动光亮点或随挡光屏幕内的移动光亮点做左右横向同向移动和/或左右对称的横向移动和/或左右对称的斜向移动和/或左右同向的斜向移动和/或竖向上下同向移动和/或竖向上下对称移动做同步运动，来拉动眼球向外伸展，来调节眼球内部的焦距，来让眼睛自动灵活的随时变焦；和/或者，采用让左右眼睛随显示屏上的移动光亮点或随挡光屏幕内的移动光亮点的由近向远处延伸或由远射向眼睛的视觉感观，来让眼球做向外扩张与向内收缩的往复运动，来调节眼球内部的焦距，来让眼睛自动灵活的随时变焦；
上述采用修复/恢复/增强视力的眼睛锻炼仪来引导眼睛锻炼的方法，使用者可以根据自身的需求选择全部或部分锻炼方法来进行锻炼。
所述的修复/恢复/增强视力的眼睛锻炼仪包括但不仅限于显示屏、移动光亮点、移动光亮点轨迹控制程序，显示屏的显示电路与移动光亮点轨迹控制程序的控制电路连接，连接 移动光亮点轨迹控制程序的电路通过开关与电源连接；控制电路接通后，通过移动光亮点轨迹控制程序来控制移动光亮点在显示屏上的移动轨迹，并通过移动光亮点来引导眼睛的眼球随着移动光亮点的运动轨迹来进行运动而对眼睛进行锻炼；所述的显示屏安装在固定架上，显示屏与固定架组合好后与人的头部接触后形成遮挡光线的空间；
或者，所述的修复/恢复/增强视力的眼睛锻炼仪包括但不仅限于挡光屏幕、移动光亮点、移动光亮点支撑臂、支撑臂运动轨迹控制程序，控制移动光亮点支撑臂运动的电路与支撑臂运动轨迹控制程序的控制电路连接，移动光亮点的发光电路和连接支撑臂运动轨迹控制程序的电路通过开关与电源连接；控制电路接通后，通过支撑臂运动轨迹控制程序来控制移动光亮点支撑臂的运动轨迹，继而控制固定在移动光亮点支撑臂的运动端端部的移动光亮点在挡光屏幕里面的移动轨迹，并通过移动光亮点来引导眼睛的眼球随着移动光亮点的运动轨迹来进行运动而对眼睛进行锻炼；在移动光亮点支撑臂的运动端的底部固定有移动光亮点，移动光亮点支撑臂的固定端通过球形转动连接件固定在挡光屏幕上或固定在承载架上，挡光屏幕安装在承载架上，挡光屏幕与承载架组合好后与人的头部接触后形成遮挡光线的空间。
有益效果
采用修复/恢复/增强视力的眼睛锻炼仪来锻炼眼睛的有益效果：
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，来活动连接眼部的肌肉和拉伸连接眼部的神经，来让连接眼睛的肌肉通过锻炼变得弹性有力；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，来拉动眼球向外伸展，调节眼球内部的焦距，来让眼睛灵活变焦；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，能够把眼部已经僵硬的肌肉锻炼得柔韧活软，能够把萎缩的神经锻炼成为有伸缩性的韧性经络；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，能够调节眼睛的内循环系统和眼睛的内分泌系统，排出眼睛内的分泌物；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，能够调节眼球的焦距，对近视眼、远视眼和弱视的视力有修复/恢复/增强的功能；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，能够帮助患有白内障的眼睛通过调节眼睛的内循环系统和眼睛的内分泌系统来逐渐修复/恢复/增强视力，消除白内障的视力障碍；消除白内障的过程中，不需要做眼睛手术，不使用药物治疗；减少白内障患者(传统的治疗方式：采用手术切除白内障和与药物相配合相结合)的手术痛苦，为白内障患者节略了手术费用和降低了治疗成本；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，能够帮助患有青光眼的眼睛通过调节眼睛的内循环系统和眼睛的内分泌系统来逐渐修复/恢复/增强视力，消除青光眼的视力障碍；消除青光眼的过程中，不需要做眼睛手术，不使用药物治疗；减少青光眼患者的手术痛苦，为青光眼患者节略了手术费用和降低了治疗成本；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，能够帮助患有夜盲症的眼睛通过调节眼睛的内循环系统和眼睛的内分泌系统来逐渐修复视力障碍；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，能够让眼睛保持良好的视力，增强眼睛的耐疲劳强度；
