CN208389363U - The time-delay mechanism and form deformation toy of toy - Google Patents

Abstract

The utility model discloses a kind of time-delay mechanism of toy and form deformation toys, the time-delay mechanism is adapted to be attached between first and second with mutual movement relation of toy, time-delay mechanism includes cushion dashpot and movable part, buffer is loaded in cushion dashpot, movable part is movably located on cushion dashpot, a part of movable part is located in cushion dashpot and is immersed in buffer, and buffer acts on the surface of movable part by fluid pressure；Wherein, cushion dashpot is suitable for being connected with first, and movable part is suitable for second and is connected.Toy deferred action after being toggled is realized according to the time-delay mechanism of the toy of the utility model embodiment, increases the mystique of toy, improves the pleasantly surprised sense that player changes toy.

Description

The time-delay mechanism and form deformation toy of toy

Technical field

The utility model relates to toy art more particularly to the time-delay mechanisms and form deformation toy of a kind of toy.

Background technique

The toy top of existing mainstream is accelerated and then launches to toy top by transmitter, so that gyro exists Ground rotation.There is no new innovative point in the function of Chu Anping, function is more single.

Existing toy top in the market is substantially after being launched by transmitter rotation on the ground and revolution, function It can be single.Form deformation toy product in the market is all synchronous deformation simultaneously, when so that player is to the deformed shape and deformation of product Between lack pleasantly surprised sense.

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 A kind of time-delay mechanism of toy, the time-delay mechanism delay the time of toy motion out so that player to the movement of toy and Actuation time pleasantly surprised sense with higher.

The utility model also aims to the form deformation toy for proposing a kind of time-delay mechanism with the toy.

According to the time-delay mechanism of the toy of the utility model embodiment, the time-delay mechanism is adapted to be attached to the tool of toy Have between first of mutual movement relation and second, the time-delay mechanism includes: cushion dashpot, is loaded in the cushion dashpot Buffer；Movable part, the movable part are movably located on the cushion dashpot, and a part of the movable part is located at described slow It rushes in cylinder and is immersed in the buffer, the buffer acts on the surface of the movable part by fluid pressure；Wherein, institute It states cushion dashpot to be suitable for being connected with described first, the movable part is suitable for described second and is connected.

According to the time-delay mechanism of the toy of the utility model embodiment, since time-delay mechanism has movable part, and activity Part is fit partially in cushion dashpot, and buffer is equipped in cushion dashpot, and buffer acts on the table of movable part by fluid pressure Face so that when movable part is toggled second be unable to first motion, but when delaying one section after movable part is toggled Between, second could execute specific action, it is thus achieved that toy deferred action after being toggled, increases the mystery of toy Sense, improves the pleasantly surprised sense that player changes toy.

In some embodiments, the time-delay mechanism of the toy, further includes: the first movement elastic component, described first Movement elastic component is connected between the cushion dashpot and the movable part, and the first movement elastic component is configured to can be to the work Moving part applies elastic force.

In some embodiments, the time-delay mechanism of the toy, further includes: increase resistor, the increasing resistor is located at institute It states in buffer and is connected with the movable part.

In some alternative embodiments, the cushion dashpot includes: cylinder body, the open at one end of the cylinder body, the cylinder body The other end be equipped with the first matching hole；Cylinder cap, the cylinder cap lid close on described open one end of the cylinder body, the cylinder cap Equipped with the second matching hole；The both ends of the movable part are stretched out from first matching hole, second matching hole respectively.

In some alternative embodiments, the time-delay mechanism further include: respectively correspond first matching hole, described The sealing ring of two matching holes setting.

According to the form deformation toy of the utility model embodiment, comprising: ontology；Action piece, the action piece are movably set On the body；First tripper, first tripper are set on the body, first tripper and institute Action piece cooperation is stated to lock the action piece；First trigger member, when first trigger member triggers, first tripper The action piece is discharged, the action piece acts；Time-delay mechanism, the time-delay mechanism are that the delay of the toy fills It sets, one in the cushion dashpot and the movable part is connected with the ontology, another is connected with the action piece.

Made according to the form deformation toy of the utility model embodiment due to being connected with time-delay mechanism between ontology and action piece After obtaining the first trigger member of player's triggering for a period of time, action piece can execute the movement such as deformation, pivot, increase form deformation toy Mystique, improve the pleasantly surprised sense that player changes form deformation toy.

