JP2003181151A - Doll production device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a device for producing a doll whom a person (owner) can give enough love while feeling the doll just as a child born of her. <P>SOLUTION: In the device for producing the doll not only similar to the person (owner) but also genetically succeeding the features of the person (owner) on the assumption of the person's (owner's) child, through approximately the same process as a birth of a child, a 'mother-and-child notebook' can be issued together with the doll and the person can spriously experience the real birth of the child. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a doll manufacturing apparatus.

[0001]

2. Description of the Related Art Conventionally, many dolls have a fictitious creation face. Also, there are many same products that have been mass-produced.

[0002]

However, a doll with a fictitious creation face is a creation of the doll's creator, and a person (the owner of the doll) becomes less attached to the doll over time. I often go. Also, when a child cannot be expected due to an old man or infertility, there is a tendency to seek healing from a doll that can be loved like a real child. In that case, a doll with a peculiar appearance that the person (owner) can give love to is desirable.

[0003]

In order to solve this problem, the present invention assumes a child (or grandchild) of a person (owner) and has a figure that is inherited from the appearance of the person (owner). To make. The doll made with the device of the present invention is not only similar to a person (owner), but inherits the characteristics of the person (owner) genetically, and has the appearance reminiscent of the image of the person (owner). There is. Further, according to the present invention, a mother-child handbook can be issued together with the doll through a process similar to that when a child is born. The maternal and child handbook contains information such as the name of the child named by the person (owner), date of birth, blood type, etc., and it is possible to have a simulated experience that the child was really born.

Therefore, the doll made by the device of the present invention can be perceived by a person (owner) as if he / she was a child born by him / herself, and he can be fully loving.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below. The present invention is not limited to these embodiments and can be implemented in various modes without departing from the scope of the invention. <Embodiment 1>

FIG. 1 shows the concept of an example of this embodiment. As shown in the figure, the doll manufacturing apparatus according to the present invention assumes a child of a person (owner) who wants to purchase a doll, and creates a doll with a face that inherits the appearance of the person (owner) genetically. It is what you make. First, the person (owner) causes the doll manufacturing apparatus to read image data of the appearance of the person (owner) using a photograph or the like. After that, the processing is performed in the doll manufacturing apparatus. First, a process of extracting a face portion, a body feature, and the like from the read image data is performed. Next, based on the characteristics and the like, an appropriate constituent element will be selected from the constituent elements of the doll that have already been accumulated. Here, in the selection process, for example, for a person (owner) having a characteristic that the nose is passed, an algorithm such that the probability that the nose that the nose passes is selected is high is used. . Alternatively, a completely different component may be selected with a very low probability as in the case of inheritance of an organism. When the elements constituting the face or body are selected in this way, the outer shape of the doll can be formed by combining those elements.

A doll manufacturing apparatus (0
200) is a “human image data reading unit” (0201),
"Personal component data extraction unit" (0202), "doll component data storage unit" (0203), "data selection unit" (0204), and "doll figure data generation unit" (020
5) and a "doll figure data output unit" (0206). FIG. 2 is a diagram showing an example of functional blocks of the doll manufacturing apparatus in this embodiment.

The "human image data reading unit" (0201)
The person image data which is the image data of the figure of the person is read.
“Person image data” refers to image data of a figure of a person. If you also want to refer to your physical characteristics when making a doll,
When the image data of the whole body is read and the doll is manufactured from the features of only the face, it is preferable to read the image data of only the face. There is a method of reading a photograph of a person (owner) with a scanner or the like connected to the doll manufacturing apparatus, or directly capturing a photograph taken by a digital camera or the like into the doll manufacturing apparatus. The read human image data is passed to the human component data extraction unit.

"Person component data extraction unit" (0202)
Extracts the human component data, which is the data of the human component, from the human image data read by the human image data reading unit. "Personal component data" refers to data of components that form a part of a human body. So here
"Body" and "hair", individual parts of the face "eyes",
"Nose" etc. will be extracted. Moreover, you may convert these extracted person component data into each numerical value. For example, as a characteristic of the whole body,
"1", "fat = 2", etc., and for "hair",
For example, "double eyelid = 1", "large eyes = 2", and the like are defined as "unusual hair = 1", "large amount = 2", and the like. The extracted person component data is passed to the data selection unit.

