CN207545826U - Deform the controllable toy of hop count - Google Patents

Abstract

The controllable toy of hop count is deformed the utility model discloses a kind of, the controllable toy of the deformation hop count includes ontology, multiple deformable members reconciliation limit device.Each deformable member is located on ontology in which can take down the exhibits, and each deformable member realizes interlocking by a tripper.Solution limit device is used to control the restriction of at least one tripper to conciliate limit, solution limit device at least has changeable the first gear and the second gear, when solution limit device is in the first gear, solution limit device solution limits all trippers corresponding with it coordinates deformable member, and all deformable members can deform in a triggered.When solution limit device is in the second gear, solution limit device limits the corresponding tripper of at least one deformable member, and the corresponding deformable member of tripper being defined does not deform in a triggered.According to the controllable toy of the deformation hop count of the utility model embodiment, player can limit the gear of device to adjust deformation hop count by adjusting solution, improve the interest of toy.

Description

Deform the controllable toy of hop count

Technical field

The utility model is related to the controllable toys of toy art more particularly to a kind of deformation hop count.

Background technology

Existing Deformable toy car only has single deformation mostly, i.e., is changed between vehicle form and the second form, It deforms dullness, interesting not strong.And a small number of Deformable toy cars are deformed with multistage, existing this kind of Deformable toy car is logical mostly Cross it is electronic come realize remote control deformation, can control deformation hop count, but its is expensive using remote controler, be easily damaged, and can not Realize control manually.

Utility model content

The utility model is intended at least solve one of technical problem in the prior art.For this purpose, the utility model carries Go out a kind of controllable toy of deformation hop count, the controllable toy structure of the deformation hop count is simple, it can be achieved that manual control and entertaining Property is stronger.

The controllable toy of hop count is deformed according to the utility model embodiment, including：Ontology；Multiple deformable members, Mei Gesuo It states deformable member and sets on the body with can taking down the exhibits, each deformable member realizes interlocking by a tripper；Solution Device is limited, the solution limit device is arranged on the ontology or the deformable member, and the solution limit device is at least one for controlling The restriction reconciliation limit of the tripper, the solution limit device at least has changeable the first gear and the second gear, described When solution limit device is in the first gear, the solution limit device solution limits all unlocks corresponding with it the coordinates deformable member Device, all deformable members can deform in a triggered；When the solution limit device is in the second gear, the solution It limits device and limits the corresponding tripper of at least one deformable member, the tripper being defined is corresponding described Deformable member does not deform in a triggered.

According to the controllable toy of the deformation hop count of the utility model embodiment, due to the solution limit device tool of locking tripper There are two gear, and toy is limited when device is in the first gear and the second gear in solution with different deformation states so that is played Family can limit the gear of device to adjust deformation hop count by adjusting solution, be greatly enriched the playing method of toy, this is for player For there is magical sense and unpredictability, meet the heart of hunting for novelty of child, improve the interest of toy.

In some embodiments, the solution limit device includes：Solution limit bar, the solution limit bar are movably arranged at the ontology On, at least switched between the first gear and the second gear by the mobile realization solution limit device for controlling the solution limit bar.

Specifically, the solution limit device includes：Link rotary column, and the linkage rotary column is rotatably arranged on the ontology, The solution limit bar and the linkage rotary column rotation connection, the tie point of the solution limit bar and the linkage rotary column deviate the linkage The pivot center of rotary column, the linkage rotary column can drive the solution limit bar at least to switch between the first gear and the second gear.

More specifically, the solution limit device further includes：Auxiliary solution limit bar, the auxiliary solution limit bar are movably arranged at described On ontology, one end and the linkage rotary column rotation connection of the auxiliary solution limit bar, by controlling the solution limit bar or described Turn column can drive the auxiliary solution limit bar synchronizing moving.

More specifically, being respectively connected with the tripper on the solution limit bar and the auxiliary solution limit bar, limited with the solution Bar can limit bar with the tripper that connect of auxiliary solution limit bar with the solution and the auxiliary solution limit bar movement and Synchronizing moving, when the solution limit device is in the first gear, the solution limit bar and the auxiliary solution limit bar drive and the solution Limit bar and the tripper that connect of auxiliary solution limit bar are moved to the limit state that solves, described corresponding to these trippers Deformable member can deform in a triggered；When the solution limit device be in the second gear, the solution limits bar and described auxiliary Help solution limit bar that the tripper being connect with the solution limit bar and the auxiliary solution limit bar is driven to be moved to finite-state, these The deformable member corresponding to tripper does not deform in a triggered.

In some embodiments, both ends of the ontology on the moving direction of the solution limit bar are respectively equipped with gear shift hole, The solution limit bar movement can be pushed from the gear shift hole of the ontology both sides.

