KR101608387B1 - The Acoomplishing Method of Photo Exposure Protection Filter and the Setting Method of the Same - Google Patents

Abstract

The present invention relates to a light protection filter engine and a method of setting a color of a light protection screen using the same. More particularly, the present invention relates to a personal computer (PC) used by a person who has visual dyslexia symptoms or reduces an eye fatigue (visual stress) The optical protection filter engine may be configured to set a monitor screen of the optical protection filter to a color of a light protection screen, And a plurality of comparison color screens are collectively or sequentially provided on a monitor screen in a multiple or 1: 1 comparison manner to collect color screen information, and the screen of the personal computer (PC) is displayed on the basis of the collected color screen information And a filtering process is performed with a color of a protection screen.

Light protection filter engine, dyslexia, light protection screen color, light protection filter mode, density adjustment mode

Description

TECHNICAL FIELD [0001] The present invention relates to a method of driving a light protection filter and a method of setting a color of a light protection screen using the same,

The present invention relates to a method of driving a light protection filter and a method of setting a color of a light protection screen using the same, and more particularly, to a method of color protection of a document displayed on a monitor due to strong color contrast when a person with visual dyslexia symptoms uses a computer monitor It is a light protection filter that allows the computer user to reduce the fatigue of the eyes due to dyslexia symptoms and visual stress through filtering setting of the light protection screen color, And a method of setting a color of a light protection screen using the same.

In modern society, computers are a necessity of life, and they are indispensable elements in schools, companies, homes, and so on.

Particularly, monitors for displaying documents and images on a computer device have been improved in performance from monochrome CRTs to color CRTs and LCDs, and nowadays, LCD monitors are leading the monitor market in terms of space occupancy and performance It is true.

The LCD monitor generates a picture by applying a signal related to color and shape to a transparent plate called a liquid crystal screen, and generates a picture by illuminating a backlight from behind the transparent plate. Therefore, it is brighter and more vivid than a CRT monitor, .

In addition, irrespective of the type of monitor, visual overload occurs in black letters on a light background, resulting in eye fatigue and type distortion.

These symptoms are referred to as photosensitive dyslexia, and the syndrome known as the photosensitive dyslexia refers to a phenomenon in which the text or type of a document is distorted due to visual overload when a document is viewed for a certain period of time in various lights such as a fluorescent lamp.

However, since no device or program for mitigating the above-mentioned photosensitive dyslexia is provided, it is possible to use the screen color which is displayed as the background of the whole or document set by the computer operating system as it is, And the protection of the eyes is not done.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a method and apparatus for preventing a visual dyslexia or a user who wants to reduce eye fatigue And a method of setting a color of a light protection screen using the same.

Another object of the present invention is to set a color that a user feels comfortable with, and to set and use the color of a light protection screen so as to minimize the fatigue of eyes of a patient suffering from photosensitive dyslexia or a computer user for a long period of time , A light protection filter engine that can prevent ophthalmological diseases and improve work efficiency, and a method of setting a color of a light protection screen using the same.

According to an aspect of the present invention, there is provided a method of controlling a personal computer (PC) using a monitor screen of a personal computer (PC) using a light protection screen color for individuals who have visual dyslexia symptoms or want to reduce eye fatigue The optical protection filter engine is driven by an optical protection filter engine provided so as to allow the user to select a color which the user feels comfortable in accordance with the execution command of the user's optical protection filter setting, The color screen information is simultaneously or sequentially provided to the monitor screen in such a manner that the color screens are mutually compared with each other, and the screen of the personal computer (PC) is filtered by the color of the light protection screen based on the collected color screen information And a driving method of the optical protection filter.

Preferably, the optical protection filter mode is further provided with a light protection filter mode in which the user can select a setting range of the light protection screen color to be set by the user for driving the light protection filter engine, Screen or a specific document program.

Preferably, a concentration adjustment mode of the light protection filter is provided to enable the user to finely adjust the screen concentration of the predetermined light protection filter for driving the light protection filter engine.

Preferably, the color used for the light protection filter is determined based on a reference color of white and an activation ratio of three kinds of cell groups constituting the human retina, and is classified into equally spaced gray, yellow, orange, misty rose , Pink, Purple, Blue, Aqua (Cyan), Mint Cream, and Lime Green.

Preferably, the optical protection filter engine may be provided in one of a form of a program file that is downloaded on-line or stored on a recording medium that is obtained offline.

According to an aspect of the present invention, there is provided a method of setting a color of a light protection screen of a monitor using a light filter engine driven by a personal computer, the method comprising the steps of: (a) Sequentially providing a reference color screen and a single or a plurality of comparison color screens on a monitor screen in a manner of mutually comparing them; (b) the light protection filter engine collecting color screen selection information selected by a user for a plurality of comparison color screens; (c) providing the collected color screen selection information to the one screen so that the user can select the secondary color screen, and collecting one secondary color screen selection information corresponding thereto; (d) providing a plurality of final color screens in which the light protection filter engine is finely adjusted in density based on the collected secondary color screen selection information, and collecting the final color screen selection information; And (e) filtering the monitor screen of the personal computer with the color of the light protection screen based on the collected final color screen selection information of the light protection filter engine.

