JP6569155B2 - Human body model, method and system for manufacturing wig - Google Patents

Description

  The present invention relates to a human body model, a method for manufacturing a wig, and a system technology.

  Wigs (wigs) are popular among women as well as men in recent years because they can easily change their hairstyle and change their image when worn on the head. In addition, the need for wigs is very high when hair falls off due to anticancer drug treatment or alopecia.

  For example, Patent Documents 1 and 2 are known as wig manufacturing methods.

  In Patent Document 1, as a method for manufacturing a medical custom-made wig, images of at least one measurement data of hair position, amount, gloss, style, state, etc., and a state before and after mounting a sample wig are photographed. Based on the data, instruct the type of human hair and artificial hair to be bound to the wig base, planting method, hair flow, amount of hair, curl, etc. based on the knowledge of the expert, and on the wig base based on the instructions A method of binding and fine-tuning hair such as hair or artificial hair is disclosed.

  In Patent Document 2, as a method for producing a custom-made medical wig, a plurality of hairs having a predetermined color are bound to a plurality of wig bases of different sizes, and a plurality of hairs having a hair amount 20% to 30% higher than that of a child wig. Prepare wigs of different sizes in advance, select one of the wigs prepared in advance based on the measurement result of measuring the head of the pediatric patient, attach it to the user's head, and in this state the wig It is disclosed that a hairstyle having a sense of volume as compared with the length dimension of a user's desired hair and before the head is removed by treatment or the like is completed.

Japanese Patent No. 5700709 Japanese Patent Laid-Open No. 2006-166438

  In the case of the method of Patent Document 1, the wig can be fully ordered in accordance with the shape of the user's head and face, so that it is easy to match with the hair style imaged by the user. However, since detailed data on the position, amount, gloss, style, condition, etc. of the user's hair is required in advance, the user goes to a store or a beauty salon to measure the shape of the head and how the hair grows. You must have it. This is a very time-consuming work for the user. In particular, when the user has lost hair due to illness or the like, the user often does not go to a store or a beauty salon, and the contact with a person itself is often a psychological burden. Moreover, since this method is performed from the step of binding hair to the wig base according to the measurement data of the user, the cost of the wig is also high.

  In the case of the method of Patent Document 2, since the binding process of the hair to the wig base is performed together, the wig can be manufactured at a lower cost than the manufacturing method based on the full order. However, when adjusting and processing the wig, that is, when applying a mysterious technique to the user's desired hairstyle, the user must wear a wig on the user's head, The annoyance and psychological burden of having to go to a store remain.

  For example, if the user wants to cut the bangs by 0 cm, or sends a request such as sending an image that the user images (for example, a cutout of a hair catalog, etc.), the remote location (that is, the user) The wig may be adjusted and processed by a manufacturer (for example, a hairdresser or the like having beauty / barber skills). With such a service, the user does not have to go to a beauty salon or a store, and wigs can be easily purchased by mail order.

  In particular, as mentioned above, for users whose hair has fallen out due to illness, the physical and psychological burden can be reduced by not having to go to a store or a beauty salon or by providing wigs at a relatively low cost. It is reduced.

  However, when the manufacturer adjusts and processes the wig without wearing it directly on the user, the image is dissociated between the hairstyle imaged by the user and the manufacturer, and the finished wig is The problem remains that it does not match the image I had envisioned.

  This invention is made in view of the said subject, The objective is to provide the human body model which can manufacture the wig suitable for a user's image easily.

  The human body model which concerns on one Embodiment of this invention contains the skull member which imitated the skull part of the human body, and a skull member has a 1st part and a 2nd part. The first part includes a part covered by the wig when the wig is mounted, and the second part includes a part exposed from the wig when the wig is mounted. The first part is formed to be adjustable in size according to one or more first dimensions around the head of the human body, and the second part is sized according to one or more second dimensions around the human body face. Can be adjusted.

  According to the human body model, it is possible to easily manufacture a wig that matches the user's image.

