JP4793823B2 - Makeup assist device and eyebrow drawing assist device - Google Patents

Description

  The present invention relates to an apparatus for assisting makeup such as eyebrow writing.

  People's facial expressions vary greatly depending on the color, shape and position of the eyebrows. Many women draw their eyebrows with an eyebrow pencil or shave a portion of their eyebrows to shape the eyebrows to shape or color the eyebrows that fit their face or make them look more beautiful It is in order.

  However, it is very difficult to prepare eyebrows. Looking into the mirror and shaving or drawing the eyebrows alone is not an easy task even for those who are used to it. Therefore, Patent Documents 1 and 2 disclose techniques for assisting such work.

  Patent Document 1 is an invention related to a barber / beauty mirror. In this barber / beauty mirror, the contours of the face, eyes, nose, mouth, eyebrows and the like are etched. For example, lipstick can be applied while referring to the shape of the etched mouth. Patent Document 2 relates to a plate for writing eyebrows. The shape of the eyebrows is punched on this plate, and guidelines are written at positions corresponding to the corners of the eyes. The user can draw eyebrows along the punched eyebrow shape while referring to the guidelines and aligning the positions of the corners of the eyes.

JP-A-8-140734 JP-A-9-10034

  As shown in Patent Document 1 and Patent Document 2, an instrument for assisting a makeup work such as eyebrow writing has been considered. However, when using these instruments, there is a problem that the degree of freedom is low because eyebrows and lipsticks are applied in accordance with the shape prepared in advance. Even if the shape and position of the eyebrows slightly change, the facial expression will vary greatly. Moreover, even if it is a shape that looks beautiful for one person, it may not look good when applied to another person. Therefore, it is difficult to produce an instrument having a shape and position that exactly matches all users. It is not realistic to prepare various shapes.

  In view of the above problems, an object of the present invention is to provide a makeup assist apparatus having abundant variations and high operability.

In order to solve the above-mentioned problem, the invention according to claim 1 is a template including imaging means for imaging a face, template image data representing a face image, and template setting data for a predetermined element to be made up. Means for storing data, and a difference area between the real area of the predetermined element included in the face image input by the imaging means and the template area of the predetermined element set by the template setting data is used as the face image. A combined display means for combining and displaying, a template selection unit for selecting any template image data from the accumulated template image data according to a user instruction, and the predetermined element from the selected template image data Is detected, and the template setting data is created from the image of the detected area. And a template creation unit that, the the real area, the for a given element makeup includes space that has undergone the synthesis display unit obtains a difference region between the real area and the template region Processing is performed in real time, and the obtained difference area is combined with the face image and sequentially displayed .

  The invention according to claim 2 is the makeup assist device according to claim 1, wherein, in the difference area, the real area that is not the template area and the template area that is not the real area. It is characterized by being displayed in a different form.

  According to a third aspect of the present invention, in the make-up assist device according to the first or second aspect, the real area includes an area already drawn by the make-up.

  According to a fourth aspect of the present invention, in the makeup assist device according to any one of the first to third aspects, the predetermined setting element is further erased from the face image and is generated from the template setting data. Means for confirming an applied image of a template by combining and displaying a template image of the predetermined element on the face image.

  According to a fifth aspect of the present invention, in the makeup assist device according to the fourth aspect, any one of a color, a darkness, a shape, and a relative position from the eye of the template image combined with the face image. And adjusting means for adjusting one or more of them.

  According to a sixth aspect of the present invention, in the makeup assist device according to the fifth aspect, the composite display means determines the template region for the template image adjusted by the adjusting means, and the determined template The difference area is synthesized and displayed corresponding to the area.

  A seventh aspect of the present invention is the makeup assist apparatus according to any one of the first to sixth aspects, wherein the composite display means has a function of enlarging or reducing a composite image to be displayed. .

The invention described in claim 8 is included in the face image input by the image pickup means for picking up the face, means for storing template data including template image data representing the face image and template eyebrow data, and the image pickup means. According to the user's instruction from the combined display means for combining and displaying the difference area between the actual eyebrow area and the template eyebrow area set from the template eyebrow data and the face image, either comprising a template selecting section for selecting the template image data, from the selected template image data, detects the eyebrow region, the template creation unit for creating the template eyebrows data from the image of the detected eyebrows region, the said The real eyebrows region includes a region where eyebrows are drawn, and the composite display means It performs a process of calculating a difference area between the eyebrows region and the template eyebrow region in real time, and displaying the difference region obtained successively by combining the face image.

