JP3753179B2 - Soft vinyl doll head structure and method for manufacturing the head - Google Patents

Description

  The present invention relates to an improvement in the head structure of a soft vinyl doll.

Recently, with the worldwide figure boom, the demand from 1/6 size (about 28cm) dolls to large size (60cm) is increasing in Japan and other countries around the world.
The concept behind such a 60cm large doll is to increase the size of one-handed dress-up dolls, but it is “light” and “ It is also necessary to meet customer needs such as “moves well”, “does not break even if it falls”, “can be mass-produced”, and “can be bought at a reasonable price”.

Currently, for example, dolls made of white porcelain and clay (fired / non-fired) called “Biscudoll”, and made of hard resin, hard non-foamed urethane resin, FRP, and the like are known.
Such conventional dolls are all made hard, and the part with the undercut cannot be taken out from the mold, so it has been necessary to make a separate molded part and deal with it. As a result, the number of molds increases as the number of parts increases, and the mold cost (mold price) and the molding process (work cost) both increase, resulting in a higher product price than the soft vinyl product. Also, this bisque doll is not something that can be mass-produced.
Also, instead of dolls called bisque dolls, non-foamed urethane resin dolls are generally on the market, but the molding of such a hard material is from injection of the raw material into the mold until it is cured. The molding time and the time for taking out from the mold and molding are time-consuming compared with the soft vinyl product, and as a result, the molding labor is also high. This kind of doll cannot be mass-produced in comparison with soft vinyl products.

  In addition, these hard products are also thicker and the weight is several times heavier than soft vinyl products, which is not only dissatisfied with consumers in terms of handling, but also falls when standing as an indoor ornament. In the case of falling or dropping, there is a very high possibility that the nose, ears, fingers of the hand, etc. will be damaged or missing. Moreover, although the surface of the skin after molding is poor and surface coating is applied, it is difficult to handle due to the difficulty of being easily soiled and difficult to remove.

  Accordingly, the above-described conventional products have various problems such as being easily damaged, easily soiled, heavy in weight, and expensive, and have not been able to meet the needs of consumers.

There are soft vinyl products for 1/6 size dolls (about 28 cm), and if you want to provide this type of large product at low cost, you can make a large doll from soft vinyl.
However, if the doll is erected, the entire weight of the doll will be applied to the torso, the base of the foot, and the ankle when the doll is erected.・ Since it falls, such a large doll (made of soft vinyl) has not been offered to the market until now.
Therefore, the present inventor has previously provided a new and useful soft vinyl doll having a unique skeleton structure in order to meet such consumer needs (see, for example, Patent Document 1).
Japanese Patent Application No. 2003-013775

Furthermore, as the inventor of the present application has provided soft vinyl dolls that have been able to meet such consumer needs, one problem has become apparent.
That is, in the case of such a doll, an eyeball separately formed and decorated with an acrylic material or the like is attached to an eyeball holding portion provided inside the head body. By providing such an eyeball, a more realistic feeling can be given. In addition, consumers often want to change the color of the doll's eyeballs according to their mood and preference, and they also want to provide a doll with a structure that allows easy eyeball replacement.

Some of the above-mentioned bisque dolls and non-foamed urethane resin dolls were equipped with the above-mentioned eyeballs. However, these dolls are hard, so the eyeball exposure holes opened in front of the face with a smaller diameter than the eyeball diameter. And a recess formed in the inner surface of the head main body so as to have a larger diameter than the eyeball in communication with the hole, and an eyeball holding portion is configured through an opening provided in the rear head of the head main body. Then, the concave portion is closed with a separately prepared eyeball fixing member to hold the eyeball.
However, since the eyeball fixing member was separately required as described above, the work for attaching the eyeball fixing member was required, requiring labor, and the processing cost was also high.

  Further, some conventional dolls having the above-described eyeballs have the eyeball holding structure shown in FIG.

In the case of the conventional structure shown in FIG. 15A, an eyeball exposure hole 301 having a diameter smaller than the diameter of the eyeball 400 and opened to the front of the face, and a diameter larger than the eyeball 400 on the inner surface of the head main body in communication with the hole 301. The eyeball holding part 300 is configured with the recessed part 302 formed in the recessed part, and after the eyeball 400 is disposed in the recessed part 302 through the opening provided in the back of the head body, an eyeball fixing member 500 prepared separately is used. The eyeball was pressed and fixed.
However, as described above, after the eyeball 400 is disposed in the concave portion 302 having a diameter larger than that of the eyeball 400, the line-of-sight position of the eyeball 400 is determined, and the eyeball 400 is pressed and fixed from behind by the eyeball fixing member 500. It is difficult to fix the eyeball 400 by the eyeball fixing member 500 in a state where the line-of-sight position of the eyeball 400 once determined is maintained. That is, the eyeball 400 disposed in the recess 302 is easy to roll in the recess 302 having a diameter larger than that of the eyeball 400. Therefore, even if the line-of-sight position of the eyeball 400 is determined, the eyeball is pressed by the eyeball fixing member 500. There is a very high probability that the line-of-sight position will shift when fixed. In this way, if the line of sight of the left and right eyeballs of the doll is directed in different directions, the doll's facial expression is impaired and the commercial value is reduced. The eyeball's line of sight is an important component that affects the doll's facial expression, as if the eye says something like the mouth.
In addition, since the conventional eyeball fixing member 500 is detachably attached to the inner surface of the head body, the eyeball 400 can be replaced by a consumer after purchase. However, it is troublesome that the eyeball fixing member 500 must be removed at the time of eyeball replacement. After the eyeball 400 is replaced and the line-of-sight position is adjusted, the eyeball fixing member 500 is aligned again from the rear of the eyeball 400. 400 had to be fixed so as to press down, which was very troublesome.
Also, as described above, even in the situation where it is difficult for the doll manufacturer to adjust the line of sight of the eyeball, it is very difficult to adjust the line of sight after the replacement even if the consumer can exchange the eyeball individually. In some cases, it is not possible to obtain the gaze position as expected.

Further, as shown in FIG. 15B, after the eyeball 400 is disposed on the eyeball holding unit 600, the periphery of the eyeball holding unit 600 and the eyeball 400 are detachably stopped by the putty 700. There was also a prior art that made it possible to adjust the line-of-sight position.
However, with this method, the putty 700 is removed and the position of the eyeball 400 is adjusted one by one at the time of line-of-sight adjustment of the eyeball 400 or when the eyeball 400 is exchanged, and then fixed again using the putty 700 again. It was necessary to attach and detach the putty 700. Further, even with this type of structure, the eyeball 400 at a predetermined line-of-sight position may be displaced when it is fixed with the putty 700, and the customer's needs are the same as in the conventional technique of FIG. It was difficult to respond to.

Further, as shown in FIG. 15C, the soft vinyl product by slush molding has an eyeball holding portion 900 communicating with the eyeball exposure hole 800 opened in the front of the face in a bag shape in the head. Also known is an assembly in which the eyeball 400 is inserted into the eyeball holding unit 900 from the front of the face through the eyeball exposure hole 800.
However, in such a conventional product, after the eyeball 400 is incorporated into the eyeball holding unit 900, there is neither a concept nor a structure for operating the eyeball 400. It was not possible to adjust the line-of-sight position freely.
In addition, since the eyeball 400 is inserted from the front of the face through the eyeball exposure hole 800, the eyelashes could not be attached to the eyeball exposure hole 800. That is, since the eyelashes are attached to the edge near the eyeball exposure hole 800 of the eyeball holding part 900 instead of the outside of the eyeball exposure hole 800 in order to obtain more reality, the eyeball 400 is inserted. Later, it was impossible or impossible to attach eyelashes.
In addition, if it is going to insert the eyeball 400 after attaching eyelashes first, the eyelash 400 becomes obstructive and the eyeball 400 cannot be inserted. There is a very high probability of damaging the eyelashes when trying to force it into place.
Recently, there is a strong demand for fashionable dolls with long eyelashes and eyelash color changes, but the conventional products mentioned above cannot be used for operations such as changing eyelashes. Can not meet the needs of the elderly.

  The present invention has been made in view of the above-described problems of the prior art, and an object of the present invention is to provide a soft vinyl doll head structure that can easily hold an eyeball without lowering the commercial value. That is.

In order to solve the above-mentioned problems, the present invention provides a soft head body formed in a hollow interior with a thermoplastic resin, and an eyeball exposure hole provided in the front face of the head body. An eyeball holding portion that is integrally projected with the same material as the head body inside the head body continuously with the eyeball exposure hole, and an operation opening provided in a occipital region in the head body, The lid is configured to be detachably attached to the opening, and an eyeball that is fitted into the eyeball holding portion and is slidably held in sliding contact with the inner periphery of the holding portion. The eyeball holding portion includes the eyeball. than the eye on the bottom exposed bore facing provided small ocular insertion hole, wherein the eye provided with eyeball floating operation unit, the eyeball floating operation portion protrudes into the head body through the eye insertion hole, The eyeball holder is a maximum of a smaller diameter than the maximum outer diameter of the eyeball. When the eyeball is inserted into the eyeball holding portion by expanding the eyeball insertion hole formed in an inner hollow substantially spherical shape having a diameter and having a smaller diameter than the eyeball, the eyeball contracts after the insertion and slides the eyeball possible and a head was structured soft vinyl doll characterized that you can be held at any position.

