CN110141872A - Action toy - Google Patents
Action toy Download PDFInfo
- Publication number
- CN110141872A CN110141872A CN201910411212.1A CN201910411212A CN110141872A CN 110141872 A CN110141872 A CN 110141872A CN 201910411212 A CN201910411212 A CN 201910411212A CN 110141872 A CN110141872 A CN 110141872A
- Authority
- CN
- China
- Prior art keywords
- rotating part
- mounting portion
- switch
- toy body
- performance
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
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Classifications
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H1/00—Tops
- A63H1/18—Double tops; Multiple tops mounted in or on one another
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H1/00—Tops
- A63H1/24—Tops with illuminating arrangements
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H1/00—Tops
- A63H1/28—Musical tops
Abstract
The present invention provides a kind of user can be in the action toy for the direction of rotation for instinctively identifying rotating member.Action toy (1) includes: main part (2)；Rotating part (3) can be rotated relative to main part (2)；Sticking department (5), rotating part (3) is locked as not rotating；And driving part (20), rotating part (3) is rotated to a direction with the releasing of sticking department (5).
Description
Technical field
The present invention relates to a kind of action toys.
Background technique
The toy recorded in patent document 1 has the test section for detecting the rotation of rotating member, root in two places
Performance is exported according to the testing result of each test section.The rotation that the toy recorded in patent document 2 passes through the multiple rotating members of detection
Transfer output performance.
Existing technical literature
Patent document
Patent document 1: Japanese Unexamined Patent Publication 2016-106658 bulletin
Patent document 2: Japanese Unexamined Patent Publication 2015-202172 bulletin
Summary of the invention
Problems to be solved by the invention
In the case where the toy recorded in the toy recorded in patent document 1, patent document 2, for rotating member
Correct direction of rotation, user need to pay attention to and confirm.
The purpose of the present invention is to provide a kind of users to send as an envoy to what rotating member should rotate in instinctively identification
The action toy in direction.
The solution to the problem
Action toy of the invention is characterised by comprising: main part；Rotating part, can be relative to the main part
Rotation；Sticking department rotate the rotating part can not；And driving part, make institute with the releasing of the sticking department
Rotating part is stated to rotate to a direction.
Also, in action toy of the invention, being also possible to the driving part includes: cam, is set to the master
Any one of body portion and the rotating part have the inclined inclined surface in direction of rotation relative to the rotating part；Driven member,
It is set to the other of the main part and the rotating part, and slides on the inclined surface；And biasing member, it is right
The driven member flexibly exerts a force towards the inclined surface.
Also, in action toy of the invention, being also possible to the driving part includes the rotation for deviateing the rotating part
The center of gravity of the rotating part of shaft axis.
Also, in action toy of the invention, being also possible to the action toy includes stop part, which is used for
Limit the rotating part rotated using the driving part.
Also, in action toy of the invention, the main part can be worn by being also possible to user, to wearing
When from having the user of the main part to carry out from front, the rotating part utilizes the driving part counterclockwise
Rotation.
Also, in action toy of the invention, being also possible to the action toy includes secondary toy body, the pair toy body
Switch with performance output section and for acting the performance output section, the rotating part has can for the secondary toy body
The more than one mounting portion of handling ground installation, the mounting portion includes movable part, which can operate and be installed in this
The switch of the secondary toy body of mounting portion, the main part have more than one guiding piece, and the guiding piece is according to institute
The rotation for stating rotating part engages with the movable part, keeps the movable part of engaging mobile to the direction for operating the switch.
Also, in action toy of the invention, it is also possible to the mounting portion and the guiding piece along the rotation
The direction of rotation in portion is equipped with multiple at spaced intervals, and the movable parts of multiple mounting portions is according to the rotation of the rotating part
The switch of the secondary toy body is operated synchronously with one another.
Also, in action toy of the invention, it is also possible to the state locked in the rotating part by the sticking department
Under, multiple guiding pieces are set to the position engaged with the movable part of multiple mounting portions, by multiple installations
The quantity of portion and multiple guiding pieces is set as n, and the pair toy body makes the performance defeated when the switch is operated n+1 times
Portion acts out.
