JP7307787B1 - model toy - Google Patents

Abstract

An object of the present invention is to provide a model toy with a novel structure. A model toy (2) includes a bent connecting part (50) that connects an arm (12) and an optional part (30). The connecting part 50 has a fixed connection portion 51 connectable to the fixed engagement portion 19 of the arm portion 12 and a rotary connection portion 52 rotatably connected to the rotary engagement portion 32 of the option part 30 . The connecting part 50 can change the relative position between the arm part 12 and the option part 30, including at least a prescribed holding position where the option part 30 is held by the hand 16 and a prescribed separation position where the option part 30 is separated from the hand, by changing the rotation angle between the rotary engaging part 32 and the rotary connecting part 52.例文帳に追加[Selection drawing] Fig. 3

Description

The present invention relates to model toys.

There are model toys of dolls that can be enjoyed in various poses by moving their joints. Among them, model toys of characters appearing in original works such as movies, comics, and animations are particularly popular because users can enjoy reproducing the fixed poses that appear in the original works.

As a technique related to a doll body, which is one of model toys, Patent Literature 1 discloses a technique capable of increasing the degree of freedom of movement of joints while suppressing the reduction in attractiveness of the appearance design.

JP 2017-77429 A

By combining the model toy with optional parts that are separate from the model toy main body, there are cases where it is desired to reproduce a unique scene in which the model toy takes a unique pose. In particular, it would be convenient if one option part could be used to reproduce a scene in which the option part and the model toy are integrated and a scene in which the option part and the model toy are separated from each other.

For example, if there is an optional part for a weapon that you hold in your hand and throw, you can have the weapon pose in your hand to reproduce the scene before the weapon is thrown, or you can pose it immediately after it is released from your hand. It would be convenient if we could reproduce the scene immediately after the weapon was released from the hand.

The present invention makes it possible to provide a model toy with a novel structure.

An aspect of the present invention includes an arm, an optional part, and a bent-shaped connecting part that connects the arm and the optional part, the arm having a first engaging portion, and the The optional part has a second engaging portion, and the connecting part includes a first connecting portion connectable to the first engaging portion and rotatably connected to the second engaging portion. and a second connecting portion that connects the optional part to a predetermined gripping position by changing the rotation angle of the second connecting portion with respect to the second engaging portion. A model toy capable of changing the relative position between the arm and the optional part, including at least a predetermined spaced position apart from the arm. Another aspect of the present invention includes an arm, an optional part, and a bent connecting part that connects the arm and the optional part, and the arm has a first engaging portion. , the optional part has a second engaging portion, and the connecting part includes a first connecting portion connectable to the first engaging portion and rotatable with respect to the second engaging portion and a second connection portion that connects to the first engagement portion and can be connected by changing the connection direction of the first connection portion to the first engagement portion, and the rotation of the second connection portion to the second engagement portion By changing the angle or changing the direction of connection of the first connecting portion with respect to the first engaging portion, a predetermined gripping position where the optional part is held by hand and a predetermined distance where the optional part is separated from the hand. A model toy capable of changing the relative positions of the arm and the optional part, including at least a position.

Further, the connection part can be connected by changing the connection direction of the first connection portion with respect to the first engagement portion, and by changing the connection direction of the first connection portion with respect to the first engagement portion, The relative position may be changeable.

Further, the first connecting portion can be connected to the first engaging portion by changing the front and back of the connecting part, and the connecting part can be turned upside down to connect the first connecting portion to the first engaging portion. It may be possible to change the direction of connection by connecting to .

Further, the first connecting portion may be a fitting recess, and the first engaging portion may be a fitting protrusion that fits into the fitting recess.

Further, the first engaging portion may be provided at a position inside the wrist of the arm portion.

Further, the connecting part may have a linear shape along the arm on the side of the first connecting portion.

Also, the second engaging portion may be provided at a position away from the center of the option part.

