KR20190047981A - Color Inspection System Using Packing Box of LED Illuminator - Google Patents

Abstract

The present invention relates to a color sense inspection device using a packing box of an LED illuminator. The color sense inspection device using a packing box of an LED illuminator comprises: a housing (100) which is a packing box of an LED illuminator having a space formed therein to store and hold an LED illuminator (200) and being capable of performing color sense inspection when the LED illuminator (200) is removed therefrom; an observation port (110) wherein a prescribed area of one side thereof is penetrated to perform color sense inspection when the LED illuminator (200) is removed from the housing (100); a lighting coupling unit (120) wherein a light emitting unit of the LED lighting is coupled in the housing (100) to emit lights of RGB colors thereinto; a sample holding unit (130) which is arranged in the housing (100) in a direction of the other side of the observation port (110), and holds a visual target (140); and a control unit to store and transceive various color control and inspection results of RGB lighting for controlling a lighting color of the LED lighting. Color sense inspection is performed, and an inspected color is emitted by the LED illuminator (200) to allow a user to concentrate in lighting for increasing concentration to perform work.

Description

[0001] The present invention relates to a color inspection system using a packaging box of an LED illuminator,

The present invention relates to a method of enhancing concentration using color psychology, and more particularly, to a system for examining EEG by color stimulation of each individual and verifying and utilizing colors necessary for concentration or relaxation, The present invention relates to a concentration-enhancing tester capable of carrying a portable system by providing a system for concentration testing.

Various products such as acoustic system for improving concentration, fragrance therapy, bright lighting, concentration toys have been developed and used. However, the above-mentioned methods overlooked the problem that all people are made up of the same reaction statistics and can be changed by individual characteristics. The fact that it varies from person to person is still under study and EEG is one of the easiest ways to prove it.

Conventional EEG (Electroencephalogram) studies have shown that each part of the brain plays a different role and generally analyzes the waveform of each frequency band using frequency conversion rather than directly analyzing brain waves. Research using EEG has been conducted in a wide range of disciplines including color psychology, emotional engineering, and medical engineering.

Color psychology is a field of psychology, and various studies including research on the effect of color stimulation on brain sensory organs, functional analysis, etc., are going on in this field. Color psychology is used not only in medical field but also in beauty industry such as interior design, clothing, make-up, shopping, lighting, advertisement, industrial design, computer game, education and so on. Among them, color therapy and art therapy are applied as a typical application applied to the basic medical field of color psychology and actively used both domestically and abroad.

However, lack of precise evidence on the experimental methods and clinical results applied to various diagnoses and treatments using color, lack of accurate evidence on the experimental methods and clinical results applied to various diagnoses and treatments, and reproducible results according to the supply of various colors But it is subjective and applied only to physical therapy and beauty by experience.

In order for the human brain to maximize its abilities, psychological and physical days such as tiredness, tension, nervous anxiety, stress, and pressure that inhibit and interfere with brain activity should be appropriately resolved. We have tried to apply the lighting color and interior wallpaper color to the environment such as the bedroom, the study room, the office, etc., which relieve these psychological and physical factors and feel comfortable, but the data is insufficient due to personal opinions and objective results.

Electroencephalogram (EGG), one of the objective data, is an electrical signal that is non-invasively measured by an electrode attached to the brain surface with electrical activity of the brain. The electrical activity of the brain reflected in brain waves is determined by neurons, gliacells, and blood-brain barrier, which are mainly caused by nerve cells.

Cetaphas are more prevalent in children than in adults, which usually appear in the process of emotional stability or sleep. Memory, psychic, creativity, concentration, anxiety, and so on. Beta values appear predominantly in the frontal lobe and appear during all conscious activities, such as when awake, when speaking. In an unstable state or in tension, it appears predominantly in complex computation processing. Delta waves are predominantly characterized by deep sleep in normal people and in newborns.

