TWM527326U - Eye training device - Google Patents

Description

Eye training device

The present invention relates to a training device, and more particularly to an eye training device that can force the muscles of the eye to move and maintain the eye muscles with better adjustment.

In general, after excessive use of the eye, the eye muscles (also known as the ciliary muscles) that are responsible for regulating the eyes to look far or near will be over-tightened. Once the eye muscles are unable to relax, the eyes will not be able to see the distance. Something, this symptom is called pseudomyopia.

Referring to Figure 1, in order to improve the foregoing problems, there is currently an eye training device available on the market, comprising a housing 6, a wearing unit 7 for removably fitting the housing 6 to the user's head, and a wearing unit The training unit 8 includes two training modules 81 respectively mounted in combination with the housing 6 to respectively correspond to the two eyes of the user. Each training module 81 includes a plurality of lenses 811 having different degrees, respectively, and an electric transposition mechanism that can be driven to change the position of the lenses 811 to align one of the lenses 811 with one of the eyes of the user. 812. By the foregoing structural design, the eye muscles can be forced to cooperate with the lenses 811 of different degrees to maintain the eye muscles to maintain a better adjustment force.

Referring to Fig. 2, however, in addition to the excessive tightening of the ciliary muscle, the user can watch the close-up object for a long time, and the internal rectus muscle will exert a long-term force, which causes myopia, because the user is watching a close-range object. When the path of the light is obliquely incident on the user's eyes, therefore, in order to view the close object, the user's two eyes will contract and the external rectus muscle will relax, so that the two eyes will converge toward the middle. (The visual axis meets), so that the visual energy of the two eyes can be seen as a single object. However, under the long-term output of the inner rectus muscle, it is easy to cause the anteroposterior diameter of the eyeball to increase and cause myopia. However, the existing eye training device can only train the regulating force of the ciliary muscle, and can not relax the rectus muscle, so it cannot comprehensively improve the myopia problem.

In addition, the prerequisite for training using the eye training device is that the object can be accurately imaged in the retina first, so that after the training lens is changed, the ciliary muscle can be forced to relax before or after the object is imaged before and after the retina. Tightening and other adjustments to achieve the effectiveness of the training. If the object fails to be accurately imaged in the retina first, for example, the object is imaged in front of the retina, the imaging lens is transformed, and the imaging of the object is biased to the original predetermined position, so that the ciliary muscle cannot be uniformly Relax or tighten to reduce the effectiveness of the training.

In particular, in practice, each user's eye condition is different. Even if the user has passed the corrective glasses, when viewing objects of different distances, the object may not be accurately imaged because of the different adjustment power of the eye muscles. The retina, while reducing the effectiveness of training, so the existing eye training device still needs to be improved.

Accordingly, it is an object of the present invention to provide an eye training device that is capable of relaxing the eyes and having high applicability.

Thus, the novel eye training device is adapted to be detachably provided for at least one adjustment lens, and comprises: a housing, a wearing unit, a training unit, and an insertion unit.

The wearing unit is configured to removably mount the housing to the user's head. The training unit is installed in combination with the housing. The training unit includes two training modules respectively corresponding to two eyes of the user. Each training module has several training lenses of different degrees, and one can be driven and transformed. The training lens is positioned such that one of the training lenses is aligned with one of the user's eyes, each of the motorized transposition mechanisms has a disk member for the lens spaced apart, and one can be driven The drive member that drives the disk to move to change the position of the lenses. The insertion unit is mounted on the housing and includes two insertion frames, each of which is interposed between one of the user's eyes and one of the training lenses, and each of the insertion frames has one for the adjustment The lens can be positioned to position the placement of one of the user's eyes.

The effect of the novel is that, through the design of the insertion unit, the adjustment lenses can be respectively placed on the insertion frames, so that the user can relax the inner rectus muscle of the eye during training to enhance the effectiveness of the vision training. At the same time, the insert holder can also be inserted with a matching lens with a degree to suit different users.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 3, FIG. 4 and FIG. 5, the first embodiment of the present invention relates to a detachable arrangement of a plurality of adaptive lenses 900, which can correct diseases such as myopia, hyperopia and astigmatism. The lens, or the lens of the sputum, is not limited to the above. The eye training device comprises a housing 1, a wearing unit 2 for detachably fitting the housing 1 to a user's head, a remote control unit 3, and a training unit 4 mounted in combination with the housing 1. And an insertion unit 5 mounted to the housing 1.