Further, the optional part has a sub-part whose mounting orientation can be changed, the sub-part has the second engaging portion, and the relative position can be changed by changing the mounting orientation of the sub-part. It may be changed.

ADVANTAGE OF THE INVENTION According to this invention, the model toy of a novel structure can be provided.

The perspective external view which shows the structural example of a model toy. The perspective external view which shows the structural example of a model toy. FIG. 4 is an enlarged view of a connecting structure between an arm and optional parts; FIG. 3 is an exploded view (partial cross-section) of a connection structure between an arm and optional parts; State transition diagram (part 1) for explaining a method of changing the optional part from the mounted state to the separated state. State transition diagram (part 2) for explaining a method of changing the optional part from the mounted state to the separated state. State transition diagram (part 3) for explaining a method of changing the optional part from the mounted state to the separated state. FIG. 4 is a perspective external view showing an example of a pose of the toy model with optional parts separated. The figure which shows the modification of a rotation engagement part. The perspective external view which shows the example of a structure of the modification of a model toy. The perspective exploded view which shows the connection structure example of the leg part and optional parts in a modification. FIG. 11 is a state transition diagram (part 1) for explaining a method of changing an optional part from an attached state to a separated state in a modified example; State transition diagram (Part 2) for explaining a method of changing the optional part from the mounted state to the separated state in the modified example.

An example of an embodiment to which the present invention is applied will be described below, but it goes without saying that the form to which the present invention can be applied is not limited to the following embodiments. In each figure, right-handed orthogonal three axes are shown. The three orthogonal axes are X, Y, and Z. The positive direction of the X-axis is the front or front of the model toy, the negative direction of the X-axis is the back or rear, the positive direction of the Y-axis is left, the negative direction of the Y-axis is right, In the description, the positive direction of the Z-axis is defined as the top, and the negative direction of the Z-axis is defined as the bottom. In addition, in an enlarged view of a specific part of the toy model, the right-handed orthogonal three axes based on the representative directions for focusing on the part are indicated separately by dashed coordinate axes.

FIG. 1 is a diagram showing a configuration example of a model toy 2 of this embodiment, and is a perspective external view of the model toy 2 as seen from the left front of the toy. FIG. 2 is a perspective external view of the toy model 2 as seen from the front right side of the toy.

The model toy 2 of the present embodiment has an appearance in the shape of a person imitating a character appearing in an original work such as a manga, a movie, or an animation, and can be made to take various poses by moving its joints. is a so-called action toy. The model toy 2 in FIGS. 1 and 2 shows an example of a human character wearing a combat suit, and what the model toy 2 shows are elves, beastmen, monsters, aliens, shikigami, It doesn't matter if it is a robot, an android, or any other entity that has extensions corresponding to limbs, real or virtual. Of course, depending on the setting, the number of extending parts such as hands and feet does not matter.

The model toy 2 has a toy main body 4, an optional part 30 that is detachable from the toy main body 4, and a bent connecting part 50 that connects the toy main body 4 and the optional part 30. Each model part constituting the model toy 2 can be made of a thermoplastic resin such as ABS, but is not particularly limited. ) may be used. Also, a metal material such as titanium or aluminum, or an alloy material in which a plurality of metal materials are mixed may be used, or a combination of resin material parts and metal/alloy material parts may be used. .

The toy main body 4 has a base portion 6 corresponding to the body and extension portions 10 extending from the base portion 6 (arms 11, legs 12, and head 13 in this embodiment).

The optional part 30 is an additional part that can be used to play the model toy 2 in a mounted state in which it is mounted on the toy body 4 and integrated with the toy body 4 and in a separated state in which it is separated from the toy body 4. . For example, the optional parts 30 are objects such as accessories such as weapons and protective gear for the toy model 2, and effects that visualize the aura and energy that the toy model 2 wears. In the example of FIGS. 1 and 2, the optional part 30 is an offensive weapon that can be held, gripped, or thrown, and is a dish-shaped shield that also functions as a shield. Optional parts include parts and accessories that can be used together with the main body of the toy, and are not particularly limited in terms of shape, type, and the like. Moreover, the attached state includes not only the state in which the option parts 30 are attached to the toy body 4 and integrated with each other, but also the state in which the toy body 4 and the option parts 30 are seen as one body. Moreover, the separated state includes not only the state in which the toy main body 4 and the option part 30 are separated from each other, but also the state in which the option part 30 is moved from the attached state.