In some embodiments, the controllable toy of the deformation hop count, has further included flip piece, the flip piece can pivot It is located at the bottom of the ontology with turning, the flip piece is clamped on the body by clamping apparatus, and the solution limit device is used In the restriction of the clamping apparatus is controlled to conciliate limit, when the solution limit device is in the first gear, the solution limit device limits institute Clamping apparatus is stated, the clamping apparatus keeps the clamping to the flip piece when deformable member deforms；The solution limit device During in the second gear, the solution limit device solution limits the clamping apparatus, the corresponding change of the locked tripper Shape part drives the clamping apparatus to release the clamping to the flip piece when being triggered, the flip piece drives the toy to empty Overturning.

Specifically, the ontology is equipped with trigger bit, and the clamping apparatus extends to the trigger bit, in the trigger bit After triggering, the clamping apparatus discharges the flip piece so that the toy empties overturning.

More specifically, the clamping apparatus includes：Movable sleeve, the movable sleeve are set on the solution limit device；It is removable Movable plate on the body is set dynamicly, it is described with being correspondingly provided with trigger member on the associated deformable member of the flip piece Movable plate is located between the trigger member and the movable sleeve；Wherein, when the solution limit device is in the first gear, the activity Set is separated with the movable plate；The solution limit device is when be in the second gear, the movable sleeve be only against the movable plate with Between the trigger member.

In some embodiments, the deformable member is equipped with folder coin mouth, and the trigger member is located in the folder coin mouth, described One end of solution limit device is stretched in the folder coin mouth to be connected with the trigger member.

Specifically, the deformable member, which includes at least, the first deformable member and the second deformable member, wherein, first deformable member When not deformed, first deformable member shelters from the trigger bit of the ontology；Second deformable member when not deformed, Second deformable member shelters from the folder coin mouth of first deformable member.

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

Description of the drawings

The above-mentioned and/or additional aspect and advantage of the utility model will in the description from combination accompanying drawings below to embodiment Become apparent and be readily appreciated that, wherein：

Fig. 1 is that the controllable toy of deformation hop count of the utility model embodiment is in the overall structure figure of normal morphology.

Fig. 2 is that the controllable toy of deformation hop count of the utility model embodiment is in the overall structure of the second deformation form Figure.

Fig. 3 is that the controllable toy of deformation hop count of the utility model embodiment is in the overall structure of the first deformation form Figure.

Fig. 4 is the whole exploded view of the controllable toy of the deformation hop count of the utility model embodiment.

Fig. 5 is the controllable solution limit device of toy of the deformation hop count of the utility model embodiment and the decomposition of clamping apparatus Figure.

Fig. 6 is that the solution limit device of the controllable toy of deformation hop count of the utility model embodiment is in the ontology of the first gear Internal structure chart.

Fig. 7 is that the solution limit device of the controllable toy of deformation hop count of the utility model embodiment is in the vertical of the first gear Sectional view.

Fig. 8 is that the solution limit device of the controllable toy of deformation hop count of the utility model embodiment is in the ontology of the second gear Internal structure chart.

Fig. 9 is that the solution limit device of the controllable toy of deformation hop count of the utility model embodiment is in the vertical of the second gear Sectional view.

Reference numeral：

Toy 1000,

Ontology 100, trigger bit 110, gearshift hole 120

Deformable member 200,

First deformable member 210, first folder coin mouth 211,

Second deformable member 220, second folder coin mouth 221,

Tripper 300,

First tripper 310, the second tripper 320,

Solution limit device 400

Solution limit bar 410, auxiliary solution limit bar 420, linkage rotary column 430,

Flip piece 500,

Clamping apparatus 600,

Movable sleeve 610, movable plate 620, trigger member 630,

Folder suction part 700,

Interfacing part 800,

Toy part 2000.

Specific embodiment

The embodiment of the utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning Same or similar element is represented to same or similar label eventually or there is the element of same or like function.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and it is not intended that the utility model Limitation.

In the description of the present invention, it is to be appreciated that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer ", " suitable The orientation or position relationship of the instructions such as hour hands ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " are based on orientation shown in the drawings Or position relationship, be for only for ease of description the utility model and simplify description rather than instruction or imply signified device or Element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that limit to the utility model System.In addition, define " first ", one or more this feature can be expressed or be implicitly included to the feature of " second ". In the description of the present invention, unless otherwise indicated, " multiple " are meant that 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 " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected or integrally Connection；Can be mechanical connection or electrical connection；It can be directly connected, can also be indirectly connected by intermediary, It can be the connection inside two elements.For the ordinary skill in the art, can above-mentioned art be understood with concrete condition Concrete meaning of the language in the utility model.

