KR102037166B1 - Personal Color Analysis System with complex perception of the auditory and visual and fashion persona color matching method using the same - Google Patents

Abstract

The present invention is a technique for emphasizing the first impression of the user positively, the survey data for grasping the user's face color (skin color) or body color (hair color, iris color, lip color), face shape and body shape, the user's speech And an image input means for inputting supplementary survey data, a color data storage unit for storing reference color data corresponding to the body color of the input data, and a program previously input to derive a personal color corresponding to the survey data and the supplementary survey data. The present invention relates to a personal color analysis system using visual and auditory angles and a fashion persona matching method using the first control unit to be executed, and a configuration including an output unit connected to the first control unit to output a personal color.

Description

Personal Color Analysis System with complex perception of the auditory and visual and fashion persona color matching method using the same}

The present invention is a technique for emphasizing the first impression of the user positively, the survey data for grasping the user's face color (skin color) or body color (hair color, iris color, lip color), face shape and body shape, the user's speech And an image input means for inputting supplementary survey data, a color data storage unit for storing reference color data corresponding to the body color of the input data, and a program previously input to derive a personal color corresponding to the survey data and the supplementary survey data. The present invention relates to a personal color analysis system using visual and auditory angles and a fashion persona matching method using the first control unit to be executed, and a configuration including an output unit connected to the first control unit to output a personal color.

In general, personal color refers to a personal color that changes with a body color that an individual has to make it look lively and lively.

And, the personal color analysis as described above (personal color analysis) to visually observe the body color (body), such as the face color, hair color, iris color, lip color and wrist vascular color to obtain a personal color type analysis data And personal color diagnosis draping (positioning color fabrics by type near the face) have been conducted in two ways to determine the personal color type that stands out the most.

However, the color of body composition of East Asians and Koreans is very different from that of whites (US. Europe) or blacks, and there are many difficulties in diagnosing personal color by their standards.

In this regard, it has been found that Koreans typically have twice the thickness of Caucasians, while Koreans have a thicker outer skin, resulting in a lower incidence of hemoglobin and a melanin pigment as a neutral (mixing ratio of Eumelanin and Pheomelanin). There are many cases.

The skin color of Korean (yellow race) is olive yellow (greenish yellow), ocher yellow (orange yellow), violet pink and coral pink, ebony color, etc. There is a skin color.

In addition, the face is partially uneven, so the forehead, chin, and nose areas have thick skin, the cheeks have white features, and the iris or hair color is mixed with two kinds of melanin (Eumelanin and Pheomelanin). Melanin (Eumelanin) is dark blackish brown with a black color, Peomelanin (Pheomelanin) has a bright yellow and red color. Similarly, the difference in brightness of the hair is not large.

In addition, in the case of the iris color, the eyelids face a lot of downwards, so the shadow is cast on the eyes, so the iris color looks darker than it is, or it is difficult to identify the difference in the iris color.

In connection with such a technique, a technique of a personal color matching system and method is disclosed in Korean Patent No. 1563124. The configuration of the personal color matching system 700 is an image type database 100 as shown in FIG. , A user information database 200, a color database 300, an image type selection module 400, a color matching module 500, and a main control unit 600.

The image type database 100 may include face image data 110, a plurality of type groups 120, and the face images including cumulative data of various items associated with a plurality of faces or bodies already consulted by an image consultant. The classification data 130 classifying the data 110 by type group is stored.

In addition, the user information database 200 stores the user input data input through the terminal 1 205 in the user input database 210 via an internet network, a local area network, a wired network, and the like, and the user information data. The base 200 includes a user input database 210 and a consultant input database 220.

In addition, the color database 300, the color suitable for the job, gender, age, meeting, dinner, travel of the user who wants to consult separately selected and stored in the coordinate data 320, the color database 300 Color data 310 stored in is formed in a number corresponding to each type group (120).

However, the color matching system as described above derives only the personal color matching the human body color of each individual, and when different users have the same human body color, the same personal color is derived to different users. There is a disadvantage that makes it difficult to express the characteristics.

In addition, since the factors for color diagnosis are fragmentary, the analysis of effective factors that can be found in the body characteristics has not been performed, and the wide use of personal colors is impossible simply by deriving a suitable personal color.