  The invention according to claim 9 is the eyebrow drawing assist device according to claim 8, wherein the difference region is the actual eyebrow region that is not the template eyebrow region, the template eyebrow region, and the actual eyebrow region. It is characterized by being displayed in a mode different from the region that is not the eyebrow region.

A tenth aspect of the present invention is the eyebrow drawing assist device according to any one of the eighth to ninth aspects, wherein the eyebrow image is set from the template eyebrows data after erasing the eyebrows from the face image. Means for confirming the application image of the template by combining the face image with the face image and displaying it.

The invention according to claim 11 is the eyebrow drawing assist device according to claim 10 , further comprising the color, darkness, shape, and relative position from the eye of the template eyebrow image combined with the face image. An adjusting means for adjusting any one or a plurality of the adjusting means is provided.

The invention according to claim 12 is the eyebrow drawing assist device according to claim 11 , wherein the composite display unit determines the template eyebrow region with respect to the template eyebrow image adjusted by the adjustment unit, The difference area is synthesized and displayed with respect to the template eyebrow area.

A thirteenth aspect of the present invention is the eyebrow drawing assist device according to any one of the eighth to twelfth aspects, wherein the composite display means has a function of enlarging or reducing a composite image to be displayed. .

  The makeup assist apparatus of the present invention combines a face image with a difference area between a real area of a predetermined element included in a face image input from an imaging unit and a template area of a predetermined element set by template data. To do. This makes it easy to make up according to the template.

  Moreover, if a large number of template data are prepared, it is possible to enjoy many variations of makeup patterns. For example, if template data of a favorite model or talent is prepared, it is possible to make the same as the model or talent. In addition, it is not necessary to wear or carry a guide plate or an auxiliary device for assisting the makeup work, and it is easy to use.

  The make-up assist device of the present invention is also displayed in a manner different from an area that is a real area and not a template area, and an area that is a template area and not a real area. Thereby, the part to be drawn and the part to be cut are clarified, and the make work is easy to perform.

  In addition, the real area includes an area already drawn by makeup. Therefore, since the display of the area to be drawn changes as the make work is performed, the portion to be drawn becomes clearer and the make work is easy to perform.

  Further, after deleting a predetermined element from the photographed face image, a template image of the predetermined element generated from the template data is synthesized and displayed on the face image. As a result, it is possible to confirm an image when a makeup of a model or a talent is applied to his / her face, for example.

{Outline of device configuration and processing units}
Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a front view of an eyebrow drawing assist apparatus 1 according to an embodiment of the present invention. The eyebrow drawing assist device 1 includes an imaging unit 11, a liquid crystal display 12, and an operation unit 13 on the front side of the device. The eyebrow drawing assist device 1 includes a device main body 1L on which a liquid crystal display 12 or the like is disposed, and a gripping portion 1M provided continuously with the lower end of the device main body 1L. The apparatus main body 1L has a thin shape with a substantially rectangular shape when viewed from the front, and has a rounded elongated gripping part 1M connected to the lower end thereof to form a silhouette like a hand mirror as a whole. ing.

  The eyebrow drawing assist device 1 includes a memory card slot, and can access data and programs stored in the memory card 2 by mounting the memory card 2.

  The user can draw beautiful eyebrows on the go by carrying the eyebrow drawing assist device 1 together with the cosmetics. Therefore, the eyebrow drawing assist device 1 is a small device that is portable. For example, the liquid crystal display 12 may have a display area comparable to that of a mobile phone display. Of course, it may be configured with a display larger than the display included in the mobile phone so that it can be made easily.

  FIG. 2 is a block diagram of the eyebrow drawing assist device 1. The imaging unit 11 includes an optical member, an imaging device, an analog signal processing circuit, an A / D converter, and the like. A CCD or CMOS is used as the image sensor. The digital image signal output from the imaging unit 11 is output to the image analysis unit 14, the image synthesis unit 15, and the template creation unit 17.

