JP2019005542A - Doll Toy - Google Patents

Abstract

To provide a doll toy which can be deformed by an association mechanism of plural movable parts.SOLUTION: With a first part 10 which is an internal skeleton of a doll toy, as a base, a second part 20 is connected to one end part of the base so as to oscillate freely. A third part 30 to which a first external part 91 is attached is rotatably connected to one end part of the second part 20, and the other part of the second part 20 is slidably supported in a long hole engagement part 42 of a fourth part 40. The fourth part 40 is suspended to slide by a guide part 13 of the first part 10, and there is a fifth part 50 which is rotatably supported by the other end part of the first part 10 on a movement destination. When the first external part 91 is moved to an obliquely rear and lower side, the second part 20 oscillates and slides the fourth part 40. When the fourth part 40 is slid, the fifth part 50 oscillates and the second external part 92 attached thereto is interlocked.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a doll toy.

  As a kind of doll toy, there is known a doll toy that can be played by a user assembling parts for each part and completing various poses. For example, Patent Document 1 has a structure in which a ball joint (corresponding to a femoral joint in terms of a human body) that connects legs is supported so as to be swingable by a longitudinal axis fixed to a side portion in a waist. A configuration of a doll toy that can achieve both an upright posture and a dynamic open leg posture by changing the interval between the ball joints is disclosed.

  In addition, among doll toys, as disclosed in Patent Document 2, a doll toy corresponding to a deformed doll toy that is played by changing a part from the first form to the second form is also known.

JP 2009-34232 A JP2015-134247A

  Now, there are various models of deformed doll toys, but the design of humanoid robot weapons with deformation mechanisms that appear in anime and manga is popular. For example, in the setting of humanoid robot weapons in anime and manga, when it falls into a remote area, it temporarily transforms from the standard form to a special form, while the ability can be significantly increased and special functions can be activated Become. Deformation is one of the places to show, and it attracts the fans that specially operated parts move one after another with deformation. And the deformed doll toy is designed to faithfully reproduce such deformation.

  Naturally, a user who owns a deformed doll toy plays by deforming his / her doll toy. But sadly, it doesn't deform automatically like an anime, and you have to move the moving parts one by one with your own hands. If moving parts related to multiple deformations can be interlocked even a little, it will be as close as possible to the fascinating reproduction of the animated scene, so it is not difficult to imagine that it will produce a great appeal effect as a product.

  An object of the present invention is to enable a plurality of movable parts related to deformation of a deformed doll toy to be interlocked.

  The present invention includes a first part having a guide part, a second part swingably connected to one end of the first part, a third part connected to one end of the second part, A fourth part that has an engaging part that engages with the other end part of the second part, and that can move between the retracted state and the advanced state by moving along the guide part, and is connected to the third part The first exterior part is connected to the other end of the first part so as to be rotatable, and the fourth part rotates when the fourth part contacts when the fourth part transitions to the advanced state. 2 external parts, and an operating force when the first external part is moved is transmitted to the second part via the third part, and the second part swings, and the second part The fourth part is moved to the guide by the acting force on the engaging part due to the swing of the guide. To move along the, it is the doll toy.

  In the doll toy of the present invention, the engaging portion is a long hole that is long in a direction intersecting with the direction along the guide portion and rotatably engages the other end portion of the second part. When the other end of the two parts moves between both ends of the long hole, the swinging motion of the second part and the moving motion of the fourth part may be converted.

  In the doll toy of the present invention, one end of the third part is connected to one end of the second part, and the other end is connected to a predetermined part of the doll toy. The distance between the first part and the predetermined part may be changed by swinging.

  In the doll toy of the present invention, a sixth part that rotates when the fourth part contacts when the fourth part transitions to the advanced state, and a third exterior part connected to the sixth part; , May be provided.

  In the doll toy of the present invention, the sixth part is connected to one or more other parts, and the other parts are rotated when the sixth part is rotated by the contact of the fourth part. You may rotate integrally with the sixth part.

In the doll toy of the present invention, a fifth part is provided between the first part and the second exterior part, and the fifth part is rotatably connected to the other end of the first part, The second exterior part may be mounted on the fifth part and rotated together with the fifth part.

