CN109939452A

CN109939452A - Scene toy

Info

Publication number: CN109939452A
Application number: CN201711397567.7A
Authority: CN
Inventors: 蔡东青; 王超煌
Original assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Current assignee: Alpha Group Co Ltd; Guangzhou Alpha Culture Co Ltd
Priority date: 2017-12-21
Filing date: 2017-12-21
Publication date: 2019-06-28
Anticipated expiration: 2037-12-21
Also published as: CN109939452B

Abstract

The invention discloses a kind of scene toy, scene toy includes: toy part；The initial segment, functional unit and the action component set gradually, the initial segment, functional unit and action component limit the toy path for toy part walking movement, functional unit includes the first functor and the second functor, and the first functor and the second functor appear alternatively on toy path；Toy part is moved on toy path and is responded with can trigger action component after the first functor or the cooperation of the second functor.Scene toy according to an embodiment of the present invention, playing method is novel, and interest is strong.

Description

Scene toy

Technical field

The present invention relates to toy technique fields, more particularly, to a kind of scene toy.

Background technique

Toy type in the related technology is more single, and interest is not strong, is difficult meet the needs of child.

Summary of the invention

The present invention is directed to solve at least some of the technical problems in related technologies.For this purpose, the present invention mentions A kind of scene toy out, the scene toy playing method is novel, and interest is strong.

Scene toy according to an embodiment of the present invention, comprising: toy part；The initial segment that sets gradually, functional unit and Action component, the initial segment, the functional unit and the action component are limited for the toy part walking movement Toy path, the functional unit include the first functor and the second functor, and first functor and the second functor are handed over For appearing on the toy path；The toy part moved on the toy path and with first functor or institute It can trigger the action component after stating the cooperation of the second functor and respond.

Toy according to an embodiment of the present invention, playing method is novel, and interest is strong.

In addition, scene toy according to an embodiment of the present invention can also have following additional technical feature:

According to one embodiment of present invention, the functional unit includes rotating member, first functor and described Two functors are respectively arranged on the both ends of the rotating member, and the rotating member can be rotated to drive first functor and described the Two functors appear alternatively on the toy path.

According to one embodiment of present invention, the action component includes the first action component, first action component Including the first trigger member and expelling means, when first trigger member is triggered, the expelling means are towards the toy path side To pop-up.

According to one embodiment of present invention, the action component includes the second action component, second action component Including the second actuator body and the second trigger member, second actuator body includes mutually matched upper cover and pedestal, works as institute When stating the second trigger member and being triggered, the upper cover and the pedestal are detached from and cooperate.

According to one embodiment of present invention, the functional unit further includes the driving for driving the rotating member rotation Motor, the driving motor and the rotating member are connected by driving member, and the driving member includes: the first sub- driving member, described First sub- driving member is connected with the drive shaft of the driving motor, and the first sub- driving member is equipped with cooperation pillar, and described Cooperate the axis of drive shaft described in the axis runout of pillar；Second sub- driving member, one end of the second sub- driving member and institute It states rotating member to be connected, the other end of the second sub- driving member is equipped with the matching hole vertically extended, the cooperation pillar Movably cooperate in the matching hole to drive the described second sub- driving member to move in the horizontal direction.

According to one embodiment of present invention, wherein the one of described one end of the described second sub- driving member and the rotating member It is a to be equipped with connecting hole and another is equipped with connection pillar, the connection pillar movably cooperate in the connecting hole with The rotating member is driven to rotate.

According to one embodiment of present invention, the functional unit further includes function shell, is limited in the function shell Function mounting chamber out, the rotating member are rotatably arranged in the function mounting chamber, and the roof of the function mounting chamber includes that This connected feature path portion and function relief portion, the feature path portion form a part in the toy path, the function Can relief portion avoid the toy path, the roof of the function mounting chamber be equipped in above-below direction through its and to each other The first path slot and the second path slot separated, and one end of the first path slot and second path slot all extends to institute State feature path portion, the other end of the first path slot and second path slot all extends to the function relief portion, institute State the first functor and second functor be respectively positioned on the function mounting chamber roof top, first functor and Second functor is moved back and forth along the first path slot and second path slot respectively with the rotation of the rotating member In the feature path portion and the function relief portion.

According to one embodiment of present invention, the first path slot is straight type groove, first functor and described turn One of them of moving part is equipped with the first pilot hole and another is equipped with the first assembles post, and first assembles post is movably Cooperation is in first pilot hole, so that first functor can be with the rotation of the rotating member along the first path Slot is mobile.

According to one embodiment of present invention, the functional unit further includes the supporting element intracavitary set on the function mounting With transition supporting element, the transition supporting element includes support portion and interconnecting piece interconnected, the interconnecting piece and the rotation Part connection, the supporting element is corresponding with second path groove location, and the support portion can move and be located at along the supporting element In second path slot, second functor is supported on the support portion.

According to one embodiment of present invention, second path slot is straight type groove, the interconnecting piece and the rotating member One of them be equipped with the second pilot hole and another is equipped with the second assembles post, second assembles post movably cooperates In second pilot hole, so that second functor can be moved with the rotation of the rotating member along second path slot It is dynamic.

According to one embodiment of present invention, first action component further includes the first actuator body, and described first is dynamic The roof for making ontology includes the path of motion portion being connected with each other and movement relief portion, and the path of motion portion forms the toy road A part of diameter, the movement relief portion avoid the toy path, and the path of motion portion is equipped with to be run through in above-below direction Its installing port, first trigger member are movably disposed in above-below direction in the installing port, so that first triggering The upper surface of part forms a part in the toy path, and the expelling means are set in the movement relief portion, first touching Outbox is equipped with the first sticking department, and the expelling means are equipped with the second sticking department that can cooperate with first sticking department, work as institute When stating the first trigger member and being triggered, first sticking department and second lock part from so that the expelling means by described dynamic Make on relief portion bullet to the path of motion portion.

According to one embodiment of present invention, the expelling means include pop-up ontology and pop-up elastic component, the pop-up bullet Property part both ends be connected respectively with the pop-up ontology and the movement relief portion, first sticking department and it is described second locking When portion cooperates, the pop-up elastic component is compressed.

According to one embodiment of present invention, the pop-up ontology includes popping up head and pop-up interconnecting piece, and described second Sticking department is set on the pop-up head, and the movement relief portion is equipped with pop-up path slot, and the pop-up interconnecting piece is removable Ground is set in the pop-up path slot, and the pop-up head is located at outside the pop-up path slot, one end of the pop-up interconnecting piece It is connected with the pop-up head, and the other end is equipped with fixture block, the fixture block is located at outside the pop-up path slot, and works as the pop-up When part pops up, the fixture block is only supported with the pop-up path slot.

According to one embodiment of present invention, first trigger member includes first movement part and the first elastic component, described First movement part is movably disposed in above-below direction in the installing port, and the both ends of first elastic component are respectively with described One moving member is connected with first actuator body, and first sticking department is set on the first movement part, when described first When moving member is triggered, first elastic component compressed and made first sticking department and second lock part from.

According to one embodiment of present invention, the upper cover cooperation on the base to limit jointly with the pedestal Installation cavity is acted, accumulation of energy elastic component is equipped between the upper cover and the pedestal, the upper surface of the upper cover forms the toy The a part in path, second trigger member is set in the movement installation cavity, and at least part of second trigger member The top of the upper cover is extend out to be triggered to collide with the toy part, when the upper cover is with the base engagement, institute It states accumulation of energy elastic component to be compressed, and when second trigger member is triggered, the upper cover, which is detached to match with the pedestal, to be merged It is bounced under the driving of the accumulation of energy elastic component.

According to one embodiment of present invention, second trigger member includes: barrier plate, and the lower end of the barrier plate is located at Pivotably it is connected in the movement installation cavity and with the pedestal, the upper end of the barrier plate extend out to the top of the upper cover, It is triggered and rotates to be collided with the toy part；Maneuvering board, the maneuvering board are movably disposed in the pedestal, institute It states maneuvering board and is equipped with the lug boss upwardly extended；Second elastic component, the both ends of second elastic component respectively with the pedestal It is connected with the maneuvering board so that one end of the maneuvering board is often connected to the barrier plate, to be triggered in the barrier plate Drive the maneuvering board mobile when rotation；Two clamping blocks being oppositely arranged, the clamping block are movably disposed in the upper cover On, two clamping blocks and the base engagement are to lock on the base the upper cover；Two impellers, it is described to push away Moving part is articulated in the upper cover, and one end of two impellers is abutted with the lug boss, the other end difference of two impellers It is abutted with two clamping block one-to-one correspondence, when the maneuvering board is triggered and moves, the impeller rotation is to drive Two clamping blocks are mobile, so that the clamping block and the pedestal are detached from cooperation.

According to one embodiment of present invention, one of them of the clamping block and the upper cover are equipped with third pilot hole And another is equipped with third assembles post, the third assembles post movably cooperates in third pilot hole, the clamping block Return springs are equipped between one end and the upper cover, when the impeller drives the clamping block mobile, the Flexible Reset Part is compressed.

According to one embodiment of present invention, the action component further includes at least one third action component, and described Three action components include: third actuator body, and the chamber being connected to the movement installation cavity is limited in the third actuator body Body；Third trigger member, the third trigger member are movably disposed in the cavity, and the third trigger member is locked equipped with third Determine portion, the third trigger member is often abutted with second trigger member, described in driving when second trigger member is triggered Third trigger member is triggered；Accessory, the accessory are plugged in the third actuator body, the accessory be equipped with can with it is described 4th sticking department of third sticking department cooperation；Store elastic part, the both ends of the store elastic part are acted with the third respectively Ontology is connected with the accessory, and when the third sticking department and the 4th sticking department cooperation, the store elastic part is pressed Contracting, when the third trigger member is triggered, the third sticking department and the 4th lock part are from the accessory is described The third actuator body is bounced off under the driving of store elastic part.

According to one embodiment of present invention, it is equipped with fixing piece in the cavity, limits in the fixing piece and passes through up and down Logical duct, the accessory are plugged in the duct, and one end equipped with the 4th sticking department of the accessory passes through institute Duct is stated so that the 4th sticking department and the third sticking department cooperate, the store elastic part is set in the duct and it One end is connected with the fixing piece.

According to one embodiment of present invention, the third trigger member includes third moving member and third elastic component, described Third moving member is removable to be set in the cavity, the both ends of the third elastic component respectively with the third moving member and described Third actuator body is connected, and the third sticking department is set on the third moving member, the third moving member and described second Trigger member often abuts, and second trigger member pushes the third moving member to compress the third elastic component and makes institute when being triggered State third sticking department and the 4th lock part from.

Additional aspect and advantage of the invention will be set forth in part in the description, and will partially become from the following description Obviously, or practice through the invention is recognized.