Alpha waves appear mainly in relaxed conditions, such as relaxation, and the amplitude increases with more stable and relaxed conditions. In general, they appear continuously in the form of regular waves, with the greatest recorded in both genders and larynx and the smallest in frontal head. Especially when stable alpha waves appear, they close their eyes and are in a true state. When they open their eyes and look at an object, or become mentally excited, alpha waves are suppressed.

In general, known brain waves can be controlled by self-control of the body, that is, the neural or physiological state of the living body can be converted into some type of stimulation information to be transmitted to the living body, have.

Korean Patent Publication No. 10-2010-0039287 (Apr. 15, 2010)

The inventor of the present invention has proposed a simple color vision checker (hereinafter, simply referred to as " color vision checker ") for selecting a color that can solve the above-mentioned conventional problems and enhancing an individual's ability to concentrate, , And developed a color tester that makes it easy to perform personal color vision test everywhere to obtain information and easily apply the above contents to the LED lighting to increase the efficiency of work by increasing concentration. And has reached the completion of the invention.

Accordingly, it is an object of the present invention to provide a color tester using a packaging box of an LED illuminator.

An object of the present invention is to provide an LED lighting fixture which is capable of carrying out color vision inspection when the LED illuminator 200 is taken out of the housing 100);

An observer 110 which is configured to allow a predetermined area of one side of the LED illuminator 200 to pass through the housing 100 to perform a color vision inspection;

An illumination coupler 120 for coupling the light emitting portion of the LED illumination to the interior of the housing 100 to allow the RGB color light to be emitted therein;

A sample mounting part 130 provided inside the housing 100 in the other direction of the observation hole 110 and capable of mounting the target 140;

And a controller 300 for storing and communicating various color control and inspection results of the RGB illumination for controlling the illumination color of the LED illumination.

In addition, while the color vision inspection is performed in the housing 100 and the examinee reads the target 140, the light emitting unit 210 of the combined LED illumination emits one color light of two complementary colors one by one, Select the wavelength,

The target 120 includes difficulty level, font size, line spacing, word, figure or fingerprint according to education level.

The control unit 300 stores a plurality of illumination color information,

The control unit 300 can control the illumination color of the LED illuminator 200 by selecting any one of the stored illumination color information.

In addition, the control unit 300

A communication network using at least one selected from the group consisting of Bluetooth, Zigbee, UWB (Ultra Wide Band), RFID (Radio Frequency Identification) and Wi-Fi (Wireless Fidelity) And a color inspection device using the packaging box.

In the case of using the color vision tester using the packaging box of the LED illuminator according to the present invention, since the information of the brain waves responding to colors is different according to each personal visual characteristic, the color vision test capable of enhancing concentration can be easily performed .

In addition, the color of the illumination as described above can be stored in the LED illuminator, so that the illumination color can be easily emitted with the required color. It is easy to use for anyone who is not a one-time test. As described above, the present invention can be directly applied to color vision inspection and LED illuminator using the packaging box of the LED illuminator, so that it is possible to more easily select a customized color and illumination for the consumer.

1 is a schematic view of a housing containing an LED illuminator according to an embodiment of the present invention.
FIG. 2 is an external perspective view of a housing according to an embodiment of the present invention, and is a schematic view of an upper surface and a side surface of a side surface.
FIG. 3 is a schematic diagram of LED illumination coupling of a housing according to a temporal example of the invention.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings.

1 is an exemplary view of a color tester using a packaging box of an LED illuminator according to an embodiment of the present invention.

As shown in the figure, the housing 100, which is a packaging box of the LED illuminator, is provided with an internal space formed with the shock absorber so that the illuminator is not impacted when the illuminator is stored by holding the LED illuminator 200. When the LED illuminator 200 and the shock absorber are separated from each other in the housing 100, it is possible to use an external light shielding device and a white interior color test.