The housing 1 includes a base wall 11 facing the face of the user, a cover wall 12 spaced from the base wall 11, a surrounding wall 13 between the base wall 11 and the cover wall 12, and a A partition wall 14 extending toward the user's face at the periphery of the base wall 11. The base wall 11, the surrounding wall 13 and the cover wall 12 are circumferentially defined to define an interior space 16 in which the training unit 4 is mounted. The base wall 11 cooperates with the partition wall 14 to define a space 17 between the base wall 11 and the user's face.

The base wall 11 has two see-through openings 111 respectively corresponding to the eyes of the user. The cover wall 12 has two outer cover openings 121 respectively corresponding to the see-through openings 111, and the see-through openings 111 and the outer cover openings 121 Both of the internal spaces 16 are connected. In practice, a plurality of decompression pads made of a soft material such as a sponge or a foam may be disposed on the side of the partition wall 14 opposite to the base wall 11 for the user's face to abut against the user. Comfort when wearing this eye training device.

It is further noted that the surrounding wall 13 of the present embodiment is integrally extended from the peripheral edge of the base wall 11 away from the user's face, and the internal space 16 is formed between the surrounding wall 13 and the base wall 11 . One side of the cover wall 12 is pivotally connected to the upper outer edge of the surrounding wall 13 and the inner space 16 can be lifted up. Of course, in practice, the housing 1 can be assembled and coupled to the training unit 4, and the structure of the housing 1 is not particularly limited.

The wearing unit 2 includes a head frame 21 and two swinging frames 22 respectively located on two sides of the user's head and connecting the head frame 21 and the housing 1. The head frame 21 has a side wall portion 211 which is a circular ring frame, and a top wall portion 212 connected to the side wall portion 211. The side wall portion 211 is matched with the top wall portion 212 to define a bracket. A sleeve 213 is provided for the user's head to extend into, the sleeve 213 having a projection 214 that faces downwardly and is horizontally defined by the side enclosure 211. The side wall portion 211 has a head circumference adjusting mechanism 215 on the rear side, and the head circumference adjusting mechanism 215 can adjust the size of the extending port 214 to match the size of the user's head circumference, and can also be used with the devil felt. The buckle, etc., is a prior art and is not the focus of the present invention, and therefore will not be described in detail herein.

When the user wears the wearing unit 2, the user's head will extend upward into the wearing space 213 through the extending inlet 214. At this time, the side wrapping portion 211 will closely surround the user's head horizontally. The top portion 212 spans over the wearing space 213 for the user's head to abut upward. Of course, in the implementation, the wearing unit 2 can be detachably worn on the user's head, and the wearing unit 2 is not limited to the form disclosed in the embodiment.

Each of the swing frames 22 has a swing arm 221 extending from the head frame 21 toward the housing 1, and a swing arm 221 is mounted between the swing arm 221 and the head frame 21, and the swing arm 221 and the wear head can be adjusted. a first angle adjusting mechanism 222 for opposing angles of the frames 21 with each other, and a second angle between the swing arm 221 and the housing 1 and adjusting the relative angle between the swing arm 221 and the housing 1 Angle adjustment mechanism 223.

The swing arm 221 has two adjusting holes 224 respectively adjacent to the opposite ends and extending along the extending direction of the swing arm 221, and the first angle adjusting mechanism 222 has a swinging arm 221 mounted to the head The first positioning member 225 of the frame 21 is worn. The second angle adjusting mechanism 223 has a second positioning member 226 that rotatably mounts the swing arm 221 to the housing 1. In this embodiment, the first positioning member 225 and the second positioning member 226 are respectively screwed. After the first positioning member 225 is loosened, the swing frame 22 and the head frame 21 are The angle between the two can be adjusted arbitrarily, and the first positioning member 225 can move in the corresponding adjustment hole 224. When the second positioning member 226 is loosened, the angle between the swinging frame 22 and the housing 1 can be arbitrarily adjusted, and the second positioning member 226 can be moved in the corresponding adjusting hole 224, so that The position of the housing 1 can be arbitrarily adjusted.