  Moreover, the manufacturing method of the wig which concerns on one Embodiment of this invention uses the human body model containing the skull member imitating the skull part of the human body. The skull member has a first part and a second part, each of which can be adjusted in size. The first part includes a part covered by the wig when the wig is mounted, and the second part includes a part exposed from the wig when the wig is mounted. Adjusting the size of each of the first part and the second part based on a plurality of measured values relating to the user's skull, and attaching the wig base with the hair part bound thereto to the first part; Adjusting and processing the hair part according to the image ordered by the user.

  According to the manufacturing method described above, a wig suitable for an image can be manufactured without being directly attached to a user.

Right side view of the human body model according to this example Front view of a human body model according to this embodiment Rear view of a human body model according to this example Outline diagram for explaining the mounting of each part of the head The figure showing the FF cross section of FIG. The figure showing the GG cross section of FIG. Diagram explaining the user's size measurement location The figure which shows an example of a user's size measuring tool The figure which shows the state which made depth, width, and height of a skull member the maximum The figure showing the state which attached the skin member and the eyebrow nose mouth to the skull member Image diagram showing part of the manufacturing process for wigs

  Hereinafter, with reference to drawings, the human body model concerning this example and the manufacturing method of the wig using the human body model are explained.

<Configuration of human body model>

  FIG. 1 is a right side view of a human body model 1 according to the present embodiment. FIG. 2 is a front view of the human body model 1. FIG. 3 is a rear view of the human body model 1.

  The human body model 1 includes a skull member 2 that imitates the skull of a human body and a support member 3 that supports the skull member 2.

  The support member 3 includes a shoulder portion 32 and a neck portion 31. The shoulder portion 32 is a portion that becomes a base of the human body model 1 and has a shape that imitates the shoulder of the human body. A neck portion 31 is provided above the shoulder portion 32, and the skull member 2 is attached to the neck portion 31.

  In the present embodiment, the shoulder portion 32 and the neck portion 31 are formed as separate members and configured to be detachable. For example, a concave portion 32a may be formed at the upper center of the shoulder portion 32, and a cylindrical neck portion 31 may be inserted into the concave portion 32a. Alternatively, a convex portion may be provided above the shoulder portion 32, and the neck portion. A recessed portion may be provided at the lower portion of 31, and the neck portion 31 may be installed on the shoulder portion 32.

  The neck 31 is formed so that its length can be adjusted (not shown). Any method may be used to adjust the length of the neck 31. For example, the neck portion 31 may be configured to stack a plurality of columnar members in the vertical direction, and the number of columnar members may be determined according to the length. Further, for example, the length may be adjusted by forming the neck portion 31 to be extendable and contractible.

  The skull member 2 is formed so that the size can be adjusted in any of the front and rear, left and right, and top and bottom directions. The skull member 2 includes a head 10 as a first part and a face 20 as a second part. The head 10 is a part including a part covered with a wig in a state where the wig is mounted. The face part 20 is a part including a part that is not covered with the wig when the wig is attached, that is, a part that is exposed from the wig.

  The head 10 includes a plurality of parts. In the present embodiment, the head 10 includes a forehead 11 that imitates the forehead of the human body and a occipital head 12 that imitates the occipital region of the human body.

  Furthermore, the frontal head 11 and the back of the head 12 each include a plurality of parts (for example, first parts). In this embodiment, the frontal part 11 includes a frontal left part 11a and a frontal right part 11b that are divided into left and right, and the occipital part 12 includes a occipital left part 12a and a occipital right part 12b that are divided into left and right. .

  The face 20 also includes a plurality of parts (for example, second parts). In the present embodiment, the face portion 20 includes an upper face portion 21 and a lower face portion 22 which are divided vertically. Further, the upper face portion 21 includes an upper left face part 21a and an upper right face part 21b, which are divided into left and right parts, and a lower face part 22 includes a lower left face part 22a and a lower right face part 22b which are divided into left and right parts. including.

