CN206549154U - A kind of Hippocampus-shaped form deformation toy - Google Patents

Abstract

The utility model discloses a kind of Hippocampus-shaped form deformation toy, including head assembly, body component, wing limb component and rail unit, head assembly is movably connected on above body component, and wing limb component is movably connected on body component both sides, and rail unit is then connected to body component front and back；The body component includes pectoral fin and dorsal fin, pectoral fin and dorsal fin are flexibly connected by articulation mechanism, rail unit includes tail and secondary tail, tail is fixedly connected on dorsal fin, secondary tail is then movably connected on dorsal fin, head assembly is movably connected on pectoral fin upper end by articulation structure, and wing limb component is flexibly connected the pectoral fin left and right sides by joint assembly, provided with the mechanism for being available for wing limb component to fix in secondary tail.The utility model unique structure is designed, and toy entertaining is strong, and easy to operate, price is low, can also be played even if young children.

Description

A kind of Hippocampus-shaped form deformation toy

Technical field

The utility model is related to toy product technical field, especially a kind of toy for animal that can be deformed.

Background technology

Toy is indispensable articles for use during child growth, and children can not only be increased by possessing diversified toy The joy of life, children is possessed happy childhood life, and body growth that can also be to children and intellectual development are played very Big facilitation.Because children are interested in the thing that can be moved, therefore the toy that energy activity is deformed is most by the joyous of children Meet.Dynamic toy on the market mainly has car class, aircraft, gyro etc. at present, and these toys are although joyful, but have been substantially all one A little similar shortcomings, such as price is high, complicated, need to reach that certain manipulative ability could be operated, and is mostly machinery Type toy, lacks animal type toy.

Utility model content

The technical problems to be solved in the utility model be for prior art defect there is provided one kind it is simple in construction, operation It is in the form deformation toy of Hippocampus-shaped after convenient, interesting high, expansion.

In order to solve the above technical problems, the utility model is adopted the following technical scheme that：Including head assembly, body component, Wing limb component and rail unit, head assembly are movably connected on above body component, and wing limb component is movably connected on body component Both sides, rail unit is then connected to body component front and back；The body component includes pectoral fin and dorsal fin, and pectoral fin and dorsal fin pass through Articulation mechanism is flexibly connected, and rail unit includes tail and secondary tail, and tail is fixedly connected on dorsal fin, and secondary tail is then movably connected on the back of the body Fin, head assembly is movably connected on pectoral fin upper end by articulation structure, and it is left that wing limb component is flexibly connected pectoral fin by joint assembly Right both sides, provided with the mechanism for being available for wing limb component to fix in secondary tail.

The dorsal fin is as the main carriers of form deformation toy, and during expansion, pectoral fin is located above dorsal fin into structure is erect；Its In, dorsal fin is combined into by portion of upper body and lower body set, and several fixing axles, and its upper surface two are provided with below the portion of upper body Middle side part is provided with two apertures, stretches out in dorsal fin for the first buckle, the curved structure in lower body bottom is internally provided with magnet Holding tank and several fixed shaft holes, it is mutually solid by several fixing axles of portion of upper body and several fixed shaft holes of lower body Determine fit formation dorsal fin.

Also include expansion module, it includes magnet frame and magnet, magnet is installed on magnet frame bottom, and magnet is placed on described The inside of dorsal fin, the inside of the dorsal fin offers magnet holding tank, and magnet is installed in magnet holding tank.

Further, the head assembly includes head and neck, and the neck upper end is provided with head fixing axle, and lower end is set There is neck fixing axle, the pectoral fin upper end is provided with neck fixed shaft hole, neck fixed shaft hole is inserted by neck fixing axle and realized Neck and pectoral fin are flexibly connected, provided with the neck spring that can make to rotate before and after neck in neck fixing axle.

Further, nose of the head front end provided with protrusion, lower section is provided with head corresponding with the head fixing axle Portion's fixed shaft hole, inserts head fixed shaft hole by head fixing axle and realizes that head and neck are flexibly connected, in head fixing axle Provided with the head springs that can make to rotate before and after head.