The housing 100 is a color selection unit for selecting a concentration color of an examinee capable of inspecting a subject by emitting light so as to examine the reaction of the subject by color such as improvement in concentration of the subject according to the characteristics of the subject and visual stress, And may be a housing 100 for irradiating light to select a reaction color used as a background color in a font.

A sample 140 is placed in the housing 100 and a sample 110 is placed on the sample holder 130 so that the reading sample can be viewed from the outside, The housing 100 is blocked so that external light is blocked except for the sphere 110, so that the sight line is not focused on the environment other than the target 140 during the examination.

The target 140 may be variously exchanged according to the education and reading ability of the examinee, and may include difficulty, font size, line spacing, word, graphic or fingerprint. Also, the target 140 is supplied as a read sample in which a character is already written, and the target is selected by the subject to be placed on the sample holder 130 in the housing 100 for use.

The index 140 indicated by the selected black color is installed in the sample holder 130 located inside the housing 100 and the housing with the white interior is provided with various RGB colors Can be diverted into the housing 100 and the target 140 can be read with various colors of the inside.

The LED illuminator 200 is coupled to the upper portion of the housing 100 to emit light of RGB color and is disposed inside the housing 100 So that light can be emitted. In addition, the RGB illumination diverges the RGB color light according to the RGB signals input through the control unit 300 to perform color selection tests such as concentration and visual stress.

The LED illuminator emits RGB color light. Light emitting diodes (LEDs) are classified as monolithic LED displays and hybrid LED displays. Due to the characteristics of semiconductors, it has great advantages in terms of processing speed, power consumption, and life span. It is popular as an electronic display part of various electronic products, and it does not cause snowing or short-circuit of elements like conventional bulb lamp. It is manufactured in a small size and widely used as various display devices, and its lifetime is high due to its semi-permanent lifetime (about 1 million hours).

It is a semiconductor device that emits light. It is used in electronic display boards such as various electronic products and automobile instrument panel. LED light color can realize RGB color. Depending on the content of impurities added, the wavelength varies depending on the content of the material. The wavelength ranges from 400 nm to 700 nm, which is the visible region of human light. The red wavelength is about 700 nm, the green wavelength is about 655 nm, 85 nanometers, and the orange color has a wavelength of 635 nanometers.

In the control unit 300, the LED illuminator is decoupled and controls the LED illumination color.

In this case, the RGB illumination color that can increase the concentration of the subject can be determined through the color vision inspection. The RGB illumination color thus identified is stored, and the controller 300 controls the LED illuminator 200 based on the stored RGB illumination color, .

A color vision test for enhancing concentration can be performed using a smart device, a mobile device, a tablet, a computer, and the like, and the test result can be transmitted to the LED illuminator 200.

 In the color hue inspection, twelve RGB colors are selected as complementary colors. The colors of complementary colors are opposite to each other. Red-green, red-yellow, orange-blue, orange-yellow, blue-yellow, yellow-green, yellow-green, . As an example, twelve complementary colors among 20 complementary colors can be selected.

Select a contrast background color, alternating between the two colors of the complementary color, and output a complementary color sample. For example, if the complementary color is red-cyan, the first is red and the second is cyan. And the third is red, and the fourth is repeated for a certain number of times or until it is selected as teal. By alternately outputting two colors, the contrast effect between the two colors is maximized. The maximized contrast effect as described above can ensure reliability and objectivity in user's color selection.

The result of the light reaction, which is sensed by the examinee, is transmitted to the control unit 300, so that two background colors are selected so as to be complementary to the complementary color of the response color, and are alternately output to output results.

The ability to distinguish between visual stress and comfort through reading tests means that a visual electrical signal for a word coming into the eye is fused in the brain and the color wavelength that causes stress in the process of speaking by mouth is the brain The energy is consumed more, and the photosensitivity reaction is caused, so that the reading speed is lowered and the difference is shown.