  As described above, each part is attached to the neck 31 so that the front and rear length (depth), left and right length (width), and vertical length (height) of the skull member 2 can be adjusted. For example, FIG. 1-3 shows a state where the depth, width and height of the skull member 2 are minimized, and FIG. 9 shows a state where the depth, width and height of the skull member 2 are maximized.

  The head 10 is attached to the neck 31. In the present embodiment, the frontal left part 11a, the frontal right part 11b, the occipital left part 12a, and the occipital right part 12b are directly attached to the neck 31. The attachment position of each part to the neck part 31 is movable. Specifically, for example, the attachment positions of the frontal left part 11a and the frontal right part 11b to the neck 31 can be moved to the left and right, respectively. As a result, the left and right widths of the forehead 11 when attached to the neck 31 can be expanded or reduced. Similarly, the attachment positions of the occipital left part 12a and the occipital right part 12b to the neck 31 can be moved to the left and right, respectively. As a result, the left and right widths of the occipital region 12 when attached to the neck 31 can be expanded or reduced.

  Furthermore, for example, the attachment positions of the frontal left part 11a and the occipital left part 12a, the frontal right part 11b and the occipital right part 12b to the neck 31 can be moved back and forth. Thereby, the depth before and behind the head 10 at the time of attaching to the neck part 31 can be expanded / contracted.

  The face 20 is attached to the neck 31. In this embodiment, the face 20 is indirectly attached to the neck 31 via the head 10. For example, the upper left face part 21a and the lower left face part 22a are connected to the frontal left part 11a so as to be movable up and down and left and right, respectively. Further, for example, the upper right face part 21b and the lower right face part 22b are connected to the frontal right part 11b so as to be movable up and down and left and right, respectively. Thereby, the vertical height of the skull member 2 can be expanded or reduced.

  Next, specific attachment of each part of the skull member 2 to the neck part 31 will be described. FIG. 4 is a schematic diagram for explaining the attachment of each part of the head 10. FIG. 5 is a diagram illustrating the FF cross section of FIG. 4. FIG. 6 is a diagram illustrating a GG cross section of FIG. 4.

  The neck part 31 and the skull member 2 are provided with attachment parts for attaching each other. In the present embodiment, the attachment portions are attachment holes 33 and 34 having openings on the left and right sides of the neck portion 31, and attachment pieces 13 and 14 that are provided in the front head 11 and the back head 12 and are inserted into the attachment holes 33.

  The attachment of the head 10 will be described. The drawings and explanations mainly describe the attachment of the right part (frontal right part 11b, occipital right part 12b) of the head 10, and the left part (frontal left part 11a, occipital right part 12a) of the head 10 is omitted. However, the same applies to the attachment of the left side portion.

  Two attachment holes (a rear attachment hole 33 and a front attachment hole 34) are provided on the side part above the neck part 30 in the front and rear direction. The rear mounting hole 33 is a hole penetrating in the left-right direction so that both the mounting pieces 13 of the occipital right part 12b and the occipital left part 12a can be inserted. The attachment piece 13 of the occipital right part 12b is inserted into the rear attachment hole 33 from the right side, and the attachment piece 13 of the occipital left part 12a is inserted from the left side thereof. Thereby, the occipital right part 12b and the occipital left part 12a are attached to the predetermined positions of the neck portion 31 in the front-rear direction.

  The front mounting hole 34 is a hole penetrating in the left-right direction so that the mounting pieces 14 of the frontal right part 11b and the frontal left part 11a can be inserted together. The front mounting hole 34 is formed longer in the front-rear direction than the mounting piece 14. Thereby, the insertion position of the front attachment hole 34 of the attachment piece 14 can be adjusted in the front-rear direction. That is, depending on the insertion position of the attachment piece 14, the attachment positions of the frontal right part 11b and the frontal left part 11a with respect to the neck 31 can be adjusted back and forth. Thereby, the depth around the head 10 and the size around the head can be adjusted.