  The operation unit 13 is composed of an operation member that can be rotated in the vertical and horizontal directions. The user can give four types of operation instructions (for example, movement in the vertical and horizontal directions) by rotating the operation member in the vertical and horizontal directions. In addition, the user can perform a predetermined operation instruction (for example, a determination operation) by pressing the operation member backward (that is, by performing an operation of pushing the operation member toward the back of the apparatus).

  The image analysis unit 14, the image synthesis unit 15, the drawing data generation unit 16, the template creation unit 17, and the template selection unit 18 are processing units for executing the eyebrow drawing assist function. These processing units are functions realized by an image processing circuit or software. That is, the eyebrow drawing assist apparatus 1 includes hardware such as an image processing LSI, a CPU, and a RAM (not shown), and a program that executes eyebrow drawing assistance uses these hardware, thereby each processing unit 14. Functions as ~ 18. These programs are supplied, for example, stored in the memory card 2.

  The image analysis unit 14 analyzes the user's face image input from the imaging unit 11 and detects the position of the eyes from the face image. Further, the image analysis unit 14 detects an eyebrow region based on the eye position.

  The image synthesis unit 15 synthesizes drawing data (eyebrow image) with the face image input from the imaging unit 11. The image composition unit 15 outputs the composite image to the liquid crystal display 12. In addition, the image composition unit 15 has a function of enlarging / reducing the composite image. Therefore, it is possible to enlarge and display a part of the face image combined with the eyebrow image on the liquid crystal display 12.

  The drawing data generation unit 16 generates drawing data (eyebrow image) to be combined with the face image. The drawing data generation unit 16 generates drawing data based on the template setting data 21 and the template image data 22 stored in the memory card 2. Further, the drawing data generation unit 16 generates drawing data to be combined with the face image in accordance with the operation instruction input from the operation unit 13.

  The template creation unit 17 creates template setting data 21 or template image data 22. Here, the template setting data 21 or the template image data 22 is a database including information on various eyebrows. In the following description, the template setting data 21 and the template image data 22 will be collectively referred to as template data 20 as appropriate. Various types of template data 20 are stored in the memory card 2. The eyebrows set by each template data 20 are different in color, darkness, shape, and relative position from the eyes. Therefore, the user can select the template data 20 that matches his / her face or can select the template data 20 that matches the mood of the day. The template selection unit 18 selects any one of the template data 20 stored in the memory card 2 in accordance with a user instruction.

  Here, the template setting data 21 is data obtained by digitizing the color, density, shape, and relative position of the eyebrows. On the other hand, the template image data 22 is face image data. The drawing data generation unit 16 generates drawing data (eyebrow image) based on the template setting data 21. The template image data 22 is once converted into the template setting data 21 by the template creation unit 17, and then the drawing data generation unit 16 generates drawing data (eyebrow image).

  For example, it is convenient to directly use the template setting data 21 when the user uses it many times and it is not necessary to check the finished image. On the other hand, when the user uses the template image data 22, the image of the eyebrows can be displayed and confirmed on the liquid crystal display 12 before deciding whether to use the template.

  That is, since the template image data 22 is image data of the entire face including the eyebrows, the image of the eyebrows can be confirmed by being displayed on the liquid crystal display 12. For example, if face image data of a model or female talent is recorded as the template image data 22, it is possible to select a favorite type by referring to the eyebrows of the model or female talent. Alternatively, if you like the eyebrows you have made up, you can capture your face and save it as template image data 22.

{template}
Next, the template will be described in detail. As a method for acquiring the template data 20, there are a method of acquiring from the content provider and a method of creating the template data 20 by oneself. When supplied from the content provider, the template setting data 21 or the template image data 22 is stored in the memory card 2 and supplied. Alternatively, for each template, both the template setting data 21 and the template image data 22 are stored and supplied as a set.

  For example, a cosmetic manufacturer sells the memory card 2 in which the template data 20 is stored. Alternatively, the cosmetic manufacturer may provide the template data 20 free of charge for the purpose of promoting sales of cosmetics such as eyebrow pencils. The cosmetic manufacturer can also store and provide campaign information and the like in the memory card 2 together with the template data 20.