  In the doll toy of the present invention, the first exterior part may be located on the back side of the doll toy, and the second exterior part may be located on the front side of the doll toy.

  In the doll toy according to the present invention, the doll toy is an assembled toy, and the first part, the second part, and the third part may be formed without assembly by insert molding.

  Moreover, in the doll toy of the present invention, the doll toy is an assembled toy, and the first part, the second part, the third part, and the fifth part are formed without assembly by insert molding. Also good.

  According to the present invention, a plurality of movable parts related to deformation of a deformed doll toy can be interlocked.

The comparison figure of the front external appearance after a deformation | transformation of the doll toy of this embodiment before and after a deformation | transformation. The comparison figure of the right side toward the front before a deformation | transformation of the doll toy of this embodiment, and after a change. The perspective view which shows the arrangement | positioning relationship before a deformation | transformation of each part which comprises the interlocking mechanism in the shin part of a right leg part. The figure which shows the arrangement | positioning relationship before a deformation | transformation of each part which comprises the interlocking | linkage mechanism in the shin part of a right leg part, Comprising: The figure which isolate | separated exterior parts and displayed one part in cross section. The exploded view of the interlocking mechanism of the state before a deformation | transformation. The figure for demonstrating deformation | transformation operation | movement of an interlocking mechanism (the 1). The figure for demonstrating deformation | transformation operation | movement of an interlocking mechanism (the 2). The figure for demonstrating deformation | transformation operation | movement of an interlocking mechanism (the 3). The figure for demonstrating deformation | transformation operation | movement of an interlocking mechanism (the 4). The perspective view which shows the arrangement | positioning positional relationship after each part which comprises the interlocking mechanism in the shin part of a right leg part after a deformation | transformation.

Hereinafter, an example of an embodiment to which the present invention is applied will be described, but the form to which the present invention can be applied is not limited to the following embodiment.
FIG. 1 is a comparative view of the front appearance of the doll toy according to this embodiment before deformation (left side of the figure) and after deformation (right side of the figure). FIG. 2 is a comparative view of the right side as viewed from the front before the deformation (left side of the figure) and after the change (right side of the figure).

  The doll toy 2 is an assembled toy made by assembling parts according to parts, and has a design imitating a humanoid robot weapon with a deformation mechanism that appears in anime and manga, and faithfully reproduces the deformation mechanism doing.

  Therefore, the doll toy 2 of the present embodiment can be played by being deformed by moving a plurality of exterior parts relative to the housing (in FIGS. 1 and 2, the direction of movement due to the deformation is represented by an arrow). In the setting of the humanoid robot weapon as a model of the doll toy 2 of the present embodiment, the standard mode is set to before the transformation, and after the transformation, the capability is greatly improved as compared with the standard mode, and a function expansion mode in which a hidden function is expressed. become.

  In the doll toy 2, in order to visually express the feeling of function expansion accompanying such deformation (in short, the feeling of power-up and the feeling of improved specifications), a plurality of exterior parts can be separated from the housing during deformation. It can move to slide or flip. Then, along with the movement of the appearance parts, an aggressive outer shape with increased irregularities is formed and some dimensions are expanded. Further, by exposing a portion of the internal structure that was hidden before the deformation (the hatched portion in FIGS. 1 and 2), the appearance color scheme of the doll toy 2 is changed to a more aggressive color scheme. . For example, a part of the internal structure to which color psychologically angry or aggressive is given, such as yellow or red, is exposed to the outside by deformation.

The deformation scene of the modeled humanoid robot weapon assumes that the moving parts move almost simultaneously with the deformation. The deformed scene is one of the showgrounds and attracts fans.
However, since the doll toy 2 is an assembled toy, it is not equipped with a mechanism for driving it to be automatically deformed. Basically, the user manually moves the movable parts one by one along with the deformation. become. Still, the doll toy 2 of the present embodiment incorporates a structure in which a plurality of parts are interlocked in part, thereby improving the reproducibility of the deformation scene of the model humanoid robot weapon. Specifically, the first exterior part 91 (rear shin exterior part) on the rear side, the second exterior part 92 (upper knee exterior part) on the front side, The third exterior part 93 (front shin part exterior part), the fourth exterior part 94 (central knee exterior part), and the fifth exterior part 95 (lower knee exterior part) can be interlocked.