通过修复/恢复/增强视力的眼睛锻炼仪来对眼睛进行有规律的锻炼，来对眼睛进行健康保养，延缓眼睛的衰老速度；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，对有视力障碍的眼睛进行功能修复/恢复/增强时，不使用药物也能延缓眼睛的衰老速度；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，对有视力障碍的眼睛进行功能修复/恢复/增强时，不使用药物也能让有视力障碍的眼睛是视力得到修复/恢复/增强；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，还能够对患有色盲和色弱的眼睛的辨色能力有修复/恢复的作用，不使用药物；
采用移动光亮点在发光移动时是平滑的移动，不会产生闪烁和跳动，移动光亮点发出的光亮不会刺激眼睛和损伤眼睛；
采用一个显示屏或一个挡光屏幕对应一只眼睛，两只眼睛分别对应的移动光亮点之间采用隔片来隔开视线，不会造成双眼共视一个移动光亮点，而不会造成左右两个眼球在对称运动时和不同步运动时的不协调；
通过移动光亮点在遮挡光线的避光空间里引导眼睛的眼球运动，移动光亮点距离眼球近，引导眼球的转动角度大，锻炼效果好；
在遮挡光线的避光空间里，移动光亮点的发光强度低于日光强度的几倍甚至几十倍时眼睛的视线都能够轻易收寻到移动光亮点的存在，极大限度地降低了发光亮点对眼睛造成的伤害；通过显示屏上或挡光屏幕的移动光亮点，在发光时不闪烁、不跳动，在运动时形成平滑的移动而不会形成闪烁和跳动的光亮点；平滑移动的光亮点会让眼睛感觉舒适而不会对眼睛造成刺激和间隙性的失明，对眼睛没有伤害；
采用平滑移动的移动光亮点引导眼睛在遮挡光线的避光空间里运动，能够给使用者带来身心健康、心情舒畅。
附图说明
图1是采用显示屏与固定架配合的剖视结构示意图；
图2是移动光亮点在显示屏上采用螺旋分散式左右同向旋转的剖视结构示意图；
图3是移动光亮点在显示屏上采用螺旋分散式左右对称旋转的剖视结构示意图；
图4是移动光亮点在显示屏上采用螺旋分散式左右同向旋转的剖视结构示意图；
图5是移动光亮点在显示屏上采用螺旋分散式左右对称旋转的剖视结构示意图；
图6是移动光亮点在显示屏上采用横向左右同向移动的剖视结构示意图；
图7是移动光亮点在显示屏上采用横向左右对称移动的剖视结构示意图；
图8是移动光亮点在显示屏上采用竖向上下移动的剖视结构示意图；
图9是移动光亮点在显示屏上采用竖向对称上下移动的剖视结构示意图；
图10是移动光亮点在挡光屏幕内通过球形转动连接件固定在挡光屏幕上的移动光亮点支撑臂端部的剖视结构示意图；
图11是承载移动光亮点的载体采用长条形视频在挡光屏幕内的剖视结构示意图。
图中所示：固定架1、隔片2、显示屏3、挡光屏幕4、移动光亮点5、承载架6、长条形视频7、移动光亮点支撑臂8、球形转动连接件9。
本发明的最佳实施方式
眼睛随移动光亮点的运动做同步运动优选：采用让眼睛随显示屏3上的移动光亮点5的螺旋分散式正向/反向的左右同向旋转和/或螺旋汇聚式正向/反向的左右同向旋转和/或正向/反向的左右同向的环形旋转来做同步运动，和/或者，采用让眼睛随显示屏3上的移动光亮点5的螺旋分散式正向/反向的左右对称旋转和/或螺旋汇聚式正向/反向的左右对称旋转和/或正向/反向的对称环形旋转来做同步运动，通过眼睛运动来活动连接眼部的肌肉和拉伸连接眼部的神经，来让连接眼睛的肌肉通过锻炼变得弹性有力；
采用让左右眼睛随显示屏3上的移动光亮点5做左右横向同向移动和/或竖向上下同向移动和/或左右对称的横向移动来拉动眼球向外伸展，来调节眼球内部的焦距，来让眼睛自动灵活的随时变焦；和/或者，采用让左右眼睛随显示屏3上的移动光亮点5的由近向远处延伸或由远射向眼睛的视觉感观，来让眼球做向外扩张与向内收缩的往复运动，来调节眼球内部的焦距，来让眼睛自动灵活的随时变焦。
修复/恢复/增强视力的眼睛锻炼仪优选：采用移动光亮点5与显示屏3和移动光亮点轨迹控制程序配合的方案，显示屏3的显示电路与移动光亮点轨迹控制程序的控制电路连接，连接移动光亮点轨迹控制程序的电路通过开关与电源连接；显示屏3安装在固定架1上，显 示屏3与固定架1组合好后与人的头部接触后形成遮挡光线的空间；通过移动光亮点轨迹控制程序来控制移动光亮点5在显示屏3上的移动轨迹，并通过移动光亮点5来引导眼睛的眼球随着移动光亮点5的运动轨迹来进行运动而对眼睛进行锻炼。