In some embodiments, the cushion dashpot is connected with the ontology, one end of the movable part and the action piece It is connected, the action piece is matched by the other end of the movable part with first tripper.

In some embodiments, the form deformation toy, further includes: the second tripper, second tripper are set On the body, second tripper and the action piece cooperate to limit the action piece；Second trigger member, it is described When second trigger member triggers, second tripper discharges the action piece；Launch elastic component, the ejection elastic component connection Between the ontology and the action piece, after second tripper discharges the action piece, the ejection elastic component bullet The action piece is opened so that the action piece is detached from the ontology.

In some embodiments, second trigger member is movably arranged on the ontology, second trigger member with One end of second tripper is connected, and drives second tripper towards disengaging institute after the second trigger member triggering The direction for stating action piece is mobile.

In some alternative embodiments, the outer periphery of the ontology is equipped with flange, and the action piece includes opposite institute The rotatable deformable body of time-delay mechanism is stated, the deformable body is only against on the flange；Wherein, the first tripper release The action piece moves up when the action piece, and the deformable body is detached from the flange and rotation.

In some embodiments, the form deformation toy is gyro, and the bottom of the gyro is equipped with top needle moving up and down, The top needle constitutes first trigger member.

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 overall structure diagram of the time-delay mechanism of the toy of the utility model embodiment.

Fig. 2 is the overall structure figure of the form deformation toy of the utility model embodiment.

Fig. 3 is the overall structure diagram of the deformation state of the form deformation toy of the utility model embodiment.

Fig. 4 is the vertical cross-section schematic diagram of the form deformation toy of the utility model embodiment.

Fig. 5 is another vertical cross-section schematic diagram of the form deformation toy of the utility model embodiment.

Fig. 6 is the partial structural diagram of the form deformation toy of the utility model embodiment.

Appended drawing reference:

Form deformation toy 1,

Ontology 10,

Flange 120, top lid 140, installation sleeve 142,

Action piece 20,

Deformable body 210, briquetting 240,

First tripper 30,

Grab 310,

First trigger member 40,

Top needle 410,

Time-delay mechanism 50,

Cushion dashpot 510, cylinder body 510a, cylinder cap 510b, limiting slot 511, the first matching hole 512, the second matching hole 513

The increasing movement of resistor 520, first elastic component 530,

Movable part 540, closing piece 541,

Sealing ring 550,

Second tripper 60, column spring 610, retention bead 611,

Second trigger member 70,

Launch elastic component 80.

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", " suitable The orientation or positional relationship of the instructions such as hour hands ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " is orientation based on the figure Or positional relationship, be merely for convenience of describing the present invention and simplifying the description, rather than the device of indication or suggestion meaning or Element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as the limit to the utility model System.In addition, defining " first ", the feature of " second " can explicitly or implicitly include one or more of the features. In the description of the present invention, 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, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

Below with reference to Fig. 1 description according to the specific structure of the time-delay mechanism 50 of the toy of the utility model embodiment.

As shown in Figure 1, according to the time-delay mechanism 50 of the toy of the utility model embodiment, time-delay mechanism 50 is adapted to Between first and second with mutual movement relation of toy, time-delay mechanism 50 includes cushion dashpot 510 and movable part 540, buffer is loaded in cushion dashpot 510, movable part 540 is movably located on cushion dashpot 510, and one of movable part 540 For quartile in cushion dashpot 510 and being immersed in buffer, buffer acts on the surface of movable part 540 by fluid pressure；Wherein, Cushion dashpot 510 is suitable for being connected with first, and movable part 540 is suitable for second and is connected.

It should be noted that in the embodiments of the present invention, first and second mutual movement relation can be with By a variety of.For example, second can deform with respect to first in the embodiment having.In another example in the embodiment having In, second can be launched away by first.Here, not making specific limit to the mutual movement relation of first and second It is fixed.In addition, second is connected with movable part 540, movable part 540 is formed as second lock-connection structure, that is to say, that movable part 540 can have two positions, and one is locked out second latched position, and another is the unlocked position for discharging second.

It is understood that movable part 540 is by second interlocking so that second when movable part 540 is located at latched position Part cannot with respect to first activity.When movable part 540 is toggled and moves to unlocked position, movable part 540 moves to one When positioning is set, second opposite can move with first.But cushion dashpot is fit partially within due to movable part 540 In 510, buffer is equipped in cushion dashpot 510, buffer acts on the surface of movable part 540 by fluid pressure.That is, Due to the effect of buffer liq damping friction, when movable part 540 is toggled, movable part 540 is unable to first motion to solution Lock position, but slowly move to unlocked position.Allowing for when movable part 540 is toggled second in this way cannot be direct Movement, but a period of time is delayed after movable part 540 is toggled, second could execute specific action.