As a means of providing the head structure, heat by the thermoplastic resin, disposed than the diameter of the target ocular allowed opened eye exposure hole to a small diameter to a front face Rutotomoni, diameter of the largest inner diameter than the maximum diameter of the distribution設眼sphere Forming an internal hollow head body having an internal hollow eyeball holding portion integrally projecting in a substantially spherical shape inward and having an operation opening in an arbitrary region on the back of the head; A step of forming an eyeball insertion hole in a region having a diameter smaller than the diameter of the target eyeball at a bottom portion of the eyeball holding part facing the eyeball exposure hole, and heating at least the periphery of the eyeball insertion hole to expand the hole. And opening an eyeball provided with an eyeball movement operation part, and after the eyeball insertion, the hole contracts to hold the eyeball holding part slidable and held at an arbitrary position . Work to fit and arrange in a hollow position When was the manufacturing method comprising the step of disposing a removably lid in operation opening of the occipital region side. Moreover, the said subject was also solved by the head structure manufactured by such a manufacturing method.

According to the above-described structure, since it is made of soft vinyl, the processing cost is low and the product price can be set low.
Further, according to the present invention, the lid provided on the back of the head body is removed, and the eyeball insertion hole of the eyeball holding part is expanded to insert the eyeball. The eyeball insertion hole expands when the eyeball is inserted, and after the eyeball is accommodated in the eyeball holder, it returns to the original opening diameter again, and the opening diameter is smaller than the diameter of the eyeball. There is no inconvenience of falling out of the hole. Then, the operation opening at the back of the head can be closed again with the lid.

Also, some customers may want to change the doll's line of sight according to their preference. In such a case, the doll's line of sight is removed by removing the lid on the back of the head and picking the eyeball movement operation part protruding through the eyeball insertion hole from the eyeball housed in the eyeball holding part and moving it up and down and left and right. Can be set to the desired line of sight. Then, after setting, the back of the head can be closed again with the lid. According to the present invention, the eyeball is slidably held on the inner periphery, and the eyeball holding portion is formed in a bag shape having an eyeball exposure hole and an eyeball insertion hole having a smaller diameter than the diameter of the eyeball. The eyeball inserted and held in the eyeball holding part is held in close contact with the contraction force of the holding part that contracts after the eyeball is inserted. Therefore, it does not prevent the eyeball from falling off by fixing the eyeball fixing member with an adhesive or the like as in the prior art. Of course, the eyeball does not fall out of the eyeball holding portion without any additional fixing member. When adjusting the line of sight by moving the eyeball up, down, left, and right, the eyeball can be easily and reliably held at an arbitrary position by the frictional force between the outer periphery of the eyeball and the inner periphery of the holding portion.
That is, the eye line of sight is a very important facial expression component even in a doll, as if the eye says something like the mouth. According to the present invention, as described above, the operation of the eye movement control unit is performed. Can easily change expression of facial expressions such as "upper eye use", "blind eye use", "horizontal eye use", etc., so that a doll that can enjoy various expression expressions can be provided.
In addition, although it is thought that the cover part with which a head main body is provided is seen from the outside, it does not pose a problem and it does not violate a consumer's needs by putting a wig on the head of a doll.

Therefore, according to the present invention, since a separate member is not required for attaching the eyeball, there is no work effort, there is no trouble when fixing the eyeball, the number of parts is small, and the processing and assembly costs are kept low. it can.
Further, according to the present invention, the eyelashes may be attached via an adhesive before the eyeball is attached, and then the eyeball may be inserted through the eyeball insertion hole. Since it has such an action, the exchange of eyeballs and the exchange of eyelashes can be easily performed.

Note that the above-described head structure may be employed for the following soft vinyl doll head structure, for example.
That is, left and right leg skeletons, a lumbar skeleton connected to the left and right leg skeletons, a torso skeleton connected to the lumbar skeleton, and left and right arm skeletons connected to the torso skeleton, A series of doll skeleton groups composed of a neck skeleton detachably provided on the side facing the lumbar skeleton connecting portion of the torso skeleton, leg skins provided on the outer circumferences of the respective skeletons, and lumbar skins, Consists of a soft vinyl doll skin group consisting of a torso skin, an arm skin, and a head skin, and the left and right leg skeletons are foot portions to which the opening edges of the foot skin are fitted An ankle part having an outer skin fitting part, a lower leg outer subcutaneous edge fitting part to which a lower end opening edge of the lower leg skin is fitted, and a structure capable of rotating at a connecting part between the two, and an upper end of the lower leg skin A lower leg outer skin upper end fitting portion to which the opening edge is fitted, and an upper leg outer subcutaneous end fitting portion to which the lower leg opening edge of the upper leg outer skin is fitted. The knee part having a structure that can be rotated at the connecting part between the two parts and the lower leg outer skin end fitting part of the ankle part and the lower leg outer skin upper end fitting part of the ankle part are detachably spanned. A leg base having a timber reinforcing connecting rod, an upper leg outer skin upper end fitting portion into which an upper end opening edge of the upper leg outer skin is fitted, and a lumbar skeleton connecting portion connecting the leg base side connecting portion of the lumbar skeleton. And an upper leg outer skin upper end fitting portion of the leg base portion and a knee upper upper leg outer skin subcutaneous fitting portion, and a thigh reinforcing connecting heel that is detachably spanned, And at least a leg base side connecting part that is pivotally connected to the lumbar skeleton connecting part of the left and right leg base parts, and a trunk lower end skeleton connecting part that is connected to the lower end side of the trunk skeleton, The torso skeleton is composed of at least a lumbar skeleton connecting portion connected to the upper end side of the lumbar skeleton, left and right arm skeletons, and a husband. The left and right arm skeletons include at least a torso upper skeleton linking portion connected to the arm skeleton linking portion of the torso skeleton and an upper end opening of the upper arm skin. A shoulder portion provided with an upper arm outer skin upper end fitting portion to which the edge is fitted, an upper arm outer subcutaneous end fitting portion to which the lower arm opening edge of the upper arm outer skin is fitted, and an upper end opening edge of the lower arm outer skin are fitted. Lower arm outer skin upper end fitting portion, and an elbow portion having a structure that can be rotated at the connecting portion between them, and a lower arm outer skin subcutaneous end fitting portion to which the lower end opening edge of the lower arm outer skin is fitted And a wrist part having a hand part skin fitting part to which an opening edge of the hand part skin is fitted, and a wrist part having a structure that can be rotated at the connecting part between the two parts. A lumbar bone of the trunk skeleton, which is composed of a neck outer skin insertion portion into which an opening of the neck outer skin is inserted and a head outer skin insertion portion into which an opening edge of the head outer skin is inserted. The head outer skin fitting part is detachably provided on the side facing the case coupling part, and is located at the upper end of the neck outer skin insertion part and is swingable in the vertical direction, and is always attached to the neck outer skin. The left and right leg skins are composed of a foot skin, a lower leg skin, and an upper leg skin, and the foot skins are fitted to the foot skins of the ankles. The opening edge to be worn is formed in a hollow foot shape projecting radially inwardly of the opening provided at the upper end, and the lower leg skin is an opening to be fitted into the lower leg outer subcutaneous end fitting part of the ankle part. The edge is projected inward in the radial direction of the opening provided at the lower end, and the opening edge fitted to the upper leg fitting portion of the lower leg outer skin of the knee is projected inward in the radial direction of the opening provided at the upper end. It is formed in the whole hollow cylindrical shape, and extends across the lower leg outer skin end fitting part of the ankle part and the lower leg outer skin upper edge fitting part of the knee part. It is equipped with a timber reinforcement connecting rod to be handed over, and the upper leg skin protrudes inward in the radial direction of the opening provided at the lower end, with the opening edge fitted to the upper leg outer subcutaneous end fitting part of the above knee In addition, an opening edge to be fitted to the upper leg skin upper end fitting portion of the leg base portion is formed in an overall hollow cylindrical shape projecting radially inward of the opening provided at the upper end, and the knee portion The upper leg outer skin has a thigh reinforcement connecting heel spanned between the outer leg outer skin end fitting part and the leg base upper leg outer skin upper part fitting part. It has an opening for inserting the subcutaneous outer end of the torso, and is formed into a hollow lumbar shape with a connecting space connecting the left and right leg bases at the crotch position. And an opening for inserting the neck outer skin insertion part of the neck skeleton at the upper end, and both shoulder positions Is formed in an overall hollow body shape having a connecting space for connecting the left and right arm skeletons, and the left and right arm skins are an upper arm skin, a lower arm skin, and a hand provided to cover the left and right arm skeletons. The upper arm outer skin projects an opening edge to be fitted to the upper arm outer skin upper end fitting portion of the shoulder portion inwardly in the radial direction of the opening provided at the upper end, and the upper arm of the elbow portion. An opening edge to be fitted to the outer skin end fitting portion is formed in an overall hollow cylindrical shape by projecting in the radial direction of the opening provided at the lower end, and the lower arm outer skin is fitted to the lower arm outer skin upper end fitting of the elbow portion. An opening edge to be fitted to the wearing portion protrudes radially inward of the opening provided at the upper end, and an opening edge to be fitted to the lower arm outer subcutaneous end fitting portion is provided at the lower end. The hand outer skin is formed by projecting in the radial direction of the opening, and the hand outer skin has an opening edge to be fitted to the wrist outer skin fitting portion of the wrist portion. A soft vinyl movable doll which is formed into a whole hollow hand shape with an opening edge that fits into a head skin fitting portion of the neck skeleton. .

INDUSTRIAL APPLICABILITY The present invention can provide a soft vinyl doll head structure with a simple structure that can reliably hold and replace the eyeball and has improved commercial value.
In addition, according to the present invention, the eyeball position can be moved up and down and left and right by grasping the eyeball movement operation unit, so that the consumer can select any line-of-sight position and can fully meet the needs of the consumer.
Moreover, according to this invention, the effect that the reliable attachment and replacement | exchange of eyelashes can be performed easily and without damaging an eyelash with the above-mentioned effect is acquired.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
In addition, this embodiment is only one embodiment of the present invention, and is not construed as being limited to this, and can be appropriately modified within the scope of the present invention. Further, the present invention is characterized by the head structure of the doll, and other doll structures such as the body part (including the neck part), the leg part, the arm part, etc. are particularly limited and interpreted. It is not a thing. Further, in this embodiment, a doll that replicates a person will be described as a representative example, but any doll having various appearance shapes such as a robot type and a monster type can be used as long as it has a desired eyeball portion.