Referring to FIG. 3, FIG. 5 and FIG. 6, the remote control unit 3 includes a wireless transmitting module 31 that can be connected to the wireless signal of the training unit 4, and is operable by a user to wirelessly transmit a control through the wireless transmitting module 31. Command to the training unit 4. In practice, the remote control unit 3 can be a mobile device such as a mobile phone or a tablet, or a general push-type remote controller, and is not limited to the above.

The training unit 4 includes a power receiving module 41 for receiving power, and a wireless receiving module 42 capable of wirelessly connecting with the wireless transmitting module 31 to wirelessly receive the control command. a training module 43 assembled in the internal space 16 of the housing 1 and a control module 44 capable of receiving the control command via the wireless receiving module 42 and being driven by the control command to control the training modules 43 .

The power receiving module 41 has a universal serial bus 411 (Universal Serial Bus, USB). Of course, the universal serial bus 411 can also be a Micro Universal Serial Bus (Micro USB). The power receiving module 41 can receive a power supply of a power supply of 5V via the universal serial bus 411. The power supply can be a personal computer, or a socket corresponding to the universal serial bus 411, etc., preferably. The power source can be a mobile power source to facilitate the user to move freely when using the eye training device. The power receiving module 41 provides the received power to the wireless receiving module 42, the training module 43 and the control module 44 for the wireless receiving module 42 and the training modules 43 and The control module 44 operates.

In this embodiment, the wireless receiving module 42 and the wireless transmitting module 31 communicate through infrared wireless communication technology, but when implemented, the two can also be changed to Bluetooth, ZigBee, NFC, WiFi, NFC or Wireless communication technologies such as ANT+ communicate, and the above types are limited.

Referring to Figures 3 and 5, the training modules 43 are used to train the eye muscles of the two eyes of the user, respectively. Each training module 43 includes a plurality of training lenses 431 having different degrees and permeable to light, and a position that can be driven to change the training lenses 431 to align one of the training lenses 431 with one of the see-through openings 111. The electric transposition mechanism 432 and an adjustment mechanism 433 for mounting the electric transposition mechanism 432 in an adjustable position with the housing 1 are provided.

The electric transposition mechanisms 432 are located in the internal space 16, and each of the electric transposition mechanisms 432 has a disk member 434 for the training lenses 431 to be mounted at equal angular intervals around an axis, and a controllable The module 44 drives the drive member 435 that rotates the disk member 434 about the axis to change the position of the training lens 431. The drive member 435 of the present embodiment is in the form of a servo motor.

The control module 44 can be driven by the control command to control the driving members 435 of the electric transposition mechanism 432. In this embodiment, different control commands are issued according to different operation modes of the remote control unit 3 by the user. For example, the control command for simultaneously rotating the disk member 434 in the clockwise direction of the driving member 435, and the control command for controlling the driving member 435 to rotate the disk member 434 in the counterclockwise direction may be controlled to control only one of the driving members 435. Rotating the control command of the disk member 434 clockwise, or controlling only one of the driving members 435 to rotate the control member 434 counterclockwise, and the control module 44 according to the control command issued by the remote control unit 3 And correspondingly controlling the rotation of the driving member 435, of course, the control command can also control the frequency, time, and the like of the driving member 435 to rotate the disk member 434.

Referring to FIG. 4 and FIG. 7 , the insertion unit 5 includes two insert holders 51 mounted on the base wall 11 for inserting the adaptive lenses 900 , and two dials respectively surrounding the insert holders 51 . 52.

Each of the insertion frames 51 is located on a side of the base wall 11 facing the user's face and between one of the user's eyes and one of the training lenses 431. Each of the insert holders 51 has a base plate 511, two oppositely spaced legs 512 mounted to the base plate 511, and a curved piece 513 extending from one of the bases 512. The legs 512 are The arc 513 cooperates to define a placement space 514 for positioning of the respective adaptive lens 900. When the adjustment lens 900 is placed in the placement space 514, it can be aligned with one of the eyes of the user.