It should be added that there is no lockings second for movable part 540 in some embodiments of the utility model Function, but drive second to move to releasing position, the in this way fortune due to the effect movable part 540 of buffer from latched position It is dynamic to be delayed by, therefore second movement will also postpone, thus when equally realization movable part 540 postpones one section after being toggled Between, second could execute specific action.

According to the time-delay mechanism 50 of the toy of the utility model embodiment, since time-delay mechanism 50 has movable part 540, And movable part 540 is fit partially in cushion dashpot 510, and buffer is equipped in cushion dashpot 510, buffer passes through liquid pressure masterpiece Used in the surface of movable part 540 so that when movable part 540 is toggled second be unable to first motion, but in movable part 540 be toggled after delay a period of time, second could execute specific action, it is thus achieved that toy prolongs after being toggled When act, increase the mystique of toy, improve the pleasantly surprised sense that player changes toy.

In some embodiments, the time-delay mechanism 50 of toy further includes the first movement elastic component 530, the first movement elasticity Part 530 is connected between cushion dashpot 510 and movable part 540, and the first movement elastic component 530 is configured to apply to movable part 540 Elastic force.

It is understood that toy is equipped with the locking of interlocking movable part 540 in some embodiments of the utility model Device, when movable part 540 is in locking means locking, movable part 540 cannot be moved and the first movement elastic component 530 stores Elastic potential energy.When locking device is triggered, the unlock of 540 locking means of movable part, first acts elastic component 530 for the bullet of storage Property potential energy release to driving movable part 540 to move in cushion dashpot 510.It is possible thereby to guarantee that movable part 540 smoothly moves, And player can relatively easily reset movable part 540.

Certainly, in the other embodiments of the utility model, the driving force of action piece 20 does not limit the elastic force of elastic component, also It can be the collision of other toys and the pressing of player etc..

In some embodiments, as shown in Figure 1, the time-delay mechanism 50 of toy further includes increasing resistor 520, increase resistor 520 It is located in buffer and is connected with movable part 540.It is understood that the damping of movable part 540 can be increased by increasing resistor 520, So that the delay effect of time-delay mechanism 50 is more preferable.What needs to be explained here is that the effect for increasing resistor 520 is to increase movable part 540 The damping being subject to, therefore increasing resistor 520 can be formed as any and be conducive to increase the shape that movable part 540 damps, it is not right herein The concrete shape and material for increasing resistor 520 make concrete restriction.

Optionally, increase the component that resistor 520 is formed as one with movable part 540, or increase resistor 520 and movable part 540 It is that two different components etc. of connection are threadedly engaged using interference fit.

In some alternative embodiments, as shown in Figure 1, cushion dashpot 510 includes cylinder body 510a and cylinder cap 510b, cylinder body The other end of the open at one end of 510a, cylinder body 510a is equipped with the first matching hole 512.Cylinder cap 510b lid closes opening wide in cylinder body 510a One end, cylinder cap 510b be equipped with the second matching hole 513.Match respectively from the first matching hole 512, second at the both ends of movable part 540 It closes and is stretched out at hole 513.

It is understood that the both ends of movable part 540 are stretched out from the first matching hole 512 and the second matching hole 513, in this way may be used So that cylinder cap 510b and cylinder body 510a can limit the direction of motion of movable part 540 simultaneously, i.e. movable part 540 can only be along first The movement of the hole heart line of matching hole 512 and the second matching hole 513, occurs askew during the motion so as to avoid movable part 540 Oblique phenomenon, it is ensured that driving or restriction of the movable part 540 to second improve the reliability of time-delay mechanism 50.

In some alternative embodiments, as shown in Figure 1, time-delay mechanism 50 further include respectively correspond the first matching hole 512, The sealing ring 550 of second matching hole 513 setting.It is understood that since the both ends of movable part 540 are respectively from the first matching hole 512 and second matching hole 513 be pierced by, and buffer is full of in cushion dashpot 510, corresponding first matching hole 512, the second matching hole 513 setting sealing rings 550 can prevent the buffer in cushion dashpot 510 from leaking out the delay effect for reducing time-delay mechanism 50 and reduction Player play satisfaction the phenomenon that generation.Supplementary explanation is needed exist for, sealing ring 550 only plays sealing function herein, Therefore, the model of sealing ring 550, material, sealing grade can be selected arbitrarily according to actual needs, herein not to sealing ring 550 Model, material and sealing grade make specific restriction.

