CN207270712U - One kind boxing fistfight deformation mechanical figure toy car - Google Patents

Abstract

The utility model discloses one kind boxing fistfight deformation mechanical figure toy car, it drives upper body left and right sides to turn round and punch or receipts fist by the loins boxing drive gear box assembly installed in robot assembly, and when two or more toy cars are carried out to taking part in the match under robot assembly's erected state, the chest that other side is triggered by fist punch switchs, and it is corresponding after the third time that is triggered switchs start hoofing part gear-box and deformation sliding tooth roller box fall down so that robot assembly is changed into robot assembly from erected state and become car-shape state.Compared with prior art, the utility model realizes the process that toy car is deformed to robot deformation and robot to toy car, the athletics opposition action process of robot boxing fistfight is added at the same time, greatly enhances the recreational and playability of toy, meets the demand of playing of children.

Description

One kind boxing fistfight deformation mechanical figure toy car

Technical field：

The utility model belongs to toy, and in particular to be a kind of boxing fistfight deformation mechanical figure toy car.

Background technology：

With the improvement of living standards, requirement of the people to children toy car is higher and higher, toy car currently on the market Species is various, but these toy cars are generally all fixed there are complicated, pattern, function is single, inconvenient for operation, attraction The problem of not strong, can not meet the demand of playing of children.

The content of the invention：

For this reason, the purpose of this utility model is to provide one kind boxing fistfight deformation mechanical figure toy car, it is current to solve The problem of toy car structure is complicated, function is single, inconvenient for operation, attraction is not strong, to meet the demand of playing of children.

The purpose of this utility model is achieved through the following technical solutions.

One kind boxing fistfight deformation mechanical figure toy car, including：One rear car component, including rear shell, be connected together in rear The rear car bottom of car shell bottom, the deformation sliding tooth roller box between rear shell and rear car bottom；The deformation sliding tooth roller box Rear shell side is fixedly mounted on, its bottom is provided with a walking drive gear case, which is fixedly mounted on The side at rear car bottom, the side at rear car bottom are provided with rear wheel, and the rear wheel and hoofing part gear-box are fixedly sleeved；One car Body component, is arranged at the side of rear car component, it includes roof, headstock, left-hand door and right car door, the left-hand door and right car door Opposition is arranged at the bottom of roof, and the front end of roof is fixedly connected with headstock, and the bottom of roof is provided with a linkage；One machine Device people's component, is sequentially connected with one end of the linkage, and the other end of linkage and the shaft of body component connect；Institute Stating robot assembly includes upper body component, loins boxing drive gear box assembly and big leg assembly；The both sides of the upper body component Opposition is provided with the left hand component and right hand component being flexibly connected respectively with upper body component；Loins boxing drive gear box assembly position In the side of upper body component, the opposite side of loins boxing drive gear box assembly is provided with the big leg assembly for being secured to connection； A deformation clutch is provided with the big leg assembly, the deformation clutch include compression spring fixing piece, compression spring, iron axis, from Tooth and clutch fixing piece are closed, the compression spring fixing piece, clutch fixing piece opposition are arranged on the both sides of iron axis, and clutch tooth is socketed in iron The outer ring of axis, compression spring fixing piece, clutch fixing piece are fixed with compression spring respectively with iron axis fixing assembling, the both ends of the compression spring Part, clutch tooth connect, and deformation clutch engages connection by clutch tooth with deformation sliding tooth roller box.

As further program of the utility model, left driving motor, right driving motor are installed in the rear car component Transition tooth is driven with car, the left driving motor and right driving motor are sequentially connected with car driving transition tooth respectively, and pass through institute Car driving transition tooth driving toy car is stated to advance, retreat and turn to.

