JP6480552B1 - Production output toy and articles for production output toy - Google Patents

Abstract

The present invention provides an effect output toy that can provide unprecedented enjoyment and fun to a player by a change in form and an effect according to form.
An effect output toy includes a toy body TB that is reversibly deformable into a first form and a second form different from the first form, and an effect output unit 40 provided in the toy body TB. ing. The effect output unit 40 is configured to be able to output different effects depending on whether the toy body TB is in the first form or the second form.
[Selection] Figure 2

Description

  The present invention relates to an effect output toy capable of outputting an effect according to a player's operation, and an article for the effect output toy.

  Patent Document 1 described later discloses a compact toy that can emit sound and emit light by touching a switch of a compact body. However, in this compact toy, sound generation and light emission due to contact with the switch are the main causes of production, so it is difficult to provide other fun and fun to the player.

Japanese Utility Model Publication No. 03-060993

  The problem to be solved by the present invention is to provide a production output toy that can provide a player with unprecedented fun and fun by means of form change and production according to form, and an article for the production output toy. There is.

An effect output toy according to the present invention includes a toy body that can take a first form and a second form different from the first form, and an effect output unit provided in the toy body, , A first body part and a second body part connected to the first body part so as to be displaceable, and the first body part and the second body part have opposing surface parts facing each other. And the second opposing surface portion of the first body portion and the opposing surface portion of the second body portion are continuous with the first opposing surface and the first opposing surface and form an obtuse angle with the first opposing surface. A first opposing surface of the first body part and a first opposing surface of the second body part are substantially parallel, and the second opposing surface of the first body part and the second The second opposing surface of the main body is substantially parallel, and the first main body is continuous with the second opposing surface and is blunt with the second opposing surface. The first opposing surface of the second main body portion opposes the first opposing surface of the first main body portion in the first form, and the first opposing face in the second form. It is comprised so that it may oppose with the 3rd opposing surface of a main-body part, and the said production | generation output part is comprised so that an effect different in the case where the said toy main body is the said 1st form and the case of the said 2nd form can be output.

  According to the production output toy and the product for the production output toy according to the present invention, it is possible to provide the player with unprecedented fun and fun by the form change and the production according to the form.

FIG. 1A and FIG. 1B are a view of the first form (oval form) seen from the front and a view seen from the rear. FIG. 2 is a view of the second form (heart-shaped form) as seen from the front. 3A and 3B are explanatory diagrams of the rotation mechanism and the rotation displacement of the second main body shown in FIG. 4A is a view of the decorative article as seen from the front, and FIGS. 4B and 4C are views of the effect article as seen from the front. FIG. 5 is a diagram illustrating a configuration of the effect output unit. FIG. 6 is an operation explanatory view according to the first form (oval form). FIG. 7 is an operation explanatory diagram according to the second form (heart-shaped form). FIG. 8 is a diagram showing an operation flow. FIG. 9 is a diagram showing an operation flow. FIG. 10 is a diagram showing an operation flow. FIG. 11 is a diagram showing an operation flow.

  First, the structure of the effect output toy to which this invention is applied is demonstrated using FIGS. Here, for convenience of explanation, the front side of FIG. 1A is front, the back side is rear, the left side is left, the right side is right, the upper side is upper, the lower side is lower, and FIG. 2, FIG. 3 (A), FIG. 3 (B), FIG. 4 (A), FIG. 4 (B), and FIG.

  The production output toy includes a toy main body TB that can be reversibly deformed into a first form (oval form) shown in FIG. 1 and a second form (heart-like form) shown in FIG. The toy main body TB has a first main body portion 10 and a second main body portion 20 that is connected to the first main body portion 10 so as to be displaceable. The second main body portion 20 is shown in FIGS. A relative rotational displacement with respect to the first main body portion 10 is possible around the rotation axis RA shown. Further, the size when the second main body 20 is viewed from the front (plan view) is smaller than the size when the first main body 10 is viewed from the front (plan view).