Below with reference to Fig. 1-Fig. 9 descriptions according to the specific of the controllable toy 1000 of the deformation hop count of the utility model embodiment Structure.

As Figure 1-Figure 5, ontology is included according to the controllable toy 1000 of the deformation hop count of the utility model embodiment 100th, the multiple reconciliation of deformable member 200 limit devices 400.Each deformable member 200 is located on ontology 100 in which can take down the exhibits, each to deform Part 200 realizes interlocking by a tripper 300.Solution limit device 400 is arranged on ontology 100 or deformable member 200, solution limit Device 400 is used to controlling the restriction of at least one tripper 300 to conciliate limit, and solution limit device 400 at least has changeable the One gear and the second gear, when solution limit device 400 is in the first gear, the solution limit solution of device 400 limits all deformations coordinated with it 200 corresponding tripper 300 of part, all deformable members 200 can deform in a triggered.Solution limit device 400 is in During the second gear, solution limit device 400 limits at least one 200 corresponding tripper 300 of deformable member, the tripper being defined 300 corresponding deformable members 200 do not deform in a triggered.

It is understood that since solution limit device 400 tool of locking tripper 300 is there are two gear, when solution limits device 400 be in the first gear when, solution limit device 400 all trippers 300 coordinated with it are solved into limit, that is to say, that in this gear Under, it is all to be deformed upon with solution limit 400 matched 300 corresponding deformable member 200 of tripper of device.And when solution limit dress When putting 400 in the second gear, solution limit device 400 at least one deformable member of locking, 200 corresponding tripper 300, that is, It says under this gear, at least one deformable member 200 cannot deform.It is possible thereby to so that toy 1000 limits device in solution 400 be in the first gear and the second gear when with different deformation states so that player can by adjusting solution limit device 400 Gear adjust deformation hop count, be greatly enriched the playing method of toy 1000, this has magical sense and not for player Predictability meets the heart of hunting for novelty of child, and improves the interest of toy 1000.

According to the controllable toy 1000 of the deformation hop count of the utility model embodiment, due to the solution of locking tripper 300 The tool of device 400 is limited there are two gear, and toy 1000 has difference when solution limit device 400 is in the first gear and the second gear Deformation state so that player can adjust deformation hop count by adjusting the gear of solution limit device 400, be greatly enriched object for appreciation The playing method of tool 1000, this has magical sense and unpredictability for player, meets the heart of hunting for novelty of child, improve object for appreciation The interest of tool 1000.

It should be noted that in some embodiments of the utility model, some becomes in multiple deformable members 200 The tripper 300 of shape part 200 does not coordinate with solution limit device 400, that is to say, that no matter solves limit device 400 and is in the first gear Or the second gear, solution limit device 400 do not influence the deformation of these deformable members 200.

In some embodiments, as shown in figure 5, solution limit device 400 includes solution limit bar 410, solution limit bar 410 is movably set On ontology 100, solved by controlling limit bar 410 mobile realization solution limit device 400 at least the first gear and the second gear it Between switch.It should be noted that in the embodiment of the utility model, solution limit bar 410 can be it is multiple can also only there are one. For example, in the embodiment having, solution limit bar 410 is multiple, can be same when player needs to switch the gear of solution limit device 400 When adjust it is multiple solution limit bars 410 or only adjustment a part solution limit bar 410 so that solution limit device 400 in the first gear and second gear Switch between position.Specifically, in some embodiments, tripper 300 there are one coordinating on limit bar 410 is each solved, often A solution limit bar 410 individually locking or solution can limit tripper 300.So in the first gear, all solution limit bars 410 are Positioned at the position of solution limit tripper 300, at least one solution limit bar 410 locking solution limit device 400 of the second gear.As a result, Realize the deformation hop count for adjusting toy 1000 in the position that user can adjust multiple solution limit bars 410.Certainly in this case, it is more A solution limit bar 410 could be provided as linking, although the deformation section array for reducing toy 1000 in this way is closed, but facilitate object for appreciation The range state of family's switching solution limit device 400.Certainly, in the embodiment of the utility model, solution limit bar 410 or one It is a, and multiple trippers 300 are connected on a solution limit bar 410, although reducing the deformation section array of toy 1000 in this way It closes, but greatly simplifies the structure of solution limit device 400, facilitate the range state of the switching solution limit device 400 of toy 1000.

Specifically, as shown in figure 5, solution limit device 400 includes linkage rotary column 430, linkage rotary column 430 is rotatably arranged at this On body 100, solution limit bar 410 is rotatablely connected with linkage rotary column 430, and the tie point of solution limit bar 410 and the rotary column 430 that links, which deviates, to link The pivot center of rotary column 430, linkage rotary column 430 can drive solution limit bar 410 at least to switch between the first gear and the second gear. Thus, it is possible to realize that multiple solution limit bars 410 coordinate on linkage rotary column 430 so that player arbitrarily pushes any one solution limit bar 410, remaining solution limit bar 410 can be servo-actuated, and which simplify the handover operations of solution limit device 400, facilitate player exercises.