FIG. 3 is an enlarged view of the connecting structure between the arm portion 11 and the option part 30. As shown in FIG.
FIG. 4 is an exploded view showing a cross section of a portion of the coupling structure of FIG.
In FIGS. 3 and 4, right-handed auxiliary orthogonal three axes indicated by dashed lines are shown. The auxiliary orthogonal three axes are: the extension direction of the arm 11 (longitudinal direction of the forearm 15) is the Xa-axis plus direction; The side to which the palm of the wrist faces (the direction from the outside to the inside of the wrist) is defined as the Za-axis plus direction.

The arm portion 11 has an annular wristband portion 18 for holding the connecting part 50 between the forearm portion 15 and the hand 16, that is, at the wrist position. The wristband portion 18 has a fixed engaging portion 19 projecting from the inner side of the wrist in the Za-axis plus direction.

The fixed engaging portion 19 is a portion that engages with a fixed connecting portion 51 provided at one end of the connecting part 50 . The fixed engaging portion 19 is a columnar body with a T-shaped cross-section that looks like the letter "T" when viewed from the Za-axis plus direction, and is a fitting convex portion that is fitted and connected to the fixed connecting portion 51 of the connecting part 50. . The shape of the cross section of the column (surface perpendicular to the column axis) of the fixed engaging portion 19 is not limited to T-shape, but may be triangular, quadrangular, hexagonal, X-shaped, etc. to prevent free rotation around the column axis. Other shapes can be adopted as long as they can be fixedly connected to each other. Note that the fixed engaging portion 19 is not necessarily limited to a fixed connection shape, and an engaging portion having a freely rotatable shape such as a circular shape may be employed. However, by adopting a fixed connection shape for the engaging portion and restricting free rotation, the position of the bending rod portion 59 with respect to the arm portion 11 does not change unnecessarily, and the bending rod portion 59 is connected to the arm portion. 11 can be kept hidden, which is preferable.

The connection part 50 has a fixed connection part 51 at one end of a bending rod part 59 and a rotary connection part 52 for engaging the option part 30 at the other end. The shape of the fixed connecting portion 51 may be any shape as long as it fits into the fixed engaging portion 19, and if the engaging portion of the wrist is circular, the connecting portion may be circular. In addition, in the present embodiment, the fitting convex portion is provided on the wrist (arm portion 11) side, and the connecting part 50 is provided with the fitting concave portion. However, there is no particular limitation as long as the structure is such that the arm portion 11 and the connecting part 50 can be connected. Moreover, the one end and the other end do not mean only the end portion of the bending rod portion 59 , and there may be a portion further extending from the fixed connection portion 51 or the rotation connection portion 52 .

The bent rod portion 59 is a bent portion (bent body) in which two first rod portions 59a (straight portion 59a) and a second rod portion (straight portion 59b) form an obtuse angle and are integrated ( See Figure 3). In the state where the bending rod portion 59 is connected to the arm portion 11, one end portion (straight portion 59a) of the bending rod portion 59 is located inside the wrist of the arm portion 11 and extends along the extension direction (Xa-axis direction) of the arm portion 11. It has a linear shape. In the present embodiment, the bent rod portion 59 is composed of the linear straight portion 59a and the straight portion 59b forming a bent body, but is not limited to this shape. A shape in which one rod portion 59a and a second rod portion 59b are combined may be used, a shape in which three or more rod portions are combined, or a shape in which three or more rod portions are combined may be used. A curved shape (for example, a shape like a bent wire) may be used. The shape of the bent portion (bent rod portion) is such that the rotational connection portion 52 of the connecting part 50 is deviated from the extension line of the direction in which the bent portion extends from the fixed connection portion 51 (the Xa-axis direction in this embodiment). (b) is not particularly limited as long as it has a shape that allows it to be arranged at a certain position.