  As shown in FIG. 1, the soft vinyl large doll head structure of the present invention has a soft head body (also referred to as a head skin) K, an eyeball holding portion K1, an operation opening K2, and a lid. K3 and the eyeball K4.

The soft head body K is integrally formed into an internal hollow shape by an arbitrary thermoplastic resin, for example, by rotational molding or slush molding. The face shape and ear shape formed on the head main body K are not limited to the illustrated shapes.
Although not shown in the first embodiment, the head body K is provided with an opening edge for fitting and holding the neck skeleton.

The eyeball holding portion K1 protrudes in a bag shape (spherical) toward the inside of the head body K with the same material as the head body K when the head body K is molded. An eyeball exposure hole K11 having a smaller diameter than the eyeball K4 is opened in front of the face. The eyeball holding part K1 only needs to be able to accommodate the eyeball K4 to be arranged in close contact with the inner periphery of the holding part, and the inner diameter of the holding part K1 is slightly smaller than the diameter R1 of the eyeball K4 to be arranged. The diameter may be small or the same. Further, the shape of the eyeball exposure hole K11 is not particularly limited, and a desired shape such as a round shape, a cut long shape, a droop shape, or a suspended shape can be selected as appropriate within the scope of the present invention.
Further, in this embodiment, the eyelashes K5 are provided on the inner surface of the eyeball holder K1 near the eyeball exposure hole K11 by fixing the base end side of the eyelashes K5 with an adhesive or an adhesive.
The eyelashes K5 can be provided with both upper and lower sides or only one, or can be changed in color and form according to the embodiment. Also, a form without eyelashes is within the scope of the present invention.

An eyeball insertion hole K12 having a smaller diameter than the eyeball K4 is provided at the bottom of the eyeball holding part K1 facing the eyeball exposure hole K11. That is, when the diameter of the eyeball K4 is R1, and the diameter of the eyeball insertion hole K12 is R2, it is necessary to satisfy the relationship of R1> R2 (see FIG. 2C).
The eyeball insertion hole K12 is formed in a circular shape having a desired diameter by cutting off a desired bottom region of the eyeball holding portion K1 after the head body K is formed. The eyeball insertion hole K12 is not limited to a circular shape as in the present embodiment, and has an opening diameter into which the eyeball K4 can be inserted, and after the eyeball K4 is accommodated in the eyeball holding portion K1, an external pressure is applied. Any shape may be used as long as the eyeball K4 does not easily fall out in the absence. In this embodiment, the eyeball insertion hole K12 is cut and formed after the head main body K is formed. However, the present invention is not limited to this, and is formed at the same time as the head main body K is formed. The design can be changed within the scope of the present invention.
Further, in this embodiment, the state in which the eyeball K4 protrudes slightly from the eyeball exposure hole K11 to the front of the face is illustrated, but the eyeball K4 is positioned inward from the edge K111 of the eyeball exposure hole K11. For example, a design change can be made as appropriate within the scope of the present invention, such as an eyeball pressing portion (not shown) provided inward of the edge K111 (for example, a back-eye shape).

The operation opening K2 is provided in a substantially circular shape by selecting a desired region of the back of the head in the head body K. In the present embodiment, the eyeball is opened in a circular shape with substantially the same diameter as the eyeball K4 on the same plane as the eyeball insertion hole K12. In the illustrated example, it is formed with the above-mentioned diameter, but from the viewpoint of ease of use, it is preferably formed with a large diameter, and at least the eyeball provided in the eyeball K4 with the user's finger inserted. It is formed by selecting an opening diameter that can be manipulated by grasping the floating operation portion K42.
The operation opening K2 may be formed when the head body K is molded, or may be one that penetrates into a desired shape after the head body K is molded.

  The lid K3 is detachably sealed and attached to the operation opening K2 formed in the back of the head body K. In this embodiment, the lid K3 is formed in a circular shape that matches the shape of the operation opening K2. Has been. In the illustrated example, the fitting shape is omitted, but it is preferable that the lid K3 and the operation opening K2 have an arbitrary fitting shape so that the lid K3 is not easily detached. In addition, as long as the shape of the cover part K3 corresponds to the shape of the operation opening part K2, and is comprised so that attachment or detachment is possible, arbitrary shapes can be selected within the scope of the present invention.

  The eyeball K4 expands the eyeball insertion hole K12 and is inserted into the eyeball holding portion K1 so as to be slidably accommodated up and down and left and right. The eyeball body K41 and the rear surface of the eyeball body K41 are integrally formed. It is comprised with the provided eyeball movement operation part K42.

In this embodiment, the eyeball K4 is formed in a spherical shape, but has a curved portion on the front of the eyeball provided with the pupil portion K43, and can be held without dropping by the eyeball holding portion K1. If so, the shape is not particularly limited.
In the present embodiment, the eyeball holding portion K1 having a spherical inner surface has a spherical outer surface that matches the spherical inner surface, and accommodates the eyeball K4 having a slightly larger diameter than the inner diameter of the spherical inner surface in a sliding manner. It is configured. That is, according to the present embodiment, the eyeball K4 slides up and down and to the left and right while sliding on the inner surface of the eyeball holder K1, but the eyeball K4 has an arbitrary position due to the frictional resistance with the soft resin constituting the eyeball holder K1. Can stop movement. Therefore, it is possible to position the eyeball K4 at a position desired by the consumer, and a desired line of sight can be easily obtained and maintained.

  The eyeball movement operation unit K42 is provided so as to protrude from the rear surface of the eyeball main body K41 in a bowl shape having a desired length, and is provided in a protrusion shape in the head main body K through the eyeball insertion hole K12. The operation portion K42 is formed in a bowl shape in this embodiment, but may be any shape that can be easily picked when the consumer moves the eyeball K4 and adjusts the line-of-sight position. Well not limited.

  In the head structure formed according to the present embodiment, the contour shape of the lid K3 appears in the back of the head, but this contour shape can be hidden by, for example, the hair implanted in the head, so there is no visual hindrance. Absent. In addition, some dolls use wigs, for example, dolls that change wigs of various styles and hair dyes according to preference, and in such dolls the lid contour shape is hidden by the wig, so There is no problem at all as well.

  Next, as a means for providing the head structure, the following manufacturing method is given as an example, and will be described with reference to FIG.

"First step (Fig. 2 (a))"
First, an eyeball holding portion K1 having an eyeball exposure hole K11 having an opening smaller than the diameter R1 of the target target eyeball K4 by an arbitrary thermoplastic resin, for example, by rotational molding or slush molding is formed inward. An inner hollow head body K that projects in a bag-like shape and opens an arbitrary area on the back of the head is integrally formed. Various conditions such as material, rotation time, and rotation speed at this time are appropriately changed according to specifications.

"Second step (Fig. 2 (b))"
Next, in the spherical eyeball holding part K1 formed inside the head main body K formed in the first step, the bottom part facing the eyeball exposure hole K11 has a smaller diameter than the diameter of the arrangement target eyeball K4. A cut-out eyeball insertion hole K12 is formed in an appropriate area. The cutting method and jig are not limited.

"Third step (Fig. 2 (c))"
Next, at least the periphery of the eyeball insertion hole K12 is heated via a desired heating means, and the eyeball K4 is pushed in while the heated eyeball insertion hole K12 is expanded, and the eyeball movement operation unit K42 is moved to the head. The unit body K is fitted and accommodated in a state of being positioned in the hollow interior. The heating time depends on the material and other factors and is arbitrary. That is, since it is made of a thermoplastic resin, the eyeball insertion hole K12 having a small diameter R2 extends and expands to some extent by applying an external pressure that pushes the eyeball K4 having a large diameter R1, and thus has a diameter larger than the eyeball diameter R1. When the eyeball K4 is expanded, the eyeball K4 is fitted and accommodated in the eyeball holding portion K1. Further, since the insertion hole K12 returns to the original diameter again after cooling, it holds the eyeball K4 so as to wrap from behind.
In the third step (FIG. 2 (c)), before the insertion of the eyeball K4, the proximal end side of the eyelashes K5 is adhered to the inner surface of the eyeball holding portion K1 near the eyeball exposure hole K11 with an adhesive or an adhesive. It can be fixed and provided with eyelashes K5.

"Fourth process (Fig. 2 (d))"
Finally, a lid K3 is detachably disposed in the operation opening K2 on the occipital side. The lid K3 is not easily removed.

  Moreover, the subject which this invention tends to solve can be solved also by the head structure manufactured by manufacturing methods other than such a manufacturing method.

