KR20080020750A - Display monitor with eye protecting system - Google Patents

Abstract

A display monitor for protecting eyes is provided to induce a user, unconsciously watching the monitor with concentration for a long time, and to move the eyes or the physical body by installing an eye protection and physical body exercise program such that health of eyes or a physical body gets better. A display monitor for protecting eyes installs signal units(1,2,3) and an audio unit(5) connected via a wireless or wired medium. The signal unit(1) emits red light and the signal unit(2) emits blue light. The signal unit(3) is attached to the body of the monitor. Instructions are generated via display of characters or output of audio for instructing an image, luminance, directions, a distance to a user, contraction or enlargement of the image and behavior. The display monitor displays a small and bright image on a dark scene for background or a small and dark image on a bright scene for background to induce an iris of an eye to move.

Description

Eye Monitor Monitor {Display Monitor with Eye Protecting System}

1 is a front view of a signal device connected to a video monitor by wire or wireless.

2 is a front view of the image monitor showing a bright light small image on a dark desktop.

3 is a front view of an image monitor showing a dark small image on a bright background.

4 is a front view of the image monitor rotated, the image moving in the up, down, left and right directions on the desktop.

FIG. 5 is a diagram illustrating an audio output of an exercise model, an exercise instruction letter, and an exercise command displayed on a screen; FIG.

6 is a front view of an image monitor in which images are sequentially enlarged and reduced on a screen;

The present invention relates to an image monitor such as a television and a computer monitor having a function of instructing eye and body movements. Currently, when watching television within a certain distance for eye protection, the distance detector mounted on the television detects the viewer and the distance so that the television turns off automatically when there is a viewer within a certain distance. There is no video monitor with the ability to induce exercise to improve. It is very necessary and useful for the television and computer monitors, which are an important part of modern life, to be equipped with the exercise function for comprehensive eye protection.

Therefore, the present invention is equipped with an image monitor and a signal to induce the eye movement connected to the wire or wireless to the outside in order to induce eye movement and physical movement, the eye protection to make eye movement when the viewer looks at the image monitor and signal An object of the present invention is to provide an image monitor system.

In order to embody the present invention, as shown in Fig. 1, the monitor 4 is equipped with audio signals 5 and signals 1, 2, 3 connected by wire or wirelessly. There is a red signal (1) and a blue signal (2) and may be equipped with a variety of colors, a plurality of signals around the monitor, and may be attached a number of such as the signal (3) shown on the monitor itself. It is configured to induce eye movement by uttering a directive through the image, brightness, direction, distance and distance of the user, image reduction and magnification, and character display and audio indicating the action of the screen 4. In order to induce the iris movement of the eye, a dark desktop (7) background with a small bright image (6) is shown on the monitor as shown in FIG. 2, and a bright desktop (10) with a small dark image (9) as shown in FIG. In the background, the aperture of the eye that receives light opens when the screen is dark and closes when the screen is bright. At this time, the screen is completely filled with a dark color or a bright color, or the eye's aperture is opened and closed through the contrast of the screen. In addition, the brightness of the light of the electric lamp 8 mounted beneath the screen is strong, weak, and through the contrast action to turn off the aperture of the user's eye can be widened and narrowed. Therefore, it causes a change in the intensity and intensity of the light of the monitor and the signal for the iris movement of the eye.

In order to exercise the eye muscles supporting the eyeball, as shown in FIG. 4, the image 11 moves the position left and right up and down in the B and A, C and D directions, or the image 11 rotates in a circular shape. do. In addition, the viewer may induce eye movement as the image moves on the screen in various ways. The signals (1, 2, 3) connected to the screen and the monitor and wired or wirelessly alternately operate (light emission) so that the movement of the eye muscles occurs when the viewer's eyes follow the image or signal direction of the signal. In particular, the signal 3 attached to the monitor itself can be mounted at any position of the monitor. Therefore, for the eye muscle movement, the viewer's viewing angle causes a change in the image of the monitor and the light emitting position of the signal to induce a change.

An image 11 on the monitor screen 4 near the viewer and a signal on the right side of the monitor located slightly further from the signal 3 mounted on the monitor body for the purpose of thinning or thickening the thickness of the ocular lens. By sequentially staring at the position at which the viewer views the image and emits light at the rear left side signal (1) farthest away from (2), the eye becomes out of focus or close to the lens lens movement of the eye.

FIG. 5 illustrates a method for allowing a viewer to perform physical exercise along with an example of an image model appearing on the screen, and to perform an exercise according to an instruction 5 through an audio and an exercise instruction letter displayed on the screen. While watching the television, the viewer follows the example of an image model that directs the exercise to be performed at a scheduled time. At this time, the motion indicator appears on the screen, and the voice instructing the motion is uttered in the audio to induce the exercise.

The design shown in FIG. 6 induces an expansion and contraction movement of the eye focus by watching a change from a large image to a large image and a large image to a small image of the user's eye. Like this, all the systems for eye protection are made up of the movement command output from the image monitor, the signal connected to the wired and wireless signal, the speaker, and the operation program (the driving software is not shown in the drawing) to work together.

 The reservation system is applied so that the operating program operates according to the operating time, the length of the operating time, and the movement sequence. The present invention is equipped with a function to induce a comprehensive exercise for physical health, including exercise for the eyes to the image monitor as described above, even if the television or computer users unconsciously stare at the screen for a long time without interruption, automatic The eye protection program works by inducing eye movements and directing physical movements.

According to the present invention, the eye protection and physical exercise programs are automatically attached to an image monitor such as a monitor of a television or a computer by incorporating eye protection and physical exercise programs into a user's eyes. This can bring about the effect of promoting the eyes and body health of the user.

Claims (6)

Mammary glands that induce eye movement and physical exercise. Picture monitor equipped with a radio signal. The image monitor having a system which induces the movement of the lens iris of the eye by changing the intensity of the image of the image of the image monitor and the intensity of the light of a signal mounted by wire or wireless. The image monitor having a system for inducing muscle movement of the eye through the change of the position of the light emitting signal that emits light connected to the image of the image monitor and wired or wireless. The image monitor having a system for inducing the lens movement of the eye by changing the position of the light emitting signal of the signal located at different distances connected to the image of the image monitor and wired or wireless. The image monitor having a system for inducing a reduction and enlargement of the focal point of the eye by changing the magnitude of the light emission signal of the signal signal connected to the image of the image monitor wired and wireless. The image monitor of claim 1, wherein an image model, an exercise instruction letter, and an exercise instruction word output to a speaker simultaneously induce eye movement and physical exercise.

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