Now, the interlocking mechanism in the present embodiment will be described.
FIG. 3 is a perspective view showing an arrangement relationship before deformation of each part constituting the interlocking mechanism in the shin portion of the right leg portion. FIG. 4 is a diagram showing an arrangement relationship before deformation of each part constituting the interlocking mechanism in the shin portion of the right leg portion, and is a diagram in which exterior parts are separated and a part is displayed in cross section. FIG. 5 is an exploded view of the interlocking mechanism 100 in a state before the deformation, and partially shows a cross-sectional view.

The interlocking mechanism 100 is
1) First part 10;
2) a second part 20 swingably connected to one end of the first part 10 (the rear end of the doll toy 2: the right end in FIGS. 3 to 5);
3) a third part 30 connected to one end of the second part 20;
4) Engage with the other end of the second part 20 (the front end for the doll toy 2: the left end in FIGS. 3 to 5) and move along the guide part 13 of the first part 10 ( A fourth part 40 movable in the forward) / retracting direction (backward);
5) the first exterior part 91 on the back side connected to the third part 30;
6) a fifth part 50 rotatably connected to the other end of the first part 10;
7) a second exterior part 92 mounted on the fifth part 50 and rotating together;
8) A sixth part 60 whose lower end is pivotally supported inside the shin part and can swing back and forth on the advancing direction side of the fourth part 40;
8) A seventh part 70 whose lower end is connected to the upper end of the sixth part 60 so as to swing back and forth,
9) An eighth part 80 whose lower end is connected to the upper end of the seventh part 70 so as to be swingable back and forth;
Is provided.

The first part 10 is a basic part of the shin part corresponding to a skeleton / frame built in the shin part.
The main part of the first part 10 is a plate-like member that is long in the front-rear direction, and has a first shaft insertion hole 11 through which the knee joint shaft is inserted in the upper part on the rear end side, and the second part in the lower part on the rear side. It has the 2nd axis insertion hole 12 which penetrates 20 axis | shafts (refer FIG. 5). Moreover, it has the 5th axis | shaft penetration hole 15 which penetrates the 5th axis | shaft 55 of the 5th part 50 which can mount | wear with the 2nd exterior part 92 in the front upper part. Moreover, the guide part 13 and the sliding protrusion part 14 are respectively provided under the left and right side surfaces.

The first shaft insertion hole 11, the second shaft insertion hole 12, and the fifth shaft insertion hole 15 are through-holes in the left-right direction.
The guide part 13 is a diagonally upward upward plate part protruding in the left-right direction (front / depth direction in FIGS. 3 to 5).
The sliding protrusion 14 is a protrusion protruding in the left-right direction, and loosely fits with an internal guide groove 41 provided in the fourth part 40 described later.

  The second part 20 has a second shaft 22 at an intermediate position in the front-rear direction when viewed from the side. The second shaft 20 is inserted into the second shaft insertion hole 12 of the first part 10 and can swing up and down with respect to the first part 10. It is connected to. That is, the second part 20 is connected to one end of the first part 10 so as to be swingable at an intermediate portion thereof. Further, the second part has a rod-like shape that is bent in a mountain shape with the second shaft 22 as the apex when viewed from the side, and has a left and right end portion (the upper end portion in FIGS. 3 to 5). It has the direction 3rd axis | shaft 23, and has the 4th axis | shaft 24 of the left-right direction in the other end part (lower side edge part in FIGS. 3-5) of the front side.

The third shaft 23 is inserted into and engaged with the third shaft insertion hole 33 of the third part 30, and the third part 30 is supported to be swingable in the vertical direction with respect to the second part 20.
The fourth shaft 24 is inserted and engaged with the long hole engaging portion 42 of the fourth part 40.

