CN208493222U

CN208493222U - Function whirligig

Info

Publication number: CN208493222U
Application number: CN201820636893.2U
Authority: CN
Inventors: 陈文坚; 凌赞; 叶鉴
Original assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Current assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Priority date: 2018-04-28
Filing date: 2018-04-28
Publication date: 2019-02-15
Anticipated expiration: 2028-04-28

Abstract

The utility model discloses a kind of function whirligig, the function whirligig includes: rotary body；Functor, the functor are located on the rotary body and rotate with the rotary body；Locker, the locker is located on the rotary body and rotates with the rotary body, the locker is configured to, when the revolving speed of the rotary body is greater than first setting speed, functor described in locking, the functor is triggered when the revolving speed of the rotary body drops to the first setting speed.Function whirligig according to the present utility model, by the way that locker is arranged on rotary body, using locker come the triggering of control function part, and then realize the function whirligig one when playing or toy can Trigger Function part, and repeatedly it can execute function by Trigger Function part, the interest played is strong, brings stimulation and pleasantly surprised sensory experience to player.

Description

Function whirligig

Technical field

The utility model relates to games for play technical fields, more particularly, to a kind of function whirligig.

Background technique

Currently, rotation body function toy stretches out one's hand liking for child, wherein the function rotation body toys of mainstream are that battle becomes Shape gyro.

Rotation body toys in the related technology are battle deformation peg-top, need two or more gyros in high speed rotation state Lower directly to hit battle, by clashing, trigger switch makes the side hit realize deformation.And each battle deformation peg-top toy Structure mainly include three parts, bottom is flywheel body, and middle part is the switching device of head-on collision triggering, and top is deformable body, tool Body, is equipped with the switch that can be stretched outside the middle part of gyro, switchboard key the pressure spring under the action of original state to overhanging Out, while on switchboard key unlocking apparatus is set, when two high-speed rotating gyros, in the process of head-on collision that contacts with each other In, when gyro is hit on & off switch and is subjected to displacement, deformable body realizes deformation in turn for unlock, and single gyro cannot achieve deformation, And structure is complicated, playing method interest is low.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model mentions The playing method interest of a kind of function whirligig out, the function whirligig is strong, and single toy, that is, deformable, structure letter It is single.

Function whirligig according to the present utility model, comprising: rotary body；Functor, the functor are located at the rotation It is rotated on swivel and with the rotary body；Locker, the locker are located on the rotary body and with the rotary body Rotation, the locker are configured to, the function described in locking when the revolving speed of the rotary body is greater than first setting speed Part triggers the functor when the revolving speed of the rotary body drops to the first setting speed.

Function whirligig according to the present utility model, by the way that locker is arranged on rotary body, using locker Carry out the triggering of control function part, so realize the function whirligig one when playing or a toy can Trigger Function Part, and repeatedly can execute function by Trigger Function part, the interest played is strong, brings stimulation and pleasantly surprised sense organ body to player It tests.

One embodiment according to the present utility model, the locker include: the locking for functor described in locking Mechanism；It is centrifuged latching device, the centrifugation latching device includes the centrifugal block for clutch use being swingably located on the rotary body, described On centrifugal block for clutch use have center of gravity portion, when the rotary body rotation when, the center of gravity portion gravity or centrifugal force effect under towards or Person swings far from the rotation axis of the rotary body；When the revolving speed of the rotary body be greater than first setting speed when described in from The heart gets rid of block and discharges the lockable mechanism, the centrifugal block for clutch use when the revolving speed of the rotary body drops to first setting speed Trigger the lockable mechanism.

According to one optional example of the utility model, the centrifugation latching device includes: the first magnetic absorption member, and described first Magnetic absorption member is located on the centrifugal block for clutch use to drive the center of gravity portion to swing towards the rotation axis.

Another optional example according to the utility model, the centrifugation latching device includes: the second magnetic absorption member, and described Two magnetic absorption members are located on the rotary body and between the centrifugal block for clutch use and the rotation axis.

Another optional example according to the utility model, the centrifugation latching device include multiple centrifugal block for clutch use, At least two centrifugal block for clutch use are arranged in pairs, and the pairs of relatively described rotation axis of two centrifugal block for clutch use is centrosymmetric Setting, two pairs of centrifugal dryings are attracted each other by first magnetic absorption member.

According to the utility model, another optional example, the locker include: self-locking mechanism, the self-locking mechanism Cooperate with the centrifugation latching device to be centrifuged latching device described in locking, the self-locking mechanism discharges the centrifugation on triggering Latching device.

In some optional examples, the self-locking mechanism includes: that institute is being slidably disposed between lock-bit and unlocking position The self-locking push plate for stating a rotating body, the self-locking push plate pushes the centrifugal block for clutch use when from lock-bit, keeps the center of gravity portion separate The rotation axis, at unlocking position, the self-locking push plate discharges the centrifugal block for clutch use；First elastic component, first elastic component It is connected between the rotary body and the self-locking push plate to push the self-locking push plate towards unlocking position.

In some optional examples, the self-locking mechanism includes: described from lock-bit for the self-locking push plate to be stuck in Lock, it is described to latch in centrifugal force effect or discharge the self-locking push plate after collision triggering.

According to the further example of the utility model, the function whirligig further include: rotation point, the rotation point can on Lower floating ground is located at the bottom of the rotary body, can trigger the lock when the relatively described rotary body of the rotation point floats upwards Button unlock.

In some optional examples, the lockable mechanism includes: turntable, and the turntable is rotatably arranged at the rotary body On, the turntable is equipped with lock-joining part and auxiliary section；Second elastic component, second elastic component are connected to the rotary body and institute It states between turntable, to drive the turntable to rotate towards the direction of functor described in the lock-joining part interlocking；Wherein, when it is described from When the heart gets rid of the block pressure auxiliary section, the direction that the turntable can be pushed to unlock the functor towards the lock-joining part is rotated.

Further, the internal perisporium of the turntable is equipped with notch, and the notch is in the direction around the rotation axis On side be equipped with cooperation inclined-plane, the cooperation inclined-plane constitutes the auxiliary section, the centrifugal block for clutch use equipped with and the cooperation The driving inclined-plane of inclined-plane cooperation.

According to another embodiment of the utility model, the functor includes: flip piece, and the flip piece is located at the rotation The bottom of swivel, the flip piece is sealed by the locker, and the flip piece is with respect to institute after locker unlock Rotary body rotation is stated so that the function whirligig empties overturning.

According to another embodiment of the utility model, the function whirligig further include: deferred mount, the delay dress It sets and is connected respectively with the locker and the functor, the deferred mount is configured to postpone the locker to described The unlocking motion of functor.

Further, the deferred mount includes: unlocking board, and the unlocking board is conciliate between lock-bit slidably in initial bit Ground is located at a rotating body, the unlocking board is maintained at the initial bit when locker locking, in initial bit institute State unlocking board can functor described in locking, the unlocking board described in solution lock-bit discharges the functor, and the unlocking board is equipped with solution Lock rack gear；Gear is unlocked, the unlock gear is meshed with the unlock rack gear；Accumulating mechanism, the accumulating mechanism with it is described It unlocks gear to be connected, the accumulating mechanism accumulation of energy, the energy accumulating machine when the unlocking board is slided by solution lock-bit towards initial bit Structure drives the unlocking board to slide towards the solution lock-bit when releasing energy.

According to the utility model optional embodiment, the functor is sounding part, illuminating part, at least one in action piece Kind.

