TWI639026B - Eye-protective shade for augmented reality smart glasses - Google Patents

Abstract

The invention relates to an integrated virtual eyewear eye shield, which mainly comprises: an eye protection unit, wherein the shielding portion provided with filtering on both sides is correspondingly arranged in front of the translucent display screen on both sides of the integrated reality smart glasses, so that the external It becomes partially transparent or completely opaque; at the same time, a convex lens can be provided in a certain area around the shielding portion, and the convex lens area is not limited in size, so as not to affect the user's visibility of the surrounding environment; thereby, under any light source, use Integrating the real-life smart glasses with the eye-protection unit to read the digital information, it can achieve the characteristics of the user's eyeball and yellow spot light protection, the surrounding retinal area continues to contact with the external light source, and the user can see the surrounding environment. When used for reading, it can revolutionize the way humans read and solve the problem of long-term eye fatigue.

Description

Integrated reality smart glasses eye shield

The invention relates to an integrated reality smart eyewear eye shield, especially an integrated eye unit in front of the integrated reality smart glasses, which can solve the problem of human eye fatigue when reading for a long time, and revolutionize the human reading habit And mode.

The ophthalmology industry generally believes that too much work at close range, too little outdoor time is the main reason for myopia and eye fatigue. Working indoors for a long time, whether watching TV, watching a computer, reading a book or watching a mobile phone: 1. Long-term contraction of the ciliary muscle, 2. Long-term cohesion between the two eyes, 3. The field of view is too small, 4. Sun exposure time Insufficient, 5. The focal length of the peripheral retina is the five main causes of myopia and eye fatigue behind the retina.

An uncorrected myopic eye, the image of the object from a distance in the central retina (the macula) is in front of the retina, but in the peripheral retina is behind the retina, which is called relative peripheral hyperopia. Traditional myopia glasses only correct the central retinal area so that the image focus moves backwards on the macula, but there is no relative hyperopia to correct the peripheral retina. When the light falls behind the retina, the eyeball tends to grow longer and larger, so that the light can be focused on the retina, so the myopia becomes deeper and deeper.

When humans read books, watch mobile phones, and watch TV, the human eye actively searches for pictures. When the distance is less than six meters, the ciliary muscle needs to be contracted and adjusted. The closer the contraction is, the stronger the eye is, and the more tired the eye is, the deeper the myopia is.

Human reading, watching computers, watching mobile phones, watching TV are all single-screen readings. The two eyes need to be close together. Convergence is the result of contraction of the medial rectus muscle. The contraction of the medial rectus muscle will cause The increase of intraocular pressure; the increase of intraocular pressure causes the posterior pole of the eyeball to expand backward, and the anteroposterior diameter of the eyeball increases to produce myopia.

The amount of outdoor activities during the day is too small, the exposure time of the sun is insufficient, and the degree of deterioration of myopia will be accelerated. Experiments in Australia have proved this point. The longer the outdoor activity time, the less likely it is to have nearsightedness, and the nearsightedness will not increase the degree.

As shown in Figure 10, for thousands of years, human beings have fixed their heads and read books, watching computers, watching mobile phones, causing stiff neck and soreness and pain in cervical lesions.

Since humans invented paper, for thousands of years, human beings have been sitting in static reading, and the problems of cardiovascular diseases and weakening of muscles, bones and joints caused by sedentary movements are not uncommon.

For thousands of years, most people have read indoors. The distance is short and the picture is small. The eyes are prone to fatigue and soreness. Myopia is produced. In some countries, the ratio of students' myopia is as high as 80%.

Reading indoors, no matter reading books, watching TV, watching computers, watching mobile phones, the vision is very narrow, the eyes are prone to fatigue, and alienated from nature.

Whether indoors or outdoors, reading books, watching mobile phones, watching computers, it is easy to be surrounded by ambient light sources, regardless of the interference of scattering, refraction or reflection of sunlight or artificial light sources, irritating the eyes, resulting in Soreness and fatigue. Humans must read in the backlight, and when the light comes from the front, human reading becomes difficult and painful.

