KR101439486B1 - Matching method of customized jewelry for jewelry color therapy - Google Patents

Abstract

A method of matching personalized gems for gem color therapy that provides gem information to a subject by selecting jewelry that is beneficial to the physical and mental health of the subject. Analyzing the human color of the subject based on the questionnaire information; analyzing the human color of the subject based on the questionnaire information; inputting the physiological signal of the subject using the orracam device; And analyzing the human color and aurora color to determine a gem color suitable for the subject. The present invention also provides a method of matching a gem. According to the present invention, it is possible to provide gem information suitable for a subject on the basis of information provided from the subject.

Description

TECHNICAL FIELD [0001] The present invention relates to a method of matching a gem for a gem color therapy,

The present invention relates to a method for matching personalized gems for gem color therapy, and more particularly, to a gem color therapy which provides color information of the gem to a subject by selecting colors of gems useful for physical and mental health of a subject, The present invention relates to a method of matching a gem for a gem.

In general, the body energy (气) emitted from the human body is a physical and mental source that proves that human beings are living beings. In oriental medicine, the rhythm of circulation of blood through the pulse In addition to not only grasping the state of the instrument by sensing the wavelength of the biological energy derived from the rhythm but also identifying the two kinds of sounds as 阴气 and Yangji, It describes the combination of yin and yang and the movement of things due to circulation and the creation, change, and extinction of life by dividing into 5 kinds of earth, gold, .

In the case of the West, this was not the object of most people because it was not the appearance of any size, shape or color, and there was no scientific way to prove it, but in 1939 KIRIAN, a former Soviet electrical engineer, gathered together some of the Soviet eminent scientists and began to use KIELIAN PHOTO, which showed the vital energy emitted from the human body through his machine, Interest is increasing in the West.

Recently, quantum physics has been used to define the group of radiated energy from the human body as a particle of energy and a field of energy consisting of that energy. The resonance magnetic analyzer, which is currently being developed in the United States, And Dr. Albert Abrams, an American physician, not only not only emits different waves in different organs of a person, but also tests whether the waves emitted from bacteria are different depending on diseases In the United States, Kendall Johnson observed a much broader and brighter aura (color and pattern) in the relaxed body through meditation. Furthermore, stimulating the acupuncture points increased the amount of auras emitted around the finger, The patient's aura is more pronounced and brighter than before. The fact was verified through experiments.

In recent years, a device for measuring an auris, which is represented by a visual method of color and shape, as a physical and mental source of the human body as described above, is disclosed in Korean Patent Publication No. 2000-17793 (published on April 6, 2000) .

1 and 2, the ORACOM apparatus includes an ORA sensor unit 20 for measuring aura, a computer system (not shown) for processing data input through the ORA sensor unit 20, And the ore sensor unit 20 includes a left hand measurement sensor 21 capable of measuring a living body signal (body temperature, pulse, skin conductivity, electromyogram, etc.) generated in the palm portion and the finger portion of the subject, And a right hand measurement sensor 22. The computer system 10 comprises a computer 11 for processing the measured data and a monitor 12 and / or a printer 13 for outputting the processed values And a camera 14 (a digital camera, a video camera, a PC camera, a capture board, etc.) for imaging the state of the subject on the monitor 12.

The human anorectic computer measurement system as described above has a merit that the measurement method is faster and more convenient than the special photosensitive polaroid camera which is a conventional auroral measurement device and that the user can easily analyze his or her current auroral state, In addition, there is a lack of detailed application of various factors that affect the physical and mental health of the user in daily life. Therefore, the purpose of using the oracom device is to check the health state and psychological state , And tended to be limited to the field of health and psychological counseling based on this.

As mentioned above, the color can be considered as a representative influential factor that has the greatest influence on the physical and mental health of the individual in the daily life of the individual. Recently, it has been known that the hair is color- A coordinator that combines clothing made with colors and designs that are appropriate for each individual, including the same make-up, as a coordinator, is very popular, and as a tool that allows individuals to express themselves outside, In addition to showing the aspect that is being utilized, the color therapy that promotes the physical and mental health of each individual by utilizing the unique characteristics of color instead of surgery or medication, and healing various diseases is called dietary therapy, meditation therapy , Massage therapy (foot reflexology), music therapy, magnetic therapy With the therapy is spotlighted as a new alternative medicine that will lead the 21C.