The color wavelength can vary depending on the individual's age, sex, occupation, environment, etc. as the individual's vision changes. Inputs personal information at the time of inspection, stores the input data in the server, analyzes the data, and predicts the change pattern of the color wavelength to select the color wavelength more easily. The server stores the change pattern data of the color wavelength according to the individual characteristics, selects the color wavelength corresponding to the inputted personal information, and transmits the selected color wavelength to the final color selecting unit.

The color selected by the controller 300 is transmitted to the LED illuminator 200 and stored. The color wavelengths selected by the stored illumination colors are stored in the portable storage device and the portable control device as well as the LED illuminator 200, so that the user can input the data of the subject to emit light of a selected color.

As described above, the color information of the selected color tone detector refers to RGB color information that can enhance the user's concentration or comfort through the reading test.

In this case, the controller 300 may store a plurality of illumination color information, and the controller 300 controls the illumination color by selecting one of the stored illumination color information. This is to provide a personalized customized color illumination that maximizes the concentration of each individual even if multiple people use the selected lighting device for the concentration enhancement according to one embodiment of the present invention.

That is, the LED illuminator 200 that emits the illumination color based on the color information selected through the controller 300 emits the stored data through the communication unit 230 in an illumination color that increases concentration .

At this time, the communication processor S50 uses at least one selected from Bluetooth, Zigbee, Ultra Wide Band (UWB), Radio Frequency Identification (RFID) and Wi-Fi A communication network can be used.

A typical portable device preferably uses Bluetooth and Wi-Fi. This is because most devices support Bluetooth and Wi-Fi. The communication unit 230 may include a MAC address (Media Access Control Address), an International Mobile Station Equipment Identity (IMEI), a User Device IDentification (UDID), and a Universal Unique Identifier And the universal unique IDentifier) to the storage unit 220 together with the illumination color information, and the control unit 210 stores unique identification information of an external device connected to the communication unit 230, And controls an illumination color of the LED illuminator or the RGB light emitting unit.

This can be confirmed by confirming the unique identification information of the external device to which the controller 300 is connected so that the user intends to use the RGB illumination device by the concentration-enhancing system according to an embodiment of the present invention. In other words, even if there is no separate request from the user, once the user is stored, it is possible to check the RGB lighting color which can increase the concentration when the user intends to increase the concentration, It is possible to solve the problem of setting.

A MAC address (media access control) address is an address of a network device in the MAC layer in a network structure, and is usually stored in the ROM of the network card.

A User Device IDentification (UDID) is an identifier for identifying a user device. It is a kind of serial number.

A Universally Unique Identifier (UUID) is a 128-bit number used to identify an object or entity on the Internet. It is a nearly uniquely identifiable identifier made up of a combination of space and time (up to about 3400 years), and is used for a variety of purposes ranging from extremely short time objects to permanent object identification. There is no registration procedure for certification bodies, but only a unique identification number of the generic single identifier generation program is required. For example, if a certain product's MAC address is stored in a specific server, a problem such as leakage of personal information may occur, so that it can be used as an identifier for storing and storing a MAC address.

Various unique identification information (identifiers) have been described above, and one device can have a plurality of unique identification information.

For example, if the mobile phone is capable of Wi-Fi and Bluetooth communication, it has various unique identification information such as an identifier (UDID) of the mobile phone device itself, a MAC address for the Wi-Fi chip, and a MAC address for the Bluetooth chip.

In conclusion, the RGB illumination device for enhancing concentration according to an embodiment of the present invention is further developed in an emotional LED capable of expressing various colors, The illumination may provide an LED illumination device or an RGB illumination device.

The light color that can enhance the concentration can be confirmed through the color vision test.

In order to select a color, two wavelengths of complementary colors are emitted one by one, and the target of the word sequence is read to the end.

- When in the time priority mode

The control unit 300 automatically checks the read time for each color wavelength, and selects and stores two read color wavelengths in the shortest time.

