KR102019217B1 - Visual disturbance system based on eye image information - Google Patents

Abstract

A visual disturbance system by irradiating a laser to an eyeball comprises: an eyeball image searching unit detecting an eyeball based on a plurality of predetermined eyeball image information; a pupil area acquisition unit acquiring and labeling the detected eyeball image and extracting a pupil pattern from the eyeball image to obtain pupil area information; an eyeball tracking unit focusing a pupil based on the pupil area information to track eyeball movement; and a laser irradiation unit irradiating a laser in a specific range varied in predetermined time units based on the eyeball movement.

Description

Visual disturbance system based on eye image information

The present invention relates to a system for disturbing the field of view by irradiating a laser to the eye, and in particular, the system stores a plurality of eye image information in the system to search for an actual eye similar to the eye image information, and extracts the pupil pattern of the found eye. Focusing the pupil to emit infrared light to obtain the eye movement information, based on the eye movement information is a field of view disturbance system based on eye image information that can disturb the enemy's view by irradiating a laser to the eye.

Emerging technology trends research firm TechNavio of London announced in July 2017 that the eye tracking market will grow at an average annual rate of over 40% by 2021.

The report, released in November 2015, forecasts an annual average market growth rate of 35.2%, which is an upward revision of the previous forecast. This is because the eye tracking technology is a technology used in a wide range of fields, not a technology used in a specific field. Eye tracking technology is widely used in medicine, psychology, packaging research, human factors and simulation as well as VR, advertising and neuro marketing, and is making efforts to develop eye tracking technology around the world.

In particular, the military sector is developing a technology that combines eye tracking technology.

However, the reality is that the preparations for such measures and solutions are insufficient. There have been a number of technical attempts on eye tracking, among which, typically, " head tracker and eye tracker integrated eye tracking system and method thereof (Registration No. 10-1213596, hereinafter referred to as Patent Document 1). ) "Exists.

The patent document 1 relates to a gaze tracking system in which a head tracker and an eye tracker are integrated. After recognizing the structure of a user's helmet, the helmet position information and the helmet direction information are estimated on a first three-dimensional coordinate system. A head tracker which calculates and synchronizes the calculated helmet position information and helmet direction information according to the received synchronization signal, and tracks the eye gaze direction of the user to calculate eye gaze direction information on a second three-dimensional coordinate system. An eye tracker for synchronizing and transmitting direction information according to the received synchronization signal, and receiving the helmet position information, helmet direction information, and gaze direction information, and using the received helmet position information, helmet direction information, and gaze direction information. The gaze direction of the user is integrated with the first three-dimensional coordinate system and the second three-dimensional coordinate system. 3 is calculated on the three-dimensional coordinate system, and configure the head tracker and eye gaze tracker system is integrated to an integrated controller for display.

Similarly, "a system and method for identifying a user's interest using eye tracking (registration number 10-1564967, hereinafter referred to as patent document 2)" also exist.

Patent Literature 2 relates to a system for identifying a user's interest using eye tracking, and more specifically, an eye including an environment observation camera for obtaining an environment image in a user's gaze direction and a pupil observation camera for obtaining a pupil location of a user. Tracking module; An image superimposition module which combines and superimposes the pupil positions in the same phase on the environment image; And an analysis module which grasps an object in which the user's pupil is located as an object of interest from the image superimposed by the image superimposition module. The present invention relates to a method for identifying a user's interest using eye tracking, and more specifically, (1) obtaining an environment image of a user's gaze direction from an environment observation camera, and obtaining a pupil position of the user from the pupil observation camera; (2) combining and acquiring the acquired environment image and the pupil position in the same phase; And (3) identifying, from the superimposed image, an object in which the user's pupil is located in the environment image as an object of interest of the user.

