A kind of assembled electric toy car of modularized design
Technical field
The utility model relates to a kind of electric toy car, is a kind of assembled electric toy car of modularized design specifically.
Background technology
Existing electric toy car is all integrated substantially, and namely vehicle body is one overall, and vehicle body is installed electricity Qu mechanism and transmission mechanism, by transmission mechanism the power transmission of electricity Qu mechanism to the wheel of toy car, and then realize toy car walking.Such electric toy car can be described as and cannot carry out transforming, and to change moulding, can only change its moulding by the moulding of shell of more changing trains; To change power, then need whole toy car to take apart to change, this is difficult to accomplish concerning child, to this electric toy car is transformed into electric double-sided toy car, then can not realize.Therefore, existing electric toy car variability is little, and interest is not high, and each child needs the electric toy car buying multiple difference in functionality just can satisfy the demands, therefore consumer cost is high.
Summary of the invention
For the problem existing for above-mentioned prior art, the purpose of this utility model be to provide a kind of by integrated for each mechanism, whole vehicle body is divided into several part formed modular can the assembled electric toy car of the free assembled modularized design strong with the interest changing moulding, driving and function etc.
For achieving the above object, the technical scheme that the utility model adopts is: a kind of assembled electric toy car of modularized design, be characterized in including front-wheel module, electric driving module and trailing wheel module, the two ends of described electric driving module are docked with front-wheel module and trailing wheel module and are assembled into toy car respectively, described electric driving module is provided with electricity Qu mechanism, and the power transmission of assembled rear described electricity Qu mechanism drives toy car to walk on the front-wheel of front-wheel module or the trailing wheel of trailing wheel module.
In order to realize assembled after toy car energy electric walking, electricity Qu mechanism in above-mentioned electric driving module includes power supply and the motor of electrical connection, the rotating shaft of described motor is stretched out from one end of electric driving module, correspondingly in above-mentioned front-wheel module or above-mentioned trailing wheel module is provided with the transmission mechanism be meshed with machine shaft.
The utility model can be only by front-wheel module, the assembled electric toy car of brief version of electricity driving module and trailing wheel module composition, also can be Aldine assembled electric toy car, specifically above-mentioned electric driving module includes motor module and the power module of docking mutually, motor is provided with in described motor module, power supply is provided with in described power module, the rear end of described motor is provided with the electricity stretched out from motor module and strikes the post, a wherein end face of described power module is provided with the elasticity electric touch pad be connected with power electric, after described motor module docks with power module, described electricity top of striking the post is pressed in and elasticity electric touch pad realizes power supply provides electricity to motor.
Connection between each module of the present utility model can be miscellaneous, wherein, the strike the post end face at place of the electricity of above-mentioned motor module is provided with interlocking platform, the two sides of described interlocking platform are provided with Elastic buckle, the end face at the elasticity electric touch pad place of above-mentioned power module is provided with cavity, the two side of described cavity offers catching groove, and described interlocking platform inserts and in cavity, Elastic buckle and catching groove is interlockingly connected and realizes motor module and power module links into an integrated entity.The end face at the machine shaft place of above-mentioned motor module is provided with round boss, the arc surface of described round boss is arranged with two fins, the interface of above-mentioned trailing wheel module has round mouth, the breach passed through for fin is had at the symmetrical edge of round mouth, described motor module is provided with card convex at the horizontal level of this end face, the end face horizontal level correspondence of described trailing wheel module is provided with recess, make fin proceed to round mouth inwall by rotating after being inserted by round boss after fin alignment notch in round mouth and turn to card convex and the position of recess phase clamping and realize motor module and be connected with trailing wheel module.The other end of above-mentioned power module is provided with rotating rotary fastenings, correspondingly in above-mentioned front-wheel module be provided with the port that can pass for rotary fastenings, described rotary fastenings makes it be stuck in port lateral wall realizes power module to be connected with front-wheel module from front-wheel inside modules through rotating rotary fastenings after described port.