显示屏3优选曲面屏的方案，显示屏3与眼睛的对应配合方案优选一个显示屏3对应一只眼睛的方案，显示屏3的背景色优选黑色的方案；移动光亮点5的发光颜色优选绿色的方案；移动光亮点轨迹控制程序优选带有编程功能的微型电脑的方案；固定架1优选采用护眼模式的护眼镜的形状和佩戴形式的方案，两只眼睛分别对应的移动光亮点5之间优选隔片2来隔开视线。
本发明的实施方式
采用发光时不闪烁、不跳动的移动光亮点，运动时平滑移动。眼睛随移动光亮点的运动做同步运动的方式包括：一、眼睛随移动光亮点的曲线旋转运动方式做同步运动：采用让眼睛随显示屏3上的移动光亮点5或随挡光屏幕4内的移动光亮点5的螺旋分散式正向/反向的左右同向旋转和/或螺旋汇聚式正向/反向的左右同向旋转和/或正向/反向的左右同向的环形旋转来做同步运动，和/或者，采用让眼睛随显示屏3上的移动光亮点5或随挡光屏幕4内的移动光亮点5的螺旋分散式正向/反向的左右对称旋转和/或螺旋汇聚式正向/反向的左右对称旋转和/或正向/反向的对称环形旋转来做同步运动，通过眼睛运动来活动连接眼部的肌肉和拉伸连接眼部的神经，来让连接眼睛的肌肉通过锻炼变得弹性有力；
二、眼睛随移动光亮点的线线往复运动方式做同步运动：采用让左右眼睛随显示屏3上的移动光亮点5或随挡光屏幕4内的移动光亮点5做左右横向同向移动和/或左右对称的横向移动和/或左右对称的斜向移动和/或左右同向的斜向移动和/或竖向上下同向移动和/或竖向上下对称移动做同步运动，来拉动眼球向外伸展，来调节眼球内部的焦距，来让眼睛自动灵活的随时变焦；和/或者，采用让左右眼睛随显示屏3上的移动光亮点5或随挡光屏幕4内的移动光亮点5的由近向远处延伸或由远射向眼睛的视觉感观，来让眼球做向外扩张与向内收缩的往复运动，来调节眼球内部的焦距，来让眼睛自动灵活的随时变焦；
螺旋分散式旋转是指旋转时旋转半径逐渐扩大、外面一圈比里面一圈的旋转半径大、从中部向边缘进行旋转扩散的旋转方式；螺旋汇聚式旋转是指旋转时旋转半径逐渐缩小、外面一圈比里面一圈的旋转半径小、从边缘向中部旋转收缩的旋转方式。
修复/恢复/增强视力的眼睛锻炼仪有两种技术方案：
一、包括但不仅限于显示屏3、移动光亮点5、移动光亮点轨迹控制程序，显示屏3的显示电路与移动光亮点轨迹控制程序的控制电路连接，连接移动光亮点轨迹控制程序的电路通过开 关与电源连接；控制电路接通后，通过移动光亮点轨迹控制程序来控制移动光亮点5在显示屏3上的移动轨迹，并通过移动光亮点5来引导眼睛的眼球随着移动光亮点5的运动轨迹来进行运动而对眼睛进行锻炼；所述的显示屏3安装在固定架1上，显示屏3与固定架1组合好后与人的头部接触后形成遮挡光线的空间；
二、包括但不仅限于挡光屏幕4、移动光亮点5、移动光亮点支撑臂8、支撑臂运动轨迹控制程序，控制移动光亮点支撑臂8运动的电路与支撑臂运动轨迹控制程序的控制电路连接，移动光亮点5的发光电路和连接支撑臂运动轨迹控制程序的电路通过开关与电源连接；控制电路接通后，通过支撑臂运动轨迹控制程序来控制移动光亮点支撑臂8的运动轨迹，继而控制固定在移动光亮点支撑臂8的运动端端部的移动光亮点5在挡光屏幕4里面的移动轨迹，并通过移动光亮点5来引导眼睛的眼球随着移动光亮点5的运动轨迹来进行运动而对眼睛进行锻炼；在移动光亮点支撑臂8的运动端的底部固定有移动光亮点5，移动光亮点支撑臂8的固定端通过球形转动连接件9固定在挡光屏幕4上或固定在承载架6上，挡光屏幕4安装在承载架6上，挡光屏幕与承载架6组合好后与人的头部接触后形成遮挡光线的空间。
所述的显示屏3是显示移动光亮点5的电子屏幕或光控屏幕、与日常看到的手机屏或广告屏或电视屏等显示屏的功能一样，最好一个显示屏3与一只眼睛的对应配合，也可以采用一个整体的显示屏3对应两只眼睛，左右眼睛对应的显示屏3之间最好采用隔片2隔开(隔开后，对应于左眼球的移动光亮点5不影响右眼球追寻移动光亮点5移动，对应于右眼球的移动光亮点5不影响左眼球追寻移动光亮点5移动)；显示屏3的状多种多样，可以是电视屏、也可以是眼镜屏、还可以是手机屏，可以是平面屏、也可以是曲面屏，可以是方形屏、也可以是圆形屏、还可以是椭圆形屏、也还可以是线段与弧形组成的异形屏，可以是大屏、也可以是小屏；显示屏3的显示屏3幕越大、距离眼睛的距离相对较远，显示屏3的显示屏3幕越小、距离眼睛的距离相对较近；对于白内障、青光眼、夜盲症、近视眼、远视眼、弱视来说，显示屏3的背景色最好采用黑色，也可以采用其它颜色；对于色盲和色弱患者来说，显示屏3的背景色最好采用色盲和色弱患者不容易看见的颜色。