Detailed description of the invention

Above-mentioned and/or additional aspect of the invention and advantage will become from the description of the embodiment in conjunction with the following figures Obviously and it is readily appreciated that, in which:

Fig. 1 is the structural schematic diagram of scene toy according to an embodiment of the invention；

Fig. 2 is the structural schematic diagram of rotating member according to an embodiment of the invention；

Fig. 3 is the structural schematic diagram of functional unit according to an embodiment of the invention；

Fig. 4 is the partial structure diagram of functional unit shown in Fig. 3；

Fig. 5 is the structural schematic diagram of another angle of structure shown in Fig. 4；

Fig. 6 is the structural schematic diagram of the according to an embodiment of the invention second sub- driving member；

Fig. 7 is the structural schematic diagram of functional unit according to an embodiment of the invention；

Fig. 8 is the structural schematic diagram of functional unit according to an embodiment of the invention, wherein the second functor appears in On toy path；

Fig. 9 is the structural schematic diagram of functional unit according to an embodiment of the invention, wherein the first functor appears in On toy path；

Figure 10 is the structural schematic diagram of the first functor according to an embodiment of the invention；

Figure 11 is the knot cooperated between the rotating member of functional unit according to an embodiment of the invention and the second functor Structure schematic diagram；

Figure 12 is the structural schematic diagram of the first action component according to an embodiment of the invention；

Figure 13 is the structural schematic diagram of the first action component according to an embodiment of the invention；

Figure 14 is the partial structure diagram of the first action component according to an embodiment of the invention；

Figure 15 is the explosive view of structure shown in Figure 14；

Figure 16 is the structural schematic diagram of the second action component according to an embodiment of the invention；

Figure 17 is the structural schematic diagram of the pedestal of the second action component according to an embodiment of the invention；

Figure 18 is the structural schematic diagram of the upper cover of the second action component according to an embodiment of the invention；

Figure 19 is the structural schematic diagram of the second trigger member according to an embodiment of the invention；

Figure 20 is the structural schematic diagram of another angle of structure shown in Figure 19；

Figure 21 is the structural schematic diagram of another angle of structure shown in Figure 19；

Figure 22 is the structural schematic diagram cooperated between upper cover according to an embodiment of the invention and clamping block；

Figure 23 is the structural schematic diagram of clamping block according to an embodiment of the invention；

Figure 24 is the structural schematic diagram of another angle of clamping block shown in Figure 23；

Figure 25 is the structural schematic diagram of impeller according to an embodiment of the invention；

Figure 26 is the structural schematic diagram of third action component according to an embodiment of the invention；

Figure 27 is the partial structure diagram of structure shown in Figure 26；

Figure 28 is the explosive view of structure shown in Figure 27；

Figure 29 is the structural schematic diagram of accessory according to an embodiment of the invention；

Figure 30 is the structural schematic diagram of third moving member according to an embodiment of the invention；

Figure 31 is the structural schematic diagram cooperated between third moving member and accessory according to an embodiment of the invention；

Figure 32 is the schematic diagram of another angle of structure shown in Figure 31；

Figure 33 is the structural representation cooperated between the second action component and third action component according to an embodiment of the present invention Figure；

Figure 34 is the partial structure diagram of structure shown in Figure 33；

Figure 35 is the partial structure diagram of structure shown in Figure 34；

Figure 36 is the structural schematic diagram of emitting module according to an embodiment of the invention；

Figure 37 is the structural schematic diagram of the initial segment according to an embodiment of the invention.

Appended drawing reference:

Toy 100；Toy path 101；

Emitting module 10；

Emit ontology 1a；First buckle block 11a；

Movable part 2a；Knob portion 21a；Placement section 22a；

The initial segment 20；

First buckle slot 1b；

Functional unit 30；

Function pedestal 11c；Guide channel 111c；

Function upper cover 12c；Feature path portion 121c；Function relief portion 122c；First path slot 123c；Second path slot 124c；Second buckle block 125c；Third buckles block 126c；

First functor (slope block) 2c；Inclined surface 21c；First assembles post 22c；

Second functor (toy coin) 3c；

Rotating member 4c；Pivot part 41c；

First end 42c；First pilot hole 421c；Connecting hole 422c；

The second end 43c；Second pilot hole 431c；

Driving motor 5c；Drive shaft 51c；

Driving member 6c；First sub- driving member 61c；Cooperate pillar 611c；

Second sub- driving member 62c；First linkage section 621c；Matching hole 6211c；

Second linkage section 622c；Connect pillar 6221c；

Supporting element 7c；Support ontology 71c；Support interconnecting piece 72c；

Transition supporting element 8c；Support portion 81c；Interconnecting piece 82c；Second assembles post 821c；

Mask 9c；First opening 91c；Second opening 92c；

First action component 40；

First actuator body 1d；Bottom plate 11d；Positioning column 111d；

Shroud 12d；Path of motion portion 121d；Installing port 1211d；

Act relief portion 122d；Pop up path slot 1221d；

Third buckle slot 123d；4th buckle block 124d；

First trigger member 2d；First movement part 21d；First sticking department 211d；Abutment sleeve 212d；

First elastic component 22d；

Expelling means 3d；Pop up ontology 31d；Pop up head 311d；Second sticking department 3111d；

Pop up interconnecting piece 312d；Stop block 3121d；

Pop up elastic component 32d；

Lid 4d；

Second action component 50；Second actuator body 501；

Pedestal 1e；It is clamped position 11e；4th buckle slot 12e；

Upper cover 2e；Baffle 21e；Third assembles post 22e；

Second trigger member 3e；Barrier plate 31e；Pivotal axis 311e；

Maneuvering board 32e；Lug boss 321e；

Second elastic component 33e；

Clamping block 34e；Third pilot hole 341e；Pillar 342e；Clamping portion 343e；Guidance part 3431e；Abutting part 344e； Bearing surface 3441e；

Impeller 35e；Articulated section 351e；First pushing part 352e；Second pushing part 353e；

Return springs 36e；

Accumulation of energy elastic component 4e；

Third action component 60；

Third actuator body 5e；

Third trigger member 6e；Third moving member 61e；Position protruding shaft 611e；Through-hole 612e；Lock hole (third sticking department) 6121e；Solve lockhole 6122e；Bearing surface 613e；

Third elastic component 62e；

Accessory 7e；Fixture block (the 4th sticking department) 71e；

Store elastic part 8e；

Fixing piece 9e；Duct 91e.

Specific embodiment

The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning to end Same or similar label indicates same or similar element or element with the same or similar functions.Below with reference to attached The embodiment of figure description is exemplary, and for explaining only the invention, and is not considered as limiting the invention.

In the description of the present invention, it is to be understood that, term " on ", "lower", "front", "rear", "left", "right", " perpendicular Directly ", the instructions such as "horizontal", "top", "bottom" "inner", "outside", " clockwise ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " Orientation or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of the description present invention and simplification is retouched It states, rather than the device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, Therefore it is not considered as limiting the invention.In the description of the present invention, the meaning of " plurality " is two or more, remove It is non-separately to have clearly specific restriction.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation ", " phase Even ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can To be mechanical connection, it is also possible to be electrically connected；It can be directly connected, can also can be indirectly connected through an intermediary The interaction relationship of connection or two elements inside two elements.It for the ordinary skill in the art, can be with The concrete meaning of above-mentioned term in the present invention is understood as the case may be.

Scene toy 100 according to an embodiment of the present invention is described below with reference to Fig. 1-Figure 37.

Referring to fig. 1, scene toy 100 according to an embodiment of the present invention includes: toy part (not shown go out), rises Beginning section 20, functional unit 30 and action component.

The initial segment 20, functional unit 30 and action component are set gradually, the initial segment 20, functional unit 30 and action component limit Make the toy path 101 for toy part walking movement, such as the initial segment 20 shown in Fig. 1, functional unit 30 and action group Part can be set gradually from the front to the back, and the initial segment 20, functional unit 30 and action component can limit jointly along front and back at this time The toy path 101 that direction extends.

Functional unit 30 includes that the first functor 2c and the second functor 3c, the first functor 2c and the second functor 3c is handed over For appearing on toy path 101, toy part moved on toy path 101 and with the first functor 2c or the second functor It can trigger action component after 3c cooperation to respond.Toy part can be activated in the initial segment 20 so that it is can toy path On 101 traveling (such as can be shown in Fig. 1 toy path 101 on from the front to the back travel), the mode that toy part is activated Can be arbitrarily selected, such as can be by toy part towards pushing in front of toy path 101 or ejection, or by toy part court Pulled in front of to toy path 101 etc..

Specifically, when toy part is activated in the initial segment 20 towards when walking in front of toy path 101, will pass through 30 position of functional unit, when toy part runs to 30 position of functional unit, if if the first functor 2c at this time It appears on toy path 101, toy part will cooperate with the first functor 2c, if the second functor 3c appears in toy path When on 101, toy part will cooperate with the second functor 3c, and toy part is matched with the first functor 2c or the second functor 3c After conjunction, it will trigger action component responds, such as trigger action component executes and specifically acts or occur specific sound Deng.

Scene toy 100 according to an embodiment of the present invention, playing method is novel, and interest is strong.

In one embodiment of the invention, the initial segment 20, functional unit 30 and action component are successively detachably connected, i.e., The initial segment 20 and action component are detachably connected to the two sides of functional unit 30 respectively, such as referring to fig. 1, the initial segment 20 It is detachably connected to the rear end of functional unit 30, action component is detachably connected to the front end of functional unit 30, thus not Only facilitate the production and storage of toy 100, and player can oneself assembly toy 100, thus, it is possible to temper player's very well Manipulative ability.Connection type between the initial segment 20, functional unit 30 and action component can be arbitrarily selected, for example, can lead to It crosses buckle structure to be detachably connected, or is detachably connected by fastener (such as screw, bolt etc.).

In one embodiment of the invention, referring to shown in Fig. 2-Fig. 4, functional unit 30 includes rotating member 4c, and first Functor 2c and the second functor 3c is respectively arranged on the both ends of rotating member 4c, and rotating member 4c can be rotated to drive the first functor 2c It is appeared alternatively on toy path 101 with the second functor 3c.Specifically, referring to shown in Fig. 2-Fig. 4, functor includes pivot part 41c and first end 42c set on the two sides pivot part 41c and the second end 43c, the first functor 2c are set to first end 42c, Second functor 3c is set to the second end 43c, it is possible to understand that ground, when rotating member 4c is rotated in one direction (referring in Fig. 2-Fig. 4 Shown in be rotated in the clockwise direction) to drive the first functor 2c mobile so that it appears in toy towards toy path 101 When on path 101, at the same time, the second functor 3c is mobile away from object for appreciation by the direction for being directed away from toy path 101 Has path 101；When rotating member 4c is rotated backward and (rotated in the counterclockwise direction referring to shown in Fig. 2-Fig. 4) to drive the second function Can part 3c it is mobile towards toy path 101 so that it is appeared on toy path 101, at the same time, the first functor 2c is by court It is mobile away from toy path 101 to the direction far from toy path 101.30 structure of functional unit is simple, motion process Stablize.

Further, referring to shown in Fig. 3-Fig. 5, functional unit 30 further includes the driving electricity for driving rotating member 4c to rotate Machine 5c drives rotating member 4c to rotate by driving motor 5c, so that the movement of functional unit 30 is more intelligent.