The base 511 is annular and can be mounted on the base wall 11 so as to be rotatable relative to the dial 52. The base 511 is rotatably operated by a manual operation to drive the adaptive lens 900 placed in the placement space 514. . Each of the sockets 512 is adapted to be seated by the adjustment lens 900 and has a recess 515 formed on one side of the placement space 514 for engaging the periphery of the adjustment lens 900. The arc piece 513 extends along the circumference of the adjustment lens 900 and elastically covers the periphery of the adjustment lens 900 to restrain the lens 900 from being restrained.

Each of the dials 52 is provided with a plurality of scale lines 521 representing the circumferential angle of the placement space 514. When the adjustment lens 900 inserted in the insertion frame 51 is a 稜鏡 or a lens for correcting astigmatism, the scale line 521 can be used as a basis for the rotation angle of the base 511, but if the adjustment lens 900 is corrected In the case of a near-sighted or far-sighted lens, the insertion unit 5 may not include the dial 52, and is not limited to the embodiment.

Before the eye training device of the present invention is worn, the user can insert the adjusting lens 900 into the placing space 514. In this embodiment, the adjusting lens 900 is 稜鏡. At this time, each adjusting lens 900 is correspondingly inserted. The recesses 515 of the legs 512 are covered by the respective arcs 513, and are supported by the limit of the legs 512, and can be combined with the clamping of the arcs 513. The adjustment lens 900 is securely positioned in the placement space 514. Next, the user can rotate the base plate 511 and engage the scale line 521 on the dial 52 to rotate the adaptive lens 900 to an appropriate angular position. It should be noted that the implementation of the upper base 511 can also be fixed on the base wall 11 and cannot be rotated. The user can directly rotate the adjustment lens 900 to an appropriate angular position, which is not limited to the embodiment.

Referring to FIG. 3, FIG. 4, FIG. 8 and FIG. 9, after inserting the adaptive lenses 900, the user can wear the housing 1 to the user's head through the wearing unit 2, and then, by the matching The first angle adjusting mechanism 222 of the wearing unit 2 and the second angle adjusting mechanism 223 adjust the position of the housing 1 so that the housing 1 is in a use position as shown in FIG. 8 and a position as shown in FIG. Non-use position conversion. In operation, the first positioning member 225 and the second positioning member 226 are first loosened, and the user can adjust the position of the housing 1 up and down until the housing 1 abuts the user's face. And the two eyes of the user can be respectively aligned with the adaptive lens 900, the see-through openings 111, two of the training lenses 431, and the outer cover openings 121 and view things. Position, the user can then screw the first positioning member 225 and the second positioning member 226 to fix the housing 1 in the use position.

Referring to FIG. 4, FIG. 8 and FIG. 10, after the housing 1 is fixed in the use position, the user can view and train the object through the adjusting lens 900, and the design of the shielding wall 14 can block the surrounding line of sight. The user can concentrate on the see-through opening 111 and can prevent the user's eyes from directly touching the corrective glasses.

When viewing the article, the light passes through the adaptive lens 900 and is deflected due to the refraction of the crucible. Therefore, from a top view, the light path is refracted as shown in FIG. 10, so that the light can be used vertically. The two eyes of the user, so that the user's two eyes do not need to be concentrated in the middle, can present a single object, so that the close-range training, the eyes of the user's two eyes do not need to rotate, The inner rectus muscle will not continue to tighten.

Referring to FIG. 3 and FIG. 5, the training process is as follows. When the user views the object through the housing 1 in the use position for a period of time, the user's eyes gradually adapt to the degrees of the two training lenses 431. The remote control unit 3 sends a control command to control the position of the training lens 431 by the electric indexing mechanism 432 of the training unit 4, and the driving members 435 respectively drive the disk members 434 to rotate clockwise around the axis, so that The other two training lenses 431 are respectively aligned with the two eyes of the user, thereby forcing the eye muscles to move with the other two training lenses 431.

After a period of time and the user's eyes have been adapted, the remote control unit 3 can be manipulated to issue another control command to control the position of the mechanical transducers 432 to change the training lenses 431. At this time, the driving members 435 The disk members 434 are respectively driven to rotate counterclockwise about the axis, so that the original two training lenses 431 are respectively aligned with the two eyes of the user. It can be seen that the present eye training device can indeed force the eye muscles to move, so as to relieve false myopia caused by excessive tension of the eye muscles, as for the time, frequency and direction of rotation of the training lenses 431, and the like The degree of training lens 431 can be adjusted as needed, and is not particularly limited herein.

