JP6738684B2 - toy - Google Patents

Description

The present invention relates to toys.

The toy described in Patent Document 1 includes a central member provided with an operating portion and a peripheral member connectable to the central member, and closes the opening of the accommodation space of the peripheral member according to the operation of the operating portion. The member is opened.

Then, in the toy described in Patent Document 1, the production means of the accommodation member accommodated in the accommodation space of the peripheral member executes the production in response to the opening of the closing member. As an effect, Patent Document 1 exemplifies that the wing-shaped movable member is deformed by the elastic member, and the light emitting unit emits light.

JP 2012-115504 A

In the toy described in Patent Document 1, even if the operating unit is operated again after the operating unit is operated and the effect is executed, the effect is not executed again. In order to re-execute the effect once executed by the operation of the operation unit, it is necessary to close the closing member of the peripheral member again to the state before the effect is output, which is interesting.

It is an object of the present invention to provide a toy that is highly entertaining.

A toy according to the present invention includes a main toy body and a sub-toy body detachably attached to the main toy body, and the sub-toy body has a driven portion and the driven portion driven once. The main toy body is engageable with the operation part and the driven part of the sub toy body attached to the main toy body. And a relay section that drives the driven section once each time a predetermined operation is performed in the operation section . Also, toy according to the present invention comprises a main toy body, and the sub-toy body removably attached to the main toy body, wherein the sub-toy body includes an outer shell having a window, and a driven portion A display unit that is housed in the outer shell and that changes a display that is viewed through the window every time the driven unit is driven once, and the main toy body includes an operation unit and the main body. A relay section that is engageable with the driven section of the sub toy body attached to the toy body and that drives the driven section once each time a predetermined operation is performed by the operation section. The display part of the sub toy body includes a plurality of display surfaces arranged in an annular shape, and is rotated by a predetermined angle about the central axis of the arrangement of the plurality of display surfaces each time the driven part is driven once. The driven part of the sub toy body attached to the main toy body is changed every time a predetermined operation is performed in the operation part by changing the display visually seen through the window by switching the display surface facing the window. Is driven once, the display portion of the sub toy body is rotated by a predetermined angle, and the display surface facing the window is switched, so that the display visually recognized through the window is changed.

Further, in the toy according to the present invention, the main toy body includes an operation unit, an operation information storage unit that stores operation information for operating the operation unit, and the operation unit each time the operation unit is operated. The operation information may be read from the operation information storage unit, and the operation control unit may operate the operation unit based on the read operation information.

Further, in the toy according to the present invention, the display unit includes a plurality of display surfaces arranged in an annular shape, and a predetermined number of display surfaces are arranged around a central axis of the display surfaces each time the driven portion is driven once. The display may be changed by being rotated by an angle .

Further, in the toy according to the present invention, the driven part is formed in an annular and sawtooth wave-shaped first cam portion coaxial with the central axis, and in an annular and triangular wave shape coaxial with the central axis. A cam, which has a second cam portion and is rotated integrally with the display portion, is translated along the central axis according to the movement of the relay portion, and the first cam portion is slid along with the translation movement. A first follower that moves, a second follower that is movably provided along the central axis, and slides on the second cam portion as the cam rotates, and a second follower that moves the second follower along the central axis. And a biasing member that is pressed against the second cam portion .

Further, in the toy according to the present invention, the sub toy body further includes an information holding unit that holds type information of the sub toy body, and the main toy body is attached to the operation unit and the main toy body. A type information acquisition unit that acquires the type information from the type information holding unit of the sub toy body that has been stored, and operation information for operating the operation unit, and stores operation information that is associated with the type information. The operation information storage unit and the operation information corresponding to the type information acquired by the type information acquisition unit are read from the operation information storage unit, and the read operation information is added each time the operation unit is operated. It may further have an operation control section that operates the operation section based on the above .

Further, in the toy according to the present invention, the display unit includes a plurality of display surfaces arranged in an annular shape, and a predetermined number of display surfaces are arranged around a central axis of the display surfaces each time the driven portion is driven once. The display may be changed by being rotated by an angle .