"Doll component data storage section" (020
3) accumulates the doll component data, which is the data of the components of the doll's figure that are combined to generate the data of the doll's figure. "Doll component data" means data of components that make up the figure of a doll, and data of the figure of a doll can be generated by combining these. Basically, it has the same components as the above-mentioned person component data. Similarly, in addition to the “body” and “hair” and the individual parts “eyes” and “nose” that form the face, these components may be converted into numerical values.

Since the doll to be generated is a child, the doll component data may be a component of the child's figure. For example, for the "tall" data that is a characteristic of the entire body, it may be a large doll,
It may be a doll with long limbs even though the body itself is small like a child before growth.

The "data selection unit" (0204) is based on the human component data extracted by the human component data extraction unit from the doll component data stored in the doll component data storage unit. Select data.
The doll component data is selected based on the components of the body part of the person (owner) obtained as the human component data.

As the selection processing here, in addition to the case where the doll component data similar to the human component data of the person (owner) is simply selected, the case where the doll component data is selected according to the law of inheritance, etc. included. "Geneticity" refers to a phenomenon in which various characteristics (traits) of a person (owner), such as face and body, are transmitted from the person (owner) to the child.
Is the law of how this trait is transmitted. For example, Mendel's law has a rule of dominance, which means that of the allelic traits of a person (owner), only the stronger trait appears. According to this law, the double eyelid is predominantly inherited. For example, the person (owner) is the "eye"
In case of having the double eyelid, which is the dominant trait for, and having only the recessive trait for other components, the double eyelid eye is selected as the doll component data. It will be. This is because the “eye” has a higher probability of resembling a person (owner) than other doll component data due to the rule of dominance. The selected doll component data is passed to the doll figure data generator.

The "doll figure data generator" (0205)
The doll component data selected by the data selection unit is combined to generate doll figure data, which is doll figure data. “Puppet figure data” refers to data on the figure of a doll created by combining doll component data. "Body", "hair", which is the selected doll component data,
Doll figure data is generated by combining data such as "eyes" and "nose". The generated doll figure data is passed to the doll figure output section.

The "doll figure data output section" (0206) is
The doll figure data generated by the doll figure data generation unit is output. As the output process, data of the figure itself may be generated, or may be generated in the form of a paper pattern, a mold, a mold, or the like. Here, dolls manufactured by the doll manufacturing apparatus of the present invention include, in addition to general dolls, plush toys, French dolls, dolls of dolls, ceramic dolls,
Widely includes various forms such as folk craft dolls.

FIG. 3 shows the flow of processing when manufacturing a doll in this embodiment. The doll manufacturing method according to this embodiment includes the following five steps. First, in step S0301, human image data that is image data of a human figure is read (human image data reading step). Next, in step S0302, the human component data that is the data of the human component is extracted from the human image data read in the human image data reading step (human component data extraction step),
In step S0303, the doll component data is selected from the stored doll component data which is the data of the components of the doll figure based on the human component data extracted in the human component data extraction step (data. Selection step). Further, in step S0304, the doll component data selected in the data selection step is combined to generate doll figure data which is data of a doll figure (doll figure data generation step), and in step S0305, the doll figure data is generated. The doll figure data generated in the data generation step is output (doll figure data output step). The above processing can be executed by a program to be executed by a computer, and this program can be recorded in a recording medium readable by the computer. <Embodiment 2>

The present embodiment is based on the first embodiment and is a doll manufacturing apparatus characterized by extracting face constituent elements from face image data.

The functional blocks of the doll manufacturing apparatus according to this embodiment have already been described with reference to FIG. The doll manufacturing apparatus (0200) of this embodiment is
"Person image data reading unit" (0201), "Person component data extraction unit" (0202), "Doll component data storage unit" (0203), "Data selection unit" (020
4), a "doll figure data generation section" (0205), and a "doll figure data output section" (0206).

The "human image data reading unit" (0201)
The person image data which is the image data of the figure of the person is read.
"Person image data" refers to image data of a person's figure,
Here, the image data of a human face is used. In the present embodiment, facial image data is required because the facial features are referred to in manufacturing the doll. There is a method of reading a photograph of a face with a scanner or the like connected to the doll manufacturing apparatus, or directly capturing a photograph taken by a digital camera or the like into the doll manufacturing apparatus. The read human image data is passed to the human component data extraction unit.