  In the present embodiment, the rear mounting hole 33 and the front mounting hole 34 are holes penetrating in the left-right direction, but may be provided on the right side and the left side, respectively. In this embodiment, only the front mounting hole 34 is formed longer in the front-rear direction than the mounting piece 14. Thereby, the mounting positions in the front-rear direction of the occipital left-right parts 12a, 12b are fixed, and only the mounting positions in the front-rear direction of the frontal left-right parts 12a, 12b can be adjusted. However, the present invention is not limited to this embodiment, and only the rear mounting hole 33 may be formed longer in the front-rear direction than the mounting piece 13, and both mounting holes 33 and 34 may be formed longer than the mounting pieces 13 and 14. You may make it form the front-back direction long.

  The head 10 is provided with an adjuster for adjusting the left and right widths. In the present embodiment, the adjusters are provided in the frontal left part 11a, the frontal right part 11b, the occipital left part 12a, and the occipital right part 12b, respectively. As for the illustration and description of the adjuster, the frontal right part 11b and the occipital right part 12b are mainly described, and the frontal left part 12b and the occipital right part 11b are omitted, but the same applies to these.

  For example, as an adjuster, holes 14a and 13a extending in the left-right direction are respectively provided in the mounting piece 14 of the frontal right part 11b and the mounting piece 13 of the occipital right part 12b, and stoppers 14c and 13a are provided at arbitrary positions of these holes 14a and 13a. 13c can be inserted. The attachment pieces 13 and 14 are attached to the attachment holes 33 and 34 in a state where the stoppers 13c and 14c are inserted into arbitrary positions of the holes 13a and 14a. The stoppers 13c and 14c are formed so as to be caught by the edges of the attachment holes 33 and 34 when the attachment pieces 13 and 14 are attached to the attachment holes 33 and 34, respectively. That is, when the stoppers 13c and 14c are inserted into the desired positions of the holes 13a and 14a and the attachment pieces 13 and 14 are inserted into the attachment holes 33 and 34 in this state, the insertion of the attachment pieces 13 and 14 is stopped. Stop at the position. As a result, the left and right widths of the head 10 and the size around the head can be adjusted. In addition, the shape and arrangement | positioning of the holes 13a and 14a are not restricted to the thing of the example of illustration, You may set how. Further, the adjuster is not limited to the configuration of the present embodiment, and may be any configuration as long as the left and right widths of each part of the head 10 can be adjusted.

  Next, attachment of the face 20 will be described. The illustration and description are made only on the right side of the face part 20 and omitted on the left side of the face part 20, but the same applies to the left side. Inside the frontal right part 11b, a head connector 15 that operably connects the upper right part 21b and the lower right part 22b is provided. The head connector 15 is provided with a vertically long hole 15a extending in the vertical direction.

  An on-face connector 25 is provided inside the upper right face part 21b. The on-face connector 25 is provided with a horizontally elongated hole 25a extending in the left-right direction. By passing the fastener 25b through the vertically long hole 15a of the head connector 15 and the horizontally long hole 25a of the on-face connector 25, the upper right face part 21b is connected to the frontal right part 11b so that it can move vertically and horizontally. Is done. For example, the fastener 25b can be fixed at a preferred position in the vertical direction of the vertically long hole 15a and a preferred position in the left and right direction of the horizontally long hole 25a.

  A sub-face connection tool 26 is provided inside the lower-face right part 22b. The sub-face connector 26 is provided with a laterally long hole 26a extending in the left-right direction. By passing the fastener 26b through the vertically long hole 15a of the head connector 15 and the horizontally long hole 26a of the subface connector 26, the lower face right part 22b is connected to the frontal right part 11b so that it can move vertically and horizontally. Is done. For example, the fastener 26b can be fixed at any position in the vertical direction of the vertically long hole 15a and at any position in the left and right direction of the horizontally long hole 26a.