The head hat end has a clavula, and offers clavula accommodating groove at hat end, and clavula is movably installed in clavula Accommodating groove, during storage, clavula is accommodated in clavula accommodating groove, and is fixed on dorsal fin to be fixed in clavula accommodating groove by secondary tail.

Further, the pectoral fin left and right sides offers shaft hole, and lower section is provided with the first joint portion, and dorsal fin is close to pectoral fin One end be provided with the first socket joint for matching with the joint portion of pectoral fin first, the first joint portion and the first socket joint are lived by pivot pin Dynamic connection, pectoral fin and dorsal fin are blocked at the first joint portion provided with the first spring, during gathering, the head, neck and pectoral fin according to It is secondary to dorsal fin folding.

Further, the secondary tail includes the first secondary tail and the second secondary tail, and the described first secondary tail is close to the first socket joint One end is provided with the first secondary tail fixed shaft hole, and the other end is provided with the second secondary tail fixed shaft hole, and the described second secondary tail is provided with the second secondary tail Fixing axle, realizes that the first secondary tail and the second secondary tail are flexibly connected by the second secondary tail fixed shaft hole of secondary tail fixing axle insertion second, The second secondary tail can be made relative to the second auxiliary spring of the pectoral fin swing by being provided with the second secondary tail fixing axle.

The Hippocampus-shaped form deformation toy further comprises the supporting part located at the first secondary tail, and the supporting part is provided with support Portion's fixing axle, supports incorporating section, the support incorporating section is set at the first secondary tail fixed shaft hole in the first secondary tail provided with one There is supporting part fixed shaft hole, inserting supporting part fixed shaft hole by supporting part fixing axle is installed on supporting part on the first secondary tail, And provided with the supporting part spring that can swing supporting part, when secondary tail is in unfoldable shape, supporting part branch in supporting part fixing axle Support is in the plane so that secondary tail shows in body component rear, when secondary tail closes up, and supporting part first is accommodated in into support stores Portion, then secondary Caudad dorsal fin is closed up.

Further, the dorsal fin is provided with the first secondary tail fixing axle at the first socket joint, away from the first socket joint One end offers tail fixing axle, and the tail head end is provided with tail fixed shaft hole；Pass through the first secondary tail fixing axle insertion first Secondary tail fixed shaft hole realizes that the first secondary tail and dorsal fin is flexibly connected, and being provided with the first secondary tail fixing axle can make the first secondary tail relative In the first auxiliary spring of the pectoral fin swing；Tail then inserts tail fixed shaft hole by tail fixing axle and realizes fixed connect Connect.

Further, the joint assembly includes joint shaft and articulated arm, and joint shaft is close to the side of pectoral fin provided with laterally Rotating shaft, first fixed shaft hole of the other end provided with longitudinal direction inserts the shaft hole by horizontal rotating shaft and realizes joint shaft and pectoral fin Be fixedly connected.

Further, the wing limb component includes main wing and epipodite, the second fixed shaft hole provided with longitudinal direction inside main wing and Second buckle, the side away from body component is provided with epipodite fixed shaft hole, and epipodite is provided with epipodite fixing axle, passes through epipodite fixing axle Insertion epipodite fixed shaft hole realizes that main wing and epipodite are flexibly connected, provided with the epipodite bullet that can swing epipodite in epipodite fixing axle Spring.

In the main wing be provided with miniature fixed shaft hole, one end both sides of the lower body away from pectoral fin be provided with it is miniature solid The corresponding miniature fixing axle in dead axle hole, when main wing is drawn in, miniature fixed shaft hole is inserted by miniature fixing axle, to strengthen master The fixation of the wing and dorsal fin.

In addition, being provided with vice card groove below one end of pectoral fin in main wing, lower body is provided with corresponding vice card position, when When main wing is drawn in, the fixation that vice card groove strengthens main wing and dorsal fin is caught in by vice card position.