Wherein, the clutch tooth of the deformation clutch is engaged with deforming the output gear of sliding tooth roller box, when deformation is driven When dynamic motor driving deformable transition gear rotates, the corresponding clutch tooth with dynamic deformation clutch rotates, and with dynamic deformation from Close mechanism to rotate, so that shaft rotates, and drive robot assembly to hold up or fall down；When robot assembly holds up while by roof Connecting rod promotes sliding bar slide downward, and headstock, left-hand door component, right door assembly are opened so as to interlock；When robot assembly falls It is lower that sliding bar upward sliding is drawn by tension spring at the same time, headstock is closed so as to interlock, left-hand door component, right car door are closed by car door torsional spring Component.

It is described when boxing driving motor driving transition gear rotates as further program of the utility model, it is corresponding Drive output gear push rod, to the left to or rotate, and promote upper body component to rotate while promote left hand component or right hand component Arm link rotate forward, so as to fulfill leaning to one side, action and left hand component or the right hand component punch or receive fist backward forward.

As further program of the utility model, K1 travel switches are also equipped with the rear car component and K2 strokes are opened Close, the deformation output gear drive shaft rotates, and shaft driving robot assembly holds up or falls down to touch K1 travel switches or K2 During travel switch, deformation driving motor shuts down.

As further program of the utility model, the left driving motor and right driving motor are respectively with driving transition tooth It is sequentially connected, and drives toy car to advance, retreat by the driving transition tooth and turn to.

As further program of the utility model, the boxing driving motor driving transition gear is sequentially connected, and leads to Cross the driving principle driving fist punch or receive fist.

As further program of the utility model, the upper body component in the robot assembly, is provided with a chest and touches Dynamic switch, and can be carried out by two or more toy cars in robot assembly's erected state to taking part in the match, by described Fist punch triggers the chest touch switch of other side, after the third time that is triggered switchs, can start hoofing part gear-box and change Shape sliding tooth roller box, so as to drive body to retreat and be changed into robot assembly from robot assembly's erected state to fall down state.

The utility model is driven by the deformation sliding tooth roller box driving deformation clutch in rear car component, is made Shaft rotates, and to drive robot assembly and body component to hold up or fall down, and opens at the same time or closes headstock, left-hand door group Part, right door assembly, and when body component touches travel switch, the first deformation sliding tooth roller box is automatically stopped；In addition, this reality Driven motor to drive punch with the new boxing by boxing drive gear box assembly installed in the loins or received fist, and can To be carried out by two or more toy cars in robot assembly's erected state to taking part in the match, triggered by the fist punch The chest switch of other side, after the third time that is triggered switchs, can start hoofing part gear-box and deformation sliding tooth roller box, so that It is changed into robot assembly from robot assembly's erected state to fall down state；Compared with prior art, the utility model realizes object for appreciation Tool car is deformed to robot and the process that is deformed to toy car of robot, while adds robot sports of boxing and acted Journey, greatly enhances the recreational and playability of toy, meets the demand of playing of children.

Brief description of the drawings：

Fig. 1 is the schematic perspective view of the utility model；

Fig. 2 is the deformation state schematic diagram of the utility model；

Fig. 3 is the overall explosive view of the utility model；

Fig. 4-1 is the rear car component confined explosion schematic diagram of the utility model；Fig. 4-2 is the utility model hoofing part tooth Roller box exploded perspective view；Fig. 4-3 deforms sliding tooth roller box exploded perspective view for the utility model；

Fig. 5 is the body component confined explosion schematic diagram of the utility model；

Fig. 6-1 is the robot assembly confined explosion schematic diagram of the utility model；Fig. 6-2 be the utility model deformation from Close mechanism exploded perspective view.