  Thus, the upper left and right parts 21a and 21b and the lower left and right parts 22a and 22b are connected to the frontal left and right parts 11a and 11b so that the sizes can be adjusted in the vertical and horizontal directions, respectively.

  With the above-described configuration, the human body model 1 can be adjusted in various sizes of the skull member 2 so as to adapt to the sizes around the head and around the face of the human body. In the present embodiment, for example, the size of 10 places of the human body model 1 can be adjusted so as to adapt to the size of 10 places of the human body of FIG. Below, 10 locations will be described. The numbers 1 to 10 are shown using circled numbers in the figure.

  For example, in the human body, 1 is the vertical length from the top of the head to the lower jaw. This is, for example, the vertical height of the skull member 2 in the human body model 1.

  For example, 2 is the length from the top of the human body to the hairline. For example, in the human body model 1, this is the length from the rear ends of the frontal heads 11a and 11b to the hairline.

  3 is, for example, the length of the front and back from between the eyebrows to the back of the head in the human body. This is, for example, the depth before and after the head 10 in the human body model 1.

  For example, 4 is the vertical length from the hairline to the space between the eyebrows in the human body. For example, in the human body model 1, this is the vertical length up to the forehead 11.

  For example, 5 is the vertical length of the human body from between the eyebrows to below the chin. This is, for example, the vertical length of the face 20 in the human body model 1.

  6 is, for example, the vertical length from the lower nose to the lower jaw in the human body. This is, for example, the length from the lower end of the upper face 21 to the lower end of the lower face 22 in the human body model 1.

  7 is, for example, the vertical length from the lower jaw to the center of the clavicle in the human body. This is, for example, the length of the neck 31 in the human body model 1.

  For example, 8 is the left and right width of the forehead in the human body. This is, for example, the left and right width of the forehead 11 in the human body model 1.

  For example, 9 is the width between the left and right temples in the human body. This is, for example, the left and right width of the upper face 21 in the human body model 1.

  For example, 10 is the width between the left and right edges in the human body. This is, for example, the left and right width of the lower face 22 in the human body model 1. In addition to this, the size of the head circumference of the human body may be measured.

  A skin member 41 can be attached to the skull member 2. In the present embodiment, as shown in FIG. 10, the skin member 41 is formed of, for example, a cloth imitating a skin and is mounted so as to cover the skull member 2. Further, the eyebrows member 42, the nose member 44, the ear member 43, the mouth member, the eye member (not shown), and the like may be attached to the face 20 as appropriate parts of the face at appropriate positions. Note that the skin member 41 is not limited to cloth and may be made of any material such as vinyl or plastic as long as it covers the skull member 2. The eyebrow member 42, the nose member 44, the ear member 43, the mouth member, the eye member, and the like may be any members as long as these positions can be grasped.

  Further, for example, a photograph of an actual face may be projected on the surface of the skin member 41 by some method such as a projector.

  As described above, in the present embodiment, the human body model 1 can be adjusted in size at various locations so as to be adapted to various sizes of the human body skull and its surroundings. Specifically, the human body model 1 has the face 20 including not only the size of the entire skull member 2, that is, the head 10 including the portion covered with the wig, but also the portion exposed from the wig in a state where the wig is worn. You can also adjust the size.

  In the present embodiment, the head 10 and the face 20 are each divided into a plurality of parts. Each person has a different size and shape of the head and a size and shape of the face. By dividing the head 10 and the face 20 into a plurality of parts in this way, one human body model 1 is used. It becomes possible to adjust the size and shape of the head and face of more people. In this embodiment, each of these parts is attached to the neck portion 31 so that the attachment position can be moved. Moreover, the size of the head 10 and the face 20 can be easily adjusted by such a configuration.

  Specifically, the head 10 is divided into a front part 11 and a back part 12 in the front and rear, and the front part 11 is front and left and right parts 11a and 11b on the left and right, and the back part 12 is the front and back on the left and right. The left and right parts 12a and 12b are respectively divided. And it attaches to the neck part 31 so that the attachment position of each of these parts can be moved. Thereby, the depth adjustment of the front and back of the whole head 10 and the size adjustment of the width of right and left can be performed.

