JP7203005B2 - Doll body leg and doll body - Google Patents

Description

The present invention mainly relates to legs of a doll body.

Patent Literature 1 describes that a joint structure is provided in each part of a doll body, such as a torso, arms, and legs. A user can put such a doll into a desired posture.

Japanese Utility Model Laid-Open No. 1-138492

Some of the doll bodies are required to be configured to be able to form various postures, and for example, there are cases where more human-like movements are required when changing the posture of the doll body.

An exemplary object of the present invention is to provide a technique that is advantageous in diversifying the poses that a doll body can form.

One aspect of the present invention relates to legs of a doll body, wherein the legs include knees, thighs rotatable with respect to the knees, and lower legs rotatable with respect to the knees. and a thigh, wherein the thigh includes an upper rear thigh and a lower rear thigh, and the lower leg extends to a position where the rear portion contacts the lower rear thigh. The thigh rear lower part is rotatably attached to the knee, and the thigh rear lower part is rotated relative to the knee in a direction in which the thigh approaches the crus. It can be recessed with respect to the upper rear part of the thigh, and forms a continuous surface with the upper rear part of the thigh when the thigh is rotated with respect to the knee in a direction to separate the thigh from the lower leg. are held so that

According to the present invention, it is advantageous to diversify the poses that can be formed by the doll body.

The perspective view which shows the whole structure of the doll body which concerns on embodiment. Exploded view of leg parts. The figure which shows a mode at the time of rotating a leg part with respect to a thigh part. The figure which shows a state when leg parts are opened and closed. Exploded view of arm parts. The figure which shows a mode at the time of rotating a hand part part.

Hereinafter, embodiments will be described in detail with reference to the accompanying drawings. It should be noted that the following embodiments do not limit the invention according to the claims, and not all combinations of features described in the embodiments are essential to the invention. Two or more of the features described in the embodiments may be combined arbitrarily. Also, the same or similar configurations are denoted by the same reference numerals, and redundant explanations are omitted.

(1. About the overall structure of the doll body)
FIG. 1 shows the overall configuration of a doll body 1 according to an embodiment. The doll body 1 includes a head part 11, a body part 12, a waist part 13, a leg part 14, and an arm part 15 as parts representing individual parts. These parts 11 to 15 may be collectively expressed as part parts. For example, the leg part 14 is rotatably provided with respect to the waist part 13 , and the arm part 15 is rotatably provided with respect to the body part 12 .

The site parts 11-15 described above may be divided into further details. The leg part 14 includes a knee part 141 , a thigh part 142 , a lower leg part 143 and a foot part 144 , details of which will be described later. The arm part 15 also includes an elbow part 151 , an upper arm part 152 , a forearm part 153 and a hand part 154 . In FIG. 1, the leg part 14 and the arm part 15 on the left side are illustrated, but the same applies to the right side.

In this specification, when explaining the positional relationship of each part, front (front), rear (rear), left (left side), right (right side), upper (upper), lower (lower) , inside (inside), outside (outside), etc., these expressions are relative to the doll body 1 as a reference. For example, the front side corresponds to the front side of the doll body 1, and the rear side corresponds to the back side of the doll body 1.

Each of the above-described site parts 11-15 (including parts 141-144 and 151-154) can be configured by connecting one or more parts (component parts) to each other. For example, the leg parts 14 (parts 141 to 144) are formed by directly/indirectly connecting a plurality of constituent parts, more specifically, two adjacent constituent parts are fixedly or rotatably connected. (or oscillating) by being connected. Similarly, for example, arm parts 15 (parts 151 to 154) are configured by directly/indirectly connecting a plurality of component parts.

It should be noted that the concept of connection between parts can include various connection modes such as attaching one part to another part, coupling, fixing, and the like. For ease of understanding, expressions in accordance with the embodiments are used in this specification, but the present invention is not strictly limited to those expressions (the expressions can be replaced with similar expressions). ). The same applies to other expressions.

Further, in this specification, individual components of the doll body 1 are expressed as "parts", but the concept of "parts" includes minimum units that can be disassembled by the user, as well as combinations of two or more of them. Also point Therefore, the expression "part" in the following description may be replaced with "component, piece", "member", "structure", "assembly", etc. or may be omitted. For example, the leg part 14 may be expressed as a leg part, a leg member, a leg structure, a leg assembly, etc., or simply as a leg. Similarly, the arm part 15 may be expressed as an arm part, an arm member, an arm structure, an arm assembly, or the like, or simply as an arm. This also applies to other parts.