Further, referring to shown in Fig. 3-Fig. 6, driving motor 5c is connected with rotating member 4c by driving member 6c, driving member 6c includes the first sub- sub- driving member 62c of driving member 61c and second, the drive shaft of the first sub- driving member 61c and driving motor 5c 51c is connected, and the first sub- driving member 61c is equipped with cooperation pillar 611c, and cooperate the axis runout drive shaft 51c of pillar 611c One end (right end referring to shown in Fig. 3-Fig. 5) of axis, the second sub- driving member 62c is connected with rotating member 4c, the second son transmission The other end (left end referring to shown in Fig. 3-Fig. 5) of part 62c is equipped with the matching hole 6211c vertically extended, cooperates convex Column 611c movably cooperates in matching hole 6211c to drive the second sub- driving member 62c to move in the horizontal direction.Specifically, Referring to shown in Fig. 3-Fig. 5, the drive shaft 51c rotation of driving motor 5c will will drive cooperation pillar 611c around drive shaft The center axis thereof of 51c, due to the axis of the axis runout drive shaft 51c of cooperation pillar 611c, cooperation pillar 611c exists Not only position can be vertically being generated when rotation, and can also generate position in the horizontal direction (such as the left and right shown in Fig. 3-Fig. 5 Direction generates displacement), matching hole 6211c is vertically extended, and cooperation pillar 611c is moved up and down in matching hole 6211c, is matched The second sub- driving member 62c will be will drive while pillar 611c is moved up and down in matching hole 6211c by closing moves in the horizontal direction (left and right directions as shown in Fig. 3-Fig. 5), and then rotating member 4c rotation is driven, in the example shown in Fig. 3-Fig. 5, when When driving motor 5c drives the second sub- driving member 62c to be moved to the left, rotating member 4c will be driven and pivot about axis both clockwise It rotates so that the first functor 2c is appeared on toy path 101, when driving motor 5c drives the second sub- driving member 62c to move right When dynamic, rotating member 4c will be driven and pivot about axis and rotate counterclockwise so that the second functor 3c appears in toy path On 101.

Optionally, functional unit 30 is equipped with (such as left and right directions shown in Fig. 3-Fig. 5) extension in the horizontal direction One end (lower end as shown in Fig. 3-Fig. 5) of guide channel 111c, the second sub- driving member 62c movably cooperate in guide channel 111c plays guide function with the movement to the second sub- driving member 62c, so that rotating member 4c rotation process is more steady.

In an optional example of the invention, described one end of the second sub- driving member 62c is (as shown in Fig. 3-Fig. 6 Right end) and rotating member 4c one of them be equipped with connecting hole 422c and another be equipped with connection pillar 6221c.I.e. some In example, connecting hole 422c is set on the second sub- driving member 62c, and connection pillar 6221c is set on rotating member 4c；In some examples In, as shown in Fig. 3-Fig. 6, connecting hole 422c is set on rotating member 4c, and connection pillar 6221c is set to the second sub- driving member 62c On.Connection pillar 6221c movably cooperates to drive rotating member 4c to rotate in connecting hole 422c, the second sub- driving member 62c Connection structure between rotating member 4c is simple.

In one embodiment of the invention, as shown in Fig. 3-Fig. 5 and Fig. 7-Fig. 9, functional unit 30 further includes function Can shell, limit function mounting chamber in function shell, rotating member 4c is rotatably arranged in function mounting chamber, function mounting chamber Roof includes that the feature path portion 121c being connected with each other and function relief portion 122c, feature path portion 121c form toy path 101 a part, function relief portion 122c avoid toy path 101, and the roof of function mounting chamber is equipped with to be passed through in above-below direction First path slot 123c that is wearing it and being separated from each other and the second path slot 124c, and first path slot 123c and the second path The other end that one end of slot 124c all extends to feature path portion 121c, first path slot 123c and the second path slot 124c prolongs The top that function relief portion 122c, the first functor 2c and the second functor 3c are respectively positioned on the roof of function mounting chamber is extended to, the One functor 2c and the second functor 3c is with the rotation of rotating member 4c respectively along first path slot 123c and the second path slot 124c It moves back and forth in feature path portion 121c and function relief portion 122c.

In the example as shown in Fig. 7-Fig. 9, function relief portion 122c is located at the right side of feature path portion 121c, and first Path slot 123c and the second path slot 124c extend in left-right direction, and the second path slot 124c and the edge first path slot 123c The setting of front-rear direction interval, the left end of first path slot 123c and the second path slot 124c extend to feature path portion 121c, and first The right end of path slot 123c and the second path slot 124c extend to function relief portion 122c.First path slot 123c and the second path Slot 124c plays guide function to the movement of the first functor 2c and the second functor 3c respectively.Specifically, the first functor 2c It is moved back and forth along first path slot 123c, when the first functor 2c moves to the left end of first path slot 123c, the first function Part 2c is appeared on feature path portion 121c, when the first functor 2c moves to the right end of first path slot 123c, the first function Can part 2c appear in function relief portion 122c, similarly, when the second functor 3c is run to the second path slot left end 124c, the Two functor 3c are appeared on feature path portion 121c, when the second functor 3c moves to the right end of the second path slot 124c, Second functor 3c is appeared on function relief portion 122c.

Further, as shown in Fig. 8-Fig. 9, function relief portion 122c is equipped with mask 9c, mask 9c and function Containment chamber is limited between relief portion 122c, there is containment chamber the first opening 91c and second towards feature path portion 121c to open Mouth 92c, the first functor 2c and the second functor 3c can be covered by the first opening 91c and the second opening 92c disengaging respectively Chamber.Specifically, as shown in Fig. 8-Fig. 9, the left end of first path slot 123c and the second path slot 124c are located on the outside of containment chamber, The right end of first path slot 123c and the second path slot 124c protrude into containment chamber, when the first functor 2c appears in toy path When on 101, the second functor 3c will be entered in containment chamber by the second opening 92c, when the second functor 3c appears in toy road When on diameter 101, the first functor 2c is entered in containment chamber by the first opening 91c.By the way that mask 9c is arranged, can will leave The functor in toy path 101 covers up, it is possible thereby to avoid deviateing false triggering when toy path 101 is walked in toy part Functor on function relief portion 122c.

In an alternate embodiment of the present invention where, as shown in figs. 7 to 9, first path slot 123c be straight type groove, first One of them of functor 2c and rotating member 4c are equipped with the first pilot hole 421c and another is equipped with the first assembles post 22c. I.e. in some instances, the first pilot hole 421c is set on the first functor 2c, and the first assembles post 22c is set on rotating member 4c； In some instances, as shown in Fig. 2-Fig. 5 and Figure 10, the first pilot hole 421c is set on rotating member 4c, and the first assembles post 22c is set In on the first functor 2c.First assembles post 22c movably cooperates in the first pilot hole 421c, so that the first functor 2c can be moved with the rotation of rotating member 4c along first path slot 123c.By making the straight type groove of first path slot 123c, so that the One functor 2c walks under the driving of rotating member 4c along straight line, to facilitate matching between toy part and the first functor 2c It closes, and engagement process is stablized, and thereby guarantees that functional unit 30 smoothly makes a response.Certainly, the application is not limited to this, the first via Diameter slot 123c can also be bent extension, to give player's manufacture difficulty, it is possible thereby to which the hand brain for tempering child well coordinates energy Power improves the sense of direction of child and the control ability of dynamics sense etc..

In an alternate embodiment of the present invention where, as shown in Fig. 3 and Figure 11, functional unit 30 further includes being set to function Supporting element 7c and transition supporting element 8c in installation cavity, transition supporting element 8c include support portion 81c and interconnecting piece interconnected 82c, interconnecting piece 82c are connect with rotating member 4c, and supporting element 7c is corresponding with the second position path slot 124c, and support portion 81c can be along branch Support member 7c is mobile and is located in the second path slot 124c, and the second functor 3c is supported on support portion 81c.Specifically, rotating member 4c rotation moves driving support portion 81c along supporting element 7c in the second path slot 124c, and then drives the second edge functor 3c Second path slot 124c is mobile, and supporting element 7c plays a supporting role to the movement of support portion 81c, so that support portion 81c is second Moving process in path slot 124c is more steady.Optionally, supporting element 7c can be fixed on the roof of function mounting chamber, such as Shown in Fig. 3 and Figure 11, supporting element 7c includes the support interconnecting piece 72c for supporting ontology 71c and protruding from support ontology 71c, branch Support interconnecting piece 72c is connected with the roof of function mounting chamber, and support interconnecting piece 72c can form thread pore structure, to pass through screw thread Fastener will support interconnecting piece 72c to be connected to the roof of function mounting chamber.

Further, as shown in Fig. 7-Fig. 9, the second path slot 124c is straight type groove, interconnecting piece 82c and rotating member 4c's One of them is equipped with the second pilot hole 431c and another is equipped with the second assembles post 821c.I.e. in some instances, second Pilot hole 431c is set on interconnecting piece 82c, and the second assembles post 821c is set on rotating member 4c；In some instances, such as Fig. 2-Fig. 4 With shown in Figure 11, the second pilot hole 431c is set on rotating member 4c, and the second assembles post 821c is set on interconnecting piece 82c.Second Assembles post 821c movably cooperates in the second pilot hole 431c, so that the second functor 3c can be with the rotation of rotating member 4c It is moved along the second path slot 124c.By making the second straight type groove of path slot 124c, so that the second functor 3c is in rotating member 4c Driving under walk along straight line, to facilitate the cooperation between toy part and the second functor 3c, and engagement process is stablized, by This assurance function component 30 smoothly makes a response.Certainly, the application is not limited to this, and the second path slot 124c, which can also be bent, to be prolonged It stretches, to give player's manufacture difficulty, it is possible thereby to temper the hand brain coordination ability of child well, improves the sense of direction of child With the control ability of dynamics sense etc..

In one embodiment of the invention, action component includes the first action component 40, and the first action component 40 includes First trigger member 2d and expelling means 3d, when the first trigger member 2d is triggered, expelling means 3d is towards 101 direction bullet of toy path Out, the interest of toy 100 is strong.

In one embodiment of the invention, action component includes the second action component 50, and the second action component 50 includes Second actuator body 501 and the second trigger member 3e, the second actuator body 501 include mutually matched upper cover 2e and pedestal 1e, When the second trigger member 3e is triggered, upper cover 2e and pedestal 1e are detached from and cooperate, and the interest of toy 100 is strong.

In a specific example of the invention, as shown in fig. 1, action component includes above-mentioned first action component, 40 He Above-mentioned second action component 50, the first action component 40 and the second action component 50 along far from 30 direction of functional unit side by side successively Setting, as shown in Figure 1, the first action component 40 and the second action component 50 are set gradually from the front to the back, the first action component 40 Positioned at the front side of functional unit 30, the second action component 50 is located at the front side of the first action component 40.

Further, as shown in fig. 1, it moves on toy path 101 when toy part and matches with the first functor 2c After conjunction, toy part can trigger the first trigger member 2d, when toy part moved on toy path 101 and with the second functor 3c After cooperation, toy part can trigger the second trigger member 3e.Cooperated by toy part from different functors, toy 100 will Different action responses is made, specifically, when toy part and the first functor 2c cooperation, the first trigger member 2d is triggered, Expelling means 3d is popped up towards 101 direction of toy path, when toy part and the second functor 3c cooperation, the second trigger member 3e quilt Triggering, upper cover 2e and pedestal 1e, which are detached from, to be cooperated, and the interest of toy 100 is strong.