Identifier declaration in figure：Rear shell 101, rear car bottom 102, deformation sliding tooth roller box 400, hoofing part gear-box 500, Rear wheel 510, universal wheel component 110, upper body component 700, loins boxing sliding tooth roller box 800, big leg assembly 900, left hand group Part 710, right hand component 720, roof 201, headstock 202, left-hand door component 210, right door assembly 220, linkage 600, machine Device people component 300, roof connecting rod 601, deformation clutch 910, deformation driving box cover 401, deformation driving box bottom cover 402, Deformation driving motor 403, output gear 404, deformable transition gear 405, hoofing part gear-box upper casing 501, hoofing part tooth Roller box lower casing 502, left driving motor 503, right driving motor 504, driving transition tooth 505, output shaft 506, compression spring fixing piece 9101st, compression spring 9102, iron axis 9103, clutch gear 9104, clutch fixing piece 9105, preceding upper body shell 701, rear upper body shell 702, chest Mouth 703, head 704, K3 switches 705, upper arm 711, underarm 712, fist 713, arm link 714, arm torsional spring 715, loins Boxing sliding tooth roller box upper casing 801, loins boxing sliding tooth roller box lower casing 802, boxing driving motor 803, output gear push rod 804th, transition gear 805, loins torsional spring 806, thigh front housing 901, thigh rear shell 902, deformation clutch 910, K1 strokes are opened Close 103, K2 travel switches 104, car door torsional spring 211, roof connecting rod 601, fixed chute connecting rod 602, sliding bar 603, rotation cunning Groove connecting rod 604, headstock first connecting rod 605, headstock second connecting rod 606, tension spring 607, rear car component 100, body component 200.

Embodiment：

To illustrate the thought and purpose of the utility model, the utility model is done below in conjunction with the drawings and specific embodiments Further instruction.

A kind of boxing fistfight deformation of to be that recreational and playability is strong, can meet children play demand provided by the embodiment Robot toy car, it is controlled by remote controler, it can be achieved that robot is deformed into toy car, toy car becomes robot And robot boxes fistfight function.

- 6 are please referred to Fig.1, wherein rear car component 100 mainly includes rear shell 101, rear car bottom 102, deformation drive gear Case 400, hoofing part gear-box 500, rear wheel 510, universal wheel component 110, K1 travel switches 103, K2 travel switches 104. In rear car bottom 102 be fixedly mounted be useful for receive remote control control signal control circuit board and in order to control wiring board power supply Battery, the bottom at rear car bottom 102 are provided with universal wheel component 110, (detailed with the operation on realizing toy car in any direction See Fig. 4).

Wherein body component 200 mainly includes roof 201, headstock 202, left-hand door component 210, right door assembly 220, company Linkage 600 (is shown in Fig. 5) in detail.

Wherein robot assembly 300 mainly includes upper body component 700, loins boxing drive gear box assembly 800, thigh group Part 900, left hand component 710, right hand component 720 (seeing Fig. 6-1 and 6-2 in detail).

As shown in Fig. 4-1,4-2,4-3, hoofing part gear case assembly 500 is respectively the two groups of the same gear sets in left and right, Such as:Driving transition tooth 505 is driven finally to drive output shaft 506 by right driving motor 504.Deform 400 component of sliding tooth roller box by Deformation driving motor 403 drives multiple deformable transition gears 405, finally drives output gear 404.

As shown in figure 5, confined explosion's schematic diagram for the utility model body component；Wherein fixed chute connecting rod 602 is set A guide groove is equipped with, sliding bar 603 is inserted in guide groove, and can be moved up and down along the guide groove；The sliding bar 603 is provided with one and leads Column, the rotation sliding slot connecting rod 604 are provided with a guide groove and a shaft, rotate sliding slot connecting rod 604 and entangle the guide post, the car Head first connecting rod 605 is provided with two shafts, and the headstock second connecting rod 606 is provided with the rotation of two shafts, rotates sliding slot connecting rod 604 Be connected with headstock first connecting rod 605, headstock first connecting rod 605 is connected with headstock second connecting rod 606, headstock second connecting rod 606 with Roof 201 connects, and is screwed in headstock 202, when sliding bar 603 moves up and down, rotates sliding slot connecting rod 604 with described Shaft accordingly rotates for center of rotation；So as to drive headstock 202 to open or close；The sliding bar 603 also sets up two push rod institutes State left-hand door component 210, right door assembly 220 to be made of car door, fixing axle, car door torsional spring 211 respectively, be respectively arranged with one turn Axis, when sliding bar 603 moves down, promotes left-hand door component 210, right door assembly 220 at the same time, when sliding bar 603 is upward When mobile, car door torsional spring 211 respectively closes left-hand door component 210, right door assembly 220.