Further, in the toy according to the present invention, the driven part is formed in an annular and sawtooth wave-shaped first cam portion coaxial with the central axis, and in an annular and triangular wave shape coaxial with the central axis. A cam, which has a second cam portion and is rotated integrally with the display portion, is translated along the central axis according to the movement of the relay portion, and the first cam portion is slid along with the translation movement. A first follower that moves, a second follower that is movably provided along the central axis, and slides on the second cam portion as the cam rotates, and a second follower that moves the second follower along the central axis. And a biasing member that is pressed against the second cam portion .

According to the present invention, it is possible to provide a toy having high interest.

It is a perspective view of the main toy body in an example of a toy for explaining the embodiment of the present invention. It is a perspective view of the main toy body of FIG. It is a perspective view of the sub toy body attached to the main toy body of FIG. It is a perspective view of the sub toy body of FIG. It is a block diagram which shows the functional structure of the toy of FIG. It is a flowchart of the process which the main toy body of FIG. 1 performs. It is a perspective view of the internal mechanism of the main toy body of FIG. It is a perspective view which shows operation|movement of the internal mechanism of the main toy body of FIG. FIG. 4 is an exploded perspective view of a display unit and a driven unit of the sub toy body of FIG. 3. FIG. 4 is an exploded perspective view of a display unit and a driven unit of the sub toy body of FIG. 3. FIG. 4 is a perspective view showing an operation of a display unit and a driven unit of the sub toy body of FIG. 3. FIG. 4 is a perspective view showing an operation of a display unit and a driven unit of the sub toy body of FIG. 3. FIG. 4 is a perspective view showing an operation of a display unit and a driven unit of the sub toy body of FIG. 3. FIG. 4 is a perspective view showing an operation of a display unit and a driven unit of the sub toy body of FIG. 3.

1 and 2 show an example of a main toy body of a toy for explaining an embodiment of the present invention, and FIGS. 3 and 4 are sub-plays of a toy for explaining an embodiment of the present invention. A specific example is shown.

The toy includes a main toy body 2 and a sub toy body 3 that is detachably attached to the main toy body 2. The main toy body 2 is configured as a belt that can be worn on the waist of the user, and the sub toy body 3 is configured as a ball that can be held by the user.

The main toy body 2 has a buckle body 10, a cover 11 that covers the front surface of the buckle body 10, and a handle 12 that serves as an operation unit.

The cover 11 is openably and closably supported by the buckle body 10 so as to expose the front surface of the buckle body 10. A mounting portion 13 to which the sub toy body 3 is mounted is provided on the front surface of the buckle body 10 that is exposed when the cover 11 is opened. The cover 11 is provided with a window 14 through which the sub toy body 3 can be seen from the outside of the cover 11 when the sub toy body 3 is attached to the mounting portion 13 and the cover 11 is closed.

The handle 12 is supported by the buckle body 10 so that the main toy body 2 configured as a belt is attached to the user's torso in the left-right direction along the waist circumference, and is pulled out from the buckle body 10. Further, it is operated so as to be pushed into the buckle body 10. In addition, in the present embodiment, the moving direction of the handle 12, that is, the operation unit is set to the left-right direction, but is not limited to this. For example, the predetermined first direction may be a second direction different from the first direction.

The sub toy body 3 includes an outer shell 30 formed in a substantially spherical shape, a display unit 31 housed in the outer shell 30, a driven unit 32 that changes the display of the display unit 31, and a type information holding unit 33. Have.

The outer shell 30 is provided with a window 34 through which the display unit 31 can be seen from the outside of the outer shell 30. When the sub toy body 3 is attached to the mounting portion 13 of the main toy body 2 and the cover 11 of the main toy body 2 is closed, the display unit 31 is visible through the window 34 and the window 14 provided in the cover 11. It is said that

The display unit 31 is configured so that the display visually recognized through the window 34 can be changed. Details of the display unit 31 and the driven unit 32 that changes the display of the display unit 31 will be described later.

As the sub toy body 3, a plurality of types having different combinations of displays on the display unit 31 are prepared, and the type information holding unit 33 holds type information corresponding to the type of the sub toy body 3. In the illustrated example, the type information holding unit 33 is composed of a plurality of protrusions 35 provided on the lower portion of the outer shell 30, and the type information is held by the number and arrangement of the protrusions 35.