"Person component data extraction unit" (0202)
Extracts the human component data, which is the data of the human component, from the human image data read by the human image data reading unit. "Personal component data" refers to data of components that form a human face portion. So here
"Eyes", "nose", etc. will be extracted. In addition, the extracted human component data is “double eyelid = 1”,
You may convert into each numerical value, such as "big eyes = 2". The extracted person component data is passed to the data selection unit.

"Doll component data storage unit" (020
3) accumulates the doll component data, which is the data of the components of the doll's figure that are combined to generate the data of the doll's figure. "Doll component data" means data of components that make up the figure of a doll, and by combining these, data of the face of the doll can be generated. In addition to the human constituent data, which is the data of the constituents of the human face, the constituents of the body are also included. Similar to the first embodiment, the constituent elements may be stored as numerical values.

Since the generated doll is a child, the doll constituent element data may be a constituent element of the child's face. For example, with regard to the eyes, the eyes with clear double eyelids may be used as a constituent element as in the case of an adult, and the eyes may be the same double eyelids or in the state of development.

The "data selection unit" (0204) is a doll component based on the human component data extracted by the human component data extraction unit from the doll component data stored in the doll component data storage unit. Select data.
The doll component data is selected based on the components of the face portion of the person (owner) obtained as the human component data. The selection process here is the same as that in the first embodiment. The selected doll component data is passed to the doll figure data generator.

The "doll figure data generator" (0205)
The doll component data selected by the data selection unit is combined to generate doll figure data, which is doll figure data. “Puppet figure data” refers to data on the figure of a doll created by combining doll component data. The doll figure data is generated by combining the selected doll constituent element data such as "eyes" and "nose" with the data of the elements that make up the body. The generated doll figure data is passed to the doll figure output section.

The "doll figure data output section" (0206) is
The same processing as that of the first embodiment is performed.

The flow of processing when manufacturing a doll in this embodiment is as already shown in FIG. <Embodiment 3>

The present embodiment is based on the second embodiment, and is a doll manufacturing apparatus characterized in that the doll constituent element data is data relating to parts and arrangements that form the face of the doll.

The functional blocks of the doll manufacturing apparatus according to this embodiment have already been described with reference to FIG. The doll manufacturing apparatus (0200) of this embodiment is
"Person image data reading unit" (0201), "Person component data extraction unit" (0202), "Doll component data storage unit" (0203), "Data selection unit" (020
4), a "doll figure data generation section" (0205), and a "doll figure data output section" (0206).

[Human image data reading unit] (0201)
"Personal component data extraction unit" (0202), "Data selection unit" (0204), "Puppet figure data generation unit" (0
205) and the "doll figure data output section" (0206)
The same processing as in the second embodiment is performed.

"Doll component data storage section" (020
3) accumulates the doll component data, which is the data of the components of the doll's figure that are combined to generate the data of the doll's figure. "Doll component data" refers to the data of the components that make up a doll's figure, and here it is the data on the outline of the doll's face, the shape of the eyes, nose, mouth, eyebrows, ears, and their arrangement. is there. By combining these, the data of the doll's face can be generated. These components are the parts where the human facial features are most likely to appear. For example, there are round, egg, triangle, inverted triangle, quadrangle, base, face length, downward bulge, etc. as the type of face outline. Types of eye shapes include large eyes, small eyes, narrow eyes, eye drops, eye drops, eye colors (brown, black, blue), double eyelids, single eyelids, and some eyelashes. The types of nose shapes include high nose, low nose,
There are round nose, big nose, small nose, eagle nose, etc. Types of mouth shapes include large mouth, small mouth, thick lips, thin lips, and the like. Types of eyebrow shapes include thick eyebrows, thin eyebrows, cheeks, and straight lines. As for the type of ear shape,
There are big ears, small ears, thick ear lobes, thin ear lobes, and good ears. Here, since the generated doll is a child, the doll constituent element data exemplified above may be a constituent element of the child's face.

