JP5920799B1 - Color coordination support device - Google Patents

Abstract

An object of the present invention is to provide a color coordination support device that makes it easy for a supportee to determine whether or not it is suitable for the supportee. A face image of a supportee is input from an individual information device, skin color information and pupil color information are discriminated and input from the face image, and impression information and scene information to be added are input from the input means. Entered. In the color coordinate table, skin color and pupil color information, and brightness values in the RGB color mode set in advance for each outfit based on the impression information desired to be given are recorded. Items that match the skin color, pupil color, and impression information input from the individual information device are selected, and the brightness information in the RGB color mode of the clothing is output, and the brightness information together with the face image and the scene information is displayed on the display means in the individual information device. The clothing is displayed in color according to the information. [Selection] Figure 1

Description

The present invention displays a clothing form in a human body shape together with the face image information of the person to be supported on the display means of the individual information device, and displays the clothing form by a recommended color determined based on a plurality of pieces of information. The present invention relates to a color coordination support apparatus that presents recommended color coordination information to a user.
Preferably, the display form of the individual information device displays the form of clothing together with the face image information of the supportee in a human body shape, and ties at least with the recommended color selected based on the subject's skin color, pupil color, and imparted impression information. Color coordination that presents recommended color coordination information to the supportee by displaying at least one of the clothing forms of shirts, shirts, and jackets, and displaying a scene based on the scene information on the outer periphery of the face image The present invention relates to a support device.
In particular, the display form of the individual information device displays the clothing form together with the face image information of the supportee in a human body shape, and at least the recommended color selected based on the information about the skin color, pupil color, and imparted impression of the supportee, Color coordination support that presents color coordination information recommended to the supportee by displaying the clothing form of ties, shirts, and jackets, and displaying a scene based on the scene information on the outer periphery of the face image and the clothing form Relates to the device.

The main terms used herein are defined below.
“Human body color” refers to a color that appears on the outer surface of a person, such as a person's skin color, pupil color, hair color, or lip color.
“Apparel” refers to upper garments such as jackets, lower garments such as trousers, clothes such as ties and scarves, and / or accessories such as hats, necklaces, and tiaras.
The “supported person” is a person who wants to receive color coordination, and usually includes an owner of the individual information device, a person who operates the individual information device, or a person who wants to coordinate color.
The “face image” refers to an appearance of a person's face (including the head), and includes an image that includes a background or the like slightly outside the face in addition to an image that precisely follows the outline of the face.
“Apparel shape” refers to the shape of apparel, and includes shapes that can be used to estimate the shape of a general, tie, shirt, jacket, hat, necklace, and the like.
“Scene” refers to a scene or scene that reminds us of a predetermined image. Specifically, an office district is a place where buildings are lined up on the side of a road, a seminar is a scene where a screen is installed, and a conference is a scene or scene where people are around a desk.
A tie is a cloth that is wrapped around the neck as a decoration, mainly in men's outfits. In many cases, it is passed under the collar of a shirt and a knot is made in front of the throat and lowered in front In terms of shape, it includes derby ties, tower shape ties, bar shaped ties, bottle shaped ties, bow ties, and the like, and materials include cloth or knitting.
The “shirt” is a kind of clothes worn on the trunk of the upper body, and is used as an inner garment or outer garment worn on the underwear. Typical examples include shirts and polo shirts.
“Jacket” refers to a front-opening jacket with sleeves.
The “human body shape” refers to a shape that roughly represents a human figure, and may be only the upper body shape in addition to the whole body shape.
A “business scene” is a scene that hits a job.

The inventor of the present application devised as the first prior art, an inner surface attribute input means for inputting inner surface attribute information indicating the inner surface attribute of the subject, and an appearance attribute input for inputting appearance attribute information indicating the outer attribute of the subject And a plurality of color combination patterns each defining a higher classification color for a plurality of elements consisting of means and a plurality of predetermined clothes and accessories. A first storage unit that stores first association information indicating association between the color combination pattern group to be displayed and the appearance attribute information; and a first storage unit that indicates association between the color combination pattern and the inner surface attribute information A second storage unit that stores two pieces of association information, and the color combination pattern group associated with the input appearance attribute information based on the first association information. Among the plurality of color combination patterns constituting the color combination pattern group specified by the color combination pattern group specifying unit to be specified and the color combination group specifying unit, the color combination pattern group specifying unit is associated with the input inner surface attribute information. In addition, color combination pattern specifying means for specifying the color combination pattern based on the second association information, and attributes of items determined in advance with respect to the specified appearance attribute are associated with the upper classification color. A third storage unit that stores third association information that defines the lower classification color, the upper classification color of each element of the color combination pattern identified by the color combination pattern identification unit, and the input The color combination pattern specifying means based on the appearance attribute information thus made and the third association information. There color coordination apparatus is known having a color selection means for selecting the lower classified colors for said plurality of elements is identified the color combination pattern defining (e.g., see Patent Document 1).
The present inventor invented as a second prior art image selection means for selecting a desired image from a plurality of images in advance, and upper classification colors for a plurality of elements made up of a plurality of predetermined clothes and accessories. A first storage means for storing first association information indicating association between the plurality of color combination patterns and the image when a plurality of color combination patterns defined respectively are defined; and the selection The color combination pattern specifying means for specifying the color combination pattern associated with the image based on the first association information, and the attribute of the item predetermined for the appearance of the subject, Second storage means for storing second association information that defines sub-classified colors associated with the color combination pattern and the specified color combination pattern Based on the upper classification color of each element, the attribute of the item relating to the appearance of the subject, and the second association information, the lower classification for the plurality of elements defined by the identified color combination pattern A color coordinating apparatus having a color selection means for selecting a color is known (for example, see Patent Document 2).
As a third conventional technique, fashion item information which is image information and / or text information on at least one of clothes, shoes, accessories and accessories in the fashion of the user and / or the store, and the face, body in the user's fashion, Fashion information input unit for inputting fashion style information which is image information and / or character information on at least one of hairstyle and wrinkle, fashion information output unit for outputting the fashion information, and coordination relating to user's fashion A fashion coordination editing execution unit that edits and executes, a fashion coordination operation screen display means that provides a graphical operation display related to fashion coordination on the terminal screen, Fashion Coordination communication unit for transmission and reception of Deployment information, fashion coordinated individual information device characterized by comprising a fashion information storage unit that stores the fashion information is known (e.g., see Patent Document 3).
Further, as a fourth conventional technique, the product is a male product including a tie, clothes, and shoes, and functions as an impression forming factor that forms an appearance impression of the coordinated person when worn by the coordinated person. Consume coordinating support information for men, including one or more pieces of information selected from product information and / or sales location information on coordinating products for men and advice information for coordinating using the coordinating products. Coordination support system provided to the user,
Impression type in which the coordination support information is determined based on the skin condition base color type, hair color, facial feature and / or behavior characteristics, and facial skin color brightness provided to the person to be coordinated. A management device that is associated with the management device, and an individual information device that transmits and receives information to and from the management device,
The management device determines an impression base type based on the base color type and the hair color data input from the individual information device, and according to the determined impression base type, the brightness of the skin color of the face, and Sends question information for acquiring facial feature and / or behavior characteristic data from the coordinated person to the individual information device, and determines the impression type based on the information received from the individual information device as an answer to the question information. A coordination support system is known that includes an information processing unit that sends coordination support information corresponding to a determined impression type to an individual information device (see, for example, Patent Document 4).
Furthermore, as a fifth prior art, it is known to display captured face information in combination with predetermined clothing (see, for example, Patent Document 5).