As in Figure 6-1, the exploded perspective view of the utility model robot assembly；Wherein boxing driving motor 803 drives Transition gear 805 finally drives output gear push rod 804 to rotate, and by output gear push rod 804 and promotes 700 turns of upper body component Dynamic simultaneously promotes the arm link 714 of left hand component 710 or right hand component 720 to rotate forward, when left hand component 710 is pushed forwardly When i.e. during left hand 714 punch of fist, right hand fist 714 is exactly to receive fist, and when right hand component 710 is pushed forwardly, is also When being the right hand 714 punch of fist, left hand fist 714 is exactly to receive fist；Then forward fist 714 is beaten by the handle of torsional spring between closing waist 806 Withdraw.

As in fig. 6-2, deformation clutch package assembly is：Compression spring fixing piece 9101 is fixed with 9103 interference of iron axis matches somebody with somebody Close, compression spring 9102 press against compression spring fixing piece 9101 and clutch tooth 9104, and then clutch fixing piece 9105 is also fixed with iron axis interference Coordinate.

The utility model sends control signal by pressing the deformation button of remote controler, by being fixedly mounted in rear car bottom 102 Control circuit board receive remote control control signal after, start the deformation sliding tooth roller box 400 in rear car component 100, driving machine Deformation clutch 910 in device people component 300, so as to drive robot assembly 300 to hold up or fall down, because of roof connecting rod 601 It is connected with 300 shaft of robot assembly, roof connecting rod 601 is connected with 200 shaft of body component, so driving body component at the same time 200 hold up or fall down, and roof connecting rod 601 also promotes sliding bar 603 at the same time, and drive and rotate sliding slot connecting rod 604 with the shaft Accordingly rotated for center of rotation；So as to drive headstock 202 to open or close；The sliding bar 603 also sets up two push rods, works as slip Promotes left-hand door component 210, right door assembly 220 at the same time when bar 603 moves down, when sliding bar 603 moves up, car Door torsional spring 211 respectively closes left-hand door component 210, right door assembly 220.Illustrate when triggering K1 travel switches 103 Robotary is deformed to, the first deformation sliding tooth roller box 400 is out of service；Illustrate when triggering K2 travel switches 104 Toy car state is deformed to, deformation sliding tooth roller box 400 is out of service.

Control signal wherein is sent by promoting the steering wheel of remote controler, by the control being fixedly mounted in rear car bottom 102 After wiring board receives remote control control signal, start the left driving motor in the hoofing part gear-box 500 in rear car component 100 503rd, right driving motor 504 rotates, so as to drive driving transition tooth 505, then drives output shaft 506 to rotate, finally drives rear car Wheel 510 rotates, and realizes that toy car state or robotary can be toward the walkings of remote controler assigned direction；When promotion remote controler Steering wheel forward when, left driving motor 503, right driving motor 504 drive wheel 510 to rotate forward at the same time；When promotion remote controler Steering wheel backward when, left driving motor 503, right driving motor 504 drive wheel 510 to rotate backward at the same time；It is remotely controlled when promoting The steering wheel of device to the left when, left driving motor 503 drive left wheel 510 rotate backward, right driving motor 504 drive motor vehicle wheels 510 rotate forward；When promoting the steering wheel of remote controler to the right, left driving motor 503 drives left wheel 510 to rotate forward, right Driving motor 504 drives motor vehicle wheels 510 and rotates backward；When not promoting the steering wheel of remote controler backward, left driving motor 503, Right driving motor 504 is out of service.