  First, the rotation mechanism provided in the first main body portion 10 and the second main body portion 20 will be described. As shown in FIG. 3, the first main body portion 10 and the second main body portion 20 are opposed to each other. (Reference numerals omitted). The opposing surface portion of the first main body 10 is continuous with the laterally facing first opposing surface 10a in FIG. 3 and the first opposing surface 10a, and an obtuse angle with the first opposing surface 10a (approximately 135 degrees in the figure). In FIG. 3, the second opposing surface 10 b is oriented obliquely. In addition, the first main body portion 10 is continuous with the second facing surface 10b, and forms an obtuse angle (approximately 135 degrees in the drawing) with the second facing surface 10b. Have On the other hand, the opposing surface portion of the second main body portion 20 is continuous with the laterally facing first opposing surface 20a and the first opposing surface 20a in FIG. 3, and is obtuse with the first opposing surface 20a (approximately 135 in the figure). In FIG. 3, the second opposing surface 20b is inclined.

  The first opposing surface 10a of the first main body 10 and the first opposing surface 20a of the second main body 20 face each other substantially in parallel (opposite) via a gap necessary for rotational displacement, and the first The 2nd opposing surface 10b of the main-body part 10 and the 2nd opposing surface 20b of the 2nd main-body part 20 are facing substantially parallel through the clearance gap required for rotational displacement (opposite). The rotation axis RA is a region where the second opposing surface 10b of the first main body 10 and the second opposing surface 20b of the second main body 20 are opposed, specifically, the second opposing surface 10b of the first main body 10. It is set so as to pass through the center and the center of the second opposing surface 20b of the second main body 20.

  A cylindrical shaft support portion 10 d is provided at the center of the second facing surface 10 b of the first main body portion 10. On the other hand, a disc-shaped cam portion 22 is provided in the center of the second opposing surface 20b of the second main body portion 20 via a columnar shaft portion 21, and a mountain-like shape is formed on the outer peripheral surface of the cam portion 22. The detected part 22a is provided in one place. The shaft portion 21 of the second main body portion 20 is rotatably arranged on the shaft support portion 10d of the first main body portion 10, and the cam portion 22 of the second main body portion 20 is located inside the shaft support portion 10d of the first main body portion 10. It is arranged to be rotatable. Reference numeral 18 shown in FIG. 3 is a detection unit made of a microswitch, and the detection unit 18 includes an operation unit 18 a that can be pressed by the detected unit 22 a of the cam unit 22.

  The toy body TB is changed from the first form shown in FIG. 3A (the oval form, see FIG. 1) to the second form shown in FIG. 3B (the heart-like form, see FIG. 2). Sometimes, the first main body 10 is grasped with one hand, the second main body 20 is grasped with the other hand, and the second main body 20 is rotated and displaced approximately 180 degrees around the rotation axis RA. Good. Due to the rotational displacement of the second body portion 20, the first facing surface 20a of the second body portion 20 facing the first facing surface 10a of the first body portion 10 becomes vertically oriented along with the rotational displacement. The first facing surface 20a faces (opposites) substantially parallel to the third facing surface 10c of the first main body 10 via a gap necessary for rotational displacement. Further, when the second main body 20 is rotated and displaced by about 180 degrees about the rotation axis RA, the cam 22 of the second main body 20 is rotationally displaced by the same angle in the same direction, and the detected portion 22a of the cam 22 is detected. As a result, the operating part 18a of the detecting part 18 is pressed.