  Further, the content provider may provide the template data 20 so that it can be downloaded. The eyebrow drawing assist apparatus 1 includes a communication processing unit 19 as shown in FIG. The communication processing unit 19 is connected to a network such as the Internet and transmits / receives data to / from the server. Therefore, the eyebrow drawing assistance apparatus 1 can also download the template data 20 from a server operated by a cosmetic manufacturer, for example, and store it in the memory. The downloadable template data 20 may be template setting data 21 or template image data 22. Moreover, both data 21 and 22 may be downloaded as a set for each template.

  There are two methods for the user to create the template data 20. One method is a method in which the user's own face image is imaged by the imaging unit 11. In this case, the template creation unit 17 stores the face image captured by the imaging unit 11 in the memory card 2 as the template image data 22.

  The other method is a method of creating the template setting data 21 from data drawn by the user operating the operation unit 13. Specifically, with the face image of the user imaged by the imaging unit 11 displayed on the liquid crystal display 12, the operation unit 13 is operated to draw eyebrows on the face image on the screen. A possible user interface is prepared. Then, the drawn data is stored as the template setting data 21.

  Specifically, the eyebrows included in the face image of the user imaged by the imaging unit 11 is erased by the image synthesis unit 15. Therefore, the user's face without eyebrows is displayed on the liquid crystal display 12 at first. When the user operates the operation unit 13 to draw the eyebrows, the drawing data generation unit 16 generates drawing data (eyebrow image) according to this operation. Then, the image synthesizing unit 15 synthesizes and displays the drawing data on the captured image from which the eyebrows are erased. When the user gives an instruction to finish the drawing of the eyebrows, the template creation unit 17 creates the template setting data 21 from the drawing data generated by the drawing data generation unit 16, and the memory card 2. It is stored in.

  As described above, the memory card 2 in which the template data 20 is stored is set in the eyebrow drawing assist device 1 by obtaining from the content provider or by creating it by yourself. In the present embodiment, the template data 20 is stored in the removable memory card 2, but the template data 20 may be stored in a built-in memory.

{Eyebrow drawing procedure}
Next, a procedure for drawing eyebrows will be described. The eyebrow drawing procedure is
(First step) Template selection step (Second step) Template confirmation step (Third step) Make-up step consists of three steps.

(First step)
The first step is a template selection step. As described above, the memory card 2 stores a plurality of template data 20. The user selects the template data 20 to be used from now on. In order to select a template, the user displays the template image data 22 on the liquid crystal display 12 while switching the template image data 22 as shown in FIG.

  Specifically, the user operates the operation unit 13 to display a template selection menu. Thus, the template selection unit 18 displays a list of template data 20 on the liquid crystal display 12. When the user selects any one of the template image data 22, the template selection unit 18 displays the selected template image data 22 on the liquid crystal display 12. As a result, as shown in FIG. 3, the face image of the model or female talent is displayed. Here, a state is shown in which four templates A to D are selected and displayed one after another. If the user's own face image made in the past is stored as the template image data 22, it can be displayed as the previous make as shown in the figure. Further, the template selection unit 18 has a function of enlarging / reducing a template image to be displayed on the liquid crystal display 12. The user can confirm the template image more clearly by operating the operation unit 13 to instruct the enlargement / reduction of the template image.

  Next, the user selects a favorite image from the template image data 22 displayed on the liquid crystal display 12. In other words, from these, select the eyebrows you want to make and the eyebrows that fit your mood. Here, as shown in FIG. 4, it is assumed that the user performs a template selection decision operation when the image of template B is displayed.

  When the user selects the template image data 22, the template creation unit 17 analyzes the face image included in the selected template image data 22. First, the eye position is detected, and then the eyebrow region is detected with the eye position as a reference. Then, the data of the eyebrow color, density, shape, and relative position from the eye included in the template image data 22 is acquired, and the template setting data 21 is created. The template creation data 21 is temporarily stored in the memory card 2 (although it may be saved so that the generation process can be omitted in the future). When the template setting data 21 for the selected template image data 22 is thus created, the process proceeds to the next second step.

  Here, when the face image of the model or the talent included in the template image data 22 is not an image facing directly in front, for example, when the image is facing slightly diagonally, the distance between the pupils, the inclination of the straight line connecting the pupils For example, the template setting data 21 to be created may be corrected. Alternatively, the template setting data 21 may be generated by adjusting the size from the distance between the pupils after correcting the obliquely projected image to the image of the normal projection by the trigonometric method.