(2. About leg parts)
FIG. 2 shows an exploded schematic view of a knee part 141, a thigh part 142, and a lower leg part 143 among a plurality of parts forming the leg part 14. FIG. Knee part 141 includes parts 141A-141D. Thigh part 142 includes parts 142A-142L. Lower leg part 143 includes parts 143A-143H. For easy understanding, the connections between these parts are indicated by dashed lines in the drawing.

(2-1. Configuration of Knee Parts)
The part 141A is a thigh holding part capable of holding the thigh part 142 . Since the part 141A extends into the thigh part 142 and supports the thigh part 142, it may be called a thigh support part, a thigh skeleton part, or the like.

The part 141B is a crus holding part capable of holding the crus part 143 . Since the part 141B extends into the crus part 143 and supports the crus part 143, it may be called a crus support part, a crus skeleton part, or the like.

The parts 141C and 141D are a pair of holding parts that rotatably hold the parts 141A and 141B by being connected to each other. In such a configuration, when the part 141A rotates with respect to the parts 141C and 141D, the thigh part 142 rotates, and when the part 141B rotates, the crus part 143 rotates. In this regard, parts 141C and 141D may be referred to as knee body parts or the like.

(2-2. Configuration of thigh parts)
The part 142A is a thigh internal structure inner part that forms a part of the inner part of the internal structure of the thigh part 142 . Part 142B is a thigh internal structure outer part that forms a portion of the outer side of the internal structure of thigh part 142 . Parts 142A and 142B are interconnected. Although the details will be described later, the parts 142A and 142B are rotatable with respect to the parts 141C and 141D, and by inserting the part 141A, the movable range (movable range) due to the rotation is limited. , is retained.

The part 142C is a thigh exterior part that forms part of the exterior of the thigh part 142, and can be said to be an inner thigh exterior part that can be attached to the part 142A. The part 142D is a thigh exterior part that forms another portion of the exterior of the thigh part 142, and can be said to be an outer thigh exterior part that can be attached to the part 142B. Because parts 142C and 142D are attached to parts 142A and 142B, respectively, to form a substantially continuous surface at the upper posterior thigh, they are collectively referred to as the upper posterior thigh part.

Part 142E is a thigh exterior part that forms another part of the exterior of thigh part 142, and can form a substantially continuous surface with parts 142C and 142D below parts 142C and 142D. It can also be said that it is the rear lower part of the thigh. Although the details will be described later, the part 142E is rotatably sandwiched between the parts 142C and 142D.

The part 142F is a thigh exterior part that forms another part of the exterior of the thigh part 142, and is attachable from the front to the upper outer walls of the parts 142A and 142B. Also known as the upper part. The part 142G is a thigh exterior part that forms another part of the exterior of the thigh part 142, and can be attached from the front to the part 141A below the part 142F. Also called parts. The parts 142F and 142G can form a substantially continuous surface, as will be described in more detail below.

The part 142H is a thigh exterior part that forms another part of the exterior of the thigh part 142, and is configured to be engageable with the parts 142C and 142D. Since the part 142H is positioned above the parts 142C and 142D behind the doll body 1, it can also be called a buttocks part.

Parts 142I-142K realize the hip joint structure of the doll body 1. FIG. The part 142I supports the part 142B from above. The part 142J is connected to the part 142I so as to be rotatable in the left-right direction (or inward-outward direction). The part 142K connects the part 142J so as to be rotatable in the front-rear direction. Also, the part 142K is connected to the waist 13 on the side opposite to the part 142J. With such a structure, the leg parts 14 are held so as to be rotatable in the front-back direction and/or the left-right direction with respect to the waist part 13 .

The part 142L is a thigh exterior part that forms another part of the exterior of the thigh part 142, and is rotatably held from below with respect to the part 142J inside the upper part of the thigh. Although the details will be described later, the part 142L can be said to be an inner thigh upper part located inside the part 142A, and is also a sealing part for sealing the internal structure and making it invisible from the outside. I can also say.