Further, when arranging the individual parts constituting the face, their positions are also taken into consideration.
This is because even if the data of “eyes” and “ears” are average, the impression may be completely different depending on the place where they are arranged. For example, when the distance between the eyes and the eyebrows is large, when the distance between the eyes and the eyebrows is close, when the ears are high, when the ears are low, and the nose and mouth are separated. When there is a gap between the nose and the mouth.
The data of these constituent elements and the data relating to the arrangement may be accumulated as numerical values as in the first embodiment.

The flow of processing in the case of manufacturing a doll in this embodiment is as already shown in FIG. <Embodiment 4>

This embodiment is based on the first embodiment, and is a doll manufacturing apparatus characterized in that the doll figure data is cutting data of a pattern when a doll is manufactured as a stuffed animal.

The functional blocks of the doll manufacturing apparatus according to this embodiment are as already described with reference to FIG. The doll manufacturing apparatus (0200) of this embodiment is
"Person image data reading unit" (0201), "Person component data extraction unit" (0202), "Doll component data storage unit" (0203), "Data selection unit" (020
4), a "doll figure data generation section" (0205), and a "doll figure data output section" (0206).

[Person image data reading unit] (0201)
The “personal component data extraction unit” (0202), the “doll component data storage unit” (0203), and the “data selection unit” (0204) perform the same processing as in the first embodiment.

The "doll figure data generator" (0205)
The doll component data selected by the data selection unit is combined to generate doll figure data, which is doll figure data. The "doll figure data" is data on the figure of a doll created by combining doll component data, and here is the cutting data of the pattern when the doll is manufactured as a stuffed animal. The “cutting data” refers to data indicating a position where a mark indicating a cutting place or a component is arranged on a pattern used when a doll is manufactured as a stuffed animal. The doll figure data is generated by combining the selected doll constituent data and the data of the constituent elements of the body and further determining the outer shape of the doll and the arrangement of the constituent elements. The generated doll figure data is passed to the doll figure output section.

The "doll figure data output section" (0206) is
The doll figure data generated by the doll figure data generation unit is output. As the output process, the doll itself may be generated, or the cutting data may be generated as it is.

The flow of processing in the case of manufacturing a doll in this embodiment is as already shown in FIG. <Fifth Embodiment>

The present embodiment is based on the first or third embodiment, and is a doll manufacturing apparatus characterized by randomly selecting doll component data not based on human component data.

The functional blocks of the doll manufacturing apparatus in this embodiment are as already described with reference to FIG. The doll manufacturing apparatus (0200) of this embodiment is
"Person image data reading unit" (0201), "Person component data extraction unit" (0202), "Doll component data storage unit" (0203), "Data selection unit" (020
4), a "doll figure data generation section" (0205), and a "doll figure data output section" (0206).

[Person image data reading unit] (0201)
"Personal component data extraction unit" (0202), "doll component data storage unit" (0203), "doll figure data generation unit" (0205), and "doll figure data output unit" (0
206) performs the same processing as in the first or third embodiment.

The "data selection unit" (0204) is based on the human component data extracted by the human component data extraction unit from the doll component data stored in the doll component data storage unit. In addition to selecting the data, the doll component data is randomly selected with a predetermined probability without being based on the human component data. From the doll component data stored in the doll component data storage section in the first half,
The process of selecting the doll component data based on the human component data extracted by the human component data extraction unit is as described in the first embodiment.

The process of randomly selecting the doll component data based on the human component data with a predetermined probability in the latter half is a process newly added in this embodiment. Here, selection is done like mutations in the law of inheritance. It is assumed that the selection process is performed with a predetermined probability, and the doll manufacturer or the person (owner) can set the probability. If the probability of random selection is extremely low with this probability setting, the doll making device will perform a mutational selection process, and if the probability is increased, it has the meaning of a child born by two people. It will be. The selected doll component data is passed to the doll figure data generator.