Further, the functor includes multiple action pieces, and multiple action pieces are configured in the locker Successively it is unfolded when triggering, in two adjacent action pieces of expansion sequence, the action piece being formerly unfolded is for being locked at The action piece being unfolded afterwards, the action piece being unfolded at first pass through the locker locking.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the perspective view according to the function whirligig of the utility model embodiment；

Fig. 2 is the exploded view according to the function whirligig of the utility model embodiment；

Fig. 3 is the perspective view according to the deformation state of the function whirligig of the utility model embodiment；

Fig. 4 is the sectional view according to the function whirligig of the utility model embodiment；

Fig. 5 is the partial structure diagram according to the function whirligig of the utility model embodiment；

Fig. 6 is the partial structure diagram according to the deformation state of the function whirligig of the utility model embodiment；

Fig. 7 is the schematic diagram according to the partial function part of the function whirligig of the utility model embodiment；

Fig. 8 is the signal according to the partial function part of the deformation state of the function whirligig of the utility model embodiment Figure；

Fig. 9 is the signal according to the partial function part of the function whirligig at another visual angle of the utility model embodiment Figure；

Figure 10 is the part function according to the deformation state of the function whirligig at another visual angle of the utility model embodiment The schematic diagram of energy part；

Figure 11 is the side view according to the part-structure of the function whirligig of the utility model embodiment；

Figure 12 is the side view according to the part-structure of the deformation state of the function whirligig of the utility model embodiment；

Figure 13 is be centrifuged latching device and lockable mechanism one according to the function whirligig of the utility model embodiment A status diagram；

Figure 14 is according to the another of the centrifugation latching device of the function whirligig of the utility model embodiment and lockable mechanism One status diagram；

Figure 15 is the centrifugation latching device and lock according to the function whirligig at another visual angle of the utility model embodiment One status diagram of locking mechanism；

Figure 16 is the centrifugation latching device and lock according to the function whirligig at another visual angle of the utility model embodiment Another status diagram of locking mechanism；

Figure 17 is the perspective view according to the centrifugal block for clutch use of the function whirligig of the utility model embodiment；

Figure 18 is the schematic diagram according to the self-locking mechanism of the function whirligig of the utility model embodiment；

Figure 19 is a status diagram according to the locker of the function whirligig of the utility model embodiment；

Figure 20 is another status diagram according to the locker of the function whirligig of the utility model embodiment；

Figure 21 is the part-structure exploded view according to the rotary body of the function whirligig of the utility model embodiment；

Figure 22 is the sectional stereogram according to the rotary body of the function whirligig of the utility model another embodiment；

Figure 23 is the partial structure diagram according to the rotary body of the function whirligig of the utility model embodiment；

Figure 24 is the part-structure signal according to the rotary body of the function whirligig of the utility model another embodiment Figure；

Figure 25 is the schematic diagram according to the unlocking board of the function whirligig of the utility model embodiment；

Figure 26 is the exploded view according to the deferred mount of the function whirligig of the utility model embodiment；

Figure 27 is the part-structure exploded view according to the rotary body of the function whirligig of the utility model embodiment；

Figure 28 is that the function whirligig of the utility model another embodiment is located at the structural representation of normal rolled state Figure；

Figure 29 is that the function whirligig of the utility model embodiment is located at the structural schematic diagram of emission state；

Figure 30 is the partial structurtes signal of the functor and locker of the function whirligig of the utility model embodiment Figure；

Figure 31 is the vertical cross-section figure of the function whirligig of the utility model embodiment；

Figure 32 is another vertical cross-section figure of the function whirligig of the utility model embodiment；

Figure 33 is the partial structural diagram of the function whirligig of the utility model embodiment.

Appended drawing reference:

Function whirligig 1

Rotary body 10, rotation point 110, elastic arm 120,

Functor 20, emitting head 210, central axis 220, transmitting elastic component 230, turnable elastic part 240,

Locker 30, lockable mechanism 310, lock-connecting piece 310, turntable 313, lock-joining part 3131, recess portion 3131a, auxiliary section 3132, the second elastic component 314, the first lock-connecting piece 311, the first trigger member 3111, grab 3111a, the first spring 3112, second lock Fitting 312, the second trigger member 3121, locking piece 3122, closing piece 3122a, second spring 3123,

It is centrifuged latching device 320, centrifugal block for clutch use 321, center of gravity portion 3211, driving inclined-plane 3212, the first magnetic absorption member 322, the Two magnetic absorption members 323

Self-locking mechanism 330, self-locking push plate 331, linkage convex block 3311, raised 3312, first elastic component 332, unlock piece 333, lock 334,

Interlocking plate 340, claw 341,

Gyro top cover 40, card hole 410, slide plate 50,Protrusion 510, end 513,Third elastic component 520, toy body 2,

Flip piece 41, camshaft 411, deformable member 42, hind wing part 421, outer wing part 422, outer wing baffle 4221, interior wing part 423, interior wing baffle 4231, head part 424, feeler 425, swing rod 426, bracket 43, face-piece 44, mounting hole 45, the first hole body 451, the second hole body 452,

Deferred mount 5, unlocking board 51,Unlock crochet 511, unlock rack gear 512,Unlock gear 52, accumulating mechanism 53.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside", " axis To ", " radial direction ", the orientation or positional relationship of the instructions such as " circumferential direction " be to be based on the orientation or positional relationship shown in the drawings, be only for Convenient for description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have specifically Orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, define " the One ", the feature of " second " can explicitly or implicitly include one or more of the features.In the description of the utility model In, unless otherwise indicated, the meaning of " plurality " is two or more.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, be also possible to

It is detachably connected, or is integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, The connection inside two elements can also be can be indirectly connected through an intermediary.For those of ordinary skill in the art For, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition.

Below with reference to Fig. 1-Figure 33 description according to the function whirligig 1 of the utility model embodiment.

It as Figure 1-Figure 4, include rotary body 10, functor according to the function whirligig 1 of the utility model embodiment 20 and locker 30, wherein functor 20 is arranged on rotary body 10 and can rotate with rotary body 10, and locker 30 is set It can also rotate on rotary body 10 and with rotary body 10, locker 30 is configured to, when the revolving speed of rotary body 10 is greater than first When setting speed, 30 latch functions part 20 of locker latches dress when the revolving speed of rotary body 10 drops to the first setting speed Set 30 Trigger Function parts 20.

Specifically, since locker 30 can be with locking or release function 20, and locker 30 is formed as when rotation 30 latch functions part 20 of locker when turning the revolving speed of part greater than the first setting speed, sets when the revolving speed of revolving part drops to first Determine 30 release function 20 of locker when revolving speed.That is, when the function whirligig 1 (rotates when rotating at high speed When speed is greater than the first setting speed), 30 lock function part 20 of locker is descended due to the effect of centrifugal force, so that functor 20 In locking rounding state, when rotation speed slows down gradually and (deteriorates to less than the first setting speed) or stops, due to The effect of centrifugal force is lost, locker 30 reduces the locking to functor 20, so that functor 20 is triggered.

As a result, the function whirligig 1 may be implemented under specific rotation speed concrete function (such as moment become Shape, spring, transmitting etc.), the triggering of locker 30 is not necessarily to from other extraneous toys especially on the function whirligig 1 Shock, corresponding function can be realized by the decline of itself revolving speed of function whirligig 1, not only can be with single when a toy Dynamic deformation alone, player can play alone, want to play at any time and just play without forming a team, while can also be played together with multiple players It plays to play and determines victory or defeat, improve player experience sense, and playing method diversification.

It is adopted according to the function whirligig 1 of the utility model embodiment by the way that locker 30 is arranged on rotary body 10 With locker 30 come the triggering of control function part 20, so realize the function whirligig 1 one when playing or an object for appreciation Tool can Trigger Function part 20, and repeatedly can execute function by Trigger Function part 20, the interest played is strong, brings to player Stimulation and pleasantly surprised sensory experience.

As shown in Figures 1 to 4, one embodiment according to the present utility model, locker 30 include 310 He of lockable mechanism It is centrifuged latching device 320, lockable mechanism 310 is used for latch functions part 20, and centrifugation latching device 320 includes centrifugal block for clutch use 321, from The heart gets rid of block 321 and is swingably located on rotary body 10, has center of gravity portion 3211 on centrifugal block for clutch use 321, when rotary body 10 rotates When, center of gravity portion 3211 is swung under gravity or centrifugal force effect toward and away from the rotation axis of rotary body 10, works as rotary body Centrifugal block for clutch use 321 discharges lockable mechanism 310 when 10 revolving speed is greater than the first setting speed, when the revolving speed of rotary body 10 drops to the Centrifugal block for clutch use 321 triggers lockable mechanism 310 when one setting speed.