Utility Model Registration No. 3190066 (FIGS. 1-9, paragraphs 0009-0028) Utility Model Registration No. 3189529 (FIGS. 1-9, paragraphs 0009-0018) JP 2009-99143 (FIGS. 1 to 10, paragraph numbers 0087 to 0164) JP 2006-24203 (FIGS. 1 to 28, paragraph numbers 0011 to 0072) JP 2002-218219 (FIGS. 1 to 8, paragraph numbers 0037 to 0059)

In the first prior art, the inner surface information such as sweet, happy, spirit, and essence input from the inner surface attribute input means and the outer surface information input from the outer surface attribute input means such as pupil color, hair color, skin color, and the like. Entered,
First, a plurality of color combination patterns, each defining a color classification pattern group set on the basis of external information such as the pupil color, hair color, skin color, etc. Stored in the storage means,
Further, the second storage means stores the correspondence between the inner information such as sweet, happy, spirit, and the like and the color combination pattern group stored in the first storage means,
Further, for the attribute of the item determined in advance with respect to the outer surface attribute stored in the third storage unit, third association information that defines a lower classification color associated with the upper classification color is stored. ,
After the color selection means specifies the color combination pattern of the upper color such as clothes stored in the second storage means based on the input external surface information and the internal surface information, the pattern specifying means specifies the color combination pattern. The lower classification color corresponding to the specified upper color combination pattern is specified.
In the first prior art, since information for reference when selecting a color such as clothes is provided, there is an effect of reducing troubles in appropriate coordination based on the inner surface information.
However, in the first prior art, color coordination information between clothes and accessories is simply provided, and the image of the supported person wearing it must be imagined in the supported person's head. In other words, there was a problem that the image of the recipient was sometimes difficult.
In the second prior art, image information such as cooperativeness, seriousness, judgment, or openness input from the image selection means is input,
Storing a correspondence between a plurality of color combination patterns each defining upper classification colors for a plurality of elements made of clothes and accessories and the image information in the first storage means;
The color combination pattern specifying means specifies the color combination pattern,
Second association information that defines a lower classification color associated with the upper classification color is stored in the second storage means for the attribute of the item determined in advance regarding the appearance of the subject person,
The specified color combination by the color selection means based on the upper classification color of each element of the specified color combination pattern, the attribute of the item relating to the appearance of the subject, and the second association information A lower classification color for the plurality of elements defined by the pattern is selected.
This second prior art also has an effect of reducing troubles in appropriate coordination as in the first prior art.
However, in the second prior art, color coordination information between clothes and decorations is simply provided, and the image of the state worn by the supportee must be imagined in the supportee's head. In addition, there was a problem that the image of the supported person might be difficult.
In the third prior art, character information including at least one of an image individual information device including at least one of various devices including a digital camera and a scanner and various devices including a keyboard and a touch panel in a fashion information input unit. Various information input from the input device is recognized by predetermined processing, the predetermined image information and character information are transferred to other information terminals by the fashion information output unit, and the image information and character information are transmitted by the fashion coordination editing execution unit. The fashion coordinate editing execution section displays the screen that has undergone the predetermined screen display processing on the fashion coordination operation screen display means, and the fashion coordination communication section displays the image information and text information on the network. Via the fashion information storage unit. For storing image information and character information by a user and / or the store it can be done fashion coordinated with the information terminal.
However, in this third prior art, color coordination information between clothes and decorations is simply provided, and the image of the supported person wearing it must be imagined in the supported person's head. In other words, there was a problem that the image of the recipient was sometimes difficult.
In the fourth conventional technique, from the coordination support information classified in advance for each impression type, corresponding to the impression type determined based on the impression basic factor data input from the individual information device, By sending coordination support information corresponding to the determined impression type from the management device to the individual information device, coordination support information can be provided to the user (supported person) of this coordination support system. This makes it possible to prevent mismatches with existing impression basic factors and to achieve a good coordination, thereby effectively realizing effective “impression creation” support.
In the fourth prior art, as shown in FIG. 15 in the cited document 4, it is disclosed that the coordinated fashion is colored and displayed on the clothing on the illustration.
However, in the fourth prior art, since the clothes on the illustration are colored, the fashion is coordinated according to the impression type determined based on the impression basic factor data, so the supportee wears it. The image of the state had to be imagined in the mind of the supportee, and there was a problem that the image might be difficult.
Furthermore, in order to give a more realistic color coordination impression to the supportee, it is easy to combine the fourth conventional technique and the fifth conventional technique.
However, even when the fourth prior art and the fifth prior art are combined, what is displayed on the display device is a combination of the face image of the supportee and the clothing form, and the color information is simply Since it is only displayed in a range enclosed by a square, the corresponding clothing is not colored and it may be difficult to imagine a color coordinate.

A first object, which is a basic object of the present invention, is to provide a color coordination support device that makes it easy to determine whether or not a supportee of clothing color coordination is suitable for the supportee.
A second object, which is a secondary object of the present invention, is to provide a color coordination support apparatus that can reuse recommended color coordination information.
A third object, which is a subordinate object of the present invention, is to provide a color coordination support device that makes it easier to determine whether or not a supportee of clothing coordinates is suitable for the supportee under the usage conditions. is there.
A fourth object, which is a subordinate object of the present invention, is to provide a color coordination support device that makes it easy to determine whether or not the supportee of the color coordination of the tie matches the supportee.
The fifth object, which is a subordinate object of the present invention, is a color coordination in which at least two color coordinated supportees of a tie, a shirt, and a jacket can easily determine whether or not they are suitable for the supportee. It is to provide a support device.
A sixth object, which is a secondary object of the present invention, is to provide a color coordination support device that makes it easy to determine whether or not a supportee of color coordination of clothes in a business scene is suitable for the supportee. .
A seventh object, which is a subordinate object of the present invention, is to provide a color coordination support device that makes it easier to determine whether or not a supportee of clothing color coordination is suitable for the supportee.

In order to achieve this object, the invention according to claim 1 is configured as follows.
In a color coordination support device that outputs color coordination information of clothing based on human body color information,
Color coordinate information output means for outputting color coordinate information of clothes set in advance based on the human body color information and the imparted impression information;
A face image input means for inputting the face image of the person being supported,
Face image information recording means for storing face image information acquired by the face image input means;
Clothing shape information recording means for storing clothing shape information;
Scene information recording means for storing scene information using clothing,
Based on the face image information stored in the face image information recording means and the clothing shape information stored in the clothing shape information recording means, the human body shape is displayed in color, and at least around the face image is stored in the scene information recording means . Color display means for displaying the scene information generated;
It is a color coordination support apparatus provided with a clothing color determination unit that displays the clothing shape in color based on color coordination information from the color coordination information output unit.

According to a second aspect of the present invention, there is provided a color coordination support apparatus that outputs color coordination information of clothing based on human body color information.
Color coordinate information output means for outputting color coordinate information of clothes set in advance based on the human body color information and the imparted impression information;
Face image input means for inputting face image information of the person being supported,
Face image information recording means for storing face image information acquired by the face image input means;
Clothing shape information recording means for storing clothing shape information;
Color display means for performing color display on the human body shape based on the face image information stored in the face image information recording means and the clothing shape information stored in the clothing shape information recording means;
Clothing color determination means for displaying the clothing shape in color based on color coordination information from the color coordination information output means;
Selected color coordinate information recording means for recording the color coordinate information determined by the clothing color determination means and displayed on the color display means based on the selection of the supportee;
Re-display command means for displaying the color coordinate information recorded in the selected color coordinate information recording means on the color display means;
Is a color coordination support device equipped with

The invention according to claim 2 is the color coordination support device according to claim 1 , wherein the clothing shape information includes at least a tie.

The invention according to claim 3 is the color coordination support apparatus according to claim 1 , wherein the clothing shape information includes at least a tie, a shirt, and a jacket.

The invention according to claim 4 is the color coordination support apparatus according to any one of the first to third inventions, wherein the scene information includes at least a business scene.

The invention according to claim 5 is at least a color coordination support device that outputs color coordination information of clothing based on human body color information.
Color coordinate information output means for outputting color coordinate information of clothes set in advance based on the human body color information and the imparted impression information;
Face image input means for inputting face image information of the person being supported,
Face image information recording means for storing face image information acquired by the face image input means;
Means for discriminating skin color information and pupil color information from the face image information;
Color information recording means for recording the determined skin color information and pupil color information;
Clothing shape information recording means for storing at least tie, shirt, and jacket clothing shape information;
Scene information recording means for storing a plurality of scene information using clothes;
Scene information selecting means for selecting one scene information from a plurality of scene information recorded in the scene information recording means;
Based on the face image information recorded in the face image information recording means and the clothing shape recorded in the clothing shape information recording means, the human body shape is displayed in color, and at least the scene information recording means around the face image Color display means for displaying the scene recorded in
Based on the skin color information, the pupil color information, the impression information, and the selected scene information, a color in the corner clothing is determined based on color coordinate information in the color coordinate information output means determined in advance. Clothing color determination means to perform,
The color coordination support apparatus, wherein each clothing item is displayed on the color display unit by a color for each clothing item determined by the clothing color determining unit.