  On the other hand, the toy body TB is changed from the second form shown in FIG. 3B (the heart-like form, see FIG. 2) to the first form shown in FIG. 3A (the oval form, see FIG. 1). When changing, the first main body 10 is gripped with one hand, the second main body 20 is gripped with the other hand, and the second main body 20 is rotationally displaced by about 180 degrees around the rotation axis RA. Just do it. Due to the rotational displacement of the second body portion 20, the first facing surface 20a of the second body portion 20 facing (facing) the third facing surface 10c of the first body portion 10 is turned sideways along with the rotational displacement. Thus, the first facing surface 20a faces (opposites) substantially parallel to the first facing surface 10a of the first main body 10 via a gap necessary for rotational displacement. Further, when the second main body 20 is rotated and displaced by about 180 degrees about the rotation axis RA, the cam 22 of the second main body 20 is rotationally displaced by the same angle in the same direction, and the detected portion 22a of the cam 22 is detected. The pressing of the operating part 18a of the detecting part 18 due to is released.

  That is, the detected portion 22a of the cam portion 22 of the second main body portion 20 is detected by the detecting portion 18 when the toy main body TB is in the first form (see the oval form, see FIG. 1) shown in FIG. On the other hand, when the toy body TB is in the second form (heart-shaped form, see FIG. 2), it is detected by the detection unit 18. That is, based on the signal from the detection unit 18, the toy body TB has the first form (see the oval form, see FIG. 1) and the second form (see the heart form, see FIG. 2) shown in FIG. ) Can be accurately detected.

  Next, the equipment of the first main body 10 will be described. The decorative article 30 shown in FIG. 4 (A) and the decorative article 30 shown in FIG. 4 (B) and FIG. A mounting portion 11 on which the illustrated effect articles ART1 and ART2 can be mounted is provided. The mounting portion 11 is formed of a substantially hexagonal recess when viewed from the front (in plan view), and a total of five detection pins 11 a are provided on the bottom surface of the mounting portion 11.

  The decorative article 30 shown in FIG. 4 (A) and the production articles ART1 and ART2 shown in FIG. 4 (B) and FIG. 4 (C) are approximately six corners that can be attached to the attachment portion 11 on the respective rear surfaces. It has the to-be-mounted part 30a which consists of a shape convex part. Also, identification pins 30b that can press the detection pins 11a of the mounting portion 11 are arranged in different arrangements on the rear surfaces of the mounted portions 30a of the effect articles ART1 and ART2 shown in FIGS. 4B and 4C. Provided. On the other hand, the decorative article 30 shown in FIG. 4A is not provided with the identification pin 30b. That is, the decorative article 30 is for protecting the mounting portion 11 when the rendering articles ART1 and ART2 are not mounted. Furthermore, the production articles ART1 and ART2 shown in FIGS. 4B and 4C are classified according to color in principle, but they are classified according to differences in decoration and appearance. May be.

  That is, even if the decoration article 30 shown in FIG. 4A is attached to the attachment portion 11, the detection pin 11a is not pressed, but the effect article ART1 shown in FIGS. 4B and 4C and When the ART 2 is mounted on the mounting portion 11, the detection pins 11a are pressed according to the arrangement (number and position) of the identification pins 30b. That is, since the number and position of the identification pins 30b pressed when the production articles ART1 and ART2 shown in FIGS. 4B and 4C are mounted on the mounting portion 11 are different, the difference is based on this difference. It is possible to detect the types of effect articles ART1 and ART2 mounted.

  4 (B) and 4 (C) exemplify two types of effect articles ART1 and ART2. However, three or more types of effect articles may be prepared, and each identification pin may be provided as three or more types. Kind detection is possible by changing the number and position of 30b.

  Further, below the mounting portion 11 on the front surface of the first main body portion 10, a display portion 12 having a substantially rectangular shape when viewed from the front (in plan view) is provided. The display unit 12 is configured by a transparent plate made of acrylic resin or the like or a colored translucent plate, and a large heart mark 12a and three small heart marks 12b are provided on the rear surface of the display unit 12 by blasting or the like. .