According to a system and method for identifying a user's interest using eye tracking proposed by the present invention, an environment image in a user's gaze direction is obtained from an environment observation camera, and a pupil position of the user is obtained from a pupil observation camera, thereby obtaining an environment image and a pupil By grasping the user's object of interest from the image superimposed on the same phase, the user's object of interest can be identified easily and accurately through a wearable computer equipped with an environmental observation camera and a pupil observation camera.

There is also "eye tracking through a depth camera (Publication No. 10-2016-0024986, hereinafter referred to as Patent Document 3)".

In the case of Patent Document 3, an embodiment related to tracking the eyes of a user based on time-of-flight depth image data of the user's eyes is disclosed. For example, one disclosed embodiment uses a light source, a depth sensor with an unrestricted baseline distance, a sensing subsystem configured to obtain a two-dimensional image of a user's eye and depth data of the user's eye, and to emit light. Control the light source, control the detection subsystem to obtain a two-dimensional image of the user's eye while illuminating the light source, control the detection subsystem to obtain depth data of the user's eye, and the user's eye from the two-dimensional image And a logic subsystem configured to determine a gaze direction of the gaze direction, and determine a location on the display where the gaze direction of the user intersects the display based on the gaze direction and depth data, and output the location.

There is also "eye tracking and user response detection (registration no. 10-1855196, hereinafter referred to as patent document 4)".

In the case of Patent Document 4, a method, system, and apparatus are disclosed for visual sensing and tracking of eye movements. In one aspect, an apparatus for obtaining eye dynamics data of a user includes a display screen for representing at least one or more content. The device includes an eye sensing module for obtaining eye dynamics data of the user including the gaze movement of the user while presenting the at least one content on the display screen. The apparatus includes a processor in communication with the eye sensing module. The processor may determine a user's response to the at least one content displayed on the display screen based at least in part on the user's eye dynamics data.

Finally, there is also a "eye tracking apparatus and method (registration number 10-1395819, hereinafter referred to as patent document 5)."

In the case of Patent Document 5, the gaze tracking device is a front camera positioned to face the front of the user to generate a front image, an eye camera positioned to face the user's eyes, and an eye image according to a predetermined command. And a memory for storing instructions and a processor for tracking the eyes of the user with reference to the user, and pointing an object on the front image corresponding to the eyes of the user, wherein the instructions are an eye image when the user gazes at a vertex of a predetermined rectangle. Extracting a first pupil coordinate from the image, calculating a coordinate of a front image corresponding to the first pupil coordinate according to a predetermined conversion equation, calculating an error between the coordinate of the front image and a reference coordinate that is a coordinate of a vertex, and an error Generating a correction transformation by correcting the transformation such that is reduced from the eye image. Extracting a second pupil coordinate and calculating a coordinate of a front image corresponding to the second pupil coordinate according to a correction transformation equation, and pointing an object corresponding to the coordinate of the front image.

Registration No. 10-1213596 Registration No. 10-1564967 Publication No. 10-2016-0024986 Registration No. 10-1855196 Registration No. 10-1395819

The visual disturbance system based on the eyeball image information according to the present invention has been devised to solve the conventional problems as described above, and presents the following problems to be solved.

First, when fighting with the enemy, the enemy's eyeballs can be detected and where the eyes are focused, so that advantageous tactical operations can be planned.

Second, in the encounter with the enemy, laser damage is applied to the eye to disrupt the view, minimizing the damage of allies.

Third, by irradiating the variable laser, the enemy can disable the defense against the laser to lower the morale of the enemy.

The problem of the present invention is not limited to those mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

The visual disturbance system based on the eyeball image information according to the present invention has the following problem solving means for the problem to be solved.

According to the present invention, there is provided a system for visually disturbing a vision based on eye image information, the system for disturbing a visual field by irradiating a laser to the eye, the eye image searching unit detecting the eye based on a plurality of eye image information stored in advance; A pupil area acquisition unit for acquiring and labeling the detected eyeball and extracting a pupil pattern from the eyeball image to obtain pupil area information; An eye tracker for tracking the eye movement by focusing the pupil based on the pupil area information; And based on the eye movement, it may be characterized in that it comprises a laser irradiation unit for irradiating the laser in a specific range that varies in a predetermined time unit to the eye.