The attachment section 13 of the main toy body 2 is provided with a type information acquisition section 15 that obtains type information from the type information holding section 33 of the sub toy body 3 attached to the attachment section 13. In the illustrated example, the type information acquisition unit 15 is configured by a plurality of switch units 16 that are respectively pressed by the protrusions 35 of the type information holding unit 33 as the sub toy body 3 is attached to the attachment unit 13. The type information is acquired according to the number and arrangement of the switch units 16 that have been created.

The type information of the sub toy body 3 may be held in the type information holding unit 33 in an optically readable form such as a barcode or a dot code, and electromagnetic waves such as RFID (Radio Frequency IDentification) are used. It may be held in the type information holding unit 33 in a form that can be read by. The type information acquisition unit 15 of the main toy body 2 is provided with a reading unit corresponding to the type information holding mode in the type information holding unit 33.

The main toy body 2 has an operating unit 17 including a sounding body such as a speaker and a light emitting body such as an LED (Light Emitting Diode), and is configured to be able to output an effect using voice or light. As the productions that can be output, different productions are prepared for each type of the secondary toy body 3, and the production corresponding to the type of the secondary toy body 3 attached to the attachment portion 13 is the main toy body according to the operation on the handle 12. It is output from 2.

FIG. 5 shows a functional configuration of the toy 1.

The main toy body 2 includes the handle 12 and the type information acquisition unit 15 as the above-described operation unit, an operation unit 17 that outputs an effect, an operation information storage unit 18, and an operation control unit 19.

As described above, the operation unit 17 includes, for example, a sounding body such as a speaker and a light emitting body such as an LED (Light Emitting Diode), and outputs an effect using voice or light.

The operation information storage unit 18 is configured to include a storage medium such as a ROM (Read Only Memory) or a RAM (Random Access Memory), and stores a program executed by the operation control unit 19 and operation information of the operation unit 17. doing. The motion information is stored in association with the type information of the secondary toy body 3.

The operation control unit 19 includes a processing device such as a microprocessor, and operates according to a program stored in the operation information storage unit 18. Then, the motion control unit 19 recognizes the type information acquired by the type information acquisition unit 15, reads the motion information corresponding to the recognized type information from the motion information storage unit 18, and based on the read motion information, the motion unit. 17 is operated.

In this example, the action information includes a transformation standby production as a first production, a transformation production as a second production, a deadly technique standby production as a third production, and a deadly technique activation production as a fourth production. It is assumed that the operation control unit 19 operates by selecting any one of the first to fourth effects according to the attachment of the sub toy body 3 to the attachment unit 13 and the operation of the handle 12. The part 17 is operated.

FIG. 6 shows a flow of processing executed by the operation control unit 19.

The operation control unit 19 of the main toy body 2 first detects the attachment of the sub toy body 3 to the attachment unit 13 (step S1). The attachment of the sub toy body 3 to the attachment portion 13 is detected, for example, by pressing one of the plurality of switch portions 16 provided in the type information acquisition portion 15 of the attachment portion 13.

When the attachment of the sub toy body 3 is detected (step S1: YES), the operation control unit 19 recognizes the type information of the attached sub toy body 3 and the type information acquired by the type information acquisition unit 15. Then, the operation information corresponding to the recognized type information is read from the operation information storage unit 18 (step S3).

At the same time, the motion control unit 19 initializes the flags M and N used for selecting the first to fourth effects included in the read motion information (M=False, N=False) (step S4).

Then, the operation control unit 19 selects the transformation standby effect as the first effect included in the read operation information, and further operates the handle 12 (for example, the operation of pulling out the handle 121 from the buckle body 10, the first direction). (Operation to) is detected (step S5). When the operation of the handle 12 is not detected (step S5: No), the detection of the operation of the handle 12 is repeated. When the operation of the handle 12 is detected (step S5: Yes), the transformation standby effect is output to the operation unit 17 (step S6). The operation of the handle 12 is appropriately detected using, for example, a switch.

Next, the operation control unit 19 detects an operation of the handle 12 (for example, an operation of pushing the handle 12 into the buckle body 10, an operation in a second direction different from the first direction) (step S7).