  Furthermore, a first button 13a, a second button 13b, a third button 13c, and a fourth button 13d constituting an operation unit (not shown) are provided below the display unit 12 on the front surface of the first main body unit 10. . The first button 13a and the second button 13b are substantially hexagonal when viewed from the front (in plan view), and the third button 13c is approximately circular when viewed from the front (in plan view). The button 13d has a substantially heart shape when viewed from the front (in plan view).

  Further, a power switch 14, a sound generation hole 15, and a power supply cover 16 are provided on the rear surface of the first main body 10. The power supply cover 16 is detachable, and a power supply unit 17 made of a dry battery, a rechargeable battery, or the like is provided inside the power supply cover 16.

  Furthermore, the production output unit 40 shown in FIG. 5 is provided inside the first main body unit 10. In addition to the display unit 12, the detection unit 18, the power switch 14, and the power supply unit 17, the effect output unit 40 includes an article detection unit 41, an operation detection unit 42, a first light emitting unit 43, A light emitting unit 44, a sound generation unit 45, a storage unit 46, and a control unit 47;

  The article detection unit 41 includes a total of five microswitches 41a to 41e, and the operation units (not shown) of the microswitches 41a to 41e are arranged on the rear side of the five detection pins 11a of the mounting unit 11, respectively. Each detection pin 11a can be pressed. That is, when the production articles ART1 and ART2 shown in FIGS. 4B and 4C are mounted on the mounting portion 11 and the detection pin 11a is pressed by the identification pin 30b, the detection pin 11a is passed through the detection pin 11a. The operation parts of the micro switches 41a to 41e corresponding to the arrangement (number and position) of the identification pins 30b are pressed. That is, based on signals from the micro switches 41a to 41e (the signals from the article detection unit 41) when the operation unit is pressed, the types of the effect articles ART1 and ART2 mounted on the mounting unit 11 can be detected. ing.

  The operation detection unit 42 includes a total of four microswitches 42a to 42d. The operation units (not shown) of the microswitches 42a to 42d are a first button 13a, a second button 13b, and a third button that constitute the operation unit. 13c and the 4th button 13d are each arrange | positioned at the back side, and it can press now with each button 13a-14d. That is, when the first button 13a, the second button 13b, the third button 13c, and the fourth button 13d are pressed, the operation parts of the corresponding micro switches 41a to 41e are pressed.

  The first light emitting unit 43 is composed of a full color light emitting diode capable of emitting at least seven colors of red, green, blue, magenta, yellow, sky blue, and white, and is disposed on the rear side of the large heart mark 12a of the display unit 12. Is done. The second light emitting unit 44 includes three red light emitting diodes 44 a to 44 c, and each red light emitting diode 44 a to 44 c is disposed behind each small heart mark 12 b of the display unit 12. In other words, when the first light emitting unit 43 emits light, the large heart mark 12a of the display unit 12 is colored according to the emission color, and when the second light emitting unit 44 emits light, at least one of the small heart marks 12b of the display unit 12 is colored red. It is supposed to be. As described above, since the large heart mark 12a and each small heart mark 12b are subjected to blasting or the like, each heart mark 12a and 12b is emitted by the light emission of the first light emitting unit 43 and the light emission of the second light emitting unit 44. Can be colored beautifully.

  The sound generating unit 45 is composed of a speaker and the like, and is arranged on the front side of the sound generating hole 15. In addition to the sound and sound effects output from the sound generation unit 45, the sound storage unit 46 emits light patterns (including color changes) of the first light emitting unit 43 and light emission patterns (including all light emission and sequential light emission) of the second light emitting unit 44. Etc.) are stored. The control unit 47 includes a microcomputer, various drivers, various interfaces, and the like, and stores an operation control program in the ROM.

  Next, the operation (playing method) of the above-described effect output toy will be described with reference to FIGS. Here, for convenience of explanation, the front side in FIG. 6 is front, the back side is rear, the left side is left, the right side is right, the upper side is upper, and the lower side is lower. write.