According to the head structure formed by the above-described structure, first, the lid K3 provided on the back of the head body K is removed, and the vicinity of the eyeball insertion hole K12 of the eyeball holding part K1 is heated to thereby insert the insertion hole K12. Can be expanded to insert the eyeball K4, or the already stored eyeball K4 can be extracted and another eyeball K4 can be inserted. The eyeball insertion hole K12 expands when the eyeball K4 is inserted, and after the eyeball K4 is accommodated in the eyeball holder K1, it cools again and returns to the original opening diameter R2, and the opening diameter R2 is larger than the diameter R1 of the eyeball K4. Because of the small diameter, there is no inconvenience that the eyeball K4 falls out of the insertion hole K12. Then, the operation opening K2 at the back of the head is then closed again by the lid K3. Also, some customers may want to change the doll's line of sight according to their preference. In such a case, the lid K3 on the back of the head is removed, and the eyeball movement operation part K42 protruding through the eyeball insertion hole K12 is picked from the eyeball K4 accommodated in the eyeball holding part K1 and moved up, down, left and right. Thus, the line of sight of the doll can be set to a preferred line of sight. Then, after the setting, the back of the head can be closed again with the lid K3.
That is, according to the present embodiment, the eyeball K4 is slidably held on the inner periphery, and the eyeball holding part is provided in a bag shape having the eyeball exposure hole K11 and the eyeball insertion hole K12 having a smaller diameter than the diameter R1 of the eyeball K4. Since K1 is formed, the eyeball K4 fitted and held in the eyeball holding portion K1 is held in close contact by the contraction force of the holding portion K1 that shrinks after the eyeball is inserted. Therefore, the eyeball fixing member or the like is not fixed with an adhesive or the like to prevent the eyeball from falling off as in the prior art. Of course, the eyeball K4 does not fall out of the eyeball holding portion K1 even if a separate fixing member is not required. In addition, when adjusting the line of sight by moving the eyeball K4 up and down, left and right, the eyeball can be easily and reliably held at an arbitrary position by the frictional force between the outer periphery of the eyeball and the inner periphery of the holding portion.

The second embodiment shows an example in which the head structure described in the first embodiment is adopted as the head structure of a soft vinyl large doll whose entire structure is shown in FIGS. As the head structure, the description of the first embodiment is used and the description thereof is omitted, and the entire structure of the doll of the second embodiment is described here. In the second embodiment, the head skin K refers to a portion constituting the head structure excluding the eyeball.
The drawing shows an example of a skeleton structure of a soft vinyl large-sized movable doll and a soft vinyl large-sized movable doll having the skeleton structure.
A soft vinyl large movable doll is composed of a doll skeleton group composed of a set of a plurality of skeletons, and a doll skin group provided on the outer periphery of each skeleton.

  The doll skeleton group includes left and right leg skeletons A, a lumbar skeleton B connected to the left and right leg skeletons A, a torso skeleton C connected to the lumbar skeleton B, and a torso skeleton C. The left and right arm skeletons D and the neck skeleton E are a series of skeleton groups in which the left and right leg skeletons A to the left and right arm skeletons D and the neck skeleton E are integrally connected. The material of each of the skeletons A to E is arbitrarily selected, such as ABS resin, other resin, or metal.

  The left and right leg skeletons A include an ankle portion 1, a knee portion 15, a reinforcing connection rod 29 for a shin provided between the ankle portion 1 and the knee portion 15, a leg base portion 31, and the leg base portion. 31 and a thigh reinforcing connecting bar 42 provided between the knee portion 15 and the knee portion 15.

  As shown in FIGS. 5 (a) and 5 (b), the ankle portion 1 is fitted with a leg outer skin fitting portion 2 to which an opening edge 98 of the foot outer skin F1 is fitted, and a lower end opening edge 100 of the lower leg outer skin F2. A lower leg outer skin end fitting portion 7 to be worn, a structure that can be rotated by a connecting portion between the two legs 2, 7, and a foot outer skin fitting portion 2 on the bottom surface of the foot outer skin fitting portion 2. A foot sole portion 129 is integrally provided in F1 and extends in the fingertip direction in the foot outer skin F1.

More specifically, based on the present embodiment shown in FIGS. 5A and 5B, the foot outer skin fitting portion 2 includes a cylindrical fitting portion 3 to be inserted into the foot outer skin F1, and the fitting. It is composed of a dome-shaped connecting portion 5 that is integrally provided via a concave groove 4 that is continuously provided in the circumferential direction on the portion 3, and a connection notch is formed inward from the upper end of the connecting portion 5. A groove 6 is formed.
The concave groove 4 of the foot outer skin fitting portion 2 functions as a fitting concave portion into which the opening edge 98 of the foot outer skin F1 is fitted.

On the other hand, the lower leg outer subcutaneous end fitting portion 7 is composed of a hollow cylindrical connecting tube portion 8 having one end opened to be inserted into the lower leg outer skin F2, and a connecting piece 9 provided at the other end of the tube portion 8. Has been. The cylindrical portion 8 is provided with a fitting hole 11 for fitting a timber reinforcing connecting rod 29 described later through one end opening 10.
Then, the connecting piece 9 of the lower leg outer skin end fitting portion 7 is inserted into the connecting notch groove 6 of the foot outer skin fitting portion 2, and the both fitting portions 2, 7 are turned through the screws 12. It is movably connected and integrated.
A circumferential heel part 13 projecting in the radial direction is formed at the end of the connecting cylinder part 8 of the lower leg outer subcutaneous end fitting part 7, and the heel part 13 and the foot outer skin fitting part 2 are connected to each other. The circumferential recessed part 14 formed between the part 5 acts as a fitting recessed part into which the lower end opening edge 100 of the lower leg outer skin F2 is fitted.

The sole portion 129 is formed in a flat plate shape with a desired material such as metal or resin, and is integrally provided on the bottom surface of the foot portion outer skin fitting portion 2 via a screw 130 or the like. By providing the sole 129 in this way, the strength of the foot skin F1 is increased. That is, for example, even when the lower leg outer subcutaneous end fitting portion 7 side is rotated forward (in the arrow x direction in FIG. 5A) at the connecting portion of the ankle portion 1, the sole portion 129 supports the weight of the entire doll. At the same time, since the shape of the foot portion is maintained, there is no fear that the foot skin is broken and the entire doll falls down.
The sole 129 has a shape (width, length, thickness, etc.) that is integrally provided on the bottom surface of the foot outer skin fitting portion 2 and is embedded in the foot outer skin F1. Any configuration that extends in the direction of the fingertip in F1 is acceptable, and the design is not particularly limited and can be changed within the scope of the present invention. Further, in this embodiment, the screw 130 is attached from the back surface of the sole 129 toward the bottom surface of the foot outer skin fitting portion 2 so that the screw 130 cannot be seen from the outside. It is good also as what attaches toward the bottom face of the foot | leg part outer skin fitting part 2 from an outer bottom face.

The fitting portion 3 of the foot outer skin fitting portion 2 is not limited to a cylindrical shape as in the present embodiment, but may be any shape such as a rectangular tube as long as it has a larger diameter than the opening edge 98 of the foot outer skin F1. Moreover, the number of the fitting recesses (concave grooves) 4 may be one or more, and various conditions such as the shape, width, and depth of the recesses are arbitrary, depending on the configuration of the opening edge 98 of the foot skin F1. The design can be changed. The fitting recess (concave groove) 4 may be provided around the outer periphery of the fitting portion 3.
The fitting recess (circumferential recess) 14 to which the lower end opening edge 100 of the lower leg outer skin F2 is fitted is not limited to the structure of the present embodiment, and is provided around the outer periphery of the connecting cylinder portion 8. Also good. Further, one or more may be used, and various conditions such as the shape of the recess, the width, and the depth are arbitrary, and the design can be changed according to the configuration of the lower end opening edge 100 of the lower leg outer skin F2.
Further, the connecting tube portion 8 of the lower leg outer subcutaneous end fitting portion 7 can be a square tube-like fitting portion, and the fitting hole 11 is also provided with the timber reinforcing connecting rod 29 in the fitting hole 11 in this embodiment. Although it is cylindrical so as to be rotatable in the circumferential direction, a desired well-known shape such as a rectangular tube can be appropriately employed when it is desired to make it non-rotatable. Moreover, the hole diameter and depth of the fitting hole 11 are also arbitrary, and it is sufficient that the structure has such a configuration that the timber reinforcing connecting rod 29 can be fitted.

Further, in this embodiment, as shown in FIG. 5C, a configuration in which a magnet 133 is provided between the sole portion 129 and the foot skin F1 is also employed.
In the present embodiment, a magnet arrangement space 129a is formed by recessing the front of the sole portion 129 from the screwing position, and a magnet 133 is fitted and fixed in this space 129a. The magnet 133 is fixed via an adhesive or the like. The magnet arrangement space 129a and the magnet 133 have a fitting structure, and the magnet arrangement space 129a and the magnet 133 have a structure that can be fitted into the magnet arrangement space 129a. If it is a thing etc., it is not necessary to use an adhesive agent. The shape of the magnet 133 is not particularly limited, and is arbitrary, and the shape of the magnet arrangement space 129a only needs to have a space in which the magnet 133 can be arranged, and the design can be changed within the scope of the present invention. The magnet arrangement space 129a can be provided in the shape of a hole or a groove on the back surface of the sole 129.

In the present embodiment, the exposed surface of the magnet 133 and the bottom surface of the sole 129 are configured to be flush with each other, but there is no limitation. Further, if the bottom surface of the foot skin is not extremely convex, it may be configured to protrude from the bottom surface of the sole 129. The number of magnets 133 is not limited to one per leg, and a plurality of magnets 133 can be provided and are within the scope of the present invention.
Thus, since the magnet 133 is disposed between the sole 129 and the foot skin F1, the magnet 133 cannot be seen from the outside, and the aesthetic appearance of the entire doll is not impaired.
According to the present embodiment, even when the doll's knees or the waist is bent, and the customer makes the doll take the desired posture, the iron plate or the like is placed at the installation location (place to decorate the doll), etc. If it is, it is fixed by the magnetic force of the magnet 133 provided on the sole, so that a free pose can be taken.

  As shown in FIGS. 6A to 6C, the knee 15 includes a lower leg outer skin upper end fitting portion 16 to which the upper leg opening edge 102 of the lower leg outer skin F2 is fitted, and a lower end opening edge 104 of the upper leg outer skin F3. And an outer leg outer skin end fitting portion 17 to be fitted, and has a structure that can be rotated by a connecting portion between the two.

