JP2018086120A - toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a highly entertaining toy.SOLUTION: A toy 1 includes: a deformable main toy part 2; a plurality of deformable sub toy parts 3; and a plurality of joint toy parts 4 that join the main toy part and the sub toy parts in a separable manner, where each of the joint toy parts 4 constitutes a small-sized figure by itself, the main toy part 2 and the joint toy parts 4 connected to the main toy part 2 constitute the exterior of a middle-sized figure 20, the sub toy parts 3 and the joint toy parts 4 connected to the sub toy parts 3 constitute the exteriors of middle-sized figures 30, and the deformed main toy part 2, the plurality of deformed sub toy parts 3, and the plurality of joint toy parts 4 joining the main toy part 2 and the plurality of sub toy parts 3 constitute the exterior of a large-sized figure.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a toy including a plurality of connectable toy bodies.

  The toy described in Patent Document 1 is a robot-type first toy, a second toy that constitutes an arm portion of the robot and is detachably connected to the first toy, and a second toy And an identification information holding member that attaches to the second toy and provides identification information to the second toy. And the 1st toy is comprised so that the identification information of the connected 2nd toy may be acquired and the production | presentation by an audio | voice may be output according to the acquired identification information.

Japanese Patent No. 5444537

  In the toy described in Patent Document 1, the identification information holding member is attached to the second toy, and in the state where the second toy is connected to the first toy, the identification information holding member is the first toy. And the second toy, and did not appear on the appearance of the toy.

  The present invention has been made in view of the above-described circumstances, and an object thereof is to provide a toy with higher interest than ever before.

  A toy according to the present invention comprises a deformable main toy body, a plurality of deformable sub toy bodies, and a plurality of connected toy bodies capable of connecting the main toy body and the sub toy body, The connected toy body constitutes a small figure by itself, the main toy body, the connected toy body connected to the main toy body, and the connected toy body connected to the sub toy body and the sub toy body. Each of which forms an appearance of a medium-sized figurine, the deformed main toy body, the deformed plurality of sub toy bodies, and the plurality of connected toys that connect the main toy body and the plurality of sub toy bodies. Specifically, it is characterized in that the appearance of each large-sized figure is configured.

  In the toy according to the present invention, the connecting toy body has a first connecting portion common to the plurality of connecting toy bodies, and the main toy body can be connected to the first connecting portion. You may have a some main connection part.

  In the toy according to the present invention, the connecting toy body has a second connecting portion common to the plurality of connecting toy bodies, and the sub-toy body can be connected to the second connecting portion. You may have a subconnection part.

  In the toy according to the present invention, the second connecting part and the sub-connecting part may be rotatably connected.

  In the toy according to the present invention, the sub-connecting portion may be rotatable with respect to the sub-toy body.

  Further, in the toy according to the present invention, the main toy body or the sub toy body has an effect part, and the connected toy body has a different connected toy effect part between the plurality of connected toy bodies. Then, in a state where the connected toy body is connected to the main toy body or the sub toy body, the connected toy effect unit may output a new usage effect using the effect output by the effect unit. .

  Also, in the toy according to the present invention, the connected toy body has identification information, the main toy body or the sub toy body has an identification information reading unit that reads the identification information, and the rendering unit is An effect corresponding to the identification information read by the identification information reading unit may be output.

  Further, in the toy according to the present invention, the connected toy body has identification information, and the main toy body or the sub toy body has a rendering unit and an identification information reading unit that reads the identification information, The effect unit may output an effect according to the identification information read by the identification information reading unit.

  In the toy according to the present invention, the main toy body or the sub toy body has a detection unit that detects that the connection toy body is mounted, and the effect unit is connected to the connection by the detection unit. When the toy body is detected, an attachment detection effect may be output.

  Moreover, in the toy concerning this invention, the said toy body and the said connection toy body may be connected.

  The toy according to the present invention may be composed of the connected toy body.

  According to the present invention, a large number of toy bodies can be freely connected, and a toy with high interest can be provided.