  Further, when creating the template setting data 21 from the template image data 22, data on the color, darkness, shape, and relative position from the eye of the eyebrows is obtained from one of the right and left eyebrows, and the data is symmetrical from this data The eyebrow data may be created. Thereby, the template setting data 21 in which symmetrical eyebrow data is set can be created.

  If only the template setting data 21 is stored in the memory card 2 as the template data 20 that the user wants to use, that is, if the template image data 22 does not exist, the template setting data 21 is directly selected. In this case, the first step is skipped and the process starts from the second step. Alternatively, even if the template image data 22 exists, the user may start the operation from the second step if confirmation is unnecessary.

(Second step)
When the template setting data 21 used in the first step is determined, as shown in FIG. 5A, the display on the liquid crystal display 12 is switched to the current video of itself. That is, the image signal output from the imaging unit 11 is input to the image synthesis unit 15, and the image synthesis unit 15 displays the user's face image on the liquid crystal display 12 as it is. This face image of the user is displayed in real time. That is, the user's face image is displayed on the liquid crystal display 12 as a moving image.

  Next, the image analysis unit 14 analyzes the face image output from the imaging unit 11 and detects the position of the eyes. Further, the eyebrow region is detected based on the eye position. When the information of the eyebrow region is input from the image analysis unit 14, the image composition unit 15 erases the eyebrows as shown in FIG. In other words, the color of the eyebrows is replaced with the color of the surrounding skin.

  Subsequently, when the drawing data generating unit 16 generates drawing data (eyebrow image) to be combined based on the template setting data 21, the image combining unit 15 sets the template setting on the face image of the user who has deleted the eyebrows. The drawing data generated from the data 21 is synthesized. Then, the face image combined with the drawing data is displayed on the liquid crystal display 12 as shown in FIG.

  That is, FIG. 5C is an image in which the eyebrows of the selected template B are combined with the current real-time image of the user. The own face image is analyzed in real time by the image analysis unit 14, the position of the eyes and the position of the eyebrows are detected, and the eyebrows of the template B are synthesized based on the position of the eyes. Therefore, the synthetic eyebrows also move so as to follow the movement of their face image. If the user's face moves away from or approaches the imaging unit 11 or the angle changes, the size or angle of the user's captured image also changes. Coordinates change. Since the image composition unit 15 detects the position of the eyes from the captured image of the user and composes the drawing data according to the detection result, the image composition unit 15 performs composition display without shifting the eyebrows of the template.

  Here, the user can finely adjust the synthesized eyebrow image by operating the operation unit 13. For example, the eyebrows can be moved up, down, left and right, or the eyebrows can be rotated after designating the center point. In addition, the shape of the eyebrows can be enlarged or reduced, or the shape of the eyebrows can be deformed. The image can also be confirmed by changing the color and density of the eyebrows. When the user fine-adjusts the eyebrow image and gives an instruction to complete the adjustment, the adjustment result is reflected in the template setting data 21. As described above, the image composition unit 15 has a function of enlarging / reducing a composite image to be displayed. Therefore, the user can perform fine adjustment while enlarging the composite image and referring to the eyebrow portion in detail.

  In this way, it is possible to confirm whether or not there is no problem with the selected template by synthesizing the eyebrow of the selected template with the own video. If the image is different from the synthesized video, the process returns to the first step and another template data 20 is selected. If the selected template data 20 is liked, a determination operation is performed and the process proceeds to the third step.

(Third step)
When the template to be used in the second step is determined, the image composition unit 15 displays the difference region between the eyebrow region included in the current user's face image and the eyebrow region generated from the template. FIG. 6 is a diagram illustrating a state in which a difference area of the eyebrow area is displayed on the video of the user's face image. This difference area designates the area where the user should draw the eyebrows with an eyebrow pencil and the like and the area to be shaved with a razor. If the user has finely adjusted the template in the second step, a difference area is displayed for the template in which the fine adjustment is reflected.