Specifically, based on the present embodiment shown in FIGS. 6A to 6C, the lower leg outer skin upper end fitting portion 16 and the upper leg outer subcutaneous end fitting portion 17 are respectively provided in the lower leg outer skin F2 or the upper leg outer skin. A hollow cylindrical connecting cylinder portion 18 having one end opened in F3, a fitting portion 19 extending in a cross-sectionally trapezoidal shape from above the cylindrical portion 18, and a stepped portion from the edge of the fitting portion 19 The connecting portion 22 is composed of two connecting pieces 21, 21 that are formed up through 20.
The step portion 20 existing between the end edge of each insertion portion 19 and the connecting portion 22 is a concave groove 23 provided continuously in the circumferential direction, and each of the concave grooves 23 and 23 is an upper end opening of the lower leg skin F2. It acts as a fitting recess into which the edge 102 or the lower end opening edge 104 of the upper leg skin F3 is fitted.
Each of the fitting portions 19, 19 is provided with fitting holes 25, 25 for fitting a shin reinforcement connecting rod 29 or a thigh reinforcing connecting rod 42 described later through one end openings 24, 24. .

  The lower leg outer skin upper end fitting portion 16 and the upper leg outer skin subcutaneous end fitting portion 17 are provided at both ends of the back surface of the knee head 26 between the two pieces 21, 21 constituting the connecting portion 22. The connected portions 27 and 27 are respectively fitted, and both the fitting portions 16 and 17 are rotatably connected via a screw 28 to be integrated. Therefore, according to the present embodiment, the connecting portions 22 of the lower leg outer skin upper end fitting portion 16 and the upper leg outer skin subcutaneous end fitting portion 17 are connected to the respective connected portions provided on the back surface of the knee head 26 as described above. Since it is configured to be coupled to the portion 27, the lower leg outer skin upper end fitting portion 16 and the upper leg outer skin subcutaneous end fitting portion 17 can freely rotate.

The connecting tube portion 18 of the lower leg outer skin upper end fitting portion 16 and the upper leg outer skin subcutaneous end fitting portion 17 is not limited to a cylindrical shape as in the present embodiment, but may be any shape such as a rectangular tube shape. The number of fitting recesses (concave grooves) 23 may be one or more, and various conditions such as the shape, width, and depth of the recesses are optional, and the upper end opening edge 102 of the lower leg outer skin F2 or the upper leg outer skin. The design can be changed according to the configuration of the lower end opening edge 104 of F3.
The above-described fitting recess (concave groove) 23 is not limited to the structure of the present embodiment, and may be provided around the outer periphery of the fitting portion 19.
In addition, in the present embodiment, the fitting hole 25 has a cylindrical shape so that the timber reinforcing connecting rod 29 and the thigh reinforcing connecting rod 42 can rotate in the circumferential direction in the fitting hole 25, but the non-rotating If desired, a desired well-known shape such as a rectangular tube shape can be appropriately employed. Moreover, the hole diameter and depth of the fitting hole 25 are also arbitrary, and it is sufficient that the shin reinforcement connecting rod 29 and the thigh reinforcing connecting rod 42 can be fitted. The structure of the knee head 26 is not limited to the present embodiment, and the design can be changed within the scope of the present invention.

As shown in FIGS. 3 and 4, the timber reinforcing connecting rod 29 is fitted to the fitting hole 11 of the lower leg outer skin subcutaneous end fitting portion 7 of the ankle portion 1 and the lower leg outer skin upper fitting portion 16 of the knee portion 15. Each hole 30 is formed in a long rod shape (in the present embodiment, a round bar shape having a circular cross section) into which each end portion 30 is detachably fitted. The lower leg outer skin end fitting portion 7 and the lower leg outer skin upper end fitting portion 16 of the knee portion 15 are connected in a connected manner.
The timber reinforcing connecting rod 29 has both ends 30, 30 in the fitting hole 11 of the lower leg outer skin end fitting portion 7 of the ankle portion 1 and the fitting hole 25 of the lower leg outer skin upper fitting portion 16 of the knee portion 15. The structure is not particularly limited as long as it is a structure that is fitted and spanned between both fitting portions 7 and 16, and is arbitrary. In the present embodiment, it is formed in a round bar shape having a circular shape with a desired length and a desired diameter, but the outer shape, length, shape of the end, etc. can be arbitrarily changed in design. Further, the reinforcing connection rod 29 for the shin may be solid or hollow (including both opening and non-opening).

As shown in FIGS. 7A and 7B, the leg base portion 31 includes an upper leg skin upper end fitting portion 32 to which the upper end opening edge 106 of the upper leg outer skin F3 is fitted, and a leg base portion of the lumbar skeleton B. A lumbar skeleton connecting portion 37 that connects the side connecting portions 44 is provided.
More specifically, based on the present embodiment shown in FIGS. 7A and 7B, the upper leg outer skin upper end fitting portion 32 is a hollow cylindrical connection with one end opened to be inserted into the upper leg outer skin F3. It is comprised by the cylinder part 33 and the insertion part 34 extended in cross sectional view trapezoid shape from this cylinder part 33 top.

The lumbar skeleton connecting part 37 has one end through a notch 36a provided at a part of the ball-shaped part 36 and a ball-shaped part 36 formed upright from the end edge of the fitting part 34 through the step part 35. It is composed of a lumbar skeleton connecting rod 38 that is inserted and rotatably connected.
The step portion 35 existing between the end edge of the fitting portion 34 and the lumbar skeleton connecting portion 37 is a concave groove 39 provided continuously in the circumferential direction, and the concave groove 39 is formed by the upper end opening edge 106 of the upper leg outer skin F3. Acts as a fitting recess to be fitted.

The connecting tube portion 33 is provided with a fitting hole 41 for fitting a thigh reinforcing connecting rod 42 to be described later through one end opening 40.
The connecting tube portion 33 is not limited to a cylindrical shape as in the present embodiment, and is optional such as a rectangular tube shape. Further, the number of fitting recesses (concave grooves) 39 may be one or more, and various conditions such as the shape, width, and depth of the recesses are optional, and the upper end opening edge 106 of the upper leg outer skin F3 is configured. The design can be changed accordingly.
The above-described fitting recess (concave groove) 39 is not limited to the structure of this embodiment, and may be provided around the outer periphery of the fitting portion 34.
Further, in the present embodiment, the fitting hole 41 is cylindrical so that the thigh reinforcing connecting rod 42 can be rotated in the circumferential direction in the fitting hole 41. A desired well-known shape such as a shape can be appropriately employed. Moreover, the hole diameter and depth of the fitting hole 41 are arbitrary, and it is sufficient that the thigh reinforcing connection bar 42 can be fitted.

As shown in FIGS. 3 and 4, the thigh reinforcing connecting bar 42 includes a fitting hole 41 in the upper leg outer skin upper end fitting portion 32 of the leg base portion 31 and an upper leg outer subcutaneous end fitting portion of the knee portion 15. 17 is formed in a long rod shape (in this embodiment, a round bar shape having a circular cross section) in which the end portions 43 and 43 are detachably fitted in the fitting hole 25 of the 17, and both ends 43 and 43 are fitted. In the combined state, the upper leg outer skin upper end fitting portion 32 of the leg base 31 and the upper leg outer subcutaneous end fitting portion 17 of the knee portion 15 are connected in a connected manner.
The thigh reinforcing connecting bar 42 has both ends in the fitting hole 41 of the upper leg outer skin upper end fitting portion 32 of the leg base portion 31 and the fitting hole 25 of the upper leg outer subcutaneous end fitting portion 17 of the knee portion 15. The structure is not particularly limited as long as 43 and 43 are fitted and spanned between the fitting portions 17 and 32, respectively. In the present embodiment, it is formed in a round bar shape having a circular shape with a desired length and a desired diameter, but the outer shape, length, shape of the end, etc. can be arbitrarily changed in design. Further, the thigh reinforcing connecting bar 42 may be solid or hollow (including both open ends and non-opened ends).

As shown in FIGS. 8 (a) and 8 (b), the lumbar skeleton B includes at least a leg base side connecting portion 44 that is rotatably connected to the lumbar skeleton connecting portions 37 of the left and right leg base portions 31, 31; A trunk lower end skeleton coupling portion 46 coupled to the lower end side of the trunk skeleton C is provided.
Specifically, based on the present embodiment shown in FIGS. 8A and 8B, a main body 45 fixed to the lumbar skeleton interior space 107 of the lumbar outer skin G, and a leg root extending from the main body 45 to both sides in the horizontal direction. It is comprised by the part side connection part 44 and the trunk | drum lower end frame | skeleton connection part 46 extended upwards from this main body 45. As shown in FIG. The trunk lower end skeleton connecting portion 46 is formed in a hollow cylindrical shape having an opening at one end, and is provided with a fitting hole 48 through which the skeleton at the lower end of the trunk is fitted.
Then, a lumbar skeleton connecting rod 38 of the lumbar skeleton connecting portion 37 of the leg base 31 is fitted into the hollow cylindrical portion of the pedestal base side connecting portion 44 so as to be pivotably connected, and the lower end skeleton connecting portion 46 of the trunk portion. The skeleton at the lower end of the body portion is fitted and connected to the fitting hole 48.
Note that the lumbar skeleton B of the present embodiment is merely an embodiment of the present invention and is not limitedly interpreted.