所述的挡光屏幕4是遮挡光线的屏幕，最好一个挡光屏幕4与一只眼睛的对应配合，也可以采用一个整体的挡光屏幕4对应两只眼睛，左右眼睛对应的挡光屏幕4之间最好采用隔片2隔开(隔开后，对应于左眼球的移动光亮点5不影响右眼球追寻移动光亮点5移动，对应于右眼球的移动光亮点5不影响左眼球追寻移动光亮点5移动)；所述的挡光屏幕4可以是单独的屏幕，也可以是与承载架6连成一体的遮光面；所述的挡光屏幕4可以是平面屏、也可以是曲面屏，可以是方形屏、也可以是圆形屏、还可以是椭圆形屏、也还可以是线段与 弧形组成的异形屏，可以是大屏、也可以是小屏；对于白内障、青光眼、夜盲症、近视眼、远视眼、弱视来说，挡光屏幕4的背景色最好采用黑色，也可以采用其它颜色；对于色盲和色弱患者来说，挡光屏幕4的背景色最好采用色盲和色弱患者不容易看见的颜色。
所述的移动光亮点5是显示屏3上的可以移动的光点，也可以是移动光亮点支撑臂8端部的光点；所述的移动光亮点5最好采用一个移动光亮点5对应一只眼睛，也可以采用一个移动光亮点5对应两只眼睛，也还可以采用两个移动光亮点5对应一只眼睛；对于白内障、青光眼、夜盲症、近视眼、远视眼、弱视来说，动光亮点最好采用绿色，也可以采用其它颜色；对于色盲和色弱患者来说，动光亮点最好采用色盲和色弱患者敏感的颜色，也可以采用色盲和色弱患者的次敏感颜色；所述的移动光亮点5在显示屏3上有采用竖向上下对称移动的设置时，移动光亮点5设置成为两个竖向反向移动的光点，两个竖向反向移动的光点移动到对称线的位置时两个竖向反向移动的光点重合为一个光亮点；所述的移动光亮点5在挡光屏幕4内有采用竖向上下对称移动的设置时，移动光亮点5固定在移动光亮点支撑臂8的端部设置成为两个竖向反向移动的光点，承载两个竖向反向移动的光点的载体采用长条形视频7；两个竖向反向移动的光点移动到对称线的位置时两个竖向反向移动的光点重合为一个光亮点；采用移动光亮点5与挡光屏幕4配合来显示移动光亮点5由近向远处延伸或由远射向眼睛的视觉感观的方案时，移动光亮点5可以采用3D视觉效果的配合方案；采用移动光亮点支撑臂8与移动光亮点5和挡光屏幕4配合的方案时，移动光亮点5的运动轨迹可以不设置竖向上下对称移动的移动方案；采用移动光亮点5与显示屏3配合的方案时，移动光亮点5的运动轨迹也可以不设置竖向上下对称移动的移动方案。
所述的移动光亮点轨迹控制程序和所述的支撑臂运动轨迹控制程序是带有编程功能的电子控制器，也可以是带有编程功能的微型电脑，还可以是带有编程功能的电路控制器。
所述的固定架1和承载架6都可以采用头盔的整体形状和佩戴形式，也都可以采用眼镜的形状和佩戴形式，还都可以采用护眼模式的护眼镜的形状和佩戴形式，也都还可以采用电子魔盒的形式，也还都可以采用密闭空间的壁面显示移动光亮点5的容纳单人或多人的空间屋形式；采用空间屋形式固定架1或承载架6时，固定架1或承载架6不与头部接触。
还能在所述的固定架1和承载架6上增加安装电磁振动按摩装置，来对眼睛的周围肌肉进行按摩；并通过电磁振动按摩装置的按摩与眼球随光亮点的运动相配合，来增强对眼睛的锻炼效果，加快修复/恢复/增强视力的速度。
也还能在所述的固定架1和承载架6上增加安装音乐播放装置，在使用者锻炼眼睛时播放音乐，来调节锻炼者的心情、放松眼部肌肉；并通过音乐播放来使锻炼者心情愉悦而放 松眼部肌肉，使眼睛光亮点的运动时更轻松，从而增强对眼睛的锻炼效果，加快修复/恢复/增强视力的速度。
所述的移动光亮点支撑臂8是支撑移动光亮点5的支撑臂，或者是支撑移动光亮点5的可以伸长或缩短伸缩的支撑臂；所述的移动光亮点支撑臂8可以是单节的支撑臂，也可以是多节的支撑臂；所述的移动光亮点支撑臂8的运动轨迹，采用电动机直接带动或采用电动机带动联动部件进行间接带动；采用电动机带动联动部件形成的间接带动时，可以采用电动机带动机械联动部件带动，也可以采用电动机带动液压泵与液压驱动配合的方式带动；所述的电动机可以是数控电动机(包括数控非变频电动机和数控变频电动机)，也可以是非数控电动机；所述的可以伸长或缩短伸缩的支撑臂采用电动螺杆带动伸长或缩短，或者，采用电动液压带动伸长或缩短；所述的多节的支撑臂采用可以收拢折叠和伸展成为臂的支撑臂，收拢折叠的方式采用电动电动推动杆拉动支撑臂，伸展成为臂的方式采用电动电动推动杆推动支撑臂。