The visual disturbance system of the visual disturbance system based on the eyeball image information according to the present invention obtains the pupil area information based on the plurality of eyeball image information stored in advance, and controls the laser beam irradiated to the eyeball. It may be characterized in that it further comprises a laser control unit.

The laser controller of the visual disturbance system based on the eyeball image information according to the present invention, the eyeball image storage unit for storing the plurality of eyeball image information in advance; An eyeball search unit for searching for an image matching the plurality of eyeball image information pre-stored; An area information receiving unit connected to the pupil area obtaining unit through a communication network to receive the pupil area information extracted from the image of the eyeball detected by the eye searching unit; An infrared recorder configured to record the direction of the infrared rays reflected from the pupil by projecting the infrared ray to the pupil based on the received pupil area information; A motion information acquisition unit for acquiring eye movement information which is motion information of the eye whenever the eye moves, based on the direction of infrared rays reflected from the pupil; A laser tracking unit connected to the laser irradiation unit through a communication network to allow the laser irradiation unit to track the eye movement based on the eye movement information; And a frequency band allocator configured to apply a frequency band of a specific range that varies in the predetermined time unit when the laser tracker tracks the eye movement for a predetermined time.

The laser irradiation unit of the visual field disturbance system based on the eyeball image information according to the present invention, the light generating the laser on the basis of the laser frequency band of a specific range that varies in the predetermined time unit applied from the frequency band allocation unit Generator; And a light emitting part emitting the laser generated by the light generating part to the eyeball based on the eyeball movement information.

The light generating unit of the visual field disturbance system based on the eyeball image information according to the present invention is to allow the predetermined light to be transmitted to face the reflective plate and the reflective plate that can reflect light. A light reflector comprising a transmissive plate to resonate the light to generate the laser; An optical medium unit positioned between the light reflecting units to generate energy when the energy is supplied; And an energy supply unit configured to supply the energy to the optical medium based on a specific range of frequency bands applied in the predetermined time unit.

The visual field disturbance system based on the eyeball image information according to the present invention having the above configuration provides the following effects.

First, the eye movement can be tracked, so that the target of the enemy can be grasped, and the tactical operation can be prepared for it.

Second, in the face of enemy forces and all-out warfare, lasers can be irradiated to the eye to disrupt the enemy's view, leading to favorable situations.

Third, even if the enemy prepares a defense against the laser, by applying a variable laser to the eye, it can be made useless.

The effects of the present invention are not limited to those mentioned above, and other effects that are not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a conceptual diagram illustrating a visual disturbance system based on eyeball image information according to an exemplary embodiment of the present invention.
2 is a conceptual diagram of labeling an eye detected by a visual disturbance system based on eye image information according to an exemplary embodiment of the present invention.
3 is a conceptual diagram of obtaining infrared reflected light by radiating infrared rays to an eye detected by an eye tracker constituting a visual field disturbance system based on eye image information according to an exemplary embodiment of the present invention.
4 is a block diagram of a visual disturbance system based on eye image information, in accordance with a preferred embodiment of the present invention.
FIG. 5 is a block diagram of a laser control unit constituting a visual field disturbance system based on eye image information according to an exemplary embodiment of the present invention.
FIG. 6 is a block diagram of a laser irradiator constituting a visual field disturbance system based on eyeball image information according to an exemplary embodiment of the present invention.
7 is a block diagram of a light generating unit configuring a visual field disturbance system based on eyeball image information according to an exemplary embodiment of the present invention.
FIG. 8 is a conceptual view in which a laser is generated and radiated from a light generating unit constituting a visual field disturbance system based on eyeball image information according to an exemplary embodiment of the present invention.