FIG. 4 shows the flow of processing in the case of manufacturing a doll in this embodiment. The doll manufacturing method according to this embodiment includes the following seven steps. First, the human image data reading step of step S0401 and the human constituent element data extracting step of step S0402 are the same as those already described in the first embodiment. Next, in step S0403, it is determined whether an event with a predetermined probability has occurred,
In S0404, the doll component data is randomly selected without being based on the human component data when a predetermined probability event occurs. After that, step S04
In 05, the doll component data is selected from the stored doll component data which is the data of the component of the figure of the doll, based on the human component data extracted in the human component data extraction step. This step S04
Step 05 is a process performed even when a predetermined probability event has not occurred. (Step S0403 to Step S0
Up to 405 is a selection step. ) Furthermore, the doll figure data generation step of step S0406 and the doll figure data output step of step S0407 include the doll figure data generation step of step S0304 and the doll figure data output step of step S0305 already described in the first embodiment. It is the same. The above processing can be executed by a program that causes a computer to execute.
This program can be recorded on a computer-readable recording medium. <Sixth Embodiment>

This embodiment is based on the first embodiment, and is a doll manufacturing apparatus characterized by selecting doll component data based on data relating to doll attributes.

The doll manufacturing apparatus (0
500) is a “human image data reading unit” (0501),
"Person component data extraction unit" (0502), "doll component data storage unit" (0503), "data selection unit" (0504), and "doll figure data generation unit" (050
5), a "doll figure data output unit" (0506), and a "doll attribute data input unit" (0507). FIG. 5: is a figure which shows an example of the functional block of the doll manufacturing apparatus in this embodiment.

"Person image data reading unit" (0501),
"Personal component data extraction unit" (0502), "doll component data storage unit" (0503), "doll figure data generation unit" (0505), "doll figure data output unit" (0
506) performs the same processing as that of the first embodiment.

"Doll attribute data input section" (0507)
Inputs doll attribute data, which is data related to doll attributes. The “doll attribute data” refers to data related to the attributes of the doll. For example, it includes data such as "doll name: Nana", "birth date: December 24, 2000", "age: 1 year old", "sex: female". Here, the person (owner)
Will enter the desired information for the doll. The input is performed using an input device such as a panel provided in the doll manufacturing apparatus or an external input / output device such as a personal computer connected to the doll manufacturing apparatus. The input doll attribute data is passed to the data selection unit.

The "data selection unit" (0504) inputs the human component data extracted by the human component data extraction unit from the doll component data stored in the doll component data storage unit and the doll attribute data input. The doll component data is selected based on the doll attribute data input by the section. The process of selecting the doll component data from the doll component data stored in the doll component data storage unit based on the human component data extracted by the human component data extraction unit has been described above. Here, it is a process newly added in the present embodiment that the doll component data is also selected based on the doll attribute data input by the doll attribute data input unit. Data such as age and sex is input as the doll attribute data, but doll component data suitable for this is selected. It focuses on the fact that there are differences in the parts such as the face depending on age and gender.

FIG. 6 shows the flow of processing in the case of manufacturing a doll in this embodiment. The doll manufacturing method according to this embodiment includes the following six steps. First, the human image data reading step of step S0601 and the human constituent element data extracting step of step S0602 are the same as those already described in the first embodiment. Next, in step S0603, doll attribute data, which is data relating to the attribute of the doll, is input (doll attribute data input step). Step S060
In 4, the human component data extracted in the human component data extraction step and the doll attribute input in the doll attribute data input step from the doll component data that is the accumulated component data of the doll appearance Select doll component data based on the data (data selection step). Furthermore, the doll figure data generation step of step S0606 and the doll figure data output step of step S0607 are the steps already described in the first embodiment.
S0304 Doll figure data generation step and step
This is the same as the doll figure data output step in S0305.
The above processing can be executed by a program to be executed by a computer, and this program can be recorded in a recording medium readable by the computer. <Embodiment 7>

This embodiment is based on Embodiments 1 and 6 and is a doll manufacturing apparatus characterized in that doll personal data which is data relating to doll personal information is created and output.

FIG. 7 shows a doll manufacturing apparatus (0
700) is a “human image data reading unit” (0701),
"Human component data extraction unit" (0702), "doll component data storage unit" (0703), "data selection unit" (0704), and "doll figure data generation unit" (070
5), a “doll appearance data output unit” (0706), and a “doll attribute data input unit” (0707), and further includes a “user attribute data input unit” (0708) and “doll personal data generation”. Section "(0709) and" doll personal data output section "(0710). FIG. 7 is a diagram showing an example of functional blocks of the doll manufacturing apparatus in this embodiment.