As shown in FIGS. 9 and 10, the torso skeleton C includes an abdominal skeleton C1 (FIG. 10) housed in an abdominal skin H2 (described later) and a thoracic skeleton C2 (FIG. 9) housed in a chest skin H3. ), And includes at least a lumbar skeleton coupling portion 51 coupled to the upper end side of the lumbar skeleton B, and an arm skeleton coupling portion 58 coupled to the left and right arm skeletons D, respectively. .
In the present embodiment, a neck skeleton connecting portion 131 that integrally connects the neck skeleton E to the side facing the lumbar skeleton connecting portion 51 of the torso skeleton C, that is, the upper end side of the thoracic skeleton C2, is provided.

More specifically, based on the present embodiment of FIG. 9 or FIG. 10, the abdominal skeleton C1 shown in FIGS. 10 (a) and 10 (b) has respective first ball portions (lower side in the drawing) provided at both ends. ) 52 and a second ball part (upper side in the drawing) 53, each of which comprises a substantially U-shaped lumbar skeleton coupling part 51 and a thoracic skeleton coupling part 56, which are rotatably fitted, and the lumbar skeleton coupling part A first insertion rod 54 and a second insertion rod 55 are erected integrally at the end portions of 51 and the chest skeleton coupling portion 56, respectively.
Further, although not particularly limited, in the present embodiment, the respective fitting portions 51a, 51a, 56a, 56a into which the first ball portion 52 and the second ball portion 53 are fitted are respectively connected to the first ball portion 52 and the second ball portion 52. When the ball portion 53 is fitted, the lumbar skeleton connecting portion 51 and the chest skeleton connecting portion 56 can maintain their states at a desired position (for example, a state inclined at a desired angle in either the left or right direction) It is preferable that each first ball portion 52 and second ball portion 53 are configured to be in close sliding contact with each other. At this time, the fitting portions 51a and 51a and 56a and 56a are assumed to have the same or similar curvatures of the curved surfaces of the first ball portion 52 and the second ball portion 53, respectively. The fitting portions 51a and 51a and 56a and 56a are not limited to the present embodiment, and can be appropriately changed in design within the scope of the present invention.

Then, the first insertion rod 54 is fitted and connected to the fitting hole 48 of the trunk lower end skeleton connection portion 46 of the lumbar skeleton B, and the second insertion rod 55 is connected to the thoracic skeleton portion C2.
The chest skeleton C2 shown in FIGS. 9 (a) and 9 (b) has a hollow cylindrical fitting hole 57 that opens downward, and is connected to the left and right arm skeletons D on both sides in the horizontal direction. A connecting portion 58 is provided.
Each of the arm skeleton connecting portions 58 is formed in a hollow cylindrical shape that is open at one end and includes an arm skeleton connecting hole 58a. The connecting hole 58a is a trunk upper end skeleton connecting portion 60 of the left and right arm skeleton D described later. Are connected.
In this embodiment, the torso skeleton C has a two-part configuration of an abdominal skeleton C1 and a thoracic skeleton C2, and a connecting portion between the lumbar skeleton B and the abdominal skeleton C1, and the abdominal skeleton C1 and the thoracic skeleton. Since the connecting portion with C2 is structured to be rotatable via balls 52 and 53, respectively, the movement from the waist position to the chest position can be finely adjusted, and various upper and lower body movements can be expressed. That is, by adopting the configuration of the abdominal skeleton part C1 of the present embodiment, the lumbar skeleton connecting part 51 and the chest skeleton connecting part 56 can be rotated back and forth and left and right (in FIG. 10, the front and back shown by arrows Y1 to Y4). Direction, the horizontal direction indicated by arrows Y5 to Y8), and each of which can move within a desired range in the horizontal direction (the horizontal direction indicated by arrows Z1 to Z4 in FIG. 10). Can express various movements and enjoy a variety of postures.
In addition, the trunk | drum skeleton C of a present Example is only one Example of this invention, and is not limitedly interpreted.

  As shown in FIG. 9, the neck skeleton connecting portion 131 is integrally provided to be rotatable at the upper end side of the thoracic skeleton C2 (in the direction indicated by arrows Y9 and Y10 in FIG. 9). It has an outer diameter that fits into the inner space of a fitting rod 89c that is suspended from the neck outer skin insertion portion 89 of E. In the figure, reference numeral 132 denotes a receiving portion that receives the end face of the fitting rod 89c. In the present embodiment, the neck skeleton connecting portion 131 is integrated with the fitting collar 89c of the neck skeleton E and integrated. However, the neck skeleton connecting portion 131 has a fitting hole (a top surface opened to the neck skeleton connecting portion 131). (Not shown) may be formed and integrated by fitting a fitting rod into the fitting hole, and the neck skeleton connecting portion 131 and the neck skeleton E may be connected and integrated by a known method. The design can be changed within the scope of the present invention as long as it is a form to be realized.

  For example, as shown in FIG. 11, the neck skeleton E includes a cylindrical neck outer skin insertion portion 89 inserted from an opening 111 of a neck outer skin H5 provided integrally with the trunk outer skin H, and a head skin K. The head outer skin fitting portion 91 to which the opening edge 128 is fitted is located at the upper end of the neck outer skin insertion portion 89, and in the vertical direction (in FIG. 11). , In the direction of the arrow W) and is configured to be capable of swinging in the direction of the upper end of the neck outer skin insertion portion 89 at all times. In addition, the neck outer skin insertion portion 89 is provided with a cylindrical fitting rod 89c suspended from the lower surface thereof.

Specifically, based on the present embodiment of FIG. 11, the neck outer skin insertion portion 89 is a cylindrical shape having a smaller diameter than the opening 111 of the neck outer skin H5, and the head outer skin fits in the center in the axial direction. An insertion hole 90 for loosely fitting the connecting rod 92 of the attachment portion 91 is provided, and the head outer skin attachment portion 91 is formed in a truncated cone shape having a larger diameter than the opening edge 128 of the head outer skin K. In addition, a connecting rod 92 is provided vertically from the center of the lower surface 91a.
Then, the connecting rod 92 of the head outer skin inserting portion 91 is loosely fitted into the insertion hole 90 of the neck outer skin inserting portion 89, and one end of the coil spring 93 is locked to the inner surface step portion 89b of the neck outer skin inserting portion 89. At the same time, the screw 95 is screwed to the lower end of the connecting rod 92 through the stopper 94. Thereby, the head outer skin fitting portion 91 is integrally located at the upper end of the neck outer skin insertion portion 89 and is provided so as to be swingable in the vertical direction W via the spring 93, and is always attached to the neck outer skin. A tensile force acts in the upper end direction of the portion 89. Further, the step 96 formed between the two functions as a fitting recess into which the opening edge 128 formed at the lower end of the head skin K is fitted.
In this embodiment, for example, the head outer skin fitting portion 91 is formed in a truncated cone shape in order to improve the insertability at the time of press-fitting, but this is not limited to this, and the head outer skin K Any shape that can be pushed into the opening edge 128 is acceptable. In addition, the structure of the other embodiment is merely an embodiment of the present invention and is not construed as being limited. Further, in this embodiment, the spring 93 is used as a configuration that pulls the head outer skin fitting portion 91 toward the upper end direction of the neck outer skin insertion portion 89, but in the upper end direction of the neck outer skin insertion portion 89. The design can be changed as appropriate as long as it is configured to pull the head outer skin fitting portion 91. For example, a rubber string or the like is stretched to pull the head outer skin fitting portion 91 toward the upper end of the neck outer skin insertion portion 89. It is also possible to adopt a configuration or the like.

  As shown in FIGS. 12 to 14, the left and right arm skeletons D include a shoulder 59 connecting the trunk outer skin H and the upper end of the upper arm outer skin J1, and a lower end of the upper arm outer skin J1 and an upper end of the lower arm outer skin J2. It consists of an elbow part 68 to be connected, and a wrist part 78 for connecting the lower end of the lower arm skin J2 and the hand skin J3.

As shown in FIG. 12, the shoulder 59 is fitted with a trunk upper skeleton coupling portion 60 coupled to the arm skeleton coupling hole 58a of the trunk skeleton C and an upper end opening edge 119 of the upper arm outer skin J1. The upper arm outer skin upper end fitting part 62 is provided.
The trunk upper skeleton coupling portion 60 is formed in a round bar shape having a desired length having a diameter that can be fitted into the arm skeleton coupling hole 58a of the trunk skeleton C, and a disc-like shape on the opposite side. The connecting piece 61 is extended. On the other hand, the upper arm outer skin upper end fitting portion 62 is formed with a truncated cone-like fitting portion 63 and is provided with a fitting groove 65 into which the connecting piece 61 can be fitted from the fitting portion 63 through the step portion 64 to the center. A substantially ball-shaped connected portion 66 is integrally formed.
Then, the connecting piece 61 is fitted into the fitting groove 65 and is integrally connected via a screw 67 so as to be rotatable. In the present embodiment, the connecting piece 61 has the same diameter as the diameter of the substantially ball-shaped connected portion 66, and the both 61 and 66 form an overall ball shape when connected.

The step 64 acts as a fitting recess in which the upper end opening edge 119 of the upper arm outer skin J1 is fitted.
The fitting portion 63 is not particularly limited as long as it has a shape that can be pushed into the upper arm skin J1 by being pushed in from the upper end opening edge 119 of the upper arm skin J1.
Moreover, the fitting recessed part (step part) 64 is not restricted to the structure of a present Example, For example, it is good also as what is provided in the outer periphery of the fitting part 63 with a desired groove shape.
The number of fitting recesses (steps) 64 may be one or more, and various conditions such as the shape, width, and depth of the recesses are arbitrary, and are designed according to the configuration of the upper end opening edge 119 of the upper arm outer skin J1. It can be changed.
The fitting portion 63 is not limited to the truncated cone shape as in the present embodiment, and an arbitrary shape is appropriately employed within the scope of the present invention.