When the operation of the handle 12 is not detected (step S7: No), the operation control unit 19 detects the removal of the sub toy body 3 (step S8), and the handle 12 is detected until the removal of the sub toy body 3 is detected. The detection of the operation and the detection of the removal of the sub toy body 3 are repeated.

When the operation of the handle 12 is detected in step S7 (step S7: Yes), the operation control unit 19 refers to the flag M (step S9).

Assuming that the value of the flag M is “False” set in step S4, the operation control unit 19 selects the transformation effect as the second effect and outputs the transformation effect to the operation unit 17 (step S10). ). Then, the operation control unit 19 sets the value of the flag M to "True" (step S11).

When the operation of the handle 12 (for example, the operation of pulling the handle 12 out of the buckle body 10 or the operation in the first direction) is detected in step S7 after the transformation effect is output, the operation control unit 19 causes the flag Reference M (step S9). Since the value of the flag M is set to "True" in step S11, the operation control unit 19 subsequently refers to the flag N (step S12).

Assuming that the value of the flag N is “False” set in step S4, the operation control unit 19 selects the special move standby effect as the third effect and outputs the special move standby effect to the operation unit 17. (Step S13). Then, the operation control unit 19 sets the value of the flag N to "True" (step S14).

When an operation of the handle 12 (for example, an operation of pushing the handle 12 into the buckle body 10 or an operation in a second direction different from the first direction) is detected in step S7 after the special move standby effect is output. Then, the operation control unit 19 refers to the flag M (step S9). Since the value of the flag M is set to "True" in step S11, the operation control unit 19 subsequently refers to the flag N (step S12).

Further, since the value of the flag N is set to "True" in step S14, the operation control unit 19 selects the deadly technique activation effect as the fourth effect, and outputs the deathblow activation effect to the operation unit 17. It is output (step S15). Then, the operation control unit 19 sets the value of the flag N to "False" (step S16).

After that, every time the operation of the handle 12 is detected in step S7 (that is, every time the operation of pulling the handle 12 out of the buckle body 10 or the operation of pushing the handle 12 into the buckle body 10 is detected, that is, Every time the operation in the first direction or the operation in the second direction different from the first direction is detected), the motion control unit 19 refers to the flag N to perform the special move standby effect and the special move. The technique activation effect is selected alternately, and the deathblow standby effect and the deathblow activation effect are alternately output to the operation unit 17.

In addition to the above-described production output processing in accordance with the operation of the handle 12, the sub toy body 3 attached to the attachment portion 13 displays the display of the display unit 31 visually recognized through the window 34 in the predetermined operation of the handle 12. Change every time. The configuration for changing the display on the display unit 31 will be described below.

7 and 8 show the internal mechanism of the main toy body 2, and FIGS. 9 and 10 show the configurations of the display section 31 and the driven section 32 of the sub toy body 3.

The main toy body 2 is moved each time an operation of pulling out the handle 12 as an operation unit (operation in the first direction) and an operation of pushing in (operation in a second direction different from the first direction) are performed. It further includes a relay unit 20. The handle 12 is disposed laterally of the mounting portion 13 in the left-right direction, and the relay portion 20 is disposed rearward of the mounting portion 13 and extends in the left-right direction. An end of the relay section 20 on the handle 12 side is connected to the handle 12, and the relay section 20 is moved integrally with the handle 12 in the left-right direction.

A pressing portion 21 is provided at the end of the relay portion 20 opposite to the handle 12 side. The pressing portion 21 is disposed on the side of the mounting portion 13 opposite to the handle 12 side, and as the handle 12 is pulled out from the buckle body 10, the pressing portion 21 is positioned above the mounting portion 13 from the side of the mounting portion 13. The handle 12 is pushed back into the buckle body 10 and is retracted from above the mounting portion 13 to the side of the mounting portion 13.

The display unit 31 of the sub toy body 3 includes a plurality of display surfaces. In the illustrated example, four display surfaces 31a, 31b, 31c, 31d are provided, and these display surfaces 31a, 31b, 31c, 31d are arranged annularly around the central axis A. The display surfaces 31a, 31b, 31c, 31d are provided with different displays composed of patterns or the like.