Korean Patent No. 10-0564282 (published on March 28, 2006) Korean Patent Publication No. 10-2002-0070915 (published September 11, 2002)

Accordingly, an object of the present invention is to provide a method and apparatus for analyzing a person's characteristics, a communication style, an action tendency, and a state of mind and body based on a physiological signal of an information subject inputted from a subject, And to provide a method for matching custom gems for gem color therapy.

According to another aspect of the present invention, there is provided a method of analyzing a human subject, the method comprising: collecting questionnaire information of a subject via a graphic user interface; analyzing a human color of the subject based on the questionnaire information; Analyzing an aurora color corresponding to a physiological signal by inputting a physiological signal of the subject using an orracam device; and analyzing the human color and aurora color to determine a gem color suitable for the subject, Provides a way to match gems.

According to the present invention, it is possible to provide gem information suitable for a subject based on information provided from the subject. Accordingly, the person to be measured can select the personalized jewelry based on the information of the jewelry color suited to him / herself.

Further, according to the present invention, information on different jewelry colors can be provided according to the physical and mental state of health of an individual, so that a color therapy effect can be obtained according to the color of jewelry upon wearing the jewelry, The physical effects of the material itself can also be obtained.

FIG. 1 and FIG. 2 are diagrams for explaining a conventional oracom device.
FIG. 3 is a flowchart illustrating a method for matching gems according to an embodiment of the present invention.
4 is a flowchart illustrating a method of matching a gem according to another embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a method for matching customized gems (hereinafter abbreviated as 'gem matching method') for gem color therapy according to preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3 is a block diagram for explaining a gem matching apparatus according to an embodiment of the present invention.

The gem matching device according to the present invention develops a user-measured user interface that can be used by the user to input information that can determine gem color, including a graphical user interface used for collecting personal information of a subject, A processor 130 for analyzing the human color of the subject based on the personal information stored in the storage unit 120 and for extracting information of the gem necessary for the subject, (Not shown).

Such an electronic device 100 may be provided in the form of a desktop computer, a laptop computer, a notebook computer, a PDA, a cellular phone, a handheld device, or the like. More specifically, the electronic device 100 may be configured to operate in accordance with conventional operating systems, including, but not limited to, embedded operating systems such as Windows, Linux, Mac OS, Palm OS,

In addition, the electronic device 100 is connected to the oracle apparatus 200 that receives the physiological signal of the subject and analyzes the aurora color corresponding to the physiological signal.

The ORACOM device 200 is divided into an ORACLE sensor unit (not shown) for measuring an aura and a computer system for processing data input through an ORACLE sensor unit (not shown). More specifically, the aurora sensor unit comprises a left hand measurement sensor and a right hand measurement sensor capable of measuring a living body signal (body temperature, pulse, skin conductivity, electromyogram, etc.) generated in the palm and finger portions of the subject, The computer system comprises a computer for processing the measured data and a camera for capturing the image of the subject. At this time, the computer may be configured separately from the above-described electronic device 100, but the configuration of the electronic device 100 may also be used.

Since the oracom apparatus 200 corresponds to a known configuration, a detailed description thereof will be omitted.

Hereinafter, each component will be described in more detail with reference to the drawings.

The graphic user interface included in the electronic device 100 according to the present invention is configured to have inquiries about the subject to collect questionnaire information, and includes inquiries having a multiple choice, a subjective, or both of them.

For example, a graphical user interface can be defined as "What is your date of birth?", "What is your favorite color?", "What color do you dislike?", "What are your advantages?", "What are your disadvantages? "" What is the happiest moment? "," What do you want to say the most? "," What was the most difficult memory? "," If you express yourself as an animal? "," What is your dream / "When are you getting stressed?", "What if there is a way to relieve your own stress?" And one or more inquiries.

Such a graphic user interface is configured such that a user can perform a task by selecting a menu on the screen using input means 110 such as a keyboard and a mouse.

If desired, the present invention may include a display 150 that outputs a graphical user interface. In a particular aspect, the display 150 may be configured to include a touchpad. Accordingly, the user can select the input information by touching an appropriate portion of the display 150. [

That is, the display 150 may be connected to the processor 130 and output information about the human color and gem color of the subject analyzed through the processor 130 as an image. If necessary, And outputs the information about the color of the auras transmitted from the camera to the image.