Further, when the revolving speed of rotary body 10 is greater than the first setting speed, biggish centrifugation masterpiece when due to high speed It is swung with the center of gravity portion 3211 of lower centrifugal block for clutch use 321 far from the rotation axis of rotary body 10, i.e., center of gravity portion 3211 surrounds rotation at this time Swivel 10 rotation axis thrown away, centrifugal block for clutch use 321 is separated with lockable mechanism 310, when rotary body 10 revolving speed gradually under Be decreased to less than the first setting speed or when rotary body 10 stops operating, due to lose centrifugal force effect and center of gravity portion 3211 from Draw close center of gravity portion 3211 towards the rotation axis of rotary body 10, i.e., center of gravity portion 3211 surrounds rotation at this time The rotation axis of swivel 10 declines and collapses, so that centrifugal block for clutch use 321 matches triggering lockable mechanism 310 with lockable mechanism 310, Such as centrifugal block for clutch use 321 cooperates the drive lockable mechanism 310 that is connected to rotate with lockable mechanism 310.

In this way, passing through the rotation speed change of rotary body 10 itself, the centrifugal action of centrifugation latching device 320 and its own are utilized The function of the relational implementation of gravity toy deformation etc. in 1 rotation process of function whirligig, without extraneous external force Effect is hit, therefore the structure very simple, also very convenient when playing, and makes the deformation time of function whirligig 1 just There is biggish uncertainty, to increase the surprised sense and mystique of function whirligig 1, improves the sense organ body of player It tests.

According to one optional example of the utility model, being centrifuged latching device 320 includes the first magnetic absorption member 322, the first magnetic It inhales part 322 to be located on centrifugal block for clutch use 321 to drive center of gravity portion 3211 to swing towards rotation axis, centrifugation latching device 320 also wraps The second magnetic absorption member 323 is included, the second magnetic absorption member 323 is located on rotary body 10 and between centrifugal block for clutch use 321 and rotation axis.

It is understood that when the revolving speed of rotary body 10 is less than the first setting speed, the center of gravity portion of centrifugal block for clutch use 321 3211 centrifugal actions that are subject to are smaller, and center of gravity portion 3211 is dropped under gravity towards the rotary shaft close to rotary body 10 at this time Direction swing, but in this way by gravity drive center of gravity portion 3211 swing structure unstability with higher, it is possible to The phenomenon that when will stall of rotary body 10 of appearance, centrifugal block for clutch use 321 could drive 310 release function 20 of lockable mechanism, this Sample just significantly reduces playing for function whirligig 1 and embodies satisfaction.The first magnetic absorption member is equipped on centrifugal block for clutch use 321 322, the second magnetic absorption member 323 is equipped on rotary body 10, in this way, when the revolving speed of rotary body 10 is less than the first setting speed, weight Center portion 3211 will be swung under the double action of gravity and magnetic force towards the axial rotary of rotary body 10, this ensure that rotary body When 10 revolving speed is less than the first setting speed, 321 energy structure of centrifugal block for clutch use drives 310 release function 20 of lockable mechanism quickly, To improve the player experience satisfaction of function whirligig 1.

As shown in figure 13 to figure 16, according to one optional example of the utility model, it includes multiple for being centrifuged latching device 320 Centrifugal block for clutch use 321, at least two centrifugal block for clutch use 321 are arranged in pairs, or and it is multipair, it is set according to actual needs, at Pair two centrifugal block for clutch use, 321 relative rotation axis be centrosymmetric setting, turn in the revolving speed of rotary body 10 less than the first setting When fast, due to weakening under centrifugal action, pairs of centrifugal block for clutch use 321 can be in self gravity decline direction close to the rotation of rotary body 10 The direction of shaft is swung, but the structure unstability with higher swung in this way by gravity drive center of gravity portion 3211, is had When being likely to occur rotary body 10 will stall, centrifugal block for clutch use 321 could trigger lockable mechanism 310, thus significantly reduce Playing for function whirligig 1 embodies satisfaction.

Further, two pairs of centrifugal dryings are attracted each other by the first magnetic absorption member 322, such as can be at pairs of two The side of the mutual direction of centrifugal block for clutch use 321 is equipped with the first magnetic absorption member 322, in this way, when the revolving speed of rotary body 10 is less than the first setting When revolving speed, center of gravity portion 3211 will be swung under the double action of gravity and magnetic force towards the axial rotary of rotary body 10, i.e., into one (two centrifugal block for clutch use 321 as shown in Figure 14 and Figure 16 mutually drawn close in step ground under the sucking action of mutual magnetic force Rounding state), when ensure that the revolving speed of rotary body 10 less than the first setting speed, 321 energy structure of centrifugal block for clutch use triggers lock quickly Locking mechanism 310, to improve the player experience satisfaction of function whirligig 1.

As shown in Figure 18 to Figure 20, another optional example according to the utility model, locker 30 includes from lock machine Structure 330, self-locking mechanism 330 and centrifugation latching device 320 cooperate, and are centrifuged latching device 320, self-locking mechanism to locking 330 discharge centrifugation latching device 320 on triggering, are that static or player does not play state in function whirligig 1 specifically When, two pairs of at this time centrifugal block for clutch use 321 are under the action of self-locking mechanism 330 in the state mutually separated, self-locking mechanism 330 Locking is centrifuged latching device 320, so that function whirligig 1 is in the state of storage.

In addition, the outside of rotary body 10 is stretched out in the part of self-locking mechanism 330, it in this way can be self-locking by pushing triggering manually Mechanism 330, self-locking mechanism 330 inside contract to rotary body 10 and then separate two pairs of centrifugal block for clutch use 321, so discharge from Heart latching device 320 so that function whirligig 1 also may be at storage state, by self-locking mechanism 330 can make from Heart latching device 320 is in locking or triggering state, and playing method is simple and easy.

Referring to Fig.1 8, another optional example according to the utility model, self-locking mechanism 330 includes self-locking 331 He of push plate First elastic component 332, self-locking push plate 331 are being slidably disposed in rotary body 10 between lock-bit and unlocking position, specifically, Self-locking push plate 331 pushes centrifugal block for clutch use 321 when from lock-bit, makes center of gravity portion 3211 far from rotation axis, self-locking at unlocking position to push away Plate 331 discharges centrifugal block for clutch use 321, and the first elastic component 332 is connected between rotary body 10 and self-locking push plate 331 with by self-locking push plate 331 push towards unlocking position.

Further, the two sides of self-locking push plate 331 be equipped with linkage convex block 3311, function whirligig 1 be it is static or When person player does not play state, one end of self-locking push plate 331 is stretched out outside rotary body 10, by pushing self-locking push plate 331 manually, so that Self-locking push plate 331 is inside contracted into rotary body 10, that is to say, that self-locking push plate 331 is slided from unlocking position to from lock-bit, is slided into certainly When lock-bit, the linkage convex block 3311 in self-locking push plate 331 pushes two pairs of centrifugal block for clutch use 321, so that center of gravity portion 3211 is remote From rotation axis, the first elastic component 332 is under the elastic force effect being stretched at this time, due to the recovery bullet of the first elastic component 332 The effect trend of power has the function of pulling self-locking push plate 331 towards unlocking position, and self-locking push plate 331 is in no other works Used time, the first elastic component 332 can will push self-locking push plate 331 towards unlocking position, and then discharge centrifugal block for clutch use 321.

As a result, when player does not play the toy, under the action of self-locking push plate 331 and the first elastic component 332, it can make The center of gravity portion 3211 for obtaining centrifugal block for clutch use 321 is separated from each other, so that the toy is in receiving state, player need to only push function rotation The self-locking push plate 331 in 1 outside of toy, operates very simple, plays suitable for child.

Another optional example according to the utility model, self-locking mechanism 330 include lock 334, and lock 334 passes through torsional spring It is connected with rotary body 10, so that lock 334 is always at the state drawn close to self-locking push plate 331, in self-locking push plate 331 towards lock The side of button 334 is equipped with the protrusion 3312 matched with lock 334, in this way, pushing self-locking push plate 331 in left-hand tools body 10 When, self-locking push plate 331 can be stuck in by being connected with 3312 clamping of protrusion from lock-bit by lock 334, and then push centrifugal block for clutch use 321 center of gravity portion 3211 is in discrete state.

It should be noted that lock 334 acts in centrifugal force or can discharge self-locking push plate 331 after collision triggering, have Body, lock 334 is acted in centrifugal force or after collision triggering, lock 334 is separated with protrusion 3312, and then discharges self-locking Push plate 331, so that self-locking push plate 331, by sliding into unlocking position from lock-bit, rotary body 10 is stretched out in one end of self-locking push plate 331 at this time It is external.