It is a front view of an example of a toy for describing an embodiment of the present invention. It is a front view of the main toy body of the toy of FIG. (A) is a top view of the state by which the connection toy body was attached to a part of main toy body of FIG. 2, (b) is a side view. FIG. 3 is an enlarged perspective view of a part of the main toy body of FIG. 2. It is a perspective view of the connection toy body of the toy of FIG. It is a perspective view of the connection part of the back surface of a connection toy body of FIG. 5, and a subtoy body. An example of the sub toy body used for the toy of FIG. 1 is shown, (a) is a side view of the form in the case of comprising the leg part of the toy of FIG. 1, (b) is the form in the case of constituting the arm part. (C) is a side view of an independent form. The other example of the sub toy body used for the toy of FIG. 1 is shown, (a) is the side view of the form in the case of comprising the arm part of the toy of FIG. 1, or an independent form, (b) is FIG. It is a side view of the form in the case of comprising the leg part of a toy. The other example of the sub toy body used for the toy of FIG. 1 is shown, (a) is a side view of the form in the case of comprising the leg part of the toy of FIG. 1, (b) is the arm of the toy of FIG. The side view of the form in the case of comprising a part, (c) is a side view of an independent form. The other example of the sub toy body used for the toy of FIG. 1 is shown, (a) is a side view of the form in the case of comprising the leg part of the toy of FIG. 1, (b) is the arm of the toy of FIG. The side view of the form in the case of comprising a part, (c) is a side view of an independent form. It is. It is a block diagram which shows the functional structure of the toy shown in FIG. It is the schematic which shows the effect of the connection toy body shown in FIG.

  FIG. 1 shows an example of the overall configuration of a toy for explaining an embodiment of the present invention, FIGS. 2 to 4 show an example of a main toy body, and FIG. 5 shows an example of a connected toy body. 7-10 shows an example of a subsidiary toy body. FIG. 11 is a block diagram for explaining the function of the toy, and FIG. 12 is a schematic diagram for illustrating an example of the effect of the connected toy body.

  As shown in FIG. 1, the toy 1 has the shape of a humanoid robot as a large figure. A toy 1 includes a main toy body 2 constituting the base of the robot body, both arms and both legs, a plurality of sub toy bodies 3 removably connected to both arms and both legs of the main toy body 2, and the secondary toy. The specific toy body 2 is connected to the main toy body 2 and has a plurality of connected toy bodies 4 attached to the chest of the main toy body 2. The connected toy body 4 in the toy 1 not only connects the main toy body 2 and the sub-toy body 3, but also displays a large figure as a part of the appearance of the toy 1 with the connected toy body 4 exposed to the exterior. Configure. That is, the connected toy body 4 constitutes a part of the appearance of the large-sized figure. In addition, the main toy body 2 and the connected toy body 4 connected to the main toy body 2 form an appearance of a first medium-sized object 20 described later. An external appearance of a second medium-sized figurine 30 described later is configured by the connected connected toy body 4.

  As shown in FIG. 2, the main toy body 2 is provided with a main connection portion 21 having a substantially spherical shape and the same concave structure on the chest, both arms, and both legs of the robot body, and the main connection portion 21 has a spherical shape. The connected toy body 4 having the connected toy effect part 4e is attached. The shape of the rotatable main connecting portion 21 includes hook holding portions 21u and 21d each having a substantially square recess shape above and below the spherical recess portion 21q. And the 1st connection part 41 mentioned later of the connection toy body 4 is fitted by the hook holding | maintenance parts 21u and 21d of this main connection part 21, and the connection toy body 4 can be attached or detached. Note that the upper part of the robot face 20f has a rotatable head (in the direction of arrow A) 20h (see FIG. 3) imitating the face of an animal.

  By rotating the head 20h, the main toy body 2 can be deformed into a flying body whose tip portion imitates the head of an animal (a lion in this embodiment) as shown in FIG. That is, with respect to the main toy body 2, the connected toy body 4 is attached to the chest in the state shown in FIG. 2, and the head 20h is rotated (in the direction of arrow A) so as to hide the face 20f of the robot. Further, both arms are rotated 180 degrees (in the direction of arrow B). As a result, both arms extending from the body portion 20b to the left and right sides resemble the wing 20w, and the connected toy effect portion 4e of the connected toy body 4 becomes a flying body simulating a cockpit.

  The hook holding portions 21d and 21u of the main connection portion 21 are provided with elastically movable movable hooks 21df, 21df, and 21uf that lock the connection toy body 4 in the main connection portion 21. Specifically, for example, as shown in FIG. 4, the larger hook holding portion 21 d has a pair of first movable hooks 21 df and 21 df that are engaged with a first engagement portion 41 df of the connected toy body 4 described later. The smaller hook portion is provided with a second movable hook 21uf that engages with the second engagement portion 41uf of the connected toy body 4 at 21u. Accordingly, the connected toy body 4 can be attached to and detached from the main toy body 2 by pushing in toward the main connecting portion 21 and attaching / detaching it from the main connecting portion 21 (operation in the arrow Y direction).