"Person image data reading unit" (0701),
"Human component data extraction unit" (0702), "doll component data storage unit" (0703), "data selection unit" (0704), and "doll figure data generation unit" (070
5), the "doll figure data output unit" (0706), and the "doll attribute data input unit" (0707) perform the same processing as in the first and sixth embodiments.

"User attribute data input section" (0708)
Inputs the user attribute data which is the data related to the attribute of the user. "User attribute data" refers to data relating to user attributes. For example, "Person (owner) name: ○ Yoko Yamada", "Age: 29 years old", "Address: Tokyo
... "," blood type: A type ", and the like. Here, it is assumed that the information of the person (owner) is input. Similar to the doll attribute data input unit, the input is performed using an input device such as a panel provided in the doll manufacturing device or an external input / output device such as a personal computer connected to the doll manufacturing device. The input user attribute data is passed to the doll personal data generation unit.

"Puppet personal data generator" (0709)
Generates doll personal data, which is data relating to personal information of the doll, from the user attribute data input by the user attribute data input unit and the doll attribute data input by the doll attribute data input unit. "Personal doll data" refers to data relating to personal information of a doll, and is generated from user attribute data and doll attribute data. For example, the name of the doll is "person (owner)" included in the user attribute data.
"Name of doll: Nanako Yamada" is generated from "Name of doll: Nana" included in the doll attribute data. Further, from the blood type data included in the user attribute data, if the blood type of the person (owner) is AB type, the doll does not have O type blood type. On the contrary, when the blood type of the person (owner) is O type, the doll does not have AB type blood type. The doll personal data generated in this way is passed to the doll personal data output unit.

"Puppet personal data output section" (0710)
Outputs the doll personal data generated by the doll personal data generation unit. As the output processing, it may be browsed on a display screen equipped in the main body of the doll manufacturing device, an external display screen connected to the doll manufacturing device, or printed out. .

FIG. 8 shows the flow of the process of outputting the doll personal data in the process of manufacturing the doll in this embodiment. The doll manufacturing method according to this embodiment includes the following four steps. First, in step S0801, doll attribute data, which is data related to doll attributes, is input (doll attribute data input step), and in step S0802, user attribute data that is data related to user attributes is input (use). Attribute data input step). Next, in step S0803, a doll that is data relating to the personal information of the doll from the user attribute data input in the user attribute data input step and the doll attribute data input in the doll attribute data input step. Personal data is generated (doll personal data generation step). Then, in step S0804, the doll personal data generated in the doll personal data generating step is output (doll personal data output step).

Steps of the flowchart shown in FIG.
S0603 is step S0801 in this embodiment.
The above process is performed in parallel as the flow of the entire doll manufacturing process. That is, the doll figure data and the doll personal data do not have to be generated in synchronization.

Further, the above processing can be executed by a program to be executed by a computer, and this program can be recorded in a recording medium readable by the computer. <Embodiment 8>

The present embodiment is based on the seventh embodiment, and is a doll manufacturing apparatus characterized in that the doll personal data is a mother-child notebook.

The functional blocks of the doll manufacturing apparatus in this embodiment are as already described with reference to FIG. The doll manufacturing apparatus (0700) of this embodiment is
"Human image data reading unit" (0701), "Human component data extraction unit" (0702), "Doll component data storage unit" (0703), "Data selection unit" (070
4), "doll figure data generation section" (0705), "doll figure data output section" (0706), "doll attribute data input section" (0707), and "user attribute data input section"
(0708) and the "doll personal data generation unit" (070
9) and a "doll personal data output unit" (0710).

[Human image data reading unit] (0701)
"Human component data extraction unit" (0702), "doll component data storage unit" (0703), "data selection unit" (0704), and "doll figure data generation unit" (070
5), "doll figure data output unit" (0706), "doll attribute data input unit" (0707), "user attribute data input unit" (0708), and "doll personal data generation unit" (0709). ) Performs the same processing as in the first and sixth embodiments.