  In addition, the upper left face part 21a and the lower left face part 22a are movably connected to the frontal left part 11a, and the upper right part 21b and the lower right face part 22b are movably connected to the frontal right part 11b. ing. In this way, each part of the face 20 is attached to the neck 31 so as to be movable via each part of the frontal head 11, so that the wig can be removed from the wig based on the size of the head 10 for wearing the wig. Sizes such as the left and right widths and the vertical lengths of the exposed face 20 can also be adjusted. By doing in this way, the size adjustment of the face part 20 can be simplified. In addition, since the vertical height and the horizontal width of the face portion 20 can be adjusted, it is easy to imagine the atmosphere around the face when the wig is attached to the human body whose size is measured.

  Furthermore, the human body model 1 can also adjust the length of the neck part 31 according to the size of a human body. Thereby, about the wig with which the human body model 1 was mounted | worn, it becomes easy to image the relative length of the hair part at the time of mounting | wearing the human body which measured the size.

  Further, the skin member 41 and each part of the face can be mounted at appropriate positions of the face part 20. Thereby, in the human body model 1, it becomes easy to imagine the atmosphere of the bangs of the human body whose size is measured.

  In the present embodiment, the rear attachment hole 33 and the front attachment hole 34 to which the parts of the head 10 are attached are holes that are penetrated in the left-right direction. However, it may be a configuration in which the front and rear length of the head 10 can be adjusted, and may be a continuous hole extending in the front-rear direction, for example.

  Further, in the present embodiment, the neck portion 31 and the shoulder portion 32 are configured as separate members as the support member 3, but the present invention is not limited to this. For example, the shoulder portion and the neck portion may be integrally formed.

<Manufacturing method of wig using human body model>

  Next, the manufacturing method of the wig W using the human body model 1 is demonstrated. In this embodiment, the steps after the step of binding the hair part to the wig base will be described. About the binding process of the hair part to a wig base, a manufacturer may perform and the wig base by which hair was previously bound may be utilized. In addition, it is desirable to use a wig base to which hair having a length long enough to form a finished hairstyle can be formed by adjusting and processing cuts and perms. In the following, a manufacturing method using a wig base (hereinafter simply referred to as a base) B in a state where the hair portion is bound will be described.

  In the following description, the base B is assumed to be prepared in a plurality of sizes based on the head circumference, and the user who purchases the wig W is usually in a place (remote location) different from the manufacturer of the wig W. Shall.

  The user measures the size around the head and the size around the face, and the measured size and the hairstyle (image clipping of a magazine or hair catalog model, hereinafter referred to as a user image) P To the manufacturer. Specifically, for example, it is desirable to measure the size at 10 locations described in FIG. At this time, for example, the vertical length from the top of the head to the lower jaw (1) the front-to-back length from the eyebrow to the back of the head (3), the left and right width of the forehead (8), the width between the left and right temples (9), For the width (10) between the left and right error, a dedicated measuring tool may be used in order to perform accurate measurement by one person. As an example, as shown in FIG. 8, the user may perform measurement using a dedicated caliper 50.

  Further, the user selects the size of the base B. Note that the size of the base B may be selected by the manufacturer based on the size (2) of the head circumference, regardless of the user's selection. At this time, the user may select a favorite hair quality or hair color.

  The manufacturer receives information from the user, such as the size of the user's head and face, the size of the base B, the desired hair quality, and hair color. Based on the size of the head circumference (or the size of the base B selected by the user), the hair quality, the hair color, the user image P, and the like, the optimum size, hair quality, and hair color base B are determined.

  The manufacturer adjusts the size of the human body model 1 such as the left and right widths, the front and rear depths, and the top and bottom heights based on the sizes around the user's head and face. Specifically, for example, the manufacturer performs the following steps.