Further, the articulated arm two ends are respectively equipped with the first fixing axle and the second fixing axle, pass through the first fixing axle Insert first fixed shaft hole, the second fixing axle insert second fixed shaft hole realize joint shaft and articulated arm, main wing and Articulated arm is flexibly connected, provided with the articulated arm bullet that can rotate main wing and articulated arm at the first fixing axle and the second fixing axle Spring.

Further, the described second secondary tail end is provided with secondary tail neck, and dorsal fin is provided with and secondary tail card close to tail end margin The corresponding secondary tail screens of groove, during gathering, closes up before secondary Caudad, is caught in secondary tail neck secondary tail is fixed on into the back of the body by secondary tail screens Fin.

Further, the described second secondary tail fixed shaft hole both sides are provided with both sides in the middle part of the first screens, the described second secondary tail Provided with the second screens, the main wing top edge is provided with the first neck corresponding with the first screens, the second screens, the second neck, secondary Tail is fixed on after dorsal fin, is respectively clamped into by the first screens, the second screens in the first neck, the second neck and is realized main wing and secondary tail It is fixed.

Further, in addition to expansion module, it includes magnet frame and magnet, and magnet is installed on magnet frame bottom, magnet It is placed on inside dorsal fin, the dorsal fin offers magnet holding tank, magnet is installed in magnet holding tank.

Further, the magnet frame both sides are provided with buckle, and buckle stretches out in dorsal fin both sides and forms the first buckle, draws in When, the first buckle realizes that main wing and dorsal fin are fixed with the second buckle snapping.

Further, the secondary tail, the outer surface of main wing are arcuate structure, when head, pectoral fin, secondary tail and main wing gathering It is in hippocampus form when head, pectoral fin, secondary tail and main wing expansion in egg type structure.

During gathering, the head, neck and pectoral fin lean on what secondary tail was fixed on dorsal fin to consolidate power folding, are fixed on egg type It is internal.

During operation, a fritter iron plate is placed on ground, by this toy close to iron plate, hand, toy is unclamped when soon close Fall in the presence of magnet on iron plate rapidly.Due to the card between secondary tail and dorsal fin, main wing and secondary tail and main wing and dorsal fin Button fixed structure is not fastening, therefore, iron plate is hit in a flash in toy, is acted in the spring force of respective joint component Under, head, neck, pectoral fin, secondary tail and main wing all deploy, and constitute Hippocampal shape.

During gathering, first by head, neck and pectoral fin successively folding on dorsal fin, first it is fixed using external force, then Supporting part is closed up upwards and closed up before being accommodated in support incorporating section, secondary Caudad, secondary tail neck is stuck in by secondary tail by secondary tail screens Fix, and head, neck and pectoral fin are fixed in secondary tail, then the main wing of both sides is turned into gathering to secondary tailspin successively, make on secondary tail Each screens block corresponding neck on main wing, so i.e. realize completely draw in, after gathering toy integrally be in egg-shape.

The utility model passes through unique structure design so that head, neck, pectoral fin, main wing and secondary tail are being touched In the case of can be fully deployed automatically, form Hippocampal shape, and just as an egg when packing up, toy entertaining is strong, it is easy to operate, Price is low, can also be played even if young children.

Brief description of the drawings

Fig. 1 is the utility model decomposition chart；

Fig. 2 is that the utility model deploys the structure chart before 45 degree；

Fig. 3 is the structure chart after the utility model is drawn in.

In figure, head 1, nose 11, neck 2, head fixing axle 21, neck fixing axle 22, pectoral fin 3, neck fixed shaft hole 31, shaft hole 32, the first joint portion 33, dorsal fin 4, the first socket joint 41, the first secondary tail fixing axle 42, tail fixed shaft hole 43, Secondary tail screens 44, magnet frame 45, the first buckle 45a, joint shaft 51, horizontal rotating shaft 51a, the first fixed shaft hole 51b of longitudinal direction, joint Bar 52, the first fixing axle 52a, the second fixing axle 52b, main wing 6, the second fixed shaft hole 61 of longitudinal direction, the second buckle 62, the first neck 63, the second neck 64, epipodite fixed shaft hole 65, epipodite 7, epipodite fixing axle 71, tail 8, secondary tail 9, the first secondary tail 91, second is secondary Tail 92, the first secondary tail fixed shaft hole 91a, the second secondary tail fixed shaft hole 91b, the first screens 91c, the second secondary tail fixing axle 92a, Secondary tail neck 92b, the second screens 92c. (note：Described spring is not indicated)