(2-3. Structure of lower leg parts)
The part 143A is a crus exterior part that forms part of the exterior of the crus part 143, and is attached to the inside of the upper part of the part 141B, so it can also be called an inner crus upper part. The part 143B is a crus exterior part that forms another part of the exterior of the crus part 143, and is attached to the upper outer side of the part 141B, so it can also be called an outer crus outer upper part. The parts 143A and 143B are interconnected and form a substantially continuous surface at their rear portions to present a calf-like portion.

The part 143C is a crus exterior part that forms another part of the exterior of the crus part 143, and is also called a crus lower part because it is engaged with the lower part of the part 141B by fitting. I get it. The part 143D is connected to the part 143C from below, and rotatably supports the foot part 144 (see FIG. 1), although the description is omitted here.

The part 143E is a crus exterior part that forms a part of the exterior of the crus part 143, and is attached to the upper front part of the part 141B, so it can also be called an upper crus front part.

Parts 143F to 143H are decorative parts attached to part 143E. The part 143F is attached from the front to the part 143E. The part 143G is rotatably attached to the part 143F from above. Part 143H is attached to the inner wall of part 143G.

Although each of the parts constituting the leg part 14 has been described individually here, some of them may be integrally constructed. For example, two parts (parts 142B and 142I, parts 143G and 143H, etc.) that are fixedly connected to each other and do not involve changing their relative positions may be integrally molded.

(3. Rotation mode of leg parts)
FIG. 3A shows a partial cross-sectional view in a side view of the state in which the leg part 14 is extended (the state in which the crus part 143 is positioned in front of its range of motion). FIG. 3B shows a state in which the leg part 14 is partially rotated (a state in which the knee part 141 and the lower leg part 143 are rotated backward with respect to the thigh part 142). A partial cross-sectional view is similarly shown. FIG. 3(C) similarly shows a partial cross-sectional view of a state in which the leg part 14 is bent (a state in which the crus part 143 is positioned at the rear of its range of motion).

For ease of understanding, the figure shows the actual structure of the lower leg part 143, the outlines of the parts 141C (or 141D) and 142 with dashed lines, and the cross-sectional structures of the parts 141A, 142E and 142G. indicates

As shown in FIGS. 3A to 3C, the part 141A includes a first extension 141A1 and a second extension 141A2 extending into the thigh part 142. As shown in FIGS. The first extending portion 141A1 is provided so as to be able to engage with a part 142E rotatably sandwiched between the parts 142C and 142D. The second extension 141A2 is provided in front of the first extension 141A1, and the part 142G is attached to the second extension 141A2. Further, the part 141A is provided with a substantially elliptical opening 142A3, and the aforementioned parts 142A and 142B (see FIG. 2) are inserted and held through this opening part 141A3. The portion connecting parts 142A and 142B and passing through opening part 141A3 is shown as portion 91 in the figure.

According to such a configuration, the parts 142A and 142B are held so as to be rotatable with respect to the parts 141C and 141D, and the movable range due to the rotation is restricted by inserting the opening 142A3. be. Therefore, the range of motion of the thigh part 142 with respect to the knee part 141 is narrower than the range of motion of the lower leg part 143 with respect to the knee part 141 .

Here, when the state of FIG. 3A is changed to the state of FIG. If you think about. In this case, the first extending portion 141A1 is separated from the inner wall of the part 142E as the rear lower thigh part. Therefore, the part 142E can be recessed with respect to the contours of the parts 142C and 142D as the rear upper thigh parts. On the other hand, the part 142G as the thigh front lower part is attached to the second extension 141A2. Therefore, in this case, the part 142G rises with respect to the external shape of the part 142F as the front upper part of the thigh.

Furthermore, when the state of FIG. 3B changes to the state of FIG. Consider the case where the part 143 is rotated. As mentioned above, in the state of FIG. When the rear portion comes into contact with the part 142E, the part 142E is depressed by the pressure accompanying the contact.

Therefore, according to such a structure, the range of motion of the lower leg part 143 is widened, and a posture (for example, a sporty posture such as a crouching pose) in which the lower leg part 143 and the thigh part 142 are brought into close contact is formed. It becomes possible.

Next, when the state shown in FIG. 3C is returned to the state shown in FIG. Think about if you let In this case, the first extending portion 141A1 contacts and presses the inner wall of the part 142E as the rear lower thigh part. Therefore, the part 142E is pushed outward, thereby forming a continuous surface with the parts 142C and 142D as the rear upper thigh parts. On the other hand, the part 142G as the thigh front lower part is attached to the second extension 141A2. Therefore, in this case, the part 142G forms a continuous surface with the part 142F as the front upper thigh part.