Also, in action toy of the invention, it is also possible to the secondary toy body with the 1st as the switch
Switch and the 2nd switch, the rotating part have the 1st mounting portion and the 2nd mounting portion as multiple mounting portions, and the described 1st
What the movable part of mounting portion operated the secondary toy body according to the rotation of the rotating part is installed in the 1st mounting portion
The 1st switch, the movable part of the 2nd mounting portion operates the secondary toy body according to the rotation of the rotating part
Be installed in the 2nd mounting portion it is described 2nd switch, using the 1st mounting portion the movable part to it is described 1st switch
Secondary the 1st performance of toy body output operated, after the 1st performance, using can described in the 2nd mounting portion
Secondary the 2nd performance of toy body output that dynamic portion operates the 2nd switch.
Also, in action toy of the invention, it is also possible to the performance output section output based in light and sound
The performance of at least one.
The effect of invention
According to the present invention, it is possible to provide a kind of users can be in the side for instinctively identifying that rotating member of sening as an envoy to should rotate
To action toy.
Detailed description of the invention
Fig. 1 is the main view indicated for illustrating an example of embodiments of the present invention, action toy.
Fig. 2 is the top view of the action toy of Fig. 1.
Fig. 3 is the main view for indicating the movement of action toy of Fig. 1.
(A), (B) of Fig. 4 is the schematic diagram for indicating the construction of sticking department.
Fig. 5 is the main view for indicating the configuration example for the driving part for rotating rotating part to a direction.
Fig. 6 is the schematic diagram for indicating the construction of driving part.
Fig. 7 is the schematic diagram for indicating the construction of driving part.
(A) of Fig. 8~(D) is main view the case where successively indicating rotating part rotation.
Fig. 9 is the functional block diagram of the action toy of Fig. 1.
Figure 10 is the schematic diagram of the structural example for the identification information for indicating that secondary toy body is kept.
Figure 11 is the structure for indicating the reading part of the identification information for reading the secondary toy body for being installed in the 1st mounting portion
The schematic diagram of example.
Figure 12 is the structure for indicating the reading part of the identification information for reading the secondary toy body for being installed in the 2nd mounting portion
The schematic diagram of example.
Figure 13 is the main view for indicating the configuration example for the mobile mechanism for keeping movable part mobile.
Figure 14 is the schematic diagram for indicating the construction of mobile mechanism.
Figure 15 is the timing diagram for indicating the performance example of secondary toy body.
Description of symbols
1, action toy；2, main part；3, rotating part；4, band；5, sticking department；6, latch-release button；7, the 1st installation
Portion；8, the 2nd mounting portion；9, central portion；10, locking pin；11, spring；12, recess portion；13, protrusion；14, inclined surface；15, it tilts
Face；20, driving part；21, cam；22, driven member；23, spring；24, inclined surface；25, stop part；26, spring；30, it the 1st reads
Take portion；31, the 2nd reading part；32, output section is acted the leading role out；33, main storage portion；34, main control unit；40, track；41, protrusion；42,
1st switch；43, the 2nd switch；50, rail guide；51, the 1st switch；53, the 3rd switch；54, movable press section；55, fixed
Press section；60, mobile mechanism；61, guiding piece；62, spring；101, secondary toy body；102, secondary toy body；110, test section；
111, secondary performance output section；112, secondary storage unit；113, sub-control portion；A1, arrow；A2, arrow；ID, identification information；LED, point
Battle array；P11, position；P12, position；P21, position；P22, position；T1, moment；T2, moment；T3, moment；Z, rotation axis.
Specific embodiment
Fig. 1 and Fig. 2 indicates for illustrating embodiments of the present invention, action toy an example, and Fig. 3 indicates that Fig. 1's is dynamic
Make the movement of toy.In addition, in description of the present embodiment, be with direction existing for aftermentioned latch-release button 6 " on
Side ", its opposite direction be " lower section ", and with along the rotation axis Z of rotating part 3 there are the direction of rotating part 3 be " front ", its
Opposite direction is that " rear " is illustrated.
Action toy 1 includes main part 2 and can be relative to the rotating part 3 of the rotation of main part 2.Band is equipped in main part 2
4, main part 2 is configured to be installed on the waist of such as user.
Rotating part 3 has the 1st mounting portion 7 and the 2nd mounting portion 8 releasably installed for secondary toy body 101,102.1st
Following position is arranged in mounting portion 7 and the 2nd mounting portion 8: intersecting with the rotation axis Z of rotating part 3 and by the central portion of rotating part 39
It is clipped in the middle and relative to each other.In addition, secondary toy body 101 is installed on the 1st mounting portion 7, secondary toy body 102 in the example of diagram
Be installed on the 2nd mounting portion 8, but for example by make secondary toy body 101 turn upside down and it is reversed left to right configure, secondary toy body
101 can also be installed on the 2nd mounting portion 8.