The driven portion 32 includes a cam 36 that is rotated integrally with the display portion 31 around the central axis A, a first follower 40 and a second follower 41, and the cam 36 includes the first cam portion 37 and the second cam portion. 38 and.

The first cam portion 37 is provided with a plurality of cam surfaces 37 a that spirally extends around the central axis A, and the first cam portion 37 is formed in an annular and sawtooth waveform coaxial with the central axis A as a whole. ing. The same number of cam surfaces 37a as the display surfaces of the display unit 31 are provided, and four cam surfaces 37a are provided at approximately 90° intervals in the illustrated example.

The second cam portion 38 is provided with a plurality of cam surfaces 38a spirally extending around the central axis A and a plurality of cam surfaces 38b alternately spirally wound around the central axis A in a reverse winding with respect to the cam surface 38a. The second cam portion 38 is formed in an annular and triangular wave shape coaxial with the central axis A as a whole. The cam surfaces 38a and the cam surfaces 38b are provided in the same number as the display surfaces of the display section 31, and in the illustrated example, four cam surfaces are provided at every 90°.

The first follower 40 is arranged so as to face the first cam portion 37, and has a plurality of sliding portions 42 that can respectively come into contact with the cam surface 37 a of the first cam portion 37. The first follower 40 is supported by the support frame 43 fixed to the outer shell 30 so as to be movable in translation along the central axis A.

A cap 44 protruding to the outside of the outer shell 30 is integrally fixed to the first follower 40, and the cap 44 is pushed into the outer shell 30 along the central axis A, so that the first follower 40 also moves to the central axis A. The sliding portion 42 of the first follower 40 comes into contact with the cam surface 37a of the first cam portion 37, respectively.

A spring 45 is interposed between the support frame 43 and the cap 44, and the cap 44 pushed into the outer shell 30 along the central axis A is biased in the opposite direction by the spring 45.

With the sub toy body 3 attached to the attachment portion 13 of the main toy body 2, the cap 44 is arranged to face the pressing portion 21 of the relay portion 20 of the main toy body 2. Then, when the handle 12 of the main toy body 2 is pulled out from the buckle body 10 and the pressing portion 21 is advanced above the mounting portion 13, the cap 44 engages with the pressing portion 21, and the outer shell 30 is pressed by the pressing portion 21. Be pushed into. Further, when the handle 12 is pushed into the buckle body 10 and the pressing portion 21 is retracted to the side of the mounting portion 13, the cap 44 biased by the spring 45 projects to the outside of the outer shell 30. That is, each time the handle 12 of the main toy body 2 is pulled out from the buckle body 10 and pushed in again, the relay section 20 pushes the cap 44 into the outer shell 30 via the pushing section 21, and again. It is reciprocated once with respect to the outer shell 30 such as protruding outside the outer shell 30.

The second follower 41 is arranged so as to face the second cam portion 38, and has a plurality of sliding portions 46 that can abut the cam surfaces 38 a and 38 b of the second cam portion 38, respectively. Then, the second follower 41 is supported by the support frame 47 fixed to the outer shell 30 so as to be movable in translation along the central axis A.

A cap 48 is integrally fixed to the support frame 47, and a spring 49 as a biasing member is interposed between the cap 48 and the second follower 41. The second follower 41 is urged by the spring 49 toward the second cam portion 38 side along the central axis A, and the sliding portion 46 of the second follower 41 has the cam surface 38a or the cam surface 38b of the second cam portion 38. Abut each.

11 to 14 show operations of the display unit 31 and the driven unit 32 of the sub toy body 3.

In the state shown in FIG. 11, among the display surfaces 31a, 31b, 31c, 31d of the display unit 31, the display provided on the display surface 31a is visually recognized through the window 34 of the sub toy body 3.

As shown in FIG. 12, when the handle 12 of the main toy body 2 is pulled out from the buckle body 10 and the cap 44 is pushed into the outer shell 30, the sliding portion 42 of the first follower 40 rotates the cam 36 while rotating the cam 36. , And the cam surface 37a of the first cam portion 37 slides.