  In the center of the spherical recess 21q of the main connecting portion 21, a main effect portion 2e (the effect portion of the main toy body as referred to in the present invention) is provided. The main effect section 2e includes a light source composed of, for example, a light emitting diode, and can emit light by an appropriate operation described later.

  The main connecting portion 21 includes a first identification information reading unit 2ir (the main toy body referred to in the present invention) that reads first identification information 4i (see FIG. 5) that is one of identification information of the connected toy body 4. Having an identification information reading unit). For example, the first identification information reading unit 2ir is provided on the bottom surface of the hook holding unit 21d. Although it does not specifically limit as the 1st identification information 4i and the 1st identification information reading part 2ir of the connection toy body 4, For example, optical means, such as a barcode, or mechanical means, such as an uneven structure and a switch, are suitably used. Can be adopted.

  The main toy body 2 has a first detection unit 2s (a detection unit included in the main toy body in the present invention) that detects that the connected toy body 4 is mounted. The structure of the first detection unit 2s is not particularly limited. For example, the second movable hook 21uf can be used. That is, it is possible to use the movement of the second movable hook 21uf when the connected toy body 4 is mounted for the detection to be the first detection unit 2s. When the connected toy body 4 is detected by the first detection unit 2s, the main effect unit 2e can output a mounting detection effect.

  As shown in FIG. 5, the connected toy body 4 has an overall shape resembling a globe, and a connected toy effect unit 4 e capable of displaying colors and patterns is provided in a spherical shape so as to be rotatable. Specifically, the connected toy effect part 4e has a substantially disc-shaped support base 6b constituting the base part and a support top 6t at the upper end of the arm part 6a that is curved and extended from the side surface of the support base 6b. The support unit 6 is supported so as to be rotatable about the rotation axis CL (in the direction of arrow C).

  Here, the connected toy effect part 4e has, for example, a light transmissive first display part 4a formed of a synthetic resin and a light transmissive second display part 4b covering the outside of the first display part 4a. doing. The first display unit 4a is fixed, while the second display unit 4b is rotatably supported. Moreover, the 1st display part 4a and the 2nd display part 4b are provided with the pattern (refer FIG. 12) which can be displayed by the pattern which can be synthesize | combined later or light.

  The connecting toy body 4 is provided with a first connecting portion 41 that is connected to the main connecting portion 21 of the main toy body 2. The first connecting portion 41 includes an engaging portion 41u that engages with the hook holding portion 21u of the main connecting portion 21, and an engaging portion 41d that engages with the hook holding portion 21d of the main connecting portion 21. . Then, a pair of left and right (only one side shown) first engaging portions 41 df provided on the engaging portion 41 d engage with the first movable hook 21 df (see FIG. 4), and the first engaging portion 41 u provided on the engaging portion 41 u. 2 engaging part 41uf engages with the 2nd movable hook 21uf (refer to Drawing 4).

  Many types of connected toy bodies 4 are prepared, and each of the first identification information 4i is provided on one end surface of the engaging portion 41d. Therefore, when the connected toy body 4 is attached, the first identification information 4i of the connected toy body 4 is read by the first identification information reading unit 2ir of the main connecting portion 21 described above.

  The connection toy body 4 is provided with a second connection portion 42 connected to the sub toy body 3 on the bottom surface side of the support base 6b. As shown in FIG. 6, the second connecting portion 42 is formed with a substantially circular recess 42g, and the sub connecting portion 32 of the sub toy body 3 is attached to the recess 42g. Specifically, the second connecting portion 42 has a pair of locking recesses 42f and 42f arranged so as to face the inner wall surface of the recess 42g, and a pair of movable hooks fitted into the locking recesses 42f and 42f. 32 f and 32 f are provided in the sub-connecting portion 32. Therefore, the movable hooks 32f and 32f are appropriately elastically moved by pushing or pulling the sub-connecting portion 32 into the recess 42g, so that the connecting toy body 4 and the sub-toy body 3 can be attached and detached. . Moreover, the connection base 3bb provided with the sub-connection part 32 is provided so as to be rotatable with respect to the main body of the sub-toy body 3. For this reason, the connected toy body 4 and the sub toy body 3 are rotatable (in the direction of arrow M).