Action toy 1 includes the sticking department 5 and latch-release button 6 for being locked as rotating part 3 not rotating.Utilizing lock
In the state of determining the locking of portion 5 rotating part 3, the extension of the 1st mounting portion 7 of rotating part 3 and the relative direction of the 2nd mounting portion 8 and band 4
Direction is parallel.Hereinafter, the rotating part 3 that the relative direction of the 1st mounting portion 7 and the 2nd mounting portion 8 is parallel with the extending direction of band 4
Position be referred to as latched position.
Latch-release button 6 is set to main part 2, and the locking of rotating part 3 is released by operation latch-release button 6.With
The releasing of locking, rotating part 3 rotates predetermined angular along the direction of arrow A1 shown in Fig. 3.Hereinafter, to sticking department 5 and
The driving part for making rotating part 3 rotate predetermined angular with the releasing of locking is illustrated.
Fig. 4 indicates sticking department 5.
Sticking department 5 has locking pin 10 and spring 11.Locking pin 10 is by the bearing of main part 2 can be along rotating part 3
Rotation axis Z is mobile.Spring 11 flexibly exerts a force to locking pin 10 towards 3 side of rotating part.2 side of main part is leaned in rotating part 3
The back side be equipped with recess portion 12, as shown in (A) of Fig. 4, in the state that rotating part 3 is configured at above-mentioned latched position, locking pin 10
Protrusion 13 it is chimeric with recess portion 12.By the way that protrusion 13 is embedded in recess portion 12, rotating part 3, which is locked into, to be rotated.
The direction that latch-release button 6 can be intersected by the bearing of main part 2 along the rotation axis Z with rotating part 3
It is mobile.It is formed in locking pin 10 inclined relative to the moving direction of locking pin 10 and the moving direction of latch-release button 6
(in the present embodiment, with downward and inclined from rear towards front) inclined surface 14, in latch-release button 6
It is formed with similarly inclined (in the present embodiment, with downward and inclined from rear towards front) inclined surface
15.By the way that the direction of arrow A2 shown in (B) of the latch-release button 6 along Fig. 4 is pressed, the inclination of latch-release button 6
Face 15 is slided on the inclined surface of locking pin 10 14, and inclined surface 14 pushes 2 side of main part to by the moving direction along locking pin 10.
Recess portion 12 is left in the protrusion 13 of locking pin 10 as a result, and the locking of rotating part 3 is released from.
Fig. 5~Fig. 7 indicates an example for the driving part for making rotating part 3 rotate predetermined angular with the releasing of locking.
Fig. 5~driving part shown in Fig. 7 20 has cam 21, driven member 22 and spring 23.Cam 21 is set to main part
2, it is shaped generally as triangle, has the direction of the arrow A1 relative to the direction of rotation as rotating part 3 inclined (at this
In embodiment, with downward and from front towards back sweep) inclined surface 24.Inclined surface 24 along rotating part
Edge 24e when 3 rotation axis Z is observed positioned at outside diameter is relative to radial skew.Driven member 22 is set to rotating part 3,
It configures on the circumference that intersects centered on the rotation axis Z by rotating part 3 with cam 21, by spring 23 towards 2 side of main part
Flexibly exert a force.In addition, in the present embodiment, being set to main part 2 to cam 21 and driven member 22 being set to the form of rotating part 3
It is illustrated, but can also in contrast to this, cam 21 is set to rotating part 3, and driven member 22 is set to main part 2.
When rotating part 3 is locked, driven member 22 is located on the direction of arrow A1 more than the cam 21 of triangle
The position P11 at top, and be to be contacted in the upper end of the inclined surface of cam 21 24 with edge 24e.It is solved in the locking of rotating part 3
Except when, towards lower end slided on inclined surface 24 by the driven member 22 that spring 23 exerts a force from the upper end of inclined surface 24, with
Sliding, rotating part 3 rotated along the direction of arrow A1.The position for reaching the lower end of inclined surface 24 is moved in driven member 22
When P12, rotating part 3 rotates predetermined angular.