It should be noted that above-mentioned the first trigger member 2d and the second trigger member 3e can be triggered by any way, not It is only limitted to trigger by above-mentioned toy part, such as passes through some daily necessities (such as iron plate etc.) and the first trigger member 2d It is collided with the second trigger member 3e to make it be triggered.

In one embodiment of the invention, referring to Fig.1 shown in 2- Figure 15, the first action component 40 further includes first dynamic Make ontology 1d, the roof of the first actuator body 1d includes the path of motion portion 121d being connected with each other and movement relief portion 122d, is moved Make a part that path portion 121d forms toy path 101, movement relief portion 122d avoids toy path 101, path of motion portion 121d is equipped with is movably disposed in peace through its installing port 1211d, the first trigger member 2d in above-below direction in above-below direction It fills in mouth 1211d, so that the upper surface of the first trigger member 2d forms a part in toy path 101, expelling means 3d is set to movement On relief portion 122d, the first trigger member 2d is equipped with the first sticking department 211d, and expelling means 3d is equipped with can be with the first sticking department Second sticking department 3111d of 211d cooperation, when the first trigger member 2d is triggered, the first sticking department 211d and the second sticking department 3111d is separated so that expelling means 3d is by movement relief portion 122d bullet to path of motion portion 121d.Specifically, such as Figure 12-Figure 15 Shown in, when the first sticking department 211d and the second sticking department 3111d cooperates, expelling means 3d is locked in movement relief portion 122d On, when the first trigger member 2d is triggered, the first trigger member 2d will be moved down, so that the locking of the first sticking department 211d and second Portion 3111d separation, expelling means 3d are unlocked by movement relief portion 122d bullet to path of motion portion 121d, sense of movement is strong, play It is strong to have 100 interests.Optionally, as shown in Figure 15, the first sticking department 211d is formed as hook structure, the second sticking department 3111d is formed as notch.

Further, referring to Fig.1 shown in 2, expelling means 3d includes pop-up ontology 31d and pop-up elastic component 32d, pops up bullet Property part 32d both ends respectively with pop-up ontology 31d and act relief portion 122d and be connected, the first sticking department 211d and the second sticking department When 3111d cooperates, elastic component 32d accumulation of energy by compression is popped up, when the first sticking department 211d and the second sticking department 3111d is separated When, pop-up elastic component 32d releases energy, to drive pop-up ontology 31d by movement relief portion 122d bullet to path of motion portion 121d.

Further, referring to Fig.1 shown in 2, pop-up ontology 31d includes popping up head 311d and pop-up interconnecting piece 312d, Second sticking department 3111d is set on pop-up head 311d, and movement relief portion 122d is equipped with pop-up path slot 1221d, and pop-up connects Socket part 312d is movably disposed in pop-up path slot 1221d, and pop-up head 311d is located at outside pop-up path slot 1221d, pop-up One end (left end as shown in Figure 12) of interconnecting piece 312d is connected with pop-up head 311d, and the other end is (as shown in Figure 12 Right end) be equipped with stop block 3121d, the stop block 3121d be located at pop-up path slot 1221d outside, and when expelling means 3d pop up When, stop block 3121d is only supported with pop-up path slot 1221d, to limit the pop-up distance of expelling means 3d, avoids expelling means 3d bullet From the first actuator body 1d.Optionally, referring to Fig.1 shown in 3, movement relief portion 122d is equipped with lid 4d, and lid 4d lid is set In the top of pop-up path slot 1221d, path slot 1221d will be popped up and blocked, so that the overall structure of toy 100 is more It is beautiful.

Further, referring to Fig.1 shown in 2- Figure 15, the first trigger member 2d includes the elasticity of first movement part 21d and first Part 22d, first movement part 21d are movably disposed in above-below direction in installing port 1211d, the both ends point of the first elastic component 22d It is not connect with first movement part 21d and the first actuator body 1d, the first sticking department 211d is set on first movement part 21d, when the When one moving member 21d is triggered, the first elastic component 22d is compressed and is made the first sticking department 211d and the second sticking department 3111d points From.

Optionally, one in first movement part 21d and the first actuator body 1d be equipped with positioning column 111d and another It is equipped with abutment sleeve 212d.I.e. in some instances, positioning column 111d is set on first movement part 21d, abutment sleeve 212d On the first actuator body 1d；In some instances, referring to Fig.1 shown in 5, positioning column 111d is set to the first actuator body 1d On, abutment sleeve 212d is set on first movement part 21d.Abutment sleeve 212d housing is on the periphery wall of positioning column 111d, and One elastic component 22d is located between the periphery wall of positioning column 111d and the internal perisporium of abutment sleeve 212d, is cooperated by setting Positioning column 111d and abutment sleeve 212d, so as to realize the first elastic component 22d first movement part 21d and first act Positioning between ontology 1d.

In an optional example of the invention, referring to fig. 10, the first functor 2c is slope block 2c, toy part It moves to and is leaped above toy path 101 with after slope block 2c cooperation, drop down onto path of motion portion 121d's in its leap landing First region trigger member 2d generates the first elastic component of impact forces compress 22d to first movement part 21d, so that the first trigger member 2d It is triggered, first movement part 21d is moved downward, and ontology 31d is popped up in the first sticking department 211d and the second sticking department 3111d separation By on movement relief portion 122d bullet to path of motion portion 121d, the first action component 40 is done under the action of popping up elastic component 32d It responds out, the sense of movement of toy 100 is strong.

In one embodiment of the invention, as shown in Figure 16-Figure 18, the second action component 50 acts this including second Body 501, the second actuator body 501 include pedestal 1e and upper cover 2e, and upper cover 2e cooperation is on pedestal 1e to limit jointly with pedestal 1e Movement installation cavity is made, accumulation of energy elastic component 4e is equipped between upper cover 2e and pedestal 1e, the upper surface of upper cover 2e forms toy path 101 a part, the second trigger member 3e is set in movement installation cavity, and at least part of the second trigger member 3e extend out to upper cover The top of 2e is triggered with colliding with toy part, and when upper cover 2e and pedestal 1e cooperate, accumulation of energy elastic component 4e is compressed, and When second trigger member 3e is triggered, upper cover 2e is detached to match to merge with pedestal 1e and bounce under the driving of accumulation of energy elastic component 4e.Specifically Ground, the part that the second trigger member 3e stretches out upper cover 2e can be touched or hit to generate active force to the second trigger member 3e, thus The second trigger member 3e is triggered, when the second trigger member 3e is triggered, upper cover 2e and pedestal 1e are detached from cooperation and in accumulation of energy elastic component It is bounced under the driving of 4e, playing method is novel, and interest is strong.

In one embodiment of the invention, referring to Fig.1 shown in 7- Figure 22, the second trigger member 3e include barrier plate 31e, Maneuvering board 32e, the second elastic component 33e, the two clamping block 34e and two impeller 35e being oppositely arranged.Under barrier plate 31e End is located in movement installation cavity and is pivotably connected with pedestal 1e, such as shown in Figure 19-Figure 21, a left side for the lower end barrier plate 31e Right two sides are respectively equipped with pivotal axis 311e, and pedestal 1e's is respectively arranged on the left side and the right side pivoting hole, the pivot at left and right sides of barrier plate 31e Shaft 311e is rotatably engaged respectively in the pivoting hole at left and right sides of pedestal 1e, with realize barrier plate 31e and pedestal 1e it Between be pivotally connected.The upper end of barrier plate 31e extend out to the top of upper cover 2e, is triggered and turns to collide with toy part Dynamic, maneuvering board 32e is movably disposed in pedestal 1e, and maneuvering board 32e is equipped with the lug boss 321e upwardly extended, the second elasticity The both ends of part 33e are connected respectively with pedestal 1e and maneuvering board 32e so that one end of maneuvering board 32e is often connected to barrier plate 31e, with Drive maneuvering board 32e mobile when barrier plate 31e is triggered and rotates, clamping block 34e is movably disposed on upper cover 2e, and two Clamping block 34e and pedestal 1e cooperates so that upper cover 2e to be locked on pedestal 1e, and impeller 35e is articulated in upper cover 2e, two promotions One end of part 35e is abutted with lug boss 321e, and the other end of two impeller 35e is a pair of with two clamping block 34e mono- respectively It should abut, when maneuvering board 32e is triggered and moves, lug boss 321e is mobile to drive impeller 35e rotation to drive two cards It is mobile to meet block 34e, so that clamping block 34e and pedestal 1e is detached from cooperation.

Specifically, referring to Fig.1 shown in 7, when upper cover 2e and pedestal 1e cooperates, two clamping block 34e respectively with bottom Seat 1e cooperation, so that upper cover 2e is locked on pedestal 1e, when the upper end barrier plate 31e, stress is triggered, barrier plate 31e is opposite It is rotated in pedestal 1e, the lower end barrier plate 31e will push maneuvering board 32e mobile, and maneuvering board 32e movement will push impeller 35e to turn Dynamic, impeller 35e is rotated and then is driven two clamping block 34e mobile, is cooperated so that clamping block 34e and pedestal 1e is detached from, So that upper cover 2e is separated with pedestal 1e.

Further, one of them of clamping block 34e and upper cover 2e be equipped with third pilot hole 341e and another on set There is third assembles post 22e.I.e. in some instances, referring to shown in Figure 22, third pilot hole 341e is set on clamping block 34e, Third assembles post 22e is set on upper cover 2e；In some instances, third pilot hole 341e is set on upper cover 2e, third assembles post 22e is set on clamping block 34e.Third assembles post 22e movably cooperates in third pilot hole 341e, the one end clamping block 34e Return springs 36e is equipped between upper cover 2e, when impeller 35e drives clamping block 34e mobile, return springs 36e is pressed Contracting, after when impeller 35e driving clamping block 34e is mobile clamping block 34e and pedestal 1e being separated, clamping block 34e can be multiple It automatically resets under the elastic component 36e effect of position.Further, with reference to shown in Figure 18 and Figure 22, the lower surface of upper cover 2e is equipped with The baffle 21e, two clamping block 34e extended downwardly is located at the two sides of baffle 21e, and return springs 36e is set to clamping block Between 34e and baffle 21e.

Referring to shown in Figure 22, two clamping block 34e are located at the left and right sides of baffle 21e, and clamping block 34e is equipped with The third pilot hole 341e extended up and down and in left-right direction, when clamping block 34e and pedestal 1e cooperates, positioned at left side The right end wall of third pilot hole 341e on clamping block 34e is abutted with third assembles post 22e engaged therewith, the card positioned at right side The left end wall for meeting the third pilot hole 341e on block 34e is abutted with third assembles post 22e engaged therewith；It is driven in impeller 35e When dynamic clamping block 34e movement, the third assembles post 22e cooperated with left side clamping block 34e is in third pilot hole 341e by dextrad It moves left, is moved from left to right in third pilot hole 341e with the third assembles post 22e of right side clamping block 34e cooperation, until Two clamping block 34e and pedestal 1e, which are detached from, to be cooperated, right latter two clamping block 34e returned under the action of return springs 36e with The state that third assembles post 22e is abutted.As a result, by the cooperation between third pilot hole 341e and third assembles post 22e, with right Limit and guide function are played in movement of the clamping block 34e on upper cover 2e, so that after the second trigger member 3e is triggered, clamping block 34e and upper cover 2e synchronize move upwards, 50 response process of the second action component is more stable.

