JP2001357389A - Spectacles frame selection service system and its program recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a spectacles frame selection service system by which spectacles frame which seems to suit a customer or which the customer seems to like them is automatically picked-up and presented. SOLUTION: The system comprises a preserving means 21 for dividing face constituting elements and preserving information of spectacles lens 14 which is related to a type at each constituting element, an extracting means 11 for extracting the face constituting elements from the face image of the customer, a selecting means 11 for selecting the spectacles frame which is preserved in the preserving means 21 based on the extraction result of the extracting means and a presenting means 11 for presenting the selected spectacles frame.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an eyeglass frame selection service system and a program recording medium therefor.

[0002]

2. Description of the Related Art Conventionally, in a spectacle store, when a customer visits,
The clerk recommends the eyeglass frame that the customer seems to like, or recommends the eyeglass frame that looks good with the customer, but some customers do not always like to be recommended by the clerk.

[0003]

[0005] Such a customer looks into a display shelf of spectacle lenses and selects an appropriate spectacle frame. However, a large number of spectacle frames are arranged on the display shelf. Is not necessarily preferred.

In such a case, if a spectacle frame likely to be suitable for the customer or a spectacle frame likely to be preferred by the customer can be automatically picked up, the time required for selecting the spectacle frame can be reduced for the customer. For the eyewear store, the clerk does not have to deal with customers more than necessary. Further, when there are many customers coming to the store, there is a limit to the service to handle a plurality of customers by themselves, but if the eyeglasses frame which the customer seems to like can be automatically picked up, the service to the customer is improved. Can also be expected.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and has a spectacle frame capable of automatically picking up and presenting a spectacle frame likely to suit a customer or a spectacle frame likely to be preferred by the customer. An object of the present invention is to provide a frame selection service system and its program recording medium.

[0006]

A spectacle frame selection service system according to claim 1, wherein the spectacle frame selecting service system disassembles a face component and stores information of a spectacle lens associated with a type of each component; Extraction means for extracting face components from a customer's face image, selection means for selecting eyeglass frames stored in the storage means based on the extraction result of the extraction means, and presentation for presenting the selected eyeglass frames Means.

The eyeglass frame selection service system according to a second aspect of the present invention includes an associating means for decomposing the constituent elements of the face and associating the information of the eyeglass frame with the type of each constituent element.

According to a third aspect of the present invention, in the eyeglass frame selection service system, the face component is at least one of a face contour, eyebrows, hair, eyes, nose, ears, mouth, chin, and color. It is characterized by.

In the eyeglass frame selection service system according to a fourth aspect, the presenting means is a server device for generating a homepage, and the server device outputs a face image for the purpose of ordering eyeglass frames by a customer using the Internet. When transmitting and accessing the server device, there is provided a synthesizing unit that synthesizes the selected eyeglass frame and the face image, and the presenting unit transmits the synthesized image to the customer.

According to a fifth aspect of the present invention, there is provided an eyeglass frame selection service system, comprising a photographing means for photographing a face, and selecting and presenting the spectacle frame based on a face image photographed by the photographing means when a customer comes to the store. It is characterized by doing.

According to a sixth aspect of the present invention, in the eyeglass frame selection service system, the face image is decomposed into the components of the face of the registered customer, and the eyeglass frame associated with the type of each face component and the eyeglass frame. A face image is combined with the face image, and the combined face image with the eyeglass frame is attached to an electronic mail and transmitted to the customer.

[0012] According to a seventh aspect of the present invention, there is provided an eyeglass frame selection service system, comprising: a storage unit configured to store information of a spectacle lens associated with facial feature information; an extraction unit configured to extract facial features from a customer's facial image; The image processing apparatus further includes a selection unit that selects the spectacle frames stored in the storage unit based on an extraction result of the extraction unit, and a presentation unit that presents the selected spectacle frames.

[0013] A program recording medium for an eyeglass frame selection service according to claim 8 is a program for executing an extraction step of extracting a face component from a customer's face image;
A selection program for executing a selection step of selecting an eyeglass frame associated with a facial feature from the storage unit based on an execution result of the extraction program, and a presentation step for presenting the eyeglass frame selected by executing the selection program. The program is recorded.

[0014]

BEST MODE FOR CARRYING OUT THE INVENTION

[0015]

FIG. 1 shows a personal computer 1 owned by an individual, a monitor 2, a keyboard 3, and a mouse 4. Personal computer 1
Is connected to the Internet 6 via the provider 5.