As the cam 36 is rotated, the sliding portion 46 of the second follower 41 moves the second follower 41 backward along the central axis A toward the side opposite to the second cam portion 38 side, 2 The cam surfaces 38a of the two cam portions 38 slide respectively.

As shown in FIG. 13, when the handle 12 of the main toy body 2 is completely pulled out from the buckle body 10 and the cap 44 is completely pushed into the outer shell 30, the sliding portion 46 of the second follower 41 is The cam surface 38a of the second cam portion 38 is passed over, and the second cam portion 38 is arranged on a cam surface 38b continuous with the cam surface 38a.

Then, when the handle 12 of the main toy body 2 is pushed into the buckle body 10 and the cap 44 urged by the spring 45 projects to the outside of the outer shell 30, the sliding of the first follower 40 that is moved integrally with the cap 44. The contact between the moving portion 42 and the cam surface 37a of the first cam portion 37 is released.

As shown in FIG. 14, as the contact between the sliding portion 42 of the first follower 40 and the cam surface 37a of the first cam portion 37 is released, the second follower 41 urged by the spring 49 is moved. The sliding portion 46 slides on the cam surface 38b of the second cam portion 38 while rotating the cam 36.

As described above, the cam 36 and the display unit 31 that is rotated integrally with the cam 36 are rotated by approximately 90°, the display surface of the sub toy body 3 that faces the window 34 is switched from the display surface 31a to the display surface 31b, and is visually recognized through the window 34. The display of the displayed display unit 31 changes.

The relationship between the first follower 40 and the first cam portion 37 and the relationship between the second follower 41 and the second cam portion 38 are the same before and after the cam 36 is rotated by about 90°. Therefore, every time a predetermined operation is performed on the handle 12 such as being pulled out from the buckle body 10 and pushed back into the buckle body 10, the cap 44 is pushed into the outer shell 30 and the sliding portion 42 of the first follower 40 is pushed. Slides on the cam surface 37a of the first cam portion 37 while rotating the cam 36, and as the cam 36 rotates, the sliding portion 46 of the second follower 41 moves along the central axis A. While sliding the second follower 41 toward the side opposite to the second cam portion 38 side, the cam surface 38a of the second cam portion 38 slides, and the cap 44 again projects outward from the outer shell 30. Then, the contact between the sliding portion 42 of the first follower 40 and the cam surface 37a of the first cam portion 37, which is moved integrally with the cap 44, is released, and the second portion urged by the spring 49 is accordingly released. The sliding portion 46 of the follower 41 slides on the cam surface 38b of the second cam portion 38 while rotating the cam 36, so that the driven portion 32 is driven once. Accordingly, the display unit 31 is rotated by about 90° and the display surface of the sub toy body 3 facing the window 34 is sequentially switched, and the display of the display unit 31 visually recognized through the window 34 is changed. That is, in this embodiment, “the cap 44 is pushed into the outer shell 30 and the sliding portion 42 of the first follower 40 slides on the cam surface 37 a of the first cam portion 37 while rotating the cam 36. As the cam 36 is rotated, the sliding portion 46 of the second follower 41 moves the second follower 41 backward along the central axis A toward the side opposite to the second cam portion 38 side. The sliding portion 42 of the first follower 40 and the first cam, which are moved integrally with the cap 44, by sliding on the cam surface 38a of the second cam portion 38 and projecting the cap 44 from the outer shell 30 again again. The contact of the portion 37 with the cam surface 37a is released, and accordingly, the sliding portion 46 of the second follower 41, which is biased by the spring 49, causes the cam of the second cam portion 38 to rotate while rotating the cam 36. "Sliding each surface 38b" corresponds to "the driven part is driven once" according to the present invention, and the handle 12 is "pulled out from the buckle body 10 and pushed back into the buckle body 10 again." "Corresponds to the "predetermined operation" in the operation unit according to the present invention.

In this way, the display of the display unit 31 of the sub toy body 3 can be changed every predetermined operation on the handle 12 of the main toy body 2 (for example, every one reciprocating operation of pulling out and pushing in the handle 12). This can enhance the fun of the toy. Furthermore, since a different effect is output from the main toy body 2 each time the handle 12 of the main toy body 2 is operated, the display of the display unit 31 of the sub toy body 3 changes, which makes the toy entertaining. It can be further enhanced.