In the invention according to claim 1, the face image information of the supportee is input from the face image input means and stored in the face image information recording means.
On the other hand, the clothing shape information recording means stores clothing shape information such as ties, shirts, and jackets and / or clothing shape information such as pocket chiefs and necklaces.
Based on the face image information stored in the face image information recording means and the clothing shape information stored in the clothing shape information recording means, the color display means, for example, the face on the upper side and the clothing shape on the human body. Display in combination with the shape.
Furthermore, the clothing color determination means is information that matches the input human body color information and the imparted impression information from the color coordinate information recorded in the color coordinate table for each piece of clothing set in advance based on the human body color. The color coordinate information is output from the color coordinate information output means.
And the clothing specified by the said clothing shape information applicable based on the said color coordinate information is colored and displayed.
Therefore, since the supportee can visually see the shape of the clothes colored and displayed along with the face image of the supportee on the color display means, it is not necessary to imagine in the head, and the recommended coordination of the clothes It can be confirmed, and it is easy for the supportee to determine whether or not it is suitable, and there is an advantage that the first object which is the basic object of the present invention can be achieved. In addition, it is the supportee who is the supportee of the individual information device that receives the color coordination support according to the present invention. A supported person is basically a wearer of the clothing, but a person who has a special relationship with the wearer who is the supported person, for example, a person who is in a marriage relationship may receive support. The supported person and the face image information do not match, but in this case as well, the face image information of the supported person in the present invention is assumed.
Further, in the inventions of claims 2 to 5 , the object other than the first object which is the basic object of the present invention can be achieved, but if at least the third object can be achieved, it belongs to the technical scope of the present invention. is there.

In the second invention, as in the first invention, the face image information of the supportee is input from the face image input means and stored in the face image information recording means.
On the other hand, the clothing shape information recording means stores clothing shape information such as ties, shirts, and jackets.
Then, the color display means is based on the face image stored in the face image information recording means and the clothing shape information stored in the clothing shape information recording means, for example, the face on the upper side and the clothing shape on the lower side. It arranges to the human body shape and displays it.
Furthermore, the clothing color determining means is configured to provide the human body color information that is input by the supportee and the human body color information that matches the given impression information and the provision in the color coordination table for each clothing that is preset based on the human body color. A combination of impression information is searched and specified, and color coordination information for each piece of clothing set in advance for the human body color information and imparted impression information is output from the color coordination information output means.
Then, based on the output color coordinate information, the corresponding clothing is displayed in color.
Therefore, the supported person can visually check the colored clothing as well as the face image of the supported person displayed in a human figure on the display means, so it is possible to confirm the recommended coordination without having to image it with the head. This is advantageous in that the supportee can easily determine whether or not he / she is suitable for him / her and can achieve the first object which is the basic object of the present invention.
Further, since it has the selected color coordinate recording means for recording the color coordinate information displayed on the color display means based on the selection of the supportee, the color coordinate that has been supported in the past can be stored, and the redisplay means Since the selected color coordinate information stored in the above can be displayed again on the color display means, it is possible to receive support in a short time, and there is an advantage that the second object which is a subordinate object of the present invention can be achieved.

Since the color display means displays the scene stored in the scene information recording means on the left and right sides of the face image, it is possible to determine whether the recommended color coordination is suitable for the scene on which the clothing is worn. There is an advantage that the third object of the present invention can be achieved.

In the invention according to claim 2, since the garment shape information includes at least the tie, the color coordinate information of the tie is output and displayed in a colored manner in the tie shape. Selection is facilitated, and there is an advantage that in addition to the third object of the present invention, the fourth object which is a subordinate object of the present invention can be achieved.

In the invention according to claim 3, since the clothing includes a tie, a shirt, and a jacket, color coordinate information of the tie, the shirt, and the jacket is output, and the tie shape, the shirt shape, and the jacket shape, respectively. Therefore, it is easy to determine the suitability of the color coordination of the tie, shirt and jacket, and in addition to the third object, there is an advantage that the fifth object which is the subordinate object of the present invention can be achieved. .

In the invention according to claim 4 , the scene information includes at least a business scene, and the color display device displays the scene around the face image. Since the support person can be visually confirmed in the scene, it is easy to determine the suitability of the color coordination of the clothing, and there is an advantage that the sixth object, which is the secondary object of the present invention, can be achieved in addition to the third object.

In the invention according to claim 5, the face image information acquired by the face image input means is stored in the face image information recording means.
The skin color input means discriminates the skin color based on the face image information and outputs the skin color information.
The pupil color input means discriminates the pupil color based on the face image information and outputs the pupil color information.
The determined skin color information and pupil color information are recorded in the human body color information recording means.
The clothing shape information recording means stores at least clothing shape information of a tie, a shirt, and a jacket.
The scene information recording means records a plurality of scene information for wearing clothes.
One of the scene information recorded in the scene information recording means is selected by the scene information selecting means.
The color display means color-displays the human body shape based on the face image information recorded in the face image information recording means and the clothing shape recorded in the clothing shape information recording means, and at least on both the left and right sides of the face image The scene selected by the scene information selection means is displayed.
The clothing color determination means obtains information that matches the input skin color information, pupil color information, and impression information from a color coordinate table that is predetermined based on the skin color information, pupil color information, and impression information. The color coordinate information for each piece of clothing set in the matched information is output from the color coordinate information output means.
Each clothing item is displayed on the color display unit according to the clothing-specific color determined by the clothing color determining unit.
Accordingly, the face image and the clothing shape of the human-type supported person displayed on the color display means are displayed by the color for each selected clothing. Furthermore, a scene is displayed based on the scene information at least on the left and right sides of the face image of the supportee. As a result, the supportee can determine the suitability of the clothing in a more realistic situation by viewing the image displayed on the color display device, so that the third purpose can be achieved and the determination is more Since it is easier to do, there is an advantage that the seventh object can be achieved.

FIG. 1 is an overall schematic diagram of a color coordination support apparatus according to an embodiment of the present invention. FIG. 2 is a front view of the individual information device in the color coordination support apparatus according to the embodiment of the present invention. FIG. 3 is a block diagram of the individual information device in the color coordination support apparatus according to the embodiment of the present invention. FIG. 4 is a block diagram of the management server in the color coordination support apparatus according to the embodiment of the present invention. FIG. 5 is an example of a scene used in the color coordination support apparatus according to the embodiment of the present invention. (A) is a business district, (B) is a conference, and (C) is a night city. FIG. 6 is an example of a predetermined color coordination table in the color coordination support apparatus according to the embodiment of the present invention. FIG. 7 is a flowchart for explaining the operation of the management server and the individual information device in the color coordination support apparatus according to the embodiment of the present invention. FIG. 8 is a start screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 9 is a guidance screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 10 is a face photographing screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 11 is a face image storage screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 12 is a scene selection screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 13 is a scene storage screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 14 is an imparted impression selection screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 15 is a recommended color explanation screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 16 is a recommended color coordination screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 17 is a recommended tie color coordinate screen of the color display device in the individual information device for explaining the operation of the color coordinate support device according to the embodiment of the present invention. FIG. 18 is a clothing recommended color coordinate screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 19 is a recommended color coordinate storage screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 20 is a screen for re-reading past recommended color coordinates of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention. FIG. 21 is a second selection screen of the color display device in the individual information device for explaining the operation of the color coordination support device according to the embodiment of the present invention.

The best mode of the present invention is a face image input means for inputting face image information of a supportee,
Face image information recording means for storing face image information acquired by the face image input means;
Means for discriminating skin color information and pupil color information from the face image information;
Color information recording means for recording the determined skin color information and pupil color information;
Clothing shape information recording means for storing at least tie, shirt, and jacket clothing shape information;
Scene information recording means for storing a plurality of scene information using clothes;
Scene information selecting means for selecting one scene information from a plurality of scene information recorded in the scene information recording means;
Based on the face image information recorded in the face image information recording means and the clothing shape recorded in the clothing shape information recording means, the human body shape is displayed in color, and at least on both sides of the face image on the scene information recording means Color display means for displaying recorded scene information;
Based on the skin color information, the pupil color information, the impression information, and the selected scene information, a color in the corner clothing is determined based on color coordinate information in the color coordinate information output means determined in advance. Including clothing color determination means
Displaying each clothing item on the color display unit according to the clothing color determined by the clothing color determining unit,
Further, a selected color coordinate information recording unit that records the color coordinate information determined by the clothing color determination unit and displayed on the color display unit based on the selection of the supportee,
Re-display command means for displaying the color coordinate information recorded in the selected color coordinate information recording means on the color display means;
Is a color coordination support apparatus characterized by including

  As shown in FIG. 1, the color coordination support apparatus 100 according to the present embodiment is roughly divided into individual information devices 102-1 to 102-n, an Internet communication line 104, and a management server connected to the Internet communication line 104. 106, and a public communication line 108 for connecting the individual information device 102 and the Internet communication line 104.