Above-mentioned motor module includes vehicle body postmedian housing and is installed on the motor in vehicle body postmedian housing, and described vehicle body postmedian housing is docked by half housing of left and right two symmetry and forms.By changing this motor module, can reach and change the driving of this electric toy car and the moulding of vehicle body postmedian.
Can be rotated by driving to realize trailing wheel, above-mentioned trailing wheel module includes body tail housing, trailing wheel and is arranged at the transmission mechanism of the driven rear wheel in body tail housing, and the machine shaft of above-mentioned motor module extend into and is meshed with transmission mechanism in described trailing wheel module and realizes motor and can drive rear wheel.
In order to improve the changeability of this electric toy car further and adapt to the walking of various different scene, above-mentioned body tail housing is docked by the back casing of left and right two symmetry and forms, trailing wheel in described trailing wheel module is bottom a pair or each a pair of top and the bottom, the lateral surface of described trailing wheel is designed to arc surface, and the wheel face of described trailing wheel is provided with elasticity sawtooth or elastic roller.Therefore usual four-wheeled toy car can be transformed into two-sided toy car, described transmission mechanism also correspond to the difference of trailing wheel logarithm and corresponding difference.
Remote-controlled in order to realize this electric toy car, above-mentioned power module comprises vehicle body middle front part box body, be installed on the control circuit board in vehicle body middle front part box body and be fixed on the power module on vehicle body middle front part box body top, described vehicle body middle front part box body is docked by upper and lower two halves box body and forms, first cassette upper end described is provided with installation position, described power module is flush-mounted in described installation position, described control circuit board is provided with two and protrudes into elastic in the installation position of first box body, described power module lower surface corresponding position is provided with electric interface and contacts with described two elastics and realize electric connection.
In order to increase the appreciation effect of this electric toy car, the control circuit board of above-mentioned power module is also provided with the LED color lamp protruded on first box body, vehicle body middle front part box body place, described LED color lamp position is arranged with the dapple cover body of transparent tool.
Further in order to adapt to the walking of various different scene, the front-wheel in above-mentioned front-wheel module is similarly bottom a pair or top and the bottom each a pair, and the lateral surface of described front-wheel is designed to arc surface, and the wheel face of described front-wheel is provided with elasticity sawtooth or elastic roller.
The utility model is owing to being designed to the modularized car body comprising front-wheel module, electric driving module and trailing wheel module by electric toy car, power transmission can be realized toy car walking to the trailing wheel of the front-wheel of front-wheel module or trailing wheel module by the electricity Qu mechanism in assembled rear electric driving module, therefore if the profile of toy car need be changed, only need to select the module of different profile to carry out assembledly can realizing multiple different toy car profile, it changes the shaped upper part not being only car, also change the bottom shape of car, change more thorough; If need change the power of toy car, only need to change electric driving module, the electric driving module choosing required driving force to reequip with front-wheel module and assembled can the realization of trailing wheel module, simple to operate, and child can self-changeable; If the function of toy car need be changed, as conventional toy car is escalated into two-sided toy car, so only need to change front-wheel module and trailing wheel module, the wheel of these two modules is all changed into the module of biconjugate wheel, simple and fast, interesting strong, powerful, can be used as ground toy car, element of rail toy car, pipeline toy car etc.; Again because the connected mode between each module is not identical, so the phenomenon that there will not be assembled position to make a mistake and cannot walk; Again owing to electric driving module can be divided into power module and motor module, in power module, be provided with control circuit board simultaneously, therefore achieve the remote-controlled operation of this toy car, further increase the function of this toy car, operability is stronger.The assembled electric toy car of this modularized design, design ingenious, efficiently solve the problem of the assembled difficulty of electronic series products, combination variability is strong, assembling is simple flexibly, and playing method is various, interesting strong, both met the requirement of child to the toy car of various difference in functionality, the manipulative ability of child can have been tempered again.
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model.
Fig. 2 is decomposition texture schematic diagram of the present utility model.
Fig. 3 is the decomposition texture schematic diagram of the utility model motor module and power module connection status.