  Moreover, the 2nd identification information 4j of the connection toy body 4 is provided in the bottom face 42b of the hollow part 42g with the some protrusion structure, for example. In the drawing, the structure is provided with six convex portions, but the number of combinations of the concavo-convex structure can provide 2 6 types, that is, 64 types of identification information. Then, the second identification information reading unit 3ir is arranged facing the second identification information 4j, so that when the connected toy body 4 is attached to the sub toy body 3, the second identification information 4j is It is read by the second identification information reading unit 3ir (the identification information reading unit of the sub toy body as referred to in the present invention) of the sub toy body 3. For the second identification information 4j and the second identification information reading unit 3ir, in addition to the concavo-convex structure, for example, an image such as a barcode 4bj provided on the bottom surface 42b and an image reading such as a barcode reader 3br for reading the image. By using the means, more identification information can be exchanged.

  As described above, the connected toy body 4 has a function in which the connecting portion gives identification information to other toy bodies, but even when the connected toy body 4 is not connected to other toy bodies, It can also be enjoyed as a single small figure with the design of the first display unit 4a and the second display unit 4b.

  As shown in FIGS. 7 to 10, the sub-toy body 3 has a structure simulating different animal forms, and each has a unique deformation.

  In the case where the sub-toy body 3A (3) is attached to the leg portion (right foot side in FIG. 1) of the main toy body 2, as shown in FIG. The head 3h simulating the head of a cow is mounted in a state facing the front of the toy 1. Further, the rear wheel portion 3ar simulating the leg portion of the cow is housed so that a part thereof enters the inside of the front wheel portion 3af in a side view.

  Moreover, the form in case 3A of sub toy bodies are mounted | worn with the arm part of the main toy body 2 is a state shown in FIG.7 (b). That is, the head 3h is rotated 90 degrees (in the direction of arrow E in FIG. 7A) about the rotation support shaft 3fg of the head 3h from the form shown in FIG. It is directed in the same direction as the axis CL, and further rotated 90 degrees around the rotation axis CL (in the direction of arrow F in FIG. 7B), resulting in a state as illustrated. Moreover, since the connection base 3bb with the connection toy body 4 rotates (arrow M direction), the sub toy body 3A can freely change the direction with respect to the main toy body 2.

  Moreover, as shown in FIG.7 (c), the sub toy body 3A is cut | disconnected from the main toy body 2, and the 2nd medium-sized figurine 30A imitating the shape of the cow in the state to which the connection toy body 4 was connected ( 30). In detail, the head 3h faces forward (left side in the figure) along the rotation axis CL of the connected toy body 4 constituting the buttocks, and the front wheel part 3af and the rear wheel part 3ar of the trackless wheel are arranged in the front-rear direction. As described above, the rear wheel portion 3ar rotates about the rotation support shaft 3rg (in the direction of arrow G) to form the second medium-sized object 30A (30).

  As described above, the auxiliary toy body 3A is in the form when it is attached to the leg part of the main toy body 2, the form when it is attached to the arm part, and further when it is separated from the main toy body 2. The form is different. Accordingly, the sub toy body 3A has a form in which the appearance of the large-sized object as a whole does not become unnatural even if the main toy body 2 has a plurality of main connection portions 21 of the main toy body 2 attached to any of the main connection portions 21. Can do. In addition, since the secondary toy body 3A and the connected toy body 4 are rotatable (in the direction of the arrow M), the orientation of the secondary toy body 3A relative to the main toy body 2 can be freely changed, so The direction can be such that the appearance does not become unnatural.

  As shown in FIG. 8A, the sub-toy body 3B (3) is configured as a figurative object imitating a swordfish. That is, it is configured as a head 3h having a sharp tip and a vertical wing 3ws imitating a dorsal fin, and a pair of left and right horizontal wings 3w imitating a chest fin. Then, in a state where the toy body 4 is separated from the main toy body 2 and the toy body 4 is connected, the body part and the rear part of the flying body are formed and configured as a second medium-sized figure 30B (30). Further, in the state of the configuration of the second medium-sized figurine 30B (30), it is connected to the arm portion (see FIG. 1) of the main toy body 2 via the connecting toy body 4 constituting the tail fin portion of the swordfish.

When the sub toy body 3B is attached to the leg portion of the main toy body 2, as shown in FIG. 8 (b), the sub toy body 3B is attached via the connected toy body 4 with the head 3h of swordfish tuna deformed.
Specifically, the head 3h simulating the head of a swordfish is rotated 90 degrees (in the direction of arrow N in FIG. 8A) about the rotation support shaft 3fg and is orthogonal to the rotation axis CL of the connected toy body 4. Is directed in the direction. In this state, the tip portion of the head 3h forms a toe portion of the leg portion of the robot, and the rear end portion of the head portion 3h forms a heel portion of the leg portion of the robot.