In addition, by arranging at least part of the bent portion in parallel with the extended portion, the bent portion (connecting part) is hidden by the extended portion and is difficult to see, which is preferable because the appearance is improved. In this embodiment, since the straight portion 59a is arranged parallel to the arm portion 11 at a position hidden by the arm portion 11, the connecting part 50 is difficult to see even when the optional part 30 is arranged at a position separated from the arm portion 11. It's becoming

The fixed connecting portion 51 is a fitting concave portion that fits into the fixed engaging portion 19 that is a fitting convex portion, and is specifically a through hole in the Za-axis direction. Therefore, the fixed connecting portion 51 can be fitted with the fixed engaging portion 19 even when the connecting part 50 is turned upside down about the Xa axis from the state shown in FIG.

The rotary connecting portion 52 is a fitting recess that fits into the rotary engaging portion 32 of the optional part 30, and is specifically a through hole extending in the Za-axis direction. It goes without saying that the shapes of the rotary connecting portion 52 and the rotary engaging portion 32 are not limited to the shapes of the present embodiment.

The optional part 30 has a main part 31 that constitutes the main appearance, and a sub-part 34 that can be attached/detached to/from the main part 31 with a fitting portion 33 . The main part 31 imitates a plate-shaped shield. The sub-part 34 is a handle attached inside the shield represented by the main part 31 and is attached at a position outside the center P of the main part 31 .

The sub-part 34 has a design in which the foldable handle is folded along the inner surface of the main part 31. - 特許庁By reversing the attachment attitude of the subpart 34 to the main part 31, a first attachment attitude in which the handle faces the center P of the main part 31 (facing in the Xa-axis plus direction) as shown in FIG. facing away from the center P (facing in the negative direction of the Xa axis) (see FIG. 6).

The sub-part 34 has two rotational engagement portions 32 (32a, 32b). As described above, the sub-part 34 is a handle attached to the inside of the dish-shaped shield, and is attached to a position outside the center P of the main part 31, so that the two rotational engagement portions 32 (32a , 32b) are also inevitably provided at positions away from the center P of the option part 30. As shown in FIG.

The rotary engaging portion 32 (32a, 32b) is a cylindrical body protruding from the back side of the shield represented by the main part 31, and the outer diameter of the column matches the inner diameter of the fitting recess of the rotary connecting portion 52 of the connecting part 50. configured to fit. That is, the rotary engaging portion 32 functions as a rotating shaft, and the rotary connecting portion 52 functions as a bearing. The dimensional tolerances of the two must be such that (1) they can be disassembled and joined together without damaging them, and (2) the coupling force of the fitting does not allow the optional parts 30 to move with respect to the connecting parts 50 due to their own weight or inertia. When the user applies force to the option part 30 while holding the option part 30, the attachment direction with respect to the connecting part 50 changes, and the user can freely change the relative position.

FIGS. 5 to 7 are state transition diagrams for explaining a method of changing the state in which the optional part 30 is attached to the toy main body 4 to the separated state in which it is separated from the toy main body 4. FIG.

FIG. 5 corresponds to the mounting state shown in FIGS. 1 to 4. FIG. The hand 16 of the arm 11 is in a state in which the four fingers from the index finger to the little finger are in close contact with each other and the fingertips are stretched out. It is said to be in a state of being located. A valley-shaped space is formed between the four fingers from the index finger to the little finger and the thumb 17, and the outer edge of the optional part 30 can be inserted therein.