  FIG. 7 is an enlarged view of the right eyebrow portion of the face image shown in FIG. A region 31 painted in black in the figure is a region that needs to be drawn with an eyebrow pencil. That is, it is an area of the eyebrow image generated from the template setting data 21 and is not an actual (current) eyebrow area of the user. And the area | region 32 hatched with the oblique line of a figure is an area | region which needs to cut with a razor. In other words, this is the actual (current) eyebrow region of the user and not the region of the eyebrow image generated from the template setting data 21. Here, the area 31 and the area 32 are indicated by black and hatched hatching, but in actuality, the area 31 is displayed in an easy-to-understand color such as red and the area 32 is blue. In the drawing, the white area is the actual (current) eyebrow area of the user and the eyebrow area of the template, and is an area that does not need to be particularly anything. This area should also be displayed in an easy-to-understand color such as yellow.

  The user makes make-up while viewing the areas 31 and 32 displayed on the liquid crystal display 12. That is, eyebrows are drawn on the portion displayed in the region 31 using an eyebrow pencil or the like, and the eyebrows in the region displayed in the region 32 are shaved. Since the image analysis unit 14 and the image synthesis unit 15 execute the above-described synthesis process in real time, when the user performs an operation of writing eyebrows on the region 31, the display of the region 31 disappears accordingly. It goes on. That is, the user only needs to perform the eyebrow writing with an image that erases the area 31. This is because if the user draws an eyebrow, the drawn eyebrow (a region where the eyebrow is painted) is also recognized as the user's actual (current) eyebrow, and thus is not regarded as the region 31. Similarly, the user may perform an operation of shaving the eyebrows with an image that erases the region 32.

  In addition, the template setting data 21 includes data on the color and darkness of the eyebrows. Therefore, a warning message is displayed when the color or darkness of the eyebrows drawn by the user is different from the template. Thereby, the user can make the color and the darkness so as to approach the template. Then, when the user performs a make operation and the user's eyebrows match the template, the display of the areas 31 and 32 disappears at that time, and an end message is displayed. As described above, the image composition unit 15 has a function of enlarging / reducing a composite image to be displayed. Therefore, the user can enlarge the composite image and perform a make operation while referring to the eyebrows in detail.

  Thus, by using the eyebrow drawing assist device 1 of the present embodiment, the user can make up just like his favorite eyebrows such as models and female talents. Alternatively, if the state when the make-up is made in the past or the state where the make-up artist has made it is stored as the template image data 22, it is possible to draw the same eyebrows.

  Unlike the case of using an instrument such as a guide plate, in the present embodiment, since the eyebrow writing work is assisted using the template data, a large number of template data 20 can be held, substantially. You can enjoy unlimited variations. In addition, it is not necessary to wear or carry a guide plate or an auxiliary device for assisting the makeup work, and it is easy to use.

{Modifications}
As described above, the eyebrow drawing assist device 1 is a portable device that can be carried. Therefore, it is possible to make the eyebrow drawing assist device 1 even in the vehicle. Therefore, a camera shake correction function may be mounted on the eyebrow drawing assist device 1. For example, when riding on a train, it is difficult to perform the makeup work if the face image is wiggled with the shaking of the train. Therefore, it is convenient to install a camera shake correction function so that the image is not shaken against small vibrations and shakes.

  In the present embodiment, as shown in FIG. 1 and the like, a hand mirror-shaped dedicated device has been described as an example of the eyebrow drawing assist device 1. Of course, this is an example, and the shape of the apparatus is arbitrary. For example, if it is a compact device, it will be stylish when used in a vehicle. In addition to using a dedicated device as described above, a mobile phone can also be used as the eyebrow drawing assist device 1. FIG. 8 is a diagram illustrating a mobile phone that functions as the eyebrow drawing assist device 1A. Since the mobile phone includes the imaging unit 11, the liquid crystal display 12, and the operation unit 13, a program for executing the eyebrow drawing assist function may be stored in a memory card and set in the mobile phone.

  Moreover, in this Embodiment, although the apparatus which assists eyebrow drawing was demonstrated, if the technical idea of this invention is utilized, it can utilize also for uses other than eyebrow drawing. For example, the present invention can be applied as an apparatus for assisting makeup such as eye shadow, cheek color, and lipstick. Even in this case, you can enjoy making just like your favorite model or female talent.

1 is an overview of an eyebrow drawing assist device according to an embodiment. It is a block diagram of an eyebrow drawing assistance apparatus. It is a figure which shows a mode that the template image is switched and displayed. It is a figure which shows a mode that the selected template image is displayed. It is a figure which shows the process which synthesize | combines the eyebrow image produced | generated from the template image with a user's face image. It is a figure which shows a mode that the difference area | region of eyebrows was synthesize | combined and displayed on the face image. It is a figure which shows the difference area | region display of eyebrows in detail. It is a figure which shows the modification which utilized the mobile telephone as an eyebrow drawing assistance apparatus.