"Personal data output section for dolls" (0710)
Outputs the doll personal data generated by the doll personal data generation unit. “Personal doll data” refers to data related to doll's personal information generated from user attribute data and doll attribute data, and in this embodiment is a maternal and child handbook that proves the birth of the doll. The “Mother and Child's Handbook” is a document that proves the birth of a doll, and serves as a birth certificate. In the present embodiment, the doll personal data is generated by the same processing as in the seventh embodiment, and is output in the form of a mother-child notebook. By giving the mother and child handbook together with the doll, the person (owner) can have a pseudo experience of having a child. Therefore, even a person who cannot expect a child can love and heal the doll that has the unique appearance of a real child.

The process flow in the case of manufacturing a doll in this embodiment is as already shown in FIG.

The doll made by the device of the present invention inherits the characteristics of the person (owner) genetically, and each person (owner)
Because it is a doll unique to, you can really pour love and seek healing like your own child. In addition, the mother and child handbook will be issued together with the doll through the same process as when a child is born, so you can have a simulated experience as if the child was really born.

[Brief description of drawings]

FIG. 1 is a conceptual diagram for explaining a first embodiment.

FIG. 2 is a functional block diagram for explaining the first embodiment.

FIG. 3 is a diagram illustrating a flow of processing according to the first embodiment.

FIG. 4 is a diagram illustrating a flow of processing according to the fifth embodiment.

FIG. 5 is a functional block diagram for explaining a sixth embodiment.

FIG. 6 is a diagram illustrating a processing flow according to a sixth embodiment.

FIG. 7 is a functional block diagram for explaining a seventh embodiment.

FIG. 8 is a diagram illustrating a flow of processing for outputting doll personal data according to the seventh embodiment.

[Explanation of symbols]

0200 Doll manufacturing equipment 0201 Human image data reading unit 0202 Human component data extraction unit 0203 Doll component data storage unit 0204 data selection section 0205 Doll figure data generation unit 0206 Doll data output section

─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. ⁷ Identification code FI theme code (reference) G06T 7/00 150 G06T 7/00 150

Claims (8)

[Claims] 1. A human image data reading unit for reading human image data which is image data of a human figure, and human constituent data which is data of a human constituent from the human image data read by the human image data reading unit. And a doll component data storage unit for storing doll component data, which is data of doll figure components combined to generate doll figure data, and the doll. From the doll component data stored in the component data storage unit, a data selection unit that selects doll component data based on the human component data extracted by the human component data extraction unit, and a selection by the data selection unit A doll figure data generation unit that generates doll figure data that is doll figure data by combining the created doll figure element data, and the doll figure data generation section. Doll manufacturing apparatus having a doll shape data output unit for outputting the doll figure data, the. 2. The doll manufacturing apparatus according to claim 1, wherein the human image data is image data of a human face, and the human component data is data of a human face component. 3. The doll manufacturing apparatus according to claim 2, wherein the doll component data is data relating to the shape of the face, eyes, nose, mouth, eyebrows, ears of the doll, and their arrangement. 4. The doll manufacturing apparatus according to claim 1, wherein the doll figure data is cutting data of a pattern when a doll is manufactured as a stuffed animal. 5. The data selection unit extracts doll component data from the doll component data stored in the doll component data storage unit based on the human component data extracted by the human component data extraction unit. The doll manufacturing apparatus according to claim 1 or 3, wherein in addition to the selection, the doll component data is randomly selected without being based on the human component data with a predetermined probability. 6. A doll attribute data input unit for inputting doll attribute data, which is data related to doll attributes, wherein the data selection unit is configured to store the doll component data stored in the doll component data storage unit. The doll manufacturing apparatus according to claim 1, wherein the doll component data is selected based on the human component data extracted by the human component data extraction unit and the doll attribute data input by the doll attribute data input unit. 7. A user attribute data input section for inputting user attribute data, which is data relating to a user's attribute, user attribute data input by the user attribute data input section, and the doll attribute data input. Puppet personal data generation unit that generates puppet personal data that is data relating to puppet personal information from the puppet attribute data input by the puppet unit, and a puppet personal that outputs the puppet personal data generated by the puppet personal data generation unit A data output unit, further comprising:
And the doll manufacturing apparatus described in 6. 8. The doll manufacturing apparatus according to claim 7, wherein the doll personal data is a mother-child handbook that proves the birth of the doll.