The specific knot of the time-delay mechanism 50 of the toy of one specific embodiment of the utility model is described below with reference to Fig. 1 Structure.

As shown in Figure 1, the time-delay mechanism 50 of the present embodiment includes movable part 540, cushion dashpot 510 and increasing resistor 520.

Cushion dashpot 510 is suitable for being connected with first, and buffer is loaded in cushion dashpot 510, and cushion dashpot 510 includes cylinder body The other end of 510a and cylinder cap 510b, the open at one end of cylinder body 510a, cylinder body 510a are equipped with the first matching hole 512.Cylinder cap 510b Lid is closed in open one end of cylinder body 510a, and cylinder cap 510b is equipped with the second matching hole 513.The both ends of movable part 540 respectively from It is stretched out at first matching hole 512, the second matching hole 513.The upper end of movable part 540 be suitable for be connected with second, lower end equipped with The closing piece 541 of tripper cooperation.

Increase resistor 520 to be located in cushion dashpot 510 and be connected with movable part 540, increases the bottom wall of resistor 520 and cushion dashpot 510 Equipped with the first movement elastic component 530, the first movement elastic component 530 always maintains driving and increases the elastic force that resistor 520 drives up. Buffer acts on movable part 540 by fluid pressure and increases in resistor 520.

The working principle of the time-delay mechanism 50 of the present embodiment are as follows: when tripper is matched with closing piece 541, second interlocking On first, when tripper is triggered, so that tripper discharges closing piece 541, movable part 540 and increase resistor 520 the It is moved under the drive of one movement elastic component 530 so that second movement, but since the buffer in cushion dashpot 510 passes through Fluid pressure acts on movable part 540 and increases in resistor 520, and therefore, second movement more will slowly make second and transport First locking could be detached from when one section dynamic.

Below with reference to Fig. 2-Fig. 6 description according to the specific structure of the form deformation toy of the utility model embodiment.

As shown in fig. 4-5, according to the form deformation toy of the utility model embodiment 1, including ontology 10, action piece 20, One tripper 30, the first trigger member 40 and time-delay mechanism 50, action piece 20 are movably located on ontology 10, the first unlock dress It sets 30 to be located on ontology 10, the first tripper 30 cooperates with action piece 20 to lock action piece 20, the triggering of the first trigger member 40 When, 30 release movement part 20 of the first tripper, action piece 20 acts, and the previously described toy of time-delay mechanism 50 is used Time-delay mechanism 50, one in cushion dashpot 510 and movable part 540 is connected with ontology 10, another is connected with action piece 20.

It should be noted that cushion dashpot 510 is connected with ontology 10 in the embodiment having, movable part 540 and action piece 20 It is connected, and is connected in the middle cushion dashpot 510 for the embodiment having with action piece 20, movable part 540 is connected with ontology 10.Below with slow It rushes cylinder 510 to be connected with ontology 10, movable part 540 describes the form deformation toy of the utility model embodiment for being connected with action piece 20 1 working principle.

It is understood that when player triggers the first trigger member 40,30 release movement part 20 of the first tripper, due to Action piece 20 is connected with movable part 540, and being fit partially in cushion dashpot 510 for movable part 540, is equipped in cushion dashpot 510 slow Fliud flushing, buffer act on the surface of movable part 540 by fluid pressure.Therefore, the movement of action piece 20 will be delayed, such as The movement of fruit action piece 20 is to deform or ontology 10 is driven to pivot, then the form deformation toy 1 of the utility model embodiment is being played Being embodied in during playing, after player triggered for first 40 a period of time of trigger member, action piece 20 deforms or band Dynamic ontology 10 pivots.

According to the form deformation toy 1 of the utility model embodiment, due to being connected with delay dress between ontology 10 and action piece 20 50 are set, so that action piece 20 can execute the movement such as deformation, pivot after player triggers 40 a period of time of the first trigger member, is increased The mystique for having added form deformation toy 1 improves the pleasantly surprised sense that player changes form deformation toy 1.