On the running vehicle, reading books, watching mobile phones, watching computers, when the vehicle vibrates, because the picture is not synchronized with the eye vibration, the picture is unstable and unclear, making reading difficult, eye fatigue, and dizziness.

In recent decades, there have been many eye training methods and enhanced vision treatment instruments in the prior art. Some use electronic imaging technology to make the trainee's eye ciliary muscles exercise through image changes; some are trained by mechanical movement. The purpose of exercising the ciliary muscle is achieved by looking at objects that vary in distance. For example, U.S. Patent No. 6,402,231 provides a method of exercising eye muscles using images on a computer screen. U.S. Patent 6,533,417 teaches another method of training an eye to relieve eye muscle fatigue by changing the position and size of the image by moving it in a particular manner on a computer screen. Of course, there are also various types of glasses specially manufactured for preventing myopia, such as U.S. Patent No. 20,120,236,256. In addition, there is China CN102499863A a method to reduce eye fatigue, CN200939208Y an electronic eye vision enhancer, China CN103110502A eye muscle training correction device...etc. However, these conventional training methods or therapeutic instruments generally have the disadvantages of complicated structure, ineffective effect, long operation time, boring treatment process, and application non-humanity. For the lively and active young people and the busy modern people, it is really difficult to implement them as the main cause of their failure.

The main object of the present invention is to provide an integrated vision smart eyewear eye shield, which mainly comprises: an eye-protective unit having two shielding portions for filtering, It is disposed in front of the two lenses of the integrated reality smart glasses, and is corresponding to the semi-transparent display screen disposed on both sides of the smart glasses, and is selected from one of a material including partial translucent and fully opaque, and each of the materials. The size and shape of a shielding portion are not limited. When the integrated virtual wisdom glasses are used to read the digital information with the eye protection unit, the cover of the two shielding portions can block the central retina (the macula) of the eyeballs on both sides of the user. Eye protection, while the peripheral retina continues to contact the external light source. At the same time, a convex lens can be arranged in a certain area around the shielding portion, so that the light of the display screen is focused on the macula while the light around the display screen is focused on the front of the retina, and the convex lens area is not limited in size, so as not to affect the user. Seeing the surrounding environment is limited; for people with normal vision, there is no convex lens, but a flat mirror. People with nearsightedness and already nearsightedness can use eye protection units with convex lenses to alleviate the tendency of myopia to deteriorate. People with presbyopia use eye-protecting units with convex lenses to reduce eye strain and see close-up objects. The convex lens can be of any degree to be able to convert the relative peripheral hyperopia into a peripheral near. Others can choose a flat or convex lens.

In this way, under any light source, when using the integrated reality smart glasses with the eye protection unit to read the digital information, the eyeball and the central retina (= yellow spot) (central retina=macula) can be achieved. The peripheral retina continues to be in contact with external light sources, and the user can see the surrounding environment. For reading, the head and neck can rotate freely to prevent cervical spine degeneration and shoulder and neck stiffness and soreness; and can read while walking to prevent cardiovascular disease and limb deterioration; solve the problem of human eye fatigue when reading for a long time, revolutionary change Human reading habits and patterns.

That is to say, when wearing the AR smart glasses with the eye shield of the present invention for reading outdoors, if only the eye protection unit with the flat mirror is used, This has already overcome the four main causes of myopia: 1. long-term contraction of the ciliary muscle, 2. long-term cohesion between the two eyes, 3. too small a field of view, 4. insufficient sunshine contact time, and if a convex lens is used The eye unit can also overcome the fifth major cause of myopia deterioration at the same time. 5. The focal length of the peripheral retina is behind the retina.

Advantages of the application of the invention: in the environment under sunlight or a strong artificial light source, when using the eye shield with integrated visual wisdom glasses with dual display screens to read digital information:

1. The smart glasses screen actively projects into the retina, the human eye passively looks at the screen, the human eye does not have to actively search for the picture, and the picture can be displayed at 10 meters, 20 meters away, the long distance large picture, the ciliary muscle is relaxed. . The relaxation of the ciliary muscle during reading is a major event for human beings. It is a revolutionary evolution of human beings, indicating that humans may no longer have the production of myopia and no longer suffer from eye fatigue.