By being connected using lock 334 with self-locking push plate 331 cooperation, so that self-locking push plate 331 may remain in recessed shape State, but also 3211 phase of the center of gravity portion separation of two pairs of centrifugal block for clutch use 321, in this way, making the function whirligig 1 can be with In receiving state.

As shown in figure 11, according to the further example of the utility model, function whirligig 1 further includes rotation point 110, rotation Point 110 can be located at the bottom of rotary body 10 with floating up and down, and when being at play, after function whirligig 1 is launched, work as function When energy whirligig 1 touches ground, rotation point 110 can float upwards in the bottom of rotary body 10, when the opposite rotation of rotation sharp 110 It can trigger 334 unlock of lock when swivel 10 floats upwards, that is to say, that can trigger when rotation point 110 is by extraneous collision Lock 334, so that 334 unlock of lock, self-locking push plate 331 is slid in and out, and then discharges centrifugal block for clutch use 321, certainly due at this time The revolving speed of rotary body 10 is higher, and the center of gravity portion 3211 of centrifugal block for clutch use 321 can be in discrete state under the influence of centrifugal force, in this way It is collided by rotation point 110 and triggers 334 unlock of lock, standard can be carried out for the deformation etc. of following function whirligig 1 It is standby, while the automatic trigger lock 334 while playing, there is experience of preferably playing.

In some optional examples, lockable mechanism 310 includes turntable 313, and turntable 313 is rotatably arranged at rotary body 10 On, turntable 313 is equipped with lock-joining part 3131 and auxiliary section 3132；Second elastic component 314, the second elastic component 314 are connected to rotation Between body 10 and turntable 313, to drive turntable 313 to rotate towards the direction of 3131 interlocking functor 20 of lock-joining part；Wherein, when from When the heart gets rid of 321 press fit portion 3132 of block, turntable 313 can be pushed to rotate towards the direction of 3131 unlocking function part 20 of lock-joining part.

As shown in figure 13 to figure 16, in some optional examples, lockable mechanism 310 includes turntable 313 and the second elastic component 314, turntable 313 is rotatably arranged on rotary body 10, and turntable 313 is equipped with lock-joining part 3131 and auxiliary section 3132, specifically, Turntable 313 is formed as ring structure and is rotationally connected with rotary body 10, lock-joining part 3131 include be at least pairs of two, Two lock-joining parts 3131 are oppositely arranged on turntable 313.

Further, auxiliary section 3132 to 321 corresponding matching of centrifugal block for clutch use, the second elastic component 314 is connected to rotation Between body 10 and turntable 313, when 1 revolving speed of function whirligig be greater than setting speed when, centrifugal block for clutch use 321 under the action of the centrifugal by It throws away, auxiliary section 3132 is separated with centrifugal block for clutch use 321, discharges lockable mechanism 310, lockable mechanism 310 is in the second elastic component 314 Elastic force effect under with drive turntable 313 towards 3131 interlocking of lock-joining part expansion part direction rotate, wherein when function rotate play When having 1 revolving speed less than setting speed, centrifugal block for clutch use 321 is mutually drawn close under self gravity and magnetic force interattraction, at this time from The heart gets rid of block 321 and is connected with the cooperation of auxiliary section 3132, so that can push 313 court of turntable when 321 press fit portion 3132 of centrifugal block for clutch use The direction for unlocking expansion part to lock-joining part 3131 rotates.

It should be noted that being additionally provided with functor 20 (i.e. functor 20 is bracket 43 at this time), function on rotary body 10 Part 20 includes two in pairs, and is oppositely arranged on the periphery wall of rotary body 10, and lock-joining part 3131 is equipped with recess portion 3131a, Upper end on functor 20 is connected with recess portion 3131a cooperation with latch functions part 20, upper end and recess portion 3131a when functor 20 When being separated, functor 20 rotates under the action of torsional spring, and functor 20 is unfolded to the outside of rotary body 10 at this time.

As a result, by being unfolded using centrifugal block for clutch use 321, turntable 313 and the second elastic component 314 to interlocking or release Part, can function whirligig 1 in the course of rotation, individually automatically deform, brought to player uncertain frightened Happiness experience, interest of playing greatly promote.

Further, notch, side of the notch on the direction for revolving around it axis are equipped on the internal perisporium of turntable 313 Equipped with cooperation inclined-plane, cooperation inclined-plane constitutes auxiliary section 3132, and centrifugal block for clutch use 321 is equipped with the driving inclined-plane with the cooperation of cooperation inclined-plane 3212, driving inclined-plane 3212 is consistent with the cooperation inclined direction on inclined-plane, is in contact and is matched with cooperation inclined-plane by driving inclined-plane 3212 When conjunction and then turntable 313 is pushed to rotate.

Specifically, auxiliary section 3132 to 3212 corresponding matching of driving inclined-plane, when 1 revolving speed of function whirligig is greater than the When one setting speed, centrifugal block for clutch use 321 is thrown away under the action of the centrifugal, and driving inclined-plane 3212 is leaned on to the inside of turntable 313 at this time Hold together, auxiliary section 3132 is separated with driving inclined-plane 3212, lockable mechanism 310 is discharged, when 1 revolving speed of function whirligig is less than first When setting speed, centrifugal block for clutch use 321 is mutually drawn close under self gravity and magnetic force interattraction, so that centrifugal block for clutch use 321 is applied Press-fitted portions 3132, driving inclined-plane 3212 is connected with the cooperation of auxiliary section 3132 at this time, and turntable 313 can be driven towards lock-joining part 3131 The direction rotation of unlock expansion part.It is matched, be may be implemented with auxiliary section 3132 by the driving inclined-plane 3212 of centrifugal block for clutch use 321 Release lockable mechanism 310 perhaps drives lockable mechanism 310 to rotate and then discharge or locking expansion part, fit structure are very simple It is single.

As is illustrated by figs. 11 and 12, one embodiment according to the present utility model, functor 20 include flip piece 41, wherein Flip piece 41 is located at the exterior bottom of rotary body, and flip piece 41 is sealed by locker 30 under usual state, in locker 30 41 relative rotation body 10 of flip piece rotates and is unfolded outward after unlock, so that function whirligig 1 realizes the effect for emptying overturning Fruit brings pleasantly surprised experience of playing to player.

According to the utility model further embodiment, function whirligig 1 further includes deferred mount 5, and deferred mount 5 is distinguished It is connected with locker 30 and functor 20, deferred mount 5 is configured to delay locker 30 to the unlocking motion of functor 20, If, may be due to two functors of rotary body 10 when function whirligig 1 empties overturning without deferred mount 5 20 are also not switched on completely and cause function whirligig 1 not stood firm to be easy to topple over, can be effectively avoided by adding deferred mount 5 It is such to happen.

Specifically, deferred mount 5 is to postpone locker 30 to the unlocking motion of functor 20, so that locker 30 The unlocking motion of functor 20 is become slowly, i.e., after two functors 20 of function whirligig 1 fully open, functor 20 just rotate, and assurance function whirligig 1 is overturn again under the premise of standing firm, and efficiently solve function when not postponing directly to overturn Energy whirligig 1 is easy the problem of toppling over.

Further, deferred mount 5 includes unlocking board 51, unlock gear 52 and accumulating mechanism 53, and unlocking board 51 is initial It is slidably disposed in rotary body 10 between position reconciliation lock-bit, unlocking board 51 is maintained at initial bit when 30 locking of locker, In initial bit unlocking board 51 can latch functions part 20, functor 20 keep rounding state, when solve lock-bit unlocking board 51 release Functor 20, the side on unlocking board 51 are equipped with unlock rack gear 512, and unlock gear 52 is meshed with rack gear 512 is unlocked, energy accumulating machine Structure 53 is connected with unlock gear 52,53 accumulation of energy of accumulating mechanism when unlocking board 51 is slided by solution lock-bit towards initial bit, energy accumulating machine Driving unlocking board 51 is slided towards solution lock-bit when structure 53 releases energy.