Referring to FIG. 3, FIG. 4 and FIG. 7, after the user finishes training, the first positioning member 225 and the second positioning member 226 can be loosened again to move the housing 1 upward away from the user's face. Moving to the non-use position, of course, the housing 1 can be moved to the non-use position to replace the adaptive lens 900 during the training, which is not limited to the use process of the embodiment.

It is worth mentioning that each of the insert holders 51 can also be inserted into the adjustment lens 900 with a degree. When different users wear the eye training device to view a close-up object, the object may not be accurately imaged on the retina due to the difference in eye-adjusting force, and the insert frame 51 may be properly inserted. Adjusting the lens 900 to allow the object to be imaged on the retina, and then training, so that the eye training device can be used by different users by inserting the appropriate degree of the adjustment lens 900 into the insertion frame 51. At the same time, the best training results are achieved, and the applicability is high.

It should be noted that, in this embodiment, each of the insertion frames 51 is designed to be inserted into a single adjustment lens 900. However, in practice, each of the insertion frames 51 can also be designed as a plurality of adjustment lenses 900. The inserting frame 51 includes, for example, three arc pieces 513 which are arranged one behind the other, and each of the foot pieces 512 has three grooves 515 which are arranged one behind the other. In this way, each of the insertion frames 51 can simultaneously be inserted into the differently adapted adjustment lenses 900. For example, if the user has both myopia and astigmatism, the user does not need to wear them while performing training. Own corrective glasses, and inserting an adaptation lens 900 equal to his own degree of myopia, an adjustment lens 900 equal to his own astigmatism degree, and a tunable lens 900 for the cymbal on the insertion frame 51, such that In this way, the discomfort caused by wearing the corrective glasses and the wearing unit 2 at the same time can be eliminated, so that the user can perform the training comfortably.

In summary, the eye training device of the present invention can be placed on the insertion frame 51 by the insertion of the insertion unit 5, so that the user can perform training. The inner rectus muscle of the eye is relaxed to enhance the effectiveness of the vision training. Of course, the insertion frame 51 can also be inserted with the adjustment lens 900 having a degree to be suitable for different users. In addition, through the design of the wearing unit 2, the present invention can also be more stably and comfortably worn on the user's head, and the user can adjust the position of the housing 1 to facilitate the replacement. The lens 900 and the wearer can indeed achieve the purpose of the present invention.

Referring to FIG. 11, FIG. 12 and FIG. 13, the second embodiment of the present invention is substantially the same as the structure of the first embodiment, except that the configuration of the wearing unit 2 of the embodiment is Different from the first embodiment, the head frame 21 of the wearing unit 2 does not have the swing frame, the case 1 is pivotally mounted to the head frame 21, and the top cover portion 212 is intersecting. When the user wears the wearing unit 2, the head frame 21 can more firmly abut against the user's head. When the seat 1 is in the use position, it will be turned down as shown in FIG. 12 and abut against the user's face. At this time, the user can perform eye training. When the housing 1 is in the non-use position, it will flip upward as shown in FIG. 13 and away from the user's face.

Referring to FIG. 14, the third embodiment of the present invention is substantially the same as the first embodiment, except that the insertion unit 5 further includes a base 50 mounted to the housing 1. And a distance adjusting mechanism 53 for movably mounting the insertion frame 51 to the base frame 50, the distance adjusting mechanism 53 being operable by a user to face or opposite the insertion frame 51 Move to adjust the relative distance of the insert holders 51. Since the age of each user is different from the face type, the distance between the two eyes is different, and by the design of the interpupillary adjustment mechanism 53, the insertion frames 51 can be moved toward or away from each other and adjusted. The position of the two eyes corresponding to the user is such that the adapted lens 900 achieves the best corrective effect.