First, the individual information devices 102-1 to 102-n will be described mainly with reference to FIGS.
The individual information device 102 outputs the face image information FII, impression information GII, scene information SI, storage selection command KSI, storage command KI, redisplay command RVI, human body color information HCI, etc. of the supportee AP, and And has a function of displaying as a human interface. In other words, a portable individual information device or an installation type individual information device having at least a bidirectional communication function with the management server 106, a display function, and a function for inputting predetermined items can be used. For example, a smart phone, a tablet terminal, a wearable computer, or the like can be used as the portable individual information device, and a desktop personal computer or a notebook personal computer can be used as the installation type individual information device. However, it is a concept including not only these known individual information devices but also individual information devices having similar functions that may appear in the future. Therefore, the individual information device 102 can employ other than the above as long as it has the same function as the above function. In this embodiment, since the so-called smartphone is used as the individual information device 102, and it is assumed that there are a very large number of supportee APs, and therefore, the individual information device 102, the same reference numeral 102 has a value of -1 to -n is added, but when there is no need to specifically limit, -1 to -n is not added and the code 102 is simply used.
As shown in FIG. 2, the individual information device 102 according to the present embodiment has a box shape that is generally vertically long when viewed from the front, and is provided with a color display means 110 that is flat on the entire front side. The color display means 110 is provided with input means 112, for example, a known touch panel 114, over the entire area, and the touch panel 114 can be touched by touching a human body or the like at a position corresponding to the button portion 113 displayed on the color display means 110. A signal is output from, and processing corresponding to the button unit is executed.
An imaging camera 115 is disposed at the center of the upper end of the color display means 110.

Next, the physical configuration of the individual information device 102 will be described mainly with reference to FIG.
The individual information device 102 is a so-called small computer, and includes at least a CPU (Central Processing Unit) 116, a ROM (Read Only Memory) 118, a RAM (Random Access Memory) 120, a clock 122, and color display means as hardware. 110 includes a CPU 116 that performs predetermined processing while erasing various information in the RAM 120 based on the program recorded in the ROM 118 depending on the clock signal from the clock 122 and the input information input from the input means 112. To display predetermined information on the color display means 110.

First, the CPU 116 will be described.
The CPU 116 has a function of executing predetermined processing based on the program recorded in the ROM 118 and the input information from the input unit 112 as described above, and a so-called microprocessor or the like is used.

Next, the ROM 118 will be described.
The ROM 118 has a function of recording a program, and usually a read-only or writable semiconductor memory is used.

Next, the RAM 120 will be described.
The RAM 120 has a function of writing or erasing information at any time, and a writing and erasing type semiconductor memory is usually used at any time.

Next, the clock 122 will be described.
The clock 122 has a function of outputting a clock signal for use when a CPU or the like which is a digital logic circuit of clock synchronization design operates, and is configured by a known clock generation circuit.

Next, the color display means 110 will be described.
The color display means 110 has a function of displaying image information and character information in a predetermined manner in a predetermined manner based on a command from the CPU 116, and includes a display position shape determining means 110L and a display 110D.
The display position shape determining means 110L has a function of displaying on the display 110D together with the face image information FII based on the clothing shape information CSI and the clothing position information CLI from the clothing shape recording means 194 described later. Used.
As the display 110D, a known liquid crystal display, an electroluminescence CRT, a plasma display, or the like can be used. In this embodiment, a liquid crystal display is used.

Next, the input means 112 will be described mainly with reference to FIG.
The input means 112 has a function of outputting information necessary for outputting the color coordinate information CCI and a command for instructing the program to the CPU. In this embodiment, the face information input means 124 is provided. , A given impression input unit 126, a scene information input unit 128, a storage selection unit 130, a storage command unit 132, a re-display command unit 134, and a human body color input unit 135.

First, the face information input means 124 will be described.
The face information input unit 124 has a function of inputting an image related to the face of the supportee AP, and uses the camera 115 attached to the individual information device 102 to photograph the face of the supportee AP. The face image information FII of the face is output to the CPU 116. However, the face image information FII of the supportee AP captured in advance by another digital camera or the like can be output to the CPU 116 via a connection terminal (not shown) provided in the individual information device 102.
For example, as shown in FIG. 10, an oval face frame 136 indicating the size of the face to be input to the color display means 110 of the individual information device 102 is displayed, and a predetermined position of the color display means 110, this embodiment In the lower part of the disc play 110D, the shooting button 138 of the camera 115 and the redo button 140 for performing shooting again are displayed in parallel, and the size of the face of the supportee AP is exactly within the face frame 136. When the touch panel 114 of the shooting button 138 is touched, the camera 115 takes a picture, and the taken face image information FII is temporarily recorded in the RAM 120. Next, as shown in FIG. 11, when the touch panel 114 corresponding to the save button 141 displayed at a predetermined position of the disc play 110D is touched, it is recorded in the face image information recording means 136 described later. When the touch panel 114 at a position corresponding to the redo button 140 is touched, the face image information FII recorded in the RAM 120 as described above is erased, and the supportee AP repeats the above-described shooting.

Next, the imparted impression input means 126 will be described.
The imparted impression input means 126 has a function of inputting how the supported person AP wants to be seen by other people, in other words, an impression desired to be given to other people, in other words, impression information GII. . In the present embodiment, the selection is made from a plurality of impression information GII recorded in the impression information recording means 142 described later. Impression information GII includes "I want to give a sense of leadership", "I want to give a noticeable impression", "I want to give a calm feeling", "I want to give a pleasant impression", "I want to give a clean feeling", etc. The plurality of impression information GII is displayed on the display 110D, for example, as shown in FIG. 14, and the selected impression information G11 is displayed by touching the touch panel 114 at a position corresponding to any of the selection buttons 146 to 154 described later. It is recorded in the selected impression information recording means 144.
Note that when the impression information GII is displayed on the color display means 110, the subjective impression of the supportee AP may be displayed. For example, “I want to give a sense of leadership” “I want to demonstrate leadership”, “I want to give a prominent impression”, “I want to stand out in front of many people”, “I want to give a sense of calm” "I want to give a pleasant impression", "I want to be seen by fun people", and "I want to give a clean feeling" can be "I want to give a clean feeling".
For example, as shown in FIG. 14, a button 146 that wants to demonstrate leadership, a button 148 that wants to stand out in front of many people, a button 150 that wants to calm down, a button 152 that wants to be seen by fun people, a button 154 that wants to give a sense of cleanliness, etc. When the touch panel 114 at a position corresponding to the button is touched, the selected impression information GII is recorded in the selected impression information recording means 144.

Next, the scene information input means 128 will be described.
The scene information input means 128 is recorded in the scene information recording means 143, which will be described later, and selects a place or situation where the supportee AP wears a color coordinated costume and wants to give the impression selected by the imparted impression input means 126. It has a function. In this embodiment, one of a plurality of scene information SI recorded in the scene information recording means 143 described later is selected. As the scene information SI, there are (A) office district OS, (B) conference MS, (C) night city NS, parks, parties, seminars, etc. shown in FIG. 5. In this embodiment, FIG. The photographs or illustrations shown in (A) to (C) are used. However, each scene information SI is not limited to a photograph or an illustration, and other means can be adopted. Furthermore, a photograph taken by the supportee AP can also be input.
Specifically, as shown in FIG. 12, when an office town button 158, a conference button 160, a night town button 162, etc. are displayed and the touch panel 114 at a position corresponding to the button is touched, the selected selection is made. The scene information SSI is recorded in the selected scene information recording means 156.
The “business scene” (BS) in the present invention refers to a business-related scene such as (A) the office district OS and (B) the conference MS shown in FIG.

Next, the storage selection means 130 will be described.
The storage selection means 130 has a function of selecting one color coordinate information CCI from a plurality of recommended color coordinate information CCI, which will be described later, displayed on the display 110D. In this embodiment, as shown in FIG. 15, one can be selected from a plurality of color coordinate information CCI displayed on the display 110D. Specifically, for example, three color coordinate information CCI is displayed at a predetermined position on the display 110D, and a first selection button switch 166, a second selection button switch 168, and a third selection button switch are displayed at corresponding positions. When the touch panel 114 at the position corresponding to the button is touched, the selected color coordinate information CCI is recorded in the RAM 120 as the selected color coordinate information SCCI.

Next, the storage command unit 132 will be described.
For example, when the touch panel 114 at a position opposite to the selected color coordinate storage button 176 is touched as shown in FIG. 19, the storage command unit 132 stores the selected color coordinate information SCCI temporarily recorded in the RAM 120 as described above. It has a function of recording in the selected color coat information recording means 174. In the present embodiment, when the touch panel 114 at the position corresponding to the storage button 176 displayed on the display 110D is touched, the color coordinate information SCCI temporarily recorded in the RAM 120 is stored in the selected color coat information recording unit 174. To be recorded. However, the storage button 176 may be provided individually to start the same processing.