  The third part 30 is a rod-shaped member having a third shaft insertion hole 33 at one end (upper end in FIGS. 3 to 5) and the other end (lower end in FIGS. 3 to 5). ) Has an assembling portion 37 for assembling the site parts 98 (see FIG. 4). And it has the connection protrusion 31 which carries out an uneven | corrugated fitting inside the 1st exterior part 91 in the rod center vicinity.

  In the present embodiment, the part part 98 is used as a jet nozzle of the propulsion device. However, depending on the design of the deformed toy, other parts such as legs, arms, and wings may be used.

  The fourth part 40 (shown in cross section in the vertical cross section at the center of the left and right in FIG. 5) has a design inspired by an internal structure that is externally exposed after deformation. A long hole engaging portion 42 that engages with the other end portion of the second part 20 is provided at the rear lower end portion of the fourth part 40.

  The long hole engaging portion 42 is long in the direction intersecting the moving direction accompanying the deformation of the fourth part 40, and is inserted into the left and right through the fourth shaft 24 of the second part 20 so as to be freely rotatable. That is, when the other end portion of the second part 20 moves between both ends of the long hole, the swinging motion of the second part 20 and the moving motion of the fourth part 40 are converted. In addition, by appropriately setting the long side direction of the long hole to intersect the moving direction, the second part 20 swings the second part 20 by reaching the end of the long hole. A restricting stopper function can be realized.

  In addition, the fourth part 40 has an internal guide groove 41 that slides and guides the sliding protrusion 14 of the first part 10 so as to be held inside the front upper portion (see FIG. 5). . By fitting the sliding protrusion 14 inside the inner guide groove 41, the fourth part 40 is suspended from the first part 10 so as to be slidable.

  When in the suspended state, the guide directions of the inner guide groove 41 and the guide portion 13 of the first part 10 are parallel or substantially parallel. As a result, the inner guide groove 41 functions as a guide rail and the sliding protrusion 14 functions as a slider, and the fourth part 40 guides while its upper surface is in sliding contact with the lower surface of the guide part 13 of the first part 10. By moving back and forth along the part 13, it is possible to change the state between a retreat state (the state in FIGS. 3 to 5: a rearward state before deformation) and an advanced state (a frontward state after deformation).

  Further, an inner space 46 that opens forward and downward is provided at the front lower portion of the fourth part 40, and a part of the rear part of the sixth part 60 and the seventh part 70 in a state before the deformation is provided. Can be paid.

  The fifth part 50 is supported so as to be able to swing up and down at an obliquely upper front position of the first part 10 corresponding to the upper position of the knee of the doll toy 2, and the second exterior part 92 (in FIG. It is a member which becomes a mounting base of a cross section. The fifth part 50 includes a mounting portion 52 for mounting the second exterior part 92 and a fifth shaft 55.

  The sixth part 60 (shown in cross section in the vertical cross section at the center of the left and right in FIG. 5) is a part disposed obliquely below the front of the fourth part 40, and its upper end can swing vertically. It is a member that is a mounting base for exterior parts. The sixth part 60 has a swing shaft 61 pivoted inside the shin at the lower end, a seventh shaft 67 connected to the seventh part 70 at the upper end, and the fourth part 40 in the middle. A stepped portion 64 that abuts the front end surface is provided. Further, on the side surface of the sixth part 60, a mounting portion 63 for mounting and connecting the third exterior part 93 (in FIG. 4, a cross-sectional view is shown with a vertical cross section at the left and right center) is provided.

  The seventh part 70 is a member that swings in the front-rear direction at the swing end of the sixth part 60 and serves as a base for mounting the exterior part. The seventh part 70 has a seventh shaft insertion hole 77 that is a through hole in the left-right direction through which the seventh shaft 67 of the sixth part 60 is inserted at the lower end, and an eighth shaft at the lower end of the eighth part 80 at the upper end. And an eighth shaft insertion hole 78 which is a through hole in the left-right direction through which 88 is inserted. Moreover, the side surface has a mounting portion 74 for mounting the fourth exterior part 94.