The storage means 120 included in the electronic device 100 according to the present invention stores questionnaire information collected through the graphical user interface (GUI) External storage means such as a storage means or a USB memory can be used. At this time, the storage means 120 is formed with a GUI database (DB) in which questionnaire information is stored.

In addition to the questionnaire information, one or more programs executable by the processor 130 are stored in the storage unit 120, and the programs are stored in the program DB.

If necessary, the storage means 120 may include a physiological signal DB storing a physiological signal transmitted from the oracom device 200, and a physiological signal DB having a predetermined color and shape An aurora image DB in which output information is stored, and a gem database in which gem information classified by gem color is stored.

The processor 130 included in the electronic device 100 according to the present invention stores the questionnaire information inputted from the subject through the GUI in the GUI DB of the storage means 120 and outputs the questionnaire information stored in the storage means 120 The human color suitable for the subject is analyzed.

The processor 130 stores the physiological signal collected from the ORACOM device 200 in the physiological signal DB of the storage means 120 and outputs the ORA color of the subject based on the physiological signal stored in the storage means 120 Analyze.

In addition, the processor 130 compares the human color with the aura color to confirm the correspondence. At this time, if the human color and the aura color coincide with each other, the processor 130 directly determines the gem color corresponding to the human color and the aura color, extracts information on the gem with the gem color from the gem DB, ).

In addition, if the human color and the aura color do not coincide with each other, the processor 130 outputs information about the human color and the aura color through the display 150. [ When the selection information for one of the human color and the aura color is inputted through the input means 110, the processor 130 determines the gem color according to the selection information (human color or aurora color) The information on the gemstones is extracted from the gem database of the storage means 120 and output through the display 150. [

If necessary, the electronic device 100 according to the present invention further includes communication means 140 for receiving information transmitted from the oracom device 200 for wire-wireless communication with the oracom device 200.

Here, the ORACOM device 200 analyzes the physiological signal based on the measured temperature, blood flow, pulse, skin conductivity, electromyogram, etc. from the hand of the human body, and transmits the physiological signal to the communication means 140.

Further, the present invention provides a method for matching gemstones using the gem matching apparatus. 4 is a flowchart illustrating a method for matching gems according to an embodiment of the present invention.

Referring to FIG. 4, a gem matching method according to the present invention includes collecting survey information of a subject (S100), analyzing a human color of the subject (S200), analyzing a color of the subject Step S300, and determining gem color (S400).

First, the gem matching method according to the present invention includes a survey information collection step (S100).

In this step S100, the step of collecting the questionnaire information of the subject via the GUI includes the steps of outputting the GUI configured with inquiries about the subject to the display 150, collecting the questionnaire information through the GUI, And storing the collected questionnaire information in the storage means 120. [

As a specific aspect, in the questionnaire information collecting step (S100) according to the present invention, a GUI set with inquiries about the subject can be used according to 12 color-type psychological tests of HMC introduced by Japan's Fusion Color Psychology Association. Here, the twelve color-type psychological tests of HMC are already known, so a more detailed explanation will be omitted.

The gem matching method according to the present invention includes a human color analysis step (S200).

The step S200 is a step of analyzing the human color of the subject based on the questionnaire information collected through the questionnaire information collection step S100. The processor 130 processes the questionnaire information stored in the questionnaire information DB, One of the three color types is determined as a human color.

Here, the 12 types of HMC are available in a variety of colors, such as water colors (Turquoise blue), yellow green (yellow green), orange (orange), magenta (red orange), yellow (yellow), indigo blue (indigo blue), magenta , Blue (blue), cyan (blue), red (red), green (green) and purple (purple).

If desired, each of the 12 HMC color types may further include a predetermined power color, a complementary color, and a balance color. Here, the power color is a color that enhances the merit of the subject, the complementary color is a color that complements the shortcomings of the subject, and the balance color means a color that manages the stress of the subject.

For example, the power color, complementary color, and balance color for each human color are as follows.

1. If the human color is Turquoise blue, the power color is orange, the balance color is indigo blue, and the complement color is red orange.

2. If the human color is yellow green, the power color is green, the balance color is blue, and the complementary color is purple.

3. If the human color is orange, the power color is yellow green, the balance color is yellow, and the complement color is blue.

4. If the human color is red orange, the power color is red, the balance color is orange, and the complementary color is turquoise blue.

5. If the human color is yellow, the power color is blue, the balance color is yellow green, and the complementary color is indigo blue.

