Portable electronic equipment with vision caring function
一种电子设备、便携式的技术,应用在便携式电子设备领域,能够解决无法精确创造显像距离等问题,达到改善近视的效果
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Embodiment 1-1
[0061] Embodiment 1-1, the present invention utilizes optical principle such as Figure 4 As shown, take a convex lens with a focal length of 0.4 cm as an example, and Figure 5a with Figure 5b The image display assembly 30 that moves back and forth is shown. The image display assembly 30 is inclined to the optical lens assembly 20. At this time, the LED light is used as the light source 32. The light source carrier 31 is provided with a plurality of light sources 32. The human eyes 40 are placed on the optical lens assembly 20. Observe the light source 32 of the image display unit 30 from one side of the light source carrier 31 and flash from far to near sequentially along a straight line. When the flashing image (object distance u) is located at 0.4cm, an infinite display can be displayed. Image distance; when the shiny image (object distance u) is at 0.3900cm, the image distance of 15.60cm can be displayed. Because the moving distance of the image (object distance u) is ...
Embodiment 1-2
[0065] Embodiment 1-2, the present invention utilizes optical principle such as Figure 4 As shown, taking a convex lens with a focal length of 40cm as an example, and as Figure 5a with Figure 5b The image display assembly 30 that moves back and forth is shown. The image display assembly 30 is inclined to the optical lens assembly 20. At this time, the LED light is used as the light source 32. The light source carrier 31 is provided with a plurality of light sources 32. The human eyes 40 are placed on the optical lens assembly 20. Observe from one side of the image display unit 30 that the light source 32 of the light source carrier 31 flashes from far to near in sequence along a straight line. When the light source 32 flashes on the light source carrier 31 (object distance u) is located at 40cm, The image distance of infinity can be displayed; when the shining image (object distance u) of the light source 32 on the light source carrier 31 is located at 11.0 cm, the image d...
Embodiment 2-1
[0069] Embodiment 2-1, the present invention utilizes optical principles such as Figure 4 As shown, taking a convex lens with a focal length of 10 cm as an example, the image display assembly 30 is parallel to the optical lens assembly 20. At this time, LED lights are used as the light source 32, and a plurality of light sources 32 are arranged on the upper circumference of the light source carrier 31. The image display assembly 30 The distance between the image on the light source carrier 31 is 6.67cm from the convex center point, and the image distance of 20.03cm in front can be displayed. Figure 6a with Figure 6b As shown, when the image on the light source carrier 31 of the image display unit 30 flickers counterclockwise, the eyeballs are guided to move according to their orientation, and the eyeballs can perform circular coordinated movements to provide the exercise effect of the six muscle groups. Specific embodiments The data are shown in Table 3.
[0070] table 3:...
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