2. There is a display screen in front of each eyeball, the eyeball is not cohesive, and the inner rectus muscle does not contract. Intraocular pressure is no longer elevated by contraction of the medial rectus muscle, and the likelihood of deterioration of myopia is greatly reduced. For humans, this is also a revolutionary evolution and progress.

3. When reading, the head and neck can be freely rotated up and down, indicating that the human neck is no longer stiff and sore, and the cervical vertebra is no longer affected. Humans don't have to stop looking down. Solve the problem of sore neck and neck when humans have been reading for a long time.

4. It can be dynamic walking reading: smart glasses and eyes synchronized vibration, the picture is stable and clear, not affected by walking. In the long run, from childhood to old age, for decades, human muscles, bones, and joints can remain strong, delay aging, and cardiovascular disease is relatively reduced. Less, it will be of great benefit to human health. Solve the complications that humans have long suffered from sedentary.

5. Can induce people to go outside to read: Because the eyeball and the macula are protected by light blocking, reading is not disturbed by scattering, refraction or reflection of sunlight and other light sources. Outdoor reading can be a lighthearted thing as long as the weather permits, and it is likely to become the norm. In the mountains, there is a good place to read at the water's edge, and readers will be integrated into nature. At dusk, humans can even face the sunset and enjoy reading the scenery while reading a book. This gives humans the freedom to choose indoors or outdoors as a place to read, and to solve the limitations that humans have long been confined to indoor use of computers.

6. There can be a big screen: no matter the angle of view, it will produce long-distance, large-screen effects. The farther away the screen is, the bigger the screen is, the reading becomes pleasing and enjoyable; taking the 23° angle of view as an example, the screen is 10 meters away from the screen. 20 meters away from the screen. The big screen replaces books and small screens of computers and mobile phones; long-distance reading replaces close-range reading; double-screen replaces single-screen, because of the parallax of the two eyes, the image is three-dimensional and the eyes are more comfortable. It solves the limitation that humans have been fixed in front of the table for a long time and the picture is narrow.

7. Not affected by vibration: On the running vehicles, such as cars, trains, airplanes, and MRT, they are not affected by vehicle vibration. Wisdom glasses are worn on the head and shaken with the eyes. The picture remains clear and stable, the eyes are not tired, and the mind is not dizzy. Solve the pain of reading difficulties and eye fatigue caused by commuters for a long time.

8. Can be used outdoors, with a wide field of vision, contact with nature, happy mind and body, humanity back to the embrace of nature. Outdoor reading, the field of view can reach 180 degrees; improve the indoor viewing field to shrink, the closer to the eye, the smaller the field of vision, resulting in eye fatigue and so on. Humans will be able to look up towards the sky Reading books, watching movies, there is no limit to the sky. Addressing the limitations of human beings that have long been limited to indoor use of computers.

9. Can promote the normal operation of the physiological clock: outdoor use during the day, the retina receives sunlight can promote the normal operation of the physiological clock, reducing the tendency of insomnia and depression.

10. It can be exposed to full-frequency light source: sunlight is a full-frequency light source, and proper exposure to sunlight, an average of two to three hours a day, has many benefits for the body and eyes; improving the indoor light bulb only contains part of the light wave frequency, which is easy to cause eye fatigue. problem.

11. Can save a lot of energy: home, classroom, office As long as enough sunshine comes in, everyone can wear the integrated wisdom glasses to face the window to read and work, during the day, you can work, class, and read without turning on the lights.

12. Can change the way of human education and learning: the dual-display virtual reality glasses can present 2D and 3D effects, and replace the text descriptions with 2D and 3D pictures and videos. The era of e-books is coming, the big screens are replacing small books, and reading is easier and more fun. 3D stereoscopic images and videos will be widely used and become mainstream textbooks. Learning becomes interesting and understanding becomes easy.

13. More privacy: The content of the reading is directly projected to the retina by the display screen. Only the user can see it, other people can't peek from the side, the information is not leaked, and the reading is safer. Regardless of computers, mobile phones, books, others can peek from the side, lack of privacy and security.