In the present embodiment, one reciprocating “predetermined operation” in which the handle 12 is pulled out and then pushed in again (the operation portion is operated in the first direction and then the second direction different from the first direction). The relay unit 20 drives the driven unit 32 once for each "predetermined operation" in which the display unit 31 is rotated by 90° each time the driven unit 32 is driven once. The display surface facing the window 34 of the sub toy body 3 is sequentially switched so that the display of the display unit 31 visually recognized through the window 34 is changed, but the present invention is not limited to this embodiment. .. For example, in the driven portion 32, the cap 44 is pushed into the outer shell 30, and the sliding portion 42 of the first follower 40 slides on the cam surface 37a of the first cam portion 37 while rotating the cam 36. Then, the display unit 31 is rotated by approximately 90° and the display surface of the sub toy body 3 facing the window 34 is sequentially switched, and the display of the display unit 31 visually recognized through the window 34 is changed, so that the handle 12 is pulled out. Every time the operation is performed (every time the operation section is operated in the first direction), the relay section 20 pushes the cap 44 into the outer shell 30, and the sliding section 42 of the first follower 40 rotates the cam 36. , The driven portion 32 is driven once so as to slide on the cam surface 37a of the first cam portion 37, and the display portion 31 is substantially driven every time the driven portion 32 is thus driven once. The display surface facing the window 34 of the sub toy body 3 may be sequentially switched by rotating 90°, and the display of the display unit 31 visually recognized through the window 34 may be changed. In this embodiment, “the cap 44 is pushed into the outer shell 30 and the sliding portion 42 of the first follower 40 slides on the cam surface 37 a of the first cam portion 37 while rotating the cam 36. "Corresponds to "the driven part is driven once" according to the present invention, and "the handle 12 is pulled out from the buckle body 10 (operation in the first direction)" is referred to in the present invention. This corresponds to a "predetermined operation" in the operation unit.

1 toy 2 main toy body 3 sub toy body 10 buckle body 11 cover 12 handle (operation unit)
13 mounting section 15 type information acquisition section 17 operation section 18 operation information storage section 19 operation control section 20 relay section 31 display sections 31a, 31b, 31c, 31d display surface 32 driven section 33 type information holding section 36 cam 37 first cam Portion 38 Second cam portion 40 First follower 41 Second follower 49 Spring (biasing member)

Claims (3)

Main toy body,
A sub toy body detachably attached to the main toy body,
Equipped with
The sub toy body is
An outer shell with a window,
Driven part,
A display unit that is housed in the outer shell and that changes the display visually seen through the window every time the driven unit is driven once ;
Have
The main toy body is
Operation part ,
A relay section that is engageable with the driven section of the sub toy body attached to the main toy body and that drives the driven section once every time a predetermined operation is performed by the operation section;
Have
The display section of the sub toy body includes a plurality of display surfaces arranged in an annular shape, and is rotated by a predetermined angle about the central axis of the arrangement of the plurality of display surfaces each time the driven section is driven once. Changing the display visible through the window by switching the display surface facing the window,
Every time a predetermined operation is performed in the operation section, the driven section of the sub toy body attached to the main toy body is driven once , and the display section of the sub toy body is rotated by a predetermined angle to move the toys displayed you change to be seen through the window by the display surface facing the window is switched. The toy according to claim 1,
The main toy body is
An operation unit, and an operation information storage unit that stores operation information for operating the operation unit,
Every time the operation unit is operated, the operation information is read from the operation information storage unit, and the operation control unit operates the operation unit based on the read operation information,
Toys that further include: The toy according to claim 1 ,
The driven part is
It has an annular and sawtooth-shaped first cam portion that is coaxial with the central axis and an annular and triangular wave-shaped second cam portion that is coaxial with the central axis, and is rotated integrally with the display portion. Cam
A translatable along the front Symbol central axis in response to movement of the relay unit, and the first follower that slides the first cam portion with the translation,
A second follower that is movably provided along the central axis and slides on the second cam portion as the cam rotates;
A biasing member that presses the second follower against the second cam portion along the central axis;
Including toys.

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