In some embodiments, as shown in fig. 4-5, cushion dashpot 510 is connected with ontology 10, one end of movable part 540 with Action piece 20 is connected, and action piece 20 is matched by the other end of movable part 540 with the first tripper 30.It is understood that It is that action piece 20 is matched by movable part 540 with the first tripper 30, realizes the first unlock dress to the lock of action piece 20 Part, to realize the function that 20 delayed execution of action piece acts when the first trigger member 40 is triggered.

In some alternative embodiments, as shown in Figure 3-Figure 5, the outer periphery of ontology 10 is equipped with flange 120, action piece 20 include the rotatable deformable body 210 of relative time delay device 50, and deformable body 210 is only against on flange 120, the first tripper 30 When release movement part 20, action piece 20 is moved up, and deformable body 210 is detached from flange 120 and rotates.

In some embodiments, as shown in Fig. 1, Fig. 4-Fig. 5, form deformation toy 1 is gyro, and the bottom of gyro is equipped with can be upper and lower Mobile top needle 410, top needle 410 constitute the first trigger member 40.First tripper 30 includes two grabs 310, each grab 310 and the contact surface of top needle 410 are inclined-plane, spring are equipped between two grabs 310 and ontology 10, in two 310 phases of grab When gliding to top needle 410, the distance between two grabs 310 are gradually increased.Movable part 540 includes vertically arranged and vertically may be used Movable movable part 540, the bottom end of movable part 540 are equipped with the closing piece 541 for cooperating with grab 310.

It is understood that the top needle 410 of form deformation toy 1 is in the initial state, by grab 310 two inclined-planes and The effect of spring and in the state that extends downwardly.After form deformation toy 1 is launched from transmitter, top needle 410 when landing, Due to the effect of gravity tenesmus, top needle 410 can the up retraction of opposing body 10, when top 410 retraction of needle, top needle 410 is to grab 310 With impetus, to overcome spring to be caught the increase of the distance between two grabs 310, so that closing piece 541 be made to be detached from card Hook 310 moves up movable part 540, deforms.

In some embodiments, form deformation toy 1 further includes the second tripper 60, the second trigger member 70 and ejection elastic component 80, the second tripper 60 is located on ontology 10, and the second tripper 60 cooperates with action piece 20 to limit action piece 20, and second When trigger member 70 triggers, 60 release movement part 20 of the second tripper, ejection elastic component 80 is connected to ontology 10 and action piece 20 Between, after 60 release movement part 20 of the second tripper, ejection 80 pop open action part 20 of elastic component is so that action piece 20 is detached from this Body 10.As a result, after the action piece 20 of form deformation toy 1 occurs dynamic, when the second trigger member 70 is toggled, action piece 20 can be It flies out under the action of ejection elastic component 80, a step improves the interest of form deformation toy 1 as a result,.

In some embodiments, as shown in fig. 6, the second trigger member 70 is movably arranged on ontology 10, the second trigger member 70 are connected with one end of the second tripper 60, drive the second tripper 60 to act towards disengaging after the triggering of the second trigger member 70 The direction of part 20 is mobile.

Specifically, the second tripper 60 is formed as the column spring 610 being set on ontology 10, column spring 610 One end is connected in the second trigger member 70, and at least partly column spring 610 is connected on action piece 20, the edge of the second trigger member 70 Horizontal direction is slidably disposed in ontology 10, and ontology 10 is stretched out from peripheral direction in one end of the second trigger member 70.

It is understood that when form deformation toy 1 is hit so that the second trigger member 70 is toggled, the second trigger member 70 driving column springs 610 are rotated around device own axes, so that column spring 610 releases the clamping to action piece 20, from And action piece 20 is flown out under the action of launching elastic component 80.

Optionally, as shown in fig. 6, cushion dashpot 510 is equipped with limiting slot 511, column spring 610 has cooperation in limiting slot 511 retention bead 611.Column spring 610 can preferably be clamped cushion dashpot 510 as a result, so that action piece 20 be avoided to be clamped Shakiness leads to the phenomenon that flying out automatically.

In some embodiments, as shown in figure 3, ontology 10 includes top lid 140, top lid 140 is equipped with installation sleeve 142, It is threaded through on cushion dashpot 510 in installation sleeve 142, cushion dashpot 510 is arranged with the briquetting 240 being only against in installation sleeve 142, pressure Ejection elastic component 80 is equipped between block 240 and the cylinder cap 510b of cushion dashpot 510.