1‧‧‧Wisdom glasses

2‧‧‧ eye unit

21‧‧‧Shading Department

10‧‧‧ display screen

11‧‧‧Host

12‧‧‧Frame unit

13‧‧‧ lenses

14‧‧‧User's original prescription glasses

22‧‧‧Transmission Department

3‧‧‧ convex lens

40‧‧‧ Teaching database reading system

Figure 1 is an exploded perspective view of the present invention.

Fig. 1A is a perspective view showing another embodiment of the present invention.

Fig. 2 is a perspective assembled view of the connected host of the present invention.

Fig. 3 is a perspective assembled view of the eye unit of the present invention with a convex lens.

Fig. 4 is a perspective assembled view of the present invention having a convex lens.

Fig. 5 is a schematic view showing the conditions of the human eye in the present invention.

Figure 6 is a schematic view of the application of the present invention.

Fig. 7 is a schematic view showing the focusing of a convex lens eyeball according to the present invention.

Figure 8 is a diagram showing an application example of the present invention as an outdoor teaching.

Fig. 9 is a view showing an application example of the normal posture of the present invention.

Figure 10 is an example of the application of human beings looking down on the mobile phone.

The embodiments of the present invention are disclosed in detail below by way of specific examples, and those skilled in the art can readily understand the advantages and functions of the present invention from the disclosure herein. Referring to FIG. 1 to FIG. 5, the integrated vision smart eyewear eye shutter of the present invention mainly comprises: an eye protection unit 2 disposed in front of a unified reality smart glasses 1 and having filters on both sides thereof. The light shielding portion 21 corresponds to the translucent display screen 10 on both sides of the integrated reality smart glasses 1. When implemented, the shielding portion 21 of the eye protection unit 2 can be made of different materials according to the difference between the indoor and outdoor light intensity of day and night, so that the translucent display screen 10 on both sides of the smart glasses 1 becomes partially translucent or completely externally. Opaque; at the same time, a convex lens 3 is disposed in a certain area around the shielding portion 21, and the light around the display screen 10 is focused on the front of the retina while the light of the display screen 10 is focused on the macula. The size of the area is not limited, so as not to affect the user to see the surrounding ring The convex lens 3 can be any degree, so that the relative peripheral hyperopia can be converted into a peripheral near view. For a person with normal vision, the convex lens 3 can be omitted, and a flat mirror (not shown) is used.

If only the eye protection unit 2 of the flat mirror is used, basically four eye protection functions can be achieved: 1. The ciliary muscle is in a relaxed state, 2. The two eyeballs remain in-situ not cohesive, 3. The visual field does not shrink. Up to 180°, 4. The peripheral retina continues to be in contact with sunlight, and if the eye unit 2 of the convex lens 3 is used, the fifth eye protection function can be simultaneously achieved. 5. The focal length of the peripheral retina changes from the back of the retina to the front of the retina.

In this way, when using the integrated reality smart glasses 1 with the eye protection unit 2 to read the digital information, the user can achieve the eye protection of the eye and the central retina (the macula), and the peripheral retina continues with the external light source. The characteristics of the contact, and the user can see the surrounding environment. In this way, the light of the display screen 10 is focused on the macula while the peripheral light is focused on the front of the retina, but in the case of maintaining the flat state, it does not change, and naturally relaxes the muscles of the eyeball to solve the problem of long-term reading caused by eye fatigue. .

For a more detailed description, the integrated reality smart glasses 1 may further include: a host 11 or an existing smart phone (not shown) connected by wired or wireless information transmission, and a user's original prescription glasses 14 ( a lens unit 12, the frame unit 12 is provided with a lens 13 on both sides, and each of the lenses 13 is provided with a half transparent display screen 10; the integrated reality smart glasses 1 can be used to achieve five protections Eye conditions: 1. The two eyeballs remain in situ without cohesion, 2. The ciliary muscles are relaxed, 3. The visual field does not shrink up to 180°, 4. The retina continues to contact with sunlight. 5. At the same time, the focal length of the peripheral retina is changed from the back of the retina to the front of the retina.