DESCRIPTION OF SYMBOLS 1 Eyebrow drawing assistance apparatus 2 Memory card 11 Imaging part 12 Liquid crystal display 13 Operation part 14 Image analysis part 15 Image composition part 16 Drawing data generation part 17 Template creation part 18 Template selection part 20 Template data 21 Template setting data 22 Template image data

Claims (13)

Imaging means for imaging the face;
Means for storing template data including template image data representing a face image and template setting data for a predetermined element to be made up;
A composite display in which a difference area between the real area of the predetermined element included in the face image input by the imaging means and the template area of the predetermined element set by the template setting data is combined with the face image and displayed. Means,
A template selection unit that selects any one of the template image data from the accumulated template image data according to a user instruction;
A template creation unit that detects a region including the predetermined element from the selected template image data, and creates the template setting data from the image of the detected region ;
The real area includes an area where the predetermined element has been made up,
A makeup assisting device characterized in that the combined display means performs a process for obtaining a difference area between the real area and the template area in real time, and synthesizes the obtained difference area with the face image and sequentially displays it. . The makeup assist device according to claim 1,
A makeup assist device, wherein the difference area is displayed in a manner different from the real area that is not the template area and the template area that is not the real area. In the makeup assist apparatus according to claim 1 or 2,
The makeup assisting apparatus, wherein the real region includes a region already drawn by makeup. The makeup assist device according to any one of claims 1 to 3, further comprising:
Means for confirming an application image of a template by combining and displaying a template image of the predetermined element generated from the template setting data after erasing the predetermined element from the face image;
A makeup assist device comprising: The makeup assist device according to claim 4, further comprising:
Adjusting means for adjusting any one or more of the color, darkness, shape, and relative position from the eye of the template image combined with the face image;
A makeup assist device comprising: The makeup assist device according to claim 5,
The makeup display means determines the template area with respect to the template image adjusted by the adjustment means, and displays the difference area corresponding to the determined template area. apparatus. In the makeup assist device according to any one of claims 1 to 6,
A makeup assisting device, wherein the composite display means has a function of enlarging or reducing a composite image to be displayed. Imaging means for imaging the face;
Means for storing template data including template image data representing a face image and template eyebrow data;
Synthetic display means for combining and displaying the difference area between the actual eyebrow area included in the face image input by the imaging means and the template eyebrow area set by the template eyebrow data;
A template selection unit that selects any one of the template image data from the accumulated template image data according to a user instruction;
A template creation unit that detects an eyebrow region from the selected template image data and creates the template eyebrow data from the image of the detected eyebrow region ; and
The actual eyebrow region includes a region where eyebrows are drawn,
The composition display means performs a process for obtaining a difference area between the actual eyebrow area and the template eyebrow area in real time, and combines the obtained difference area with the face image and sequentially displays the difference image. Assist device. The eyebrow drawing assist device according to claim 8,
Of the difference area, the eyebrow drawing assist, wherein the area is the actual eyebrow area and not the template eyebrow area, and the template eyebrow area and the area not the actual eyebrow area is displayed differently. apparatus. The eyebrow drawing assist device according to claim 8 or 9 , further comprising:
Means for confirming the application image of the template by combining and displaying the template eyebrow image set from the template eyebrow data after erasing the eyebrows from the face image;
An eyebrow drawing assist device comprising: The eyebrow drawing assist device according to claim 10 , further comprising:
Adjusting means for adjusting one or more of the color, darkness, shape, and relative position from the eye of the template eyebrow image combined with the face image;
An eyebrow drawing assist device comprising: The eyebrow drawing assist device according to claim 11 ,
The eyebrow drawing, wherein the composite display means determines the template eyebrows area for the template eyebrows image adjusted by the adjustment means, and compositely displays the difference area for the determined template eyebrows area Assist device. In the eyebrow drawing assist device according to any one of claims 8 to 12 ,
The eyebrow drawing assist device, wherein the composite display means has a function of enlarging or reducing a composite image to be displayed.

Images