It is understood that briquetting 240 is pressed on elastic component 80 is launched when cushion dashpot 510 and tripper cooperate On cylinder cap 510b.When being detached from cushion dashpot 510 and tripper, the cushion dashpot 510 of ejection elastic component 80 can be from ontology 10 go out from ejection, so that entire action piece 20 pops up ontology 10.

The specific structure of the form deformation toy 1 of one specific embodiment of the utility model is described below with reference to Fig. 1-Fig. 6.

The form deformation toy 1 of the present embodiment includes ontology 10, action piece 20, the first tripper 30, the first trigger member 40, prolongs When device 50, the second tripper 60, the second trigger member 70 and ejection elastic component 80.

Time-delay mechanism 50 includes movable part 540, cushion dashpot 510 and increases resistor 520, and cushion dashpot 510 is connected with ontology 10, delays It rushes in cylinder 510 and is loaded with buffer, cushion dashpot 510 includes cylinder body 510a and cylinder cap 510b, the open at one end of cylinder body 510a, cylinder body The other end of 510a is equipped with the first matching hole 512.Cylinder cap 510b lid is closed to be set on open one end of cylinder body 510a, cylinder cap 510b There is the second matching hole 513.The both ends of movable part 540 are stretched out from the first matching hole 512, the second matching hole 513 respectively.Movable part 540 upper end is connected with action piece 20, and lower end is equipped with the closing piece 541 cooperated with the first tripper 30.Increasing resistor 520 is located at slow It rushing in cylinder 510 and is connected with movable part 540, the bottom wall for increasing resistor 520 and cushion dashpot 510 is equipped with the first movement elastic component 530, the One movement elastic component 530 always maintains driving and increases the elastic force that resistor 520 drives up.Buffer is acted on by fluid pressure On movable part 540 and increasing resistor 520.

Ontology 10 is equipped with flange 120, and action piece 20 includes deformable body 210, and deformable body 210 is rotatably connected in movable part 540 top and backstop is on flange 120, the first tripper 30 is located on ontology 10, the first tripper 30 and movable part The cooperation of closing piece 541 on 540 is to lock action piece 20, when the first trigger member 40 triggers, 30 release movement part of the first tripper 20,20 generation of action piece acts and deformable body 210 is made to be detached from flange 120, and deformable body 210 overturns deformation after unlocking.

Along the vertical direction slidably, ontology 10 is stretched out in the bottom end of the first trigger member 40 to first trigger member 40 from below.First Trigger member 40 is formed as the top needle 410 of gyro, and the first tripper 30 includes two grabs 310, each grab 310 and top needle 410 contact surface is inclined-plane, and when two grabs 310 glide with respect to top needle 410, the distance between two grabs 310 are gradually Increase.The bottom end of movable part 540 is equipped with the closing piece 541 for cooperating with grab 310.

Second tripper 60 is located on ontology 10, and the second tripper 60 cooperates with action piece 20 to limit action piece 20.When second trigger member 70 triggers, 60 release movement part 20 of the second tripper, ejection elastic component 80 is connected to ontology 10 and moves Between workpiece 20, after 60 release movement part 20 of the second tripper, 80 pop open action part 20 of elastic component is launched so that action piece 20 It is detached from ontology 10.

Second tripper 60 is formed as the column spring 610 being set on ontology 10, one end connection of column spring 610 In the second trigger member 70, at least partly column spring 610 is connected on action piece 20, and the second trigger member 70 is in the horizontal direction It is slidably disposed in ontology 10, ontology 10 is stretched out from peripheral direction in one end of the second trigger member 70.Cushion dashpot 510 is equipped with limit Position slot 511, column spring 610 have cooperation in the retention bead 611 of limiting slot 511.

The playing method of the form deformation toy 1 of the utility model embodiment is as described below:

After player is launched the form deformation toy 1 of the present embodiment using top launcher, the top needle of form deformation toy 1 410 when landing, due to the effect of gravity tenesmus, top needle 410 can the up retraction of opposing body 10, when top 410 retraction of needle, top needle 410 pairs of grabs 310 have impetus, to overcome spring to be caught the increase of the distance between two grabs 310, to make to lock Block 541 is detached from grab 310 and movable part 540 is moved up, but since movable part 540 is across the cushion dashpot for filling with buffer 510, the damping action of buffer enables to movable part 540 slowly to rise, so that when the first trigger member 40 is touched When hair, deformable body 210 could deform after having spent a period of time.After the deformation of deformable body 210 is completed, form deformation toy 1 will continue to revolve Turn, when form deformation toy 1 is hit so that the second trigger member 70 is toggled, the second trigger member 70 drives column spring 610 It is rotated around device own axes, so that column spring 610 releases the clamping to action piece 20, so that action piece 20 is in bullet It penetrates under the action of elastic component 80 and flies out.