  As shown in FIG. 13, the elbow 68 includes an upper arm outer subcutaneous end fitting portion 69 to which the lower arm opening edge 121 of the upper arm outer skin J1 is fitted, and a lower arm to which the upper edge opening edge 123 of the lower arm outer skin J2 is fitted. It has the structure which has the outer skin upper end fitting part 70, and can be rotated by the connection part of both 69 and 70. FIG.

More specifically, based on the present embodiment, the lower arm outer skin end fitting portion 69 and the lower arm outer skin upper end fitting portion 70 are fitted into the upper arm outer skin J1 or the lower arm outer skin J2, respectively. It is the thing of the same shape which consists of the part 71 and the connection part 74 comprised by the two pieces of connection pieces 73 and 73 which are formed upright via the step part 72 from the edge of this insertion part 71. As shown in FIG.
The stepped portions 72 that continuously exist in the circumferential direction between the end edges of the respective fitting portions 71 and the connecting portions 74 are respectively provided with the lower end opening edge 121 of the upper arm outer skin J1 or the upper end opening edge 123 of the lower arm outer skin J2. Acts as a fitting recess to be fitted.
And between the two pieces of connecting pieces 73, 73 constituting the connecting portion 74 of the lower arm outer skin end fitting portion 69 and the lower arm outer skin upper end fitting portion 70, both ends of the back surface of the elbow head 75 are provided. The provided connected portions 76 and 76 are respectively fitted, and both fitting portions 69 and 70 are rotatably connected via a screw 77 to be integrated. Therefore, according to the present embodiment, the respective connecting portions 74 of the upper arm outer subcutaneous end fitting portion 69 and the lower arm outer skin upper end fitting portion 70 are respectively provided on the back surface of the elbow head 75. Since it is set as the structure connected to the connection part 76, respectively, the upper arm outer skin end fitting part 69 and the lower arm outer skin upper end fitting part 70 can each be freely rotated.

The upper arm outer subcutaneous end fitting portion 69 and the lower arm outer skin upper end fitting portion 70 are not limited to the truncated cone shape as in the present embodiment, but are arbitrary.
The fitting recess (step part) 72 described above is not limited to the structure of this embodiment, and may be provided around the outer periphery of the fitting part 71. In this case, the number of fitting recesses (steps) 72 may be one or more, and various conditions such as the shape, width, and depth of the recesses are arbitrary, and the lower end opening edge 121 of the upper arm outer skin J1 or the lower The design can be changed according to the configuration of the upper end opening edge 123 of the arm outer skin J2.
Further, the structure of the elbow head 75 is not limited to the present embodiment, and the design can be changed within the scope of the present invention.

  As shown in FIG. 14, the wrist portion 78 includes a lower arm outer subcutaneous end fitting portion 79 to which the lower end opening edge 125 of the lower arm outer skin J2 is fitted, and a hand to which the opening edge 127 of the hand portion outer skin J3 is fitted. It has a part outer skin fitting part 82, and has a structure which can be rotated by the connection part of both 79,82.

  The lower arm outer subcutaneous end fitting portion 79 is formed with a fitting portion 80 in the shape of a truncated cone having a diameter that can be fitted into the lower arm outer skin J2, and is substantially ball-shaped from the fitting portion 80 via a step portion 88. A coupled portion 86 is formed integrally. The coupled portion 86 is provided with a fitting groove 85 at the center that allows a coupling piece 81 to be described later to be fitted therein.

  On the other hand, the hand outer skin fitting portion 82 is formed with a truncated cone-shaped insertion portion 83 having a diameter that can be inserted into the hand outer skin J3, and can be inserted into the insertion groove 85 on the opposite insertion side. A disk-shaped connecting piece 81 is extended. In this embodiment, one end of the connecting piece 81 is fitted to the opposite side of the fitting portion 83, but the connecting piece 81 and the fitting portion 83 may be integrally formed, and is not limited.

Then, the connecting piece 81 is fitted into the fitting groove 85 of the connected portion 86 and is integrally connected via a screw 87 so as to be rotatable. In the present embodiment, the connecting piece 81 has the same diameter as that of the substantially ball-shaped connected portion 86, and the both 81 and 86 form an overall ball shape when connected.
The step 88 is a fitting recess into which the lower end opening edge 125 of the lower arm outer skin J2 is fitted, and the step 84 is a fitting recess into which the opening edge 127 of the hand outer skin J3 is fitted. Acts as

The fitting portions 80 and 83 have a diameter that can be pushed into the lower arm skin J2 or the hand skin J3 by being pushed in from the lower edge opening edge 125 of the lower arm skin J2 or the opening edge 127 of the hand skin J3. There is no particular limitation as long as it is present.
Further, the fitting recesses (steps) 84 and 88 are not limited to the structure of the present embodiment, and for example, the fitting recesses (steps) 84 and 88 may be provided around the outer periphery of each of the fitting portions 80 and 83 with a desired groove shape. In this case, the number of fitting recesses (steps) 84 and 88 may be one or more, and various conditions such as the shape, width, and depth of the recesses are also arbitrary, and the lower end opening edge 125 of the lower arm outer skin J2. The design can be changed according to the configuration of the opening edge 127 of the hand skin J3.
The fitting portions 80 and 83 are not limited to the truncated cone shape as in the present embodiment, and an arbitrary shape is appropriately employed within the scope of the present invention.

  Although not adopted in the present embodiment, the upper arm outer skin upper end fitting portion 62 and the upper arm outer subcutaneous end fitting portion 69 of the elbow portion 68 between the shoulder portion 59 and the upper arm reinforcing connecting rod for a desired length are provided. (Not shown) is releasably stretched over the lower arm outer skin upper end fitting portion 70 of the elbow portion 68 and the lower arm outer subcutaneous end fitting portion 79 of the wrist portion 78, and the lower arm of a desired length. It may be a skeletal structure in which a reinforcing connecting rod (not shown) is detachably stretched. These reinforcing connecting rods have the same configuration as the above-described reinforcing connecting rods 29 and 42 for shin or thigh. The fitting connection configuration of the reinforcing connection rods 29 and 42 for the shin or the thigh described above can also be adopted.

Next, an embodiment of a soft vinyl doll skin group attached to the doll skeleton group described above will be described with reference to the drawings.
The doll skin group made of soft vinyl is composed of left and right leg skins F, waist skin G, torso skin H, arm skins J, and head skins K provided on the outer periphery of each skeleton. Each skin is formed by, for example, slush molding.
In this embodiment, the surface of each skin is unpatterned and colorless, and the facial expression is omitted, but it is also possible to have a desired pattern / color, eyes, nose, mouth, etc. Needless to say.

  The left and right leg skins F are composed of a foot skin F1, a lower leg skin F2, and an upper leg skin F3, and the foot skin F1 is located in the radial direction of an opening 97 provided at the upper end in the radial direction. It is formed in an overall hollow foot shape having an opening edge 98 that is fitted into the fitting recess (concave groove) 4 of the outer skin fitting portion 2. The foot shape is not limited to the illustrated shape and can be arbitrarily changed.

  As shown in FIGS. 3 to 6, the lower leg outer skin F <b> 2 has a fitting recess (circumferential recess) 14 of the lower leg outer subcutaneous end fitting portion 7 of the ankle portion 1 on the radially inner side of the opening 99 provided at the lower end. An opening edge 100 to be fitted to the upper end of the lower leg outer skin upper fitting portion 16 of the knee portion 15 is fitted in a radially inward direction of the opening 101 provided at the upper end. It is formed in the whole hollow cylinder shape which protrudes the opening edge 102 to wear, and is spanned over the lower leg outer skin end fitting part 7 of the ankle part 1 and the lower leg outer skin upper end fitting part 16 of the knee part 15. A reinforced connecting rod 29 is installed. The lower leg skin F2 is not particularly limited, but preferably has an appearance shape faithfully replicating the appearance shape from the human heel position to the knee position.

As shown in FIGS. 3, 4, 6, and 7, the upper leg outer skin F <b> 3 is fitted into the upper leg outer subcutaneous end fitting portion 17 of the knee portion 15 inward in the radial direction of the opening 103 provided at the lower end. An opening edge 104 to be fitted into the joint recess (concave groove) 23 is projected, and the upper leg outer skin upper end fitting portion 32 is fitted to the inner side in the radial direction of the opening 105 provided at the upper end. It is formed in the whole hollow cylinder shape which protrudes the opening edge 106 fitted by the recessed part (concave groove) 39, and the upper leg outer skin end fitting part 17 of the knee part 15 and the upper leg skin upper end of the leg base part 31 are formed. A thigh reinforcing connecting rod 42 is provided to span the fitting portion 32.
The upper leg skin F3 is not particularly limited, but preferably has an appearance shape faithfully replicating the appearance shape (so-called thigh appearance shape) from the position above the human knee to the base of the leg.

  As shown in FIGS. 3 and 4, the lumbar skin G has a space 107 in which the lumbar skeleton B is housed, an opening 108 into which the lower end H1 of the trunk skin H is inserted at the upper end, and a crotch position at the left and right. Is formed in an overall hollow waist shape having a connecting space 109 for connecting the left and right leg bases 31. The lumbar outer skin is not particularly limited, but preferably has an appearance shape faithfully replicating the appearance shape of the human waist.