Embodiment

In the present embodiment, reference picture 1, Fig. 2 and Fig. 3, described Hippocampus-shaped form deformation toy, including head assembly, body group Part, wing limb component and rail unit, head assembly are movably connected on above body component, and wing limb component is movably connected on body group Part both sides, rail unit is then connected to body component front and back；The body component includes pectoral fin 3 and dorsal fin 4, pectoral fin 3 and the back of the body Fin 4 is flexibly connected by articulation mechanism, and rail unit includes tail 8 and secondary tail 9, and tail 8 is fixedly connected on dorsal fin 4, and secondary tail 9 is then Dorsal fin 4 is movably connected on, head assembly is movably connected on the upper end of pectoral fin 3 by articulation structure, and wing limb component passes through joint assembly The left and right sides of pectoral fin 3 is flexibly connected, provided with the mechanism for being available for wing limb component to fix in secondary tail 9.

The dorsal fin 4 is as the main carriers of form deformation toy, and during expansion, pectoral fin 3 is located at the top of dorsal fin 4 into structure is erect； Wherein, dorsal fin 4 is combined into by portion of upper body and lower body set, and several fixing axles, and its upper table are provided with below the portion of upper body The middle side part of face two is provided with two apertures, and dorsal fin 4 is stretched out in for the first buckle, the curved structure in lower body bottom, sets inside it There are magnet holding tank and several fixed shaft holes, pass through several fixing axles and several fixed shaft holes of lower body of portion of upper body The fit that interfixes formation dorsal fin.

Also include expansion module, it includes magnet frame 45 and magnet (not shown), and magnet is installed on the bottom of magnet frame 45, Magnet frame 45 is placed in the inside of the dorsal fin 4, and the inside of the dorsal fin 4 offers magnet holding tank, and magnet is installed on magnet appearance Receive in groove.

The head assembly includes head 1 and neck 2, and the upper end of neck 2 is provided with head fixing axle 21, and lower end is provided with neck Portion's fixing axle 22, the upper end of pectoral fin 3 is provided with neck fixed shaft hole 31, and neck fixed shaft hole 31 is inserted by neck fixing axle 22 Realize that neck 2 and pectoral fin 3 are flexibly connected, provided with the neck spring that can make to rotate before and after neck 2 in neck fixing axle 22.

Nose 11 of the front end of head 1 provided with protrusion, lower section is provided with solid with the corresponding head of the head fixing axle 21 Dead axle hole (not shown), inserts head fixed shaft hole by head fixing axle 21 and realizes that head 1 and neck 2 are flexibly connected, in head Portion's fixing axle 21 is provided with the head springs that can make to be rotated before and after head 1.

The hat of head 1 end has a clavula, and offers clavula accommodating groove at hat end, and clavula is movably installed in clavula Accommodating groove, during storage, clavula is accommodated in clavula accommodating groove, and is fixed on dorsal fin 4 to be fixed on clavula accommodating groove by secondary tail 9 It is interior.

The left and right sides of pectoral fin 3 offers shaft hole 32, and lower section is provided with the first joint portion 33, and dorsal fin 4 is close to pectoral fin 3 One end is provided with the first socket joint 41 matched with the first joint portion of pectoral fin 33, and the first joint portion 33 and the first socket joint 41 are logical Pivot pin flexible connection is crossed, pectoral fin 3 and dorsal fin 4 are blocked provided with the first spring at the first joint portion 33, during gathering, the head 1, Neck 2 and pectoral fin 3 are successively to the folding of dorsal fin 4.