Referring to Figure 15, a fourth embodiment of the present eye training device is substantially identical in construction to the first embodiment, except that the insertion unit 5 is detachably mounted to the housing 1. The insertion unit 5 further includes a base frame 50 for connecting the insertion frames 51. The eye training device further includes a coupling unit 54 for detachably connecting the housing 1 and the insertion unit 5. The coupling unit 54 includes a coupling base 55 disposed between the housing 1 and the insertion unit 5, and a coupling hole 56 disposed in the base 50 of the insertion unit 5. And a coupling member 57 that detachably penetrates the coupling hole 56 and the coupling base 55 to mount the insertion unit 5 to the housing 1. The coupling base 55 has a protruding block 551 protruding from the base wall 11 of the housing 1 toward the insertion unit 5, and a pair of projections protruding from one side of the protruding block 551 facing the insertion unit 5 552, and a screw hole 553 formed on a side of the pair of inserts 552 facing the insertion unit 5.

The coupling hole 56 is formed on the base frame 50, and the pair of insert blocks 552 are correspondingly embedded. In the embodiment, the coupling hole 56 is slightly rectangular, and the pair of insert blocks 552 are H-shaped and can be embedded correspondingly. In combination, the coupling hole 56 and the pair of inserts 552 may also be elliptical, rectangular or triangular, etc., as long as the coupling hole 56 can be inserted correspondingly with the pair of inserts 552, and cannot be rotated relative to each other. Yes, not limited to the above.

In this embodiment, the coupling member 57 is a screw and has a screw head 571 which can be abutted against the side of the base frame 50 facing the user's face, and a screw head 571 extends toward the housing 1 . The screw 572 is inserted through the coupling hole 56 and correspondingly locked into the screw hole 553. The combination between the insertion unit 5 and the housing 1 is more flexible through the coupling unit 54 for the user to replace the insertion unit 5.

It is to be noted that the insertion unit 5 of the embodiment may also include a distance adjustment mechanism according to the third embodiment for the user to adjust the relative distance of the insertion frame 51, which is not the embodiment. limit.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

1‧‧‧Shell
11‧‧‧ base wall
111‧‧‧Perspective opening
12‧‧‧ 盖壁
121‧‧‧ Cover opening
13‧‧‧ Around the wall
14‧‧‧ slat
16‧‧‧Internal space
17‧‧‧Interval space
2‧‧‧ wearing unit
21‧‧‧ wearing a frame
211‧‧‧ Side wall
212‧‧‧Top circumference
213‧‧‧ wearing space
214‧‧‧ Entrance
215‧‧‧ head circumference adjustment mechanism
22‧‧‧Swing frame
221‧‧‧ swing arm
222‧‧‧First angle adjustment mechanism
223‧‧‧Second angle adjustment mechanism
224‧‧‧Adjustment hole
225‧‧‧First positioning piece
226‧‧‧Second positioning parts
3‧‧‧Remote unit
31‧‧‧Wireless Transmitter Module
4‧‧‧ training unit
41‧‧‧Power receiving module
411‧‧‧Common serial bus
42‧‧‧Wireless receiving module
43‧‧‧ training module
431‧‧‧ training lenses
432‧‧‧Electrical transposition mechanism
433‧‧‧Adjustment agency
434‧‧‧Distribution
435‧‧‧ drive parts
44‧‧‧Control Module
5‧‧‧Interpolation unit
50‧‧‧ pedestal
51‧‧‧ Insert rack
511‧‧‧Base base
512‧‧‧ feet
513‧‧‧
514‧‧‧Place space
515‧‧‧ Groove
52‧‧‧ dial
521‧‧‧ tick
53‧‧‧瞳 adjustment mechanism
54‧‧‧ combination unit
55‧‧‧With pedestal
551‧‧‧ protruding block
552‧‧‧ pairs of inserts
553‧‧‧ screw hole
56‧‧‧Combination hole
57‧‧‧Connected parts
571‧‧‧ screw head
572‧‧‧ screw
900‧‧‧Adjustable lenses