  Thus, the sub toy body 3B is in a form when it is attached to the leg part of the main toy body 2, a form when it is attached to the arm part, and further when it is separated from the main toy body 2. The form is different. Thereby, sub toy body 3B is made into the form by which the external appearance as the whole large figure does not become unnatural even if it mounts in any main connection part 21 among a plurality of main connection parts 21 which main toy body 2 has. Can do. Further, since the secondary toy body 3B and the connected toy body 4 are rotatable (in the direction of the arrow M), the orientation of the secondary toy body 3B with respect to the main toy body 2 can be changed freely, so that the large-sized figure as a whole The direction can be such that the appearance does not become unnatural.

  As shown in FIG. 9, the sub-toy body 3 </ b> C (3) is configured as a figure imitating a chameleon. As shown in FIG. 9 (a), the sub toy body 3C (3) is mounted on the leg of the main toy body 2 so that the chameleon's rear foot 3rf approaches the head 3h side. The folded and head 3h is attached to the main toy body 2 via the connected toy body 4 in a state bent toward the front. Specifically, the head 3h simulating the head of a chameleon constitutes the toe portion of the leg portion of the robot in a state of facing forward (rotated in the direction of arrow K) with the rotation support shaft 3fg as a fulcrum. The rear leg 3rf of the chameleon is in a state of being rotated (rotated in the direction of arrow R) toward the head 3h with the rotation support shaft 3rg as a fulcrum so as to constitute the heel portion of the leg of the robot.

  In the case where the sub-toy body 3C is attached to the arm portion (left arm side in FIG. 1) of the main toy body 2, the head 3h faces the lower side of the toy 1 as shown in FIG. The rotating support shaft 3fg is rotated by 90 degrees (in the direction of arrow T in FIG. 9A) and directed in the same direction as the rotating shaft CL of the connected toy body 4 (see FIG. 1).

  Further, as shown in FIG. 9C, the secondary toy body 3C is separated from the main toy body 2 and is connected to the connected toy body 4 so that the second medium-sized object 30C (simulating the shape of the chameleon) is obtained. 30). Specifically, the head 3h faces forward and downward (left lower side in the figure) along the rotation axis CL of the connected toy body 4, and the front foot 3ff and the rear foot 3rf are aligned in the front-rear direction. When the rear foot 3rf rotates about the rotation support shaft 3rg (in the direction of arrow L), the forefoot 3ff of the chameleon appears, and further, the connected toy body 4 is rotated 90 degrees (in the direction of arrow M) and attached. By forming the tail of the chameleon, the second medium-sized figure 30C (30) is formed.

  As described above, the auxiliary toy body 3C is in the form when it is attached to the leg portion of the main toy body 2, the form when it is attached to the arm portion, and further when it is separated from the main toy body 2. The form is different. As a result, the sub toy body 3C has a form in which the appearance of the large-sized figure as a whole does not become unnatural even if it is attached to any of the main connecting parts 21 of the plurality of main connecting parts 21 of the main toy body 2. Can do. In addition, since the secondary toy body 3C and the connected toy body 4 are rotatable (in the direction of the arrow M), the orientation of the secondary toy body 3C relative to the main toy body 2 can be changed freely, so that the entire large figure is obtained. The direction can be such that the appearance does not become unnatural.

  The form when the sub toy body 3D (3) is attached to the leg portion (the left foot side in FIG. 1) of the main toy body 2 constitutes the butt portion of the wolf as shown in FIG. A head 3 h simulating a wolf's head is mounted with the connected toy body 4 facing the front of the toy 1. Further, the rear foot portion 3rf simulating the back foot of a wolf is housed so that a part of the rear foot portion 3rf enters the front foot portion 3ff in a side view.

  Moreover, the form in case sub-toy body 3D is mounted | worn with the arm part of the main toy body 2 is a state shown in FIG.10 (b). That is, the head 3h is rotated 90 degrees (in the direction of arrow H in FIG. 10A) about the rotation support shaft 3fg of the head 3h from the form shown in FIG. The state is as shown in the figure by being directed in the same direction as the axis CL and further rotated by 90 degrees around the rotation axis CL (in the direction of arrow I in FIG. 10B). In addition, since the secondary toy body 3D and the connected toy body 4 are rotatable (in the direction of the arrow M), the orientation of the secondary toy body 3D with respect to the main toy body 2 can be freely changed to provide a large-scale figure as a whole. The direction can be such that the appearance does not become unnatural.