FIG. 4A shows the hip joint structure (parts 142I to 142K) of the doll body 1 and the peripheral portion of the thigh part 142 in the closed leg posture. FIG. 4(B) shows a leg-opened posture in which the thigh part 142 is rotated in the direction of arrow A11 from the state shown in FIG. 4(A).

As described above, the part 142L is rotatably held from below with respect to the part 142J on the inside of the upper part of the thigh, and the internal structure is sealed inside the part 142A to make it invisible from the outside. Here, in the closed-leg posture (see FIG. 4A), most of the part 142L is stored in the parts 142C and 142F. On the other hand, in the open-leg posture (see FIG. 4(B)), the tip of the part 142L slides while being engaged with the parts 142A (and 142C) The part is positioned inside the part 142A.) Therefore, the part is turned in the direction of the arrow A12 to be partially exposed, and along with that, the part 142A protrudes outward.

In general, a gap may be created between two parts that are relatively rotatable relative to each other so that their interference is avoided, and the internal structure may be visible through the gap. According to the above-described configuration, the part 142L seals the internal structure inside the part 142A to make it invisible from the outside even in the open-leg posture, which is advantageous in improving the design of the doll body 1. sell.

(4. Summary of leg parts configuration)
One of the parts constituting the doll body 1 according to the embodiment is the leg part 14, and the leg part 14 includes a knee part 141, a thigh part 142, and a lower leg part 143. , provided. The thigh part 142 is rotatable with respect to the knee part 141, and in this embodiment, there are two rear upper thigh parts (parts 142C and 142D) and a lower rear thigh part (part 142E). The crus part 143 is rotatable with respect to the knee part 141, and is rotatable to a position where the rear part of the crus part 143 comes into contact with the rear lower part of the thigh (part 142E). It is attached to the knee part 141 . In this embodiment, the range of motion of the thigh part 142 with respect to the knee part 141 is narrower than the range of motion of the lower leg part 143 with respect to the knee part 141 .

Here, the thigh rear lower part (part 142E) is held so that the following holds. That is, when the thigh part 142 is rotated with respect to the knee part 141 in a direction to approach the lower leg part 143, the rear lower thigh part (part 142E) changes to the upper rear thigh part ( parts 142C and 142D). Further, when the thigh part 142 is rotated with respect to the knee part 141 in a direction to move away from the lower leg part 143, the rear lower thigh part (part 142E) changes to the upper rear thigh part ( forming a continuous surface with parts 142C and 142D).

In this embodiment, the knee part 141 includes a first extension 141A1 extending into the thigh part 142 . When the thigh part 142 is rotated with respect to the knee part 141 in a direction to approach the crus part 143, the first extension 141A1 extends along the inner wall of the rear lower thigh part (part 142E). so that the lower posterior thigh part (part 142E) is recessable relative to the upper posterior thigh part (parts 142C and 142D). Further, when the thigh part 142 is rotated with respect to the knee part 141 in a direction to move away from the lower leg part 143, the first extension part 141A1 moves toward the rear lower thigh part (part 142E). so that the lower posterior thigh part (part 142E) forms a continuous surface with the upper posterior thigh part (parts 142C and 142D). According to such a configuration, when the thigh part 142 is rotated, the aforementioned aspect of the thigh rear lower part (part 142E) (that is, the thigh by the thigh rear lower part (part 142E) The recesses for the upper posterior thigh parts (parts 142C and 142D) and the formation of continuous surfaces with the upper posterior thigh parts (parts 142C and 142D) can be properly realized.

According to this embodiment, a person who can form a posture in which the lower leg part 143 is in close contact with the lower leg part 143 and the thigh part 142 (for example, a sporty posture such as a crouching pose). Form 1 can be realized. Therefore, according to this embodiment, it is advantageous to diversify the postures that the doll body 1 can form.

Further, in the present embodiment, the thigh part 142 further includes a front upper thigh part (part 142F) and a front lower thigh part (part 142G). The lower front thigh part (part 142G) is held so that the following holds. That is, when the thigh part 142 is rotated with respect to the knee part 141 in a direction to approach the crus part 143, the front lower thigh part (part 142G) changes to the front upper thigh part ( part 142F). Further, when the thigh part 142 is rotated with respect to the knee part 141 in a direction to move away from the lower leg part 143, the front lower thigh part (part 142G) changes to the front upper thigh part ( part 142F) to form a continuous surface.