  Incidentally, FIG. 6 is a diagram showing a first form (oval form), and the decorative article 30 is attached to the attachment part 11. FIG. 7 is a diagram showing a second form (heart-shaped form), and the effect article ART1 (or effect article ART2) is attached to the attachment portion 11 instead of the decoration article 30.

  When the player turns on the power switch 14, it is detected whether the toy body TB is in the first form (oval form) or the second form (heart shape) (see step ST1 in FIG. 8). . As described above, this form detection is performed based on the signal from the detection unit 18.

  If it is detected in step ST1 of FIG. 8 that the toy body TB is in the first form (oval form), the mode is shifted to the first form mode shown in FIG. 9 and the player is in the first form. For example, the first light emitting unit 43 sequentially emits light of three different colors and the second light emitting unit 44 emits light (see steps ST101 to ST103 in FIG. 9). . Incidentally, the light emission of the first light emitting unit 43 and the light emission of the second light emitting unit 44 in steps ST102 and ST103 are stopped when a predetermined time, for example, 1 minute elapses.

  When another operation is not performed within a predetermined time, for example within one minute, after the transition to the first mode, a sound and a sound effect for notifying the player of the transition to the sleep mode are output, and the sleep mode (See steps ST104 to ST106 in FIG. 9). Incidentally, the sleep mode is canceled when the first button 13a or the second button 13b is pressed.

  In the case where the toy body TB is in the first form (oval form), when the first button 13a is pressed, a sound and a sound effect for notifying the transition to the telephone mode are output, and the transition is made to the telephone mode (FIG. 9). Steps ST107 to ST109). Incidentally, the telephone mode is a mode for playing a game imitating a telephone call, and is canceled when the third button 13c is pressed.

  In addition, when the toy body TB is in the first form (oval form), when the second button 13b is pressed, a sound and a sound effect for informing the transition to the game mode are output, and the transition is made to the game mode ( (See steps ST110 to ST112 in FIG. 9). Incidentally, the game mode is a mode for playing a game and is canceled when the third button 13c is pressed.

  Furthermore, when the toy body TB is in the first form (oval form), when the third button 13c is pressed, a sound and a sound effect for notifying the transition to the volume adjustment mode are output, and the transition to the volume adjustment mode is performed. (See steps ST113 to ST115 in FIG. 9). Incidentally, the volume adjustment mode is a mode for adjusting the volume of voice and sound effect using the first button 13a and the second button 13b, and is canceled when the third button 13c is pressed.

  Furthermore, when the toy body TB is in the first form (oval form), when the fourth button 13d is pressed, a sound and a sound effect for notifying the transition to the transformation mode are output, and the transformation mode is entered ( (See steps ST116 to ST118 in FIG. 9). The flow of this transformation mode will be described later.

  On the other hand, when it is detected in step ST1 of FIG. 8 that the toy body TB is in the second form (heart-shaped form), the process proceeds to the second form mode shown in FIG. A sound and a sound effect for notifying the user are output, the first light emitting unit 43 sequentially emits light in, for example, three different colors, and the second light emitting unit 44 emits light (Steps ST201 to ST203 in FIG. 10 are performed). reference). Incidentally, the light emission of the first light emitting unit 43 and the light emission of the second light emitting unit 44 in steps ST202 and ST203 are stopped when a predetermined time, for example, 1 minute has elapsed.

  The light emission pattern (including color change) of the first light emitting unit 43 in step ST202 may be the same as or different from the light emission pattern of the first light emitting unit 43 in step ST102. Further, the light emission pattern (including all light emission and sequential light emission) of the second light emitting unit 44 in step ST203 may be the same as or different from the light emission pattern of the second light emitting unit 44 in step ST103.

  When another operation is not performed within a predetermined time, for example, within one minute after the transition to the second mode, a sound and a sound effect for notifying the player of the transition to the sleep mode are output, and the sleep mode (See steps ST204 to ST206 in FIG. 10). Incidentally, the sleep mode is canceled when the first button 13a or the second button 13b is pressed.