Control signal wherein is sent by pressing the boxing key switch of remote controler, by what is be fixedly mounted in rear car bottom 102 After control circuit board receives remote control control signal, start the loins boxing drive gear box assembly 800 in robot assembly 300 The boxing of the inside drives motor 803 to drive transition gear 805, finally drives output gear push rod 804 to rotate, and promote upper body Component 700 rotates and promotes the arm link 714 of left hand component 710 or right hand component 720 to rotate forward at the same time, because before described Upper body shell 701 is provided with a shaft, and the upper arm 711 is provided with two shafts, and the underarm 712 is provided with two shafts, the hand Arm link 714 is provided with two shafts, wherein preceding upper body shell 701 is connected with upper arm 711, upper arm 711 is connected with underarm 712, underarm 712 are connected with arm link 714, and arm link 714 is connected with preceding upper body shell 701, form quadrangle state, fist 713 is with 712 fixing assembling of arm, so so as to drive the punch forward of fist 713 when arm link 714 rotates forward；When pressing remote controler During left hand boxing key switch, boxing driving motor 803 drives output gear push rod 804 to turn right, and promotes upper body component 700, which turn right, and promotes the punch forward of left hand fist 713, left hand fist 713 turn to forward highest it is spacing when, boxing Drive motor 803 out of service, upper body component 700 is pushed back initial bit by loins torsional spring 806, by left hand arm torsional spring 715 Left hand component 710 pushes back initial bit；When the right hand for pressing remote controler boxes key switch, boxing driving motor 803 drives defeated Go out gear push rod 804 to turn left, and promote upper body component 700 to turn left and and promote the punch forward of right hand fist 713, Right hand fist 713 turn to forward highest it is spacing when, boxing driving motor 803 it is out of service, by loins torsional spring 806 upper body group Part 700 pushes back initial bit, and right hand component 720 is pushed back initial bit by right hand arm torsional spring 715.

In conclusion the utility model drives rear wheel 510 to rotate using hoofing part gear-box 500, and drive entirety Device displacement；The utility model is driven using sliding tooth roller box (400) driving deformation clutch is deformed, and rotates shaft, from And drive robot assembly and body component to hold up or fall down, and drive headstock, left-hand door component and right door assembly to open Or close, and touch K1 K2 travel switches when, be automatically stopped；After body component is holded up, the utility model utilizes machine The boxing drive gear box assembly 800 of device people's component drives punch or receives fist, and can be by two or more toy cars in machine Carried out during device people's component erected state to taking part in the match, other side chest is hit by the fist punch and presses switch and then triggering K3 705, when press switch be triggered third time after, can start hoofing part gear-box and deformation sliding tooth roller box so that by machine People's component erected state is changed into robot assembly and falls down state.The utility model is driven respectively using three groups of different gear case assemblies Displacement, deformation and the boxing fistfight function of dynamic single unit system, greatly enhance the recreational and playability of toy, meet Virgin demand of playing, main equipment is handsome in appearance, and lines sense is sufficient, has stronger market competitiveness.

Above is a kind of variable body Grapple Robots toy car provided by the utility model is described in detail, this Apply specific case in text to be set forth the structural principle and embodiment of the utility model, above example is simply used Understand the method and its core concept of the utility model in help.

It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned one exemplary embodiment, and And in the case of the spirit or essential attributes without departing substantially from the utility model, it can realize that this practicality is new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this practicality is new The scope of type is indicated by the appended claims rather than the foregoing description, it is intended that the equivalency fallen in claim is contained All changes in justice and scope are embraced therein.Any reference numeral in claim should not be considered as limitation Involved claim.

Moreover, it will be appreciated that although the present specification is described in terms of embodiments, not each embodiment is only wrapped Containing an independent technical solution, this narrating mode of specification is only that those skilled in the art should for clarity Using specification as an entirety, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art It is appreciated that other embodiment.