Specifically, which is connected with the output end of accumulating mechanism 53, and the outer wall side on unlocking board 51 is equipped with Crochet 511 is unlocked, the inner wall of unlocking board 51 is equipped with unlock rack gear 512 far from the side of unlock crochet 511, and unlock rack gear 512 is used It is meshed in unlock gear 52, and unlocks the end 513 that crochet 511 is located at unlocking board 51, the unlocking board 51 is far from solution latch hook The one end on side 511 can be in contact with functor 20, and the upper end of locker 30 and functor 20 cooperates, and functor 20 is at this time Unlocking board 51 is shifted onto collapse state and is locked to initial bit by collapse state, functor 20, under initial bit state, energy accumulating machine Structure 53 is in energy accumulating state, unlock crochet 511 in rotary body 10 slide plate 50 (slide plate 50 be connected with third elastic component 520 and Slide plate 50 is connected with rotary body 10 with third elastic component 520) in far from state, functor 20 is received by the clamping of slide plate 50 Hold together the bottom in rotary body 10.

The upper end of 30 release function 20 of locker, functor 20 is under the action of torsional spring to the outer of rotary body 10 at this time Side expansion, functor 20 release the restriction to unlocking board 51, further, when accumulating mechanism 53 releases energy, are driven by output end It unlocks gear 52 to rotate, unlock gear 53 drives unlocking board 51 towards unlock by meshed unlock rack gear 512 Position sliding,Crochet 511 and 510 phase separation of protrusion of slide plate 50 are unlocked in sliding process and make slide plate 50 toward third elastic component 520 Direction displacement,Until slide plate 50 is separated with functor 20, functor 20 laterally rotates under the action of torsional spring.

In this way, by accumulating mechanism 53, the mutual cooperation of gear 52 and unlocking board 51 is unlocked, by solution lock-bit towards initial bit 53 accumulation of energy of accumulating mechanism when sliding, 53 accumulation of energy of accumulating mechanism, in 30 unlocking function part 20 of locker, accumulating mechanism 53 releases energy To drive unlocking board 51 towards solution lock-bit sliding, the process of release function 20, the driving unlocking board 51 of accumulating mechanism 53 makes Function whirligig 1 realizes delay overturning, and then function whirligig 1 is avoided to be easy the phenomenon that toppling in overturning, makes The overturning deformation for obtaining function whirligig 1 is more stable, is further ensured that the reliability played and interest of toy.

According to the utility model optional embodiment, functor 20 can be at least one of sounding part, such as can touch A variety of effects,sounds of hair, a variety of music, voice etc. enhance audio experience, or at least one of illuminating part is touched It sends out photoresponse effect, the i.e. light of different colours a variety of, promotes the visual experience of player, or at least one of action piece, It both can be able to be such as the expansion part to deform, or the transmitting of transmitting fills with short time set, spring, transmitting movement It sets, brings a variety of surprised, fresh experience to player.

Further, functor 20 include multiple action pieces, multiple action pieces be configured to locker 30 trigger when according to Secondary expansion, in adjacent two action pieces of expansion sequence, the action piece that the action piece being formerly unfolded is used to be unfolded after being locked at, most The action piece being first unfolded passes through 30 locking of locker.

Specifically, when locker 30 triggers first, two action piece elder generations on the bottom periphery wall of rotary body 10 Then expansion triggers the action piece of the bottom of rotary body 10, so that the action piece of bottom is unfolded, realize function whirligig 1 Overturning is emptied, bottom action piece passes through the action piece above swing rod 426 further triggering rotary body 10 while being turned out And then be unfolded outward, the action piece above gyro is successively unfolded under the triggering of adjacent previous sequentially-operating part, formerly The action piece that is unfolded after the action piece of expansion is used to be locked at, it is successively all linked with one another between multiple action pieces, as long as locker The action piece that 30 triggerings are unfolded at first, action piece later can successively be unfolded, in this way, one side structure is simple, compact layout, separately On the one hand, during action piece is successively flared, player is allowed to be observed that the deformation process of function whirligig 1, With pleasantly surprised and pleasant sensory experience.

For example, action piece is deformable member 42, deformable member 42 may include outer wing part 422, interior wing part 423,421 and of hind wing part Head part 424, flip piece 41 lock hind wing part 421 by swing rod 426, and hind wing part 421 locks outer wing part 422, in outer wing part 422 Be equipped with outer wing baffle 4221, to only support lock in wing part 423, interior wing baffle 4231 is equipped on interior wing part 423 to lock Determine head part 424, flip piece 41 triggers hind wing part 421 after unlock, so that hind wing part 421 is upward under the action of itself torsional spring It tilts, to release the blocking of external wing baffle 4221, outer wing part 422 is opened outward under the action of itself torsional spring, into one Step releases the blocking of internal wing, and triggering head part 424 moves forward after opening face-piece 44 after interior wing part 423 unlocks, as long as therefore turning over Turn to unlock after part 41 is overturn, above-mentioned deformable member 42 will be triggered successively, there is experience of preferably playing.

It should be noted that be also provided with feeler 425 in head part 424, it is triggered forward movement in head part 424 Later, feeler 425 stretches out, so that more visualizes after toy deformation.

It should be noted that being detachably connected between rotary body 10 and functor 20, functor 20 is equipped with mounting hole 45, mounting hole 45 is configured to the through-hole that the first hole body 451 is connected with the second hole body 452, and the size of the first hole body 451 is big In the size of the second hole body 452, in this way, the hook on rotary body 10 first protrudes into the first hole body 451, then rotating function part 20 So that hook is connected to the edge of the second hole body 452, the cooperation that can be realized between rotary body 10 and functor 20 is connected.

Function whirligig 1 is described below according to specific embodiment in the utility model, wherein to deform top It is illustrated for spiral shell and transmitting gyro.

The specific structure of the deformation peg-top of one embodiment of the utility model is specifically described as shown in Fig. 1-Figure 21.

State that there are two the deformation peg-top tools of the present embodiment, the state shown in FIG. 1 for normal rotation, expansion part gathering, The deformation state shown in Fig. 3 opened for functor 20, wherein expansion part is functor 20, gyroscope body is rotary body 10。

As Figure 1-Figure 4, the deformation peg-top of the present embodiment includes gyroscope body, expansion part and locker 30.

Specifically, expansion part is located in gyroscope body, and expansion part, which has, collapses and be unfolded two states, and part is unfolded in locking When remain rounding state, deformation peg-top is formed as revolving body at this time, such as deformation peg-top can be the egg type erect, spherical Deng, expansion part release when be in open configuration, deformation peg-top is formed as cartoon appearance at this time, specifically, passes through locker 30 lockings or release expansion part, when the revolving speed of gyroscope body is greater than setting speed, part is unfolded in 30 locking of locker, works as top When the revolving speed of spiral shell ontology deteriorates to less than setting speed or stops, the release expansion part of locker 30.

Wherein, locker 30 includes lockable mechanism 310, centrifugation latching device 320 and self-locking mechanism 330.Lockable mechanism 310 are unfolded part for locking, and self-locking mechanism 330 and centrifugation latching device 320, which cooperate, is centrifuged latching device 320 with locking, self-locking Mechanism 330 discharges centrifugation latching device 320 on triggering.

Being centrifuged latching device 320 includes two centrifugal block for clutch use being swingably located in gyroscope body, 321, two the first magnetic Part is inhaled, there is center of gravity portion 3211 on each centrifugal block for clutch use 321, the first magnetic absorption member 322 is located on centrifugal block for clutch use 321 to drive center of gravity Portion 3211 is swung towards rotation axis.When gyroscope body rotation, center of gravity portion 3211 can be toward and away from the rotation of gyroscope body Shaft axis is swung.When the revolving speed of gyroscope body drops to setting speed, centrifugal block for clutch use 321 triggers lockable mechanism 310, works as gyro Centrifugal block for clutch use 321 discharges lockable mechanism 310 when the revolving speed of ontology is greater than setting speed.

Lockable mechanism 310 includes the turntable 313 and the second elastic component 314 that can cooperate with two centrifugal block for clutch use 321 respectively, Turntable 313 is equipped with lock-joining part 3131 and auxiliary section 3132, and turntable 313 is rotatably arranged in gyroscope body, in centrifugal block for clutch use 321 are equipped with the driving inclined-plane 3212 matched with auxiliary section 3132, and when centrifugal block for clutch use 321 is pressed into notch, driving is oblique at this time The direction that face 3212 drives turntable 313 to unlock expansion part towards lock-joining part 3131 rotates, when the driving inclined-plane of centrifugal block for clutch use 321 3212 are detached from auxiliary section 3132, and the direction that the second elastic component 314 drives turntable 313 towards 3131 interlocking of lock-joining part expansion part turns It is dynamic.