More specifically, as shown in figure 5, solution limit device 400 further includes auxiliary solution limit bar 420, auxiliary solution limit bar 420 is removable Ground is located on ontology 100, auxiliary solution limit bar 420 one end with linkage rotary column 430 be rotatablely connected, by control solution limit bar 410 or The rotary column 430 that links can limit 420 synchronizing moving of bar with dynamic auxiliary solution.Thus, it is possible to realize solution limit bar 410 and auxiliary solution limit bar 420 It is synchronized with the movement, so as to fulfill being synchronized with the movement for multiple solution limit bars 410, simplifies the handover operation for understanding limit device 400, facilitate object for appreciation Family's operation.

More specifically, as shown in figure 5, tripper 300 is respectively connected on solution limit bar 410 and auxiliary solution limit bar 420, with solution Limit bar 410 and auxiliary solution limit bar 420 connect tripper 300 can with solution limit bar 410 and auxiliary solution limit bar 420 movement and Synchronizing moving, when solution limit device 400 is in the first gear, solution limit bar 410 and auxiliary solution limit bar 420 drive and solution limit bar 410 The tripper 300 that the limit connection of bar 420 is solved with auxiliary is moved to solution limit state, the deformable member corresponding to these trippers 300 200 can deform in a triggered.When solution limit device 400 is in the second gear, solution limit bar 410 and auxiliary solution limit bar 420 drive the tripper 300 being connect with solution limit bar 410 and auxiliary solution limit bar 420 to be moved to finite-state, these trippers Deformable member 200 corresponding to 300 does not deform in a triggered.

It should be noted that the tripper 300 that solution limit bar 410 and auxiliary solution limit bar 420 connect can be same It can be different.Specifically, when solution limit bar 410 and auxiliary solution limit bar 420 connect same tripper 300, work as solution When limit device 400 is in the first gear, solution limit bar 410 and the auxiliary solution limit solution limit tripper 300 of bar 420 so that the unlock fills Put 300 accordingly deformable member 200 can deform.When solution limit device 400 is in the second gear, solution limit bar 410 and auxiliary Solution limit 420 interlocking tripper 300 of bar so that accordingly deformable member 200 cannot deform the tripper 300.Work as solution When limit bar 410 and auxiliary solution limit bar 420 connect different trippers 300, when solution limit device 400 is in the first gear, solution Limit bar 410 and auxiliary solution limit bar 420 solve limit tripper 300 connected to it respectively so that the tripper 300 accordingly becomes Shape part 200 can deform.When solution limit device 400 is in the second gear, solution limit bar 410 and auxiliary solution limit bar 420 are distinguished Interlocking is connected thereto tripper 300 so that accordingly deformable member 200 cannot deform the tripper 300.To sum up institute It states, the toy 1000 of the utility model embodiment is in solution limit bar 410 tripper 300 different with the connection that auxiliary solves limit bar 420 When, there are a variety of different modes of texturing.Toy 1000 type of itself is increased in this way, improves the competitiveness of product.

In some embodiments, as shown in Figure 1, both ends of the ontology 100 on the moving direction of solution limit bar 410 are respectively equipped with Gear shift hole can push solution limit bar 410 to move from the gear shift hole of 100 both sides of ontology.As a result, when player needs to adjust solution limit bar 410 When, it is only necessary to solution limit bar 410 is pushed to move at gearshift hole 120, greatly facilitates the operation of player.Certainly it is pushing When solution limit bar 410 moves, player can directly push manually, and specified tool can also be used to be pushed, thus further increased The interest of toy 1000 is added.

In some embodiments, as shown in Fig. 7, Fig. 9, the controllable toy 1000 of deformation hop count has further included flip piece 500, Flip piece 500 is pivotally arranged in the bottom of ontology 100, and flip piece 500 is connected to by clamping apparatus 600 on ontology 100, solution Limit device 400 is used to control the restriction of clamping apparatus 600 to conciliate limit, when solution limit device 400 is in the first gear, solution limit device 400 limit clamping apparatus 600, and when deformable member 200 deforms, clamping apparatus 600 keeps the clamping to flip piece 500.Solution limit When device 400 is in the second gear, the solution limit solution limit clamping apparatus 600 of device 400, locked 300 corresponding change of tripper Clamping apparatus 600 is driven to release the clamping to flip piece 500 when shape part 200 is triggered, flip piece 500 is emptied with movable toy 1000 Overturning.