Reference numeral 7 denotes an eyeglass store, which is provided with a customer management database server 8, a face image information storage database server 9, an eyeglass frame information storage database server 10, a web server 11, and a television camera 12. I have. Each of the servers 8 to 11 is connected by a LAN, and the television camera 12 is connected to a face image information storage database server 9.

The web server 9 is connected to the Internet 6. The spectacle frame 7 is provided with spectacle frame information from the spectacle frame manufacturer 13 via the Internet 6, and the spectacle frame information is sequentially stored in the spectacle frame information storage database server 10 of the spectacle store 7.

The spectacle store 7 has a homepage. When an individual accesses the homepage of the spectacle store 7 using the web browser of the personal computer 1 and selects the eyeglass frame fitting corner, the screen is displayed on the screen 2A of the monitor 2. For example, as shown in FIG. 2 (a), a spectacle frame fitting corner of the homepage of “XX spectacle shop” is displayed, and when the selection screen of the spectacle frame 14 is designated, the screen transitions and a plurality of monitor screens are displayed on the monitor screen 2A. Eyeglass frames 14
Is displayed.

The glasses frame 14 is displayed on the monitor screen 2A.
Is displayed directly on the previous screen to display the material, shape, size, color, manufacturer name, designer name, etc. of the eyeglass frame, and the material, shape, size, frame color,
After inputting a maker name or the like, the screen may be changed to a selection screen of the eyeglass frame 14.

The input of the color of the eyeglass frame may be performed on another screen instead of this screen. In addition, when it is desired to view another color of the selected spectacle frame, it may be possible to search for and display what other spectacle frame there is.

Here, the spectacle frame information database server 10 is provided in the spectacle shop 7, but the spectacle frame information database server 10 is set in the spectacle frame maker 13 and the spectacle frame 7 is displayed on the homepage established by the spectacle store 7. The eyeglass frame information database server 10 of the maker 13 may be linked to display the eyeglass frame information on the monitor screen 2A.

The image synthesis is performed on the server side of the spectacles store 7, and the synthesized image is transmitted to the personal computer 1.

That is, as shown in FIG. 3, when the personal computer 1 accesses the homepage of the spectacle shop 7 (S.1), the screen transits to the face image input screen (S.1).
2) When the face image is input, the screen transits to the spectacle frame selection screen (S.3), and when the spectacle frame 14 is selected on the spectacle frame selection screen, the screen transits to the image synthesis agreement screen (S.4). Personal information such as an address, a name, an age, a telephone number, and a password is input (S.5). When the input is completed (S.6), the face image is uploaded (S.7).

In the spectacle store 7, the web server 11
The selected eyeglass frame 14 and the uploaded face image 15 are combined with the selected eyeglass frame 14 with the face image 15 (S.8). When a password is input from the personal computer 1 (S.
9), the spectacle frame 14 selected on the monitor screen 2A
Is displayed as shown in FIG. 2B.

The spectacle store also includes a face component 22c of an individual (customer reserve or eyeglass frame interest).
Eyeglasses database server 21 as a storage means for storing personal information 22b such as age, gender, etc. and the selected eyeglasses frame 14 in association with each other, and a personal database server 2 for storing an individual's face image 22a and personal information 22b.
2. Statistical analysis means 24 for statistically analyzing the relationship between the components 22c and personal information 22b of the individual's face and the selected spectacle frame 14 is connected. Statistical analysis means 24
Is provided with an extracting unit 24a for extracting a component 22c of an individual's face from a face image 22a, and is connected to a hard disk 23 as a temporary storage unit for temporarily storing a large amount of data during statistical analysis processing.

The face image 22a transmitted from the personal computer 1 is stored in the personal database server 22. The statistical analysis unit 24 extracts the face image 22a stored in the personal database server 22, performs statistical analysis according to the flowchart shown in FIG.
The result is stored in the glasses database server 21 by associating the type of each face component 22c with the selected glasses frame 14. Since a large amount of information needs to be processed during the statistical analysis, the data is temporarily stored in the hard disk 23.

FIG. 4 is a view for explaining an example of a statistical analysis procedure by the statistical analysis means 24, and shows a procedure for statistically analyzing the outline of the face component 22c.

When the face image 22a is input to the statistical analysis means 24 (S.11), the extraction means 24a extracts the outline of the face by the image recognition program (S.12). The statistical analysis unit 24 includes: a contour extracted from the face image 22a;
The statistical analysis is performed while sequentially comparing and comparing the round face, the square face, and the thin face determination criteria of the statistical analysis means 24 itself.