Fig. 4 is the decomposition texture schematic diagram of the utility model motor module and trailing wheel model calling state.
Fig. 5 is the decomposition texture schematic diagram of the utility model motor module.
Fig. 6 is the decomposition texture schematic diagram of the utility model power module.
Fig. 7 is the decomposition texture schematic diagram of the utility model trailing wheel module.
Fig. 8 is the perspective view of another assembled state of the utility model.
Detailed description of the invention
As shown in Figures 1 to 8, the assembled electric toy car of the utility model modularized design, include front-wheel module 1, electricity driving module and trailing wheel module 4, the two ends of this electric driving module are docked with front-wheel module 1 and trailing wheel module 4 and are assembled into toy car respectively, electricity driving module is provided with electricity Qu mechanism, the power transmission of assembled rear described electricity Qu mechanism drives toy car to walk on the front-wheel 11 of front-wheel module 1 or the trailing wheel 41 of trailing wheel module 4, therefore if the profile of toy car need be changed, only need to select the module of different profile to carry out assembledly can realizing multiple different toy car profile, it changes the shaped upper part not being only car, also change the bottom shape of car, change more thorough, if need change the power of toy car, only need to change electric driving module, the electric driving module choosing required driving force to reequip with front-wheel module 1 and assembled can the realization of trailing wheel module 4, simple to operate, and child can self-changeable, if the function of toy car need be changed, as conventional toy car is escalated into two-sided toy car, so only need to change front-wheel module 1 and trailing wheel module 4, the wheel of these two modules is all changed into the module of biconjugate wheel, simple and fast, interesting strong, powerful, can be used as ground toy car, element of rail toy car, pipeline toy car etc.
As shown in Figures 2 and 3, the electric driving module of this embodiment includes power module 2 and the motor module 3 of docking mutually, wherein be provided with motor 31 in motor module 3, power supply 21 is provided with in power module 2, the rear end of motor 31 is provided with the electricity stretched out from motor module 3 and strikes the post 32, this motor module 3 electricity strike the post 32 places end face on be provided with interlocking platform 33, the two sides of this interlocking platform 33 are provided with Elastic buckle 331; A wherein end face of this power module 2 is provided with the elasticity electric touch pad 22 be electrically connected with power supply 21, power module 2 is provided with cavity 26 on the end face at elasticity electric touch pad 22 place, the two side of cavity 26 offers catching groove 261, Elastic buckle 331 and catching groove 261 are interlockingly connected by interlocking platform 33 is inserted in cavity 26 and realize motor module 3 with power module 2 and link into an integrated entity, after motor module 3 is connected with power module 2, electricity 32 tops of striking the post are pressed on elasticity electric touch pad 22 and realize electric connection, and power supply 21 provide electricity that motor 31 is operated can to motor 31.
As shown in Figure 5, the motor module 3 of this embodiment includes vehicle body postmedian housing 30 and the motor 31 be installed in vehicle body postmedian housing 30, vehicle body postmedian housing 30 is docked by half housing of left and right two symmetry and forms, and the profile of vehicle body postmedian housing 30 can be designed to various difformity.The end face at the machine shaft place of this motor module 3 is provided with round boss 34, the arc surface of this round boss 34 is arranged with two fins 341, this motor module 3 is also provided with card convex 35 there being the horizontal position of this end face of round boss 34, as shown in Figure 4, the interface of the trailing wheel module 4 of this embodiment has round mouth 44, the breach 441 passed through for fin 341 is had at the symmetrical edge of round mouth 44, the end face horizontal level correspondence of trailing wheel module 4 is provided with recess 45, trailing wheel module 4 is rotated by being inserted by round boss 34 after fin 341 alignment notch 441 after in round mouth 44, fin 341 is proceeded in round mouth 44 inwall block, motor module 3 can be realized when turning to the position of card convex 35 with the clamping of recess 45 phase to be connected with trailing wheel module 4.