On the other hand, in order to facilitate social life, human beings live by directing appropriate environmental, psychological, and social persona that meets the needs of the outside.

In addition, he expresses himself according to his role and uses persona for the function of effective interrelationship, and this persona is also defined as external attitude in psychology as an expression of external personality to others.

In other words, the persona expands the scope of influence not only on the psychological side, but also on the exterior areas such as behaviors, habits, appearances and attitudes, attitudes, clothing, facial expressions, and hairstyles in social life. It is a kind of subpersonality.

In addition, when looking at these connections, image changes can be made through the persona production as described above, and aesthetic and psychological that can be faithful to the role by matching personal colors when performing the social appearance and role to be shown to people. Will be available as a function and tool

However, the method of fashion persona or color image changing using such a personal color is not used at all.

An object of the present invention for improving the conventional problems as described above, to expand the personal color diagnostic factors such as speech, body shape, face shape to clearly find and produce a personal color that obtains the positive effect of the first impression anywhere. It is possible to implement a wide range of personas that suits the purpose and to produce a look that suits the psychological, inner, and social situation, and it is possible to change the image with various colors and colors to suit each individual. It is to provide a personal color analysis system through visual and auditory perception and fashion persona color matching method using the same to improve the change and quality of life while making it better.

In order to achieve the above object, the present invention provides data input means for inputting survey data and complementary survey day consisting of a user's body color, body type, voice, etc. and reference color data in advance so as to correspond to a color derived through the data. A reference color data storage unit to be stored, and a first control unit for executing a pre-programmed program to derive a personal color corresponding to the survey data and the supplementary survey data, and an output unit connected to the first control unit to output a personal color. The present invention provides a personal color analysis system through visual and auditory perception.

In addition, the present invention, in advance to derive a plurality of fashion persona changing color corresponding to each personal color derived from the first control unit on one side of the first control unit, which can be changed according to the input condition to use each personal color. It provides a personal color analysis system using the viewing and hearing angles further provided with a second control unit to execute the input program.

And, the survey data of the present invention, the user's skin color, hair color, iris color, lip color of the at least one, the complementary survey data, the user's face shape, body shape, voice, the questionnaire is input data of one or more The input means provides a personal color analysis system through visual and auditory perception consisting of a camera, a microphone, and a keyboard.

In addition, the present invention includes the steps of allowing the reference color data to be constructed while the personal color derivation program and the passon persona color image changing program are executed;

Inputting survey data and complementary survey data consisting of a user's body color, face shape, body shape, voice, and questionnaire through input means;

Deriving a personal color from the input data;

Inputting a change factor necessary for changing a fashion persona color image of a user;

Deriving a fashion persona image changing color by the input change factor;

The present invention provides a fashion persona color matching method using a personal color analysis system through visual and auditory perception, which is a step of outputting a fashion persona image changing color.

And, the survey data of the present invention is one or more of the user's skin color, hair color, iris color, lip color, the complementary survey data, the user's face shape, body shape, speech sounds, questionnaire,

The input means provides a fashion persona color matching method using a personal color analysis system through visual and auditory perception consisting of a camera, microphone, and keyboard.

In addition, the change of the fashion persona color image of the present invention, the hair color change to perform an appropriate dye for the change of hair color color, the makeup color change to perform a proper makeup for the change of skin color color, for the change of eye color By changing the iris color (eyeglass color) using the appropriate color lens, changing the physical stimulus to change the light stimulus by adjusting the color, illuminance and light distribution of the light source, changing the color of clothing and accessories and shoes, and changing the interior color The present invention provides a fashion persona color matching method using a personal color analysis system through visual and auditory perceptions, which are selected among interior color changes.

On the other hand, the change of the fashion persona color image of the present invention includes a hair color change to perform proper dyeing for the change of the hair color color, a makeup color change to perform appropriate makeup to change the skin color, and an eye color change. To change the iris color (eyeglass color) using the appropriate color lens, and to change the physical stimulus to change the stimulus of the light by adjusting the color, illuminance and back of the light source. It provides a fashion persona color matching method using a personal color analysis system through visual and blue perception that changes the color and interior color of clothes, accessories and shoes.