In the step (a), the reference color of white and the color of 10 colors (Gray, Yellow, Orange, misty Rose, Pink, Purple, Blue, Aqua (Cyan), Mint Cream, Lime Green) At least two color screens selected from among the at least two color screens.

In addition, the method of the present invention may further include: (f) a light protection filter mode step of providing a setting range of a light protection screen color selectively only for a full screen of a monitor or a specific document program; And (g) a density adjustment mode step for providing a user with the ability to precisely select and adjust the density of the predetermined light protection screen color.

As described above, according to the optical protection filter engine and the light protection screen color setting method using the same according to the present invention, it is possible to minimize the fatigue and visual stress of the eyes of a patient having visual dyslexia or a computer user working for a long time It has an action effect.

That is, the dyslexic patients have the effect of alleviating the symptoms of the dyslexia of the dysphoria, and the general people can provide the effect of less eye fatigue even if they are concentrated on the monitor for a long time.

In addition, the present invention can alleviate the stress concentrated on the eyes through the setting of the color of the light protection screen that matches the characteristics of the individual eye, thereby enhancing the concentration and work efficiency of the computer user, It is possible to provide an action effect that can prevent ophthalmic diseases in advance.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

2 is a block diagram illustrating an internal functional block of the optical protection filter engine according to an embodiment of the present invention. The process of selecting the comparison color screen by the user in accordance with the execution of the light protection filter engine according to FIG.

As shown in FIG. 1, the optical protection filter engine according to the present invention is installed in a personal computer 10 which is commonly used by individuals who have visual dyslexia symptoms or who want to reduce eye fatigue (visual stress) The background color of the screen of the monitor 11 can be adjusted to the color desired by the individual.

The optical protection filter engine 100 monitors the reference color screen and the plurality of comparison color screens so that the user can easily select a color that the user feels comfortable in accordance with the execution command of the optical protection filter setting input by the user. Provide them sequentially on the screen.

Here, the color to be compared may be one or more.

At this time, the color used as the light protection filter was analyzed based on the reference color of white and the activation ratio of three kinds of cell groups constituting the human retina, and gray, yellow, orange, misty rose, pink , Purple, Blue, Aqua (Cyan), Mint Cream, and Lime Green, and combinations thereof.

Here, the reason why the 11 colors and combinations thereof are provided is that the retinal optic nerve cell that detects the color is con cell, and the con cell has three different kinds of wavelengths to be absorbed, and L -con cells, M-con cells, and S-con cells.

The L-cons has a maximum sensitivity at 565 nm, the M-cons at 545 nm, and the S-cons at 445 nm, and distinguishes colors in the brain through electrical and chemical signals generated according to the activity ratios of the respective cell groups. Accordingly, in the present invention, the activating ratios of the three types of cell groups are analyzed, and colors are selected at equal intervals, and the preferred colors according to individual differences can be selected through the combination of these colors.

Then, the optical protection filter engine 100 collects the color screen information selected by the user, and displays the screen of the monitor 11 of the personal computer 10 on the basis of the color screen information collected according to the user's selection input Filter by screen colors.

In addition, when the user selects a plurality of color screens, the optical protection filter engine 100 allows the user to select a more precise satisfaction value by overlapping the selected two colors and applying hue saturation and brightness variations to the optical protection filter engine 100, It can also be applied in color.

2, the optical protection filter engine 100 includes a light protection filter mode 101 and a density adjustment mode 102. The light protection filter engine 100 includes a light- A mode selection window of a light protection filter mode is provided so that a user can select a setting range of the color of the light protection screen to be set by using the mode 101. [

Here, the setting range of the optical protection filter mode may be a full screen of the monitor 11 or a specific document program, and a specific document program may include all commonly used documents such as MS word, Korean, PDF, .

In addition, the optical protection filter engine 100 provides a selection window of a density adjustment mode of a light protection filter that allows the user to finely adjust the screen density of a predetermined light protection filter by using the density adjustment mode 102 .

The optical protection filter engine 100 may be provided in a form of a program file downloaded from a providing server (not shown) on-line or stored in a recording medium 12 obtained offline.

4 is a flowchart illustrating a method of setting a color protection screen color using an optical protection filter engine according to an embodiment of the present invention.

First, the optical protection filter engine 100 installed and installed in the personal computer 10 obtains an execution command of the optical protection filter setting inputted from the user, Are sequentially provided on a monitor screen in a mutually comparing manner (S101). In the step (a), a color screen to which a reference color of white and 10 comparison colors (Gray, Yellow, Orange, Misty Rose, Pink, Purple, Blue, Aqua (Cyan), Mint Cream, Lime Green) By mixing these colors together, it is possible to implement a plurality of combinations, thereby providing the user with the ability to select colors most comfortable for the individual.

Next, the optical protection filter engine 100 collects color screen selection information selected by the user for a plurality of comparison color screens (S102).