  Further, as shown in FIG. 10 (c), the secondary toy body 3D is separated from the main toy body 2 and a second medium-sized figurine 30D imitating the shape of a wolf with the connected toy body 4 connected thereto ( 30). Specifically, the rear foot portion 3rf is oriented such that the head portion 3h faces forward (left side in the figure) along the rotation axis CL of the connected toy body 4 and the front foot portion 3ff and the rear foot portion 3rf are lined up forward and backward. The second medium-sized object 30D (30) is formed by rotating (rotating in the direction of arrow J) about the rotation support shaft 3rg.

  Thus, the sub toy body 3D is in a form when it is attached to the leg part of the main toy body 2, a form when it is attached to the arm part, and further when it is separated from the main toy body 2. The form is different. Thereby, sub-toy body 3D is made into the form by which the external appearance as a whole large-sized figure does not become unnatural even if it attaches to any main connection part 21 among the plurality of main connection parts 21 which main toy body 2 has. Can do. In addition, since the secondary toy body 3D and the connected toy body 4 are rotatable (in the direction of the arrow M), the orientation of the secondary toy body 3D with respect to the main toy body 2 can be freely changed to provide a large-scale figure as a whole. The direction can be such that the appearance does not become unnatural.

  As shown in FIG. 11, the functional configuration of the main toy body 2 is as follows. As shown in FIG. 11, the main effect control unit 2 c, the main effect unit 2 e, the main effect information storage unit 2 em, and the main identification information so that the main toy body 2 can perform a desired effect. A storage unit 2im (not shown), a first identification information reading unit 2ir, a first detection unit 2s, and the like are provided. The power switch S is configured by a lever, a button, or the like (not shown) exposed on the surface of the main toy body 2.

  The main effect section 2e includes, for example, a sound generator such as a speaker and a light emitter such as an LED (Light Emitting Diode), and can output an effect using sound or light. Here, the main production | presentation part 2e using light is provided so that light can be output from the center of the spherical hollow part 21q of the main connection part 21, as mentioned above. In addition, the production using voice and light can be performed in many different ways for each type of connected toy body 4.

  The main effect information storage unit 2em includes a storage medium such as a ROM (Read Only Memory) or a RAM (Random Access Memory), for example, and a program executed by the main effect control unit 2c or an effect of the main effect unit 2e. I remember information. This effect information is stored in the main effect information storage unit 2em in association with the first identification information 4i that is, for example, type information of the connected toy body 4.

  The main effect control unit 2c includes a processing device such as a microprocessor, for example, and operates according to a program stored in the main effect information storage unit 2em. And the main production | generation control part 2c recognizes the 1st identification information 4i of the connection toy body 4 acquired by the 1st identification information reading part 2ir, The production information according to the recognized 1st identification information 4i is main production information. The main effect unit 2e is operated based on the read effect information read from the storage unit 2em.

  The main effect control unit 2c performs a predetermined effect by voice or light when the power switch S of the main toy body 2 is turned on, for example. And the 1st detection part 2s detects that the connection toy body 4 was connected, and the main production | generation control part 2c can perform the mounting production of the connection toy body 4 by this detection signal, Based on the 1st identification information 4i, the production | generation specific for every kind of the connection toy body 4 can be performed. Furthermore, in the toy 1, since the main connection part 21 has the same concave structure, it can enjoy, changing the connection place of the connection toy body 4 to which the sub toy body 3 was connected.

  Then, in a state where the connected toy body 4 is connected to the main toy body 2, as an example of the effect of the connected toy effect part 4e, the output of the light from the main effect part 2e is used as will be described later. A new usage effect such as changing the color of light or projecting an image can be output with 4e, and various effects can be achieved with the large-sized object and the first medium-sized object 20.

  As shown in FIG. 11, the functional configuration of the subsidiary toy body 3 is such that the subsidiary toy body 3 can independently produce a desired effect, such as the subsidiary production control unit 3 c and the subsidiary production unit 3 e (the subsidiary toy body referred to in the present invention is Production section), sub production information storage section 3em, second identification information storage section 3im (not shown), second identification information reading section 3ir (identification information reading section of the sub toy body according to the present invention), second A detection unit 3s (a detection unit included in the sub-toy body according to the present invention) and the like are provided. Moreover, although the sub toy body 3 may be provided with the power switch, the 2nd detection part 3s can be utilized as a power switch. That is, the power can be turned on when the connected toy body 4 is mounted.

  The sub-production unit 3e includes, for example, a sound generator such as a speaker and a light emitter such as an LED, and can output an effect using sound or light. In addition, as the second medium-sized figurine 30 in which the sub-toy body 3 and the connected toy body 4 are connected, a number of different effects can be provided for each type of the connected toy body 4.