所述的开关可以是手动开关，也可以是电子遥控开关；所述的电子遥控开关包括电子遥控信号接收部分和电子遥控部分，通过电子遥控部分发出信号给电子遥控信号接收部分来接通移动光亮点轨迹控制程序的控制电路或接通支撑臂运动轨迹控制程序的控制电路和移动光亮点5的发光电路；采用电子遥控开关来进行控制时，可以在电子遥控部分上设置移动光亮点5的运动轨迹和运动方向；
所述的正向与反向是相对的，方向可以互换；所述的上与下也是相对的，上与下可以互换；所述的左与右也是相对的，左与右可以互换。
所述的修复/恢复/增强视力的眼睛锻炼仪用于治疗眼睛疾病(白内障、青光眼、夜盲症、近视眼、远视眼、弱视)时，将移动光亮点5的运动轨迹设置为：移动光亮点5先设置成为正向的螺旋分散式的旋转方式转动(采用螺旋分散式旋转的目的是为了让眼睛的眼球慢慢适应旋转和慢慢扩大旋转范围)，在移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为正向的螺旋汇聚式的旋转(采用螺旋汇聚式旋转的目的是为了让眼睛的眼球适应聚焦)，然后再设置成为正向的螺旋分散式旋转，如此反复旋转几次(一般设定为3至50次为宜，以5至10次为最佳)后的最后一次正向的螺旋分散式旋转的移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为正向的环形移动，正向环形移动的时间可以根据患者的自身条件自行设定(一般设定为30至500圈为宜，以50圈为最佳)；之后，再将移动光亮点5设置成为反向的螺旋分散式的旋转方式转动，在移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为反向的螺旋汇聚式的旋转， 然后再设置成为反向的螺旋分散式旋转，如此反复旋转几次(一般设定为3至50次为宜，以5至10次为最佳)后的最后一次反向的螺旋分散式旋转的移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为反向的环形移动，反向环形移动的时间可以根据患者的自身条件自行设定(一般设定为30至500圈为宜，以50圈为最佳)；再之后，将移动光亮点5设置成为对称运动的正向的螺旋分散式的旋转方式转动，在移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为对称运动的正向的螺旋汇聚式的旋转，然后再设置成为对称运动的正向的螺旋分散式旋转，如此反复旋转几次(一般设定为3至50次为宜，以5至10次为最佳)后的最后一次对称运动的正向的螺旋分散式旋转的移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为对称运动的正向的环形移动，对称运动的正向环形移动的时间可以根据患者的自身条件自行设定(一般设定为30至500圈为宜，以50圈为最佳)；之后，再将移动光亮点5设置成为对称运动的反向的螺旋分散式的旋转方式转动，在移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为对称运动的反向的螺旋汇聚式的旋转，然后再设置成为对称运动的正向的螺旋分散式旋转，如此反复旋转几次(一般设定为3至50次为宜，以5至10次为最佳)后的最后一次对称运动的反向的螺旋分散式旋转的移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为对称运动的反向的环形移动，对称运动的反向环形移动的时间可以根据患者的自身条件自行设定(一般设定为30至500圈为宜，以50圈为最佳)；完成了旋转运动锻炼后，将移动光亮点5的移动轨迹调整为左右横向的来回移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为上下竖向的来回移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为横向对称的往复移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为对称的竖向的上下往复来回移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为由近向远处延伸的视觉感观、再由远射向眼睛的视觉感观的往复来回的视觉延伸与视觉收缩(一般设定为30至500次来回为宜，以50次来回为最佳)；也可以将移动光亮点5的运动轨迹设置为：移动光亮点5先设置成为正向的螺旋分散式的旋转方式转动(采用螺旋分散式旋转的目的是为了让眼睛的眼球慢慢适应旋转和慢慢扩大旋转范围)，在移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为环形移动，环形移动的时间可以根据患者的自身条件自行设定(一般设定为30至500圈为宜，以50圈为最佳)；之后，再将移动光亮点5先设置成为反向螺旋分散式的旋转方式转动，在移 