In other words, in the states shown in FIGS. 1 to 5, the option part 30 is in a grasping position in which the model toy 2 seems to be grasping the outer edge of the option part 30 with the hand 16, and the edge of the option part 30 is grasped by the hand 16. The scene grasped by is reproduced. At this time, since the connecting part 50 is located inside the wrist of the arm 11, the connecting part 50 is hidden at a glance, and the connecting part 50 is difficult to see when the model toy 2 is viewed from the outside (Fig. 1, Fig. 1). See Figure 2).

There are several methods for changing from the mounted state to the separated state. One method is to temporarily remove the connecting part 50 in the Za-axis plus direction, and both the fitting between the fixed engaging portion 19 and the fixed connecting portion 51 and the fitting between the rotating engaging portion 32 and the rotating connecting portion 52 are performed. unlock. The uncoupled option part 30 can be temporarily separated from the arm 11 (hand 16).

Next, as shown in FIG. 6, in the option part 30, the mounting direction of the sub-part 34 is reversed from the mounting direction shown in FIG. Also, the connection direction of the connecting part 50 to the fixed engaging portion 19 is reversed from the direction shown in FIG. By reversing the connecting direction of the connecting part 50, the bending direction of the bending rod portion 59 (the direction in which the straight portion 59b extends from the straight portion 59a) changes from the Ya-axis negative direction in FIG. 5 to the Ya-axis positive direction. The direction is changed, and the rotary joint 52 moves from the position on the thumb 17 side to the position on the little finger side.

Then, as shown in FIG. 7 , the optional part 30 with the sub-part 34 attached in the opposite direction is connected to the connecting part 50 . Specifically, the rotary connecting portion 52 is engaged with the rotary engaging portion 32b.

Then, the effect part 60 is attached to the rotary engaging portion 32a.
The effect parts 60 are parts for visually expressing and directing the situation in which the option parts 30 are flying. The effect part 60 has a rotary connection portion 62 having the same structure as the rotary connection portion 52, and in the example of FIG. 7, the rotary connection portion 62 is fitted to the rotary engagement portion 32a.

By these changing operations, the optional part 30 is held by the connecting part 50 at a predetermined spaced position apart from the hand 16 on the little finger side of the hand 16 and in the extending direction of the arm 11 (Xa-axis plus direction). However, the optional part 30 is separated from the hand 16 as if it were separated from the hand 16 .

When the arm 11 and the option part 30 are separated from each other and the model toy 2 is changed to the throwing pose, a scene as if the option part 30 has just been thrown is created, for example, as shown in FIG. Reproducible. As described above, in this embodiment, by holding the optional part in a predetermined holding position, the optional part and the model toy main body are integrated, and the optional part is separated from the hand. By doing so, it is possible to realize both a state in which the option part is separated from the toy model main body. In the present embodiment, an example of expressing a state in which the optional part 30 is thrown has been described, but the present invention is not limited to this. It is also possible to express the state of catching .

Since the optional parts 30 are fixed to the model toy 2, the user can hold the model toy 2 in the throwing pose and enjoy viewing it from various angles. Since no pedestal parts or strut parts are required to separate the optional parts 30, the user can freely change the reproduction scene and enjoy it without obstructing the field of view. Depending on the mood, the relative angle between the rotary engaging portion 32 and the rotary connecting portion 52 can be changed to move the optional part 30 to various relative positions for further enjoyment. In addition, the fact that no pedestal parts or support parts are required has the secondary effect of reducing the number of parts.

Although one method of changing from the mounted state to the spaced state has been described with reference to FIGS. 6-8, there are other methods. For example, in FIG. 5, the option part 30 is rotated to change the connection angle (rotation angle) of the rotary connection portion 52 with respect to the rotary engagement portion 32a of the option part 30, so that the outer edge of the option part 30 is separated from the hand 16. It is a method to make it become a position. In addition, after changing only the connection direction of the connecting part 50 to the fixed engagement portion 19 or changing only the attachment direction of the sub-part 34 in the optional part 30, the rotary connection portion 52 to the rotary engagement portion 32a There is a method of changing the connection angle (rotation angle) of In this embodiment, the change from the attached state to the separated state has been described, but of course it is also possible to change from the separated state to the attached state.