That is, the input face image 22a is collated and compared with a round face determination criterion (S.13). If it is determined that the face image 22a meets the criterion, the face image 22a is determined to be a round face (S.13). 14). If it is not determined that the face is a round face, the face image 22a is then compared with a corner face determination criterion (S.1).
5) If it is determined that the face image matches the standard, the face image 22a is determined to be a square face (S.16). If it is not determined that the face is a square face, then it is compared with a thin-face determination criterion (S.1).
7) If it is determined that the face image 22a matches the standard, the face image 22a is determined to be a thin surface (S.18). If it cannot be determined that the surface is a thin surface, it is determined to be other (S.19). As described above, the statistical analysis unit 24 statistically analyzes the contour of the components 22c of the input face image 22a and classifies the contour into any type. The statistical analysis means 24 includes the face image 22
Such statistical analysis is performed every time a is newly input.

FIG. 5 shows a face image 2 by the statistical analysis means 24.
It is a conceptual diagram which shows the concept of the association of the component 22c of 2a and the selected spectacle frame 14. Statistical analysis means 2
4, as shown in FIG. 5, the face type of the individual is determined and classified not only for the outline but also for each component of the face, such as the hair, eyebrows, eyes, nose, and mouth. Here, for example, the face image of the male A as an individual is for each component of the face, the hair is short, the outline is a square face, the eyebrows are fine eyebrows, the eyes are long, the nose is a nose, and the mouth is large. Is determined and classified. If the spectacle frames selected by this male A are frame numbers 3 and 12, the spectacle frames of frame numbers 3 and 12 have short hair, corner face outlines,
It is associated with the type of each facial component such as the eyebrows of the fine eyebrows, the long eyes, the nose of the nose and the large mouth.

On the other hand, a face image of a woman B as another individual is semi-long for the head hair, the contour is thin, the eyebrows are fine, the eyes are round, the eyes are round, the nose is high, the mouth is small, for each facial component.
If this woman B selects the glasses of frame numbers 25, 28, and 12, the glasses frames of frame numbers 25, 28, and 12 have semi-long hair, thin contours, and fine eyebrows. Eyebrows, round eyes, high nose,
A small mouth is associated with each type of face component.

Here, both the male A and the female B have selected the spectacle frame of the frame number 12. In addition, comparing the components of the face of the male A and the female B, both are determined to be fine eyebrows only with respect to the eyebrows, which are common.
Accordingly, the statistical analysis unit 24 determines that "the person with fine eyebrows prefers the eyeglass frame of frame number 12." The more these pieces of association information, the higher the accuracy of the association.

As described above, the face component 22c of each individual
And the selected spectacle frame 14 are statistically analyzed by the statistical analysis means 24, and a database is constructed by associating the type of each face component with the selected spectacle frame, for example, as shown in FIG. The frequency distribution of the association between the face component and the spectacle frame can be obtained. By displaying this frequency distribution on the screen, the relationship between the type of each component of the face and the spectacle frame can be instantaneously grasped.

Further, for example, by performing statistical analysis and classification based on the transmitted personal information 22b such as age, gender, race, etc., instead of the face component 22c, each age group, gender, person It is also possible to know the type of spectacle frame preferred by the species or the like.

When the relationship between the face component 22c and the spectacle frame 14 is to be displayed in a frequency distribution, the face component 22c and the spectacle frame 14 are manually input using a keyboard, a mouse, or the like. May be associated and input to the glasses database server 21 as a storage unit. Even if the frequency distribution is not displayed, the statistical analysis means 24 can automatically analyze the frequency. For example, the statistical analysis unit 24 may be provided with a judgment program for automatically judging the selected eyeglass frame with a high frequency, and associate the type of each face component with the eyeglass frame.

The spectacle frame 14 associated with the face component 22c is not for each spectacle frame number but for each spectacle frame component subdivided by, for example, shape, color, material, maker name, designer name, and the like. Is also good. In addition, if the eyeglass frame is associated with the type of each component of the face of the individual, if the amount of data to be processed is too large to be inconvenient, only the characteristic component of the individual among the face components 22c is used. By associating eyeglass frames, processing data can be reduced, and the time for data processing can be reduced.

Further, as shown in FIG. 7, when an individual who accesses the homepage of the spectacle store selects a plurality of spectacle frames, by counting the selection time during which the spectacle frames are selected, the individual can be identified. It is possible to judge how much the spectacle frame is liked, and to easily and quantitatively grasp the degree of likeness of the selected spectacle frame (S.31 to S.44).
38-S. 44).