The eye protection unit 2 can be a lens disposed in front of the lens 13 of the integrated reality smart glasses 1 . The eye protection unit 2 further includes a light transmitting portion 22 disposed on the large area. The periphery of the lens causes the peripheral retina to continuously contact with the sunlight, and the two filter shielding portions 21 disposed separately from each other correspond to the two semi-transparent display screens 10 of the lens 13 of the integrated reality smart glasses 1 so as to become a part Transparent or completely opaque. However, this embodiment is merely illustrative of one embodiment of the integrated virtual eyewear eye shield of the present invention, and the description of this specific embodiment should not be construed as limiting the invention.

At the same time, a convex lens 3 can be disposed in a certain area around the shielding portion 21, and the light around the display screen 10 can be focused on the front of the retina while the light of the display screen 10 is focused on the macula. The size of the convex lens 3 is not limited. It is not limited to the user's ability to see the surrounding environment; for people with normal vision, the convex lens 3 can be omitted, and a flat mirror (not shown) is used. A person with a nearsightedness and already nearsightedness can use the eye unit 2 having the convex lens 3 to alleviate the tendency of myopia to deteriorate. A person with a presbyopic eye can use the eye unit 2 having the convex lens 3 to reduce eye fatigue and see a close-up physical object. The convex lens 3 can be of any degree to be able to convert the relative peripheral hyperopia into a peripheral near. Others may choose a flat mirror or a convex lens 3.

Preferably, the eye protection unit 2 can be integrally formed on the integrated reality smart glasses 1 (not shown), or set as a separate piece and reactivated and integrated on the integrated reality smart glasses 1 (as shown in the figure). The eye protection unit 2 can also be made of a non-refractive lens, an auto-discoloring optical lens or a liquid-chromic liquid crystal lens (but not limited thereto).

A specific method of adding an eye protection unit 2 to the integrated reality smart glasses 1 is as follows:

The translucent display screen 10 can be directly changed into a opaque during the manufacturing process to constitute the aforementioned eye protection unit 2. At the same time, a convex lens 3 is disposed in a certain area around the shielding portion 21, and the light around the display screen 10 is focused on the front of the retina while the light of the display screen 10 is focused on the macula. The size of the convex lens 3 is not affected. The user can see the surrounding environment as a limit. For a person with normal vision, the convex lens 3 can be omitted, and a flat mirror is used.

A light shielding sheet (the shielding portion 21, as shown in FIG. 1A) may be disposed in front of the translucent display screen 10 of the existing AR glasses, and a convex lens 3 is disposed in a certain area around the shielding portion 21 to enable the light in the display screen 10. Focusing on the macula, the light around the display screen 10 is focused on the front of the retina. The size of the convex lens 3 is not limited, so as not to affect the user's visibility of the surrounding environment; or if the convex lens 3 is not provided, a flat mirror is used. There is no tendency for myopia, and those without myopia or presbyopia can choose a visor with or without the convex lens 3 (as in Figure 2).

As shown in Figure 4, the convex lens 3 can be used for people who are already nearsighted or presbyopia. The convex lens 3 can be combined with the eye protection unit 2 or added to the front of the eye protection unit 2 (the shape is not limited to the illustration), so that the vision of the near vision is not easy to increase the degree, the presbyopic person You can see the image of the actual object at a close distance without wearing reading glasses.

Referring to Figure 6, the invention can be read, the ciliary muscle does not need to be contracted, and the eye is in a relaxed state. Because the integrated reality smart glasses 1 is in the front two-centimeter translucent display screen 10, the picture generated by the liquid crystal panel is projected through the projector and reflected into the retina to generate a virtual image at a distance. This virtual screen can form a large screen of 160, 320, or even 480 inches at a distance of ten meters, twenty meters, or even thirty meters. This makes it unnecessary for the ciliary muscles to contract when reading, the eyes will not fatigue, and myopia will not deteriorate.