The secondary tail 9 includes the first secondary secondary tail 92 of tail 91 and second, and the described first secondary tail 91 is close to the first socket joint 41 One end is provided with provided with the first secondary tail fixed shaft hole 91a, the other end provided with the second secondary tail fixed shaft hole 91b, the described second secondary tail 92 Second secondary tail fixing axle 92a, inserts the second pair tail fixed shaft hole 91b by the second secondary tail fixing axle 92a and realizes the first secondary tail 91 It is flexibly connected, is provided with the second secondary tail fixing axle 92a before can making the second secondary tail 92 relative to the pectoral fin 3 with the second secondary tail 92 The second auxiliary spring swung afterwards.

The Hippocampus-shaped form deformation toy further comprises the supporting part located at the first secondary tail 91, and the supporting part is provided with branch Support part fixing axle, is received in the first secondary tail 91 at the first secondary tail fixed shaft hole 91a provided with a support incorporating section, the support Portion is received provided with supporting part fixed shaft hole, supporting part is installed on by the first pair by supporting part fixing axle insertion supporting part fixed shaft hole On tail 91, and provided with the supporting part spring that can swing supporting part, when secondary tail is in unfoldable shape, branch in supporting part fixing axle Support part is supported in the plane so that secondary tail shows in body component rear, and when secondary tail 9 closes up, supporting part first is accommodated in into branch Incorporating section is supportted, then secondary Caudad dorsal fin is closed up.

The dorsal fin 4 is at the first socket joint 41 provided with the first secondary tail fixing axle 42, one away from the first socket joint 41 End offers tail fixing axle 43, and the head end of tail 8 is provided with tail fixed shaft hole (not indicating)；Pass through the first secondary tail fixing axle 42 the first pair tail fixed shaft hole 91a of insertion realize that the first secondary tail 91 and dorsal fin 4 is flexibly connected, in the first secondary tail fixing axle 42 Provided with the first secondary tail 91 can be made relative to the first auxiliary spring of the swing of pectoral fin 3；Tail 8 then passes through tail fixing axle 43 Insertion tail fixed shaft hole achieves a fixed connection.

The joint assembly includes joint shaft 51 and articulated arm 52, and joint shaft 51 turns close to the side of pectoral fin 3 provided with horizontal Axle 51a, first fixed shaft hole 51b of the other end provided with longitudinal direction, insert the shaft hole 32 by horizontal rotating shaft 51a and realize joint Axle 51 is fixedly connected with pectoral fin 3.

The wing limb component includes main wing 6 and epipodite 7, second fixed shaft hole 61 and second of the inside of main wing 6 provided with longitudinal direction Buckle 62, the side away from body component is provided with epipodite fixed shaft hole 65, and epipodite 7 is provided with epipodite fixing axle 71, solid by epipodite The insertion epipodite of dead axle 71 fixed shaft hole 65 realizes that main wing 6 and epipodite 7 are flexibly connected, and epipodite can be made by being provided with epipodite fixing axle 71 The epipodite spring of swing.

In the main wing 6 be provided with miniature fixed shaft hole, one end both sides of the lower body away from pectoral fin be provided with it is miniature The corresponding miniature fixing axle of fixed shaft hole, when main wing 6 is drawn in, inserts miniature fixed shaft hole, to add by miniature fixing axle The fixation of strong main wing 6 and dorsal fin 4.

In addition, being provided with vice card groove (not indicating) below one end of pectoral fin 3 in main wing 6, lower body is provided with corresponding Vice card position, when main wing is drawn, the fixation that vice card groove strengthens main wing 6 and dorsal fin 4 is caught in by vice card position.

The two ends of articulated arm 52 are respectively equipped with the first fixing axle 52a and the second fixing axle 52b, pass through the first fixing axle It is real that 52a inserts the first longitudinal fixed shaft hole 51b, the second fixing axle 52b insertion longitudinal second fixed shaft hole 61 Existing joint shaft 51 and articulated arm 52, main wing 6 and articulated arm 52 are flexibly connected, at the first fixing axle 52a and the second fixing axle 52b Provided with the articulated arm spring that can rotate main wing 6 and articulated arm 52.