动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为环形移动(一般设定为30至500圈为宜，以50圈为最佳)；再之后，将对于与两只眼睛的移动光亮点5的运动轨迹调整为对称运动的正向的的螺旋分散式的旋转方式转动，在移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为环形移动，环形移动的时间可以根据患者的自身条件自行设定(一般设定为30至500圈为宜，以50圈为最佳)；再之后，再将对于与两只眼睛的移动光亮点5的运动轨迹设置成为对称运动的反向螺旋分散式的旋转方式转动，在移动光亮点5旋转到显示屏3或挡光屏幕4的边缘后把移动光亮点5设置成为环形移动(一般设定为30至500圈为宜，以50圈为最佳)；完成了旋转运动锻炼后，将移动光亮点5的移动轨迹调整为左右横向的来回移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为上下竖向的来回移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为横向对称的往复移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为对称的竖向的上下往复来回移动(一般设定为30至500次来回移动为宜，以50次来回移动为最佳)，之后，将移动光亮点5的移动轨迹调整为由近向远处延伸的视觉感观、再由远射向眼睛的视觉感观的往复来回的视觉延伸与视觉收缩(一般设定为30至500次来回为宜，以50次来回为最佳)；
在设置为移动光亮点5的运动轨迹时，上述的移动光亮点5的运动轨迹的设置顺序可以根据患者感觉的舒适度来进行调整，上述的移动光亮点5的运动轨迹的设置步骤也可以根据患者的锻炼时间的充裕度来进行删减。
完成设置后，将眼睛置于眼睛锻炼仪内，打开开关，让患者(包括患有白内障、青光眼、夜盲症、近视眼、远视眼、弱视的患者)的眼球追寻移动光亮点5的运动轨迹运动，通过让眼睛随显示屏3或挡光屏幕4上的移动光亮点5的正向螺旋分散式左右同向旋转、正向螺旋汇聚式左右同向旋转和正向左右同向环形旋转与反向螺旋分散式左右同向旋转、反向螺旋汇聚式左右同向旋转和反向左右同向环形旋转配合的锻炼来活动连接眼部的肌肉和拉伸连接眼部的神经，之后再让眼睛随显示屏3或挡光屏幕4上的移动光亮点5的反向螺旋分散式左右对称旋转、反向螺旋汇聚式左右对称旋转和反向左右对称环形旋转配合的锻炼来活动连接眼部的肌肉和拉伸连接眼部的神经，来让连接眼睛的肌肉通过锻炼变得弹性有力；通过让左右眼睛随显示屏3或挡光屏幕4上的移动光亮点5做左右横向同向移动与竖向上下同向移动配合锻炼，之后再让左右眼睛随显示屏3或挡光屏幕4上的移动光亮点5做左右对称横向移动与竖向上下对称移动配合锻炼，来拉动眼球向外伸展，来调节眼球内部的焦距，来让眼 睛自动灵活的随时变焦；通过让左右眼睛随显示屏3或挡光屏幕4上的移动光亮点5做由近向远处的眼球视线延伸、再由远射向眼睛的眼球视线收缩的配合锻炼，来让眼球做扩张和收缩运动，来调节眼球内部的焦距，来让眼睛自动灵活的随时变焦；在眼球随移动光亮点5的运动来对眼睛进行有规律的锻炼过程中，调节了眼睛的内循环系统和眼睛的内分泌系统，排出了眼睛内的分泌物，并对眼睛的视力进行了修复，并随着对眼睛的锻炼时间的增加、视力得到逐渐的恢复，眼睛视力逐渐恢复后还继续对眼睛进行锻炼还能够增强眼睛的视力；
采用上述的移动光亮点5对眼睛进行锻炼的方法，通过调节眼睛的内循环系统和眼睛的内分泌系统，来对眼睛进行防衰老的锻炼而延缓了眼睛的衰老速度；
色盲和色弱患者采用上述的移动光亮点5对眼睛进行锻炼的方法，能够逐渐的自动修复/恢复/增强色盲和色弱患者的辨色能力；
采用上述的移动光亮点5对眼睛进行锻炼的方法，眼睛在经过一段时间的锻炼后适应了大角度的旋转后，可以省略螺旋分散式左右同向旋转、螺旋汇聚式左右同向旋转、螺旋分散式左右对称旋转和螺旋汇聚式左右对称旋转的锻炼步骤中的其中一个步骤或多个步骤或全部步骤设置；