It is limited using the rotating part 3 that driving part 20 has rotated predetermined angular by stop part 25.Stop part 25 is set to rotation
Portion 3 configures on the circumference that intersects centered on the rotation axis Z by rotating part 3 with cam 21, by spring 26 towards main part
2 sides flexibly exert a force.When rotating part 3 is locked, stop part 25 is located at the position P21 separated with cam 21, in rotating part 3
The position P22 contacted with cam 21 is moved to when rotating predetermined angular using driving part 20.Rotating part 3 because stop part 25 with it is convex
It takes turns 21 abutting and is restricted to lock-bit and sets the position after rotation predetermined angular.If making rotating part 3 along arrow A1's
The further rotation of external force in direction is applied to rotating part 3, then stop part 25 can cross the top of cam 21, and stop part 25 occurs partially
From.Rotating part 3 is further rotated along the direction of arrow A1 as a result,.
The case where being rotated Fig. 8 shows rotating part 3.In addition, in fig. 8, being only mounted with secondary toy in the 1st mounting portion 7
Body 101.
In the present embodiment, from being carried out to the user with main part 2 from front in the case where, rotating part
3 are configured to rotate counterclockwise.Firstly, rotating part 3 is configured at latched position as shown in (A) of Fig. 8.User behaviour
Make latch-release button 6, and releases the locking of rotating part 3.As shown in (B) of Fig. 8, by releasing the locking of rotating part 3, rotation
Portion 3 rotates predetermined angular along the direction (counter clockwise direction) of arrow A1 using driving part 20, is limited by stop part 25.This
When, protrusion 13 and the recess portion 12 of locking pin 10 are staggered, therefore even if latch-release button 6 is released, the locking of rotating part 3 is also located
In the state being released from.
Later, for example, by depressing the 1st mounting portion 7 suddenly by user, stop part 25 deviates, such as (C) of Fig. 8
Shown, rotating part 3 is further rotated along the direction of arrow A1.Later, as shown in (D) of Fig. 8, when rotating part 3 rotates a circle
And when again returning to latched position, rotating part 3 is locked portion 5 again and locks.According to being configured to such action toy 1,
When operating latch-release button 6, rotating part 3 rotates predetermined angular along a direction, therefore user can easily identify
The direction of rotation appropriate (direction that rotate rotating part 3 should) of rotating part 3.
In addition, in this example, rotating part 3 using have the driving part 20 of cam 21, driven member 22 and spring 23 along
One direction rotates, but driving part is not limited to cam 21, driven member 22 and spring 23.For example, it can be inclined
The center of gravity of the position setting rotating part 3 of rotation axis Z from rotating part 3 is released from the locking of rotating part 3 in this case
When, rotating part 3 rotates in such a way that position of centre of gravity is gone downward along a direction.
From the viewpoint of the interest for improving action toy 1, rotating part 3 is configured to pacify in the 1st mounting portion 7 and/or the 2nd
Dress portion 8 is equipped with secondary toy body 101,102, and is able to carry out performance output.Secondary toy body 101,102 is also configured to be installed on
1 mounting portion 7 or the 2nd mounting portion 8, integrally rotate with rotating part 3, and are able to carry out performance output.
The functional block of Fig. 9 expression action toy 1.
Secondary toy body 101,102 has intrinsic identification information ID.Rotating part 3 include for read secondary toy body 101,
The 1st reading part 30 and the 2nd reading part 31 of 102 identification information ID；Act the leading role out output section 32；It is stored with and acts the leading role out output section 32
Action data etc. main storage portion 33；And main control unit 34.
1st reading part 30 is set to the 1st mounting portion 7, for reading the secondary toy body 101,102 for being installed in the 1st mounting portion 7
Identification information ID.2nd reading part 31 is set to the 2nd mounting portion 8, for reading the secondary toy body for being installed in the 2nd mounting portion 8
101,102 identification information ID.
It acts the leading role out output section 32 and has used the Matrix LED (Light that can show text, symbol, image in this example
Emitting Diode: light emitting diode) etc. display, set on the central portion 9 of rotating part 3.In addition, performance is not limited to
Sound, light also can be used in the display of text, symbol, image, can use various equipment according to performance.
Main storage portion 33 is configured to include ROM (Read Only Memory: read-only memory), RAM (Random
Access Memory: random access memory) etc. storage mediums, be stored with the execution of main control unit 34 program, with secondary toy body
The corresponding action data of identification information.
Main control unit 34 is configured to based on microprocessor, is acted according to the program for being stored in main storage portion 33,
To be uniformly controlled the movement in each portion of rotating part 3.Main control unit 34 reads from main storage portion 33 and by the 1st reading part 30 or the
The corresponding action data of identification information ID that 2 reading parts 31 are read, the action data based on reading make to act the leading role out output section 32
Movement.