Optionally, with reference to shown in Figure 23-Figure 24, one end of the neighbouring baffle 21e of clamping block 34e is equipped with towards baffle The pillar 342e that 21e extends, return springs 36e are set on pillar 342e, and return springs 36e is thus located in clamping Between block 34e and baffle 21e.

Further, with reference to shown in Figure 23-Figure 24, the side of the separate baffle 21e of clamping block 34e is equipped with clamping portion 343e, pedestal 1e side wall (such as left and right sidewall shown in Figure 17) are equipped with clamping position 11e, clamping portion 343e and are fastened on clamping In the 11e of position, upper cover 2e is locked on pedestal 1e.Further, with reference to shown in Figure 24, shape on the end face of clamping portion 343e At there is inclined guidance part 3431e, thus in clamping portion 343e and clamping position 11e cooperation, clamping portion 343e can guided It is caught under the guiding of portion 3431e in clamping position 11e, it is easy for installation, laborsaving, and good hand touch is installed.

With reference to shown in Figure 23-Figure 24, the side of the separate upper cover 2e of clamping block 34e is formed with downward projection of abutting part 344e, abutting part 344e have inclined bearing surface 3441e, and the other end of impeller 35e is abutted with abutting part 344e, pushed away Cooperate between moving part 35e and clamping block 34e and stablize, to push clamping block 34e mobile in impeller 35e rotation.

In an alternate embodiment of the present invention where, referring to Fig.1, shown in Fig. 3, Fig. 7-Fig. 8 and Figure 11, the second functor 3c is toy coin 3c, and toy part is the toy 100 that can be flipped, after toy part, which is moved to, to be cooperated with toy coin 3c, Toy part empties overturning towards the second trigger member 3e on toy path 101, triggers second to hit the upper end barrier plate 31e Trigger member 3e, clamping block 34e and pedestal 1e are detached from cooperation, and upper cover 2e is popped up under the action of accumulation of energy elastic component 4e, and second Action component 50 responds, and the sense of movement of toy 100 is strong.

In an alternate embodiment of the present invention where, referring to shown in Figure 26-Figure 32 and Figure 33-Figure 35, scene toy 100 It further include at least one third action component 60, i.e. toy 100 may include two, three, four, or more third Action component 60, third action component 60 include third actuator body 5e, third trigger member 6e, accessory 7e and store elastic part The cavity being connected to movement installation cavity is limited in 8e, third actuator body 5e, third trigger member 6e is movably disposed in cavity Interior, third trigger member 6e is equipped with third sticking department 6121e, and third trigger member 6e often abuts with the second trigger member 3e, the Third trigger member 6e is driven to be triggered when two trigger member 3e are triggered, accessory 7e is plugged on third actuator body 5e, accessory 7e It is equipped with the 4th sticking department 71e that can cooperate with third sticking department 6121e, the both ends of store elastic part 8e are acted with third respectively Ontology 5e is connected with accessory 7e, and when third sticking department 6121e and the 4th sticking department 71e cooperates, store elastic part 8e is compressed, When third trigger member 6e is triggered, third sticking department 6121e and the 4th sticking department 71e separation, accessory 7e is in store elastic part Third actuator body 5e is bounced off under the driving of 8e.As a result, when the second trigger member 3e is triggered, not only make the second action component 50 upper cover 2e and pedestal 1e separation, and the accessory 7e on third action component 60 is made to bounce off third actuator body 5e, it plays The interest of tool 100 is stronger.

Further, referring to shown in Figure 27-Figure 28, fixing piece 9e is equipped in cavity, fixing piece 9e and third act this Body 5e is fixedly connected and does not move, and duct 91e up and down is limited in fixing piece 9e, and accessory 7e is plugged in duct In 91e, and one end equipped with the 4th sticking department 71e of accessory 7e passes through duct 91e so that the 4th sticking department 71e and third lock Portion 6121e cooperation, store elastic part 8e is set in the 91e of duct and one end is connected with fixing piece 9e, and the other end and accessory 7e connect It connects or abuts.By the way that fixing piece 9e is arranged, standing finish 7e can be not only used for, so that accessory 7e is more steadily plugged in the It on three actuator body 5e, and can also realize the positioning of store elastic part 8e, and finally realize the movement that accessory 7e is bounced.

Optionally, duct 91e can extend (as shown in Figure 28) along the vertical direction, and it is (not shown can also to tilt extension Out), when duct, 91e extends along the vertical direction, accessory 7e is inserted in vertically on third actuator body 5e, when accessory 7e is unlocked When, accessory 7e is popped up vertically upwards, and when duct 91e, which is tilted, to be extended, accessory 7e inclination is inserted on third actuator body 5e, when When accessory 7e is unlocked, accessory 7e is popped up obliquely.

In one embodiment of the invention, referring to shown in Figure 27-Figure 32, third trigger member 6e includes third moving member 61e and third elastic component 62e, third moving member 61e are removable to be set in cavity, and the both ends of third elastic component 62e are respectively with the Three moving member 61e are connected with third actuator body 5e, and third sticking department 6121e is set on third moving member 61e, third moving member 61e is often abutted with the second trigger member 3e, pushes third moving member 61e to compress third elastic component when the second trigger member 3e is triggered 62e and separate third sticking department 6121e and the 4th sticking department 71e, thus accessory 7e is unlocked and bounces, and in accessory 7e bullet After out, third moving member 61e can automatically reset under third elastic component 62e effect.Optionally, referring to shown in Figure 30-Figure 32, One end far from the second trigger member 3e of third moving member 61e is equipped with positioning protruding shaft 611e, third elastic component 62e and is set in positioning On protruding shaft 611e, it is achieved in the positioning of third elastic component 62e.

In one embodiment of the invention, referring to shown in Figure 30-Figure 32, third trigger member 6e is equipped with the logical of perforation Hole 612e, through-hole 612e include that lock hole 6121e reconciliation the lockhole 6122e, lock hole 6121e to communicate with each other forms third locking Portion 6121e, the 4th sticking department 71e are the fixture block 71e set on the end accessory 7e and lock hole 6121e cooperation, when third trigger member When 6e is triggered mobile, fixture block 71e is separated with lock hole 6121e and is cooperated in solution lockhole 6122e, and accessory 7e is in store elastic It is ejected under the action of part 8e.It is to be appreciated that the cross-sectional area of lock hole 6121e is horizontal less than the maximum of the 4th sticking department 71e Sectional area, the cross-sectional area of Xie Suokong 6122e are greater than the maximum cross-section area of the 4th sticking department 71e, when the 4th sticking department 71e with When lock hole 6121e cooperates, accessory 7e is locked, and as the 4th sticking department 71e and solution lockhole 6122e cooperation, accessory 7e is solved Lock.

In one embodiment of the invention, referring to shown in Figure 36, toy 100 further includes being set to 20 end of the initial segment simultaneously Emitting module 10 for shooting toy component.Emitting module 10 includes emitting ontology 1a, movable part 2a and being set to emit ontology Energy storing members between 1a and movable part 2a, transmitting ontology 1a are set to 20 end of the initial segment (rear end as shown in Fig. 1 and Figure 37 Portion), movable part 2a be pullably set to transmitting ontology 1a on, when be directed away from the initial segment 20 direction (as shown in Figure 1 to Afterwards) when pull movable part 2a, energy storing members accumulation of energy by compression, toy part is suitable for placement on movable part 2a, in shooting toy When component, movable part 2a is directed away to a side-pulling of the initial segment 20, then releasing activity part 2a, release can be with for energy storing members at this time Drive movable part 2a towards the movement of the side (as shown in Figure 1 forward) of neighbouring the initial segment 20 with transmitting ontology 1a or starting Section 20 is hit, and toy part launches away forward under effect of inertia at this time, so that it is by the initial segment 20 towards functional unit 30 Direction walking.Referring to shown in Figure 36, movable part 2a includes the knob portion 21a and placement section 22a being connected with each other, and toy part is suitable In being placed in placement section 22a, i.e. placement section 22a is used to support toy part, and knob portion 21a can be used for holding for player with pull Movable part 2a, facilitates player to play.

The scene toy 100 of a specific embodiment according to the present invention is described referring to Fig. 1-Figure 37.

Referring to fig. 1, toy 100 includes the emitting module 10 set gradually from the front to the back, the initial segment 20, functional group Part 30, the first action component 40, the second action component 50 and two third action components 60.Toy 100 further includes toy part (not shown go out), toy part is can the clamping toy coin toy car that triggers and overturn.

Referring to shown in Figure 36, emitting module 10 includes emitting ontology 1a, movable part 2a and being set to emit ontology 1a and work Energy storing members between moving part 2a, movable part 2a are pullably set on transmitting ontology 1a along the longitudinal direction, and living in pull backward When moving part 2a, energy storing members accumulation of energy by compression.The front end for emitting ontology 1a is equipped with the first buckle block 11a.Referring to institute in Figure 36 Show, movable part 2a includes the knob portion 21a and placement section 22a being connected with each other, and toy part is suitable for placement in placement section 22a, i.e., Placement section 22a is used to support toy part, and knob portion 21a can be used for holding for player with pull movable part 2a, facilitates player's handle It plays.

Referring to shown in Figure 37, the roof of the initial segment 20 forms a part (start-up portion) in toy path 101, the initial segment 20 rear end is equipped with the first buckle slot 1b, and the front end of the initial segment 20 is equipped with the second buckle slot, the first buckle slot 1b and first Block 11a cooperation is buckled, to realize being detachably connected between the rear end of the initial segment 20 and the front end of emitting module 10.

Referring to shown in Fig. 2-Figure 11, functional unit 30 include function shell, the first functor 2c, the second functor 3c, Rotating member 4c, driving motor 5c, driving member 6c, supporting element 7c, transition supporting element 8c and mask 9c.

Function shell include function pedestal 11c and function upper cover 12c, function upper cover 12c on function pedestal 11c and Function mounting chamber is limited between function pedestal 11c, the roof of function upper cover 12c includes feature path portion 121c and is connected to function Function relief portion 122c, feature path portion 121c on the right side of energy path portion 121c form a part in toy path 101, and function is kept away The portion 122c of allowing avoids toy path 101, the roof of function mounting chamber be equipped in above-below direction through its and be separated from each other First path slot 123c and the second path slot 124c, first path slot 123c and the second path slot 124c be all formed as along left and right The left end of the straight type groove that direction extends, first path slot 123c and the second path slot 124c all extend to feature path portion 121c, The right end of first path slot 123c and the second path slot 124c all extend on function relief portion 122c, and the second path slot 124c is set In the front side of first path slot 123c.Function pedestal 11c is equipped with the guide channel 111c extended in left-right direction.Function upper cover The rear wall of 12c is equipped with the second buckle block 125c, is set to third on front side wall and buckles block 126c, second buckles block 125c and set In the second buckle slot cooperation in 20 leading portion portion of the initial segment, to realize being detachably connected for the initial segment 20 and functional unit 30.

Referring to shown in Fig. 7-Fig. 9 and Figure 10, the first functor 2c is located at the top of the roof of function mounting chamber, the first function Energy part 2c is slope block 2c, and slope block 2c has the inclined surface 21c for tilting extension upwards on direction from the front to the back, the bottom of slope block 2c Portion is equipped with the first assembles post 22c extended downwardly.