  Similar to the main effect information storage unit 2em, the sub effect information storage unit 3em is configured to include a storage medium such as a ROM and a RAM, and a program executed by the sub effect control unit 3c and the effect information of the sub effect unit 3e. Is remembered. This effect information is associated with the second identification information 4j of the connected toy body 4 and stored in the sub-effect information storage unit 3em.

  The sub-effect control unit 3c operates in accordance with the program stored in the sub-effect information storage unit 3em, similarly to the main effect control unit 2c. Then, the secondary production control unit 3c recognizes the second identification information 4j of the connected toy body 4 acquired by the second identification information reading unit 3ir, and produces the production information corresponding to the recognized second identification information 4j as the secondary production information. The sub-effect unit 3e is operated based on the effect information read out from the storage unit 3em. Moreover, it can detect that the connection toy body 4 was connected by the 2nd detection part 3s, and the attachment effect of the connection toy body 4 can be performed.

  As described above, the connected toy body 4 has the first identification information 4 i in the portion connected to the main toy body 2, and the second identification information 4 j in the portion connected to the sub toy body 3. . Moreover, the connected toy production | presentation part 4e utilized when connected to the main toy body 2 is provided. In the present embodiment, the connected toy body 4 has the first identification information 4 i read by the main toy body 2 and the second identification information 4 j read by the sub toy body 3 and two types of separate identification information. However, the present invention is not limited to this. For example, the identification information of the connected toy body 4 may be read by either the main toy body 2 or the sub toy body 3 with only one type of identification information.

  As shown in FIG. 12, in the first display portion 4a of the connected toy effect portion 4e, a first picture 4af is drawn on a substantially hemispherical spherical outer wall surface 4sw, and a flat parallel surface along the rotation axis CL. A third pattern 4pf is drawn on the wall surface 4aw. On the other hand, on the second display portion 4b, the second picture 4bf is drawn in a substantially half region inside the spherical wall surface. Therefore, it is possible to represent a superposed pattern in which both the patterns are combined in a state where the first pattern 4af and the second pattern 4bf overlap. Further, in a state where the connected toy body 4 is mounted on the main toy body 2, when, for example, white primary effect light Le is output by the main effecting unit 2e, the secondary color is passed through the connected toy effecting unit 4e. The effect light Lh is output. At this time, the 3rd pattern 4pf drawn inside the connection toy production | presentation part 4e is illuminated by the primary production light Le, and it becomes visible as a shadow. In other words, the connected toy effect part 4e uses the effect (primary effect light Le) output by the main effect part 2e to output a new use effect (outputs the secondary effect light Lh, and shades the third picture. As visible). The connected toy production unit 4e has different colors and patterns for each of the connected toy bodies 4, and can perform various productions. In the present embodiment, the connected toy effect unit 4e is used when connected to the main toy body 2, but the present invention is not limited to this. For example, the connected toy production unit 4e may be used when connected to the sub toy body 3. In that case, using the output of the sub-production unit 3e of the sub-toy body 2, as described above, a new usage effect such as changing the color of light or projecting an image is output by the connected toy production unit 4e. Various effects are possible with the object and the second medium-sized object 30.

  The connected toy body 4 can be used as an independent toy even in a single form. That is, in a state where the first pattern 4af and the second pattern 4bf overlap (see FIG. 12), for example, a pattern imitating a specific animal or a constellation is displayed as a superposed pattern of both patterns, and the second display unit In a state where 4b is rotated 180 degrees, the first picture 4af and the second picture 4bf are disassembled, and the imaginary star continent associated with the superposed picture can be displayed.

  According to the toy 1 demonstrated above, the connection toy body 4 can be used as a toy which comprises a small figure by itself. And the connection toy body 4 can be used as a toy that constitutes a medium-sized figure together with the main toy body 2 or the sub-toy body 3 and constitutes a part of the appearance of the medium-shaped figure. Further, the connected toy body 4 together with the main toy body 2 and the sub toy body 3 constitutes the toy 1 as a large-sized figure and can be used as a toy that constitutes a part of the appearance of the large-sized figure. In this way, various kinds of figurative objects can be freely created by combining the components of the toy 1 singly or in combination, and a highly interesting toy can be provided.

  Further, since the connection toy body 4 and the main toy body 2 are connected by the main connection portion 21 having the same structure, a plurality of connection toy bodies 4 can be freely arranged with respect to the main toy body 2. In addition, since the connection toy body 4 and the sub toy body 3 are connected by the sub connection portion 32 having the same structure, the combination of the sub toy body 3 and the connection toy body 4 can be freely changed. Thereby, the diversity of connection of the connection toy body 4 and the sub toy body 3 can be remarkably increased with respect to the main toy body 2, and a toy with high interest can be provided.