Secondary toy body 101 includes test section 110, is used to detect to the 1st mounting portion 7 of rotating part 3 or the 2nd mounting portion 8
Installation and rotating part 3 rotation；Pair performance output section 111；Secondary storage unit 112 is stored with secondary performance output section 111
Action data etc.；And sub-control portion 113.Secondary toy body 102 also has test section 110, secondary performance output section 111, secondary storage
Portion 112 and sub-control portion 113.
Pair performance output section 111 sounding bodies, LED (Light Emitting Diode: light-emitting diodes such as including loudspeaker
Pipe) etc. illuminators, be configured to output and used the performance of sound, light.Secondary storage unit 112 is configured to include ROM, RAM etc.
Storage medium, sub-control portion 113 are configured to based on microprocessor.
Secondary storage unit 112 is stored with as the 1st action data of action data and the 2nd action data.1st action data with
The performance that secondary toy body 101,102 exports when being installed on the 1st mounting portion 7 or 2 mounting portion 8 is corresponding, the 2nd action data and rotation
The performance that transfer part 3 exports when rotating a circle is corresponding.
It is secondary when detecting that secondary toy body 101,102 is installed on the 1st mounting portion 7 or 2 mounting portion 8 using test section 110
Control unit 113 reads the 1st action data from secondary storage unit 112, and the 1st action data based on reading makes secondary performance output section 111
Movement.Also, when detecting that rotating part 3 has rotated one week using test section 110, sub-control portion 113 is read from secondary storage unit 112
2nd action data out, the 2nd action data based on reading act secondary performance output section 111.
Figure 10 indicate the identification information ID that secondary toy body 101 is kept and for detect to rotating part 3 the 1st mounting portion 7 or
The structural example of the test section 110 of the rotation of the installation and rotating part 3 of 2nd mounting portion 8.Also, Figure 11 indicates the of rotating part 3
The structural example of 1 mounting portion 7, Figure 12 indicate the structural example of the 2nd mounting portion 8 of rotating part 3.
As shown in Figure 10, secondary toy body 101 includes track 40 in the face opposite with rotating part 3, is used to limit secondary toy
Installation direction etc. when body 101 is installed to the 1st mounting portion 7 or the 2nd mounting portion 8；Multiple protrusions 41 constitute identification information ID；
And constitute the 1st switch 42 and the 2nd switch 43 of test section 110.
Multiple protrusions 41 are in rectangular arrangement, constitute identification information ID by the arrangement pattern of protrusion 41.In this example, it is being in
In X-direction 3 column and Y-direction on 3 rows rectangular arrangement 9 local matrix elements in 6 places be equipped with protrusion 41.
As shown in figure 11, the 1st mounting portion 7 of rotating part 3 includes rail guide 50, the track with secondary toy body 101
40 engagings；Constitute the 1st switch the 51~the 3rd switch of the 1st reading part 30 for reading the identification information ID of secondary toy body 101
53；And the fixed pressing of the 2nd switch 43 of movable press section 54 and pressing of the 1st switch 42 of secondary toy body 101 can be pressed
Portion 55.
The 51~the 3rd switch 53 of 1st switch is provided along X-direction arrangement, is installing secondary toy body 101 to the 1st mounting portion 7
When, the set of protrusions of the first row passes through the 51~the 3rd switch 53 of the 1st switch, then, the set of protrusions of the second row pass through the 1st switch 51~
3rd switch 53, finally, the set of protrusions of the third line passes through the 51~the 3rd switch 53 of the 1st switch.Multiple protrusions 41 are detected as a result,
Pattern is arranged, identification information ID is read.
Movable press section 54 is prominent according to the surface for being rotated in the 1st mounting portion 7 of rotating part 3 or submerges the 1st mounting portion 7
Inside.Movable press section 54 is at least prominent on the surface of the 1st mounting portion 7 when rotating part 3 is configured at latched position, by prominent
The 1st switch 42 of the secondary toy body 101 installed in the 1st mounting portion 7 is pressed out.On the other hand, fixed press section 55 is fixed
Ground is set as the surface state outstanding in the 1st mounting portion 7, presses the 2nd of the secondary toy body 101 installed in the 1st mounting portion 7 always
Switch 43.