As described above, according to the present invention, in the personal color diagnosis, the supplementary investigation of speech, body shape, and face shape is prevented in addition to the existing method to prevent personal color misdiagnosis and to diagnose the accurate personal color, thereby enhancing the effect of using personal color. Improve user satisfaction

In addition, the present invention can be used as an effective communication tool for each role in the ever-changing lives of people by allowing them to produce a fashion persona or color to suit their purpose, as well as the personal color production that is appropriate for each individual, as well as wider range of color changes. It can be.

In addition, the present invention is easy to use by selecting a color scheme suitable for the persona in addition to the color for each type for convenient, practical and effective color use, if you choose your own persona or symbolic term when fashion persona or color change, It is very effective, convenient, and useful for image management because it can find color schemes.

1 is a block diagram showing a conventional personal color matching system.
2 is a block diagram illustrating an image changing system according to the present invention.
3 is a flowchart illustrating an image changing method according to the present invention.
4 is a color diagram illustrating a changing image type corresponding to a personal color according to the present invention.
5 is a matching state diagram of image changing for each type of personal color of the present invention.

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

Fig. 2 is a block diagram showing an image changing system according to the present invention, Fig. 3 is a flowchart showing an image changing method according to the present invention, and Fig. 4 shows a changing image type corresponding to a personal color according to the present invention. 5 is a color diagram and FIG. 5 is a matching state diagram of image changing for each type of personal color of the present invention.

In the present invention, the dominant color configuration for each type to determine the personal color and fashion persona color is bright spring (W1), bright spring (W2), soft autumn ( W3), dark autumn ( W4), bright summer ( C1), calm summer (C2), clear winter (C3), and deep winter (C4) were used in eight color types.

At this time, the dominant color composition by type, in the case of bright spring, the relative color is warm, and the clear color of high brightness is dominant in the middle of the spring, and the emotional stimulus of the representative color suitable for the spring type, and the cuteness in terms of association and abstract expression ( There are terms such as pretty, cute, sweet, fresh, merry, warm-lovely, youthful, refreshing, and fashion persona color changing. When you do this, create a fashion image by applying this.

In the case of vivid spring, pure colors with high saturation with warm saturation and clear colors close to pure colors are dominant, and in terms of emotional stimulation, associative and abstract expressions of typical colors suitable for vivid spring types, they are vibrant and active. There are terms such as Active, Casual, Brilliant, Avant-garde, and Sporty, which are applied to fashion persona or color change. Can produce.

In addition, in the case of soft autumn, the colors are relatively dominant, and the colors of the medium brightness high tone are calm and dominate, and in terms of emotional stimulation, associative and abstract expression of typical colors suitable for soft autumn, it is mild and peaceful. The terms peaceful, smooth, idilic, natural, friendly, relaxed, no pollution, tasteful, classic, etc. In addition, it can be used to produce fashion images when applying fashion parso or color changing.

In addition, in the case of deep autumn, it is known that the relative color is warm and soft, but the vivid deep tone and the strong strong tone are dominant, and the representative terms of the emotional stimulation, association, and abstract expression of the color suitable for the deep autumn type are rich ( There are terms such as Rich, Luxurious, Georgeous, Glamourous, Exotic, Ethnic, Wild, Dynamic, and Intense. This can be applied to make a fashion image by using a persona or color change.

Continuing, it is already known that the bright colors of the summer are relatively bright, the brightness is medium to high, and the gray tones are mixed and the soft colors with low saturation are dominant, and the emotional stimulation and association with the bright summer type are associative and abstract. Representative terms include Delicate, Refined, Noble, Pure, Romantic, Fantasy, Quiet, Feminine, etc. When fashion parsona or color changing is applied, fashion image can be produced.

In addition, in the case of calm summer, it is known that the relative color is cold and the colors of deep tone and vivid deep tone are dominant in medium brightness, and the representative terms of the emotional stimulation, association and abstract expression of the color suitable for the calm summer type Terms such as Composed, Elegant, Tasteful, Thrifty, Chic, Niave, Feminine, Dovelike, and Dressy It can be used to create fashion image by applying it when doing fashion parso or color changing.

In addition, in the case of vivid winter, it is known that the color of the pure color and the bright and clear tone are dominant, the relative color is cold, and the color is strong. The terms are sharp, intelligent, excellent, stylish, stylish, mysterious, cool, urban, futuristic, and so on. When fashion parsona or color changing is applied, fashion image can be produced.