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a perspective view illustrating a conventional eye training device; FIG. 2 is an incomplete top view illustrating light injection Figure 3 is an exploded perspective view showing the front structure of the first embodiment of the present eye training device; Figure 4 is an incomplete perspective exploded view illustrating the rear of the first embodiment Figure 5 is an incomplete partial perspective view illustrating the internal structure of the first embodiment; Figure 6 is a functional block diagram illustrating the system architecture of the first embodiment; Figure 7 is an incomplete enlarged perspective view illustrating Figure 1 is a side elevational view showing the first embodiment of the first embodiment of the first embodiment of the first embodiment of the first embodiment of the present invention; A side view showing the first embodiment is worn on the user's head and in a non-use position; FIG. 10 is an incomplete top view, The light is incident on the path after the first embodiment and the lens is adapted; FIG. 11 is an exploded perspective view showing the front structure of the second embodiment of the present eye training device; FIG. 12 is a side elevational view showing the second The embodiment is worn on the user's head and in a use position; Figure 13 is a side elevational view showing the second embodiment worn on the user's head and in a non-use position; Figure 14 is a A complete exploded view illustrating the rear configuration of the third embodiment of the present eye training device; and FIG. 15 is an incomplete exploded perspective view illustrating the rear configuration of the fourth embodiment of the present novel eye training device.

1‧‧‧Shell

11‧‧‧ base wall

111‧‧‧Perspective opening

14‧‧‧ slat

17‧‧‧Interval space

2‧‧‧ wearing unit

22‧‧‧Swing frame

5‧‧‧Interpolation unit

51‧‧‧ Insert rack

514‧‧‧Place space

52‧‧‧ dial

900‧‧‧Adjustable lenses

Claims (10)

An eye training device adapted to be detachably provided for at least one adapted lens, comprising: a housing; a wearing unit for removably attaching the housing to a user's head; a training unit Installed in combination with the housing, the training unit includes two training modules respectively corresponding to two eyes of the user, each training module having a plurality of training lenses of different degrees, and one can be driven to change the same An electric transposition mechanism that trains the position of the lens such that one of the training lenses is aligned with one of the user's eyes, each of the electric transposition mechanisms has a disk member for the lens-spaced mounting, and one can be driven to drive a drive member for moving the disk to change the position of the lenses; and an insertion unit mounted to the housing and including two insertion frames, each of which is interposed between one of the user's eyes and Between one of the training lenses, each of the insert holders has a placement space for the alignment lens to be positioned in alignment with one of the eyes of the user. The eye training device of claim 1, wherein the housing is mounted to the wearing unit, and is positionable relative to the wearing unit in a face that abuts the user's face and a user away from the user. Non-use position conversion of the face. The eye training device of claim 1, wherein the wearing unit comprises a head frame, the head frame has a side wall portion, and at least one top wall portion connected to the side wall portion, the side The bracket and the top bracket cooperate with the bracket to define a wearing space for the user's head to extend into, the wearing space having a downwardly extending and retractable extension defined by the side wrapping The top portion spans over the wearing space for the user's head to abut upward. The eye training device of claim 1, wherein each of the insert holders further has two feet spaced apart from each other for seating by the adapted lens, and at least one of the legs extending from one of the feet An arc piece that cooperates with the arc to define the placement space. The eye training device of claim 1, wherein the insertion unit is detachably mounted to the housing. The eye training device of claim 5, further comprising a coupling unit for detachably connecting the housing to the insertion unit, the coupling unit comprising a coupling base disposed on the housing, and a setting a coupling hole that is coupled to the coupling base and that is coupled to the coupling base, and a coupling that detachably penetrates the coupling hole and the coupling base to mount the insertion unit to the housing Pieces. The eye training device of claim 1, wherein the training unit further comprises a power receiving module for receiving power, the power receiving module having a universal serial bus and capable of converging via the universal serial The row receives power from a power source. The eye training device of claim 3, wherein the wearing unit further comprises two swinging frames respectively located on two sides of the user's head to connect the headgear frame and the housing, each of the swinging frames having a a swing arm extending from the head frame to the housing, a first angle adjusting mechanism mounted between the swing arm and the head frame, and adjustable relative angle between the swing arm and the head frame, And a second angle adjusting mechanism mounted between the swing arm and the housing and adjustable between the swing arm and the housing relative to each other. The eye training device of claim 1, wherein the insertion unit further comprises a distance adjustment mechanism for adjusting a relative distance of the insertion frames. The eye training device of claim 1, wherein the housing comprises a base wall facing the face of the user, a surrounding wall extending from a periphery of the base wall away from the face of the user, and a a partition extending from the periphery of the base wall toward the face of the user, the base wall cooperating with the surrounding wall to define an inner space for the training unit to be mounted, the base wall and the partition wall cooperate to define A space is provided between the base wall and the user's face.