The advantages of form deformation toy 1 of the present embodiment, is:

(1) stop configurations for using flange 120, reduce the stuck probability of deformable body 210, improve toy satisfaction.

(2) it is equipped with time-delay mechanism 50 in form deformation toy 1, so that the deformation of form deformation toy 1 has time-delay characteristics, improves change The mystique and interest of shape toy 1.

(3) action piece 20 can fly out when form deformation toy 1 is hit, and improve the interest of form deformation toy 1.

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 (11)

1. a kind of time-delay mechanism of toy, the time-delay mechanism is adapted to be attached to first with mutual movement relation of toy Between part and second, which is characterized in that the time-delay mechanism includes:

Cushion dashpot is loaded with buffer in the cushion dashpot；

Movable part, the movable part are movably located on the cushion dashpot, and a part of the movable part is located at the buffering It in cylinder and is immersed in the buffer, the buffer acts on the surface of the movable part by fluid pressure；Wherein, described Cushion dashpot is suitable for being connected with described first, and the movable part is suitable for described second and is connected.

2. the time-delay mechanism of toy according to claim 1, which is characterized in that further include: the first movement elastic component, institute It states the first movement elastic component to be connected between the cushion dashpot and the movable part, the first movement elastic component is configured to can be to The movable part applies elastic force.

3. the time-delay mechanism of toy according to claim 1, which is characterized in that further include: increase resistor, the increasing resistor It is located in the buffer and is connected with the movable part.

4. the time-delay mechanism of toy according to claim 1, which is characterized in that the cushion dashpot includes:

The other end of cylinder body, the open at one end of the cylinder body, the cylinder body is equipped with the first matching hole；

Cylinder cap, the cylinder cap lid are closed in described open one end of the cylinder body, and the cylinder cap is equipped with the second matching hole；It is described The both ends of movable part are stretched out from first matching hole, second matching hole respectively.

5. the time-delay mechanism of toy according to claim 4, which is characterized in that the time-delay mechanism further include: respectively The sealing ring that corresponding first matching hole, second matching hole are arranged.

6. a kind of form deformation toy characterized by comprising

Ontology；

Action piece, the action piece are movably set on the body；

First tripper, first tripper are set on the body, first tripper and the action piece Cooperation is to lock the action piece；

First trigger member, when first trigger member triggers, first tripper discharges the action piece, the action piece It acts；

Time-delay mechanism, the time-delay mechanism is the time-delay mechanism according to toy of any of claims 1-5, described One in cushion dashpot and the movable part is connected with the ontology, another is connected with the action piece.

7. form deformation toy according to claim 6, which is characterized in that the cushion dashpot is connected with the ontology, the work One end of moving part is connected with the action piece, the other end and first tripper that the action piece passes through the movable part It matches.

8. form deformation toy according to claim 7, which is characterized in that further include:

Second tripper, second tripper are set on the body, second tripper and the action piece Cooperation is to limit the action piece；

Second trigger member, when second trigger member triggers, second tripper discharges the action piece；

Elastic component is launched, the ejection elastic component is connected between the ontology and the action piece, second tripper After discharging the action piece, the ejection elastic component flicks the action piece so that the action piece is detached from the ontology.

9. form deformation toy according to claim 8, which is characterized in that second trigger member is movably arranged at described On body, second trigger member is connected with one end of second tripper, after the second trigger member triggering described in drive Second tripper is mobile towards the direction for being detached from the action piece.

10. form deformation toy according to claim 6, which is characterized in that the outer periphery of the ontology is equipped with flange, described Action piece includes the relatively described rotatable deformable body of time-delay mechanism, and the deformable body is only against on the flange；Wherein, described The action piece moves up when the first tripper release action piece, and the deformable body is detached from the flange and rotation.

11. the form deformation toy according to any one of claim 6-10, which is characterized in that the form deformation toy is gyro, The bottom of the gyro is equipped with top needle moving up and down, and the top needle constitutes first trigger member.