When secondary toy body 101 is installed on 1 mounting portion 7 in the state that rotating part 3 is configured at latched position, secondary toy body
101 the 1st switch 42 and the 2nd switch 43 are pressed by movable press section 54 and fixed press section 55, detect secondary toy body as a result,
101 are installed on the 1st mounting portion 7.Also, it during rotating part 3 rotates a circle and again returns to latched position, movably presses
Splenium 54 is repeatedly prominent, submerges, and the 1st switch 42 is opened/closed stipulated number.Detect that rotating part 3 has rotated one as a result,
Week.
2nd mounting portion 8 of rotating part 3 also includes rail guide 50 in the same manner as the 1st mounting portion 7；It constitutes for reading
The 51~the 3rd switch 53 of the 1st switch of the 2nd reading part 31 of the identification information ID of secondary toy body 101；And secondary toy can be pressed
The movable press section 54 of the 2nd switch 43 of fixation press section 55 and pressing of 1st switch 42 of body 101.
Here, as shown in figure 12, secondary toy body 101 turn upside down and it is reversed left to right configure, can also be installed on the 2nd
Mounting portion 8.The arrangement of the 51~the 3rd switch 53 of the 1st switch of 2nd mounting portion 8 and the 1st switch the 51~the 3rd of the 1st mounting portion 7 are opened
Scend is fallen in above-below direction for the arrangement of pass 53, and the 1st reading part 30 detects the arrangement pattern of the protrusion 41 of secondary toy body 101 as a result,
And the identification information ID and the 2nd reading part 31 read detect the protrusion 41 of secondary toy body 101 arrangement pattern and the identification read
Information ID is identical.
On the other hand, the arrangement of the movable press section 54 of the 2nd mounting portion 8 and fixed press section 55 and the 1st mounting portion 7 can
It is identical above and below the arrangement of dynamic press section 54 and fixed press section 55.Thus, the feelings of the 2nd mounting portion 8 are installed in secondary toy body 101
Under condition, during rotating part 3 rotates a circle and again returns to latched position, the 2nd switch 43 is opened/closed regulation time
Number.Based in the 1st switch 42 and the 2nd switch 43 any one and the rotation of rotating part 3 be correspondingly opened/closed, additionally it is possible to
Any one that secondary toy body 101 is installed in the 1st mounting portion 7 and the 2nd mounting portion 8 detected.
Figure 13 and Figure 14 indicates the mobile mechanism of movable press section 54.
For making the shifting that the 1st mounting portion 7 and the respective movable press section 54 of the 2nd mounting portion 8 of rotating part 3 are prominent, submerge
Motivation structure 60 has a pair of of guiding piece 61.In the state that rotating part 3 is configured at latched position, a pair of of guiding piece 61 is in the 1st peace
The behind of dress portion 7 and the respective movable press section 54 of the 2nd mounting portion 8 is highlightedly set to main part 2 towards 3 side of rotating part, is formed
For generally trapezoidal shape.Movable press section 54 configures the circle to intersect centered on the rotation axis Z by rotating part 3 with guiding piece 61
Zhou Shang is flexibly exerted a force by spring 62 towards 2 side of main part.
In the case where rotating part 3 is configured at latched position, the movable press section 54 of the 1st mounting portion 7 is moved to a guidance
On part 61, it is configured to prominent on the surface of the 1st mounting portion 7.In the case where rotating part 3 rotates after 180 ° from latched position, the 1st
The movable press section 54 of mounting portion 7 is moved on another guiding piece 61, is configured to prominent on the surface of the 1st mounting portion 7.2nd peace
Similarly, the case where rotating part 3 is configured at latched position and rotating part 3 is from locking bit for the movable press section 54 in dress portion 8
It in the case where setting after 180 ° of rotation, is moved on guiding piece 61, is configured to prominent on the surface of the 2nd mounting portion 8.