It should be noted that when solution limit device 400 is in the first gear, clamping apparatus 600 is limited by solution limit device 400 It is fixed so that when deformable member 200 deforms, clamping apparatus 600 ensures the clamping to flip piece 500.That is when solution limits device 400 be in the first gear when, when deformable member 200 is toggled, deformable member 200 deformation but flip piece 500 cannot overturn, if Flip piece 500 is needed to overturn, other trigger device is needed to trigger.When solution limit device 400 is in the second gear, limited by solution When the deformable member 200 that device 400 limits is toggled, deformable member 200 cannot deform, but flip piece 500 can but be sent out Raw overturning.In conclusion adjustment solution limit device 400 can not only adjust the deformation hop count of toy 1000, toy can also be adjusted 1000 deformation and overturning sequence further enriches the playing method of toy 1000, enhances the interest of toy 1000.

Specifically, as shown in Fig. 6-Fig. 9, ontology 100 is equipped with trigger bit 110, and clamping apparatus 600 extends to trigger bit 110, after the triggering of trigger bit 110, clamping apparatus 600 discharges flip piece 500 so that toy 1000 empties overturning.Work as solution as a result, When limit device 400 is in the first gear, deformable member 200 sets out trigger bit 110 again after deforming can be so that clamping apparatus 600 be released Flip piece 500 is put so that toy 1000 empties overturning, toy 1000 has been achieved and has first deformed the combinative movement overturn afterwards, is improved The interest of toy 1000.

More specifically, as shown in Fig. 7, Fig. 9, clamping apparatus 600 includes movable sleeve 610, movable plate 620 is trigger member 630. Movable sleeve 610 is set on solution limit device 400, and movable plate 620 is movably arranged on ontology 100, and trigger member 630 is located at and turns over Turn on 500 associated deformable member 200 of part, movable plate 620 is located between trigger member 630 and movable sleeve 610.When solution limits device 400 During in the first gear, movable sleeve 610 is separated with movable plate 620.When solution limit device 400 is in the second gear, movable sleeve 610 It is only against between movable plate 620 and trigger member 630.

It is understood that when solution limit device 400 is in the first gear, when trigger member 630 is toggled, due to activity Plate 620 and movable sleeve 610 are to disengaging, therefore, when movable plate 620 is toggled, it is impossible to derive trigger member 630 and move, so as to not Flip piece 500 can be unlocked so that flip piece 500 is overturn.But when solution limit device 400 is in the second gear, movable plate It is living when movable plate 620 is toggled since movable sleeve 610 is only against between movable plate 620 and trigger member 630 during 620 triggering Movable plate 620 pushes movable sleeve 610 to move backward so that movable sleeve 610 pushes trigger member 630 to move backward, so that overturning The unlock of part 500 realizes that toy 1000 is overturn.Such switching construction is relatively simple, easily fabricated.

In some embodiments, deformable member 200 is equipped with folder coin mouth, and trigger member 630 is located in folder coin mouth, solution limit device 400 one end is stretched in folder coin mouth to be connected with trigger member 630.Thus toy 1000 can realize folder coin overturning, improve object for appreciation The interest of tool 1000.

Specifically, deformable member 200, which includes at least, the first deformable member 210 and the second deformable member 220.First deformable member 210 When not deformed, the first deformable member 210 shelters from the trigger bit 110 of ontology 100.Second deformable member 220 is when not deformed, and second Deformable member 220 shelters from the folder coin mouth of the first deformable member 210.It is understood that when solution limit device 400 is in the first gear When, the first deformable member 210 and the second deformable member 220 can deform, and expose trigger bit after the deformation of the first deformable member 210 110, toy 1000 can be overturn when trigger bit 110 is toggled.When solution limit device 400 is in the second gear, toy 1000 may have two deformation patterns, and first：First deformable member 210 and the second deformable member 220 cannot deform, and be clamped dress It puts 600 to connect with the second deformable member 220, when the second deformable member 220 is toggled, toy 1000 is overturn.Second：Second Deformable member 220 can deform, and the first deformable member 210 cannot deform, and clamping apparatus 600 is connect with the first deformable member 210.It is such In the case of, the deformation process of toy 1000 is, the second deformable member 220 is toggled to deform, and the first deformable member 210 is by touching Hair is so that toy 1000 is overturn.In conclusion toy 1000 has a variety of overturning deformation combinations, toy 1000 is greatly enriched Playing method, improve the interest of toy 1000.

The controllable toy 1000 of deformation hop count of one specific embodiment of the utility model is described below with reference to Fig. 1-Fig. 9 Concrete structure.

Shown in as shown in Fig. 1, Fig. 5, Fig. 8, the controllable toy 1000 of deformation hop count of the present embodiment includes ontology 100, the One deformable member 210, the second deformable member 220, solution limit device 400, flip piece 500 and interfacing part 800.

