JP3163655U - Autostereoscopic 3D stereogram - Google Patents

Abstract

[PROBLEMS] To avoid the parallax of weak vision that normally occurs when a human sees the viewpoint with two eyes on the left and right sides. To provide a 3D cap featuring a parallel autostereoscopic stereogram that can continuously instill thinking and judgment to concentrate. An autostereoscopic 3D cap is formed by attaching two left and right color image stickers of the same size to the inside of the tip of a baseball cap or a cap with a heel so that it can be seen when using the upper eye. To do. [Selection] Figure 2

Description

  The present invention relates to a parallel-eye autostereoscopic 3D stereogram.

  Humans usually see things with two eyes on the left and right, but there are actual situations where the view is viewed from a slightly different angle due to differences in the viewing position of the eyes due to differences in lifestyle. Because of the different parallax between the left and right, each eye has a slightly different way of looking at objects with depth.

  When a person encounters a situation that is not morbid and lacks physical fatigue or mental stability, the parallax begins to differ, the field of view becomes extremely narrow, and there is a risk of being at risk. In the last few years, there has been a sad fact that the number of suicides that have been rapidly increasing has surpassed the death of traffic accidents. There are certainly various factors, but as a background factor behind the target, I feel that the situation is caused by a decline in visual function that cannot clearly identify things.

  Also, with regard to amblyopia, while high-performance glasses are being developed, correction of schoolchildren's myopia and astigmatism is being attempted, but it is said that the visual acuity of lower-grade children has rapidly increased to below 0.3. I will. There are domestic circumstances that are getting worse than the time when statistics were taken about such emergency situations.

My previous vision recovery advice book states that schoolchildren's myopia is a kind of jealousy, and that children who work harder are more likely to have schoolchildren's myopia. As for prevention, training methods such as watching the green of mountains and distant scenery, and watching the stars in the night sky are known, but once it comes to myopia, it is difficult to return to normal vision .

  There are not many people who can see an autostereoscopic 3D stereogram image from the beginning. However, once the parallel autostereoscopic 3D stereogram is acquired, the image can be seen relatively easily.

Since a parallel 3D stereogram can be seen, in order to widen the field of view, the parallax between both eyes must be reduced as much as possible. For this purpose, the viewpoints ahead of the left and right lines of sight must be approached.

When you see through a transparent sheet for viewing a parallel autostereoscopic 3D stereogram, you will be able to see a much wider field of view than the near viewpoint, and you can check the switching of perspective vision by yourself, There is a great merit because the scenes seen with accurate multi-pattern sidelights can be fully recognized, and the 3D stereogram can work on things while increasing and maintaining concentration.

  Improves the parallax error caused by matching the viewpoint by guiding the line of sight to the 3D transparent sheet of the 3D stereogram of the autostereoscopic 3D stereogram of the parallel method, the 3D cap of the hat with a hook, 3D goggles, etc. If you can grasp the whole image of stereogram, the field of view widens greatly, and you can check the line of sight accurately while dividing the surroundings with multi-pattern side light, so children's sports activities and adults' I also realized that there is a good possibility that humans themselves can be vibrated, such as improving the life style of the elderly, with active thinking skills.

  Because eyesight is a major part of the body, the parallel method autostereoscopic 3D stereogram hat is intended to suppress the frequent occurrence of traffic accidents caused by elderly drivers due to the background of weak vision, etc. By wearing it as a cap, the eyes will be fed so that the things you see can be clearly seen in three dimensions, so you can avoid the stress of tension and relax your safety.

School children if they recognize and use 3D stereograms with blue, red, yellow, and green-colored stickers attached to 3D transparent sheets of 3D transparent sheets and 3D hat caps and 3D goggles. I hope that myopia will be improved to healthy vision, and that changes will be made in our way of life and the efforts of diligent courage will contribute to the development of Japan.

FIG. 1 is an explanatory diagram showing a single-color sticker attached to a transparent sheet for autostereoscopic 3D stereogram of the parallel method. The two solid colors are 20mm in outer diameter and the distance between the circles and the circles is about 10mm narrower than the human pupil. By designing in this way, even the first person can recognize the parallel 3D stereogram of autostereoscopic method in a short period of time. Furthermore, the 3D stereogram can be maintained in a fixed state by further training.

Training for recognizing 3D with a sticker of blue, red, yellow, and green-colored pattern that is a transparent sheet for 3D stereogram of autostereoscopic 3D stereogram. Crafted to be a method.

FIG. 2 is an explanatory view showing a hat with a heel for recognizing a 3D stereogram of the autostereoscopic vision of the parallel method. In FIG. 2, 1 in FIG. A blue, red, yellow, and green color pattern sticker is pasted on the front side of the back side, and the printed print is described with a plan view. Reference numeral 2 in FIG. 2 is a cap figure of the plan view.

    The seal is fixed to the front part of the collar on the back side of the collar of the cap with the same shape printed on the cap, or the sticker attached to the part of the cap that spreads out from the part that sticks to the head outward. It is.

    The fixed 3D seal works as a sighting device in the role of cultivating visual acuity as a parallel autostereoscopic 3D stereogram and using it precisely to aim at the target. , Parallax is less likely to occur, safe driving is maintained, and the body is less fatigued.

FIG. 3 is an explanatory diagram showing a parallel-type autostereoscopic 3D stereogram 3D goggles. At the top of the goggles, blue, red, yellow, The figure shows a 3D goggles with a parallel method that is completed in a shape that does not obstruct the field of view and viewing angle.

The 3D sticker attached to the goggles shows that the image that has entered the eyes as a parallel autostereoscopic 3D stereogram is a phenomenon in which only two single-colored round colors overlap and appear between the eyebrows. Therefore, it is difficult to explain with figures, but this parallel method of autostereoscopic 3D stereogram 3D goggles is shown in figures.

1, 2, and 3 have been described using the following GIF method.

FIG.
1 Plan view of transparent sheet, width 105 mm, length 75 mm 2 Parallel-type autostereoscopic 3D stereogram seal, monochromatic fill diameter 20 mm 3 seal spacing 30 mm
1 Inside of the heel 2 Parallel 3D stereogram seal with autostereoscopic display, diameter of solid color is 20 mm 3 Back side of the hat with a heel 4 1 of FIG.
5 Front side plan view of a heel 6 Front side plan view of a hat with a heel 7 2 of drawing 2
FIG.
1 Plan view of goggles viewed from the inside 2 Parallel autostereoscopic 3D stereogram seal with a solid fill diameter of 20 mm 3 Belt for fixing goggles

Claims (3)

The blue, red, yellow and green colored pattern stickers attached to the transparent sheet are autostereoscopic 3D stereograms characterized by 3D sheets as parallel autostereoscopic 3D stereograms. In the same shape as the blue, red, yellow, green color pattern seal cap hat, and the blue, red, yellow, green color pattern seal, which is pasted on the back of the baseball cap or cap collar. A cap hat with a heel with a sticker of blue, red, yellow, and a green pattern printed on the back of the heel of the printed hat An autostereoscopic 3D stereogram featuring a cap with a collar printed with a yellow, green pattern. Blue, red, yellow, green colored stickers on the inside of the goggles, blue, red, yellow An autostereoscopic 3D stereogram characterized by a parallel-colored autostereoscopic 3D stereogram 3D goggles with a green colored pattern seal.

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