[Modification]
Embodiments to which the present invention can be applied are not limited to the above examples, and addition, omission, and modification of constituent elements are possible as appropriate.

(Modification 1)
In the above embodiment, the rotary engaging portion 32 is provided on the sub-part 34, but it is also possible to provide the rotary engaging portion 32 on the back surface of the main part 31, as in an optional part 30B shown in FIG. . The position and number of the rotary engaging portions 32 in the main part 31 in this configuration can be set as appropriate.

(Modification 2)
In the above embodiment, the arm portion 11 is illustrated as the extended portion 10 of the toy model 2 to which the optional parts 30 are attached.

For example, like a model toy 2C shown in FIG. 10, the optional parts 30C are connected to the ankle bands 18C provided at the ankles of the legs 12 via the connecting parts 50C, and the optional parts 30C are attached/separated. It is also possible to adopt a configuration in which the state can be changed.

The optional part 30C has a short blade shape that looks like a curved blade. The optional part 30C assumes various postures according to the flight mode of the toy model 2 when it is attached. However, if the leg 12 is kicked out during battle, the option part 30C is set to temporarily separate from the leg 12, fly in the kicking direction, and return like a boomerang. be.

FIG. 11 is an exploded perspective view of the ankle band 18C, connecting part 50C, and optional part 30C in the attached state. The fixed engagement portion 19C of the ankle band 18C is a fitting convex portion formed of a columnar body with an octagonal cross section. The corresponding fixed connection portion 51C of the connecting part 50C is a fitting recess formed by a through hole with an octagonal cross section.

The fixed connection portion 51C is at one end of the bending rod portion 59 . The other end of the bent rod portion 59 has a rotary connection portion 52C. The rotary connecting portion 52C is a fitting convex portion with a cylindrical body projecting therefrom. Three are prepared along the longitudinal direction on the side surface of the .

The connecting direction of the option part 30C to the connecting part 50C can be changed according to the pose of the flight scene of the toy model 2C to be reproduced. Specifically, by rotating the option part 30C with the rotary engaging portion 32C as a rotation axis, the connection direction with respect to the leg portion 12 (rotary connecting portion 52C) can be changed. Note that the sub-part 34C is not directly connected to the main part 31C. In the attached state, the rotary connecting portion 52C positioned between the leg portion 12 and the sub-part 34C appears as a connecting portion connecting them.

FIGS. 12 and 13 show state transitions for explaining a method of changing the state in which the optional part 30C is mounted on the toy main body 4 (leg portion 12) of the model toy 2C to the separated state in which the optional part 30C is separated from the toy main body 4. It is a diagram.

12 to the separated state shown in FIG. 13, the option part 30C is removed from the connecting part 50C, and the connecting part 50C is removed from the fixed engaging portion 19C. Next, as shown in FIG. 13, the legs 12 of the model toy 2C are adjusted to a forward kicking pose, and the removed connecting parts 50C are reconnected to the fixed engaging portions 19C. At that time, the direction of connection to the fixed engagement portion 19C is changed so that the rotary connection portion 52C faces the distal end of the leg portion 12 . Then, the rotation engaging portion 32 of the option part 30C is fitted into the rotation connection portion 52C to adjust the posture of the option part 30C. Note that it is preferable to attach and detach the effect parts 60C to the option parts 30C as appropriate.

(Modification 3)
Further, in the above embodiment, the toy model is described as having the shape of a person, but the shape of the toy model does not matter. For example, the present invention can be similarly applied to weapon model toys having gun barrels (extending parts) such as tanks and battleships. Specifically, when the parts attached to the tip of the gun barrel are set to deploy to a position spaced apart from the gun barrel when the special shooting mode is entered, the arm portion 11 of the above embodiment or the above modified example of the gun barrel is used. If the parts attached to the tip of the gun barrel are used as the optional parts 30 and 30C, the present invention can be similarly applied.