As shown in figure 3, the first deformable member 210 and the second deformable member 220 are each provided on ontology 100, the first deformable member 210 is logical 310 interlocking of the first tripper is crossed on ontology 100, the second deformation device is become by 320 interlocking of the second tripper first On shape part 210.Ontology 100 is equipped with trigger bit 110, and the first folder coin mouth 211, the second deformation are formed on the first deformable member 210 Part 220 is equipped with the second folder coin mouth 221, and for the second deformable member 220 when not deformed, second presss from both sides the first folder that coin mouth 221 shelters from Coin mouth 211.For first deformable member 210 when not deformed, the first folder coin mouth 211 shelters from the trigger bit 110 of ontology 100.First folder Coin mouth 211, second presss from both sides to be equipped at coin mouth 221 and trigger bit 110 inhales part 700 for the folder for inhaling folder toy part 2000.

As shown in Fig. 5, Fig. 6, Fig. 8, solution limit device 400 is located on ontology 100, and solution limit device 400 fills for the second unlock Put 320 restriction reconciliation limit, solution limit device 400 has changeable the first gear and the second gear, and solution limit device 400 is in the During one gear, the first tripper 310 docks (as shown in Figure 6) with the interfacing part 800 at the first folder coin mouth 211, when the When suction accompanies toy part 2000 at one folder coin mouth 211, toy part 2000 hits interfacing part 800 so that the first tripper 310 solves Lock, so that the first deformable member 210 deforms.When solution limit device 400 is in the second gear, the first tripper 310 and position Interfacing part 800 at the first folder coin mouth 211 is staggered (as shown in Figure 8), and toy part 2000 hits interfacing part 800 at this time, it is impossible to The first tripper 310 is unlocked, so that the first deformable member 210 can not deform.

Turn as shown in figure 5, solution limit device 400 includes solution limit bar 410, auxiliary solution limit bar 420 and linkage rotary column 430, linkage Column 430 is rotatably arranged on ontology 100, and solution limit bar 410, auxiliary solution limit bar 420 are rotatablely connected with linkage rotary column 430, are solved The tie point for limiting bar 410, auxiliary solution limit bar 420 and the rotary column 430 that links deviates the pivot center of linkage rotary column 430, and link rotary column 430 can drive solution limit bar 410 to switch between the first gear and the second gear.Ontology 100 is on the moving direction of solution limit bar 410 Both ends be respectively equipped with gear shift hole, from the gear shift hole of 100 both sides of ontology can push solution limit bar 410 move.

As shown in Fig. 7, Fig. 9, flip piece 500 is pivotally arranged in the bottom of ontology 100, and flip piece 500 is filled by being clamped It puts 600 to be connected on ontology 100, solution limit device 400 is used to control the restriction reconciliation of clamping apparatus 600 to limit, at solution limit device 400 When the first gear, solution limit device 400 limits clamping apparatus 600, and when deformable member 200 deforms, clamping apparatus 600 is kept Clamping to flip piece 500.When solution limit device 400 is in the second gear, the solution limit solution limit clamping apparatus 600 of device 400, first becomes Clamping apparatus 600 is driven to release the clamping to flip piece 500 when shape part 210 is triggered, flip piece 500 is emptied with movable toy 1000 Overturning.

As shown in Fig. 7, Fig. 9, clamping apparatus 600 includes movable sleeve 610, movable plate 620 and trigger member 630.Movable sleeve 610 It is set on solution limit device 400, movable plate 620 is movably arranged on ontology 100, and trigger member 630 is located at closes with flip piece 500 On the deformable member 200 of connection, movable plate 620 is located between trigger member 630 and movable sleeve 610.When solution limit device 400 is in first grade During position, movable sleeve 610 is separated with movable plate 620.When solution limit device 400 is in the second gear, movable plate 620 is only against activity Between set 610 and trigger member 630.

The specific playing method of the controllable toy 1000 of the deformation hop count to the present embodiment is described in detail below.

As shown in Figs. 1-3, there are three types of forms for the controllable tool of toy 1000 of the deformation hop count of the present embodiment, and normal morphology is (such as Shown in Fig. 1), solution limit device 400 be in the first deformation form (as shown in Figure 3) of the first gear and solution limits device 400 in the The second deformation form (as shown in Figure 2) of two gears