As shown in Figure 6, the power module 2 of this embodiment comprises vehicle body middle front part box body 20, be installed on the control circuit board 23 in vehicle body middle front part box body 20 and be fixed on the power module 24 on vehicle body middle front part box body 20 top, this vehicle body middle front part box body 20 is docked by upper and lower two halves box body and forms, the profile of this vehicle body middle front part box body 20 also can be designed to various difformity, wherein this first cassette upper end is provided with installation position 201, power module 24 is flush-mounted in this installation position 201, be provided with two at control circuit board 23 and protrude into elastic 231 in the installation position 201 of first box body, power module 24 lower surface corresponding position is provided with electric interface and contacts with two elastics 231 and realize electric connection, this control circuit board 23 is also provided with the LED color lamp 232 protruded on first box body, this vehicle body middle front part box body 20 place, LED color lamp 232 position is arranged with the dapple cover body 25 of transparent tool, therefore when the light of LED color lamp 232 can produce and dazzles beautiful effect after the cover body 25 of decorative pattern reflects, and then increase the appreciation effect of this electric toy car.The other end of the power module 2 of this embodiment is provided with rotating rotary fastenings 27, correspondingly in front-wheel module 1 be provided with the port 15 that can pass for rotary fastenings 27, this rotary fastenings 27 makes it be stuck in port 15 lateral wall realizes power module 2 to be connected with front-wheel module 1 from front-wheel module 1 inside through rotating rotary fastenings 27 after port 15.As shown in Figure 2, the front-wheel module 1 of this embodiment includes body forward structure housing 10 and is installed on the front-wheel 11 on body forward structure housing 10, this body forward structure housing 10 is the lid that holistic lid puts on power module 2 end, the profile of this body forward structure housing 10 also can be designed to various difformity, and port 15 is arranged at the capping centre position of lid; Front-wheel 11 in the front-wheel module 1 of this embodiment is each pair of wheels in top and the bottom, and the lateral surface of this front-wheel 11 is designed to arc surface, and the wheel face of front-wheel 11 is provided with elasticity sawtooth or elastic roller.
As shown in Figure 7, the trailing wheel module 4 of this embodiment includes body tail housing 40, trailing wheel 41 and is arranged at the transmission mechanism 42 of the driven rear wheel in body tail housing 40, and motor 31 rotating shaft of motor module 3 can extend into be meshed with transmission mechanism 42 in trailing wheel module 4 and to realize motor 31 and trailing wheel 41 can be driven to rotate.The body tail housing 40 of this embodiment is docked by the back casing of left and right two symmetry and forms, the profile of this body tail housing 40 same also can be designed to various difformity, trailing wheel 41 in the trailing wheel module 4 of this embodiment is each pair of driving wheels in top and the bottom, the lateral surface of this trailing wheel 41 same is designed to arc surface, and the wheel face of trailing wheel 41 is provided with elasticity sawtooth or elastic roller simultaneously.
The variability of this assembled electric toy car is strong, and as shown in Figure 1, the front-wheel about 11 of the front-wheel module 1 of the assembled electric toy car in this figure respectively has a pair, the trailing wheel 41 of same trailing wheel module 4 also up and down each a pair, therefore the electric toy car be assembled into is double sided; As shown in Figure 8, only a pair, the front-wheel 11 of the front-wheel module 1 of the assembled electric toy car in this figure, the trailing wheel 41 of same trailing wheel module 4 also only a pair, therefore the electric toy car be assembled into is the car of one side walking, the external form of the power module 2 simultaneously in this figure is also different from the external form of the power module 2 in Fig. 1; In addition, other assembling combination mode can also be had, can select the power module 2 of the motor module 3 of the front-wheel module 1 of different shaping and wheel logarithm and trailing wheel module 4, different shaping and driving force, different shaping and different control modes, child can play oneself imagination and manipulative ability and be assembled into electric toy car miscellaneous.
Although the utility model describes with reference to specific embodiment, this description not meaning that is construed as limiting the utility model.With reference to description of the present utility model, other changes of the disclosed embodiments, all can expect for those skilled in the art, this change should belong in appended claims limited range.