  For example, the manufacturer adjusts the left and right widths and the front and rear depths of the head 10. At this time, for example, a size such as the left and right width (8) of the forehead and the length (3) of the front and rear from the eyebrows to the back of the head is used.

  The manufacturer also adjusts the vertical height and the horizontal width of the face 20, for example. In this case, for example, the vertical length from the top of the head to the submandibular region (1), the vertical length from the nose to the submandibular region (6), the width between the left and right temples (9), A size such as width (10) is used.

  The manufacturer adjusts the length of the neck portion 31 by using a size such as a vertical length (7) from the lower jaw to the center of the clavicle, for example.

  Next, the manufacturer attaches each part of the face (for example, skin, eyebrows, nose, ears, etc.) to the face 20. Specifically, the manufacturer first attaches a skin member 41 to the face 20 as shown in FIG. Next, the manufacturer wears the eyebrow member 42 based on, for example, the vertical length (5) from the space between the eyebrows to the lower jaw. In addition, the manufacturer wears the nose member 44 based on, for example, the vertical length (6) from the lower nose to the lower chin. The manufacturer may wear the ear member 43, a mouth member, an eye member (not shown), or the like. Thus, the size adjustment of the human body model 1 is completed.

  The manufacturer adjusts and processes the wig W. FIG. 11 is a diagram for explaining the steps for adjusting and processing the wig.

  Specifically, the manufacturer attaches the base B to the head 10 of the adjusted human body model 1. At this time, the manufacturer may adjust the mounting position of the base B based on, for example, the vertical length (4) from the hairline to the eyebrows, the length (2) from the crown to the hairline, and the like.

  Next, the manufacturer performs a treatment such as cut or perm on the hair portion of the base B attached to the human body model 1 according to the user image P, for example.

  As described above, according to the manufacturing method of the wig using the human body model 1 according to the present embodiment, the manufacturer does not wear the wig directly on the user, and the user can use the wig based on the information sent from the user. You can manufacture wigs that match the hairstyle you want to image. In particular, since it is possible to adjust not only the size of the head 10 on which the wig is mounted, but also the portion including the face 20, it is possible to provide a hairstyle wig that matches the user's unique image. Moreover, since the size of each part can be adjusted, the human body model 1 can be applied to a plurality of users having different sizes around the head and around the face. For this reason, since it is not necessary for the manufacturer to prepare a plurality of human models 1 having different sizes, the cost of the wig can be reduced.

  With the manufacturing method described above, the manufacturer can manufacture a wig that matches the user's image without being directly attached to the user. Specifically, the manufacturer can manufacture a wig according to the size around the head and face around the user at a remote location. Moreover, it can be manufactured more easily and at a lower cost than a full-order wig.

  Moreover, from the user's side, it is possible to purchase a wig according to his / her own image at a low cost without going to the manufacturer.

  This embodiment is as described above, but this is only one embodiment of the present invention. Therefore, as long as it is the manufacturing method of the human body model and wig as described in the claim of this application, what kind of aspect may be sufficient regardless of said Example.

  For example, any method may be used for dividing and dividing the first part and the second part (and each part) of the skull member of the human body model. Specifically, in the above embodiment, the skull member 2 is divided into two parts, the head part 10 and the face part 20, but these may be divided into three or more parts. Moreover, in the said Example, although the head 10 was divided into 2 parts of the frontal head 11 and the back of the head 12, and these frontal head 11 and the back of the head 12 were further divided into 2 right and left, all of these are good also as 3 or more divisions. . Also, the face 20 is divided into four parts in the vertical and horizontal directions, but may be divided in any way.

  Moreover, although the material of each part (each part) of the human body model 1 is not mentioned, any material may be used as long as it can be a model. For example, plastic, wood, metal, or the like may be used.

  In this embodiment, the head 10 and the face 20 can be adjusted in size by dividing them into further parts. However, each of the first part and the second part of the skull member may be formed of one part as long as the size can be adjusted. For example, each of the first part and the second part is formed of a material that can expand and contract, such as rubber, and the size is adjusted by adjusting the amount of air, water, or the like filled in each part. You may do it.