When solution limit device 400 is in the first gear：When folder, which inhales part 700, inhales the folder folder coin mouth 221 of toy 1000 to the second, Second tripper 320 moves forward under the suction of toy part 2000 so that the second tripper 320 is from the first deformable member It comes off in card hole on 210, so that the expansion deformation of the second deformable member 220.Since the first folder coin mouth 211 is located at the second folder coin The rear side of mouth 221, therefore after the deformation of the second deformable member 220, the first folder coin mouth 211 exposes.It is played at this point, inhaling the suction folder of part 700 when folder When having part 2000 to the first and pressing from both sides coin mouth 211, be in the first gear due to solving limit device 400 at this time, i.e. solution limit device 400 solution limits the One tripper 310, as Figure 6-Figure 7,800 and first tripper 310 of interfacing part is opposite at this time, therefore when toy part During 2000 shock interfacing part 800, so that the first tripper 310 unlocks so that the expansion deformation of the first deformable member 210.And Movable sleeve 610 is detached from movable plate 620 at this time, and movable plate 620 cannot push trigger member 630 to move backward so that flip piece 500 unlocks.That is, when solution limit device 400 is in the first gear, and during 211 suction folder toy part 2000 of the first folder coin mouth, the One deformable member 210 deforms, but toy 1000 is not overturn.After deforming twice, toy 1000 is i.e. by normal condition It is deformed into the first deformation form (as shown in Figure 3).Further, since the trigger bit 110 on ontology 100 is located at the first folder coin mouth 211 Rear side, when the first deformable member 210 deforms, trigger bit 110 also exposes therewith, and folder at trigger bit 110 inhales part at this time 700 folders inhale 1000 coin of toy, and toy part 2000 can directly hit trigger member 630 so that flip piece 500 unlocks, so as to fulfill toy 1000 whole overturnings.

When player pushes solution limit bar 410 by the first step movement to the second gear by hole 120 of shifting gears, bar is limited in solution 410 drive second line of a couplet turn column 430 rotates, and at the same time limiting bar 420 by the first step movement to second with dynamic auxiliary solution Gear, since the first tripper 310 is connected on solution limit bar 410 and auxiliary solution 420 bars of limit, in the mistake that solution limit bar 410 moves Cheng Zhong, the first tripper 310 move to what is be staggered with interfacing part 800 from the position of face interfacing part 800 (as shown in Figure 6) Position.(as shown in Figure 8).And movable sleeve 610 also linkage rotary column 430 drive under, by disengaging movable plate 620 position move Stop the position supported to 620 phase of movable plate, so that movable sleeve 610 is only against between movable plate 620 and trigger member 630.

When solution limit device 400 is in the second gear：When folder, which inhales part 700, inhales the folder folder coin mouth 221 of toy 1000 to the second, Second tripper 320 moves forward under the suction of toy part 2000 so that the second tripper 320 is from the first deformable member It comes off in card hole on 210, so that the expansion deformation of the second deformable member 220.Since the first folder coin mouth 211 is located at the second folder coin The rear side of mouth 221, therefore after the deformation of the second deformable member 220, the first folder coin mouth 211 exposes.It is played at this point, inhaling the suction folder of part 700 when folder When having part 2000 to the first and pressing from both sides coin mouth 211, the second gear be in due to solving limit device 400 at this time, i.e., solution limits device 400 locking the One tripper 310, as illustrated in figs. 8-9, interfacing part 800 is staggered with the first tripper 310 at this time, therefore when toy part During 2000 shock interfacing part 800, interfacing part 800 can not unlock the first tripper 310, that is to say, that the first deformable member 210 can not deform.But movable sleeve 610 is only against between trigger member 630 and movable plate 610 at this time, but interfacing part at this time 800 can triggered activity plate 630, after movable plate 630 is toggled, movable sleeve 610 can push trigger member 630 move backward from And flip piece 500 is unlocked.That is, when solution limit device 400 is in the second gear, and the folder at the first folder coin mouth 211 When inhaling the suction folder toy part 2000 of part 700, the first deformable member 210 cannot deform, but toy 1000 can be overturn.By once becoming After shape and overturning, toy 1000 is deformed into the second deformation form by normal condition.

In the description of this specification, reference term " one embodiment ", " example ", " specific example " or " some show The description of example " etc. means that combining the embodiment or example particular features, structures, materials, or characteristics described is contained in this practicality In novel at least one embodiment or example.In the present specification, schematic expression of the above terms are not necessarily referring to Identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be in any one or more It is combined in an appropriate manner in a embodiment or example.

While there has been shown and described that the embodiment of the utility model, it will be understood by those skilled in the art that： In the case of the principle and objective for not departing from the utility model can these embodiments be carried out with a variety of variations, modification, replaced And modification, the scope of the utility model are limited by claim and its equivalent.