Referring to shown in Fig. 7-Fig. 9 and Figure 11, the second functor 3c is located at the top of the roof of function mounting chamber, the second function Energy part 3c is the toy coin 3c that can trigger toy car overturning.

Referring to fig. 2, rotating member 4c include pivot part 41c and set on the two sides pivot part 41c first end 42c and It is intracavitary that the second end 43c, rotating member 4c are set to function mounting, and pivot part 41c and upper cover 2e is pivotally connected so that rotating member 4c is in function It can be rotated in installation cavity, first end 42c is equipped with up and down in the first assembly extended along rotating member 4c length direction Hole 421c, the first assembles post 22c of the slope bottom block 2c pass through the removable cooperation of first path slot 123c in the first pilot hole 421c Interior, driving slope block 2c is moved back and forth along first path slot 123c and is avoided in feature path portion 121c and function by rotating member 4c rotation Portion 122c.It is equipped between pivot part 41c and the first pilot hole 421c up and down and along the company of rotating member 4c length direction extension Hole 422c is met, the second end 43c is equipped with up and down in the second pilot hole 431c extended along rotating member 4c length direction.

Referring to shown in Fig. 3-Fig. 5, before driving motor 5c is fixed on function pedestal 11c and is located at guide channel 111c Side, driving motor 5c have the drive shaft 51c to extend back.

Referring to shown in Fig. 2-Fig. 5, driving member 6c includes the first sub- sub- driving member 62c of driving member 61c and second, the first son Driving member 61c is connected with the drive shaft 51c of driving motor 5c, and the first sub- driving member 61c is equipped with cooperation pillar 611c, and cooperates The axis of the axis runout drive shaft 51c of pillar 611c；Second sub- driving member 62c includes the first linkage section being vertically connected 621c and the second linkage section 622c, the first linkage section 621c is vertically extending, and the first linkage section 621c is equipped with along the vertical direction The matching hole 6211c of extension, cooperation pillar 611c movably cooperate in matching hole 6211c along the vertical direction, the first connection The lower end of section 621c movably cooperates in guide channel 111c in left-right direction, and the second linkage section 622c prolongs in left-right direction Stretch, the left end of the second linkage section 622c is connected with the upper end of the first linkage section 621c, the right end of the second linkage section 622c be equipped with to The connection pillar 6221c of lower extension, connection pillar 6221c movably cooperates in the connecting hole 422c of rotating member 4c, with reality Connection between existing second sub- driving member 62c and rotating member 4c.In driving motor 5c work, the first sub- driving member 61c is followed Drive shaft 51c rotation, cooperation pillar 611c are rotated upwardly and downwardly in matching hole 6211c and are driven the second lower end sub- driving member 62c Left and right moves back and forth in guide channel 111c, when driving motor 5c drives the second sub- driving member 62c to be moved to the left, rotating member 4c It is rotated clockwise under the drive of the second sub- driving member 62c, to drive slope block 2c along first path slot 123c by function relief portion 122c is mobile towards feature path portion 121c, so that slope block 2c is appeared on toy path 101, when driving motor 5c drives second When sub- driving member 62c moves right, rotating member 4c is rotated counterclockwise under the drive of the second sub- driving member 62c, to drive slope block 2c is moved by feature path portion 121c towards function relief portion 122c along first path slot 123c, so that slope block 2c leaves toy road Diameter 101.

Referring to shown in Fig. 3 and Figure 11, supporting element 7c is located at that function mounting is intracavitary, and supporting element 7c includes supporting ontology 71c It is connected with the roof of function upper cover 12c, supports with the support interconnecting piece 72c for protruding from support ontology 71c, support interconnecting piece 72c Ontology 71c is corresponding with the second position path slot 124c.

Referring to shown in Fig. 3 and Figure 11, transition supporting element 8c includes support portion 81c and interconnecting piece 82c interconnected, branch Support part 81c is movably disposed on support ontology 71c and is located in the second path slot 124c, and interconnecting piece 82c is equipped with to downward The the second assembles post 821c stretched, the second assembles post 821c movably cooperate in the second pilot hole 431c, are achieved in transition Connection between supporting element 8c and rotating member 4c.Toy part is supported on the support portion 81c of transition supporting element 8c.When driving electricity When machine 5c drives the second sub- driving member 62c to be moved to the left, rotating member 4c turns clockwise under the drive of the second sub- driving member 62c Dynamic, toy coin 3c is moved by feature path portion 121c towards function relief portion 122c along the second path slot 124c, so that toy coin 3c leaves toy path 101；When driving motor 5c drives the second sub- driving member 62c to move right, rotating member 4c is in the second son It is rotated counterclockwise under the drive of driving member 62c, toy coin 3c is along the second path slot 124c by function relief portion 122c towards function Path portion 121c is mobile, so that toy coin 3c is appeared on toy path 101.

Referring to shown in Fig. 8-Fig. 9, mask 9c is set on function relief portion 122c, mask 9c and function relief portion Containment chamber is limited between 122c, containment chamber has the first opening 91c and the second opening 92c towards feature path portion 121c, The left end of first path slot 123c and the second path slot 124c are located on the outside of containment chamber, first path slot 123c and the second path slot The right end of 124c protrudes into containment chamber, and slope block 2c passes in and out containment chamber by the first opening 91c, and toy coin 3c passes through the second opening 92c Pass in and out containment chamber.Specifically, when slope block 2c is mobile towards feature path portion 121c by function relief portion 122c, slope block 2c will lead to The first opening 91c is crossed to move to outside containment chamber, when slope block 2c is mobile towards function relief portion 122c by feature path portion 121c, Slope block 2c will be entered in containment chamber by the first opening 91c；Similarly, as toy coin 3c by function relief portion 122c towards function When path portion 121c is mobile, toy coin 3c will be moved to outside containment chamber by the second opening 92c, when toy coin 3c is by feature path When portion 121c is mobile towards function relief portion 122c, toy coin 3c will be entered in containment chamber by the second opening 92c.Pass through setting Mask 9c can cover up the functor for leaving toy path 101, it is possible thereby to avoid deviateing toy in toy part False triggering is located at the functor on function relief portion 122c when path 101 is walked.

Referring to Fig.1 shown in 2- Figure 15, the first action component 40 includes the first actuator body 1d, the first trigger member 2d, bullet Part 3d and lid 4d out.

First actuator body 1d includes the shroud 12d of bottom plate 11d and bottom-open, and bottom plate 11d, which is equipped with, to be extended forward The upside of bottom plate 11d is covered on outside positioning column 111d, shroud 12d, the roof of shroud 12d includes path of motion portion 121d and is connected to Movement relief portion 122d, path of motion portion 121d on the right side of path of motion portion 121d are equipped with the installation for running through it in above-below direction Mouthful 1211d, movement relief portion 122d are equipped with the pop-up path slot 1221d extended in left-right direction, on the rear wall of shroud 12d Equipped with third buckle slot 123d, before front side wall is equipped with the 4th buckle block 124d, third buckle slot 123d and is set to functional unit 30 The third buckle block 126c cooperation of end, to realize being detachably connected between the first action component 40 and functional unit 30.

Referring to Fig.1 shown in 5, the first trigger member 2d includes first movement part 21d and the first elastic component 22d, first movement Part 21d is movably disposed in above-below direction in installing port 1211d, and the right side of first movement part 21d is equipped with the first sticking department 211d, the first sticking department 211d are formed as hook structure, and the lower surface of first movement part 21d is equipped with the positioning sleeve extended downwardly Cylinder 212d, abutment sleeve 212d housing are set to the periphery wall of positioning column 111d in the outside of positioning column 111d, the first elastic component 22d Between the internal perisporium of abutment sleeve 212d, the upper and lower ends of the first elastic component 22d respectively with first movement part 21d and bottom plate 11d is connected.

Expelling means 3d include pop-up ontology 31d and pop-up elastic component 32d, pop-up ontology 31d include pop-up head 311d and Interconnecting piece 312d is popped up, pop-up interconnecting piece 312d extends in left-right direction, and pop-up head 311d is set to pop-up interconnecting piece 312d's Left end, the right end of pop-up interconnecting piece 312d are equipped with stop block 3121d, and pop-up interconnecting piece 312d is movably disposed in pop-up path slot In 1221d, and pop up head 311d and stop block 3121d be respectively positioned on pop-up path slot 1221d on the outside of, and can respectively with pop-up road The left part of diameter slot 1221d and right part abut, and the both ends for popping up elastic component 32d are kept away with pop-up interconnecting piece 312d and movement respectively Portion 122d is allowed to be connected, the bottom of pop-up head 311d is equipped with the second sticking department 3111d being adapted to the first sticking department 211d, and second Sticking department 3111d forms notch, when the first sticking department 211d and the second sticking department 3111d cooperates, pops up head 311d On movement relief portion 122d, and elastic component 32d accumulation of energy by compression is popped up, when first movement part 21d is triggered and downward When mobile, the first sticking department 211d and the second sticking department 3111d separation, pop-up head 311d are unlocked and in pop-up elastic components By movement relief portion 122d bullet to path of motion portion 121d under the driving of 32d, and in pop-up head 311d bullet to path of motion portion On 121d, stop block 3121d is abutted with the right end of pop-up path slot 1221d, to prevent expelling means 3d from bouncing off the first actuator body 1d。

Referring to Fig.1 shown in 3, lid 4d is set on movement relief portion 122d and lid is located at the upper of pop-up path slot 1221d Side, will pop up path slot 1221d and block, so that the overall structure of toy 100 is more beautiful.

With reference to shown in Figure 16-Figure 25, the second action component 50 include the second actuator body 501, the second trigger member 3e and Accumulation of energy elastic component 4e.

Referring to Fig.1 shown in 6- Figure 18, the second actuator body 501 includes pedestal 1e and upper cover 2e, and upper cover 2e cooperates the bottom of at To limit movement installation cavity jointly with pedestal 1e on seat 1e, the upper surface of upper cover 2e forms a part in toy path 101.On The lower surface of lid 2e is equipped with the baffle 21e extended downwardly and two third assembles post 22e, two third assembles post 22e difference Set on the left and right sides of baffle 21e.

Referring to Fig.1 shown in 7, it is respectively equipped with clamping position 11e in the left and right sidewall of pedestal 1e, is set on the rear end of pedestal 1e There are the 4th buckle slot 12e, the 4th buckle slot 12e to match with the 4th buckle block 124d being set on 40 front end of the first action component It closes, to realize being detachably connected between the second action component 50 and the first action component 40.

Referring to Fig.1 shown in 9- Figure 21, the second trigger member 3e include barrier plate 31e, maneuvering board 32e, the second elastic component 33e, The lower end of the two clamping block 34e and two impeller 35e, barrier plate 31e that are oppositely arranged be located at movement installation cavity in and with bottom Seat 1e pivot joint, the upper end of barrier plate 31e extend out to the upper end of upper cover 2e, when the upper end of barrier plate 31e is acted on by active force When shock () such as by toy part, barrier plate 31e pivot about axis rotation,

Maneuvering board 32e can be set in pedestal 1e movably forward and backward, and the upper surface of maneuvering board 32e is convex equipped with upwardly extending Portion 321e is played, the lower end of barrier plate 31e is abutted with the front end of maneuvering board 32e, when barrier plate 31e is triggered and rotates, is stopped Plate 31e pushes maneuvering board 32e to move backward.