In the flowchart shown in FIG. 7, the individual accesses the homepage of the optician (S. 31),
When the face image is input (S.32) and the user agrees to the image synthesis (S.33), the screen transitions to input personal information such as address, name, age, password, telephone number, gender, race (S34). ). When the input of the personal information is completed (S35) and the transmission of the face image and the personal information is completed, the screen transitions again to display the eyeglass frame selection screen. Here, when the individual selects the spectacle frame (S. 37), counting of the selection time of the selected spectacle frame is started (S. 38).
Image synthesis is performed (S.39), and when the individual inputs a password (S.40), a synthesized image of the selected spectacle frame and the face image is displayed (S.41). When the individual selects the next spectacle frame after confirming the composite image (S. 42), the counting of the selection time of the previously selected spectacle frame ends, and at the same time, the selection time of the next selected spectacle frame. Is started (S.4)
3). This time difference between the count start time of the next selected spectacle frame and the count start time of the spectacle frame selected before is calculated and calculated, and is set as the selection time of the spectacle frame selected previously. Again, when the individual inputs the password (S.40), a composite image of the next selected eyeglass frame and face image is displayed (S.4).
1) Further, the individual judges whether or not to select a spectacle frame (S.42).

As described above, by repeatedly selecting a plurality of spectacle frames, the selection time of each of the selected spectacle frames can be calculated. The longer the selection time, the more the individual can select the spectacle frames. You can judge that you like it.

When an individual who accesses the homepage of an eyeglass store selects a plurality of eyeglass frames, by managing the selection order and selection history of the selected eyeglass frames, for example, If an eyeglass frame different from the eyeglass frame is selected, and then the same eyeglass frame as the previously selected eyeglass frame is selected again, the individual can be regarded as liking the eyeglass frame selected multiple times, and the selected eyeglass frame can be selected. It is also possible to grasp the degree of likeness of the glasses frame.

Further, in the present invention, the face image 15
In the configuration shown in FIG. 8, when the individual accesses the homepage of the eyeglass store 7 and selects the fitting corner of the eyeglass frame 14 as shown in FIG. , The model face image 16, the hairstyle 17, etc. are displayed on the monitor screen 2A, and the eyeglass frame 14, the model face image 16, the hairstyle 17
When the combination is sequentially selected and the combination is displayed, the selected eyeglass frame 14, the model face image 16 and the face image of the hairstyle 17 may be displayed on the monitor screen 2A.

Here, if a face image of the face is emphasized as a model face image, an aesthetic harmony relationship between the face feature portion, the face feature portion, and the eyeglass frame is automatically determined. It is desirable because it can be collected. In this case, on the screen in which the face image of the model and the selected spectacle frame are combined, if the radio button is used to select a suitable or unsuitable selection, the collected aesthetic harmony relation is obtained. Reliability is improved.

The construction of such a database for glasses is as follows.
Since the individual can access the homepage of the optician using the personal computer 1 at home or the like, the information can be naturally obtained not only for the visiting customer but also for a large number of individuals, and the statistical information can be obtained. Since the data can be correlated by automatic analysis and the data can be stored almost automatically, a database for glasses can be efficiently constructed with almost no need for any trouble.

The web server 11 further includes an extracting means for extracting the constituent elements from the face image of the customer and a selecting means. The extraction means may use the extraction means of the statistical analysis means 24. As the face image of the customer, an image obtained by capturing the face of the customer who came to the eyeglass store with the television camera 12 may be used, or when ordering the eyeglass frame on the eyeglass frame order screen while at home, May have been transmitted.

In the case of a customer who has visited the spectacle store 7, FIG.
S. As shown in FIG. 1X, after capturing a face image using the television camera 12, the confirmation button on the keyboard 11A may be operated or the mouse 11B may be clicked to extract the face components (S. 2X). When the components of the face are extracted, the selection unit accesses the storage unit 21 to determine the components of the face by their types and select the associated spectacle frame (see S.3X).
The web server 11 functions as a presentation unit, and presents the selected glasses frame on the screen 11c (see S.4X). The customer specifies a favorite spectacle frame from the plurality of selected spectacle frames on the screen 11c (see S.5X). Then, the spectacle frame and the image of the user's face are combined and displayed on the screen 11c (see S.6X).