  The eighth part 80 (shown in cross section in the vertical section at the left and right center in FIG. 5) is a member that swings in the vertical direction at the upper end of the seventh part 70 and serves as a base for mounting the exterior parts. The lower end has an eighth shaft 88, and the side surface has a mounting portion 85 for mounting the fifth exterior part 95 (shown in cross section in the longitudinal section at the left and right center in FIG. 4).

  In the present embodiment, at least the first part 10, the second part 20, and the third part 30 are integrally formed in advance by insert molding and included in the assembled toy kit as one assembly. Preferably, the first part 10, the second part 20, the third part 30, and the fifth part 50 are integrally formed by insert molding, and more preferably, the first part 10, It is assumed that the second part 20, the third part 30, the fourth part 40, and the fifth part 50 are integrally formed by insert molding. By such integral molding, even a young person unfamiliar with an assembled toy can assemble the doll toy 2 of this embodiment including the complicated interlocking mechanism 100 correctly and without any trouble.

  Next, the operation of the interlocking mechanism 100 accompanying the deformation will be described with reference to FIGS. In order to deform the shin part of the doll toy 2, as shown in FIG. 6, first, the first exterior part 91 is pinched and pulled backward and slightly obliquely downward (see the circled number “1” in the figure). .

  Then, the third part 30 to which the first exterior part 91 is mounted is similarly pulled backward and slightly obliquely downward, and lowers one end of the second part 20 connected by the third shaft 23. Oscillate and rotate (clockwise in FIG. 6) (see the number “2” in the figure).

  As a change in the design of the doll toy 2, the swing of the second part 20 causes the first part 10 and the parts attached to the third part 30 (first exterior part 91 and part part 98; 4)). In this way, using the deformation, the relative distance between the first part 10 and the predetermined part can be changed, and when viewed as a whole doll toy, the deformation becomes larger or smaller overall. Will change the overall size.

  Since the fourth shaft 24 at the other end of the second part 20 is connected to the fourth part 40 by the long hole engaging portion 42, the second part 20 moves in the direction of lowering the one end (in FIG. By rotating so as to swing (in the direction of rotation), the fourth part 40 is pushed up from the rear obliquely lower side to the front obliquely upward.

  The fourth part 40 is in a state of being suspended from the first part 10, and the upper end of the fourth part 40 is in sliding contact with the lower surface of the guide part 13 so that upward movement is restricted. As a result, the fourth part 40 pushed by the second part 20 is guided by the guide part 13 and the internal guide groove 41 and starts to slide forward and obliquely upward (the round numeral “ 3 ”). The fourth part 40 shifts from the retracted state to the advanced state (state transition).

  When the fourth part 40 moves forward, the lower front part of the fourth part 40 hits and pushes the stepped portion 64 of the sixth part 60 (thick arrow in the figure). Thereby, the sixth part 60 rotates about the swing shaft 61 and swings so as to fall forward (see the circled number “4” in the figure).

  Since the seventh part 70 is integral with the sixth part 60 due to the friction of the seventh shaft 67, the seventh part 70 tilts forward together with the relative positional relationship with the sixth part 60 as it is or substantially as it is. Similarly, since the eighth part 80 is integrated with the seventh part 70 due to the friction of the eighth shaft 88, the eighth part 80 also tilts forward together with the sixth part 60. The seventh part 70 and the eighth part 80 can be referred to as one or more other parts connected to the sixth part 60.

  When the operation on the first exterior part 91 further proceeds, the fourth part 40 is further slid and moved forward and obliquely upward. The integrated tilting of the sixth part 60, the seventh part 70, and the eighth part 80 continues. Eventually, as shown in FIG. 7, the front upper end portion of the fourth part 40 comes into contact with the lower end surface of the second exterior part 92 remaining in the posture before the deformation.

  The lower end surface of the second exterior part 92 is designed to be slightly widened toward the rear, and the front upper end of the fourth part 40 that moves forward is exactly the front from the rear (lower side) of the widened part. (Upper side) is entered, and the second exterior part 92 is pushed obliquely upward from the inside (see the balloon display portion). As a result, the second exterior part 92 swings upward about the fifth shaft 55 of the fifth part 50 (see the circled number “5” in the figure).