The visual disturbance system based on the eyeball image information according to the present invention may be modified in various ways and have various embodiments. Specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all changes, equivalents, and substitutes included in the technical spirit and scope of the present invention.

1 is a conceptual diagram illustrating a visual disturbance system based on eyeball image information according to an exemplary embodiment of the present invention. 2 is a conceptual diagram of labeling an eye detected by a visual disturbance system based on eye image information according to an exemplary embodiment of the present invention. 3 is a conceptual diagram of obtaining infrared reflected light by radiating infrared rays to an eye detected by an eye tracker constituting a visual field disturbance system based on eye image information according to an exemplary embodiment of the present invention. 4 is a block diagram of a visual disturbance system based on eye image information, in accordance with a preferred embodiment of the present invention. FIG. 5 is a block diagram of a laser control unit constituting a visual field disturbance system based on eye image information according to an exemplary embodiment of the present invention. FIG. 6 is a block diagram of a laser irradiator constituting a visual field disturbance system based on eyeball image information according to an exemplary embodiment of the present invention. 7 is a block diagram of a light generating unit configuring a visual field disturbance system based on eyeball image information according to an exemplary embodiment of the present invention. FIG. 8 is a conceptual view in which a laser is generated and radiated from a light generating unit constituting a visual field disturbance system based on eyeball image information according to an exemplary embodiment of the present invention.

As the visual disturbance system based on the eyeball image information according to the present invention is shown in Figure 1, basically, the system for performing the functions to be disclosed in the present invention is a human eye 10, laser 82, eyeball image search The unit 110, the pupil area obtaining unit 120, the eye tracking unit 130, the laser irradiation unit 140, and the laser controller 150 may be included.

The eyeball image searching unit 110, the pupil area obtaining unit 120, the eyeball tracking unit 130, and the laser irradiation unit 140 may be connected to the laser control unit 150 through a communication network.

The communication network according to the present invention can be used as a concept including the Internet, an intranet, a wired / wireless communication network, a mobile communication network, and the like.

The eye image searching unit 110, the pupil area obtaining unit 120, the eye tracking unit 130, and the laser irradiating unit 140 may be one module in which all functions are installed, and the laser control unit 150 may be used. Each module may be operated.

As shown in FIG. 4, in the visual field disturbance system 100 based on the eyeball image information, the visual field disturbance system 100 includes an eyeball image search unit 110, a pupil area obtainer 120, and an eyeball tracker 130. The laser irradiation unit 140 and the laser controller 150 may be included.

The eyeball image searcher 110 may acquire the detected eyeball image 40 by searching for an image matching the eyeball image 30 that is previously stored in communication with the laser controller 150 through a communication network.

The eyeball image 30 previously stored in the visual disturbance system 100 may search for an image to which the eyeball image searcher 110 matches.

The communication network according to the present invention can be used as a concept including the Internet, an intranet, a wired / wireless communication network, a mobile communication network, and the like.

Therefore, the eyeball image search unit 110 may be a terminal equipped with a communication function, a photographing function, and a sensing function. However, the eyeball image search unit 110 of the present invention searches for the eyeball image 40 detected based on the eyeball image 30 stored in advance through a network including the Internet, an intranet, a wired / wireless communication network, a mobile communication network, and the like. If it can, the role of the eyeball image search unit 110 in the present invention can be any number of the specific form.

The plurality of pre-stored eyeball image information referred to in the present invention may be visual information such as black, white, yellow man, that is, pictures, videos, and pictures of eyeballs different for each person.

The pupil area acquiring unit 120 labels the detected eyeball image 40. After binarizing the detected eyeball image 40, the pupil area acquirer 120 detects the pupil pattern 50 of the detected eyeball image 40. Can be extracted.

As shown in FIG. 2, the visual disturbance system based on the eyeball image information labels the eyeball image 40 detected by the pupil area acquisition unit 120, and binarizes the detected eyeball image 40. As a result, the pupil pattern 50 may be extracted to obtain pupil region information 60 which is a medium for the visual disturbance system 100 to focus on the pupil 20.