This is repeated (see steps S.4X to S.6X). If there is an eyeglass frame that is really liked, the order button is clicked on the screen 11c (see step S.4X to S.6X).
8X), and the order form of the spectacle frame is transmitted to the spectacle frame maker 13 as electronic data (see S.9X). At the same time, the spectacle frame and the type of the component of the face are associated with each other and stored in the storage unit 21, thereby enriching the association information.

In order to order an eyeglass frame from home, the order of S.E. As shown in 1Y, the face image is transmitted, and the extracting means of the web server 11 extracts the automatically transmitted face component (see S.2Y) and transmits the face component to the selecting means. (See S.3Y). The selection means accesses the storage means 21 and selects the spectacle frame 14 associated with the face component (S.4Y).
), And transmits the selected plurality of spectacle frames 14 to the personal computer 1 via the web server 11 (see S.5Y).

The customer specifies a favorite spectacle frame from the plurality of spectacle frames 14 displayed on the screen 2A as shown in FIG. 11 (see S.6Y). When the spectacle frame is specified, the web server 11 combines the specified spectacle frame with the image of the customer's face and transmits the synthesized image to the customer (see S.7Y and S.8Y).

As shown in FIG. 12, the customer
6 to determine whether or not they match, and if they do not match, repeat this specific operation a plurality of times (see S.9Y),
If you like the eyeglass frame you finally identified,
Order the glasses frame you like (see S.10Y).

As described above, according to the embodiment of the present invention, it is assumed that the user does not select the spectacle frame from the large number of spectacle frames 14 displayed on the display shelf of the spectacle store 7, but he / she cares in advance. A plurality of spectacle frames to be displayed or a plurality of spectacle frames that are likely to look good are selected and presented, and a service to identify the spectacle frames from the presented spectacle frames is provided. Is convenient for selecting the eyeglass frame without any hesitation and saving the trouble of searching.

Also, the spectacle store 7 allows the customer to carefully select the spectacle frame 14 until he or she likes it, without having to deal with the customer face-to-face sales, so that the customer service can be performed without impairing the customer service. Service can be further improved.

When the spectacle frame 14 is newly obtained, the spectacle frame and the face image associated with the customer's face characteristic information are synthesized with the customer whose face image is registered, and the spectacle frame is obtained. By attaching the combined face image to an email and sending it to the customer,
This leads to increased purchase motivation.

That is, the newly obtained spectacle frame 1
4 is disassembled into components such as its shape, size, material, color, etc., an image of the face of the customer associated with this component is extracted, and only a customer associated with this eyeglass frame 14 is newly obtained. Since the eyeglass frames can be guided by e-mail, it is possible to expect an advertising effect with high purchase accuracy.

In this case, the aesthetic harmony between the characteristic part of the face and the spectacle frame is automatically collected. However, the aesthetic harmony between the characteristic part of the face and the spectacle frame is analyzed academically to obtain the face. May be stored in association with the eyeglass frame.

For example, the face shape includes a thin face, a large face,
There are various shapes such as narrow forehead and wide forehead, but if these are classified into four types of outlines, round, triangular, square and elliptical, it is said that round eyeglass frames and small eyeglass frames emphasize round faces. It is said that thick frames with square lines are desirable for aesthetic harmony. Also, for those with a triangular face, the larger and larger spectacle frame emphasizes the narrowness of the chin, and angular or spectacle frames that are wide outside are not desirable due to aesthetic harmony, and rounded spectacle frames Frames are preferred.
Also, a square face gives a hard image, so a square eyeglass frame, a stout eyeglass frame, a thin and small eyeglass frame instead impresses a large face type, so it is undesirable and a slightly large rounded eyeglass frame Is considered desirable. People with elliptical faces
It is said that any type of spectacle frame will look good.

Further, various relationships such as the relationship between the size of the spectacle frame and the position of the eye, the distance between the eyebrows and the spectacle frame, and the aesthetic harmony between the eyebrows and the shape of the spectacle frame are being analyzed academically. Therefore, the relationship between the characteristic part and the spectacle frame among these face components is artificially determined from an academic point of view and associated, and the characteristic part is determined from the personal face image transmitted via the Internet. Is extracted, and a pair of spectacle frames associated with this characteristic portion is selected to present a plurality of spectacle frames that will be suitable. This saves you from having to search for eyeglass frames.

Also, since the spectacle frame selected and presented is a spectacle frame with high accuracy suitable for the individual,
It leads to further improvement of service.