Lockable mechanism 310 further includes slide plate 50, and slide plate 50 is upwardly extended along gyroscope body inner wall, and the both ends of slide plate 50 are prolonged It extends at bracket 43, when the direction of turntable 313 to solution lock support 43 is mobile, the upper end of the expansion of bracket 43 and bracket 43 is only against cunning The end 513 of plate 50, the side on end 513 is equipped with inclined ramp, in favor of the upper end slide downward of bracket 43 and end 513 are cooperated, and then the direction for pushing slide plate 513 to compression third elastic component 520 is mobile, further unlocks flip piece 41, so that flip piece 41 is rotated around gyroscope body.

Self-locking mechanism 330 includes self-locking push plate 331, the first elastic component 322 and lock 334.Self-locking push plate 331 is from lock-bit It is slidably disposed in gyroscope body between unlocking position, self-locking push plate 331 pushes centrifugal block for clutch use 321 when from lock-bit, makes weight Center portion 3211 is far from rotation axis, and at unlocking position, self-locking push plate 331 discharges centrifugal block for clutch use 321, and the first elastic component 322 is connected to To push self-locking push plate 331 towards unlocking position between gyroscope body and self-locking push plate 331, lock 334 is used for self-locking push plate For 331 locks from lock-bit, lock 334 discharges self-locking push plate 331 when being triggered.

Expansion part includes flip piece 41, deformable member 42 and bracket 43, and locker 30 conciliates lock support 43, branch for locking Frame 43 is used for the foot support as gyroscope body after being unfolded, locker 30 is for sealed or unlock flip piece 41, usually Under state, the sealed flip piece 41 of locker 30, locker 30 unlocks 41 back wall of flip piece and rotates realization change around gyroscope body Shape gyro empties overturning, and after flip piece 41 rotates, camshaft 411 triggers deformable member 42 and deforms.

When the deformation peg-top of the utility model embodiment is at play, before launching deformation peg-top, if deformation top When spiral shell is not in receiving state, press self-locking push plate 331 with hand push so that deformation peg-top be in receiving state, two in pairs from The center of gravity portion 3211 that the heart gets rid of block 321 is in discrete state, and after being ready, deformation peg-top is launched, deforms top at this time Spiral shell high speed rotation, the revolving speed of gyroscope body can be greater than setting speed on the ground, and lock 334 is acted on or collided in centrifugal force Self-locking push plate 331 can be discharged after triggering, the center of gravity portion 3211 of two pairs of centrifugal block for clutch use 321 is under the effect of biggish centrifugal force It is still within discrete state, deformation peg-top can be gradually reduced with the carry out revolving speed of rotation process, until when being less than setting speed, Weaken due to the effect of centrifugal force at this time, the center of gravity portion 3211 of two centrifugal block for clutch use 321 can be in self gravity and the work of magnetic force It is gradually drawn close under, the driving inclined-plane 3212 and 313 turns of turntable of the cooperation driving of auxiliary section 3132 of turntable 313 of centrifugal block for clutch use 321 It is dynamic, the upper end of bracket 43 is discharged, bracket 43 can outwardly open under the action of itself torsional spring, form foot's branch of deformation peg-top Support, while the upper end of bracket 43 stops the end 513 for supporting slide plate 50 and then pushes slide plate 50 to the direction of compression third elastic component 520 It is mobile, flip piece 41 is further unlocked, flip piece 41 encloses under the action of itself torsional spring to rotate around the axis, and realizes deformation peg-top Empty overturning.

Flip piece 41 can trigger swing rod 426 after overturning, and swing rod 426 unlocks hind wing part 421, and then cause outer wing part 422, interior Wing part 423, head part 424 are successively unfolded, when player is at play, it can be observed that a series of deformation processes of deformation peg-top, sense By the pleasantly surprised experience of deformation peg-top bring.It, can be by pushing self-locking push plate 31 manually finally when not playing or toy is stood So that deformation peg-top is in receiving state.

The specific structure of the deformation peg-top of another embodiment of the utility model is specifically described as shown in Fig. 1-Figure 27.

As shown in Figure 22-Figure 27, the deformation peg-top of the present embodiment includes gyroscope body, expansion part, locker 30 and prolongs Slow device 5.

Being centrifuged latching device 320 includes two centrifugal block for clutch use being swingably located in gyroscope body, 321, two the first magnetic Part 322 is inhaled, there is center of gravity portion 3211 on each centrifugal block for clutch use 321, the first magnetic absorption member 322 is located on centrifugal block for clutch use 321 to drive Center of gravity portion 3211 is swung towards rotation axis.When gyroscope body rotation, center of gravity portion 3211 can be toward and away from gyroscope body Rotation axis swing.When the revolving speed of gyroscope body drops to setting speed, centrifugal block for clutch use 321 triggers lockable mechanism 310, when Centrifugal block for clutch use 321 discharges lockable mechanism 310 when the revolving speed of gyroscope body is greater than setting speed.

Lockable mechanism 310 includes the turntable 313 and the second elastic component 314 that can cooperate with two centrifugal block for clutch use 321 respectively, Turntable 313 is equipped with lock-joining part 3131 and auxiliary section 3132, and turntable 313 is rotatably arranged in gyroscope body, in centrifugal block for clutch use 321 are equipped with the driving inclined-plane 3212 matched with auxiliary section 3132, and when centrifugal block for clutch use 321 is pressed into notch, driving is oblique at this time The direction that face 3212 drives turntable 313 to unlock expansion part towards lock-joining part 3131 rotates, when the driving inclined-plane of centrifugal block for clutch use 321 3212 are detached from auxiliary section 3132, and the direction that the second elastic component 314 drives turntable towards 3131 interlocking of lock-joining part expansion part rotates.

Self-locking mechanism 330 includes self-locking push plate 331, the first elastic component 322 and lock 334.Self-locking push plate 331 is from lock-bit It is slidably disposed in gyroscope body between unlocking position, self-locking push plate 331 pushes centrifugal block for clutch use 321 when from lock-bit, makes weight Center portion 3211 is far from rotation axis, and at unlocking position, self-locking push plate 331 discharges centrifugal block for clutch use 321, and the first elastic component 322 is connected to To push self-locking push plate 331 towards unlocking position between gyroscope body and self-locking push plate 331, lock is for by self-locking push plate 331 For lock from lock-bit, lock 334 discharges self-locking push plate 331 when being triggered.

Deferred mount 5 is connected between locker 30 and expansion part, for postponing the solution of 30 pairs of locker expansion parts Lock movement, wherein deferred mount 5 includes unlocking board 51, unlock gear 52 and accumulating mechanism 53, and unlocking board 51 is conciliate in initial bit It is slidably disposed in gyroscope body between lock-bit, accumulating mechanism 53 is stored when unlocking board 51 is slided by solution lock-bit towards initial bit Can, unlocking board 51 is locked at initially by driving unlocking board 51 towards solution lock-bit sliding, locker 30 when accumulating mechanism 53 releases energy Position, and then part is unfolded in locking, unlocking board 51 discharges expansion part when solving lock-bit.

Lockable mechanism 310 further includes slide plate 50, and the side on slide plate 50 is equipped with protrusion 510, and unlocking board 51 is towards protrusion 510 Side be equipped with unlock crochet 511, when locker unlock expansion part when, accumulating mechanism 53 release can when drive 51 direction of unlocking board Lock-bit sliding is solved, when unlock crochet 511 is with 510 phase separation of protrusion, unlocking board 51 can push slide plate 50 to slide, and then discharge and turn over Turn part 41, so that flip piece 41 is rotated around gyroscope body.