Claims (6)

1. one kind boxing fistfight deformation mechanical figure toy car, it is characterised in that including：

One rear car component (100), including rear shell (101), be connected together in the rear car bottom (102) of rear shell (101) bottom, peace Deformation sliding tooth roller box (400) between rear shell (101) and rear car bottom (102)；The deformation sliding tooth roller box (400) Rear shell (101) side is fixedly mounted on, its bottom is provided with a walking drive gear case (500), the hoofing part gear-box (500) side of rear car bottom (102) is fixedly mounted on, the side of rear car bottom (102) is provided with rear wheel (510), the rear car Take turns (510) and hoofing part gear-box (500) is fixedly sleeved；

One body component (200), is arranged at the side of rear car component (100), it includes roof (201), headstock (202), left car Door (210) and right car door (220), the left-hand door (210) are arranged at the bottom of roof (201), car with right car door (220) opposition The front end on top (201) is fixedly connected with headstock (202), and the bottom of roof (201) is provided with a linkage (600)；

One robot assembly (300), is sequentially connected with one end of the linkage (600), the other end of linkage (600) It is connected with the shaft of body component (200)；The robot assembly (300) includes upper body component (700), loins boxing sliding tooth Take turns box assembly (800) and big leg assembly (900)；The upper body component (700) both sides opposition be provided with respectively with upper body component (700) the left hand component (710) and right hand component (720) being flexibly connected；Loins boxing drive gear box assembly (800) is positioned at upper The side of body component (700), the opposite side of loins boxing drive gear box assembly (800) are provided with the thigh for being secured to connection Component (900)；A deformation clutch (910) is provided with the big leg assembly (900), the deformation clutch (910) bag Compression spring fixing piece (9101), compression spring (9102), iron axis (9103), clutch tooth (9104) and clutch fixing piece (9105) are included, it is described Compression spring fixing piece (9101), clutch fixing piece (9105) opposition are arranged on the both sides of iron axis (9103), clutch tooth (9104) socket In the outer ring of iron axis (9103), compression spring fixing piece (9101), clutch fixing piece (9105) with iron axis (9103) fixing assembling, institute The both ends for stating compression spring (9102) are connected with compression spring fixing piece (9101), clutch tooth (9104) respectively, deform clutch (910) connection is engaged with deformation sliding tooth roller box (400) by clutch tooth (9104).

A kind of 2. boxing fistfight deformation mechanical figure toy car according to claim 1, it is characterised in that：The rear car component (100) left driving motor, right driving motor and car driving transition tooth, the left driving motor and right driving motor point are installed in It is not sequentially connected with car driving transition tooth, and drives transition tooth to drive toy car to advance, retreat and turn to by the car.

A kind of 3. boxing fistfight deformation mechanical figure toy car according to claim 1, it is characterised in that：The loins boxing The boxing driving motor and boxing driving transition tooth of drive connection are installed in drive gear box assembly (800), pass through the fist Fist punch can be driven or receive fist by hitting driving transition tooth.

A kind of 4. boxing fistfight deformation mechanical figure toy car according to claim 3, it is characterised in that：The upper body component (700) chest is installed in and touches K3 switches (705), when K3 switches (705) are touched in fist punch triggering chest, can be started Hoofing part gear-box (500) and deformation sliding tooth roller box (400), to drive robot assembly (300) to retreat and by holding up shape State is changed into state of falling down.

A kind of 5. boxing fistfight deformation mechanical figure toy car according to claim 1, it is characterised in that：The left-hand door (210), right car door (220), headstock (202) pass through linkage (600) and a twisting spring (211) and roof (201) respectively Connection, and left-hand door is controlled by the twisting spring (211) and the sliding bar (603) being arranged in linkage (600) (210), right car door (220) and headstock (202) open and close.

A kind of 6. boxing fistfight deformation mechanical figure toy car according to claim 1, it is characterised in that：The rear car bottom (102) bottom is provided with universal wheel component (110), which is centrally positioned in the bottom of rear shell (101) Portion, and its one end is fixedly connected with rear car bottom (102).