In this embodiment, the knee part 141 further includes a second extension 141A2 extending into the thigh part 142 . The thigh front lower part (part 142G) is held by the second extension 141A2. According to such a configuration, when the thigh part 142 is rotated, the above-described aspect of the thigh front lower part (part 142G) (that is, the thigh by the thigh front lower part (part 142G) Prominence on the front upper part of the thigh (part 142F) and formation of a continuous surface with the front upper thigh part (part 142F)) can be appropriately realized. As a result, it is possible to express the tension of the thighs (a mode close to the movement of the muscles of the human body) when the lower leg part 143 and the thigh part 142 are brought close to each other. can be more advantageous for diversification of postures that can be formed.

Regarding the part 141A, in the present embodiment, the extending portions 141A1 and 141A2 are individually provided to prevent interference with other parts. Alternatively, extensions 141A1 and 141A2 may be provided as a single extension.

(5. About arm parts)
FIG. 5 shows an exploded schematic diagram of an elbow part 151 , a forearm part 153 and a hand part 154 among a plurality of parts forming the arm part 15 . Elbow part 151 includes parts 151A-151D. Forearm part 153 includes parts 153A-153H. Hand part 154 includes parts 154A-154C. For easy understanding, the connections between these parts are indicated by dashed lines in the drawing.

(5-1. Configuration of Elbow Parts)
The part 151A is an upper arm holding part capable of holding the upper arm part 152 . Since the part 151A extends into the upper arm part 152 and supports the upper arm part 152, it may be called an upper arm support part, an upper arm skeleton part, or the like.

The part 151B is a forearm holding part capable of holding the forearm part 153, and includes a shaft portion 151B1 for realizing the holding, although the details will be described later. Since the part 151B extends into the forearm part 153 and supports the forearm part 153, it may be called a forearm support part, a forearm skeleton part, or the like.

The parts 151C and 151D are a pair of clamping parts that rotatably clamp the parts 151A and 151B by being connected to each other. In such a configuration, when the part 151A rotates, the upper arm part 152 rotates, and when the part 151B rotates, the forearm part 153 rotates with respect to the parts 151C and 151D. In this regard, parts 151C and 151D may also be referred to as elbow body parts or the like.

(5-2. Configuration of forearm parts)
The part 153A is a connection part for connecting the forearm part 153 to the part 151B from below, and includes a ring part 153A1 and a holding part (or a shaft part) for making a part of the forearm part 153 rotatable. ) 153A2. Although the details will be described later, the part 153A is rotatably held by inserting the shaft portion 151B1 of the part 151B through the ring portion 153A1.

The part 153B is configured so that the ring portion 153A1 of the part 153A can be fitted to its inner wall, and is connected to the part 151B from below (connected by inserting the shaft portion 151B1 through the part 153B together with the ring portion 153A1). .). Part 153C is a decorative part that can be attached to part 153B from the outside. The parts 153B and 153C form part of the exterior of the forearm part 153 as forearm exterior parts, and can also be called inner forearm parts because they are located on the side of the body 12 (inside).

Part 153D is a forearm exterior part that forms another part of the exterior of forearm part 153 and is connected to part 153B. Although the details will be described later, the part 153D is provided with a notch 153D1 for making a part of the forearm part 153 rotatable, and the part 153A is configured such that the holding portion 153A2 is inserted through the notch 153D1. is held to

The part 153E is held by the holding portion 153A2 on the side opposite to the part 153A with respect to the part 153D. Part 153F is a decorative part that can be attached to part 153E from the outside. The parts 153E and 153F form another part of the exterior of the forearm part 153 as a forearm exterior part, and are positioned on the opposite side (outside) of the body part 12 side, so they are also called the forearm outer part parts. I can say

It can be said that the outer shape of the forearm itself is substantially formed by parts 153B to 153D, and parts 153E and 153F form additional equipment. Therefore, it is also possible to express the part 153D as the outer forearm part, and express the parts 153E and 153F as equipment parts (for example, armor parts, shield parts, gauntlet parts, etc.) or decoration parts.