In the case of deep winter, the relative color is clear and clear, and the strong strong tone and the deep and clear tone are known to be dominant, and as the representative terms of emotional stimulation, association, and abstract expression of the color suitable for the deep winter type Modern formal, dandy, serious, solemn, masculine, dignified, respectful, depth, etc. You can apply fashion when you make a sonar or color change.

In this way, the personal color and the fashion persona color are determined by a classification table and a program previously input to the server.

In addition, by taking a face photograph through the input means integrally provided in the terminal 100 of the present invention, the input means is composed of a camera, a microphone, a keyboard to investigate the user's speech input, face shape and body shape, etc. Data and supplementary survey data can be input.

Then, as described above, the body color, face shape, body shape, speech sounds, questionnaires that can infer the user's inclination, etc. inputted through the input means are first stored in the server 300 with reference color data of the standard color. Compare the color with the face or body.

In addition, the server, the relevant menu of the survey data and the supplementary survey data input by the user is stored in advance to provide a menu when connecting the terminal 100, the input data is complemented with the survey data storage unit 331 Survey data storage unit 333 is to be stored in each.

Then, the speech sounds to be stored in the supplementary survey data by inputting a voice recording file that reads the sentence presented in advance.

In addition, the supplementary survey data is inputted by photographing front and side photographs for determining the skeleton shape or the face shape of the body or filling out a questionnaire.

In this case, the face shape of the user input through the input unit visually and perceptually observes the shape of the face, and visually and perceptively observes the horizontal width, the vertical length, and the thickness (volume) of the face. , Side view, 45 angle shot)

In addition, the spatial area of the face is also measured in the same manner (relative ratio between the size of the eyes and the nose and the area ratio of the face) to obtain data.

In addition, the program for determining the face shape as described above is inputted to the server in advance so that the steps of the determining factor are programmed so that automatic calculation is performed when the picture regarding the face shape is input.

In this case, the face shape is divided into a predetermined table in the form of inverted triangle, rhombus, pentagon, rectangle, square, triangle, round shape, egg shape, etc., which are predetermined shapes by a known division method.

That is, as described above, by measuring the three-dimensional shape of the face, the angle of the contour of the face, the relation ratio between the size of the eyes and the nose and the area ratio of the face, and the ratio of the two eyes, the worm base B1 and the cool base B2 are largely measured. ), The flat face is a warm base and the three-dimensional face is a cool base.

Here, a warm base is a classification of people whose colors are mixed with yellow, and a cool base is a classification of people whose colors are mixed with blue.

In addition, the present invention, the contour of the face, the size and shape of the eyes and nose and mouth, the three-dimensional face of the face to grasp the shape of the face to the user's body color (skin color, iris color, hair color, lip color, etc.) Completion of supplementary survey data is completed by checking the degree, inputting voices through suggested sentences, judging the characteristics of the tone, and receiving data through questionnaires.

The data input of the user's body shape is classified and stored in the shape and angle of the side, front and rear skeleton of the body while using the photographed data wearing the clothes in which the body is exposed, and the flat class of people is cool. Bass, three-dimensional class of people are classified as warm bass.

Subsequently, in the present invention, the speech sounds present a recording file of speech sounds (voice) corresponding to each type for audible and perceptual measurement, and listen to the presented recording file and check the same or similar items as the user.

At this time, the characteristics of the speech sound (voice) has a number of features corresponding to the eight types, if the bright and jagged speech (voice) among them belong to the worm base, the speech sound (voice) is not high and bright, The sounding characteristics of speech (voice) belong to the cool bass when it is difficult to discriminate ("snarl").

As described above, the three-dimensional shape of the user's face and the oral structure (neck, sphere, ratio), body skeletal shape, skin thickness (relationship between skin thickness and pigment) used for supplementary survey data input through the input unit, etc. The characteristics of the organic composition has a correlation between the sound (voice tone) and body color (skin color, hair color, iris color, lip color) and the face shape and body skeleton shape at the same time, if you check the body color of the conventional method More precise diagnosis of the personal color measured only by

In this case, the derivation of the personal color is performed by the personal color derivation module 350.

In addition, the classification of the general personal color, as shown in the various methods used in the existing patent data, and the like in the present invention does not specifically present the specific method, the complementary image data used in the present invention, When inputting, a menu for identifying a user's status is inputted to the server in advance.