Next, the redisplay command unit 134 will be described. The redisplay command unit 134 has a function of displaying the selected color coat information SCCI recorded in the selected color coat information recording unit 174 on the color display unit 110 again. In the present embodiment, the re-display command means 134 is configured by a program, and when the position of the touch panel 114 corresponding to the re-read button 178 displayed on the display 110D is touched as shown in FIG. The color coordinate information SCCI recorded in the information recording means 174 is displayed on the display 110D, for example, as shown in FIG. 21, and the color coordinate information CCI selected from the displayed selected color coordinate information SCCI is displayed. 110D is displayed. However, a similar process may be started by providing a reread button 178 individually.

Next, the face image information recording unit 136 will be described.
The face image information recording unit 136 has a function of storing the face image information FII input from the face information input unit 124, and includes a semiconductor storage device, a magnetic disk (such as a hard disk), an optical disk (such as a CD / DVD), a flash It is selected from memory storage devices (USB memory / memory card / SSD, etc.), magnetic tape, etc. In this embodiment, a semiconductor memory device is used.

Next, the human body color recording means 139 will be described.
The human body color recording unit 139 has a function of storing the human body color input from the human body color input unit 135 as a numerical value determined based on a color reference.
As described above, the human body color includes human skin color, pupil color, hair color, lip color, and the like. In this embodiment, skin and pupil colors are employed.
Therefore, in this embodiment, the human body color recording unit 139 includes a skin color storage unit 182 and a pupil color recording unit 184, and these hardware configurations can select a recording device similar to the face image information recording unit 136. In the embodiment, a semiconductor memory device is used.
The skin color information SCI or the pupil color information PCI recorded in the skin color storage unit 182 or the pupil color recording unit 184 is input by a skin color input unit 186 or a pupil color input unit 188, which will be described later.
Color standards are known color standards such as Munsell color system, web color, RGB color model, Japan Paint Manufacturers Association Standard Color, RAL, Natural Color System (NCS Palette) Swedish Industrial Standard, or each company Public color standards can be used. However, since the present invention uses the color display means 110, the RGB color model which is a global color standard is used.
The RGB color model can express the lightness of the three primary colors of red, green, and blue in the skin color information SCI and pupil color information PCI, and express the same color worldwide. Because you can.

Next, the impression information recording unit 142 will be described.
The impression information recording unit 142 has a function of recording a plurality of impression information GII selected by the assigned impression input unit 126, and the above-described semiconductor memory device or the like is used.
Impression information GII includes, for example, “I want to demonstrate leadership”, “I want to stand out in front of many people”, “I want to be calm”, “I want to be seen by fun people”, and “Clean feeling” I want to put out ".

Next, the scene information recording means 143 will be described.
The scene information recording unit 143 has a function of recording a plurality of scene information SI selected by the scene information input unit 128, and the above-described semiconductor memory device or the like is used. As the scene information SI, as described above, for example, information on the photograph or illustration shown in FIG. 5 is recorded. The scene information recording means 143 has a function of outputting the recorded scene information SI based on a program request in the ROM 118.

Next, the selection imparted impression information recording means 144 will be described.
The selection / giving impression information recording means 144 has a function of storing the impression information GII selected by the giving impression input means 126, and the above-described semiconductor memory device or the like is used.
The selected impression information recording means 144 has a function of outputting the recorded impression information GII based on a program request in the ROM 118.

Next, the selected scene information recording unit 156 will be described.
The selected scene information recording unit 156 has a function of storing the scene information SCI selected by the scene information input unit 128, and the above-described semiconductor memory device or the like is used.
The selected scene information recording means 156 has a function of outputting the selected scene information CI recorded based on a program request in the ROM 118.

Next, the selected color coat information recording means 174 will be described.
The selected color coat information recording unit 174 has a function of storing the color coordinate information SCCI selected by the storage command unit 132, and the above-described semiconductor memory device or the like is used.
The selected color coordinate information recording means 174 has a function of outputting the selected color coordinate information CCI recorded based on a program request in the ROM 118.

Next, the human body color input means 135 will be described.
The human body color input means 135 has a function of setting a human body color, for example, skin color, pupil color, hair color, etc., and in this embodiment, the face image information FII input by the face information input means 124 is programmed. Skin color information SCI and pupil color information PCI are acquired, and skin color input means 186 and pupil color input means 188 are included. However, the human body color input means 135 may input the lightness in the RGB color code by manual work, for example, using the keyboard of the individual terminal device 102.

Next, the skin color input means 186 will be described.
The skin color input means 186 has a function of discriminating the skin color from the face image information FII input by the face information input means 124. In this embodiment, the brightness of RGB in the RGB color mode is set from 0 to 255 according to the program. It is discriminated as information expressed by 256 numbers up to and output. For example, black is represented as (0, 0, 0), white is represented as (255, 255, 255), and a typical example of Japanese skin color information SCI is represented as (248, 216, 183).
As a method of obtaining the skin color information SCI from the face image information FII, first, the face contour FOL is determined from the face image information FII, and a predetermined skin color portion, for example, the central portion of the cheek is determined from the face contour FOL. Is identified as the skin color information SCI by determining the color information at the specific position. The function of the skin color input means 186 can be entrusted to the management server 106. However, acquisition of the skin color information SCI is not limited to these, and other methods can be adopted. For example, a skin color sample can be displayed on the display 110D and the supported person AP can select it.

Next, the pupil color input means 188 will be described.
The pupil color input unit 188 has a function of determining the pupil color from the face image information FII input by the face information input unit 124. In this embodiment, the pupil color input unit 188 is determined by a program in the same manner as the skin color input unit 188. . Similarly to the skin color input means 186, this pupil color input means 188 also specifies the face outline FOL, specifies the approximate eye position relative to the face outline FOL, further specifies the pupil position from the face image FI, and By identifying the color information at a specific position, it is specified as pupil color information PCI. The function of the pupil color input means 188 can be entrusted to the management server 106, or another method can be adopted.

Next, the human body color recording means 139 will be described.
The human body color recording unit 139 has a function of recording the human body color information HCI input by the human body color input unit 135. In this embodiment, the human body color recording unit 139 includes a skin color storage unit 182 and a pupil color recording unit 184.
First, the skin color storage means 182 will be described.
The skin color storage unit 182 has a function of recording the skin color information SCI input by the skin color input unit 186, and the above-described semiconductor storage device or the like is used.

Next, the pupil color recording means 184 will be described.
The pupil color recording unit 184 has a function of recording the pupil color information PCI input by the pupil color input unit 188, and the above-described semiconductor memory device or the like is used.

Next, the Internet communication line 104 will be described.
The Internet communication line 104 is a known computer network capable of bidirectional communication.

Next, the management server 106 will be described with reference to FIG.
The management server 106 responds to the request from the individual information device 102, and outputs the clothing color coordinate information CCI selected from the color coordinate table 206 described later recorded in the color coordinate information output means 192 to the individual information device 102. Have In this embodiment, the management server 106 is a computer, and the color coordinate information output means 192 is realized by a recording device and a program.
That is, the management server 106 includes color coordinate information output means 192, clothing shape information recording means 194, server ROM 196, server RAM 198, server display means 202, server CPU 204, and interface 205.
The function of the management server 106 can be taken into the individual information device 102 and the management server 106 can be omitted. On the other hand, the individual information device 102 can have an input function and a display function for various types of input information, and other management functions and recording functions can be assigned to the management server 106. The functions assigned to the information device 102 can be appropriately distributed.

First, the color coordinate information output means 192 will be described.
The color coordinate information output means 192 includes color information CI for each piece of clothing set in advance in consideration of human body color, skin color information SCI, pupil color information PCI, and impression information GII in the color coordinate table 206. It has a function to search and output color coordinate information CCI for each piece of clothing that matches the skin color information SCI, pupil color information PCI, and impression information GII recorded and transmitted from the individual information device 102 in the color coordinate table 206. In addition, a color coordinate table recording device 208 and a color coordinate determination unit 212 are included.