As shown in Figures 6 and 7, when the digital information of the present invention is matched with the eye protection unit 2 and the convex lens 3 to read the digital information, the eyeball and the central retina (macular area) can be protected from the light, and the peripheral retina is protected. The region (peripheral retina) continues to be in contact with external light sources, and the user can see the surrounding environment. This allows the light around the display screen 10 to be focused on the front of the retina while the light from the display screen 10 is focused on the macula. When the convex lens 3 is used, the original peripheral light can be focused to the dotted line portion behind the retina (as shown in Fig. 7), and is effectively corrected to the solid line in the figure to fall to the front of the retina.

The invention is applied for reading, because there is a translucent display screen 10 in front of the left and right eyes, the eyeball does not need to be inwardly converged, the eye can be relieved without causing an increase in intraocular pressure, and also has the function of preventing myopia.

With the application of the present invention, the field of vision does not have to be reduced, and the wider the field of view, the more comfortable the eye is. The invention can be used outdoors, and can be read in the sky or in an open place, and the field of view can reach 180 degrees. This is the widest field of view of the human eye in its natural state, in which case the human eye will feel very comfortable.

Applying the invention to read, can go out of the room, a large amount of contact with sunlight, and the field of view can be used up to 180 degrees outdoors. At this time, the eyeball and the central visual field are protected, and the reading is almost unaffected by the surrounding light refraction; unlike the general Reading books outdoors, watching computers, and watching mobile phones are susceptible to interference from ambient light and sunlight scattering or refraction, causing eye irritation and fatigue. By using the present invention for reading outdoors, the retina continues to be in contact with sunlight, which has an inhibitory effect on the increase of myopia.

The overall design of the invention is quite simple and simple, and it is easy to match the application of the integrated vision smart glasses 1 , just like the usual use of mobile phones and tablet computers, it is convenient to carry in daily life, and indoor and outdoor can be used at any time.

Since the integrated reality smart glasses 1 are worn on the head and shaken synchronously with the eyes, when flying in the running vehicles such as airplanes, trains, MRT, cars, etc., the screen is not affected by vibration, maintaining clear and stable eyes, and the eyes will not be fatigued. This is especially important for modern people who often take transportation.

Referring to Figure 9, the invention can effectively prevent eye fatigue and myopia, and the head and neck can also be rotated up and down and left and right. From then on, humans do not have to look down at the book, and the neck body is no longer sore because of bow reading. Stiff or pathological. Moreover, the viewing screen moves in sync with the eyes and is not affected by body movements, so it is possible to read and watch the body to make the body healthier. This can completely change the habit of mankind reading and reading static reading for thousands of years. Improve the problem of soreness and fatigue caused by posture rigidity and easy to cause cervical and cardiovascular diseases. These are revolutionary changes for human beings, indicating that human life and reading methods have taken a big step forward. They can read while the body is free to move freely. Humans will be freed from the sloppy reading situation. Turning to a free-flowing reading and blending with nature will have a positive impact on the human body and mind.

And whether it is at home or outdoors, in the school or office, people can use the invention to use the bright sky outside the window, and no longer need to turn on the light to look at the sturdy blackboard or the computer on the desk. There is no need to turn on the lights in the room to save a lot of energy, and it can effectively improve the indoor lighting only contains part of the light wave frequency, which is easy to cause eye fatigue. Enjoy the sun outdoors but not Refraction and reflection interference from other light sources. The retina receives sunlight and promotes the normal operation of the physiological clock. A full-frequency source that is close to nature's exposure to sunlight has many benefits for both the body and the eye.

Referring to Figures 2, 4, and 8 for more specific applications, the present invention can further construct a teaching database reading system 40 in the host 11 of the integrated reality smart glasses 1 or in the cloud server connected thereto. The content may include various educational disciplines of various grades, such as Chinese, nature, English, mathematics, geography, history, citizenship, physics, chemistry, health education, art and music, but the invention is not limited thereto. Teachers and students can teach outdoors in the corridors and trees. As long as there are shadows, they are good places for classes, closer to nature, and less likely to be nearsighted. The outdoor ventilation is good, the air is fresh, the vision is wide, the light is sufficient, and the atmosphere is unrestrained, returning to the life and reading under the human's original best natural environment.