DESCRIPTION OF SYMBOLS 2... Model toy 4... Toy main body 6... Base part 10... Extension part 11... Arm part 12... Leg part 16... Hand 19... Fixed engagement part 30... Option part 31... Main part 32... Rotational engagement part 34... Sub Parts 50... Connection parts 51... Fixed connection part 52... Rotation connection part 59... Bent rod part 60... Effect parts

Claims (10)

an arm;
optional parts and
a bending-shaped connecting part that connects the arm and the optional part;
with
The arm has a first engaging portion,
The optional part has a second engaging portion,
The connecting part has a first connecting portion connectable to the first engaging portion and a second connecting portion rotatably connected to the second engaging portion, It is possible to connect by changing the connection direction of the first connection portion with respect to one engagement portion,
Predetermined gripping of the optional part by hand by changing the rotation angle of the second connecting portion with respect to the second engaging portion or by changing the connecting direction of the first connecting portion with respect to the first engaging portion A model toy capable of changing the relative positions of the arm and the optional part, including at least a position and a predetermined spaced position where the optional part is separated from the hand. The first connecting portion can be connected to the first engaging portion by changing the front and back of the connecting part,
By connecting the first connecting portion to the first engaging portion by changing the front and back of the connecting part,
the connection orientation can be changed;
The model toy according to claim 1 . The first connection portion is a fitting recess,
The first engaging portion is a fitting projection that fits into the fitting recess,
The model toy according to claim 1 or 2 . The first engaging portion is provided at a position inside the wrist of the arm,
A model toy according to any one of claims 1 to 3 . an arm;
optional parts and
a bending-shaped connecting part that connects the arm and the optional part;
with
The arm has a first engaging portion provided at a position inside the wrist of the arm,
The optional part has a second engaging portion,
The connecting part has a first connecting portion connectable to the first engaging portion and a second connecting portion rotatably connected to the second engaging portion,
By changing the rotation angle of the second connecting portion with respect to the second engaging portion, at least a predetermined holding position where the optional part is held by hand and a predetermined separated position where the optional part is separated from the hand. A model toy capable of changing the relative position between the arm and the option part . The connection part has a linear shape along the arm on the side of the first connection part,
A model toy according to any one of claims 1 to 5 . The second engaging portion is provided at a position away from the center of the option part,
A model toy according to any one of claims 1 to 6. an arm;
optional parts and
a bending-shaped connecting part that connects the arm and the optional part;
with
The arm has a first engaging portion,
The option part has a second engaging portion provided at a position away from the center of the option part,
The connecting part has a first connecting portion connectable to the first engaging portion and a second connecting portion rotatably connected to the second engaging portion,
By changing the rotation angle of the second connecting portion with respect to the second engaging portion, at least a predetermined holding position where the optional part is held by hand and a predetermined separated position where the optional part is separated from the hand. A model toy capable of changing the relative position between the arm and the optional part. The optional part has a sub-part whose mounting direction can be changed,
The sub-part has the second engaging portion,
The relative position can be changed by changing the mounting orientation of the sub-part.
A model toy according to any one of claims 1 to 8. an arm;
optional parts and
a bending-shaped connecting part that connects the arm and the optional part;
with
The arm has a first engaging portion,
The optional part has a sub-part whose attachment direction can be changed, the sub-part has a second engaging portion,
The connecting part has a first connecting portion connectable to the first engaging portion and a second connecting portion rotatably connected to the second engaging portion,
By changing the rotation angle of the second connecting portion with respect to the second engaging portion or by changing the attachment direction of the sub-part, the optional part can be held at a predetermined gripping position with the hand, and the optional part can be held by the hand. A model toy capable of changing the relative position of the arm and the optional part, including at least a predetermined spaced position away from.

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