First, the color coordinate table 206 will be described with reference to FIG.
The color coordination table 206 is set by the human body color BC as the first priority item P1 and the assigned impression GI as the second priority item P2. The human body color BC is arranged on the horizontal axis in FIG. 6. Specifically, the human body color is based on at least the pupil color PC, the first classification SP, the second classification SU, the third classification AU, or the fourth classification. It is classified into 4 systems of WI. In the present embodiment, the above four categories are classified according to the pupil color PC and the skin color SC.
Although these human body color BC lines can be further increased or decreased, experience shows that the four classifications in this example are most preferred.
Further, the brightness for each RGB in the RGB color model is set for the first classification SP, the second classification SU, the third classification AU, or the fourth classification WI.
The assigned impression GI is arranged on the vertical axis in FIG. The assigned impression major category 214 is “I want to demonstrate leadership”, “I want to be seen by people who are calm”, and the like.
Each assigned impression large classification 214 is classified by the imparted impression medium classification 216.
In this example, “I want to demonstrate leadership” in the assigned impression large category 214A, the “improved impression leader”, “refreshing refresher leader”, and “ripe fashionable leader” are set in the assigned impression category 216. In addition, “silent calmness”, “intelligent calmness”, and “gentle calmness” are set for “I want to be seen by a person with calmness” in the assigned impression large category 214B.
The number of assigned impression large categories 214 can be further increased, and the number of assigned impressions category 216 can be further increased or decreased, or the number of assigned impression large categories 214 alone can be increased.
The assigned impression category 216 is divided for each piece of clothing 218. In the present embodiment, a tie NT, a shirt SH, and a jacket JK are set as the clothes 218. However, as the clothing 218, at least one type, for example, a tie NT, may be set. For women, a jacket, a blouse, a scarf, and the like that are clothing, and / or a necklace and a brooch that are clothing Can be set.
For each type of clothing 218, RGB brightness in the RGB color model is set for each of the first classification SP, the second classification SU, the third classification AU, and the fourth classification WI.
For example, in the first priority item P1, depending on the combination of the skin color SC and the pupil color PC, R is 76 in the first classification SP, G is 153, B is light blue with a brightness of 255, and R is 0 in the second classification SU. , G is 0, B is blue with a lightness of 204, R is 0 in the third classification AU, G is 189, B is blue with a lightness of 206, and the fourth classification WI is R is 0, G is 189, B is set to blue with a lightness of 206. In this case, if the assigned impression large category 214 that is the second priority item is 214A that wants to exert leadership, if the assigned impression category 216 is the intelligent promotion leader 216A, R is 0 and G is 0 in the tie NT. , B is 255 blue, shirt SH is R 255, G 255, B is white 255, and jacket JK is R 0, G 27, B 80 black, refreshing In the case of the sensation reader 216B, the tie NT has R 0, G 0, B 255 blue, shirt SH R 209, G 229, B 255 blue, jacket JK R 128, If G is set to 128, B is set to 128 gray, and is a ripe fashionable reader 216C, the tie NT is R 0, G 0, B is 255 blue, shirt SH is R 209, G is 229, B is set to 255 in blue, and jacket JK is set to black in which R is 0, G is 0 and B is 0. The other assigned impression large categories 214 are similarly set in advance.

Next, the color coordinate table recording apparatus 208 will be described.
The color coordinate table recording device 208 has a function of recording and holding the color coordinate table 206 described above, and the semiconductor memory device described above is used.

Next, the color coordinate determining means 212 will be described.
The color coordinate determination means 212 is the human body color information HCI input from the human body color input means 135, the skin color information SCI input from the skin color input means 186 in this embodiment, and the pupil input from the pupil color input means 188. A function for searching and specifying a matching item in the color coordinate table 206 recorded in the color coordinate table recording device 208 based on the color information PCI and the impression information GII input from the imparted impression input means 126 In this embodiment, it is searched and specified by a program stored in the server ROM. That is, information matching the skin color information SCI input from the skin color input means 186 and the pupil color information PCI input from the pupil color input means 188 is searched and specified in the first priority item P1 in the color coordinate table 206. The Next, the assigned impression information GII that matches the impression information GII input from the assigned impression input means 126 in the assigned impression large classification 214 that is the second priority P2 is searched and specified. Then, the RGB numerical values corresponding to the tie NT, the shirt SH, and the jacket JK that match in the first priority item P1 and the second priority item P2 are selected and output to the individual information device 102. Specifically, the skin color information SCI from the skin color input means 186 in the individual information device 102 and the pupil color information PCI from the pupil color input means 188 coincide with the information in the first classification SP, and then the imparted impression input means 126 When the impression information GII input from the line coincides with 214A that wants to demonstrate leadership in the color coordination table 206, the RGB numerical value set in the table at the upper left corner in FIG. 6 is selected and output to the individual information device 102.

Next, the clothing shape information recording means 194 will be described.
The clothing shape information recording means 194 has a function of recording the shape of clothing, and the above-described semiconductor memory device or the like is used. In the present embodiment, since the tie NT, the shirt SH, and the jacket JK are set as clothing, these shapes are recorded. Specifically, tie shape information recording means 194NT, shirt shape information recording means 194SH, and jacket shape recording means 194JK are provided, and predetermined shape information is recorded in each recording means. The shape of the clothing is not elaborate and may be a level that allows the name of the clothing to be assumed at first glance. For example, as shown in FIG. 14, the tie NT is a combination of an inverted triangle 222 and a vertically long triangle 224, the shirt SH is a left side portion 226 and a right side portion 228 of the tie, and the jacket JK is a rectangular left side portion 232 and a right side portion of the shirt SH. The shape may be about 234. Of course, it is preferable to make the clothing shape closer to the actual shape. The clothing shape information recording means 194 is not limited to this embodiment, and for example, an image obtained by taking a photograph of a set of a color coordinated tie and NT, a shirt SH, and a jacket JK may be stored in advance. .

  Further, the management server 106 is a program downloaded via the Internet communication line 104 and the public communication line 108 in order to configure the individual information device 102 required for the supportee AP to receive the support of the color coordination support apparatus 100. Is preferably provided with an individual information device program recording device 244, but the individual information device program recording device 244 is recorded on another server, recorded on a portable recording device such as a DVD, and when necessary, It can be installed in the individual information device 102 from another server or portable recording device.

Next, the server ROM 196 will be described.
The server ROM 196 has the same function as the ROM 118.

Next, the server RAM 198 will be described.
The server RAM 198 has the same function as the RAM 120.

Next, the server display unit 202 will be described.
The server display unit 202 has the same function as the color display unit 110.

Next, the server CPU 204 will be described.
The server CPU 204 has the same function as the CPU 124.

Next, the public communication line 108 will be described.
The public communication line 108 has a function of connecting a large number of individual information devices 102 and the Internet 104 so as to be capable of bidirectional communication, and may be any means such as a wired system or a wireless system, or electrical communication or optical communication. In the present embodiment, the wireless communication line 238 or the electric or optical wired communication line 242 in the telecommunications carrier 236 can be used.

Next, the operation of the color coordination support apparatus 100 will be described with reference to the flowchart shown in FIG.
In order for the supportee AP to receive support from the color coordination support apparatus 100, first, the management server 106 is accessed, and individual information is transmitted from the individual information device program recording device 244 via the Internet communication line 106 and the public communication line 108. The device program is downloaded to the individual information device 102 and installed.

After the installation, when the program of the individual information device 102 is started up, for example, the start screen SP shown in FIG. 8 is displayed on the display 110D in step SP-1, and then the process proceeds to step SP-2. That is, together with character information and images set in advance, a first button 248 selected for the first use and a second button 252 for the second and subsequent times are displayed in parallel at the bottom of the display 110D.
Since this is the first time, when the touch panel 114 at the position corresponding to the first button 248 is touched in step ST-2, the process proceeds to step ST-3, and the guidance screen GP shown in FIG. 9 is displayed on the display 110D, for example. At the same time, after the next button 254 is displayed, the process proceeds to step SP-4. When the touch panel 114 at a position corresponding to the second and subsequent buttons 252 is touched, after steps SP-27 to SP-29 described later are executed, the process proceeds to step SP-10.

After the supportee AP has read the guidance, if the touch panel 114 at the position corresponding to the next button 254 is touched in step SP-4, the process proceeds to step SP5, and the face photographing screen FTP shown in FIG. 10, for example, is displayed on the display 110D. And the shooting button 138 and the redo button 140 are displayed in parallel, and then the process proceeds to Step SP-6. On the face photographing screen FTP, a vertically long oval face frame 136 is displayed at the upper center of the display 110D, and a guide message is displayed in a substantially rectangular clothing frame 256 displayed below the face frame 136. Specifically, the face frame 136 is arranged on the upper side and the clothing frame 256 is arranged on the lower side, and are arranged so that it can roughly imagine a human figure.
When the supportee AP adjusts the zoom level of the camera 115 in the individual information device 102 and adjusts his / her face to the full face frame 136, the touch panel 114 at the position corresponding to the shooting button 138 is touched. The image is taken by the camera 115 built in the device 102, and the face image saving screen FIKP is displayed on the display 110D. For example, as shown in FIG. 11, the face image FI is displayed in the face frame 136, and the face image information FII is temporarily stored in the RAM 120, and then the process proceeds to step SP-9. In this case, a save button 141 and a redo button 140 are displayed below the display 110D. If the touch panel 114 at the position corresponding to the redo button 140 is touched, the process returns to step SP-5.