采用上述的移动光亮点5对眼睛进行锻炼的方法，眼睛在经过一段时间的锻炼后，根据患者感觉的舒适度和锻炼时间的充裕度，可以省正向/反向的略螺旋分散式左右同向旋转、正向/反向的略螺旋汇聚式左右同向旋转、正向/反向的螺旋分散式左右对称旋转、正向/反向的螺旋汇聚式左右对称旋转、正向/反向的左右同向环形旋转、正向/反向的左右对称环形旋转、正向/反向的左右同向横向移动、左右对称横向移动、竖向上下同向移动、竖向上下对称移动的锻炼步骤中的其中一个或多个步骤设置。
所述的修复/恢复/增强视力的眼睛锻炼仪主要用于有规律的锻炼眼睛，逐渐修复眼睛的视力障碍；当然，所述的修复/恢复/增强视力的眼睛锻炼仪也能够通过有规律的锻炼眼睛，来对眼睛进行健康保养，从而延缓眼睛的衰老速度。
本发明实现了：
白内障患者、青光眼患者、夜盲症患者通过自身的锻炼，不吃药、不打针、不手术就能自动治愈白内障眼病、青光眼眼病、夜盲症眼病，自动修复/恢复/增强白内障患者、青光眼患者、夜盲症患者的视力；
近视眼、远视眼和弱视患者通过自身的锻炼，不吃药、不打针、不手术就能自动治愈近视眼眼病和远视眼眼病，自动修复/恢复/增强近视眼患者、远视眼和弱视患者的视力；
色盲和色弱患者通过自身的锻炼，不吃药、不打针、不手术就能自动治愈色盲眼病，自动修 复/恢复/增强色盲和色弱患者的辨色能力；
通过让眼睛随显示屏上的移动光亮点的环形旋转或螺旋分散式向旋转，来活动连接眼部的肌肉和拉伸连接眼部的神经，来让连接眼睛的肌肉通过锻炼变得弹性有力；
通过让左右眼睛随显示屏上的移动光亮点左右横向移动或左右对称横向移动或上下竖向移动或上下对称竖向移动，来拉动眼球向外伸展，从而调节眼球内部的焦距，来让眼睛灵活变焦；通过眼睛随移动光亮点移动，来对眼睛进行有规律的锻炼，来把眼部已经僵硬的肌肉锻炼得柔韧活软，把萎缩的神经锻炼成为有伸缩性的韧性经络；
通过眼睛随移动光亮点移动，来对眼睛进行有规律的锻炼，来调节眼睛的内循环系统和眼睛的内分泌系统，排出眼睛内的分泌物；
通过眼睛随移动光亮点移动，来对眼睛进行有规律的锻炼，来把眼部已经僵硬的肌肉锻炼得柔韧活软，把萎缩的神经锻炼成为有伸缩性的韧性经络，从而对白内障、青光眼、夜盲症的视力进行逐渐修复/恢复/增强；
通过眼睛随移动光亮点移动，来对眼睛进行有规律的锻炼，来调节眼球的焦距，对近视眼、远视眼和弱视的视力进行逐渐修复/恢复/增强；
通过眼睛随移动光亮点移动，来对眼睛进行有规律的锻炼，来延缓眼睛的视力衰减速度。
工业实用性
通过让眼睛随显示屏上的移动光亮点的环形旋转或螺旋分散式向旋转来活动连接眼部的肌肉和拉伸连接眼部的神经，来让连接眼睛的肌肉通过锻炼变得弹性有力；
通过让左右眼睛随显示屏上的移动光亮点左右横向移动或左右对称横向移动或上下竖向移动或上下对称竖向移动来拉动眼球向外伸展，调节眼球内部的焦距，来让眼睛灵活变焦；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来把眼部已经僵硬的肌肉锻炼得柔韧活软，把萎缩的神经锻炼成为有伸缩性的韧性经络；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来调节眼睛的内循环系统和眼睛的内分泌系统，排出眼睛内的分泌物；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来调节眼球的焦距，对近视眼、远视眼和弱视的视力进行逐渐修复/恢复/增强；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来帮助患有白内障的眼睛通过调节眼睛的内循环系统和眼睛的内分泌系统来逐渐修复/恢复/增强视力，消除白内障的视力障碍；消除白内障的过程中，不需要做眼睛手术，不使用药物治疗；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来帮助患有青光眼的眼睛通过调节 眼睛的内循环系统和眼睛的内分泌系统来逐渐修复/恢复/增强视力，消除青光眼患者的视力障碍；消除青光眼的过程中，不需要做眼睛手术，不使用药物治疗；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来帮助患有夜盲症的眼睛通过调节眼睛的内循环系统和眼睛的内分泌系统来逐渐修复视力障碍；消除夜盲症的过程中，不需要做眼睛手术，不使用药物治疗；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来让眼睛保持良好的视力，增强眼睛的耐疲劳强度；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，来对眼睛进行健康保养，延缓眼睛的衰老速度；