  Further, in the present embodiment, the manufacturer performs each step of adjusting the size of the human body model 1 such as the left and right width, the front and rear depth, and the vertical height based on the sizes of the user's head and face. . However, the order of the steps may be any.

In this embodiment, the manufacturer manufactures the wig. However, the present invention is not limited to this. For example, a computer system or the like may be used. For example, the attachment position of each part of the human body model 1 may be automatically calculated and transmitted to the manufacturer. Furthermore, each part of the human body model 1 may be configured to automatically move, and each part may be automatically attached (moved) to the calculated attachment position.

1: human model, 2: skull member, 3: support member, 10: head, 11: frontal part, 11a frontal left part, 11b: frontal right part, 12a: occipital left part, 12b occipital right part, 20: Face part, 21a: Upper left part, 22b: Upper right part, 22a: Lower left part, 22b: Lower right part, 31: Neck part, 32: Shoulder part

Claims (7)

Including a skull member imitating the skull of the human body,
The skull member has a first portion and a second portion;
The first portion includes a portion covered with the wig when the wig is mounted;
The second portion includes a portion exposed from the wig when the wig is mounted,
Each of the first and second parts is divided into a plurality of movable parts,
By adjusting the arrangement of the plurality of parts, the first part and the second part are formed so that the size can be adjusted respectively.
A support member for supporting the skull member;
The first portion includes a plurality of first parts provided movably on the support member;
The second part includes a plurality of second parts provided movably on the support member;
The plurality of first parts includes at least the first part divided into front and rear and left and right, including frontal right parts, frontal left parts, occipital right parts and occipital left parts,
The plurality of second parts includes at least the second part divided into upper and lower parts and left and right parts, upper right part, upper left part, lower right part and lower left part,
The front right part is connected to the upper right part of the face and the lower right part of the face,
The front left part is connected to the upper left part of the face and the lower left part of the face,
The arrangement of the upper right part and the lower right part of the face relative to the front right part, and the arrangement of the upper left part and the lower left part of the front left part relative to the front left part are adjustable. .
The support member includes a neck portion imitating a human body neck,
The human body model according to claim 1 , wherein the neck is formed so that its length can be adjusted.
The human body model according to claim 1 or 2 , wherein an eyebrow part, a nose part, and an ear part are arranged on the skull member so as to be adjustable.
A method of manufacturing a wig,
Using a human body model that includes a skull member simulating the skull of the human body,
The skull member has a first part and a second part, each of which can be adjusted in size,
The first portion includes a portion covered with the wig when the wig is mounted;
The second portion includes a portion exposed from the wig when the wig is mounted,
Adjusting the size of each of the first portion and the second portion based on at least a part of a plurality of measurement values related to a user's skull;
Attaching the wig base with the hair part bound thereto to the first part;
And a step of adjusting and processing the hair according to an image ordered by the user.
The support member includes a neck part that can be adjusted in length, imitating the neck of a human body,
Adjusting the length of the neck based on at least a portion of the plurality of measurements;
The manufacturing method according to claim 4 .
In the skull member, it is possible to adjust and arrange the eyebrows, nose and ears,
Further comprising placing an eyebrow part, a nose part and an ear part based on at least a part of the plurality of measurement values,
The manufacturing method of Claim 4 or 5 .
A system for manufacturing a wig,
Using a human body model that includes a skull member simulating the skull of the human body,
The skull member has a first part and a second part, each of which can be adjusted in size,
The first portion includes a portion covered with the wig when the wig is mounted;
The second portion includes a portion exposed from the wig when the wig is mounted,
Adjusting the size of each of the first portion and the second portion based on at least a part of a plurality of measurement values related to a user's skull;
Attaching the wig base with the hair part bound thereto to the first part;
And a step of adjusting and processing the hair according to an image ordered by the user.