The front end of second elastic component 33e is abutted with maneuvering board 32e, and the rear end of the second elastic component 33e is abutted with pedestal 1e, fortune Movable plate 32e is often abutted under the action of the second elastic component 33e with barrier plate 31e, pushes maneuvering board when barrier plate 31e is rotated When 32e is moved backward, the second elastic component 33e flexible deformation and accumulation of energy, maneuvering board 32e be triggered it is mobile after can be in the second elasticity It automatically resets under part 33e effect.

Referring to shown in Figure 23-Figure 24, clamping block 34e is equipped with third pilot hole 341e, the neighbouring baffle of clamping block 34e One end of 21e is equipped with the pillar 342e extended towards baffle 21e, and the side of the separate baffle 21e of clamping block 34e is equipped with clamping portion 343e is formed with inclined guidance part 3431e, the side shape of the separate upper cover 2e of clamping block 34e on the end face of clamping portion 343e At there is downward projection of abutting part 344e, abutting part 344e is with inclined bearing surface 3441e.Two clamping block 34e distinguish position In the two sides of baffle 21e, the third assembles post 22e on the left of baffle 21e movably cooperates in left-right direction in left side card It connects in the third pilot hole 341e of block 34e, the third assembles post 22e on the right side of baffle 21e movably matches in left-right direction It closes in the third pilot hole 341e of right side clamping block 34e, is equipped with Flexible Reset between each clamping block 34e and baffle 21e Part 36e, and return springs 36e is set on pillar 342e, when upper cover 2e and pedestal 1e cooperates, clamping portion 343e is being guided It is caught under the guiding of portion 3431e in the clamping position 11e on pedestal 1e side wall, thus upper cover 2e is locked on pedestal 1e.

Referring to shown in Figure 25, impeller 35e includes articulated section 351e and pushes set on the first of the articulated section two sides 351e Portion 352e and the second pushing part 353e, impeller 35e are pivotally connected by articulated section 351e and upper cover 2e, and two edges impeller 35e Left and right directions is oppositely arranged, and lug boss 321e is located between two the first pushing part 352e, positioned at first pushing part in left side 352e is tilted to the right extension on direction from the front to the back, and its front end is connected with articulated section 351e, and its rear end is connected to protrusion The left side of portion 321e, the first pushing part 352e positioned at right side are tilted to the left extension, and its front end on direction from the front to the back It is connected with articulated section 351e, its rear end is connected to the right side of lug boss 321e.The second pushing part 353e positioned at left side is by rear Be tilted to the left extension in forward direction, and its rear end is connected with articulated section 351e, front end with positioned at left side clamping block 34e The bearing surface 3441e of abutting part 344e is abutted, positioned at right side the second pushing part 353e on direction from the front to the back to Right deviation Tiltedly extend, and its rear end is connected with articulated section 351e, the abutting of front end and the abutting part 344e being located on right side clamping block 34e Face 3441e is abutted.When maneuvering board 32e, which is triggered, to be moved backward, lug boss 321e pushes the impeller 35e in left side to turn clockwise It is dynamic, while the impeller 35e on right side being pushed to rotate counterclockwise, so that the clamping block 34e in left side moves right, the card on right side It meets block 34e to be moved to the left, so that the clamping block 34e on upper cover 2e is separated with the clamping position 11e on pedestal 1e, upper cover 2e is solved Lock.

Referring to Fig.1 shown in 7- Figure 18, accumulation of energy elastic component 4e be set to movement installation cavity in and upper and lower ends respectively with upper cover 2e is connected with pedestal 1e, when upper cover 2e is locked on pedestal 1e (i.e. when clamping block 34e and clamping position 11e cooperate), accumulation of energy Elastic component 4e accumulation of energy by compression, when upper cover 2e is unlocked (i.e. when clamping block 34e is separated with clamping position 11e), accumulation of energy elasticity Part 4e releases energy and upper cover 2e is driven to bounce.

Referring to shown in Figure 26-Figure 35, two third action components 60 are respectively arranged on the rear end of the second action component 50 The left and right sides, third action component 60 include third actuator body 5e, third trigger member 6e, accessory 7e, store elastic part 8e With fixing piece 9e.

The cavity being connected to movement installation cavity is limited in third actuator body 5e, third trigger member 6e includes that third is mobile Part 61e and third elastic component 62e, third moving member 61e are movably disposed in cavity in left-right direction, the third positioned at left side The right end of moving member 61e is abutted with maneuvering board 32e, and third elastic component 62e is equipped between its left end and third actuator body 5e, Left end positioned at the third moving member 61e on right side is abutted with maneuvering board 32e, and is equipped between its right end and third actuator body 5e The one end of third elastic component 62e, third moving member 61e abutted against with third elastic component 62e is equipped with positioning protruding shaft 611e, third Elastic component 62e is set on positioning protruding shaft 611e.The bearing surface 613e that third moving member 61e and maneuvering board 32e are abutted against is (as schemed Shown in 30- Figure 32) be formed as inclined surface, when maneuvering board 32e, which is triggered, to be moved backward, maneuvering board 32e will push left side Third moving member 61e is moved to the left, the third moving member 61e on right side is pushed to move right, and third elastic component 62e elasticity becomes Shape and accumulation of energy.Third moving member 61e is equipped with the through-hole 612e of perforation, and through-hole 612e includes the lock to communicate with each other in left-right direction Determine hole 6121e reconciliation lockhole 6122e, lock hole 6121e and forms third sticking department 6121e.

Referring to shown in Figure 27-Figure 28, fixing piece 9e is set to the top in cavity and being located at third moving member 61e, fixed Part 9e is fixedly linked with third actuator body 5e, and duct 91e up and down is limited in fixing piece 9e, and the lower end of accessory 7e is set There are fixture block 71e, fixture block 71e to form the 4th sticking department 71e, accessory 7e is plugged in the 91e of duct, and the lower end of accessory 7e passes through hole Road 91e and lock hole 6121e cooperates accessory 7e to be locked on third actuator body 5e, when third moving member 61e is triggered And when moving, since fixing piece 9e is fixed, fixture block 71e is separated with lock hole 6121e and is cooperated in solution lockhole 6122e, Accessory 7e is unlocked.

Referring to shown in Figure 28, store elastic part 8e is set in the 91e of duct and its lower end is connect with fixing piece 9e, upper end and Accessory 7e is abutted.When accessory 7e and lock hole 6121e cooperates, store elastic part 8e is compressed, when accessory 7e and lock hole When 6121e is separated, accessory 7e bounces off third actuator body 5e under the driving of store elastic part 8e.

The specific playing method and object for appreciation of scene toy 100 in above-mentioned specific embodiment are described referring to Fig. 1-Figure 37 The specific action process of each component of tool 100.

It is playing between the toy 100, first by emitting module 10, the initial segment 20, functional unit 30, the first action component 40 and second action component 50 be connected in turn from the front to the back, specifically, will be set to 10 front end of emitting module on first Buckle block 11a is caught in the first buckle slot 1b on 20 rear end of the initial segment, will be set on 30 rear end of functional unit Second buckle block 125c is caught in the second buckle slot on 20 front end of the initial segment, will be set on 30 front end of functional unit Third buckle block 126c be caught in the third buckle slot 123d on 40 rear end of the first action component, will be set to and first move The 4th buckle block 124d made on 40 front end of component is caught in the 4th buckle slot 12e on 50 rear end of the second action component It is interior.

It will be pushed on pop-up head 311d direction movement relief portion 122d, as pop-up head 311d and pop-up path slot When the left end of 1221d abuts, so that the second sticking department 3111d and the first sticking department 211d cooperation, so that head 311d will be popped up It is locked on function relief portion 122c, pops up elastic component 32d at this time by compression and be in energy accumulating state.

Upper cover 2e is covered on pedestal 1e, then on downward push upper cover 2e, two clamping block 34e on upper cover 2e Clamping portion 343e be respectively clamped under the guiding of guidance part 3431e in the clamping position 11e on wall at left and right sides of pedestal 1e, Upper cover 2e is locked on pedestal 1e, and the upper and lower ends of accumulation of energy elastic component 4e are abutted with upper cover 2e and pedestal 1e respectively at this time, Accumulation of energy elastic component 4e flexible deformation and accumulation of energy.In addition, the third assembles post when upper cover 2e is locked, on the left of baffle 21e 22e is connected to the right end wall of the third pilot hole 341e of the clamping block 34e positioned at left side, the third dress on the right side of baffle 21e The left end wall of the third pilot hole 341e of the clamping block 34e positioned at right side is connected to column 22e.

Accessory 7e is plugged in the duct 91e of fixing piece 9e, and pushes down on accessory 7e so that the lower end of accessory 7e Fixture block 71e passes through duct 91e and lock hole 6121e and cooperates, and accessory 7e is locked on third actuator body 5e.And in accessory When 7e is in the lock state, store elastic part 8e flexible deformation and accumulation of energy.

Then toy part is placed on the placement section 22a of movable part 2a, then holds knob portion 21a and pulls back work Moving part 2a, energy storing members accumulation of energy by compression at this time, then releasing activity part 2a, at this time energy storing members release can with drive movable part 2a to Preceding quick movement so that itself and emit ontology 1a front end hit, toy part launches away forward at this time, toy part by The initial segment 20 is walked forward.

When toy part runs to the feature path portion position 121c of functional unit 30, if the slope block of functional unit 30 at this time 2c is appeared in just on feature path portion 121c, and toy part will walk along the inclined surface 21c of slope block 2c and run to slope It leaps forward when pushing up position and leaves slope block 2c, toy part strikes the first shifting on path of motion portion 121d just when landing Moving part 21d, first movement part 21d, which are triggered, moves down and compresses the first elastic component 22d, so that the first sticking department 211d and Two sticking department 3111d separation, expelling means 3d are unlocked, and pop-up head 311d is kept away under the driving of pop-up elastic component 32d by movement Allow on portion's 122d bullet to path of motion portion 121d, and can impacting toy component with prevent toy part on toy path 101 after Reforwarding is dynamic, and after pop-up head 311d pop-up, first movement part 21d can automatically reset under the driving of the first elastic component 22d；It plays Tool component is the toy car that can press from both sides coin triggering overturning deformation, if the toy coin 3c of functional unit 30 appears in function road just at this time On diameter portion 121c, toy part will cooperate with toy coin 3c, and toy part will be triggered and towards turning in front of toy path 101 Turning, for toy part at overturning to the second 50 position of action component, toy part will strike the upper end of barrier plate 31e, with Impetus is generated to barrier plate 31e, barrier plate 31e is triggered and rotates.Barrier plate 31e is rotated and then is pushed maneuvering board 32e It moves backward, the impeller 35e that will push left side is rotated clockwise, pushed the right side by the lug boss 321e on maneuvering board 32e at this time The impeller 35e of side is rotated counterclockwise, and then drives that the clamping block 34e in left side moves right, the clamping block 34e on right side is to moving to left Dynamic, the clamping portion 343e of clamping block 34e is separated with the clamping position 11e in pedestal 1e left and right sidewall, and upper cover 2e is unlocked, upper cover 2e It is bounced under accumulation of energy elastic component 4e effect.Impeller 35e driving on the left of clamping block 34e move right, push on the right side of card When meeting block 34e and being moved to the left, return springs 36e accumulation of energy by compression, after upper cover 2e is separated with pedestal 1e, clamping block 34e It can automatically reset under the action of return springs 36e.