The quantity of guiding piece 61 is set as n (in this example, n=2), in rotating part 3 from the state for being configured at latched position
Play rotate a circle and until again returning to latched position, for the movable press section 54 of the 1st mounting portion 7, if will configuration
Protrusion in the state of latched position is calculated as the 1st time, then is configured to n+1 times prominent on the surface of the 1st mounting portion 7.In other words,
Assuming that secondary toy body 101 is installed on the 1st mounting portion 7, if the 1st switch 42 of secondary toy body 101 is being configured at latched position
In the state of be opened and be calculated as the 1st time, then played in rotating part 3 from the state for being configured at latched position and rotate a circle and return again
Until returning to latched position, the 1st switch 42 of secondary toy body 101 is opened n+1 times.In addition, it is assumed that secondary toy body 101 is installed on
2nd mounting portion 8, if the 2nd switch 43 of secondary toy body 101 is opened in the state of being configured at latched position is calculated as the 1st
It is secondary, then it plays and rotates a circle until again returning to latched position from the state for being configured at latched position in rotating part 3, pair is played
Specific 101 the 2nd switch 43 is opened n+1 times.Like this, it is beaten in the 1st switch 42 of secondary toy body 101 or the 2nd switch 43
In the case where opening n+1 times, detect that rotating part 3 has rotated one week, based on any one quilt in the 1st switch 42 and the 2nd switch 43
Any open/close, additionally it is possible to the one that secondary toy body 101 is installed in the 1st mounting portion 7 and the 2nd mounting portion 8 detected together.
Figure 15 indicates self installation in the secondary toy body 101 of the 1st mounting portion 7 and is installed on the secondary toy body of the 2nd mounting portion 8
An example of the performance of 102 outputs.In addition, secondary toy body 101 and secondary toy body 102 either identical type secondary toy body,
It is also possible to different types of secondary toy body.
Firstly, secondary toy body 101 is installed on the 1st mounting portion 7 in moment T1.At this point, the 1st switch 42 of secondary toy body 101
It is pressed by the movable press section 54 of the 1st mounting portion 7, meanwhile, the 2nd switch 43 is fixed the pressing of press section 55, from secondary toy body 101
Export installation performance corresponding with the 1st action data for being stored in secondary toy body 101.Then, in moment T2, secondary toy body
102 are installed on the 2nd mounting portion 8.At this point, the 2nd switch 43 of secondary toy body 102 is pressed by the movable press section 54 of the 2nd mounting portion 8
Pressure, meanwhile, the 1st switch 42 is fixed the pressing of press section 55, exports from secondary toy body 102 and is stored in the 1st of secondary toy body 102
The corresponding installation performance of action data.Later, the output completion in the installation performance of secondary toy body 101 and secondary toy body 102
Installation performance output after the completion of at the time of T3, rotating part 3 rotates a circle.
Secondary toy body 101 and secondary toy body 102 detect that rotating part 3 has rotated one week respectively, secondary toy body 101 execute and
It is stored in the corresponding performance of the 2nd action data of secondary toy body 101, secondary toy body 102 is also synchronously held with secondary toy body 101
Row performance corresponding with the 2nd action data for being stored in secondary toy body 102.
Here, the 2nd action data includes the 1st performance, selection is opened/closed based on the 1st switch 42；And the 2nd drill
Out, selection is opened/closed based on the 2nd switch 43.Execution time of 1st performance of the 2nd action data in the 2nd action data
First half execute, the 2nd performance the 2nd action data execution the time latter half execute.In the feelings of secondary toy body 101
It under condition, is opened/closed based on the 1st switch 42, identifies and be installed on the 1st mounting portion 7, select the 1st performance of the 2nd action data
It is exported.On the other hand, it in the case where secondary toy body 102, is opened/closed based on the 2nd switch 43, identifies and be installed on
2nd mounting portion 8 selects the 2nd performance of the 2nd action data to be exported.In this case, the secondary output of toy body 101 the 1st is drilled
Out, after the 1st performance, secondary the 2nd performance of the output of toy body 102.If after being exported after the 1st performance of first half like this
The 2nd of half is performed, then can realize between secondary toy body 101 and secondary toy body 102 and dock and (Japanese: hang け and close い), can
Further increase interest.
In addition, after the output of the installation performance of secondary toy body 101 is completed, starting secondary play in example shown in figure 15
The output of specific 102 installation performance is but it is also possible to be in the output that the installation of secondary toy body 101 is performed halfway by secondary toy
Body 102 is installed on the 2nd mounting portion 8, performs the installation of secondary toy body 101 Chong Die with the secondary installation performance of toy body 102.Separately
Outside, in the above-described embodiment, the example acted to the pressing according to switch is illustrated, but as long as being opened by operation
Action is put into make, it is not limited to this.For example, it can be occurred by identification because the pressing of switch is released from
The variation of opening and closing is switched to be acted.
Claims (12)
1. a kind of action toy, wherein
The action toy includes:
Main part；
Rotating part can be rotated relative to the main part；
Sticking department is used to be locked as not rotating by the rotating part；And
Driving part rotates the rotating part to a direction with the releasing of the sticking department.