Claims (11)

1. a kind of deform the controllable toy of hop count, which is characterized in that including：

Ontology；

Multiple deformable members, each deformable member are set on the body in which can take down the exhibits, and each deformable member passes through one A tripper realizes interlocking；

Solution limit device, the solution limit device are arranged on the ontology or the deformable member, described to solve limit device for controlling extremely The restriction reconciliation limit of a few tripper, the solution limit device at least have changeable the first gear and second gear Position,

When the solution limit device is in the first gear, the solution limit device solution limit is all corresponding with it the coordinates deformable member The tripper, all deformable members can deform in a triggered；

When the solution limit device is in the second gear, the solution limit device limits the corresponding solution of at least one deformable member Locking device, the corresponding deformable member of the tripper being defined do not deform in a triggered.

2. the controllable toy of deformation hop count according to claim 1, which is characterized in that the solution limit device includes：Solution limit Bar, the solution limit bar are movably arranged on the ontology, by the mobile realization solution limit device for controlling the solution limit bar At least switch between the first gear and the second gear.

3. the controllable toy of deformation hop count according to claim 2, which is characterized in that the solution limit device includes：Linkage Rotary column, the linkage rotary column are rotatably arranged on the ontology, the solution limit bar and the linkage rotary column rotation connection, described The tie point of solution limit bar and the linkage rotary column deviates the pivot center of the linkage rotary column, and the linkage rotary column can drive described Solution limit bar at least switches between the first gear and the second gear.

4. the controllable toy of deformation hop count according to claim 3, which is characterized in that the solution limit device further includes：

Auxiliary solution limit bar, the auxiliary solution limit bar are movably arranged on the ontology, one end of the auxiliary solution limit bar and institute Linkage rotary column rotation connection is stated, by controlling the solution limit bar or the rotary column that links that the auxiliary solution limit bar can be driven to synchronize shifting It is dynamic.

5. the controllable toy of deformation hop count according to claim 4, which is characterized in that the solution limit bar and the auxiliary solution The tripper is respectively connected on limit bar, the tripper being connect with the solution limit bar and the auxiliary solution limit bar The synchronizing moving with the movement of the solution limit bar and the auxiliary solution limit bar,

When it is described solution limit device be in the first gear when, it is described solution limit bar and it is described auxiliary solution limit bar drive with it is described solution limit bar and The tripper of the auxiliary solution limit bar connection is moved to solution limit state, the deformable member corresponding to these trippers It can deform in a triggered；

When it is described solution limit device be in the second gear when, it is described solution limit bar and it is described auxiliary solution limit bar drive with it is described solution limit bar and The tripper of the auxiliary solution limit bar connection is moved to finite-state, the deformable member corresponding to these trippers It does not deform in a triggered.

6. the controllable toy of deformation hop count according to claim 2, which is characterized in that the ontology is in the solution limit bar Both ends on moving direction are respectively equipped with gear shift hole, the solution limit bar can be pushed to move from the gear shift hole of the ontology both sides It is dynamic.

7. the controllable toy of deformation hop count according to claim 1, which is characterized in that flip piece has been further included, it is described to turn over Turn the bottom that part is pivotally arranged in the ontology, the flip piece is clamped on the body by clamping apparatus, the solution Limit device is used to control the restriction of the clamping apparatus to conciliate limit,

When the solution limit device is in the first gear, the solution limit device limits the clamping apparatus, deforms in deformable member Shi Suoshu clamping apparatus keeps the clamping to the flip piece；

When the solution limit device is in the second gear, the solution limit device solution limits the clamping apparatus, the locked unlock The device corresponding deformable member drives the clamping apparatus to release the clamping to the flip piece, the flip piece when being triggered The toy is driven to empty overturning.

8. the controllable toy of deformation hop count according to claim 7, which is characterized in that the ontology is equipped with trigger bit, The clamping apparatus extends to the trigger bit, after trigger bit triggering, the clamping apparatus discharge the flip piece with The toy is made to empty overturning.

9. the controllable toy of deformation hop count according to claim 8, which is characterized in that the clamping apparatus includes：

Movable sleeve, the movable sleeve are set on the solution limit device；

Triggering is correspondingly provided on the movable plate being movably arranged on the ontology, with the associated deformable member of the flip piece Part, the movable plate are located between the trigger member and the movable sleeve；Wherein,

When the solution limit device is in the first gear, the movable sleeve is separated with the movable plate；

When the solution limit device is in the second gear, the movable sleeve is only against between the movable plate and the trigger member.

10. the controllable toy of deformation hop count according to claim 9, which is characterized in that the deformable member is equipped with folder coin Mouthful, the trigger member is located in the folder coin mouth, one end of the solution limit device stretch in the folder coin mouth with the triggering Part is connected.

11. the controllable toy of deformation hop count according to claim 10, which is characterized in that the deformable member, which includes at least, to be had First deformable member and the second deformable member, wherein,

For first deformable member when not deformed, first deformable member shelters from the trigger bit of the ontology；

For second deformable member when not deformed, second deformable member shelters from the folder coin mouth of first deformable member.