  When the operation to the first exterior part 91 and the rotation of the second part 20 accompanying this further progress, the fourth shaft 24 eventually reaches the upper end of the long hole of the long hole engaging part 42 as shown in FIG. . The long hole of the long hole engaging portion 42 is formed long in a direction intersecting the sliding direction of the fourth part 40. At this time, the fourth shaft 24 is set so as to be positioned substantially on the front side of the second shaft 22. Therefore, when the fourth shaft 24 reaches the upper end of the long hole of the long hole engaging portion 42, the rotation of the second part 20 acts exclusively to push up the fourth part 40 upward. However, the upper end of the fourth part 40 restricts upward movement by the guide portion 13 of the first part 10. As a result, the rotation of the second part 20 is restricted. Naturally, the third part 30 connected thereto (and the first exterior part 91 attached thereto) no longer swings outward and does not move downward. The user who was operating can also recognize that the operation to the first exterior part 91 has reached the limit tactilely.

  When the operation on the first exterior part 91 is completed, as shown in FIG. 9, the user pushes the fifth exterior part 95 from the front to the rear, and moves the position of the exterior part to an appropriate position after the deformation. As described above, the fifth exterior part 95 is attached to the eighth part 80, and the movement of the fifth exterior part 95 reaches a predetermined position when the eighth part 80 contacts the fourth part 40. The user knows that

  As the fifth exterior part 95 is pushed and moved from the front to the rear, the seventh part 70 connected to the eighth part 80 is also rotated by the eighth shaft 88 and swings backward. As a result, the fourth exterior part 94 attached to the seventh part 70 also automatically reaches the predetermined position after deformation.

  This completes the interlocking by the deformation operation in the shin part, and the shin part of the doll toy 2 is in the state after the deformation of FIG.

  Thus, in the deformation process in the shin part of the doll toy 2 of the present embodiment, when the user operates the first exterior part 91, the fourth part 40 protrudes forward and the second exterior part 92 jumps up. Furthermore, the third exterior part 93, the fourth exterior part 94, and the fifth exterior part 95 also swing forward. Such interlocking is reminiscent of the deforming action of the humanoid robot weapon that became the model of the doll toy 2, that is, the scene in which the moving parts related to the deformation move all at once. Compared with a conventional doll toy that one user has moved by hand, the satisfaction as a deformed toy is improved. Further, by operating the first exterior part 91, the third part 30, the second part 20, and the fourth part 40 can be interlocked in order, and the procedure of the deformation operation can be reduced.

  If the doll toy model is a humanoid robot weapon of animation or manga as in the present embodiment, it will be even more attractive as a modified toy. In other words, the deformation scene in which the modeled humanoid robot weapons move and transform the movable parts all at once is exactly the scene that the children dance, but in the first invention, a plurality of movable parts are linked. By doing so, it becomes possible to enjoy the deformation operation reminiscent of such a deformation scene.

  In the present embodiment, the first exterior part 91 to be deformed is a rear part, and the second exterior part 92 interlocked therewith is a front part. As a result, when the user performs a deformation operation on the back while making the front of the doll toy visible, it can be seen that the front exterior parts move without being moved by hand. Such a style is reminiscent of the deformation scenes that appear in anime and manga, and will further enhance the appeal as a deformation toy. Moreover, since the doll toy of this Embodiment can interlock | coordinate several exterior parts, the charm as a deformation | transformation toy can be improved further.

[Modification]
Note that the embodiment of the present invention is not limited to the above-described example, and it is possible to add, omit, or change the components as appropriate without changing the gist of the invention.

  For example, in the above-described embodiment, a doll toy is given as an example of a deformed toy. However, the present invention is not limited to a doll, but includes animals, birds, insects, crustaceans, virtual creatures, fighters, automobiles, ships, labor machines, and the like. The present embodiment can be applied to any structure in which exterior parts move.