- When the read word number priority mode

The controller 300 checks the number of words read for a predetermined period of time (30 seconds to 60 seconds) and selects and stores the two most read color wavelengths.

In the second stage, the selector 130 combines two stored color wavelengths selected in step 1 and one color wavelength through the recommendation algorithm, and displays one color on the monitor. The RGB color corresponding thereto is displayed in real time as a list of words (50 ~ 100 words) to read the word to the end.

- When in the time priority mode

The control unit 300 automatically checks the read time for each color wavelength and selects and stores two read color wavelengths in the shortest time.

- When the read word number priority mode

The controller 300 checks the number of words read for a predetermined period of time (30 seconds to 60 seconds) and selects and stores the two most read color wavelengths.

The controller 300 fixes the number of words to 50 to 100 in the read word target and changes the target every time the color wavelength is changed.

The ability to distinguish the degree of visual stress from the reading test is that the visual electrical signal for the word coming into the eye is fused in the brain and the color wavelength that causes stress in the process of speaking by mouth is the energy in the brain Which causes a photosensitization reaction and the like, and the reading speed is lowered.

Color wavelengths that enhance concentration can change as individuals change their eyesight, depending on the individual's age, sex, occupation, and environment.

The enhancement of concentration by color wavelength can be measured by EEG.

As shown in Table 1, the EEG value at a comfortable color wavelength increases the gamma wave which increases the concentration. In addition, most of the subjects were able to confirm that the color wavelengths that they responded to were different.

Table 1 lists the colors of the subjects responding to gamma waves. The wavelengths of the EEG waves are different between the first 10-40 seconds and 30-80 seconds. When the left eye is covered and the right eye When screening is done, it is possible to confirm that the EEG is different from the light color. The EEG showed high color intensity of gamma waves when compared to the wavelengths of white light, and it was confirmed that each subject had high concentration of color.

The color of the comfortable color selected through the color vision test increases the wavelength of the EEG that increases the concentration, so that the information of the selected test using the color vision tester can emit the selected illumination color by the LED illuminator 200 when the subject needs concentration, It is possible to use it as illumination that can activate the brain waves of individuals different from the illumination that illuminates.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the present invention as defined by the following claims It can be understood that

100: Housing
110: Observation hole
120:
130: sample mounting part
140: Target
200: LED illuminator
210: light emitting portion of LED lighting
300:

Claims (4)

A housing 100 which is a packaging box of an LED illuminator capable of performing a color tone inspection when the LED illuminator 200 is opened and a space is formed in the interior of the LED illuminator 200 to store and store the LED illuminator 200;
An observer 110 which is configured to allow a predetermined area of one side of the LED illuminator 200 to pass through the housing 100 to perform a color vision inspection;
An illumination coupler 120 for coupling the light emitting portion of the LED illumination to the interior of the housing 100 to allow the RGB color light to be emitted therein;
A sample mounting part 130 provided inside the housing 100 in the other direction of the observation hole 110 and capable of mounting the target 140;
A controller 300 for storing and communicating various color control and inspection results of the RGB illumination controlling the illumination color of the LED illumination;
A color tint detector using a packaging box of an LED illuminator.
The method according to claim 1,
The colorimetric inspection is performed in the housing 100, and while the examinee reads the target 140, the light emitting unit 210 of the combined LED illumination emits one color light having two complementary colors one by one, Select,
Wherein the target (120) includes difficulty level, font size, line spacing, word, figure or fingerprint according to education level.
The method according to claim 1,
The control unit 300 stores a plurality of illumination color information,
Wherein the control unit (300) controls the illumination color of the LED illuminator (200) by selecting one of the stored illumination color information.
The method according to claim 1,
The control unit 300
A communication system using at least one selected from the group consisting of Bluetooth, Zigbee, Ultra Wide Band (UWB), Radio Frequency Identification (RFID) and Wi-Fi (Wireless Fidelity) Color Inspection System Using Packing Box.

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