When the deformation peg-top of the utility model embodiment is at play, before launching deformation peg-top, if deformation top When spiral shell is not in receiving state, press self-locking push plate 331 with hand push so that deformation peg-top be in receiving state, two in pairs from The center of gravity portion 3211 that the heart gets rid of block 321 is in discrete state, and after being ready, deformation peg-top is launched, deforms top at this time Spiral shell high speed rotation, the revolving speed of gyroscope body can be greater than setting speed on the ground, and lock 334 is acted on or collided in centrifugal force Self-locking push plate 331 can be discharged after triggering, the center of gravity portion 3211 of two pairs of centrifugal block for clutch use 321 is under the effect of biggish centrifugal force It is still within discrete state, deformation peg-top can be gradually reduced with the carry out revolving speed of rotation process, until when being less than setting speed, Weaken due to the effect of centrifugal force at this time, the center of gravity portion 3211 of two centrifugal block for clutch use 321 can be in self gravity and the work of magnetic force It is gradually drawn close under, the driving inclined-plane 3212 and 313 turns of turntable of the cooperation driving of auxiliary section 3132 of turntable 313 of centrifugal block for clutch use 321 It is dynamic, the upper end of bracket 43 is discharged, bracket 43 can outwardly open under the action of itself torsional spring, form foot's branch of deformation peg-top Support, while accumulating mechanism 53 releases energy and unlocking board 51 is driven to slide into solution lock-bit by unlocking position, unlocks flip piece 43, so that Flip piece 41 rotates after bracket 43 is stood firm after fully opening, and that realizes deformation peg-top empties overturning.

Flip piece 41 can trigger swing rod 426 after overturning, and swing rod 426 unlocks hind wing part 421, and then cause outer wing part 422, interior Wing part 423, head part 424 are successively unfolded, when player is at play, it can be observed that a series of deformation processes of deformation peg-top, sense By the pleasantly surprised experience of deformation peg-top bring.It, can be by pushing self-locking push plate 331 manually finally when not playing or toy is stood So that deformation peg-top is in receiving state.

The specific structure for emitting gyro of another specific embodiment of the utility model is described below with reference to Figure 28-Figure 33.

The transmitting gyro tool of the present embodiment is normal rolled state shown in Figure 28, is shown in Figure 29 there are two state Gyro top cover 40 is opened, the state that toy body 2 flies out, and wherein emitter is functor 20 in the present embodiment, and gyroscope body is Rotary body 10.

As shown in figures 3 to 6, the transmitting gyro of the present embodiment includes gyroscope body, emitter, locker 30 and top Land lid 40.

Emitter is located in gyroscope body, and emitter includes the emitting head 210 for shooting toy body 2, emitting head 210 have initial position and transmitting position, and emitting head 210 is maintained at initial position, transmitting dress to emitter in a latched condition Setting can drive emitting head 210 mobile to apply ejection force, locker 30 to toy body 2 towards transmitting position in the released state It is located in gyroscope body, the 30 locking emitter of locker when the revolving speed of gyroscope body is greater than setting speed, when gyro sheet 30 releasing launching device of locker when the revolving speed of body drops to setting speed.

Locker 30 includes lockable mechanism 310, centrifugation latching device 320, self-locking mechanism 330 and interlocking plate 340.Locking Mechanism 310 is used for locking emitter, self-locking mechanism 330 and the cooperation of centrifugation latching device 320 with locking centrifugation latching device 320, self-locking mechanism 330 discharges centrifugation latching device 320 on triggering.

Being centrifuged latching device 320 includes two centrifugal block for clutch use being swingably located in gyroscope body, 321, two the first magnetic Part 322 and two the second magnetic absorption members 323 are inhaled, there is center of gravity portion 3211 on each centrifugal block for clutch use 321, the first magnetic absorption member 322 is located at To drive center of gravity portion 3211 to swing towards rotation axis on centrifugal block for clutch use 321.Second magnetic absorption member 323 is located in gyroscope body and position Between centrifugal block for clutch use 321 and rotation axis.When gyroscope body rotation, center of gravity portion 3211 can be toward and away from gyroscope body Rotation axis swing.When the revolving speed of gyroscope body drops to setting speed, centrifugal block for clutch use 321 triggers lockable mechanism 310, when Centrifugal block for clutch use 321 discharges lockable mechanism 310 when the revolving speed of gyroscope body is greater than setting speed.

Lockable mechanism 310 includes the first lock-connecting piece 311 and the second lock-connecting piece that can cooperate with two centrifugal block for clutch use 321 respectively 312, the first lock-connecting piece 311 includes the first trigger member 3111 and the first spring 3112, and the first trigger member 3111 is rotatably arranged at In gyroscope body, one end of the first trigger member 3111 is formed as grab 3111a, and the first bullet is equipped between the other end and gyroscope body Spring 3112, emitter are equipped with the card slot cooperated with grab 3111a.Second lock-connecting piece 312 includes the second trigger member 3121, lock Determine part 3122 and second spring 3123, the second trigger member 3121 is connected with locking piece 3122, and locking piece 3122 is slidably disposed in In gyroscope body, and there is the locking bit of locking emitter and the release position of releasing launching device, 3121 shape of the second trigger member As lever, the second trigger member 3121 is rotatably arranged in gyroscope body, one end of the second trigger member 3121 and gyroscope body Between be equipped with second spring 3123, locking piece 3122 have closing piece 3122a, in locking bit, closing piece 3122a matches with emitter It closes to lock emitter, in release position, closing piece 3122a is detached from cooperation with emitter to discharge emitter.

Self-locking mechanism 330 includes self-locking push plate 331, the first elastic component 322 and unlock piece 333.Self-locking push plate 331 is self-locking It is slidably disposed in gyroscope body between position and unlocking position, self-locking push plate 331 pushes centrifugal block for clutch use 321 when from lock-bit, makes Center of gravity portion 3211 is far from rotation axis, and at unlocking position, self-locking push plate 331 discharges centrifugal block for clutch use 321, the connection of the first elastic component 322 To push self-locking push plate 331 towards unlocking position between gyroscope body and self-locking push plate 331, unlock piece 333 is used for will be self-locking Push plate 331 is locked from lock-bit, and unlock piece 333 discharges self-locking push plate 331 when being triggered.

Interlocking plate 340 is slidably disposed in gyroscope body, and interlocking plate 340 is matched with gyro top cover 40 with by gyro top The lock of lid 40 pushes interlocking plate 340 to slide towards the direction for being detached from gyro top cover 40 in lid conjunction state, when emitter discharges, and the 4th Elastic component is connected between gyroscope body and interlocking plate 340 so that interlocking plate 340 keeps the cooperation with gyro top cover 40.

Emitter includes central axis 220, transmitting elastic component 240 and turnable elastic part 240, is limited in central axis 220 The installation cavity being open upwards, emitting head 210 are located in installation cavity, and the first lock-connecting piece 311 and the equal interlocking of the second lock-connecting piece 312 are in On axis body 220, transmitting elastic component 240, which is connected between gyroscope body and central axis 220, hits axis body 220 to upspring.Rotation Elastic component 240 is connected between central axis 220 and emitting head 210 so that emitting head 210 drives toy body 2 to rotate.

Gyroscope body includes can be located at bottom top needle 110 with floating up and down, and top needle 110 is movable upwards with respect to gyroscope body When can trigger unlock piece 333.Elastic arm 120 is formed around the part of emitting head 210 in gyroscope body, elastic arm 120 is in circumferential direction On extending direction and turnable elastic part 240 extending direction with prevent emitting head 210 invert.Interlocking plate 340 is equipped with card Pawl 341 sets the card hole 410 cooperated with claw 341 on gyro top cover 40.

Gyro top cover 40 is rotatably connected in gyroscope body between opening state and lid conjunction state, in lid conjunction state Lower gyro top cover 40 seals emitter, and when emitter release, gyro top cover 40 turns to opening state.

The playing method of the transmitting gyro of the present embodiment is as follows:

Before it will emit gyro and launch, gyro top cover 40 is opened and twists joint toy body 2 in central axis 220 Emitting head 210 on so that turnable elastic part 240 is in energy accumulating state, it should be noted that 2 torsional direction of toy body should It is identical as the extending direction of elastic arm 120, gyro top cover 40 is covered later and presses self-locking push plate 331, makes it from unlocking Position moves to self-locking position, and the center of gravity portion 3211 of two centrifugal block for clutch use 321 is held in separate under the action of self-locking push plate 331 The position of gyroscope body rotary shaft, at this time since the interlocking of unlock piece 333 acts on, self-locking plate by interlocking from lock-bit, to make The center of gravity portion 3211 of centrifugal block for clutch use 321 cannot use by oneself activity, while lockable mechanism 310 can not receive triggering, can be compared with Good locking central axis 220.