  When the toy body TB is in the second form (heart-shaped form), when the first button 13a is pressed, sound and sound effects corresponding to the second form are output, and when the second button 13b is pressed, the second form And sound (sound and sound different from those when the first button 13a is pressed) are output (see steps ST207 to ST210 in FIG. 10).

  In addition, when the toy body TB is in the second form (heart-shaped form), when the third button 13c is pressed, a sound and a sound effect for notifying the transition to the volume adjustment mode are output, and the transition to the volume adjustment mode is performed. (See steps ST211 to ST213 in FIG. 10). Incidentally, the volume adjustment mode is a mode for adjusting the volume of voice and sound effect using the first button 13a and the second button 13b, and is canceled when the third button 13c is pressed.

  Further, in the case where the toy body TB is in the second form (heart-shaped form), when the fourth button 13d is pressed, a sound and a sound effect for informing the transition to the transformation mode are output, and the transformation mode is entered ( (See steps ST214 to ST216 in FIG. 10). The flow of this transformation mode will be described later.

  When the mode is changed to the transformation mode by pressing the fourth button 13d in step ST116 of FIG. 9 and step ST214 of FIG. 10, as shown in FIG. 11, the effect article ART1 (or effect article ART2) is attached to the attachment portion 11. Whether or not it is attached is detected, and if it is not attached, sound and sound effect for prompting attachment are output (see steps ST301 and ST302 in FIG. 11).

  When the effect article ART1 (or effect article ART2) is attached to the attachment unit 11 in step ST301, the type of the effect article ART1 (or effect article ART2) attached is detected (FIG. 11). (See step ST303). As described above, the article detection is performed based on a signal from the article detection unit 41.

  When the production article ART1 (or the production article ART2) is mounted on the mounting unit 11, it is subsequently determined whether or not the toy body TB is in the second form (heart-shaped form). When it is not (heart-shaped form), a sound and sound effects that prompt the player to transform to the second form (heart-shaped form) are output (see steps ST304 and ST305 in FIG. 11). As described above, the form detection is performed based on the signal from the detection unit 18, and the method of changing from the first form (oval form) to the second form (heart-like form) is also described above. It is as follows.

  If it is detected in step ST304 that the toy body TB is in the second form (heart-shaped form), the sound corresponding to the type of the effect article ART1 (or effect article ART2) attached to the attachment unit 11 And a sound effect are output (see step ST306 in FIG. 11). This voice includes a voice prompting the user to press the fourth button 13d for transformation.

  When it is detected in step ST307 that the fourth button 13d has been pressed, a sound and sound effect relating to transformation according to the type of the effect article ART1 (or effect article ART2) attached to the attachment portion 11 is generated. The first light emitting unit 43 emits light with a light emission pattern (including color change) corresponding to the type of the effect article ART1 (or effect article ART2) attached to the attachment part 11 (FIG. 11). (Refer to steps ST307 to ST309).

  That is, the player is mounted on the mounting portion 11 by the sound and sound effect output in step ST308 of FIG. 11 and the dispatch pattern (including color change) emitted in step ST309 of FIG. It is possible to experience a pseudo transformation experience corresponding to the type of the production article ART1 (or the production article ART2).

  The pressing of the fourth button 13d in step ST307 can be repeatedly performed within a predetermined time, for example, within 3 seconds. The sound and sound effect output each time the button is pressed and the light emission pattern (color change of the first light emitting unit 43). 11), or by adding a light emission pattern (including all light emission and sequential light emission) of the second light emitting unit 44, it is possible for the player to experience a state change after stepwise transformation (FIG. 11). Step ST310). Of course, depending on the pressing time of the fourth button 13d in step ST307, the sound and sound effects, the light emission pattern of the first light emitting unit 43 (including color change), and the light emission pattern of the second light emitting unit 44 (full light emission or sequential light emission). It is also possible to change the state after the transformation, and in this way, the player can experience the state change after the transformation.