The pupil area information 60 mentioned in the present invention is a concept that the visual field disturbance system 100 is a medium for irradiating the laser 82 to the enemy eye 10, and the eye area detected by the pupil area acquisition unit 120 is described. The image 40 is binarized to perform labeling, and the pupil pattern 50 is extracted from the labeled detected eye image 40, and the visual field disturbance system 100 is a center point for irradiating a laser onto the pupil pattern 50. May be defined as pupil area information 60.

For example, the pupil area obtaining unit 120 binarizes the detected eye images 40, groups the same pixel values, and divides them into black and white to extract the pupil pattern 50 to obtain the pupil area information 60. Can be.

In order for the visual disturbance system 100 to binarize an image, the threshold value, which is a standard for binarization, is preset to 100, and when binarization is performed, a pixel value of 100 or less of the detected eye image 40 is set to 0 and black. In addition, a pixel value of 100 or more is designated as 255 to be divided into white, and the detected eye image 40 retains only black and white color. In this case, the black part is extracted into the pupil pattern 50 to visually disturb the system. The pupil 100 may obtain the pupil area information 60, which is a center point for irradiating the laser.

The eyeball tracking unit 130 is configured to obtain eye movement information 70 which is motion information of the eyeball 10 by emitting infrared rays 154a to the pupil area information 60.

The laser irradiation unit 140 is configured to irradiate a laser to the eyeball 10 based on the obtained eye movement information 70.

The laser controller 150 may be connected to the eye image search unit 110, the pupil area obtainer 120, the eye tracker 130, and the laser irradiator 140 through a communication network to irradiate a laser to the eye 10. To control the configuration.

In the visual field disturbance system based on the eyeball image information according to the present invention, as shown in FIG. 3, the acquired pupil region information 60 is transmitted to the region information receiver 153 of the laser controller 150, and the region information receiver Based on the pupil area information 60 received by the 153, the eye tracking unit 130 focuses the pupil area information 60 to emit infrared rays 154a toward the pupil 20. The reflected light reflected from the eyeball 10 may detect the infrared reflected light 154b.

In the visual disturbance system based on eyeball image information according to the present invention, as shown in FIG. 5, the laser controller 150 includes an eyeball image storage unit 151, an eyeball searcher 152, an area information receiver 153, The infrared recorder 154, the exercise information acquirer 155, the laser tracker 156, and the frequency band allocator 157 may be included.

The eyeball image storage unit 151 is configured to store a plurality of eyeball images.

The eyeball searcher 152 is connected to the eyeball image searcher 110 through a communication network to control and search for an image matching the eyeball image 30 previously stored in the eyeball image storage unit.

The area information receiving unit 153 labels the detected eye image 40 searched by the eyeball searching unit 152 in the pupil area obtaining unit 120, and then obtains the pupil area information 60. 60 is a configuration that can be received so that the field disturbance system 100 can utilize.

The infrared recording unit 154 records the infrared reflected light 154b detected by the eye tracker 130 and communicates the direction of the infrared reflected light 154b detected by the eye tracker 130 with the eye tracker 130. It can be recorded in the infrared recording unit 154 connected to.

For example, it is possible to focus on the pupil area information 60 which is the pupil pattern of the enemy, and emit infrared rays 154a to the pupil area information 60 of the enemy.

The infrared ray 154a emitted by the enemy pupil area information 60 is reflected by the enemy eye 10 and reflected by the infrared reflected light 154b. The eye tracker 130 detects the infrared reflected light 154b, and the infrared ray The recording unit 154 may record the detected infrared reflected light 154b.

The exercise information obtaining unit 155 measures the direction of the infrared ray 154a and the infrared ray emitting light 154b emitted to the pupil area information 60 which is the center point of the eyeball 10 to obtain the eyeball movement information 70 which is the movement of the eyeball. It is a configuration that can be obtained.