As shown in FIGS. 3 and 4, the trunk skin H has a space 110 for interior of the trunk skeleton C, and an opening 111 for inserting the neck skin insertion part 89 of the neck skeleton E at the upper end. In addition, an overall hollow body having a connection space 112 for connecting the left and right arm skeletons D at both shoulder positions is formed. In the present embodiment, the trunk skin H has a two-part configuration of an abdominal skin H2 and a chest skin H3.
The abdominal skin H2 has an internal hollow shape with upper and lower ends opened and has a desired external shape. The first insertion rod 54 of the abdominal skeleton C1 protrudes from the lower end opening 113, and the second insertion rod 56 has an upper end opening 114. The abdominal skeleton C1 is housed in the hollow portion 115 in a state of protruding from the inside.
The abdominal skin H2 has a lower end H1 inserted into the lumbar outer skin G and an upper end H4 inserted into the chest outer skin H3.
On the other hand, as shown in FIGS. 3 and 4, the chest outer skin H3 is integrally formed at the upper end with the neck outer skin H5 into which the neck outer skin insertion portion 89 of the neck skeleton E is inserted, and the lower end H6 is opened. The inside is hollow and has a desired external shape, and the thoracic skeleton C2 is housed in the hollow portion 116, and the upper end H4 of the abdominal skin H2 is inserted from the lower end opening 117. The left and right arm skeleton connection portions 58 are located in the connection space 112, respectively.
The appearance shapes of the abdominal skin H2 and the chest skin H3 are not particularly limited. However, it is preferable that the appearance shapes faithfully replicate the shapes corresponding to the human abdominal portion and the portion above the chest.

The left and right arm skins J, as shown in FIGS. 3, 4 and 12 to 14, are an upper arm skin J1, a lower arm skin J2 and a hand skin J3 which are provided to cover the left and right arm skeletons D. Consists of.
As shown in FIGS. 3, 4, 12, and 13, the upper arm outer skin J <b> 1 has a fitting recess of the upper arm outer skin upper end fitting portion 62 in the radial direction of the opening 118 provided at the upper end. An opening edge 119 to be fitted to the (stepped portion) 64 is provided so as to project in the radial direction of the opening 120 provided at the lower end. 72 is formed in an overall hollow cylindrical shape by projecting an opening edge 121 fitted to 72. The upper arm outer skin J1 is not particularly limited, but preferably has an appearance shape faithfully replicating the appearance shape from the position under the human shoulder to the position above the elbow.

  As shown in FIGS. 3, 4, 13, and 14, the lower arm outer skin J <b> 2 is fitted with the lower arm outer skin upper end fitting portion 70 of the elbow portion 68 inward in the radial direction of the opening 122 provided at the upper end. An opening edge 123 to be fitted in the joint recess (step part) 72 protrudes, and a fitting recess (in the lower arm external subcutaneous end fitting part 79 of the wrist 78 in the radial direction of the opening 124 provided at the lower end). It is formed in the whole hollow cylinder shape which protrudes the opening edge 125 fitted by the step part) 88. The lower arm outer skin J2 is not particularly limited, but preferably has an appearance shape faithfully replicating the appearance shape from the human lower elbow position to the wrist position.

  As shown in FIGS. 3, 4, and 14, the hand skin J <b> 3 is formed in the fitting recess (step) 84 of the hand skin fitting portion 82 of the wrist 78 on the radially inner side of the opening 126. It is formed in the whole hollow hand shape which protruded the opening edge 127 to be fitted. The hand skin J3 is not particularly limited, but preferably has an appearance shape faithfully replicating the appearance shape of a human hand.

As shown in FIGS. 3 and 4, the head skin K includes a head skin fitting portion 91 and a neck skin insertion portion 89 of the neck skeleton E provided by being inserted into the neck skin H 5 of the trunk skin H. An opening edge 128 that fits into the fitting recess 96 is provided to form a desired head shape.
The manufacturing process is as described in the first embodiment.
The inner diameter of the opening edge 128 is smaller than the diameter of the lower surface 91a of the head outer skin fitting portion 91 and the diameter of the upper surface 89a of the neck outer skin inserting portion 89. And
In addition, in other structures, description of Example 1 is used and description is abbreviate | omitted.

  According to the present embodiment, it is possible to provide a large-sized doll that can stand on its own, has a technical structure, is lightweight and is low in cost, and can sufficiently meet the needs of consumers. In other words, by adopting the skeleton structure unique to the present invention, even if the outer skin part is made of soft vinyl in a large doll, it can stand on its own and can maintain various forms for a certain period of time, and it is lightweight and flexible. Therefore, it is safe even if it falls or falls, preventing damage.

  In addition, for example, a reinforcing connection rod for a shin that is detachably spanned between the lower leg outer skin end fitting portion of the ankle portion and the lower leg outer skin upper fitting portion of the knee portion, or the upper leg skin upper end fitting portion of the leg base The leg length can be easily changed by changing the length of the skeletal part such as the thigh reinforcement connecting heel that is detachably spanned between the upper leg and the lower leg outer skin end of the knee. It can respond to changes such as. For example, if there are several types of skeletons such as shin reinforcement joints and thigh reinforcement joints that have the same diameter but different lengths, it is possible to fit the ankle leg under the outer leg. Since the upper leg skin upper end fitting part of the landing part and the knee part, or the upper leg outer skin upper part fitting part of the leg base and the upper leg outer skin subcutaneous part fitting part of the knee part can be used as they are, the length of the leg part etc. Different dolls can be provided easily and inexpensively.

Furthermore, because the outer skin is made of soft vinyl, it is easy to manufacture (such as slush molding) and is inexpensive, so it is very inexpensive to change such leg lengths, and this is a major factor in the production of this type of large movable doll. Cost reduction.
In addition, while this type of conventional large doll is expensive, in the present invention, since each skeleton can be attached and detached and each outer skin can be attached and detached, the transportation cost is reduced, and as a result, the product price is kept low. Can meet the needs of consumers. In addition, it can be used for parts and kit sales, which is very useful. In addition, assembling and disassembling can be done easily and quickly by anyone with a jig such as a screwdriver used for screwing, etc., and a tool that warms and softens the outer skin when fitted, such as a hair dryer. obtain.

1 is a schematic cross-sectional view showing a first embodiment of the head structure of the present invention. Schematic which shows the flow of the manufacturing method of this invention head structure. The whole schematic front view which partially cuts and shows Example 2 of this invention. The whole schematic side view which abbreviate | omits and shows Example 2 of this invention. It is the schematic which shows one Example of the ankle part of a leg skeleton, (a) is a side view, (b) is a front view, (c) is a schematic side view which shows the other Example of the ankle part of a leg skeleton. . It is the schematic which shows one Example of the knee part of a leg part skeleton, (a) is a front view, (b) is a rear view, (c) is a side view. It is the schematic which shows one Example of the leg base part of a leg part frame | skeleton, (a) is a side view, (b) is a longitudinal front view. It is the schematic which shows one Example of a waist | hip | lumbar part frame | skeleton, (a) is a front view, (b) is a side view. It is the schematic which shows one Example of the thoracic skeleton part among torso skeletons, (a) is a front view, (b) is a side view. It is the schematic which shows one Example of the abdominal skeleton part among trunk | drum skeletons, (a) is a front view, (b) is a side view. The schematic exploded view which shows one Example of a neck part frame | skeleton. It is the schematic which shows one Example of the shoulder part of an arm part frame | skeleton, (a) is a side view, (b) is a front view. It is the schematic which shows one Example of the elbow part among arm part frame | skeletons, (a) is a front view, (b) is a side view, (c) is a rear view. It is the schematic which shows one Example of the wrist part among arm part frame | skeletons, (a) is a side view, (b) is a front view. The partially expanded sectional view which shows an example of a prior art.

Explanation of symbols

K: Soft head body (head skin)
K1: Eyeball holding part K11: Eyeball exposure hole K12: Eyeball insertion hole K2: Operation opening K3: Lid K4: Eyeball K41: Eyeball body K42: Eyeball movement operation part

Claims (3)

A soft head body formed in a hollow inside with a thermoplastic resin;
An eyeball exposure hole provided to open in front of the face of the head body;
An eyeball holding part that is integrally projected with the same material as the head body inside the head body continuously with the eyeball exposure hole;
An operation opening provided in a occipital region in the head body;
A lid that is detachably attached to the opening;
The eyeball is inserted into the eyeball holder, and is configured to slide in contact with the inner periphery of the holder and slidably held.
Wherein the eyeball retaining portion, the small diameter ocular insertion hole provided than the eye at the bottom to opposite the eyeball exposing hole,
The eyeball is provided with an eyeball movement operation section, and the eyeball movement operation section projects into the head body through the eyeball insertion hole,
The eyeball holding part is formed in a substantially spherical inner hollow shape having a maximum inner diameter smaller than the maximum outer diameter of the eyeball, and expands the eyeball insertion hole formed smaller in diameter than the eyeball to wherein when fitted to the eyeball retaining portion, to contract after fitting, the head structure of the soft vinyl doll characterized that you can hold the eye slidable and at any position. A thermoplastic resin, allowed opening ocular exposure hole to a smaller diameter than the diameter of the arrangement object eyeball in the face front Rutotomoni, internal hollow inner eye holding portion having a diameter of maximum inner diameter than the maximum diameter of the distribution設眼sphere Forming an inner hollow head main body projecting integrally in a substantially spherical shape toward the direction and having an operation opening in an arbitrary region on the occipital side; and
Forming an eyeball insertion hole in a region having a diameter smaller than the diameter of the eyeball to be disposed in a bottom portion facing the eyeball exposure hole in the eyeball holding unit;
At least the periphery of the eyeball insertion hole is heated to widen the hole, and an eyeball equipped with an eyeball movement operation part is inserted, and after the eyeball insertion, the hole contracts to allow the eyeball holding part to slide and any position And holding and placing the eyeball movement operation part in a state of being positioned in the hollow interior of the head body,
A step of detachably attaching a lid to the operation opening on the occipital side;
A method for manufacturing a head of a soft vinyl doll, characterized by comprising:   A head structure of a soft vinyl doll manufactured by the manufacturing method according to claim 2.

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