  Although one embodiment of the present invention has been described above, the present invention is not limited to the above-described embodiment.

1 Toy (Large figure)
2e Main director (Director)
2s 1st detection part (detection part)
2ir first identification information reading unit (identification information reading unit)
3 Deputy toy body 3e Deputy director (Director)
3s second detection unit (detection unit)
3ir second identification information reading unit (identification information reading unit)
4 connected toy bodies 4e connected toy effect section 4i first identification information (identification information)
4j Second identification information (identification information)
21 main connection part 20 1st medium size figure 30 (30A, 30B, 30C, 30D) Secondary toy body (2nd medium size figure)
32 Sub-connection part 41 1st connection part 42 2nd connection part

A toy according to the present invention comprises a deformable main toy body, a plurality of deformable sub toy bodies, and a plurality of connected toy bodies capable of connecting the main toy body and the sub toy body, The connected toy body constitutes a small figure by itself, the main toy body, the connected toy body connected to the main toy body, and the connected toy body connected to the sub toy body and the sub toy body. Each of which forms an appearance of a medium-sized figurine, the deformed main toy body, the deformed plurality of sub toy bodies, and the plurality of connected toys that connect the main toy body and the plurality of sub toy bodies. Specifically, it is characterized in that the appearance of each large-sized figure is configured. A toy according to the present invention includes a deformable main toy body, a plurality of deformable sub toy bodies, and a plurality of connected toy bodies capable of connecting the main toy body and the sub toy body. The connected toy body constitutes a small figure by itself, the main toy body and the connected toy body connected to the main toy body, and the connected toy body and the connected to the sub toy body. A toy body constitutes the appearance of the medium-sized figurine, and the plurality of sub-toy bodies constituting the appearance of the medium-sized figurine connected to the connected toy body are deformed, respectively, and the connected toy connected Via the concrete, it is connectable to the deformed main toy body, the deformed main toy body, the deformed plurality of sub toy bodies, and the main toy body and the plurality of sub toy bodies are connected. The plurality of connected toy bodies each constitute the appearance of a large figure. It is characterized in.

Claims (11)

A deformable main toy body;
A plurality of deformable secondary toy bodies;
A plurality of connected toy bodies capable of connecting the main toy body and the sub-toy body;
With
The connected toy body constitutes a small figure by itself,
The main toy body and the connected toy body connected to the main toy body, and the secondary toy body and the connected toy body connected to the sub toy body constitute the appearance of a medium-sized figure, respectively.
The deformed main toy body, the deformed plurality of sub-toy bodies, and the plurality of connected toy bodies that connect the main toy body and the plurality of sub-toy bodies respectively constitute the appearance of a large figure. toy. The toy according to claim 1,
The connected toy body has a first connecting portion that is common among the plurality of connected toy bodies,
The main toy body is a toy having a plurality of main connection parts connectable to the first connection part. The toy according to claim 1 or 2,
The connected toy body has a second connecting portion that is common among the plurality of connected toy bodies,
The sub toy body is a toy having a sub connecting portion connectable with the second connecting portion. The toy according to claim 3,
The second connecting portion and the sub-connecting portion are toys that are rotatably connected. The toy according to claim 3,
A toy in which the sub-connecting portion is rotatable with respect to the sub-toy body. A toy according to any one of claims 1 to 5,
The main toy body or the sub toy body has a rendering unit,
The connected toy body has a different connected toy effect part between the plurality of connected toy bodies,
With the connected toy body connected to the main toy body or the sub toy body,
The connected toy effect part is a toy that outputs a new use effect using the effect output by the effect part. The toy according to claim 6,
The connected toy body has identification information;
The main toy body or the sub toy body has an identification information reading unit that reads the identification information, and the effecting unit outputs an effect corresponding to the identification information read by the identification information reading unit. . A toy according to any one of claims 1 to 5,
The connected toy body has identification information;
The main toy body or the sub toy body has an effect part and an identification information reading part for reading the identification information, and the effect part is an effect corresponding to the identification information read by the identification information reading part. Toy to output. A toy according to any one of claims 6 to 8,
The main toy body or the sub toy body has a detection unit that detects that the connected toy body is mounted,
The effect unit is a toy that outputs an attachment detection effect when the connected toy body is detected by the detection unit.   A toy formed by connecting the sub-toy body according to any one of claims 1 to 9 and the connected toy body.   The toy which consists of the said connection toy body as described in any one of Claim 1 to 9.

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