  Moreover, the site | part in which the interlocking mechanism 100 is incorporated can also be suitably set according to the design of a deformation | transformation toy. For example, if it is the doll toy 2, not only a leg part but a head, a chest part, a trunk | drum, a principal part, an arm part etc. are good. Further, weapons or armor that the doll toy 2 is equipped with may be used.

  Moreover, in the said embodiment, the relative positional relationship of the exterior parts (movable part) interlock | cooperated by the interlocking mechanism 100 is made into the front and back relationship in the doll toy 2, and the example which links the exterior parts of the front side and the back side as the example However, the present invention is not limited to this. For example, even with the same front and back relationship, the exterior parts on the left side and the right side may be interlocked, or the exterior parts on the upper surface side and the lower surface side may be interlocked. Moreover, the relative positional relationship of the exterior parts to be linked is not limited to the front / back relationship. The relationship between the front side and the side surface, or the front side and the upper surface side may be used.

  In addition, although the deformed toy of the above embodiment is an assembled toy, it can be similarly applied to a toy sold as a finished product that has been assembled. It does not matter for boys and girls.

2 ... Doll toy 10 ... 1st part 11 ... 1st axis insertion hole 12 ... 2nd axis insertion hole 13 ... Guide part 14 ... Sliding protrusion 15 ... 5th axis insertion hole 20 ... 2nd part 22 ... 2nd axis 23 ... 3rd axis 24 ... 4th axis 30 ... 3rd part 31 ... Connection protrusion 33 ... 3rd axis insertion hole 40 ... 4th part 41 ... Internal guide groove 42 ... Long hole engaging part 50 ... 5th part 55 ... 5th axis 60 ... 6th part 64 ... Stepped part 67 ... 7th axis 70 ... 7th part 77 ... 7th axis insertion hole 78 ... 8th axis insertion hole 80 ... 8th part 88 ... 8th axis 91 ... 1st Exterior part 92 ... Second exterior part 93 ... Third exterior part 94 ... Fourth exterior part 95 ... Fifth exterior part 98 ... Site part 100 ... Interlocking mechanism

Claims (9)

A first part having a guide part;
A second part swingably connected to one end of the first part;
A third part connected to one end of the second part;
A fourth part having an engaging portion that engages with the other end of the second part, and capable of transitioning between a retracted state and an advanced state by moving along the guide portion;
A first exterior part connected to the third part;
A second exterior part that is pivotally connected to the other end of the first part and that rotates when the fourth part contacts when the fourth part transitions to the advanced state;
The operating force when the first exterior part is moved is transmitted to the second part via the third part, and the second part swings, and the second part swings the A doll toy in which the fourth part moves along the guide portion by an acting force on the engaging portion. The engagement portion is a long hole that is long in a direction intersecting with the direction along the guide portion, and rotatably engages the other end portion of the second part,
When the other end of the second part moves between both ends of the elongated hole, the swinging motion of the second part and the moving motion of the fourth part are converted.
The doll toy according to claim 1. The third part has one end connected to one end of the second part, and the other end connected to a predetermined part of the doll toy,
The distance between the first part and the predetermined part is changed by the swing of the second part.
The doll toy according to claim 1 or 2. A sixth part that rotates when the fourth part contacts when the fourth part transitions to the advanced state;
A third exterior part connected to the sixth part;
The doll toy according to any one of claims 1 to 3, further comprising: One or more other parts are connected to the sixth part,
The other parts rotate together with the sixth part when the sixth part rotates due to the contact of the fourth part.
The doll toy according to claim 4. A fifth part is provided between the first part and the second exterior part,
The fifth part is pivotally connected to the other end of the first part,
The second exterior part is attached to the fifth part and rotates together with the fifth part.
The doll toy according to claim 1. The first exterior part is located on the back side of the doll toy,
The second exterior part is located on the front side of the doll toy,
The doll toy according to any one of claims 1 to 6. The doll toy is an assembled toy,
The first part, the second part, and the third part are formed without assembly by insert molding.
The doll toy according to any one of claims 1 to 7. The doll toy is an assembled toy,
The first part, the second part, the third part, and the fifth part are molded without assembly by insert molding.
The doll toy according to any one of claims 1 to 7.