As described above, in the present invention, when the feature of the face is used, one of the constituent elements of the face, for example, "nose" is used to mean "the nose is high". When the feature is referred to, the combination of face constituents, for example, "the contour is a thin face, the eyebrows are fine eyebrows, the eyes are round, the nose is high, and the mouth is small" is also included.

[0059]

According to the present invention, it is possible to automatically pick up and present a spectacle frame likely to be suitable for the customer or a spectacle frame likely to be preferred by the customer.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram of an eyeglass frame selection service system according to the present invention.

FIG. 2 is an explanatory view showing a display state of a monitor screen of a personal computer according to the present invention, wherein (a) shows a state in which a plurality of eyeglass frames are displayed, and (b)
Shows a monitor screen on which the selected spectacle frame and the face image are combined and displayed.

FIG. 3 is a flowchart for explaining a database construction procedure of an eyeglass frame selection service according to the embodiment of the present invention.

FIG. 4 is a flowchart illustrating an example of a statistical analysis procedure of a statistical analysis unit according to the embodiment of the present invention.

FIG. 5 is an explanatory diagram schematically illustrating association between components of a face image statistically analyzed by a statistical analysis unit and selected eyeglass frames;

FIG. 6 is a diagram showing an example of a frequency distribution display.

FIG. 7 is a flowchart for explaining another example of a database construction procedure.

FIG. 8 is a diagram showing a spectacle frame and a model face image displayed on a monitor screen of a personal computer accessing a homepage of a spectacle store.

FIG. 9 is a diagram showing an example of a flowchart of the eyeglass frame selection service system according to the present invention.

FIG. 10 is a diagram showing another example of the flowchart of the eyeglass frame selection service system according to the present invention.

FIG. 11 is a diagram showing an example of a selection frame displayed on a monitor screen.

FIG. 12 is a diagram illustrating an example of a composite image displayed on a monitor screen.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Personal computer 2 Monitor 2A Monitor screen 7 Eyeglass store 8 Customer management database server 9 Face image information storage database server 10 Eyeglass frame information storage database server 11 Web server (extraction means, selection means, presentation means) 12 Television camera 14 Eyeglass frames 21 Glasses database server (storage means)

 ────────────────────────────────────────────────── ─── Continued on the front page (72) Inventor Narumi Machida 75-1 Hasunumacho, Itabashi-ku, Tokyo F-term in Topcon Corporation (reference) 2H006 DA01 5B057 AA02 AA20 CA08 CB08 CE08 DA12 DC22

Claims (8)

[Claims] 1. A storage device for decomposing a face component and storing information of a spectacle lens associated with a type of each component, an extraction device for extracting a face component from a customer face image, An eyeglass frame selection service system, comprising: a selection unit that selects an eyeglass frame stored in the storage unit based on an extraction result of the extraction unit; and a presentation unit that presents the selected eyeglass frame. 2. The spectacle frame selection service system according to claim 1, further comprising an associating means for disassembling the face constituent elements and associating the information of the spectacle frame with the type of each constituent element. 3. The eyeglasses according to claim 1, wherein the facial component is any one or more of a facial contour, eyebrows, hair, eyes, nose, ears, mouth, chin, and color. Frame selection service system. 4. The presenting means is a server device for generating a home page, wherein the server device transmits a face image for the purpose of ordering a spectacle frame using the Internet and accesses the server device. The eyeglasses frame selection service system according to claim 1, further comprising a synthesizing unit for synthesizing the selected eyeglasses frame and the face image, wherein the presenting unit transmits the synthesized image to the customer. 5. The apparatus according to claim 1, further comprising a photographing means for photographing a face, wherein the spectacle frame is selected and presented based on a face image photographed by the photographing means when a customer comes to the store. Eyeglass frame selection service system. 6. A face image is decomposed into components of a registered customer's face, and a spectacle frame associated with the type of each component of the face is combined with the face image to form a spectacle frame. The eyeglass frame selection service system according to claim 1, wherein the selected face image is attached to an electronic mail and transmitted to the customer. 7. A storage unit for storing information on spectacle lenses associated with facial feature information, an extracting unit for extracting a facial feature from a customer's face image, and the storing unit based on an extraction result of the extracting unit. A spectacle frame selection service system comprising: a selection unit that selects a spectacle frame stored in a storage unit; and a presentation unit that presents the selected spectacle frame. 8. A program for executing an extraction step of extracting a face component from a customer's face image, and a selection step of selecting a spectacle frame associated with a face feature from storage means based on an execution result of the extraction program. And a program for executing a presentation step of presenting the spectacle frame selected by the execution of the selection program.