6. If Human Color is Indigo Blue, the power color is Turquoise Blue, the balance color is Red Orange, and the complement color is Yellow.

7. If the human color is a deep pink, the power color is blue green, the balance color is turquoise blue, and the complement color is green.

8. If the human color is blue, the power color is indigo blue, the balance color is magenta and turquoise blue, and the complement color is orange.

9. If the human color is blue green, the power color is purple, the balance color is green, and the complement color is red.

10. If the human color is red, the power color is yellow, the balance color is purple, and the complement color is blue green.

11. When the human color is green, the power color is magenta, the balance color is blue green, and the complementary color is magenta.

12. If the human color is purple, the power color is red orange, the balance color is red, and the complement color is yellow green.

5 is a flowchart illustrating a method of matching gems according to another embodiment of the present invention.

Referring to FIG. 5, a human color control step S250 may be performed between the human color analysis step S200 and the auroral color analysis step S300 to select either a power color, a complementary color, or a balance color .

In this step S250, it is determined whether the human color of the subject analyzed through the human color analysis step S200 is strengthened, supplemented, or maintained in balance for stress management.

In step S250, the processor 130 requests the display 150 to select one of the power color, the complementary color, and the balance color through the display 150, and the selection information for the power color, And stores it in the storage means 120. [0031] FIG.

The gem matching method according to the present invention includes an aura color analysis step (S300).

The auricle color analyzing step S300 is a step of analyzing the aura color corresponding to the physiological signal by receiving the physiological signal of the subject using the orchestration apparatus 200 and analyzing the aurora color corresponding to the physiological signal using the communication means 140, The processor 130 processes the physiological signal and analyzes the aurora color corresponding to the physiological signal.

Subsequently, the gem matching method according to the present invention includes a gem color determination step (S400).

The gem color determination step S400 is a step of determining a gem color suitable for a subject by analyzing the human color and the aura color. The processor 130 determines the gem color using the program stored in the storage means 120 And performs a process of confirming the correspondence.

If it is determined in step S400 that the human color and the aura color coincide with each other, the processor 130 determines the gem color corresponding to the human color and the aura color through the program.

If it is determined in step S400 that the human color and the aura color do not coincide with each other, the processor 130 processes the information about the human color and the aura color through the display 150, As the selection information is input through the input means 110, the gem color is determined by the selection information.

Finally, the gem matching method according to the present invention includes a gem information output step (S500).

The gem information output step S500 is a step of outputting information of the gem with the gem color through the display 150 when the gem color is determined through the gem color determination step S400.

More specifically, in this step, the processor 130 searches the gem database of the storage unit 120 based on the gem color to extract gem information corresponding to the gem color, displays the gem information on the display 150, Lt; / RTI >

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 and scope of the invention as defined in the appended claims. It can be understood that it is possible.

100: electronic device 110: input means
120: Storage means 130: Processor
140: Communication means 150: Display
200: oracom device

Claims (7)

(I) collecting questionnaire information of a subject via a graphic user interface through which a processor included in the electronic device is output to a display;
(Ii) a processor for analyzing the human color of the subject based on the questionnaire information, a power color for enhancing the advantages of the subject to be preset in the human color, a complementary color for complementing the shortcomings of the subject, Extracting a balance color for managing the stress of the image;
(Iii) requesting the processor to select one of a power color, a complementary color, and a balance color through a display, and receiving selection information for the power color, a complementary color, and a balance color through input means;
(Iv) analyzing the aura color corresponding to the physiological signal when the physiological signal of the subject is input through the orracam device; And
(V) analyzing the human color and aurora color by the processor to determine a gem color suitable for the subject,
Wherein the step (v) comprises the steps of: when the human color and the aurora color do not coincide, the processor outputting selection information on human color and aurora color through a display; and if the processor is in any one of human color and aurora color And determining the gem color according to the selection information as the selection information is input through the input means. The method of claim 1, wherein step (i)
Collecting questionnaire information through a graphical user interface, and storing the collected questionnaire information in a DB. The method according to claim 1, wherein the human color of step (ii)
Wherein the human color is any one of twelve human colors consisting of turquoise blue, yellow green, orange, red orange, yellow, indigo blue, magenta, blue, blue green, red, green and purple . delete delete delete The method according to claim 1, wherein after the step (iv)
Further comprising the step of retrieving and outputting the gem matching the gem color from the gem database.

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