Subsequently, the system of the present invention performs the above-described process by the terminal 100 connected to the control unit and the first control unit 410 operated by the control unit 390 and the second control unit 410 connected to the first control unit 410. The control unit 430 is provided integrally.

That is, the first control unit and the personal color derived from the first control unit are executed by comparing the user data input through the input means of the terminal with the reference color data 310 and then the program inputted in advance to derive the personal color. The second control unit is provided with a fashion persona changing color data 370 which can be changed in order to execute a program previously inputted to derive a plurality of fashion persona color changing images.

In addition, an output unit connected to the first control unit or the second control unit for outputting personal color or fashion persona or changing color data is integrally provided in the terminal.

As described above, the survey data and the supplementary survey data of the present invention are primarily derived from personal colors through body colors such as face color, hair color, eyes, and lip color, and based on the first derived data, questionnaire, face shape, Personal color was derived second through body shape, and personal color was derived three times through voice (voice) input based on the second derived data to improve the accuracy of personal color.

Satisfaction with Personal Color Selection by Body Shape of Complementary Survey Data satisfied so so dissatisfaction Body shape 91% 9% 0%

Satisfaction with Personal Color by Speech (Voice) of Complementary Survey Data satisfied so so dissatisfaction timbre 80% 20% 0%

Satisfaction with Personal Color Selection by Face Shape of Complementary Survey Data satisfied so so dissatisfaction Face shape 90% 10% 0%

As described above, as a result of deriving the personal color through the supplementary survey data, the personal color derived by using only the existing body color supplements the supplementary survey data using the face shape and the body shape, thereby enabling accurate judgment.

Based on the personal color diagnosis method derived as described above, the results of the repeated experiments showed that the correlation between the expansion of speech factors (voice, body shape, and face shape) of 80% or more was satisfied. System to clearly resolve the personal color diagnosis.

On the other hand, Korean skin has a thick outer skin layer, which is weakly colored, and melanin is mixed, so it is possible to make unnatural makeup with one or two foundations.

Therefore, the present invention is completed by changing the image, except in cases where a lot of special defects are highlighted or when aging is severe due to physical and physiological changes, and when the skin color is strong. On the basis of the repetitive experiments, it was found that it is possible to change the fashion persona image corresponding to each personal color.

The fashion persona and color changing described above are not only the colors corresponding to the personal colors, but also the next best way to change the hair color to perform the appropriate dyeing to change the various colors suitable for the personal colors. Changes in color, changes in iris colors using appropriate color lenses for image changes, changes in physical stimuli such as changes in physical stimuli such as clothing and accessories, shoes and interior colors, and general light source color and illuminance.

In addition, in order to change not only the colors corresponding to personal colors, but also the next best option and various images suitable for personal colors, a change of hair color for proper dyeing, a change of makeup color for proper makeup for image changing, and image changing After changing the personal color type by changing the iris color using the appropriate color lens and changing the light source color, the overall image can be changed by changing the desired fashion persona (changing clothes and accessories, shoes and interior colors).

At this time, the type to be changed (spring, bright spring / bright spring--) is determined and the fashion color (clothing and accessories, shoes and interior color) suitable for the determined image is applied so that the effect of more than personal color can be applied to fashion persona or color matching method. Will be solved.

In addition, the fashion persona image changing will be described in detail.

As mentioned above, changing the body color (skin color, hair color, iris color, lip color) makes it possible to change the image.In addition, for the production of more diverse images, the fashion persona for the eight types as shown in FIG. Changing color is possible.

First of all, referring specifically to the color characteristics of the eight types, bright spring (W1) has a characteristic that the colors of white blend well with all the spring type colors, rather than the vivid spring (W2) which dominates the use of pure colors.

Therefore, when changing bright spring (W2) to bright spring (W1), increase brightness to weaken the color of hair, use lens (eyeglass) to soften eyes, and make makeup bright and soft. You can create a fresh and cheerful bright spring image.

In addition, another example of a fashion persona or color changing method is that when you want to change bright spring (W1) to bright spring (W2), lower the brightness of the hair color to enhance the hair color and increase the iris color of the eyes. It sharpens the color, enhances the makeup color, and creates a clear image by increasing the color contrast and brightness contrast as a whole.