After carrying out above-mentioned preparation, player can be used top launcher and accelerate to transmitting gyro, thus solve at this time The interlocking of lock acts on, be not in accelerator lockable mechanism 310 be triggered the phenomenon that causing toy body 2 to be emitted, That is at this moment, player repeatedly accelerates transmitting gyro, make its initial speed quickly to improve its combat capabilities.

When player will emit after launching of gyro using transmitter, in the moment of transmitting gyro landing, top needle 110 by Self-locking push plate 331 is discharged to trigger unlock piece 333 to the upward retraction of shock from ground, returns to out self-locking push plate 331 Lock-bit, centrifugal block for clutch use 321 is i.e. swingable at this time, but since the revolving speed of gyroscope body at this time is higher, centrifugal block for clutch use 321 by The centrifugal action arrived is larger, therefore centrifugal block for clutch use 321 remains to remain stationary, but reduces with the revolving speed of gyroscope body, centrifugal drying The centrifugal action that block 321 is subject to is gradually reduced, when the revolving speed of centrifugal block for clutch use 321 deteriorates to less than setting speed, two centrifugations Block 321 is got rid of under gravity and the suction of corresponding first magnetic absorption member 322 and the second magnetic absorption member 323 towards close to gyroscope body The direction of rotary shaft swing, when centrifugal block for clutch use 321 triggers the first trigger member 3111, according to lever principle, the first touching Grab 3111a in outbox 3111 will deviate from from the card slot on central axis 220；And another centrifugal block for clutch use 321 triggering second When trigger member 3121, according to lever principle, the second trigger member 3121 will push locking piece 3122 to slide, so that on locking piece 3122 Closing piece 3122a be detached from central axis 220.The first lock-connecting piece 311 and the second lock-connecting piece 312 discharge central axis 220 as a result, Central axis 220 moves up under the action of emitting elastic component 240, and interlocking plate 340 is pushed while central axis 220 moves upwards Movement, so that the claw 341 on interlocking plate 340 is deviate from from the card hole 410 of gyro top cover 40, gyro top cover 40 is beaten at the same time Open, toy body 2 central axis 220 move up and the collective effect of turnable elastic part 240 under, pop up transmitting and gyro and continue Rotation.

According to other compositions and operation skill common for this field of the function whirligig 1 of the utility model embodiment All be for art personnel it is known, be not detailed herein.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that: These embodiments can be carried out with a variety of variations, modification, replacement in the case where not departing from the principles of the present invention and objective And modification, the scope of the utility model are defined by the claims and their equivalents.

Claims

1. a kind of function whirligig characterized by comprising

Rotary body；

Functor, the functor are located on the rotary body and rotate with the rotary body；

Locker, the locker are located on the rotary body and rotate with the rotary body, the locker construction At the functor described in locking when the revolving speed of the rotary body is greater than the first setting speed, when the revolving speed of the rotary body declines The functor is triggered when to first setting speed.

2. function whirligig according to claim 1, which is characterized in that the locker includes:

Lockable mechanism for functor described in locking；

It is centrifuged latching device, the centrifugation latching device includes the centrifugal block for clutch use being swingably located on the rotary body, described On centrifugal block for clutch use have center of gravity portion, when the rotary body rotation when, the center of gravity portion gravity or centrifugal force effect under towards or Person swings far from the rotation axis of the rotary body；

When the revolving speed of the rotary body is greater than first setting speed, the centrifugal block for clutch use discharges the lockable mechanism, works as institute The revolving speed for stating rotary body drops to centrifugal block for clutch use when first setting speed and triggers the lockable mechanism.

3. function whirligig according to claim 2, which is characterized in that the centrifugation latching device includes: the first magnetic Part is inhaled, first magnetic absorption member is located on the centrifugal block for clutch use to drive the center of gravity portion to swing towards the rotation axis.

4. function whirligig according to claim 3, which is characterized in that the centrifugation latching device includes: the second magnetic Part is inhaled, second magnetic absorption member is located on the rotary body and between the centrifugal block for clutch use and the rotation axis.

5. function whirligig according to claim 3, which is characterized in that the centrifugation latching device includes multiple described Centrifugal block for clutch use, at least two centrifugal block for clutch use are arranged in pairs, the pairs of relatively described rotation axis of two centrifugal block for clutch use Be centrosymmetric setting, and two pairs of centrifugal dryings are attracted each other by first magnetic absorption member.

6. function whirligig according to claim 2, which is characterized in that the locker includes: self-locking mechanism, institute Self-locking mechanism and centrifugation latching device cooperation are stated to be centrifuged latching device described in locking, the self-locking mechanism is released on triggering Put the centrifugation latching device.

7. function whirligig according to claim 6, which is characterized in that the self-locking mechanism includes:

It is described self-locking when from lock-bit in the self-locking push plate for being slidably disposed in a rotating body between lock-bit and unlocking position Push plate pushes the centrifugal block for clutch use, makes the center of gravity portion far from the rotation axis, the self-locking push plate release at unlocking position The centrifugal block for clutch use；

First elastic component, first elastic component are connected between the rotary body and the self-locking push plate self-locking to push away described Plate is pushed towards unlocking position.

8. function whirligig according to claim 7, which is characterized in that the self-locking mechanism includes: for will be described Self-locking push plate is stuck in the lock from lock-bit, described to latch in centrifugal force effect or discharge after collision triggering described self-locking Push plate.

9. function whirligig according to claim 8, which is characterized in that further include: rotation point, the rotation point can on Lower floating ground is located at the bottom of the rotary body, can trigger the lock when the relatively described rotary body of the rotation point floats upwards Button unlock.

10. function whirligig according to claim 2, which is characterized in that the lockable mechanism includes:

Turntable, the turntable are rotatably arranged on the rotary body, and the turntable is equipped with lock-joining part and auxiliary section；

Second elastic component, second elastic component are connected between the rotary body and the turntable, to drive the turntable court It is rotated to the direction of functor described in the lock-joining part interlocking；Wherein,

When the centrifugal block for clutch use presses the auxiliary section, the turntable can be pushed to unlock the functor towards the lock-joining part Direction rotation.

11. function whirligig according to claim 10, which is characterized in that the internal perisporium of the turntable, which is equipped with, to be lacked Mouthful, side of the notch on the direction around the rotation axis, which is equipped with, cooperates inclined-plane, described in the cooperation inclined-plane composition Auxiliary section, the centrifugal block for clutch use are equipped with the driving inclined-plane with cooperation inclined-plane cooperation.

12. function whirligig according to claim 1, which is characterized in that the functor includes: flip piece, described Flip piece is located at the bottom of the rotary body, and the flip piece is sealed by the locker, after locker unlock The flip piece is rotated relative to the rotary body so that the function whirligig empties overturning.

13. function whirligig according to claim 1, which is characterized in that further include: deferred mount, the delay dress It sets and is connected respectively with the locker and the functor, the deferred mount is configured to postpone the locker to described The unlocking motion of functor.

14. function whirligig according to claim 13, which is characterized in that the deferred mount includes:

Unlocking board, the unlocking board are slidably disposed in a rotating body, the lock dress between initial bit reconciliation lock-bit The unlocking board is maintained at the initial bit when setting locking, the unlocking board described in initial bit can functor described in locking, solving Unlocking board described in lock-bit discharges the functor, and the unlocking board is equipped with unlock rack gear；

Gear is unlocked, the unlock gear is meshed with the unlock rack gear；

Accumulating mechanism, the accumulating mechanism are connected with the unlock gear, sliding towards initial bit by solution lock-bit in the unlocking board Accumulating mechanism accumulation of energy when dynamic, the accumulating mechanism drive the unlocking board to slide towards the solution lock-bit when releasing energy.

15. function whirligig described in any one of -14 according to claim 1, which is characterized in that the functor is sounding At least one of part, illuminating part, action piece.

16. function whirligig according to claim 15, which is characterized in that the functor includes multiple action pieces, Multiple action pieces are configured to successively be unfolded when the locker triggers, two adjacent action pieces of expansion sequence In, the action piece that the action piece being formerly unfolded is used to be unfolded after being locked at, the action piece being unfolded at first passes through The locker locking.