In addition, maneuvering board 32e will push the third in left side mobile when above-mentioned maneuvering board 32e is triggered and moves backward Part 61e is moved to the left, while the third moving member 61e on right side being pushed to move right, so that fixture block 71e and lock hole 6121e is separated and is cooperated in solution lockhole 6122e, and accessory 7e is unlocked and pops up under store elastic part 8e effect.

It is to be appreciated that the playing method of the toy 100 is not limited in above-mentioned playing method, such as by controlling emitting module 10 The upper end for hitting barrier plate 31e, toy department can be directly leaped after the speed of shooting toy component, toy part and slope block 2c cooperation First movement part 21d is hit in overturning after part and toy coin 3c cooperation.

Scene toy 100 according to an embodiment of the present invention, when toy part cooperates from different functors, toy 100 will It is corresponding that different movements can be made, playing method is novel, sense of movement is strong, interest is strong.

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 included at least one embodiment or example of the invention.In the present specification, to above-mentioned term Schematic representation may not refer to the same embodiment or example.Moreover, specific features, structure, material or the spy of description Point can be combined in any suitable manner in any one or more of the embodiments or examples.

Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that: not A variety of change, modification, replacement and modification can be carried out to these embodiments in the case where being detached from the principle of the present invention and objective, this The range of invention is defined by the claims and their equivalents.

Claims

1. a kind of scene toy characterized by comprising

Toy part；

The initial segment, functional unit and the action component set gradually, the initial segment, the functional unit and the action component The toy path for the toy part walking movement is limited,

The functional unit includes the first functor and the second functor, and first functor and the second functor are alternately present On the toy path；

After the toy part moves on the toy path and cooperates with first functor or second functor It can trigger the action component to respond.

2. scene toy according to claim 1, which is characterized in that the functional unit includes rotating member, and described first Functor and second functor are respectively arranged on the both ends of the rotating member, and the rotating member can be rotated to drive described first Functor and second functor appear alternatively on the toy path.

3. scene toy according to claim 1, which is characterized in that the action component includes the first action component, the One action component includes the first trigger member and expelling means, and when first trigger member is triggered, the expelling means are described in The pop-up of toy path direction.

4. scene toy according to claim 1 or 3, which is characterized in that the action component includes the second action component, Second action component includes the second actuator body and the second trigger member, and second actuator body includes cooperating Upper cover and pedestal, when second trigger member is triggered, the upper cover and the pedestal, which are detached from, to be cooperated.

5. scene toy according to claim 2, which is characterized in that the functional unit further includes for driving described turn The driving motor of moving part rotation, the driving motor are connected with the rotating member by driving member, and the driving member includes:

First sub- driving member, the first sub- driving member are connected with the drive shaft of the driving motor, the first son transmission Part is equipped with cooperation pillar, and the axis of drive shaft described in the axis runout of the cooperation pillar；

One end of second sub- driving member, the second sub- driving member is connected with the rotating member, the second sub- driving member it is another One end is equipped with the matching hole vertically extended, and the cooperation pillar movably cooperates in the matching hole to drive The second sub- driving member is stated to move in the horizontal direction.

6. scene toy according to claim 5, which is characterized in that described one end of the second sub- driving member and described One of them of rotating member is equipped with connecting hole and another is equipped with connection pillar, and the connection pillar movably cooperates To drive the rotating member to rotate in the connecting hole.

7. scene toy according to claim 2, which is characterized in that the functional unit further includes function shell, described Function mounting chamber is limited in function shell, the rotating member is rotatably arranged in the function mounting chamber, the function mounting The roof of chamber includes the feature path portion being connected with each other and function relief portion, and the feature path portion forms the toy path A part, the function relief portion avoid the toy path, and the roof of the function mounting chamber is equipped with to be passed through in above-below direction First path slot that is wearing it and being separated from each other and the second path slot, and the first path slot and second path slot One end all extends to the feature path portion, and the other end of the first path slot and second path slot all extends to described Function relief portion, first functor and second functor are respectively positioned on the top of the roof of the function mounting chamber, institute The rotation of the first functor and second functor with the rotating member is stated respectively along the first path slot and described second Path slot is moved back and forth in the feature path portion and the function relief portion.

8. scene toy according to claim 7, which is characterized in that the first path slot be straight type groove, described first One of them of functor and the rotating member are equipped with the first pilot hole and another is equipped with the first assembles post, and described first Assembles post movably cooperates in first pilot hole, so that first functor can be with the rotation of the rotating member It is moved along the first path slot.

9. scene toy according to claim 7, which is characterized in that the functional unit further includes being set to the function to pacify Supporting element and transition supporting element in behaveing affectedly, the transition supporting element includes support portion and interconnecting piece interconnected, the company Socket part is connect with the rotating member, and the supporting element is corresponding with second path groove location, and the support portion can be along the branch Support member is mobile and is located in second path slot, and second functor is supported on the support portion.

10. scene toy according to claim 9, which is characterized in that second path slot is straight type groove, the connection One of them of portion and the rotating member are equipped with the second pilot hole and another is equipped with the second assembles post, second assembly Column movably cooperates in second pilot hole, so that second functor can be with the rotation of the rotating member along institute It is mobile to state the second path slot.

11. scene toy according to claim 3, which is characterized in that first action component further includes the first movement Ontology, the roof of first actuator body include the path of motion portion being connected with each other and movement relief portion, the path of motion Portion forms a part in the toy path, and the movement relief portion is avoided the toy path, setting in the path of motion portion There is the installing port for running through it in above-below direction, first trigger member is movably disposed in above-below direction in the installing port, So that the upper surface of first trigger member forms a part in the toy path, the expelling means are avoided set on the movement In portion, first trigger member is equipped with the first sticking department, and the expelling means are equipped with can be with first sticking department cooperation Second sticking department, when first trigger member is triggered, first sticking department and second lock part are from so that institute Expelling means are stated by the movement relief portion bullet to the path of motion portion.

12. scene toy according to claim 11, which is characterized in that the expelling means include pop-up ontology and pop-up bullet Property part, it is described pop-up elastic component both ends be connected respectively with the pop-up ontology and the movement relief portion, it is described first lock When portion and second sticking department cooperate, the pop-up elastic component is compressed.

13. scene toy according to claim 12, which is characterized in that the pop-up ontology includes pop-up head and pop-up Interconnecting piece, second sticking department are set on the pop-up head, and the movement relief portion is equipped with pop-up path slot, the bullet Interconnecting piece is movably disposed in the pop-up path slot out, and the pop-up head is located at outside the pop-up path slot, the bullet One end of interconnecting piece is connected with the pop-up head out, and the other end is equipped with fixture block, and the fixture block is located at the pop-up path slot Outside, and when expelling means pop-up, the fixture block is only supported with the pop-up path slot.

14. scene toy according to claim 11, which is characterized in that first trigger member include first movement part and First elastic component, the first movement part are movably disposed in above-below direction in the installing port, first elastic component Both ends are connect with the first movement part and first actuator body respectively, and first sticking department is set to the first movement On part, when the first movement part is triggered, first elastic component is compressed and is made first sticking department and described Two lock parts from.

15. scene toy according to claim 4, which is characterized in that upper cover cooperation on the base with institute State pedestal and limit movement installation cavity jointly, between the upper cover and the pedestal be equipped with accumulation of energy elastic component, the upper cover it is upper Surface forms a part in the toy path, and second trigger member is set in the movement installation cavity, and second touching At least part of outbox extend out to the top of the upper cover and is triggered with colliding with the toy part, the upper cover and institute When stating base engagement, the accumulation of energy elastic component is compressed, and when second trigger member is triggered, the upper cover and the bottom Seat is detached to bounce under the driving of the accumulation of energy elastic component with merging.

16. scene toy according to claim 15, which is characterized in that second trigger member includes:

Barrier plate, the lower end of the barrier plate are located in the movement installation cavity and are pivotably connected with the pedestal, the resistance The upper end of baffle extend out to the top of the upper cover, is triggered and rotates to collide with the toy part；

Maneuvering board, the maneuvering board are movably disposed in the pedestal, and the maneuvering board is equipped with the lug boss upwardly extended；

Second elastic component, the both ends of second elastic component are connected respectively with the pedestal and the maneuvering board so that the movement One end of plate is often connected to the barrier plate, drives the maneuvering board mobile when rotating to be triggered in the barrier plate；

Two clamping blocks being oppositely arranged, the clamping block are movably disposed on the upper lid, two clamping blocks and institute Base engagement is stated to lock on the base the upper cover；

Two impellers, the impeller are articulated in the upper cover, and one end of two impellers is abutted with the lug boss, and two The other end of a impeller is abutted with two clamping block one-to-one correspondence respectively, when the maneuvering board is triggered and moves, The impeller rotation is to drive two clamping blocks mobile, so that the clamping block and the pedestal are detached from cooperation.

17. scene toy according to claim 16, which is characterized in that one of them of the clamping block and the upper cover It is equipped with third pilot hole and another is equipped with third assembles post, the third assembles post movably cooperates assembles in third Kong Zhong, is equipped with return springs between described clamping block one end and the upper cover, the impeller drives the clamping block mobile When, the return springs are compressed.

18. scene toy according to claim 15, which is characterized in that the action component further includes at least one third Action component, the third action component include:

Third actuator body, limits in the third actuator body and cavity that the movement installation cavity is connected to；

Third trigger member, the third trigger member are movably disposed in the cavity, and the third trigger member is equipped with third Sticking department, the third trigger member are often abutted with second trigger member, to drive institute when second trigger member is triggered Third trigger member is stated to be triggered；

Accessory, the accessory are plugged in the third actuator body, and the accessory, which is equipped with, to match with the third sticking department The 4th sticking department closed；

Store elastic part, the both ends of the store elastic part are connected with the third actuator body and the accessory respectively, work as institute When stating third sticking department and the 4th sticking department cooperation, the store elastic part is compressed, when the third trigger member is touched When hair, the third sticking department and the 4th lock part are from the accessory bounces off under the driving of the store elastic part The third actuator body.

19. scene toy according to claim 18, which is characterized in that be equipped with fixing piece, the fixation in the cavity Duct up and down is limited in part, the accessory is plugged in the duct, and the accessory be equipped with it is described 4th lock The one end for determining portion passes through the duct so that the 4th sticking department and the third sticking department cooperate, and the store elastic part is set In in the duct and one end is connected with the fixing piece.

20. scene toy according to claim 18, which is characterized in that the third trigger member include third moving member and Third elastic component, the third moving member is removable to be set in the cavity, the both ends of the third elastic component respectively with it is described Third moving member is connected with the third actuator body, and the third sticking department is set on the third moving member, the third Moving member is often abutted with second trigger member, and second trigger member is pushed when being triggered described in the third moving member compression Third elastic component and make the third sticking department and the 4th lock part from.