In addition, when you want to change bright spring (W1) to soft autumn (W3), soft autumn (W3) is often a mixture of bright spring and bright summer (C1), so the color saturation is low, which leads to a lot of hair color and eyes. You don't have to change it, but you can change it to a make-up color.

At this time, the makeup color may disappear, so it is preferable to tone down by mixing a bright spring and a soft autumn color rather than a perfectly soft autumn color.

And when you want to change bright spring to bright summer, the brightness of body color is the same, the color and saturation are different, and the color becomes important factor among them. Neutralize or adjust to avoid colors that feel very cold.

As described above, the present invention can be fashion persona or color changing based on the characteristics of the three attributes of the color when changing to the desired color type, even if not the original personal color.

Specifically, the color image of the personal color spring type in the four seasons type represents a bright, transparent, vivid, fresh, cute, pleasant, vibrant, active, active image, and the changeable color features are: spring- Changes can be made in autumn (applied common to warm colors), spring-summer (applied common to bright colors) and spring-winter (applied common colors to be clear, transparent and vivid).

The color image of the summer type expresses romantic, noble, innocent, elegant, delicate, mysterious calmness, and the color characteristics that can be changed are: summer-winter (the common colors of color), summer-spring (Brightness is applied), Summer-Autumn (low saturation and softness) can be changed.

In addition, the fall color image: natural, soothing, gentle, rich, colorful, deep, exotic, glamorous, dynamic, etc., and the changeable color characteristics are: autumn-spring (common to warm) Application), autumn-summer (common to soft), autumn-winter (rich, deep).

Continuing, the color image of the winter type represents clear, transparent, sharp, deep cool, clear, bright, profound, urban, modern, formal, etc. The color characteristics that can be changed are: winter-spring (transparent, Changes are possible with the common point of vividness), winter-summer (cold point common), winter-autumn (dark color, rich common point).

In addition, when the eight types are described again, in the fashion persona color matching method of the present invention, in the case of bright spring, it is known that the relative color is warm and the clear color palette of high brightness is medium to high brightness, and the emotional stimulation of the color suitable for the bright spring type The typical terms of the association and associative and abstract expressions are pretty, cute, sweet, fresh, merry, warm-lovely, and youthful. There are terms such as refreshing) and it can be applied to fashion image or color change when applying it.

Also, in the case of vivid spring, it is known that the relative color is warm saturation, and the clear color close to pure color is the dominant color palette, and as representative terms of the emotional stimulus, associative and abstract expression of the color suitable for the vivid spring type There are terms such as bustling, clear, active, casual, brilliant, avant-garde and sporty. You can apply fashion when you make a sonar or color change.

In addition, it is known that in the case of soft autumn, the relative colors are warm and the colors of the medium brightness tone are calm and the colors are dominant, and in terms of emotional stimulation, associative and abstract expression of colors suitable for soft autumn, it is mild. Mild, Peaceful, Smooth, Idilic, Natural, Friendly, Relaxed, No Pollution Tasteful, Classical classic), and it can be used to create fashion images by applying fashion parso or color changing.

In the case of dark autumn, it is known that the relative color is warm and soft, but the vivid deep tone and the strong strong tone are dominant, and the representative terms of the emotional stimulation, association and abstract expression of the color suitable for the deep autumn type are rich. (Rich), Luxurious, Gorgeous, Glamourous, Exotic, Ethnic, Wild, Dynamic, Intense, etc. When fashion parsona or color changing is applied, fashion image can be produced.

In the case of bright summer, it is already known that the relative color is cold, the brightness is medium to high, and the gray tone is mixed, and the soft color with low saturation is dominant, and the emotional stimulation and association with the bright summer type Typical terms of expression include terms such as delicate, refined, noble, pure, romantic, fantasy, quiet, feminine, When fashion parsona or color changing is applied, fashion image can be produced.

In the case of calm summer, it is known that the relative color is cold and the colors of deep tones and vivid deep tones are dominant in medium brightness, and the representative terms of the emotional stimulation, associative and abstract expression of colors suitable for the calm summer type Composed, elegant, tasteful, thrifty, chic, sleazy, niave, feminine, docile, dressy In addition, it can be used to produce fashion images when applying fashion parso or color changing.