  When the touch panel 114 at the position corresponding to the save button 141 is touched on the face image save screen FIKP, the process proceeds to step SP-10, and the face image information FII temporarily recorded in the RAM 120 is stored in the face image information recording unit 136. Then, the process proceeds to step SP-11, for example, the scene selection screen SSP shown in FIG. 12 is displayed, and the office town button 158, the conference button 160, and the night town button 162 are displayed together with the face image FI and the clothing frame 256. After being displayed, the process proceeds to step SP-12. That is, the scene information SI of the place where the clothes that have undergone color coordination are worn can be selected from a plurality of candidates. In this screen, as shown in FIG. 12, in addition to selecting the scene information SI, a plain beige button 266 for selecting a shirt SH pattern, a plain white button 268, and a jacket JK pattern are selected. A dot button 272, a stripe button 274, a check button 276, and the like can be displayed. As a matter of course, the scene information SI is not limited to the above three, and other scene information SI can be selected.

In step SP-12, when the touch panel 114 at a position corresponding to one of the office town button 158, the conference button 160, or the night town button 162 is touched, the process proceeds to step SP-13.
When the touch panel 114 at the position corresponding to the conference button 160 is touched in step SP-12, the conference scene recorded in the scene information recording means 143, in this embodiment, the scene information SI in (B) in FIG. After being output, the process proceeds to step SP-14.

  In step SP-13, the scene storage screen SIKP, for example, the scene storage screen SIKP shown in FIG. 13, is displayed on the display 110D. That is, the face image FI surrounded by the face frame 136 is displayed in the approximate center of the display 110D, and a generally horizontally-long rectangular clothing frame 256 is displayed adjacent to the lower end of the face image FI, and at least the face image FI. The selected scene information SI is displayed on the left or right side which is one side of the. Preferably, the selected scene information SI is displayed on the left and right sides and above the face image FI. More preferably, this scene information SI can also be displayed as a background on the left and right of the clothing frame 256 and / or below the display frame 110D. A scene save button 280 and a redo button 281 are displayed at a lower position on the scene save screen SIKG.

  If the touch panel 114 at the position corresponding to the scene save button 280 is touched in step SP-14, the process proceeds to step SP-15, and after the selected scene information SI is recorded in the selected scene information recording means 156, the step SP -16, for example, as shown in FIG. 14, an imparted impression selection screen GISP is displayed, and an imparted impression selection button 145 of the imparted impression information GII is displayed together with the guide message. Then, the process proceeds to step SP-17. As the grant impression selection button 145 of the grant impression information GII, for example, a button 146 that wants to show leadership, a button 148 that wants to stand out in front of many people, a button 150 that wants to calm down, a button 152 that wants to be seen by a pleasant person, and This is a button 154 that gives a favorable impression to the first meeting woman.

  In step SP-17, button 146 that wants to show leadership, button 148 that wants to stand out in front of many people, button 150 that wants to calm down, button 152 that wants to be seen by fun people, or have a first-time woman have a good feeling When the touch panel 114 at the position corresponding to the desired button 154 is touched, the process proceeds to step SP-18, and the selected impression information recording means 144 records the selected added impression information GII and instructs the management server 106 to perform a color coordination command. CCD is output. In the color coordination command CCD, the flesh color information SCI recorded in the flesh color recording means 182, the pupil color information PCI recorded in the pupil color recording means 184, and the imparted impression recorded in the selected impression information recording means 144 Information GII is included.

  The management server 106 that has received the color coordination command CCD, in the color coordination table 206 based on the skin color information SCI, pupil color information PCI, and impression information GII provided from the individual information device 102 by the color coordination determination means 212. Thus, information that matches the conditions is searched and specified, and the color coordinate information CCI determined by the conditions is output to the individual information device 102. Specifically, in step SS-1, from the color coordinate table 206 recorded in the color coordinate table recording device 208, the first classification in the first priority item P1 is performed based on the skin color information SCI and the pupil color information PCI. Which of the fourth classification WI is determined from the SP is determined, and then an item that matches the impression information GII in the assigned impression large classification 214 in the second priority item P1 is searched and specified. For example, when the first priority item P1 is the first category SP and the impression information GII having the second priority P2 wants to demonstrate leadership, the intellectual driving force leader in the assigned impression category 216, refreshing After the RGB lightness values set in the first classification of the tie NT, shirt SH, and jacket JT in the cool reader 216B and the ripe fashionable reader 216C are selected, proceed to step SS-2. Tie shape information recording means 194NT, shirt shape information recording means 194SH, and tie shape information NYFI, shirt shape information SHFI, and jacket shape information JKFI recorded in jacket shape information means 194JK are internet communication lines 104, And, it is transmitted to the individual information device 102 via the public communication line 242.

  In step SP-18, the individual information device 102 records the selected impression information GI1 in the selected impression information recording means 144, and proceeds to step SP-19.

  In step SP-19, based on the tie shape information NYFI transmitted from the management server 106, a recommended tie color screen PNCP is displayed on the display 110D. The recommended tie color screen PNCP, for example, displays the tie NY in the clothing frame 256 as shown in FIG. 15, and the selected scene information SI on the left and right sides of the face image FI, in this embodiment, the meeting scene MS Is displayed, and the process proceeds to Step SP-20. At the bottom of the recommended tie color screen PNCP, a recommended coordinate button 218 and an end button 220 with a shirt or jacket are displayed.

In step SP-20, after the shape of the tie NY is colored by the RGB color information for the tie NT corresponding to the intelligent propulsion force reader 216A set as default information transmitted from the management server 106, Proceed to step SP-21. The supportee AP looks at the recommended tie color screen PNCP, determines whether the face and scene match the color of the tie NT, and if you want coordinate information with a shirt or jacket, recommend with a shirt or jacket The touch panel 114 at a position corresponding to the coordinate button 218 is touched. As a result, the process proceeds to step SP-21, and the recommended color coordination screen PCCP is displayed.

When the supportee AP finishes this service after seeing the color display of the tie NT, when touching the touch panel 114 at the position corresponding to the end button 220 in step SP-21, the process returns to step SP-1. .
In step SP-21, when the touch panel 114 at the position corresponding to the shirt & jacket color delete button 218 is touched, the process proceeds to step SP-22.

In step SP-22, the recommended color coordination screen PCCP is displayed. For example, as shown in FIG. 16, the recommended color coordination screen PCCP preferably displays a plurality of first to third recommended color coordination modes CCF1, CCF2, and CCF3 in this embodiment. However, the recommended color coordination mode may be two or more modes or one mode.
In the color coordinate table 206 in the present embodiment, the intellectual impression leader 216A is set because the imparted impression medium classification 216 is set to the intelligent driving leader 216A, the refreshing refreshing reader 216B, and the ripe fashionable reader 216C. The first recommended color coordination mode CCF1, the second recommended color coordination mode CCF2 corresponding to the refreshing refreshing reader 216B, and the third recommended color coordinate mode CCF3 corresponding to the ripe fashionable reader 216C It is arranged in one direction.
Since the first recommended color coordinate mode CCF1, the second recommended color coordinate mode CCF2, and the third recommended color coordinate mode CCF3 are displayed in the same mode, the first recommended color coordinate mode CCF1 will be described as a representative. The display position shape determining means 110L has the face image FI-1 on the upper side, the clothing frame 256-1 on the lower side, and the scene information SI-1 on the left and right sides of the face image FI. The signs of the face image FI, the clothing frame 256, and the scene information SI used in the first to third recommended color coordination modes CCF1, CCF2, and CCF3 are distinguished by attaching -1 to -3 to the same numeral.
The first recommended color coordination mode CCF1 is, for example, the intellectual driving force reader 216A in the imparted impression medium classification 216 in the color coordinate table 206, the second recommended color coordination mode CCF2 is a refreshing and refreshing reader 216B, and the first 3 Recommended color coordination mode CCF3 is a ripe fashionable reader 216C. Therefore, the tie NY-1 in the first recommended color coordination mode CCF1 is colored blue with R = 0, G = 0, B255, and the shirt SH-1 is colored white with RGB of 255, The jacket JK is displayed in light black with R = 0, G27, and B80. The tie NY-2 in the second recommended color coordination mode CCF2 is colored blue with R 0, G 0 and B 255. The shirt SH-2 is light blue with R 209, G 229 and B 255. The jacket JK is displayed in gray with R = 128, G = 128, and B = 128. The tie NY-3 in the third recommended color coordination mode CCF3 is colored blue with R 0, G 0 and B 255. The shirt SH-3 is light blue with R 209, G 229 and B 255. The jacket JK is displayed in black with all RGB being 0. Further, an intelligent promotion leader button 166, a refreshing clean feeling reader 168, and a ripe fashionable leader button 172 are displayed at the side positions opposite to the first to third color coordinate forms CCF1 to CCF3.