The described second secondary end of tail 92 is provided with secondary tail neck 92b, and dorsal fin 4 is provided with and secondary tail neck close to the end margin of tail 8 The corresponding secondary tail screens 44 of 92b, during gathering, secondary tail 9 closes up forward, and secondary tail neck 92b is caught in by pair by secondary tail screens 44 Tail 9 is fixed on dorsal fin 4.

Further, the second pair tail fixed shaft hole 91b both sides are provided with the first screens 91c, the described second secondary tail 92 Portion both sides also are provided with the second screens 92c, and the top edge of main wing 6 is provided with corresponding with the first screens 91c, the second screens 92c the One neck 63, the second neck 64, secondary tail 9 are fixed on after dorsal fin 4, and is respectively clamped into by the first screens 91c, the second screens 92c Realize that main wing 6 is fixed with secondary tail 9 in one neck 63, the second neck 64.

The both sides of magnet frame 45 are provided with buckle, and buckle stretches out in dorsal fin both sides and forms the first buckle 45a, during gathering, the One buckle 45a realizes that main wing 6 and dorsal fin 4 are fixed with the snapping of the second buckle 62.

The secondary tail 9, the outer surface of main wing 6 are arcuate structure, are in when head 1, pectoral fin 3, secondary tail 9 and the gathering of main wing 6 Egg type structure, is in hippocampus form when head 1, pectoral fin 3, secondary tail 9 and the expansion of main wing 6.

During gathering, the head 1, neck 2 and pectoral fin 3 lean on what secondary tail 9 was fixed on dorsal fin 4 to consolidate power folding, fixed Inside egg type.

During operation, a fritter iron plate is placed on ground, by this toy close to iron plate, hand, toy is unclamped when soon close Fall in the presence of magnet on iron plate rapidly.Due to secondary tail 9 and dorsal fin 4, main wing 6 and secondary tail 9 and main wing 6 and dorsal fin 4 it Between fixing structure for buckle be not fastening, therefore, toy hit iron plate in a flash, in the spring bullet of respective joint component Under power effect, head 1, neck 2, pectoral fin 3, secondary tail 9 and all expansion of main wing 6 constitute Hippocampal shape.

During gathering, head 1, neck 2 and pectoral fin 3 successively folding are first fixed on dorsal fin 4 using external force first, Then supporting part is closed up upwards and is accommodated in support incorporating section, secondary tail 9 closes up forward, and secondary tail neck is stuck in by secondary tail screens 44 92b fixes secondary tail 9, and head 1, neck 2 and pectoral fin 3 are fixed in secondary tail, then the main wing 6 of both sides is turned to secondary tailspin successively Draw in, each screens on secondary tail is blocked corresponding neck on main wing 6, so realize and draw in completely, toy is overall after gathering In egg-shape.

The utility model is described in detail above, it is described above, only the preferred embodiment of the utility model and , it is when the utility model practical range can not be limited, i.e., all to make equivalent changes and modifications according to the application scope, it all should still belong to this In utility model covering scope.

Claims (10)

1. a kind of Hippocampus-shaped form deformation toy, it is characterised in that including head assembly, body component, wing limb component and rail unit, Head assembly is movably connected on above body component, and wing limb component is movably connected on body component both sides, and rail unit is then connected In body component front and back；The body component includes pectoral fin and dorsal fin, and pectoral fin and dorsal fin are flexibly connected by articulation mechanism, tail Parts include tail and secondary tail, and tail is fixedly connected on dorsal fin, and secondary tail is then movably connected on dorsal fin, and head assembly passes through joint Structure movement is connected to pectoral fin upper end, and wing limb component is flexibly connected the pectoral fin left and right sides by joint assembly, is provided with secondary tail The mechanism for being available for wing limb component to fix.

2. a kind of Hippocampus-shaped form deformation toy according to claim 1, it is characterised in that also including expansion module, it includes Magnet frame and magnet, magnet are installed on magnet frame bottom, and magnet mounts and offers magnetic inside the inside of the dorsal fin, the dorsal fin Iron holding tank, magnet is installed in magnet holding tank.