Parts 153G and 153H are decorative parts provided incidentally on the rear of the forearm. The part 153G is sandwiched between the parts 153B and 153D, and the part 153H is attached to the tip of the part 153G.

(5-3. Configuration of hand parts)
Part 154A is a hand body part. The part 154B is a decorative part attached to the part 154A and decorates part of the back of the hand.

The parts 154C and 154D implement the wrist joint structure of the doll body 1. FIG. The part 154C connects the part 154A so as to be rotatable in the wrist circumferential direction (the direction d2 described later). The part 154D connects the part 154C so as to be rotatable in the front-rear direction, and is connected to the part 153B from below so as to be rotatable in the circumferential direction of the wrist. With such a configuration, the part 154A, which is the hand main body part, is held so as to be rotatable in the circumferential direction of the wrist and/or in the front-rear direction. From this point of view, the parts 154C and 154D can collectively be called wrist parts.

Although the constituent parts of the arm part 15 have been individually described here, some of them may be integrally constructed. For example, two parts (parts 153B and 153C, parts 154A and 154B, etc.) that are fixedly connected to each other and do not involve changing their relative positions may be integrally molded.

(6. Rotating mode of arm parts)
6A and 6B show perspective views of the forearm part 153 and the hand part 154. FIG. FIG. 6A shows a posture in which the part corresponding to the palm of part 154A, which is the hand body part, faces inward (in the same direction as parts 153B and 153C as the forearm external parts). FIG. 6(B) shows a posture in which the parts 154A are rotated in the circumferential direction of the wrist and the part corresponding to the palm faces backward.

For ease of understanding, in the drawing, the extending direction of the forearm part 153 is indicated as a first direction d1, and the circumferential direction (wrist circumferential direction) around the first direction d1 is indicated as a second direction d2. show.

5 together with FIGS. 6A and 6B, in the forearm part 153, the shaft part 151B1 of the part 151B is inserted through the ring part 153A1 of the part 153A. In this state, it can be said that the ring portion 153A1 is provided around the shaft portion 151B1, so that the part 153A (incidentally, the holding portion 153A2) can rotate in the second direction d2.

Further, the part 153D is provided with a notch 153D1 through which the holding part 153A2 is inserted so as to allow the holding part 153A2 to rotate as the part 153A rotates. Also, the parts 153E and 153F as the forearm outer part parts are held by the part 154C at one end and held by the holding part 153A2 at the other end.

Here, when the state of FIG. 6A is changed to the state of FIG. Consider the case of rotating in the direction of . In this case, when the part 154C rotates together with the hand part 154 in the direction of the arrow A21, the parts 153E and 153F connected to the part 154C also rotate in the direction of the arrow A21.

As described above, the part 153D is provided with the notch 153D1 so as to allow the rotation of the holding portion 153A2 of the part 153A. Therefore, as the parts 153E and 153F rotate, the holding portion 153A2 that holds them also rotates in the direction of the arrow A21. That is, when the hand part 154 is rotated in the direction of the arrow A21 with respect to the forearm part 153 by the parts 154C and 154D that realize the wrist joint structure, the parts 153E and 153E serving as the forearm outer part parts and 153F also rotates in the direction of arrow A22. In other words, it can also be said that the parts 153E and 153F act as rotating parts of the forearm part 153 that rotate together with the rotation of the hand part 154 .

In general, when a human rotates his/her wrist, the forearm can also partially rotate. Therefore, according to this embodiment, it is advantageous to diversify the postures that the doll body 1 can form.

(7. Summary of arm parts configuration)
Another one of the body parts constituting the doll body 1 according to the embodiment is the arm part 15, and the arm part 15 consists of an upper arm part 152, a forearm part 153, and a hand part 154. , provided. The forearm part 153 is rotatable with respect to the upper arm part 152 . The hand part 154 is rotatable with respect to the forearm part 153 . Here, the forearm part 153 includes a rotating portion that rotates together with the rotation of the hand part 154 relative to the forearm part 153 . In this embodiment, the forearm parts 153 include inner forearm parts (parts 153B and 153C) and outer forearm parts (parts 153E and 153F). ) acts as the rotating portion.

In this embodiment, the arm part 15 further includes an elbow part 151 that rotatably connects the upper arm part 152 and the forearm part 153 to each other. The hand part 154 includes a hand body part (part 154A) and wrist parts (parts 154C and 154D) located on the side of the forearm part 153, and includes the hand body part (part 154A) and the wrist part. (Parts 154C and 154D) are rotatably connected to each other.