The exercise information obtaining unit 155 connects the pupil area information 60 of the infrared reflected light 154b recorded in the infrared recorder 154 with the pupil area information 60 of the reflected light 154a that was first radiated, thereby providing the eyeball 10. The eye movement information 70 which is motion information of may be obtained.

Since the pupil area information 60 may be referred to as the center point of the eyeball 10, it is possible to know how much the eyeball 10 has moved in which direction by interconnecting the direction of movement of the pupil area information 60.

The laser tracking unit 156 is configured to allow the laser irradiation unit 140 to track the eyeball 10 based on the obtained eye movement information 70.

The frequency band allocator 157 is configured to apply a specific range of frequency bands varying by a predetermined time unit to the laser irradiator 140. For example, the frequency band is 1 minute even when an enemy soldier protects the laser. When irradiating the enemy with a laser that is variable in units, the laser frequency band is changed in units of 1 minute to disable the defense of the enemy laser.

In the visual disturbance system based on the eyeball image information according to the present invention, as shown in FIG. 6, the laser irradiator may include a light generator 141 and a light emitter 142.

The light generator 141 is configured to generate the laser 82. The laser tracer 156 uses the laser 82 generated by the light generator 141 based on the eyeball movement information 70. By tracking the movement of the light emitter 142 may irradiate the eyeball 10 with the laser 82 based on the eye movement information 70.

As shown in FIG. 7, the light generating unit 141 may include a light reflecting unit 141a, a light medium unit 141b, and an energy supply unit 141c. have.

Referring to Fig. 8, the light reflecting portion 141a is configured to allow a predetermined light to pass through the reflective plate 141a- (1) and the reflective plate that can reflect light. The transparent plate 141a-(2) may be included. A light reflector configured to generate the laser by resonating the light;

An optical medium portion 141b is disposed between the reflective plate 141a- (1) and the transparent plate 141a- (2), and the frequency band allocation portion 157 generates light. When a specific range of frequency bands varying by a predetermined time unit is applied to the unit 141, the energy supply unit 141c transmits energy to the optical medium unit 141b based on a specific range of frequency bands varying by a predetermined time unit. Can supply

The energy mentioned in the present invention may be electricity or light, and the light medium unit 141b is not limited thereto as long as the light medium unit 141b can generate light by receiving energy.

When energy is supplied to the light medium portion 141b, the light medium portion 141b generates light, and the generated light is reflected plate 141a- (1) and transparent plate 141a- ( The laser can be generated by reflecting at a very high speed between 2)).

By using a catalyst having a wide wavelength band as the optical medium unit 141b, the energy supply unit 141c varies the amount of energy supplied based on a specific range of frequency bands varying by a predetermined time unit to the optical medium unit 141b. When supplied, the electrons in the optical medium 141b absorb energy to excite the electrons, and the energy retained is high. In this state, the energy possessed is high and unstable to generate light. When the electrons collide with light having the same wavelength as that generated at the moment when the electrons are excited, the laser 82 having the same wavelength, phase, and traveling direction can be generated. .

That is, when the light medium part 141b absorbs energy and becomes unstable to generate light, the generated light is reflected plate 141a- (1) and transparent plate 141a- ( 2)) to resonate at a very high speed.

When the light resonates in the light reflector 141a, a laser 82 is generated. The laser 82 is generated by adjusting the direction of the laser 82 generated by the light emitter 142 based on the eye movement information 70. Can be irradiated to the eye 10.

In the present invention, the method used to change the wavelength of the laser not only adjusts the amount of energy supply based on a specific range of frequency bands that vary by a predetermined time unit, but also the energy of the catalyst of the optical medium unit 141b. When supplied, a tunable laser can be generated using a catalyst that produces light with a broad wavelength range.