  When the fourth button 13d is pressed after the transformation is completed, sound and sound effects relating to the attack after transformation are output, and the first light emitting unit 43 emits light in a color corresponding to the attack (step ST311 in FIG. 11). See ST313). Since the sound and sound effect and the light emission pattern (including color change) output here correspond to the attack type, the sound and sound effect output in step ST308 and the first light emitting unit that emits light in step ST309 43 is different from the light emission pattern.

  The pressing of the fourth button 13d in step ST311 can be repeatedly performed within a predetermined time, for example, within 5 seconds, and the sound and sound effect output at each pressing and the light emission pattern of the first light emitting unit 43 are changed. By adding the light emission pattern (including all light emission and sequential light emission) of the second light emitting unit 44, it is possible to make the player experience a gradual change in attack type (see step ST314 in FIG. 11). Of course, depending on the pressing time of the fourth button 13d in step ST311, the sound and sound effect and the light emission pattern of the first light emitting unit 43 (including color change), the light emission pattern of the second light emitting unit 44 (all light emission or sequential light emission). It is also possible to change the type of attack so that the player can experience the change in the attack type.

  Next, the main effects obtained by the above-described production output toy will be described.

  The above-described production output toy can output different productions in the case where the toy body TB is in the first form (oval form) and in the second form (heart-like form). Unprecedented fun and fun can be provided to players.

  In addition, the production output toy described above includes a toy main body TB including a first main body portion 10 and a second main body portion 20 connected to the first main body portion 10 so as to be displaceable, and the second main body portion. Since 20 can be rotationally displaced relative to the first main body portion 10, reversible deformation between the first form (oval form) and the second form (heart-like form) can be accurately performed.

  Furthermore, since the above-described effect output toy can output an effect according to the type of the effect article ART1 (or ART2) attached to the attachment unit 11, the effect for each effect article is different from the effect of the form of the toy main body TB. A variety of performances can be performed by adding to the game, and even more fun and fun can be provided to the player.

  Next, a modified example of the above-described effect output toy that can obtain the same effect as described above will be described.

  Although the oval shape is shown as the first form and the heart shape is shown as the second form, the first form and the second form are not limited to these forms. That is, if the toy main body TB can be reversibly deformed into the first form and the second form different from the first form, the form change and the effects according to the form can be performed in the same manner as described above.

  Moreover, although the thing which has the 1st light emission part 43, the 2nd light emission part 44, and the sound generation part 45 was shown as the production output part 40, the 1st light emission part 43 and the 2nd light emission part 44 are comprised by one light emission part. Alternatively, the first light emitting unit 43 and the second light emitting unit 44 may be excluded and the production output may be output only by the sounding unit 45, or the sounding unit 45 may be excluded and the first light emitting unit 43 and the second light emitting unit may be output. The production output may be performed only by the unit 44 (including the case where it is configured by one light emitting unit).

  Further, the operation unit is configured by the first button 13a to the fourth button 14d, and the operation detection unit 42 corresponding to these buttons is configured by the micro switches 42a to 42d, but the first button 13a to the fourth button are illustrated. Instead of 14d and the micro switches 42a to 42d, a capacitive proximity switch or an inductive proximity switch may be used. In particular, if these proximity switches are used instead of the fourth button 14d and the micro switch 42d, the state change and the attack type change after the transformation described in the transformation mode of FIG. 11 can be easily performed by sliding the fingertip.