Here, the extending direction of the forearm part 153 is defined as a first direction d1, and the circumferential direction (wrist circumferential direction) around the first direction d1 is defined as a second direction d2. The hand body part (part 154A) is connected to the forearm part 153 so as to be rotatable at least in the second direction d2. One end of the outer forearm parts (parts 153E and 153F) is held against the wrist parts (parts 154C and 154D), and the other end of the forearm outer parts (parts 153E and 153F) is rotated with respect to the elbow part 151 in the second direction d2. movably held.

In this embodiment, the elbow part 151 includes a first part (part 151A) that supports the upper arm part 152 and a forearm part 153 that is rotatable with respect to the first part (part 151A). and a second part (part 151B). The second part (part 151B) includes a shaft portion 151B1 extending in the first direction d1, and the forearm outer parts (parts 153E and 153F) are rotatably held with respect to the shaft portion 151B1. . The forearm part 153 further includes a connection part (part 153A) that connects the shaft part 151B1 and the forearm outer parts (parts 153E and 153F). The connection part (part 153A) includes a ring portion 153A1 that is provided around the shaft portion 151B1 so as to be rotatable in the second direction d2, and forearm outer side parts (parts 153E and 153F) extending from the ring portion 153A1. ), and a holding portion 153A2 that holds .

In general, when a person rotates the wrist, the forearm can also partially rotate. According to the present embodiment, such an aspect can also be expressed in the doll body 1, which is advantageous in diversifying the postures that the doll body 1 can form.

(8. Summary)
According to the above embodiment, the doll body 1 is constructed by directly/indirectly connecting individual parts to each other, and at least two of the parts are relatively rotatable. Connected as possible. In such a configuration, one of the parts is configured to partially rotate, swing, or deform when the other part is rotated. According to such a structure, as can be seen from the leg part 14 and the arm part 15 illustrated in this specification, for example, it is possible to take a more human-like posture or change the posture. This is advantageous in diversifying the postures that the form 1 can form.

The invention is not limited to the above embodiments, and various modifications and changes are possible within the scope of the invention.

1: doll body, 14: leg parts (legs), 15: arm parts (arms).

Claims (7)

The legs of the doll body,
the knee;
a thigh rotatable with respect to the knee;
and a lower leg that can rotate with respect to the knee,
The thigh includes an upper rear thigh and a lower rear thigh,
The lower leg is attached to the knee so as to be rotatable to a position where the rear portion thereof contacts the lower rear portion of the thigh,
The rear lower part of the thigh,
When the thigh is rotated with respect to the knee in a direction to bring the thigh closer to the lower leg, the upper rear part of the thigh can be recessed,
The leg portion is held so as to form a continuous surface with the upper rear portion of the thigh portion when the thigh portion is rotated with respect to the knee portion in a direction to move the thigh portion away from the lower leg portion. The leg according to claim 1, wherein the range of motion of the thigh relative to the knee is narrower than the range of motion of the lower leg relative to the knee. the knee includes a first extension extending into the thigh;
The first extension is
When the thigh is rotated with respect to the knee in a direction to approach the lower leg, the thigh is separated from the inner wall of the rear lower part of the thigh,
3. When the thigh is rotated with respect to the knee in a direction to separate the thigh from the crus, the inner wall of the rear lower part of the thigh is pressed and comes into contact with the inner wall. Legs as described. The thigh further includes an upper front thigh and a lower front thigh,
The front lower part of the thigh,
When the thigh is rotated with respect to the knee in a direction to bring the thigh closer to the lower leg, the front upper part of the thigh rises,
It is held so as to form a continuous surface with the front upper part of the thigh when the thigh is rotated with respect to the knee in a direction of separating the thigh from the crus. Item 4. The leg portion according to any one of Item 3. the knee further includes a second extension extending into the thigh;
5. The leg according to claim 4, wherein the front lower part of the thigh is held by the second extending part. The thigh further includes an upper inner thigh,
The thigh inner upper part is configured so as to protrude outward when the thigh is rotated with respect to the waist of the doll body so as to assume the open-leg posture. 6. The leg according to claim 4 or 5, held between and the rear upper part of the thigh. A doll body comprising the leg portion according to any one of claims 1 to 6.

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