More importantly, when the school generally adopts the invention to drop out of school, most of the textbooks will be presented in e-books. The lively and interesting 2D, 3D pictures or video multimedia will largely replace the blunt text narrative. Increasing the fun and effect of learning, and completely changing the traditional education and learning methods of human beings, in addition to the potential huge opportunities for comprehensive reform of teaching materials, the deforestation of trees will be greatly reduced, which will have a positive impact on global ecology and air quality.

In summary, the present invention has obvious and revolutionary progress compared with the conventional ones, and also has industrial availability, fully conforms to patent requirements, and proposes invention patent applications. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; therefore, the equivalent changes and modifications made by the scope of the patent application and the content of the present invention are all It should remain within the scope of this invention.

Claims (17)

An integrated virtual eyewear eye shield includes: an eye protection unit disposed in front of a unified reality smart glasses, and at least one shielding portion, wherein the integrated reality smart glasses includes at least one lens, and at least a display screen is disposed on a lens, the display screen may be translucent or completely opaque, and the shielding portion may partially or completely shield the display screen on the at least one lens of the integrated reality smart glasses. The eye shield can be placed in front of the integrated vision smart glasses. The integrated vision smart eyewear eye shield of claim 1, wherein the eye protector further comprises a convex lens disposed on a side of the shielding portion. The integrated eyebrow eye protection shutter according to claim 1, wherein the eye shield further comprises a flat mirror disposed on a side of the shielding portion. The integrated virtual eyewear eye shield according to the first aspect of the invention, wherein a light-transmitting portion is formed around the shielding portion. The integrated virtual eyewear eye shield according to claim 1 or 4, wherein the shielding portion is formed on the eye protection unit, and the eye protection unit is selected from the group consisting of a non-color changing lens, An optical lens that automatically changes color and a liquid crystal lens that is electrically discolored. The integrated virtual eyewear eye shield according to the first aspect of the patent application, wherein the shielding portion is made of one of a partially transparent and completely opaque material. The integrated eye-protecting eye-protecting eye shutter of claim 2 or 3, wherein the eye-protecting unit further comprises a light-transmitting portion formed around the shielding portion. The integrated virtual eyewear eye shield according to claim 7, wherein the shielding portion is made of the transparent portion and the completely opaque material. The integrated virtual eyewear eye shield according to claim 4, wherein the light transmitting portion is integrally formed with the shielding portion. The integrated virtual eyewear eye shield according to claim 7, wherein the light transmitting portion is integrally formed with the shielding portion. The integrated virtual eyewear eye shield according to the eighth aspect of the invention, wherein the light transmitting portion is integrally formed with the shielding portion. The integrated virtual eyewear eye shield according to the first aspect of the patent application scope, wherein the integrated reality smart glasses can be connected to a host, and the host can be used to construct a teaching database reading system, the content of which is at least selected from the group consisting of It includes one of the disciplines of national, natural, English, mathematics, geography, history, citizenship, physics, chemistry, health education, fine arts and music. A unified virtual eyewear eye shield, the integrated vision smart eyeglass comprising at least one lens, and a display screen disposed on the at least one lens, wherein the eye protector comprises: a partially or completely Blocking a shielding portion of the display screen on the at least one lens of the integrated reality smart glasses, and in use, the eye protection shutter may be disposed at a front portion of the integrated reality smart glasses. The integrated eyebrow eye protection shutter according to claim 13 , wherein the eye shield further comprises a convex lens disposed on a side of the shielding portion. The integrated vision smart eyewear eye shield of claim 13, wherein the eye protector further comprises a flat mirror disposed on a side of the shielding portion. The integrated virtual eyewear eye shield according to claim 13 , wherein the shielding portion of the eye unit is made of one of a partially transparent and completely opaque material. The integrated virtual eyewear eye shield according to claim 13 of the patent application scope, wherein the integrated reality smart glasses can be connected to a host, and the host can be used to construct a teaching database reading system, the content of which is at least selected from the group consisting of It includes one of the disciplines of national, natural, English, mathematics, geography, history, citizenship, physics, chemistry, health education, fine arts and music.