3. a kind of Hippocampus-shaped form deformation toy according to claim 1, it is characterised in that the head assembly include head and Neck, the neck upper end is provided with head fixing axle, and lower end is provided with neck fixing axle, and the pectoral fin upper end is provided with neck fixing axle Hole, inserts neck fixed shaft hole by neck fixing axle and realizes that neck and pectoral fin are flexibly connected, being provided with neck fixing axle can Make the neck spring rotated before and after neck.

4. a kind of Hippocampus-shaped form deformation toy according to claim 3, it is characterised in that the head front end is provided with protrusion Nose, lower section is provided with head fixed shaft hole corresponding with the head fixing axle, and head fixing axle is inserted by head fixing axle Hole realizes that head and neck are flexibly connected, provided with the head springs that can make to rotate before and after head in the fixing axle of head.

5. a kind of Hippocampus-shaped form deformation toy according to claim 1, it is characterised in that the pectoral fin left and right sides is offered Shaft hole, lower section is provided with the first joint portion, and dorsal fin is provided with first matched with the joint portion of pectoral fin first close to one end of pectoral fin Socket joint, the first joint portion and the first socket joint are flexibly connected by pivot pin, are blocked at the first joint portion provided with the first spring Pectoral fin and dorsal fin, during gathering, the head, neck and pectoral fin are successively to dorsal fin folding.

6. a kind of Hippocampus-shaped form deformation toy according to claim 1, it is characterised in that the secondary tail include the first secondary tail and Second secondary tail, the described first secondary tail is close to one end of the first socket joint provided with the first secondary tail fixed shaft hole, and the other end is provided with second Secondary tail fixed shaft hole, the described second secondary tail is consolidated provided with the second secondary tail fixing axle by the second secondary tail of secondary tail fixing axle insertion second Dead axle hole realizes that the first secondary tail and the second secondary tail are flexibly connected, in the second secondary tail fixing axle provided with can make the second secondary tail relative to Second auxiliary spring of the pectoral fin swing.

7. a kind of Hippocampus-shaped form deformation toy according to claim 5, it is characterised in that the dorsal fin is close to the first socket joint Place is provided with the first secondary tail fixing axle, and one end away from the first socket joint offers tail fixing axle, and the tail head end is provided with tail Bar fixed shaft hole；Realize that the first secondary tail and dorsal fin is flexibly connected by the first secondary tail fixed shaft hole of secondary tail fixing axle insertion first, The first secondary tail can be made relative to the first auxiliary spring of the pectoral fin swing by being provided with the first secondary tail fixing axle；Tail then leads to Tail fixing axle insertion tail fixed shaft hole is crossed to achieve a fixed connection.

8. a kind of Hippocampus-shaped form deformation toy according to claim 5, it is characterised in that the joint assembly includes joint shaft And articulated arm, joint shaft is close to the side of pectoral fin provided with horizontal rotating shaft, and first fixed shaft hole of the other end provided with longitudinal direction passes through horizontal stroke The shaft hole, which is inserted, to rotating shaft realizes being fixedly connected for joint shaft and pectoral fin.

9. a kind of Hippocampus-shaped form deformation toy according to claim 8, it is characterised in that the wing limb component include main wing and The second fixed shaft hole and the second buckle provided with longitudinal direction inside epipodite, main wing, the side away from body component is fixed provided with epipodite Axis hole, epipodite is provided with epipodite fixing axle, inserts epipodite fixed shaft hole by epipodite fixing axle and realizes that main wing and epipodite are flexibly connected, Provided with the epipodite spring that can swing epipodite in epipodite fixing axle.

10. a kind of Hippocampus-shaped form deformation toy according to claim 9, it is characterised in that the articulated arm two ends are set respectively There are the first fixing axle and the second fixing axle, first fixed shaft hole, the second fixing axle are inserted by the first fixing axle and insert institute State the second fixed shaft hole and realize that joint shaft and articulated arm, main wing and articulated arm are flexibly connected, fixed in the first fixing axle and second Provided with the articulated arm spring that can rotate main wing and articulated arm at axle.