Next, the light protection filter engine 100 provides the collected color screen selection information to one screen so that the user can select the secondary color screen, and collects one secondary color screen selection information according to the selected color screen selection information (S103).

Next, the optical protection filter engine 100 provides a plurality of final color screens whose density is finely adjusted based on the collected secondary color screen selection information, and collects final color screen selection information corresponding thereto (S104) .

Next, the light protection filter engine 100 filters the screen of the monitor 11 of the personal computer 10 to the color of the light protection screen based on the collected final color screen selection information (S105).

FIG. 3 is a diagram illustrating a process of the user selecting a comparison color screen according to the execution of the optical protection filter engine 100 according to the present invention. FIG. 3 (a) FIG. 3 (b) shows a process of selecting a secondary color screen based on collected color screen selection information in step S103, and FIG. 3 (C) shows a plurality of final color screen selection processes in which the density is finely adjusted based on the secondary color screen selection information in step S104.

Next, the optical protection filter engine 100 uses a light protection filter mode 101 so that a user can selectively set a light protection screen color setting range only for a full screen of the monitor or a specific document program. (S106). ≪ / RTI >

The light protection filter engine 100 may further provide a selection window for the density adjustment mode so that the user can finely select and adjust the density of the predetermined light protection screen color using the density adjustment mode 102 S107).

In the optical protection filter engine of the present invention and the optical protection surface color setting method using the same as described above, the user of the personal computer 10 drives a program requiring accurate color during the operation of the optical protection filter engine 100 In this case, it is possible to control the screen color setting of the light protection filter to be automatically released immediately. In such a case, the application of the program requiring the correct color is applied at the same time. For example, the design program, the presentation program, .

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

1 is a block diagram of a system in which a light protection filter engine according to an embodiment of the present invention is mounted;

2 is a block diagram of an internal functional block of the optical protection filter engine according to the present invention,

3 is a reference view illustrating a process of a user selecting a comparison color screen according to the execution of the optical protection filter engine according to the present invention.

4 is a flowchart illustrating a method of setting a color protection screen color using an optical protection filter engine according to an embodiment of the present invention.

Description of the Related Art

10: personal computer (PC) 11: monitor

12: Recording medium

100: Optical protection filter engine 101: Optical protection filter mode

102: Density adjustment mode

Claims (8)

Powered by a light-protection filter engine that allows you to set the monitor screen of your personal computer (PC) to a light protection screen color for individuals who have visual dyslexia or want to reduce eye fatigue (visual stress) And, Driving the light protection filter engine, The color screen information is collected by sequentially providing the reference color screen and the single or plural comparison color screens in such a manner that the comparison color screens are mutually compared with each other in order to select a color that the user feels comfortable according to the execution command of the user's optical protection filter setting , And filtering the screen of the personal computer (PC) with the color of the light protection screen based on the collected color screen information, The color used for the light protection filter is a white reference color, Purple, Blue, Aqua (Cyan), Mint Cream, and Lime Green, which are divided into equal intervals according to the activation ratio of three kinds of cell groups constituting the human retina. And a plurality of colors are combined with each other to form a plurality of colors. The method according to claim 1, For driving the light protection filter engine, There is also a light protection filter mode that allows you to select the setting range of the light protection screen color you want to set, Wherein the setting range of the light protection filter mode is either a full screen of a monitor or a specific document program. The method according to claim 1, For driving the light protection filter engine, Further comprising a density adjustment mode of a light protection filter that allows the user to finely adjust the screen density of the predetermined light protection filter. delete The method according to claim 1, The light protection filter engine includes: And a program file format that is downloaded on-line or stored on a recording medium that is available offline. A method of setting a light protection screen color of a monitor using a light protection filter engine driven by a personal computer, (a) the optical protection filter engine sequentially providing a reference color screen and a single or a plurality of comparison color screens in a manner of mutually comparing on a monitor screen according to an execution command of a light protection filter setting inputted from a user; (b) the light protection filter engine collecting color screen selection information selected by a user for a plurality of comparison color screens; (c) providing the collected color screen selection information to the one screen so that the user can select the secondary color screen, and collecting one secondary color screen selection information corresponding thereto; (d) providing a plurality of final color screens in which the light protection filter engine is finely adjusted in density based on the collected secondary color screen selection information, and collecting the final color screen selection information; And (e) filtering the monitor screen of the personal computer with the color of the light protection screen based on the collected final color screen selection information of the light protection filter engine; Wherein the light shielding screen color setting method comprises the steps of: The method according to claim 6, The step (a) The white reference color, At least two color screens selected from among 10 comparative colors (Gray, Yellow, Orange, Misty Rose, Pink, Purple, Blue, Aqua (Cyan), Mint Cream, Lime Green) Wherein the light shielding screen color setting method comprises the steps of: 8. The method according to claim 6 or 7, (f) a light protection filter mode step that allows the user to selectively set the setting range of the light protection screen color only for the entire screen of the monitor or the specific document program; And (g) a density adjustment mode step in which the user can finely select and adjust the density of the predetermined light protection screen color; Further comprising the steps of: detecting a color of the screen;

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