RU10069U1 - VISION CORRECTION DEVICE - Google Patents

Abstract

1. A device for correcting vision, containing a device for forming images, characterized in that said device is configured to form a series of images in a given sequence and / or their locations. The device according to claim 1, characterized in that the device is configured to form images of various sizes. The device according to claims 1 and 2, characterized in that the device is configured to form images of various colors. The device according to PP. 1 to 3, characterized in that it is additionally equipped with a means for creating a stereo image effect. The device according to claim 4, characterized in that the means is made in the form of stereo glasses.

Description

Vision correction device

The utility model relates to the field of ophthalmology, in particular, to devices for correcting vision, and can be used to restore and improve vision.

A device for training and correcting vision, containing a test object, a main frame and a device for changing the image, namely, the degree of micro-fogging (patent RU No. 2077253, class A 61 3/00, 1997).

Disadvantages of the device: inconvenience in use, difficult and expensive to manufacture.

The technical result of the claimed device is to increase the usability of the device and increase the efficiency of vision correction.

To achieve the specified technical result in the device for correcting vision, containing a device for forming an image, according to a utility model, said device is configured to form a series of images in a given sequence and / or their locations.

In addition, the device is configured to form images of various sizes and / or different colors.

IPC b: A 61 V 3/00

In addition, the device may additionally be provided

means for creating a stereo image effect, made in the form of stereo glasses.

In FIG. A device for correcting vision is presented.

The device comprises a device 1 (display, monitor) with a screen 2 for imaging 3, a panel 4 for inputting an information medium intended for reading by means of the device, a data input unit 5 and means for creating a stereo effect 6 made in the form of stereo glasses. The data input unit 5 and monitor 1 are turned on. An information carrier is placed in the input panel 4. After starting the program located on the storage medium, the following process is displayed on screen 2 of monitor 1.

In the middle of the screen (frame) of the display device, an image of a stationary tetrahedron (orange) about one third of the screen (frame) of the display device appears. Subsequently, the tetrahedron begins to rotate along a complex path, while slowly decreasing in size to about 1/90 of the screen (frame) of the display device (that is, the removal effect is visually simulated). After fixing the specified image, the object begins to slowly increase. With an increase, it becomes noticeable that the tetrahedron has transformed into a multi-colored (yellow-green) spiral of the correct shape, rotating along the same complex path as the tetrahedron. After increasing the rotating spiral to the size of 1/10 of the screen (frame), the specified object moves to the upper left corner of the screen without changing the rotation path, after which the object

suddenly disappears.

An unclear flickering object that appears in the upper right corner of the screen is gradually converted into a stylized image of a pale green finger configuration, 1/10 of the screen size, rotating around the horizontal axis in different directions within 180 degrees. Subsequently, the image of the configuration of the fingers begins to make random movements on the screen, while decreasing in size, then increasing. In this case, the image begins to rotate also in the vertical plane by 360 degrees, and also becomes multi-colored (variegated). Then the image of the configuration of the finger begins to decrease in size to one point and disappears from the screen (frame).

After the image of a rotating cube appears in the center of the screen, the color of the specified image smoothly changes from bright red to pale pink, then becomes pale purple and changes to bright blue, and then slowly turns into orange. The orange cube grows in size up to 1/2 of the screen (frame), at the same time transforming into a ball, after which it instantly splits into 50 multi-colored balls the size of 1/30 of the screen (frame), which, in turn, begin to rapidly move to the edges of the screen (frame) ) and leave him.

An image of the human eye with a size of approximately 1/10 of the screen appears on the screen (frame). The eye begins a slow rotation, the intensity of which increases over time, in the plane of the screen around the center of the image, after which it suddenly stops and briefly covers itself

3

eyelid (blinks), after which the image begins to flicker

and slowly disappears from the screen (frame).

Reduced by 3 times compared with the original image of the human eye, suddenly and for a short time (about 2 seconds), it appears successively in the upper left corner of the screen (frame), lower right, then again in the upper left. Each time the image appears, the eye briefly covers itself for about 0.5 seconds with an eyelid (eye blinks). After it, an enlarged image of the eye appears in the middle of the screen and suddenly disappears, and then appears again in a reduced to 1/30 of the size of the screen (frame) also in the middle of the screen. The image of the eye begins to multiply (two, then four, eight identical images, etc. appear). Thus, images of the human eye fill the entire screen, after which all images are briefly covered by an eyelid (eyes blink) and gradually disappear from the screen (frame).

The indicated sequence of appearing images is repeated 3 times.

The device may further comprise means for creating a stereo image effect, made in the form of stereo glasses.

Studies have found that changing images of various configurations and colors helps to train the eyes and corrects vision.

Claims (5)

1. Device for correcting vision, containing a device for forming images, characterized in that said device is configured to form a series of images in a given sequence and / or their locations.  2. The device according to claim 1, characterized in that the device is configured to form images of various sizes.  3. The device according to claims 1 and 2, characterized in that the device is configured to form images of various colors.  4. The device according to paragraphs. 1-3, characterized in that it is further provided with means for creating a stereo image effect. 5. The device according to claim 4, characterized in that the tool is made in the form of stereo glasses.