通过眼睛随移动光亮点移动来对眼睛进行有规律的锻炼，还对患有色盲和色弱的眼睛的辨色能力有修复/恢复/增强的中医，不使用药物；
通过采用移动光亮点在发光移动时是平滑的移动，不会产生闪烁和跳动，移动光亮点发出的光亮不会刺激眼睛和损伤眼睛；
通过采用一个显示屏或一个挡光屏幕对应一只眼睛，两只眼睛分别对应的移动光亮点之间采用隔片来隔开视线，不会造成双眼共视一个移动光亮点，而不会造成左右两个眼球在对称运动时和不同步运动时的不协调；
通过移动光亮点在遮挡光线的避光空间里引导眼睛的眼球运动，移动光亮点距离眼球近，引导眼球的转动角度大，锻炼效果好；
在遮挡光线的避光空间里，移动光亮点的发光强度低于日光强度的几倍甚至几十倍时眼睛的视线都能够轻易收寻到移动光亮点的存在，极大限度地降低了发光亮点对眼睛造成的伤害；
通过显示屏上或挡光屏幕的移动光亮点，在发光时不闪烁、不跳动，在运动时形成平滑的移动而不会形成闪烁和跳动的光亮点；平滑移动的光亮点会让眼睛感觉舒适而不会对眼睛造成刺激和间隙性的失明，对眼睛没有伤害；
采用平滑移动的移动光亮点引导眼睛在遮挡光线的避光空间里运动，能够给使用者带来身心健康、心情舒畅。
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Claims (7)

  1. 一种修复/恢复/增强视力的眼睛锻炼仪，其特征在于：采用移动光亮点在遮挡光线的避光空间内发光并移动，来近距离引导眼睛的眼球随移动光亮点做同步运动，让眼球随移动光亮点的平滑移动而运动来对眼睛进行锻炼。
  2. 根据权利要求1所述的修复/恢复/增强视力的眼睛锻炼仪，其特征在于：避光空间是显示屏和固定架与人的头部组成遮挡光线空间，或者是挡光屏幕和承载架与人的头部组成遮挡光线的空间。
  3. 根据权利要求1所述的修复/恢复/增强视力的眼睛锻炼仪，其特征在于：发光时的移动光亮点在显示屏上或挡光屏幕内的避光空间里的移动是平滑的，不闪烁、不跳动。
  4. 根据权利要求1所述的修复/恢复/增强视力的眼睛锻炼仪，其特征在于：一个显示屏或一个挡光屏幕对应一只眼睛，左右两只眼睛分别对应的移动光亮点之间采用隔片来隔开视线；
    或者，一个整体的显示屏对应左右两只眼睛或一个整体的挡光屏幕对应左右两只眼睛，左右两只眼睛分别对应的移动光亮点之间采用隔片来隔开视线。
  5. 根据权利要求1所述的修复/恢复/增强视力的眼睛锻炼仪，其特征在于：所述的修复/恢复/增强视力的眼睛锻炼仪包括但不仅限于显示屏、移动光亮点、移动光亮点轨迹控制程序，显示屏的显示电路与移动光亮点轨迹控制程序的控制电路连接，移动光亮点发光时显示在显示屏上，显示屏安装在固定架上，显示屏与固定架组合好后与人的头部接触后形成遮挡光线的空间；
    或者，所述的修复/恢复/增强视力的眼睛锻炼仪包括但不仅限于挡光屏幕、移动光亮点、移动光亮点支撑臂、支撑臂运动轨迹控制程序，控制移动光亮点支撑臂运动的电路与支撑臂运动轨迹控制程序的控制电路连接，在移动光亮点支撑臂的运动端的底部固定有移动光亮点，移动光亮点支撑臂的固定端通过球形转动连接件固定在挡光屏幕上或固定在承载架上，挡光屏幕安装在承载架上，挡光屏幕与承载架组合好后与人的头部接触后形成遮挡光线的空间。
  6. 根据权利要求1所述的修复/恢复/增强视力的眼睛锻炼仪，其特征在于：移动光亮点在避光空间里的运动轨迹能够根据使用者的感觉舒适度来进行调整，移动光亮点的运动轨迹的设置步骤也能够根据使用者的锻炼时间的充裕度来进行删减。
  7. 根据权利要求1所述的修复/恢复/增强视力的眼睛锻炼仪，其特征在于：使用者的眼睛通过跟随移动光亮点在避光空间里的移动轨迹来进行锻炼，不用药物、不用手术，就能够修复/恢复/增强使用者的视力。
PCT/CN2021/135545 2021-02-19 2021-12-03 修复/恢复/增强视力的眼睛锻炼仪 WO2022174650A1 (zh)

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