2. action toy according to claim 1, wherein
The driving part includes:
Cam is set to any one of the main part and the rotating part, has the rotation side relative to the rotating part
To inclined inclined surface；
Driven member is set to the other of the main part and the rotating part, and slides on the inclined surface；And
Biasing member flexibly exerts a force to the driven member towards the inclined surface.
3. action toy according to claim 1 or 2, wherein
The driving part includes the center of gravity for deviateing the rotating part of rotation axis of the rotating part.
4. action toy according to claim 1 or 2, wherein
The action toy includes stop part, and the stop part is for limiting the rotation rotated using the driving part
Portion.
5. action toy according to claim 1 or 2, wherein
User can wear the main part, when from being carried out to the user with the main part from front, institute
Rotating part is stated to rotate counterclockwise using the driving part.
6. action toy according to claim 1 or 2, wherein
The action toy includes secondary toy body, which has performance output section and for acting the performance output section
Switch,
The rotating part has the more than one mounting portion releasably installed for the secondary toy body,
The mounting portion includes movable part, which can operate the described of the secondary toy body for being installed in the mounting portion
Switch,
The main part has more than one guiding piece, rotation and the movable part card of the guiding piece according to the rotating part
It closes, keeps the movable part of engaging mobile to the direction for operating the switch.
7. action toy according to claim 6, wherein
The mounting portion and the guiding piece be equipped at spaced intervals along the direction of rotation of the rotating part it is multiple,
The movable part of multiple mounting portions operates the secondary toy body according to the rotation of the rotating part synchronously with one another
The switch.
8. action toy according to claim 7, wherein
In the state that the rotating part is locked by the sticking department, multiple guiding pieces are set to and multiple mounting portions
The movable part engaging position,
The quantity of multiple mounting portions and multiple guiding pieces is set as n, the pair toy body is in the switch by operation n
Act the performance output section at+1 time.
9. action toy according to claim 7 or 8, wherein
The pair toy body has the 1st switch and the 2nd switch as the switch,
The rotating part has the 1st mounting portion and the 2nd mounting portion as multiple mounting portions,
The movable part of 1st mounting portion operates being installed in for the secondary toy body according to the rotation of the rotating part
The 1st switch of 1st mounting portion,
The movable part of 2nd mounting portion operates being installed in for the secondary toy body according to the rotation of the rotating part
The 2nd switch of 2nd mounting portion,
It is drilled using the secondary toy body output the 1st that the movable part of the 1st mounting portion operates the 1st switch
Out, it after the 1st performance, is switched using the movable part of the 2nd mounting portion to the described 2nd described in being operated
Secondary the 2nd performance of toy body output.
10. action toy according to claim 6, wherein
The performance of the performance output section output based at least one of light and sound.
11. action toy according to claim 7 or 8, wherein
The performance of the performance output section output based at least one of light and sound.
12. action toy according to claim 9, wherein
The performance of the performance output section output based at least one of light and sound.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210155961.4A CN114534265A (en) | 2018-06-01 | 2019-05-17 | Action toy |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2018-106050 | 2018-06-01 | ||
| JP2018106050A JP6494838B1 (en) | 2018-06-01 | 2018-06-01 | Toy |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202210155961.4A Division CN114534265A (en) | 2018-06-01 | 2019-05-17 | Action toy |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110141872A true CN110141872A (en) | 2019-08-20 |
| CN110141872B CN110141872B (en) | 2022-01-04 |
Family
ID=65999128
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202210155961.4A Pending CN114534265A (en) | 2018-06-01 | 2019-05-17 | Action toy |
| CN201910411212.1A Active CN110141872B (en) | 2018-06-01 | 2019-05-17 | Action toy |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202210155961.4A Pending CN114534265A (en) | 2018-06-01 | 2019-05-17 | Action toy |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6494838B1 (en) |
| CN (2) | CN114534265A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112827194A (en) * | 2020-03-18 | 2021-05-25 | 株式会社万代 | Toy (A) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7144575B1 (en) * | 2021-06-25 | 2022-09-29 | 株式会社バンダイ | directing output toy |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN114534265A (en) | 2022-05-27 |
| JP6494838B1 (en) | 2019-04-03 |
| CN110141872B (en) | 2022-01-04 |
| JP2019208729A (en) | 2019-12-12 |
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