In the present invention, for example, when preparing for the defense of the enemy laser, the variable wavelength laser generates a laser having a variable wavelength and irradiates the eyeball 10 of the enemy to make the defense for the laser of the enemy useless. Efficient tactical operation is possible.

In the present invention, the light reflecting portion 141a uses a reflective plate 141a- (1) and a transmissive plate 141a- (2), which are reflective plates 141a- (1). When the light reflector 141a is used, when the light generated by the light medium unit 141b resonates, if the predetermined light is not transmitted, the light reflector 141a is damaged by heat generated from the resonant light. Damage may be prevented by using the reflective plate 141a- (1) and the transparent plate 141a- (2), which may cause damage.

The scope of the present invention is determined by the matters set forth in the claims, and the parentheses used in the claims are not for the purpose of selective limitation, but are used for the definite elements, and the description in the parentheses is also to be interpreted as an essential element. Should be.

10: eye 20: pupil
30: Prestored eyeball image 40: Detected eyeball image
50: pupil pattern 60: pupil area information
70: Eye Movement Information 80: Energy
81: light 82: laser
100: visual field disturbance system 110: eyeball image search unit
120: pupil area acquisition unit 130: eye tracking unit
140: laser irradiation unit 141: light generating unit
141a: light reflecting portion 141a- (1): reflective plate
141a- (2): transparent plate 141b: optical medium portion
141c: energy supply unit 150: laser control unit
151: eyeball image storage unit 152: eyeball search unit
153: area information receiving unit 154: infrared recording unit
154a: infrared 154b: infrared reflected light
155: exercise information acquisition unit 156: laser tracking unit
157: frequency band allocation unit

Claims (5)

delete In a system for irradiating a laser to the eye to disturb the view,
An eyeball image searching unit for detecting the eyeball based on a plurality of eyeball image information stored in advance;
A pupil area acquisition unit for acquiring and labeling the detected eyeball and extracting a pupil pattern from the eyeball image to obtain pupil area information;
An eye tracker for tracking the eye movement by focusing the pupil based on the pupil area information;
A laser irradiator which irradiates the eye with a specific range varying in a predetermined time unit based on the eye movement; And
And a laser controller for acquiring the pupil area information and controlling the laser beam irradiated to the eye, based on the pre-stored plurality of eyeball image information. .
The method of claim 2
The laser control unit,
An eyeball image storing unit which stores the plurality of eyeball image information in advance;
An eyeball search unit for searching for an image matching the plurality of eyeball image information pre-stored;
An area information receiving unit connected to the pupil area obtaining unit through a communication network to receive the pupil area information extracted from the image of the eyeball detected by the eye searching unit;
An infrared recorder configured to record the direction of the infrared rays reflected from the pupil by projecting the infrared ray to the pupil based on the received pupil area information;
A motion information acquisition unit for acquiring eye movement information which is motion information of the eye whenever the eye moves, based on the direction of infrared rays reflected from the pupil;
A laser tracking unit connected to the laser irradiation unit through a communication network to allow the laser irradiation unit to track the eye movement based on the eye movement information; And
If the laser tracking unit tracks the eye movement for a predetermined time, the eyeball image information, characterized in that it comprises a frequency band allocator for applying a specific range of frequency bands varying in the predetermined time unit to the laser irradiation unit Based visual disturbance system.
The method of claim 3,
The laser irradiation unit,
A light generator for generating the laser based on a laser frequency band in a specific range varying in the predetermined time unit applied by the frequency band allocator; And
And a light emitting unit for emitting the laser generated by the light generating unit to the eyeball based on the eyeball movement information.
The method of claim 4, wherein
The light generating unit,
The laser is composed of a reflective plate capable of reflecting light and a transmissive plate facing each other to allow the predetermined light to pass therethrough. A light reflector configured to generate a light;
An optical medium unit positioned between the light reflecting units to generate energy when the energy is supplied; And
And an energy supply unit for supplying the energy to the optical medium based on a specific range of frequency bands that vary in the predetermined time unit applied.

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