In the case of vivid winter, it is already known that the relative tones of color, vivid and intense color of pure colors and bright and clear tones are dominant, and are representative terms of emotional stimulation, association and abstract expression of colors suitable for vivid winter type. The terms are sharp, intelligent, excellent, stylish, stylish, mysterious, cool, urban, futuristic, and so on. When applying fashion persona or color changing, you can apply fashion image.

In the case of deep winter, the relative color is clear and clear, and the strong strong tone and the deep and clear tone are known to be dominant, and as the representative terms of emotional stimulation, association, and abstract expression of the color suitable for the deep winter type Modern formal, dandy, serious, solemn, masculine, dignified, respectful, depth, etc. You can apply fashion when you make a sonar or color change.

In addition, when changing bright spring into bright summer, the brightness of the body color is the same, and the color and saturation are different. Among them, the color becomes an important factor, so the colors that are opposite to the warm base (e.g., bright and cold blue color) Neutralize the color or apply it to avoid colors that feel very cold.

In addition, the present invention selects the color of the clothes according to the TPO (time, place, occasion) that is appropriately worn in the case of the clothes as shown in Figure 5, the color of the clothes In response to this, some of the changing elements are changed to change the image.

As a result of the applicant's research and efforts in the present invention, a more detailed and rich personal color type changing method that a large number of people can sympathize with has been derived.

In conclusion, the fashion persona color image changing, the personal color spring (W1) derived as shown in Figure 5 is changed to-vivid spring (W2), gentle autumn (W3), bright summer (C1), personal color vivid spring (W2)-Changes to bright spring (W1), dark autumn (W4), bright winter (C3), personal color Soft autumn (W3)-dark autumn (W4), bright spring (W1), bright summer ( C1) will be changed to personal color dark autumn (W4)-soft autumn (W3), vivid spring (W2), deep winter (C4).

And personal color bright summer (C1)-change to calm summer (C2), bright spring (W1), gentle autumn (W3), and personal color calm summer (C2)-bright summer (C1), deep winter ( C4), vivid winter (C3), personal color vivid winter (C3)-deep winter (C4), vivid spring (W2), calm summer (C2), personal color deep winter (C4) -Changeable to clear winter (C3), deep autumn (W4) and calm summer (C2).

Through the image change as described above, the satisfaction of the user and the surroundings was examined.

Satisfaction with image-changed makeup color (skin color, eyes, eyebrows, lips, cheeks) by personal color satisfied so so dissatisfaction Cosmetic 85% 13% 2%

Satisfaction with the image-changed dyed color (wig) by personal color satisfied so so dissatisfaction Dye Color 83% 15% 2%

Satisfaction with the image-changed iris colors by eye color satisfied so so dissatisfaction Iris 80% 13% 7%

Satisfaction with changing physical stimulus image changed by personal color satisfied so so dissatisfaction Physical stimulation change 82% 15% 3%

As shown in Tables 4 to 7, above, 310 participants in their 20's and 50's were examined for their response to the presentation by classifying them into makeup color, dye color, iris color (eyeglass), and physical stimulation (lighting). More than% of participants showed satisfaction with image changing.

In addition, when comparing makeup color, physical stimulus change, dyeing color, and iris color (eyeglass color) as changing factors in fashion persona changing, 85% of people who need to change the makeup color and satisfactory results by changing the dyeing color 83% of the people obtained the change, 82% had the satisfactory result by changing the physical stimulus change, and 80% had the satisfactory result by changing the iris color alone.

On the other hand, in the case of the personal color diagnosis expert group, satisfaction was 86% for cosmetics, 85% for dyed colors, 82% for iris colors (eyeglass frames), and 90% for physical stimulation changes (light colors). Satisfaction was found.

In addition, in the case of combined use, satisfaction increased further, with 88% of those who achieved satisfactory results by changing the makeup color and dye color, 90% of those who had satisfactory results by changing the cosmetic color and physical stimulation, 92% of people with satisfactory results by changing the color and iris color, 87% of satisfaction by changing cosmetic color and physical stimulation, and changing iris color and dye color, 87% of satisfaction by changing iris color and cosmetic color The satisfaction rate was 87% and the iris color and physical stimulus change were 83%, indicating that it is desirable to implement complex image change depending on the situation.