  In step SP-23, if touch panel 114 at a position corresponding to any of intellectual promotion leader button 166, refreshing cleanliness reader 168, or ripe fashionable reader button 172 is touched, the process proceeds to step SP-24 to select After the recommended color coordination screen SCCP is displayed, proceed to step SP-25. In the selection recommended color coordinate screen SCCP in step SP-24, for example, as shown in FIG. 17, the tie NY, the shirt SH, and the jacket JK are colored by the selected color coordinate information CCI together with a predetermined message box 282. The displayed clothing frame 256 is displayed large in the center of the display 110D in a human form together with the face image FI, and a next button 283 is displayed below the display 110D. Also in this case, the scene information SI (meeting scene MS) is arranged at least on the left and right sides of the face information FI, so that it is easy to grasp the scene used when wearing coordinated clothes.

  If the touch panel 114 at the position corresponding to the next button 294 is touched in step SP-25, the process proceeds to step SP-26, and after the explanation screen EP is displayed on the display 110D, the process proceeds to step SP-27. For example, as shown in FIG. 18, the explanation screen EP includes a message box 284, a tie-type tie display box 286, a rectangular jacket display box 288, and a rectangular shirt display box 292 together with the first recommended color coordination mode CCF1. These are colored with a color based on the color coordinate information CCI in the intelligent promotion reader 216A. In addition, a secondary button 294 and a return button 296 are displayed below the display 110D. When the touch panel 114 at the position corresponding to the return button 296 is touched, the process returns to step SP-24.

  If the touch panel 114 at the position corresponding to the next button 294 is touched in step SP-27, the process proceeds to step SP-28. In step SP-28, after displaying the closet screen CRP, the process proceeds to step SP-29. The closet screen CRP, for example, as shown in FIG. 19, the selected tie NY, shirt SH and jacket JK are arranged in a human shape as described above in the center of the display 110D, and a color coordinated image is displayed. A storage button 176 is displayed at the bottom of the display 110D.

  In step SP-29, when the touch panel 114 at the position corresponding to the storage button 176 is touched, the process proceeds to step SP-30, and the color coordinate information CCI displayed on the display 110D is recorded in the selected color coordinate information recording unit 174. Return to Step TS-1.

In step SP-2, when the touch panel 114 corresponding to the second or later button 252 is touched, the process proceeds to step SP-31, and the selection screen SP is displayed on the display 110D. The selection screen SP is, for example, as shown in FIG. A new scene button 302 and a reload button 304 are displayed together with a predetermined message.
When the touch panel 114 at the position corresponding to the new scene button 302 is touched, the process proceeds to step SP-10, and the scene selection screen SSP is displayed as described above. Thereafter, color coordination is performed according to the procedure described above.

When the touch panel 114 at the position corresponding to the reload button 304 is touched, the process proceeds to step SP-32, and after the second selection screen SP2 is displayed, the process proceeds to step SP-33. As the second selection screen SP-2, for example, the selection screen shown in FIG. 21 is displayed on the display 110D. That is, the color coordinate form recorded in the selected color coordinate information recording means 174 is displayed on the display 110D, for example, the first selected image 306, the second selected image 308, and the third selected image 312 are displayed. , A first selection button 314, a second selection button 316, a third selection button 318, and a next button 322 that can display the next image if recorded on the other side. Is done.

  When any touch panel 114 at a position corresponding to the first selection button 314, the second selection button 316, or the third selection button 318 is touched, the process proceeds to step SP-33 and the selected color coordinate information recording unit 174 is selected. From the recorded information, the selected image is displayed in the center of the display 110D, and a new coordinate button 322 and an end button 324 are juxtaposed and displayed at the bottom, and the process proceeds to step SP-34.

  If the touch panel 114 at the position corresponding to the new coordinate button 322 is touched in step SP-34, the process proceeds to step SP-11. When the touch panel 114 at the position corresponding to the end button 324 is touched, the process returns to step SP-1.

  The color coordination support device 100 is basically assumed that one business operator constructs the entire configuration in principle, but even if it is constructed by sharing by a plurality of business operators. The business operator who exhibits the main function of the color coordination support device 100 thus constructed becomes the main implementer, and other related businesses become indirect implementers.

100 Color Coordination Support Device 102-1 to 102-n Individual Information Device 104 Internet Communication Line 106 Management Server 108 Public Communication Line 110 Color Display Unit 110L Display Position Shape Determination Unit 110D Display 115 Imaging Camera 116 CPU
118 ROM
120 RAM
122 Clock 124 Face information input means 126 Appearance impression input means 128 Scene information input means 130 Storage selection means 132 Storage command means 134 Redisplay command means 135 Human body color input means 136 Face frame 138 Shooting button 139 Human body color recording means 140 Redo button 143 Scene information recording means 145 Impression selection button 146 Button 148 that wants to show leadership 150 Button that wants to stand out in front of many people 150 Button that wants to watch calmly 152 Button that people want to see 154 156 Selected scene record button 158 Office town button 160 Conference button 162 Night town button 166 First selection button switch 168 Second selection button switch 172 Third selection button switch 174 Selection color coordinate information record It means 176 Storage button 178 reload button 182 skin color storage unit 184 iris color recording means 186 skin color input means 188 iris color input means 192 color coordinate information output means 194 Garments shape recording unit 196 server ROM
198 Server RAM
202 Server display means 204 Server CPU
206 Color Coordinate Table 208 Color Coordinate Table Recording Device 212 Color Coordinate Determination Means 214 Giving Impression Large Classification 216 Giving Impression Medium Classification 218 Recommended Coordinating Button 220 End Button 224 Inverted Triangle 226 Vertical Triangle 236 Telecommunications Carrier 238 Wireless Communication Line 242 Wired Communication Line 256 Clothes frame 280 Scene save button 281 Redo button 294 Next button 296 Back button 306 First selection image 308 Second selection image 312 Third selection image 314 First selection button 316 Second selection button 318 Third selection button

Claims (5)

In a color coordination support device that outputs color coordination information of clothing based on human body color information,
Color coordinate information output means for outputting color coordinate information of clothes set in advance based on the human body color information and the imparted impression information;
A face image input means for inputting the face image of the person being supported,
Face image information recording means for storing face image information acquired by the face image input means;
Clothing shape information recording means for storing clothing shape information;
Scene information recording means for storing scene information using clothing,
Based on the face image information stored in the face image information recording means and the clothing shape information stored in the clothing shape information recording means, the human body shape is displayed in color, and at least around the face image is stored in the scene information recording means . Color display means for displaying the scene information generated;
A color coordination support apparatus comprising: a clothing color determination unit that displays the clothing shape in color based on color coordination information from the color coordination information output unit. The color coordination support apparatus according to claim 1, wherein the clothing shape information includes at least a tie. The color coordination support apparatus according to claim 1, wherein the clothing shape information includes at least a tie, a shirt, and a jacket. The scene information is color coordinated support device according to any one of claims 1 to 3, characterized in that it comprises at least the business scene. In a color coordination support device that outputs color coordination information of clothing based on at least human body color information,
Color coordinate information output means for outputting color coordinate information of clothes set in advance based on the human body color information and the imparted impression information;
A face image input means for inputting the face image of the person being supported,
Face image information recording means for storing face image information acquired by the face image input means;
Means for discriminating skin color information and pupil color information from the face image information;
Body color information recording means for recording the determined skin color information and pupil color information;
Clothing shape information recording means for storing at least tie, shirt, and jacket clothing shape information;
Scene information recording means for storing a plurality of scene information using clothes;
Scene information selection means for selecting one scene information from the scene information recorded in the scene information recording means;
Based on the face image information recorded in the face image information recording means and the clothing shape recorded in the clothing shape information recording means, the human body shape is displayed in color, and at least the scene information around the face image Color display means for displaying the scene recorded in the recording means ;
Based on the skin color information, the pupil color information, the impression information, and the selected scene information, a color in each clothing is determined based on color coordinate information in the color coordinate information output means that is determined in advance. Clothing color determination means to perform,
A color coordination support apparatus, wherein each clothing item is displayed on the color display unit by a color for each clothing item determined by the clothing color determining unit.

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