  TB ... toy main body, 10 ... first main body portion, 10a ... first opposing surface, 10b ... second opposing surface, 10c ... third opposing surface, 11 ... mounting portion, 12 ... display portion, 13a-13d ... first button -4th button (operation part), 14 ... Power switch, 17 ... Power supply part, 18 ... Form detection part, 20 ... 2nd main-body part, 20a ... 1st opposing surface, 20b ... 2nd opposing surface, 30 ... For decoration Article, ART1, ART2 ... Product for production, 30b ... Identification pin, 40 ... Production output unit, 41 ... Product discrimination unit, 42 ... Operation detection unit, 43 ... First light emission unit, 44 ... Second light emission unit, 45 ... Sound generation Unit, 46 ... storage unit, 47 ... control unit.

Claims (20)

A production output toy,
A toy body that can take a first form and a second form different from the first form;
A production output unit provided in the toy body,
The toy body has a first body part and a second body part connected to the first body part so as to be displaceable,
The first main body and the second main body each have opposing surface portions facing each other,
The opposing surface portion of the first main body portion and the opposing surface portion of the second main body portion are respectively continuous with the first opposing surface and the first opposing surface, and a second opposing surface that forms an obtuse angle with the first opposing surface, respectively. Have
The first facing surface of the first body portion and the first facing surface of the second body portion are substantially parallel, and the second facing surface of the first body portion and the second facing surface of the second body portion. The planes are substantially parallel,
The first main body has a third opposing surface that is continuous with the second opposing surface and forms an obtuse angle with the second opposing surface;
The first facing surface of the second body portion faces the first facing surface of the first body portion in the first form, and faces the third facing surface of the first body portion in the second form. Configured as
The effect output unit is configured to be capable of outputting different effects depending on whether the toy body is in the first form or the second form.
Production output toy. The effect output unit includes a detection unit that detects the case of the first form and the case of the second form.
The production output toy according to claim 1. The effect output unit has at least one of a light emitting unit and a sound generation unit.
The production output toy according to claim 1 or 2. The toy body has a mounting portion on which an article can be mounted,
The effect output unit is configured to be capable of outputting an effect according to the article mounted on the mounting unit.
The production output toy according to any one of claims 1 to 3. The mounting portion is configured to be capable of mounting different types of the articles,
The production output toy according to claim 4. The mounting unit is configured to be able to detect the type of the article mounted on the mounting unit.
The production output toy according to claim 4 or 5. The toy body has an operation unit,
The effect output unit is configured to be capable of outputting an effect according to an operation to the operation unit.
The production output toy according to any one of claims 1 to 6. The production output unit is configured to be able to output different productions according to the operation time to the operation unit.
The production output toy according to claim 7. The production output unit is provided in the first main body unit,
The production output toy according to any one of claims 1 to 8 . The detector is provided in the first main body.
The production output toy according to any one of claims 2 to 9 . The second main body has a detection target that can be detected by the detection unit,
The detected portion is configured not to be detected by the detection unit when the toy body is in the first form, but configured to be detectable by the detection unit when the toy body is in the second form.
The production output toy according to claim 10 . The mounting portion is provided in the first main body portion.
The production output toy according to any one of claims 4 to 6 . The operation part is provided in the first main body part.
The production output toy according to claim 7 or 8 . The second body portion is capable of rotational displacement relative to the first body portion.
The production output toy according to any one of claims 1 to 13 . The rotational displacement is configured to be centered on a rotation axis set in a facing region between the facing surface portion of the first body portion and the facing surface portion of the second body portion.
The production output toy according to claim 14 . The rotation axis is set in a facing region between the second facing surface of the first body portion and the second facing surface of the second body portion.
The production output toy according to claim 15 . The size of the second main body is smaller than the size of the first main body.
The production output toy according to any one of claims 1 to 16 . The toy body is configured to have a substantially oval shape in the first form and a substantially heart shape in the second form in a plan view.
The production output toy according to any one of claims 1 to 17 . The production output toy according to any one of claims 1 to 18 and an article for the production output toy having a mounted part that can be attached to a mounting part of the production output toy.
Production output toy set. The attached portion is provided with an identification pin for type detection.
The production output toy set according to claim 19.