In addition, actively performing physical stimulation changes (light source, illuminance, etc.) can further expand the scope of fashion persona and color changing.

This persona or color matching method can be used to change the color of the iris (eyeglass) using a suitable color lens for changing the makeup color, changing the color of the eyes, and to adjust the color, illuminance and light distribution of the light source to change the stimulus of light. Perform a stimulus change to determine the type to change (spring, bright spring / clear spring).

And, by applying fashion colors (clothes and accessories, shoes and interior colors) to the preferred image, the effect of more than personal colors is solved by fashion persona or color matching method.

100 ... terminal 300 ... server
310 ... Color data 390 ... Control unit
410 ... first control unit 430 ... second control unit

Claims (10)

delete delete delete Causing reference color data to be constructed while executing a personal color derivation program for deriving a personal color and a fashion persona image changing program using the derived personal color;
Inputting survey data or supplementary survey data of a user through an input means;
As a step of deriving a personal color through the inputted survey data and supplementary survey data,
Color changing by the fashion persona image changing program,
Personal color
Spring (W1)-Changes to Vivid Spring (W2), Soft Fall (W3), Bright Summer (C1),
Vivid Spring (W2)-Changes to Bright Spring (W1), Deep Fall (W4), Vivid Winter (C3),
Soft Autumn (W3)-Changes to Dark Autumn (W4), Bright Spring (W1), Bright Summer (C1),
Dark Fall (W4)-Changes to Soft Fall (W3), Vivid Spring (W2), Deep Winter (C4),
Bright Summer (C1)-Changes to Calm Summer (C2), Bright Spring (W1), Soft Fall (W3),
Calm Summer (C2)-Changes to Bright Summer (C1), Deep Winter (C4), Clear Winter (C3),
Clear Winter (C3)-Changes to Deep Winter (C4), Clear Spring (W2), Calm Summer (C2),
Deep Winter (C4)-A fashion persona color matching method using a personal color analysis system through visual and auditory perceptions that are changed to vivid winter (C3), deep autumn (W4), and calm summer (C2), respectively. 5. The method of claim 4, in addition to deriving the personal color.
Inputting a change element of the user;
Deriving fashion persona color changing data by the input change factor;
A fashion persona color matching method using a personal color analysis system using visual and auditory perceptions, further comprising outputting persona color changing data. The method of claim 4, wherein the survey data is one or more of a user's skin color, hair color, iris color, and lip color.
The supplementary survey data is composed of one or more images of a questionnaire for inferring the user's face shape, body shape, speech and user's disposition,
The input means is composed of a camera, a microphone, a keyboard,
The camera is installed to photograph the front, side, and 45 degrees of the face of the user to determine the three-dimensional shape of the face, the angle forming the contour of the face, the relationship between the size of the eye nose and the area of the face, and the proportional relationship between the eyeballs. Fashion persona color matching method using a personal color analysis system through the visual and auditory perception, characterized in that to determine. delete The color changing method according to any one of claims 4 to 5, wherein the color changing by the fashion persona image changing program includes a hair color change for performing dyeing for changing the hair color color, and a makeup for changing the skin color color. Change of makeup color, change of iris or eye color using color lens for changing eyes, change of physical stimulus to change light stimulus by adjusting light source, change of clothes and accessories, shoes and interior color A fashion persona color matching method using a personal color analysis system through visual and auditory perception, characterized in that consisting of. The method of claim 8, wherein the color change by the fashion persona image changing program comprises: a hair color change to perform dyeing for a change of hair color color, a makeup color change to perform makeup to change a skin color color, and an eye color Change the iris color or eyeglass color using the color lens for the change, physical stimulation change to change the physical stimulus to change the stimulus of the light by adjusting the color, illuminance and light distribution of the light source,
A fashion persona color matching method using a personal color analysis system through visual and auditory perception, characterized in that after changing the personal color, clothes and accessories, shoes and interior colors that match the fashion persona term. The method of claim 4, wherein the survey data and the supplementary survey data include: firstly deriving a personal color through a body color input including a face color, a hair color, an iris color, and a lip color;
Deriving a second personal color through a questionnaire for inferring a user's disposition and inputting data of a face shape and a body shape;
A fashion persona color matching method using a personal color analysis system through visual perception and auditory perception, characterized by a third step of deriving a personal color through the input of speech.

Images